Spec Results

Designed for use with JUnit and Ant.

All Tests

Class	Name	Status	Type	Time(s)
add_trace_func	Thread#add_trace_func needs to be reviewed for spec completeness	Success		0.000
argf	ARGF is extended by the Enumerable module	Success		0.007
argf	ARGF is an instance of ARGF.class	Success		0.002
argv	ARGF.argv returns ARGV for the initial ARGF	Success		0.021
argv	ARGF.argv returns the remaining arguments to treat	Success		0.018
binmode	ARGF.binmode does not raise an error	Skipped	tagged	0.000
binmode	ARGF.binmode returns self	Success		4.673
binmode	ARGF.binmode sets the file's encoding to ASCII-?BIT	Success		4.828
bytes	ARGF.bytes yields each byte of all streams to the passed block	Success		0.021
bytes	ARGF.bytes returns self when passed a block	Success		0.018
bytes	ARGF.bytes returns an Enumerator when passed no block	Success		0.021
bytes	ARGF.bytes when no block is given returns an Enumerator	Success		0.021
bytes	ARGF.bytes when no block is given returned Enumerator size should return nil	Success		0.020
chars	ARGF.chars yields each char of all streams to the passed block	Success		0.022
chars	ARGF.chars returns self when passed a block	Success		0.023
chars	ARGF.chars returns an Enumerator when passed no block	Success		0.022
chars	ARGF.chars when no block is given returns an Enumerator	Success		0.024
chars	ARGF.chars when no block is given returned Enumerator size should return nil	Success		0.012
close	ARGF.close doesn't raise an IOError if called on a closed stream	Skipped	tagged	0.000
close	ARGF.close closes the current open stream	Success		0.011
close	ARGF.close returns self	Success		0.010
close	ARGF.close does not close STDIN	Skipped	tagged	0.000
closed	ARGF.closed? returns true if the current stream has been closed	Success		0.037
codepoints	ARGF.codepoints is a public method	Success		0.013
codepoints	ARGF.codepoints does not require arguments	Success		0.011
codepoints	ARGF.codepoints returns self when passed a block	Success		0.017
codepoints	ARGF.codepoints returns an Enumerator when passed no block	Success		0.013
codepoints	ARGF.codepoints yields each codepoint of all streams	Success		0.017
codepoints	ARGF.codepoints when no block is given returns an Enumerator	Success		0.012
codepoints	ARGF.codepoints when no block is given returned Enumerator size should return nil	Success		0.011
each	ARGF.each is a public method	Success		0.009
each	ARGF.each requires multiple arguments	Success		0.008
each	ARGF.each reads each line of files	Success		0.009
each	ARGF.each returns self when passed a block	Success		0.009
each	ARGF.each with a separator yields each separated section of all streams	Success		0.011
each	ARGF.each when no block is given returns an Enumerator	Success		0.009
each	ARGF.each when no block is given returned Enumerator size should return nil	Success		0.008
each_byte	ARGF.each_byte yields each byte of all streams to the passed block	Success		0.014
each_byte	ARGF.each_byte returns self when passed a block	Success		0.014
each_byte	ARGF.each_byte returns an Enumerator when passed no block	Success		0.016
each_byte	ARGF.each_byte when no block is given returns an Enumerator	Success		0.015
each_byte	ARGF.each_byte when no block is given returned Enumerator size should return nil	Success		0.012
each_char	ARGF.each_char yields each char of all streams to the passed block	Success		0.018
each_char	ARGF.each_char returns self when passed a block	Success		0.018
each_char	ARGF.each_char returns an Enumerator when passed no block	Success		0.018
each_char	ARGF.each_char when no block is given returns an Enumerator	Success		0.015
each_char	ARGF.each_char when no block is given returned Enumerator size should return nil	Success		0.009
each_codepoint	ARGF.each_codepoint is a public method	Success		0.011
each_codepoint	ARGF.each_codepoint does not require arguments	Success		0.009
each_codepoint	ARGF.each_codepoint returns self when passed a block	Success		0.014
each_codepoint	ARGF.each_codepoint returns an Enumerator when passed no block	Success		0.011
each_codepoint	ARGF.each_codepoint yields each codepoint of all streams	Success		0.013
each_codepoint	ARGF.each_codepoint when no block is given returns an Enumerator	Success		0.010
each_codepoint	ARGF.each_codepoint when no block is given returned Enumerator size should return nil	Success		0.009
each_line	ARGF.each_line is a public method	Success		0.017
each_line	ARGF.each_line requires multiple arguments	Success		0.013
each_line	ARGF.each_line reads each line of files	Success		0.015
each_line	ARGF.each_line returns self when passed a block	Success		0.011
each_line	ARGF.each_line with a separator yields each separated section of all streams	Success		0.013
each_line	ARGF.each_line when no block is given returns an Enumerator	Success		0.009
each_line	ARGF.each_line when no block is given returned Enumerator size should return nil	Success		0.008
eof	ARGF.eof returns true when reaching the end of a file	Success		0.008
eof	ARGF.eof raises IOError when called on a closed stream	Success		0.007
eof	ARGF.eof? returns true when reaching the end of a file	Success		0.007
eof	ARGF.eof? raises IOError when called on a closed stream	Success		0.006
file	ARGF.file returns the current file object on each file	Success		0.008
filename	ARGF.filename sets the $FILENAME global variable with the current file name on each file	Skipped	tagged	0.000
filename	ARGF.filename returns the current file name on each file	Success		0.010
fileno	ARGF.fileno returns the current file number on each file	Success		0.008
fileno	ARGF.fileno raises an ArgumentError when called on a closed stream	Success		0.008
getc	ARGF.getc reads each char of files	Success		0.011
getc	ARGF.getc returns nil when end of stream reached	Success		0.007
gets	ARGF.gets sets $_ global variable with each line read	Skipped	tagged	0.000
gets	ARGF.gets reads one line of a file	Success		0.012
gets	ARGF.gets reads all lines of a file	Success		0.011
gets	ARGF.gets reads all lines of stdin	Success		4.876
gets	ARGF.gets reads all lines of two files	Success		0.012
gets	ARGF.gets modifies the files when in place edit mode is on	Skipped	tagged	0.000
gets	ARGF.gets modifies and backups two files when in place edit mode is on	Skipped	tagged	0.000
gets	ARGF.gets returns nil when reaching end of files	Success		0.010
gets	ARGF.gets reads the contents of the file with default encoding	Success		0.008
lineno	ARGF.lineno aliases to $.	Skipped	tagged	0.000
lineno	ARGF.lineno returns the current line number on each file	Success		0.007
lines	ARGF.lines is a public method	Success		0.009
lines	ARGF.lines requires multiple arguments	Success		0.008
lines	ARGF.lines reads each line of files	Success		0.009
lines	ARGF.lines returns self when passed a block	Success		0.008
lines	ARGF.lines with a separator yields each separated section of all streams	Success		0.010
lines	ARGF.lines when no block is given returns an Enumerator	Success		0.008
lines	ARGF.lines when no block is given returned Enumerator size should return nil	Success		0.007
path	ARGF.path sets the $FILENAME global variable with the current file name on each file	Skipped	tagged	0.000
path	ARGF.path returns the current file name on each file	Success		0.009
pos	ARGF.pos gives the correct position for each read operation	Success		0.010
pos	ARGF.pos raises an ArgumentError when called on a closed stream	Success		0.007
pos	ARGF.pos= sets the correct position in files	Success		0.010
read	ARGF.read clears output buffer before appending to it	Skipped	tagged	0.000
read	ARGF.read treats second nil argument as no output buffer	Success		0.016
read	ARGF.read treats second argument as an output buffer	Success		0.016
read	ARGF.read reads a number of bytes from the first file	Success		0.016
read	ARGF.read reads from a single file consecutively	Success		0.015
read	ARGF.read reads a number of bytes from stdin	Success		4.644
read	ARGF.read reads the contents of a special device file	Success		0.015
read	ARGF.read reads the contents of a file	Success		0.015
read	ARGF.read treats first nil argument as no length limit	Success		0.014
read	ARGF.read reads the contents of two files	Success		0.015
read	ARGF.read reads the contents of one file and some characters from the second	Success		0.016
read	ARGF.read reads across two files consecutively	Success		0.015
read	ARGF.read reads the contents of stdin	Success		4.674
read	ARGF.read reads the contents of one file and stdin	Success		4.956
read	ARGF.read reads the contents of the same file twice	Success		0.015
read	ARGF.read reads the contents of the file with default encoding	Success		0.014
read_nonblock	ARGF.read_nonblock treats second nil argument as no output buffer	Skipped	tagged	0.000
read_nonblock	ARGF.read_nonblock treats second argument as an output buffer	Skipped	tagged	0.000
read_nonblock	ARGF.read_nonblock clears output buffer before appending to it	Skipped	tagged	0.000
read_nonblock	ARGF.read_nonblock reads a number of bytes from the first file	Skipped	tagged	0.000
read_nonblock	ARGF.read_nonblock reads from a single file consecutively	Skipped	tagged	0.000
read_nonblock	ARGF.read_nonblock reads a number of bytes from stdin	Skipped	tagged	0.000
read_nonblock	ARGF.read_nonblock reads the contents of a special device file	Skipped	tagged	0.000
read_nonblock	ARGF.read_nonblock reads up to the given amount of bytes	Skipped	tagged	0.000
read_nonblock	ARGF.read_nonblock reads up to the given bytes from STDIN	Skipped	tagged	0.000
read_nonblock	ARGF.read_nonblock reads up to the given bytes from a file when a file and STDIN are present	Skipped	tagged	0.000
read_nonblock	ARGF.read_nonblock raises IO::EAGAINWaitReadable when STDIN is empty	Skipped	tagged	0.000
read_nonblock	ARGF.read_nonblock returns :wait_readable when the :exception is set to false	Skipped	tagged	0.000
read_nonblock	ARGF.read_nonblock when using multiple files reads up to the given amount of bytes from the first file	Skipped	tagged	0.000
read_nonblock	ARGF.read_nonblock when using multiple files returns an empty String when reading after having read the first file in its entirety	Skipped	tagged	0.000
readchar	ARGF.getc reads each char of files	Success		0.010
readchar	ARGF.readchar raises EOFError when end of stream reached	Success		0.009
readline	ARGF.readline sets $_ global variable with each line read	Skipped	tagged	0.000
readline	ARGF.readline reads one line of a file	Success		0.010
readline	ARGF.readline reads all lines of a file	Success		0.009
readline	ARGF.readline reads all lines of stdin	Success		4.660
readline	ARGF.readline reads all lines of two files	Success		0.010
readline	ARGF.readline modifies the files when in place edit mode is on	Skipped	tagged	0.000
readline	ARGF.readline modifies and backups two files when in place edit mode is on	Skipped	tagged	0.000
readline	ARGF.readline raises an EOFError when reaching end of files	Success		0.007
readlines	ARGF.readlines reads all lines of all files	Success		0.008
readlines	ARGF.readlines returns an empty Array when end of stream reached	Success		0.007
readpartial	ARGF.readpartial treats second nil argument as no output buffer	Skipped	tagged	0.000
readpartial	ARGF.readpartial treats second argument as an output buffer	Skipped	tagged	0.000
readpartial	ARGF.readpartial clears output buffer before appending to it	Skipped	tagged	0.000
readpartial	ARGF.readpartial reads a number of bytes from the first file	Skipped	tagged	0.000
readpartial	ARGF.readpartial reads from a single file consecutively	Skipped	tagged	0.000
readpartial	ARGF.readpartial reads a number of bytes from stdin	Skipped	tagged	0.000
readpartial	ARGF.readpartial reads the contents of a special device file	Skipped	tagged	0.000
readpartial	ARGF.readpartial raises an ArgumentError if called without a maximum read length	Skipped	tagged	0.000
readpartial	ARGF.readpartial reads maximum number of bytes from one file at a time	Skipped	tagged	0.000
readpartial	ARGF.readpartial clears output buffer even if EOFError is raised because @argf is at end	Skipped	tagged	0.000
readpartial	ARGF.readpartial reads maximum number of bytes from one file at a time	Skipped	tagged	0.000
readpartial	ARGF.readpartial returns an empty string if EOFError is raised while reading any but the last file	Skipped	tagged	0.000
readpartial	ARGF.readpartial raises an EOFError if the exception was raised while reading the last file	Skipped	tagged	0.000
readpartial	ARGF.readpartial raises an EOFError if the exception was raised while reading STDIN	Skipped	tagged	0.000
rewind	ARGF.rewind goes back to beginning of current file	Success		0.008
rewind	ARGF.rewind resets ARGF.lineno to 0	Success		4.685
rewind	ARGF.rewind raises an ArgumentError when end of stream reached	Success		0.008
seek	ARGF.seek sets the absolute position relative to beginning of file	Success		0.008
seek	ARGF.seek sets the position relative to current position in file	Success		0.008
seek	ARGF.seek sets the absolute position relative to end of file	Success		0.008
seek	ARGF.seek takes at least one argument (offset)	Success		0.003
set_encoding	ARGF.set_encoding sets the external encoding when passed an encoding instance	Success		4.655
set_encoding	ARGF.set_encoding sets the external encoding when passed an encoding name	Success		4.799
set_encoding	ARGF.set_encoding sets the external, internal encoding when passed two encoding instances	Success		4.700
set_encoding	ARGF.set_encoding sets the external, internal encoding when passed 'ext:int' String	Success		4.950
skip	ARGF.skip skips the current file	Success		0.006
skip	ARGF.skip has no effect when called twice in a row	Success		0.006
skip	ARGF.skip has no effect at end of stream	Success		0.006
skip	ARGF.skip has no effect when the current file is the last	Success		0.005
tell	ARGF.tell gives the correct position for each read operation	Success		0.006
tell	ARGF.tell raises an ArgumentError when called on a closed stream	Success		0.005
to_a	ARGF.to_a reads all lines of all files	Success		0.007
to_a	ARGF.to_a returns an empty Array when end of stream reached	Success		0.007
to_i	ARGF.to_i returns the current file number on each file	Success		0.006
to_i	ARGF.to_i raises an ArgumentError when called on a closed stream	Success		0.005
to_io	ARGF.to_io returns the IO of the current file	Success		0.006
to_s	ARGF.to_s returns 'ARGF'	Success		0.005
allocate	Array.allocate returns an instance of Array	Success		0.001
allocate	Array.allocate returns a fully-formed instance of Array	Success		0.001
allocate	Array.allocate does not accept any arguments	Success		0.001
any	Array#any? with no block given (a default block of { \|x\| x } is implicit) is false if the array is empty	Success		0.001
any	Array#any? with no block given (a default block of { \|x\| x } is implicit) is false if the array is not empty, but all the members of the array are falsy	Success		0.001
any	Array#any? with no block given (a default block of { \|x\| x } is implicit) is true if the array has any truthy members	Success		0.001
any	Array#any? with a block given is false if the array is empty	Success		0.001
any	Array#any? with a block given is true if the block returns true for any member of the array	Success		0.002
any	Array#any? with a block given is false if the block returns false for all members of the array	Success		0.002
append	Array#<< pushes the object onto the end of the array	Success		0.002
append	Array#<< returns self to allow chaining	Success		0.001
append	Array#<< correctly resizes the Array	Success		0.001
append	Array#<< raises a RuntimeError on a frozen array	Success		0.001
array	Array includes Enumerable	Success		0.001
assoc	Array#assoc returns the first array whose 1st item is == obj or nil	Success		0.003
assoc	Array#assoc calls == on first element of each array	Success		0.001
assoc	Array#assoc ignores any non-Array elements	Success		0.001
at	Array#at returns the (n+1)'th element for the passed index n	Success		0.001
at	Array#at returns nil if the given index is greater than or equal to the array's length	Success		0.001
at	Array#at returns the (-n)'th elemet from the last, for the given negative index n	Success		0.001
at	Array#at returns nil if the given index is less than -len, where len is length of the array	Success		0.001
at	Array#at does not extend the array unless the given index is out of range	Success		0.001
at	Array#at tries to convert the passed argument to an Integer using #to_int	Success		0.007
at	Array#at raises a TypeError when the passed argument can't be coerced to Integer	Success		0.001
at	Array#at raises an ArgumentError when 2 or more arguments is passed	Success		0.001
bsearch	Array#bsearch returns an Enumerator when not passed a block	Success		0.002
bsearch	Array#bsearch raises a TypeError if the block returns an Object	Success		0.001
bsearch	Array#bsearch raises a TypeError if the block returns a String	Success		0.001
bsearch	Array#bsearch when no block is given returned Enumerator size returns nil	Success		0.001
bsearch	Array#bsearch with a block returning true or false returns nil if the block returns false for every element	Success		0.001
bsearch	Array#bsearch with a block returning true or false returns nil if the block returns nil for every element	Success		0.001
bsearch	Array#bsearch with a block returning true or false returns element at zero if the block returns true for every element	Success		0.001
bsearch	Array#bsearch with a block returning true or false returns the element at the smallest index for which block returns true	Success		0.001
bsearch	Array#bsearch with a block returning negative, zero, positive numbers returns nil if the block returns less than zero for every element	Success		0.001
bsearch	Array#bsearch with a block returning negative, zero, positive numbers returns nil if the block returns greater than zero for every element	Success		0.001
bsearch	Array#bsearch with a block returning negative, zero, positive numbers returns nil if the block never returns zero	Success		0.001
bsearch	Array#bsearch with a block returning negative, zero, positive numbers accepts (+/-)Float::INFINITY from the block	Success		0.002
bsearch	Array#bsearch with a block returning negative, zero, positive numbers returns an element at an index for which block returns 0.0	Success		0.001
bsearch	Array#bsearch with a block returning negative, zero, positive numbers returns an element at an index for which block returns 0	Success		0.001
bsearch	Array#bsearch with a block that calls break returns nil if break is called without a value	Success		0.001
bsearch	Array#bsearch with a block that calls break returns nil if break is called with a nil value	Success		0.001
bsearch	Array#bsearch with a block that calls break returns object if break is called with an object	Success		0.001
bsearch_index	Array#bsearch_index raises a TypeError when block returns a String	Skipped	tagged	0.000
bsearch_index	Array#bsearch_index returns nil when block is empty	Skipped	tagged	0.000
bsearch_index	Array#bsearch_index when not passed a block returns an Enumerator	Skipped	tagged	0.000
bsearch_index	Array#bsearch_index when not passed a block returns an Enumerator with unknown size	Skipped	tagged	0.000
bsearch_index	Array#bsearch_index when not passed a block returns index of element when block condition is satisfied	Skipped	tagged	0.000
bsearch_index	Array#bsearch_index minimum mode returns index of first element which satisfies the block	Skipped	tagged	0.000
bsearch_index	Array#bsearch_index minimum mode returns nil when block condition is never satisfied	Skipped	tagged	0.000
bsearch_index	Array#bsearch_index find any mode returns the index of any matched elements where element is between 4 <= x < ?	Skipped	tagged	0.000
bsearch_index	Array#bsearch_index find any mode returns the index of any matched elements where element is between ? <= x < 10	Skipped	tagged	0.000
bsearch_index	Array#bsearch_index find any mode returns nil when block never returns 0	Skipped	tagged	0.000
bsearch_index	Array#bsearch_index find any mode returns the middle element when block always returns zero	Skipped	tagged	0.000
bsearch_index	Array#bsearch_index find any mode magnitude does not effect the result returns the index of any matched elements where element is between 4n <= xn < ?n	Skipped	tagged	0.000
bsearch_index	Array#bsearch_index find any mode magnitude does not effect the result returns nil when block never returns 0	Skipped	tagged	0.000
bsearch_index	Array#bsearch_index find any mode magnitude does not effect the result handles values from Bignum#coerce	Skipped	tagged	0.000
clear	Array#clear removes all elements	Success		0.001
clear	Array#clear returns self	Success		0.001
clear	Array#clear leaves the Array empty	Success		0.001
clear	Array#clear keeps tainted status	Success		0.001
clear	Array#clear does not accept any arguments	Success		0.001
clear	Array#clear keeps untrusted status	Success		0.001
clear	Array#clear raises a RuntimeError on a frozen array	Success		0.001
clone	Array#clone returns an Array or a subclass instance	Success		0.002
clone	Array#clone produces a shallow copy where the references are directly copied	Success		0.001
clone	Array#clone creates a new array containing all elements or the original	Success		0.002
clone	Array#clone copies taint status from the original	Success		0.001
clone	Array#clone copies untrusted status from the original	Success		0.001
clone	Array#clone copies frozen status from the original	Success		0.001
clone	Array#clone copies singleton methods	Success		0.001
collect	Array#collect returns a copy of array with each element replaced by the value returned by block	Success		0.001
collect	Array#collect does not return subclass instance	Success		0.001
collect	Array#collect does not change self	Success		0.001
collect	Array#collect returns the evaluated value of block if it broke in the block	Success		0.001
collect	Array#collect returns an Enumerator when no block given	Success		0.001
collect	Array#collect does not copy tainted status	Success		0.001
collect	Array#collect does not copy untrusted status	Success		0.001
collect	Array#collect when no block is given returned Enumerator size returns the enumerable size	Skipped	tagged	0.000
collect	Array#collect! replaces each element with the value returned by block	Success		0.001
collect	Array#collect! returns self	Success		0.001
collect	Array#collect! returns the evaluated value of block but its contents is partially modified, if it broke in the block	Success		0.001
collect	Array#collect! returns an Enumerator when no block given, and the enumerator can modify the original array	Success		0.003
collect	Array#collect! keeps tainted status	Success		0.001
collect	Array#collect! keeps untrusted status	Success		0.001
collect	Array#collect! when frozen raises a RuntimeError	Success		0.001
collect	Array#collect! when frozen raises a RuntimeError when empty	Success		0.001
collect	Array#collect! when frozen raises a RuntimeError when calling #each on the returned Enumerator	Success		0.001
collect	Array#collect! when frozen raises a RuntimeError when calling #each on the returned Enumerator when empty	Success		0.001
collect	Array#collect! when no block is given returned Enumerator size returns the enumerable size	Skipped	tagged	0.000
combination	Array#combination returns an enumerator when no block is provided	Success		0.001
combination	Array#combination returns self when a block is given	Success		0.002
combination	Array#combination yields nothing for out of bounds length and return self	Success		0.001
combination	Array#combination yields the expected combinations	Success		0.002
combination	Array#combination yields nothing if the argument is out of bounds	Success		0.001
combination	Array#combination yields a copy of self if the argument is the size of the receiver	Success		0.001
combination	Array#combination yields [] when length is 0	Success		0.001
combination	Array#combination yields a partition consisting of only singletons	Success		0.001
combination	Array#combination generates from a defensive copy, ignoring mutations	Success		0.001
combination	Array#combination when no block is given returned Enumerator size returns 0 when the number of combinations is < 0	Skipped	tagged	0.000
combination	Array#combination when no block is given returned Enumerator size returns the binomial coeficient between the array size the number of combinations	Skipped	tagged	0.000
compact	Array#compact returns a copy of array with all nil elements removed	Success		0.002
compact	Array#compact does not return self	Success		0.001
compact	Array#compact does not return subclass instance for Array subclasses	Success		0.001
compact	Array#compact does not keep tainted status even if all elements are removed	Success		0.001
compact	Array#compact does not keep untrusted status even if all elements are removed	Success		0.001
compact	Array#compact! removes all nil elements	Success		0.001
compact	Array#compact! returns self if some nil elements are removed	Success		0.001
compact	Array#compact! returns nil if there are no nil elements to remove	Success		0.000
compact	Array#compact! keeps tainted status even if all elements are removed	Success		0.001
compact	Array#compact! keeps untrusted status even if all elements are removed	Success		0.001
compact	Array#compact! raises a RuntimeError on a frozen array	Success		0.001
comparison	Array#<=> calls <=> left to right and return first non-0 result	Success		0.024
comparison	Array#<=> returns 0 if the arrays are equal	Success		0.001
comparison	Array#<=> returns -1 if the array is shorter than the other array	Success		0.001
comparison	Array#<=> returns +1 if the array is longer than the other array	Success		0.001
comparison	Array#<=> returns -1 if the arrays have same length and a pair of corresponding elements returns -1 for <=>	Success		0.005
comparison	Array#<=> returns +1 if the arrays have same length and a pair of corresponding elements returns +1 for <=>	Success		0.005
comparison	Array#<=> properly handles recursive arrays	Success		0.004
comparison	Array#<=> tries to convert the passed argument to an Array using #to_ary	Success		0.003
comparison	Array#<=> does not call #to_ary on Array subclasses	Success		0.002
comparison	Array#<=> returns nil when the argument is not array-like	Success		0.001
concat	Array#concat returns the array itself	Success		0.001
concat	Array#concat appends the elements in the other array	Success		0.003
concat	Array#concat does not loop endlessly when argument is self	Success		0.001
concat	Array#concat tries to convert the passed argument to an Array using #to_ary	Success		0.003
concat	Array#concat does not call #to_ary on Array subclasses	Success		0.002
concat	Array#concat raises a RuntimeError when Array is frozen and modification occurs	Success		0.001
concat	Array#concat raises a RuntimeError when Array is frozen and no modification occurs	Success		0.001
concat	Array#concat keeps tainted status	Success		0.001
concat	Array#concat is not infected by the other	Success		0.001
concat	Array#concat keeps the tainted status of elements	Success		0.001
concat	Array#concat keeps untrusted status	Success		0.001
concat	Array#concat is not infected untrustedness by the other	Success		0.001
concat	Array#concat keeps the untrusted status of elements	Success		0.001
concat	Array#concat appends elements to an Array with enough capacity that has been shifted	Success		0.001
concat	Array#concat appends elements to an Array without enough capacity that has been shifted	Success		0.001
constructor	Array.[] returns a new array populated with the given elements	Success		0.004
constructor	Array[] is a synonym for .[]	Success		0.002
count	Array#count returns the number of elements	Success		0.001
count	Array#count returns the number of elements that equal the argument	Success		0.001
count	Array#count returns the number of element for which the block evaluates to true	Success		0.001
cycle	Array#cycle does not yield and returns nil when the array is empty and passed value is an integer	Success		0.001
cycle	Array#cycle does not yield and returns nil when the array is empty and passed value is nil	Success		0.001
cycle	Array#cycle does not yield and returns nil when passed 0	Success		0.001
cycle	Array#cycle iterates the array 'count' times yielding each item to the block	Success		0.001
cycle	Array#cycle iterates indefinitely when not passed a count	Success		0.001
cycle	Array#cycle iterates indefinitely when passed nil	Success		0.001
cycle	Array#cycle does not rescue StopIteration when not passed a count	Success		0.002
cycle	Array#cycle does not rescue StopIteration when passed a count	Success		0.001
cycle	Array#cycle iterates the array Integer(count) times when passed a Float count	Success		0.001
cycle	Array#cycle calls #to_int to convert count to an Integer	Success		0.002
cycle	Array#cycle raises a TypeError if #to_int does not return an Integer	Success		0.002
cycle	Array#cycle raises a TypeError if passed a String	Success		0.002
cycle	Array#cycle raises a TypeError if passed an Object	Success		0.002
cycle	Array#cycle raises a TypeError if passed true	Success		0.001
cycle	Array#cycle raises a TypeError if passed false	Success		0.001
cycle	Array#cycle when no block is given returned Enumerator size should be the result of multiplying the enumerable size by the argument passed	Success		0.001
cycle	Array#cycle when no block is given returned Enumerator size should be zero when the argument passed is 0 or less	Success		0.001
cycle	Array#cycle when no block is given returned Enumerator size should be Float::INFINITY when no argument is passed	Success		0.001
delete	Array#delete may be given a block that is executed if no element matches object	Skipped	tagged	0.000
delete	Array#delete removes elements that are #== to object	Success		0.001
delete	Array#delete calculates equality correctly for reference values	Success		0.001
delete	Array#delete returns object or nil if no elements match object	Success		0.001
delete	Array#delete returns nil if the array is empty due to a shift	Success		0.001
delete	Array#delete returns nil on a frozen array if a modification does not take place	Success		0.001
delete	Array#delete raises a RuntimeError on a frozen array	Success		0.001
delete	Array#delete keeps tainted status	Success		0.001
delete	Array#delete keeps untrusted status	Success		0.001
delete_at	Array#delete_at removes the element at the specified index	Success		0.002
delete_at	Array#delete_at returns the removed element at the specified index	Success		0.001
delete_at	Array#delete_at returns nil and makes no modification if the index is out of range	Success		0.001
delete_at	Array#delete_at tries to convert the passed argument to an Integer using #to_int	Success		0.002
delete_at	Array#delete_at accepts negative indices	Success		0.001
delete_at	Array#delete_at raises a RuntimeError on a frozen array	Success		0.001
delete_at	Array#delete_at keeps tainted status	Success		0.001
delete_at	Array#delete_at keeps untrusted status	Success		0.001
delete_if	Array#delete_if removes each element for which block returns true	Success		0.002
delete_if	Array#delete_if returns self	Success		0.001
delete_if	Array#delete_if returns an Enumerator if no block given	Success		0.002
delete_if	Array#delete_if returns self when called on an Array emptied with #shift	Success		0.001
delete_if	Array#delete_if returns an Enumerator if no block given, and the enumerator can modify the original array	Success		0.002
delete_if	Array#delete_if returns an Enumerator if no block given, and the array is frozen	Success		0.001
delete_if	Array#delete_if raises a RuntimeError on a frozen array	Success		0.001
delete_if	Array#delete_if raises a RuntimeError on an empty frozen array	Success		0.001
delete_if	Array#delete_if keeps tainted status	Success		0.001
delete_if	Array#delete_if keeps untrusted status	Success		0.001
delete_if	Array#delete_if when no block is given returned Enumerator size returns the enumerable size	Skipped	tagged	0.000
dig	Array#dig returns #at with one arg	Skipped	tagged	0.000
dig	Array#dig recurses array elements	Skipped	tagged	0.000
dig	Array#dig returns the nested value specified if the sequence includes a key	Skipped	tagged	0.000
dig	Array#dig raises a TypeError for a non-numeric index	Skipped	tagged	0.000
dig	Array#dig raises a TypeError if any intermediate step does not respond to #dig	Skipped	tagged	0.000
dig	Array#dig raises an ArgumentError if no arguments provided	Skipped	tagged	0.000
dig	Array#dig returns nil if any intermediate step is nil	Skipped	tagged	0.000
dig	Array#dig calls #dig on the result of #at with the remaining arguments	Skipped	tagged	0.000
drop	Array#drop removes the specified number of elements from the start of the array	Success		0.002
drop	Array#drop raises an ArgumentError if the number of elements specified is negative	Success		0.001
drop	Array#drop returns an empty Array if all elements are dropped	Success		0.001
drop	Array#drop returns an empty Array when called on an empty Array	Success		0.001
drop	Array#drop does not remove any elements when passed zero	Success		0.001
drop	Array#drop returns an empty Array if more elements than exist are dropped	Success		0.001
drop	Array#drop acts correctly after a shift	Success		0.001
drop_while	Array#drop_while removes elements from the start of the array while the block evaluates to true	Success		0.001
drop_while	Array#drop_while removes elements from the start of the array until the block returns nil	Success		0.001
drop_while	Array#drop_while removes elements from the start of the array until the block returns false	Success		0.001
dup	Array#dup returns an Array or a subclass instance	Success		0.001
dup	Array#dup produces a shallow copy where the references are directly copied	Success		0.001
dup	Array#dup creates a new array containing all elements or the original	Success		0.001
dup	Array#dup copies taint status from the original	Success		0.001
dup	Array#dup copies untrusted status from the original	Success		0.001
dup	Array#dup does not copy frozen status from the original	Success		0.001
dup	Array#dup does not copy singleton methods	Success		0.001
each	Array#each yields each element to the block	Success		0.001
each	Array#each yields each element to a block that takes multiple arguments	Success		0.002
each	Array#each returns an Enumerator if no block given	Success		0.001
each	Array#each when no block is given returned Enumerator size returns the enumerable size	Skipped	tagged	0.000
each_index	Array#each_index passes the index of each element to the block	Success		0.001
each_index	Array#each_index returns self	Success		0.001
each_index	Array#each_index is not confused by removing elements from the front	Success		0.001
each_index	Array#each_index returns an Enumerator if no block given	Success		0.002
each_index	Array#each_index when no block is given returned Enumerator size returns the enumerable size	Success		0.001
element_reference	Array#[] returns the element at index with [index]	Success		0.001
element_reference	Array#[] returns the element at index from the end of the array with [-index]	Success		0.001
element_reference	Array#[] returns count elements starting from index with [index, count]	Success		0.004
element_reference	Array#[] returns count elements starting at index from the end of array with [-index, count]	Success		0.003
element_reference	Array#[] returns the first count elements with [0, count]	Success		0.001
element_reference	Array#[] returns the subarray which is independent to self with [index,count]	Success		0.001
element_reference	Array#[] tries to convert the passed argument to an Integer using #to_int	Success		0.005
element_reference	Array#[] returns the elements specified by Range indexes with [m..n]	Success		0.005
element_reference	Array#[] returns elements specified by Range indexes except the element at index n with [m...n]	Success		0.004
element_reference	Array#[] returns elements that exist if range start is in the array but range end is not with [m..n]	Success		0.001
element_reference	Array#[] accepts Range instances having a negative m and both signs for n with [m..n] and [m...n]	Success		0.007
element_reference	Array#[] returns the subarray which is independent to self with [m..n]	Success		0.001
element_reference	Array#[] tries to convert Range elements to Integers using #to_int with [m..n] and [m...n]	Success		0.003
element_reference	Array#[] returns the same elements as [m..n] and [m...n] with Range subclasses	Success		0.001
element_reference	Array#[] returns nil for a requested index not in the array with [index]	Success		0.000
element_reference	Array#[] returns [] if the index is valid but length is zero with [index, length]	Success		0.001
element_reference	Array#[] returns nil if length is zero but index is invalid with [index, length]	Success		0.001
element_reference	Array#[] returns [] if index == array.size with [index, length]	Success		0.001
element_reference	Array#[] returns nil if index > array.size with [index, length]	Success		0.000
element_reference	Array#[] returns nil if length is negative with [index, length]	Success		0.001
element_reference	Array#[] returns nil if no requested index is in the array with [m..n]	Success		0.001
element_reference	Array#[] returns nil if range start is not in the array with [m..n]	Success		0.001
element_reference	Array#[] returns an empty array when m == n with [m...n]	Success		0.001
element_reference	Array#[] returns an empty array with [0...0]	Success		0.001
element_reference	Array#[] returns a subarray where m, n negatives and m < n with [m..n]	Success		0.001
element_reference	Array#[] returns an array containing the first element with [0..0]	Success		0.001
element_reference	Array#[] returns the entire array with [0..-1]	Success		0.001
element_reference	Array#[] returns all but the last element with [0...-1]	Success		0.001
element_reference	Array#[] returns [3] for [2..-1] out of [1, 2, 3]	Success		0.001
element_reference	Array#[] returns an empty array when m > n and m, n are positive with [m..n]	Success		0.001
element_reference	Array#[] returns an empty array when m > n and m, n are negative with [m..n]	Success		0.001
element_reference	Array#[] does not expand array when the indices are outside of the array bounds	Success		0.002
element_reference	Array#[] raises a RangeError when the start index is out of range of Fixnum	Success		0.003
element_reference	Array#[] raises a RangeError when the length is out of range of Fixnum	Success		0.003
element_reference	Array#[] with a subclass of Array returns a subclass instance with [n, m]	Success		0.001
element_reference	Array#[] with a subclass of Array returns a subclass instance with [-n, m]	Success		0.001
element_reference	Array#[] with a subclass of Array returns a subclass instance with [n..m]	Success		0.001
element_reference	Array#[] with a subclass of Array returns a subclass instance with [n...m]	Success		0.001
element_reference	Array#[] with a subclass of Array returns a subclass instance with [-n..-m]	Success		0.001
element_reference	Array#[] with a subclass of Array returns a subclass instance with [-n...-m]	Success		0.001
element_reference	Array#[] with a subclass of Array returns an empty array when m == n with [m...n]	Success		0.001
element_reference	Array#[] with a subclass of Array returns an empty array with [0...0]	Success		0.001
element_reference	Array#[] with a subclass of Array returns an empty array when m > n and m, n are positive with [m..n]	Success		0.001
element_reference	Array#[] with a subclass of Array returns an empty array when m > n and m, n are negative with [m..n]	Success		0.001
element_reference	Array#[] with a subclass of Array returns [] if index == array.size with [index, length]	Success		0.001
element_reference	Array#[] with a subclass of Array returns [] if the index is valid but length is zero with [index, length]	Success		0.001
element_reference	Array#[] with a subclass of Array does not call #initialize on the subclass instance	Success		0.001
element_reference	Array.[] [] should return a new array populated with the given elements	Success		0.001
element_reference	Array.[] when applied to a literal nested array, unpacks its elements into the containing array	Success		0.001
element_reference	Array.[] when applied to a nested referenced array, unpacks its elements into the containing array	Success		0.001
element_reference	Array.[] can unpack 2 or more nested referenced array	Success		0.002
element_reference	Array.[] constructs a nested Hash for tailing key-value pairs	Success		0.001
element_reference	Array.[] with a subclass of Array returns an instance of the subclass	Success		0.001
element_reference	Array.[] with a subclass of Array does not call #initialize on the subclass instance	Success		0.001
element_set	Array#[]= sets elements in the range arguments when passed ranges	Skipped	tagged	0.000
element_set	Array#[]= does nothing if the section defined by range has negative width and the rhs is an empty array	Skipped	tagged	0.000
element_set	Array#[]= tries to convert Range elements to Integers using #to_int with [m..n] and [m...n]	Skipped	tagged	0.000
element_set	Array#[]= calls to_ary on its rhs argument for multi-element sets	Skipped	tagged	0.000
element_set	Array#[]= sets the value of the element at index	Success		0.005
element_set	Array#[]= sets the section defined by [start,length] to other	Success		0.001
element_set	Array#[]= replaces the section defined by [start,length] with the given values	Success		0.001
element_set	Array#[]= just sets the section defined by [start,length] to other even if other is nil	Success		0.001
element_set	Array#[]= returns nil if the rhs is nil	Success		0.001
element_set	Array#[]= sets the section defined by range to other	Success		0.001
element_set	Array#[]= replaces the section defined by range with the given values	Success		0.001
element_set	Array#[]= just sets the section defined by range to other even if other is nil	Success		0.001
element_set	Array#[]= expands and nil-pads the array if section assigned by range is outside array boundaries	Success		0.002
element_set	Array#[]= calls to_int on its start and length arguments	Success		0.004
element_set	Array#[]= checks frozen before attempting to coerce arguments	Success		0.001
element_set	Array#[]= inserts the given elements with [range] which the range is zero-width	Success		0.001
element_set	Array#[]= inserts the given elements with [start, length] which length is zero	Success		0.001
element_set	Array#[]= inserts the given elements with [range] which the range has negative width	Success		0.001
element_set	Array#[]= just inserts nil if the section defined by range is zero-width and the rhs is nil	Success		0.001
element_set	Array#[]= just inserts nil if the section defined by range has negative width and the rhs is nil	Success		0.001
element_set	Array#[]= does nothing if the section defined by range is zero-width and the rhs is an empty array	Success		0.001
element_set	Array#[]= raises an IndexError when passed indexes out of bounds	Success		0.005
element_set	Array#[]= does not call to_ary on rhs array subclasses for multi-element sets	Success		0.001
element_set	Array#[]= raises a RuntimeError on a frozen array	Success		0.001
element_set	Array#[]= with [index] returns value assigned if idx is inside array	Success		0.001
element_set	Array#[]= with [index] returns value assigned if idx is right beyond right array boundary	Success		0.000
element_set	Array#[]= with [index] returns value assigned if idx far beyond right array boundary	Success		0.001
element_set	Array#[]= with [index] sets the value of the element at index	Success		0.001
element_set	Array#[]= with [index] sets the value of the element if it is right beyond the array boundary	Success		0.001
element_set	Array#[]= with [index, count] returns non-array value if non-array value assigned	Success		0.001
element_set	Array#[]= with [index, count] returns array if array assigned	Success		0.001
element_set	Array#[]= with [index, count] just sets the section defined by [start,length] to nil even if the rhs is nil	Success		0.001
element_set	Array#[]= with [index, count] just sets the section defined by [start,length] to nil if negative index within bounds, cnt > 0 and the rhs is nil	Success		0.001
element_set	Array#[]= with [index, count] replaces the section defined by [start,length] to other	Success		0.001
element_set	Array#[]= with [index, count] replaces the section to other if idx < 0 and cnt > 0	Success		0.001
element_set	Array#[]= with [index, count] replaces the section to other even if cnt spanning beyond the array boundary	Success		0.001
element_set	Array#[]= with [index, count] pads the Array with nils if the span is past the end	Success		0.001
element_set	Array#[]= with [index, count] inserts other section in place defined by idx	Success		0.001
element_set	Array#[]= with [index, count] raises an IndexError when passed start and negative length	Success		0.002
element_set	Array#[]= with [m..n] inserts the other section at m if m > n	Skipped	tagged	0.000
element_set	Array#[]= with [m..n] accepts Range subclasses	Skipped	tagged	0.000
element_set	Array#[]= with [m..n] returns non-array value if non-array value assigned	Success		0.001
element_set	Array#[]= with [m..n] returns array if array assigned	Success		0.001
element_set	Array#[]= with [m..n] just sets the section defined by range to nil even if the rhs is nil	Success		0.001
element_set	Array#[]= with [m..n] just sets the section defined by range to nil if m and n < 0 and the rhs is nil	Success		0.001
element_set	Array#[]= with [m..n] replaces the section defined by range	Success		0.001
element_set	Array#[]= with [m..n] replaces the section if m and n < 0	Success		0.001
element_set	Array#[]= with [m..n] replaces the section if m < 0 and n > 0	Success		0.001
element_set	Array#[] after a shift works for insertion	Success		0.001
empty	Array#empty? returns true if the array has no elements	Success		0.001
eql	Array#eql? returns true if other is the same array	Success		0.001
eql	Array#eql? returns true if corresponding elements are #eql?	Success		0.001
eql	Array#eql? returns false if other is shorter than self	Success		0.000
eql	Array#eql? returns false if other is longer than self	Success		0.000
eql	Array#eql? returns false immediately when sizes of the arrays differ	Success		0.002
eql	Array#eql? handles well recursive arrays	Success		0.006
eql	Array#eql? does not call #to_ary on its argument	Success		0.001
eql	Array#eql? does not call #to_ary on Array subclasses	Success		0.001
eql	Array#eql? ignores array class differences	Success		0.001
eql	Array#eql? returns false if any corresponding elements are not #eql?	Success		0.001
eql	Array#eql? returns false if other is not a kind of Array	Success		0.002
equal_value	Array#== returns true if other is the same array	Success		0.001
equal_value	Array#== returns true if corresponding elements are #eql?	Success		0.001
equal_value	Array#== returns false if other is shorter than self	Success		0.000
equal_value	Array#== returns false if other is longer than self	Success		0.000
equal_value	Array#== returns false immediately when sizes of the arrays differ	Success		0.002
equal_value	Array#== handles well recursive arrays	Success		0.005
equal_value	Array#== does not call #to_ary on its argument	Success		0.001
equal_value	Array#== does not call #to_ary on Array subclasses	Success		0.001
equal_value	Array#== ignores array class differences	Success		0.001
equal_value	Array#== compares with an equivalent Array-like object using #to_ary	Success		0.006
equal_value	Array#== returns false if any corresponding elements are not #==	Success		0.002
equal_value	Array#== returns true if corresponding elements are #==	Success		0.003
equal_value	Array#== returns false for [NaN] == [NaN]	Success		0.001
fetch	Array#fetch returns the element at the passed index	Success		0.001
fetch	Array#fetch counts negative indices backwards from end	Success		0.000
fetch	Array#fetch raises an IndexError if there is no element at index	Success		0.001
fetch	Array#fetch returns default if there is no element at index if passed a default value	Success		0.001
fetch	Array#fetch returns the value of block if there is no element at index if passed a block	Success		0.001
fetch	Array#fetch passes the original index argument object to the block, not the converted Integer	Success		0.001
fetch	Array#fetch gives precedence to the default block over the default argument	Success		0.000
fetch	Array#fetch tries to convert the passed argument to an Integer using #to_int	Success		0.002
fetch	Array#fetch raises a TypeError when the passed argument can't be coerced to Integer	Success		0.001
fill	Array#fill returns self	Success		0.001
fill	Array#fill is destructive	Success		0.001
fill	Array#fill does not replicate the filler	Success		0.001
fill	Array#fill replaces all elements in the array with the filler if not given a index nor a length	Success		0.001
fill	Array#fill replaces all elements with the value of block (index given to block)	Success		0.001
fill	Array#fill raises a RuntimeError on a frozen array	Success		0.001
fill	Array#fill raises a RuntimeError on an empty frozen array	Success		0.001
fill	Array#fill raises an ArgumentError if 4 or more arguments are passed when no block given	Success		0.002
fill	Array#fill raises an ArgumentError if no argument passed and no block given	Success		0.001
fill	Array#fill raises an ArgumentError if 3 or more arguments are passed when a block given	Success		0.001
fill	Array#fill with (filler, index, length) raises an ArgumentError or RangeError for too-large sizes	Skipped	tagged	0.000
fill	Array#fill with (filler, index, length) replaces length elements beginning with the index with the filler if given an index and a length	Success		0.001
fill	Array#fill with (filler, index, length) replaces length elements beginning with the index with the value of block	Success		0.001
fill	Array#fill with (filler, index, length) replaces all elements after the index if given an index and no length	Success		0.001
fill	Array#fill with (filler, index, length) replaces all elements after the index if given an index and nil as a length	Success		0.001
fill	Array#fill with (filler, index, length) replaces the last (-n) elements if given an index n which is negative and no length	Success		0.001
fill	Array#fill with (filler, index, length) replaces the last (-n) elements if given an index n which is negative and nil as a length	Success		0.001
fill	Array#fill with (filler, index, length) makes no modifications if given an index greater than end and no length	Success		0.001
fill	Array#fill with (filler, index, length) makes no modifications if given an index greater than end and nil as a length	Success		0.001
fill	Array#fill with (filler, index, length) replaces length elements beginning with start index if given an index >= 0 and a length >= 0	Success		0.001
fill	Array#fill with (filler, index, length) increases the Array size when necessary	Success		0.001
fill	Array#fill with (filler, index, length) pads between the last element and the index with nil if given an index which is greater than size of the array	Success		0.001
fill	Array#fill with (filler, index, length) replaces length elements beginning with the (-n)th if given an index n < 0 and a length > 0	Success		0.001
fill	Array#fill with (filler, index, length) starts at 0 if the negative index is before the start of the array	Success		0.001
fill	Array#fill with (filler, index, length) makes no modifications if the given length <= 0	Success		0.002
fill	Array#fill with (filler, index, length) does not raise an exception if the given length is negative and its absolute value does not exceed the index	Success		0.001
fill	Array#fill with (filler, index, length) does not raise an exception even if the given length is negative and its absolute value exceeds the index	Success		0.001
fill	Array#fill with (filler, index, length) tries to convert the second and third arguments to Integers using #to_int	Success		0.004
fill	Array#fill with (filler, index, length) raises a TypeError if the index is not numeric	Success		0.002
fill	Array#fill with (filler, range) replaces elements in range with object	Success		0.005
fill	Array#fill with (filler, range) replaces all elements in range with the value of block	Success		0.001
fill	Array#fill with (filler, range) increases the Array size when necessary	Success		0.001
fill	Array#fill with (filler, range) raises a TypeError with range and length argument	Success		0.001
fill	Array#fill with (filler, range) replaces elements between the (-m)th to the last and the (n+1)th from the first if given an range m..n where m < 0 and n >= 0	Success		0.001
fill	Array#fill with (filler, range) replaces elements between the (-m)th and (-n)th to the last if given an range m..n where m < 0 and n < 0	Success		0.001
fill	Array#fill with (filler, range) replaces elements between the (m+1)th from the first and (-n)th to the last if given an range m..n where m >= 0 and n < 0	Success		0.001
fill	Array#fill with (filler, range) makes no modifications if given an range which implies a section of zero width	Success		0.002
fill	Array#fill with (filler, range) makes no modifications if given an range which implies a section of negative width	Success		0.002
fill	Array#fill with (filler, range) raises an exception if some of the given range lies before the first of the array	Success		0.003
fill	Array#fill with (filler, range) tries to convert the start and end of the passed range to Integers using #to_int	Success		0.004
fill	Array#fill with (filler, range) raises a TypeError if the start or end of the passed range is not numeric	Success		0.003
find_index	Array#find_index returns the index of the first element == to object	Success		0.003
find_index	Array#find_index returns 0 if first element == to object	Success		0.000
find_index	Array#find_index returns size-1 if only last element == to object	Success		0.000
find_index	Array#find_index returns nil if no element == to object	Success		0.000
find_index	Array#find_index accepts a block instead of an argument	Success		0.001
find_index	Array#find_index ignores the block if there is an argument	Success		0.001
find_index	Array#find_index given no argument and no block produces an Enumerator	Success		0.002
first	Array#first returns the first element	Success		0.001
first	Array#first returns nil if self is empty	Success		0.000
first	Array#first returns the first count elements if given a count	Success		0.001
first	Array#first returns an empty array when passed count on an empty array	Success		0.001
first	Array#first returns an empty array when passed count == 0	Success		0.001
first	Array#first returns an array containing the first element when passed count == 1	Success		0.001
first	Array#first raises an ArgumentError when count is negative	Success		0.001
first	Array#first raises a RangeError when count is a Bignum	Success		0.001
first	Array#first returns the entire array when count > length	Success		0.001
first	Array#first returns an array which is independent to the original when passed count	Success		0.001
first	Array#first properly handles recursive arrays	Success		0.001
first	Array#first tries to convert the passed argument to an Integer using #to_int	Success		0.002
first	Array#first raises a TypeError if the passed argument is not numeric	Success		0.002
first	Array#first does not return subclass instance when passed count on Array subclasses	Success		0.001
first	Array#first is not destructive	Success		0.001
flatten	Array#flatten performs respond_to? and method_missing-aware checks when coercing elements to array	Skipped	tagged	0.000
flatten	Array#flatten returns a one-dimensional flattening recursively	Success		0.004
flatten	Array#flatten takes an optional argument that determines the level of recursion	Success		0.001
flatten	Array#flatten returns dup when the level of recursion is 0	Success		0.001
flatten	Array#flatten ignores negative levels	Success		0.003
flatten	Array#flatten tries to convert passed Objects to Integers using #to_int	Success		0.003
flatten	Array#flatten raises a TypeError when the passed Object can't be converted to an Integer	Success		0.001
flatten	Array#flatten does not call flatten on elements	Success		0.004
flatten	Array#flatten raises an ArgumentError on recursive arrays	Success		0.001
flatten	Array#flatten flattens any element which responds to #to_ary, using the return value of said method	Success		0.008
flatten	Array#flatten returns subclass instance for Array subclasses	Success		0.003
flatten	Array#flatten is not destructive	Success		0.001
flatten	Array#flatten returns a tainted array if self is tainted	Success		0.001
flatten	Array#flatten returns an untrusted array if self is untrusted	Success		0.001
flatten	Array#flatten with a non-Array object in the Array does not call #to_ary if the method is not defined	Success		0.001
flatten	Array#flatten with a non-Array object in the Array does not raise an exception if #to_ary returns nil	Success		0.002
flatten	Array#flatten with a non-Array object in the Array raises a TypeError if #to_ary does not return an Array	Success		0.004
flatten	Array#flatten with a non-Array object in the Array does not call #to_ary if not defined when #respond_to_missing? returns false	Success		0.002
flatten	Array#flatten with a non-Array object in the Array calls #to_ary if not defined when #respond_to_missing? returns true	Success		0.002
flatten	Array#flatten with a non-Array object in the Array calls #method_missing if defined	Success		0.004
flatten	Array#flatten! modifies array to produce a one-dimensional flattening recursively	Success		0.003
flatten	Array#flatten! returns self if made some modifications	Success		0.003
flatten	Array#flatten! returns nil if no modifications took place	Success		0.002
flatten	Array#flatten! should not check modification by size	Success		0.001
flatten	Array#flatten! takes an optional argument that determines the level of recursion	Success		0.001
flatten	Array#flatten! returns nil when the level of recursion is 0	Success		0.000
flatten	Array#flatten! treats negative levels as no arguments	Success		0.003
flatten	Array#flatten! tries to convert passed Objects to Integers using #to_int	Success		0.003
flatten	Array#flatten! raises a TypeError when the passed Object can't be converted to an Integer	Success		0.002
flatten	Array#flatten! does not call flatten! on elements	Success		0.004
flatten	Array#flatten! raises an ArgumentError on recursive arrays	Success		0.001
flatten	Array#flatten! flattens any elements which responds to #to_ary, using the return value of said method	Success		0.008
flatten	Array#flatten! raises a RuntimeError on frozen arrays when the array is modified	Success		0.001
flatten	Array#flatten! raises a RuntimeError on frozen arrays when the array would not be modified	Success		0.001
frozen	Array#frozen? returns true if array is frozen	Success		0.001
frozen	Array#frozen? returns false for an array being sorted by #sort	Success		0.002
hash	Array#hash produces different hashes for nested arrays with different values and empty terminator	Skipped	tagged	0.000
hash	Array#hash returns the same fixnum for arrays with the same content	Success		0.001
hash	Array#hash properly handles recursive arrays	Success		0.001
hash	Array#hash returns the same hash for equal recursive arrays	Success		0.002
hash	Array#hash returns the same hash for equal recursive arrays through hashes	Success		0.002
hash	Array#hash calls to_int on result of calling hash on each element	Success		0.017
hash	Array#hash ignores array class differences	Success		0.001
hash	Array#hash returns same hash code for arrays with the same content	Success		0.001
hash	Array#hash returns the same value if arrays are #eql?	Success		0.001
include	Array#include? returns true if object is present, false otherwise	Success		0.001
include	Array#include? determines presence by using element == obj	Success		0.001
include	Array#include? calls == on elements from left to right until success	Success		0.004
index	Array#index returns the index of the first element == to object	Success		0.001
index	Array#index returns 0 if first element == to object	Success		0.000
index	Array#index returns size-1 if only last element == to object	Success		0.000
index	Array#index returns nil if no element == to object	Success		0.000
index	Array#index accepts a block instead of an argument	Success		0.000
index	Array#index ignores the block if there is an argument	Success		0.000
index	Array#index given no argument and no block produces an Enumerator	Success		0.001
initialize	Array#initialize is private	Success		0.003
initialize	Array#initialize is called on subclasses	Success		0.001
initialize	Array#initialize preserves the object's identity even when changing its value	Success		0.001
initialize	Array#initialize raises an ArgumentError if passed 3 or more arguments	Success		0.001
initialize	Array#initialize raises a RuntimeError on frozen arrays	Success		0.001
initialize	Array#initialize calls #to_ary to convert the value to an array, even if it's private	Success		0.001
initialize	Array#initialize with no arguments makes the array empty	Success		0.000
initialize	Array#initialize with no arguments does not use the given block	Success		0.001
initialize	Array#initialize with (array) replaces self with the other array	Success		0.001
initialize	Array#initialize with (array) does not use the given block	Success		0.000
initialize	Array#initialize with (array) calls #to_ary to convert the value to an array	Success		0.003
initialize	Array#initialize with (array) does not call #to_ary on instances of Array or subclasses of Array	Success		0.002
initialize	Array#initialize with (array) raises a TypeError if an Array type argument and a default object	Success		0.002
initialize	Array#initialize with (size, object=nil) sets the array to size and fills with the object	Success		0.001
initialize	Array#initialize with (size, object=nil) sets the array to size and fills with nil when object is omitted	Success		0.001
initialize	Array#initialize with (size, object=nil) raises an ArgumentError if size is negative	Success		0.001
initialize	Array#initialize with (size, object=nil) raises an ArgumentError if size is too large	Success		0.002
initialize	Array#initialize with (size, object=nil) calls #to_int to convert the size argument to an Integer when object is given	Success		0.002
initialize	Array#initialize with (size, object=nil) calls #to_int to convert the size argument to an Integer when object is not given	Success		0.002
initialize	Array#initialize with (size, object=nil) raises a TypeError if the size argument is not an Integer type	Success		0.002
initialize	Array#initialize with (size, object=nil) yields the index of the element and sets the element to the value of the block	Success		0.001
initialize	Array#initialize with (size, object=nil) uses the block value instead of using the default value	Success		0.001
initialize	Array#initialize with (size, object=nil) returns the value passed to break	Success		0.001
initialize	Array#initialize with (size, object=nil) sets the array to the values returned by the block before break is executed	Success		0.001
insert	Array#insert returns self	Success		0.001
insert	Array#insert inserts objects before the element at index for non-negative index	Success		0.002
insert	Array#insert appends objects to the end of the array for index == -1	Success		0.001
insert	Array#insert inserts objects after the element at index with negative index	Success		0.002
insert	Array#insert pads with nils if the index to be inserted to is past the end	Success		0.001
insert	Array#insert can insert before the first element with a negative index	Success		0.001
insert	Array#insert raises an IndexError if the negative index is out of bounds	Success		0.001
insert	Array#insert does nothing of no object is passed	Success		0.001
insert	Array#insert tries to convert the passed position argument to an Integer using #to_int	Success		0.002
insert	Array#insert raises an ArgumentError if no argument passed	Success		0.001
insert	Array#insert raises a RuntimeError on frozen arrays when the array is modified	Success		0.001
insert	Array#insert raises a RuntimeError on frozen arrays when the array would not be modified	Success		0.001
inspect	Array#inspect returns a string	Success		0.001
inspect	Array#inspect returns '[]' for an empty Array	Success		0.000
inspect	Array#inspect calls inspect on its elements and joins the results with commas	Success		0.005
inspect	Array#inspect represents a recursive element with '[...]'	Success		0.002
inspect	Array#inspect taints the result if the Array is non-empty and tainted	Success		0.001
inspect	Array#inspect does not taint the result if the Array is tainted but empty	Success		0.000
inspect	Array#inspect taints the result if an element is tainted	Success		0.001
inspect	Array#inspect untrusts the result if the Array is untrusted	Success		0.001
inspect	Array#inspect does not untrust the result if the Array is untrusted but empty	Success		0.000
inspect	Array#inspect untrusts the result if an element is untrusted	Success		0.001
inspect	Array#inspect with encoding raises if inspected result is not default external encoding	Skipped	tagged	0.000
inspect	Array#inspect with encoding returns a US-ASCII string for an empty Array	Success		0.001
inspect	Array#inspect with encoding use the default external encoding if it is ascii compatible	Success		0.002
inspect	Array#inspect with encoding use US-ASCII encoding if the default external encoding is not ascii compatible	Success		0.001
intersection	Array#& creates an array with elements common to both arrays (intersection)	Success		0.003
intersection	Array#& creates an array with no duplicates	Success		0.001
intersection	Array#& creates an array with elements in order they are first encountered	Success		0.001
intersection	Array#& does not modify the original Array	Success		0.001
intersection	Array#& properly handles recursive arrays	Success		0.010
intersection	Array#& tries to convert the passed argument to an Array using #to_ary	Success		0.003
intersection	Array#& determines equivalence between elements in the sense of eql?	Success		0.015
intersection	Array#& does return subclass instances for Array subclasses	Success		0.001
intersection	Array#& does not call to_ary on array subclasses	Success		0.001
intersection	Array#& properly handles an identical item even when its #eql? isn't reflexive	Success		0.003
join	Array#join returns a string formed by concatenating each element.to_str separated by separator	Success		0.003
join	Array#join uses the same separator with nested arrays	Success		0.001
join	Array#join returns an empty string if the Array is empty	Success		0.001
join	Array#join returns a US-ASCII string for an empty Array	Success		0.000
join	Array#join returns a string formed by concatenating each String element separated by $,	Success		0.001
join	Array#join attempts coercion via #to_str first	Success		0.002
join	Array#join attempts coercion via #to_ary second	Success		0.003
join	Array#join attempts coercion via #to_s third	Success		0.006
join	Array#join raises a NoMethodError if an element does not respond to #to_str, #to_ary, or #to_s	Success		0.001
join	Array#join raises an ArgumentError when the Array is recursive	Success		0.002
join	Array#join taints the result if the Array is tainted and non-empty	Success		0.001
join	Array#join does not taint the result if the Array is tainted but empty	Success		0.001
join	Array#join taints the result if the result of coercing an element is tainted	Success		0.002
join	Array#join untrusts the result if the Array is untrusted and non-empty	Success		0.001
join	Array#join does not untrust the result if the Array is untrusted but empty	Success		0.000
join	Array#join untrusts the result if the result of coercing an element is untrusted	Success		0.002
join	Array#join uses the first encoding when other strings are compatible	Success		0.003
join	Array#join uses the widest common encoding when other strings are incompatible	Success		0.001
join	Array#join fails for arrays with incompatibly-encoded strings	Success		0.002
join	Array#join does not separate elements when the passed separator is nil	Success		0.001
join	Array#join calls #to_str to convert the separator to a String	Success		0.002
join	Array#join does not call #to_str on the separator if the array is empty	Success		0.002
join	Array#join raises a TypeError if the separator cannot be coerced to a String by calling #to_str	Success		0.002
join	Array#join raises a TypeError if passed false as the separator	Success		0.001
join	Array#join with a tainted separator does not taint the result if the array is empty	Success		0.001
join	Array#join with a tainted separator does not taint the result if the array has only one element	Success		0.001
join	Array#join with a tainted separator taints the result if the array has two or more elements	Success		0.001
join	Array#join with an untrusted separator does not untrust the result if the array is empty	Success		0.001
join	Array#join with an untrusted separator does not untrust the result if the array has only one element	Success		0.001
join	Array#join with an untrusted separator untrusts the result if the array has two or more elements	Success		0.001
join	Array#join with $, separates elements with default separator when the passed separator is nil	Success		0.001
keep_if	Array#keep_if returns the same array if no changes were made	Success		0.002
keep_if	Array#keep_if deletes elements for which the block returns a false value	Success		0.001
keep_if	Array#keep_if returns an enumerator if no block is given	Success		0.002
keep_if	Array#keep_if when no block is given returned Enumerator size returns the enumerable size	Success		0.001
keep_if	Array#keep_if on frozen objects returns an Enumerator if no block is given	Success		0.001
keep_if	Array#keep_if on frozen objects with truthy block keeps elements after any exception	Success		0.001
keep_if	Array#keep_if on frozen objects with truthy block raises a RuntimeError	Success		0.001
keep_if	Array#keep_if on frozen objects with falsy block keeps elements after any exception	Success		0.001
keep_if	Array#keep_if on frozen objects with falsy block raises a RuntimeError	Success		0.001
last	Array#last returns the last element	Success		0.001
last	Array#last returns nil if self is empty	Success		0.000
last	Array#last returns the last count elements if given a count	Success		0.001
last	Array#last returns an empty array when passed a count on an empty array	Success		0.001
last	Array#last returns an empty array when count == 0	Success		0.001
last	Array#last returns an array containing the last element when passed count == 1	Success		0.001
last	Array#last raises an ArgumentError when count is negative	Success		0.001
last	Array#last returns the entire array when count > length	Success		0.001
last	Array#last returns an array which is independent to the original when passed count	Success		0.001
last	Array#last properly handles recursive arrays	Success		0.001
last	Array#last tries to convert the passed argument to an Integer usinig #to_int	Success		0.002
last	Array#last raises a TypeError if the passed argument is not numeric	Success		0.003
last	Array#last does not return subclass instance on Array subclasses	Success		0.001
last	Array#last is not destructive	Success		0.001
length	Array#length returns the number of elements	Success		0.001
length	Array#length properly handles recursive arrays	Success		0.001
map	Array#map returns a copy of array with each element replaced by the value returned by block	Success		0.001
map	Array#map does not return subclass instance	Success		0.000
map	Array#map does not change self	Success		0.001
map	Array#map returns the evaluated value of block if it broke in the block	Success		0.001
map	Array#map returns an Enumerator when no block given	Success		0.001
map	Array#map does not copy tainted status	Success		0.000
map	Array#map does not copy untrusted status	Success		0.000
map	Array#map when no block is given returned Enumerator size returns the enumerable size	Skipped	tagged	0.000
map	Array#map! replaces each element with the value returned by block	Success		0.001
map	Array#map! returns self	Success		0.000
map	Array#map! returns the evaluated value of block but its contents is partially modified, if it broke in the block	Success		0.001
map	Array#map! returns an Enumerator when no block given, and the enumerator can modify the original array	Success		0.001
map	Array#map! keeps tainted status	Success		0.001
map	Array#map! keeps untrusted status	Success		0.001
map	Array#map! when frozen raises a RuntimeError	Success		0.001
map	Array#map! when frozen raises a RuntimeError when empty	Success		0.001
map	Array#map! when frozen raises a RuntimeError when calling #each on the returned Enumerator	Success		0.001
map	Array#map! when frozen raises a RuntimeError when calling #each on the returned Enumerator when empty	Success		0.001
map	Array#map! when no block is given returned Enumerator size returns the enumerable size	Skipped	tagged	0.000
max	Array#max given a block with one argument yields in turn the last length-1 values from the array	Success		0.002
min	Array#min given a block with one argument yields in turn the last length-1 values from the array	Success		0.001
minus	Array#- creates an array minus any items from other array	Success		0.002
minus	Array#- removes multiple items on the lhs equal to one on the rhs	Success		0.001
minus	Array#- properly handles recursive arrays	Success		0.005
minus	Array#- tries to convert the passed arguments to Arrays using #to_ary	Success		0.002
minus	Array#- raises a TypeError if the argument cannot be coerced to an Array by calling #to_ary	Success		0.001
minus	Array#- does not return subclass instance for Array subclasses	Success		0.001
minus	Array#- does not call to_ary on array subclasses	Success		0.001
minus	Array#- removes an item identified as equivalent via #hash and #eql?	Success		0.005
minus	Array#- doesn't remove an item with the same hash but not #eql?	Success		0.005
minus	Array#- removes an identical item even when its #eql? isn't reflexive	Success		0.003
minus	Array#- is not destructive	Success		0.002
multiply	Array#* tries to convert the passed argument to a String using #to_str	Success		0.004
multiply	Array#* tires to convert the passed argument to an Integer using #to_int	Success		0.002
multiply	Array#* raises a TypeError if the argument can neither be converted to a string nor an integer	Success		0.001
multiply	Array#* converts the passed argument to a String rather than an Integer	Success		0.001
multiply	Array#* raises a TypeError is the passed argument is nil	Success		0.001
multiply	Array#* raises an ArgumentError when passed 2 or more arguments	Success		0.001
multiply	Array#* raises an ArgumentError when passed no arguments	Success		0.001
multiply	Array#* with an integer concatenates n copies of the array when passed an integer	Success		0.001
multiply	Array#* with an integer does not return self even if the passed integer is 1	Success		0.000
multiply	Array#* with an integer properly handles recursive arrays	Success		0.001
multiply	Array#* with an integer raises an ArgumentError when passed a negative integer	Success		0.001
multiply	Array#* with an integer copies the taint status of the original array even if the passed count is 0	Success		0.001
multiply	Array#* with an integer copies the taint status of the original array even if the array is empty	Success		0.000
multiply	Array#* with an integer copies the taint status of the original array if the passed count is not 0	Success		0.001
multiply	Array#* with an integer copies the untrusted status of the original array even if the passed count is 0	Success		0.000
multiply	Array#* with an integer copies the untrusted status of the original array even if the array is empty	Success		0.000
multiply	Array#* with an integer copies the untrusted status of the original array if the passed count is not 0	Success		0.001
multiply	Array#* with an integer with a subclass of Array returns a subclass instance	Success		0.001
multiply	Array#* with an integer with a subclass of Array does not call #initialize on the subclass instance	Success		0.001
multiply	Array#* with a string returns a string formed by concatenating each element.to_str separated by separator	Success		0.002
multiply	Array#* with a string uses the same separator with nested arrays	Success		0.001
multiply	Array#* with a string with a tainted separator does not taint the result if the array is empty	Success		0.001
multiply	Array#* with a string with a tainted separator does not taint the result if the array has only one element	Success		0.001
multiply	Array#* with a string with a tainted separator taints the result if the array has two or more elements	Success		0.001
multiply	Array#* with a string with an untrusted separator does not untrust the result if the array is empty	Success		0.001
multiply	Array#* with a string with an untrusted separator does not untrust the result if the array has only one element	Success		0.001
multiply	Array#* with a string with an untrusted separator untrusts the result if the array has two or more elements	Success		0.001
new	Array.new returns an instance of Array	Success		0.001
new	Array.new returns an instance of a subclass	Success		0.000
new	Array.new raises an ArgumentError if passed 3 or more arguments	Success		0.001
new	Array.new with no arguments returns an empty array	Success		0.000
new	Array.new with no arguments does not use the given block	Success		0.000
new	Array.new with (array) returns an array initialized to the other array	Success		0.001
new	Array.new with (array) does not use the given block	Success		0.001
new	Array.new with (array) calls #to_ary to convert the value to an array	Success		0.003
new	Array.new with (array) does not call #to_ary on instances of Array or subclasses of Array	Success		0.001
new	Array.new with (array) raises a TypeError if an Array type argument and a default object	Success		0.001
new	Array.new with (size, object=nil) returns an array of size filled with object	Success		0.001
new	Array.new with (size, object=nil) returns an array of size filled with nil when object is omitted	Success		0.001
new	Array.new with (size, object=nil) raises an ArgumentError if size is negative	Success		0.001
new	Array.new with (size, object=nil) raises an ArgumentError if size is too large	Success		0.001
new	Array.new with (size, object=nil) calls #to_int to convert the size argument to an Integer when object is given	Success		0.002
new	Array.new with (size, object=nil) calls #to_int to convert the size argument to an Integer when object is not given	Success		0.002
new	Array.new with (size, object=nil) raises a TypeError if the size argument is not an Integer type	Success		0.001
new	Array.new with (size, object=nil) yields the index of the element and sets the element to the value of the block	Success		0.001
new	Array.new with (size, object=nil) uses the block value instead of using the default value	Success		0.001
new	Array.new with (size, object=nil) returns the value passed to break	Success		0.001
partition	Array#partition returns two arrays	Success		0.001
partition	Array#partition returns in the left array values for which the block evaluates to true	Success		0.003
partition	Array#partition properly handles recursive arrays	Success		0.002
partition	Array#partition does not return subclass instances on Array subclasses	Success		0.001
permutation	Array#permutation returns an Enumerator of all permutations when called without a block or arguments	Success		0.004
permutation	Array#permutation returns an Enumerator of permutations of given length when called with an argument but no block	Success		0.002
permutation	Array#permutation yields all permutations to the block then returns self when called with block but no arguments	Success		0.002
permutation	Array#permutation yields all permutations of given length to the block then returns self when called with block and argument	Success		0.002
permutation	Array#permutation returns the empty permutation ([[]]) when the given length is 0	Success		0.001
permutation	Array#permutation returns the empty permutation([]) when called on an empty Array	Success		0.001
permutation	Array#permutation returns no permutations when the given length has no permutations	Success		0.001
permutation	Array#permutation handles duplicate elements correctly	Success		0.005
permutation	Array#permutation handles nested Arrays correctly	Success		0.007
permutation	Array#permutation truncates Float arguments	Success		0.003
permutation	Array#permutation returns an Enumerator which works as expected even when the array was modified	Success		0.002
permutation	Array#permutation generates from a defensive copy, ignoring mutations	Success		0.001
permutation	Array#permutation when no block is given returned Enumerator size with an array size greater than 0 returns the descending factorial of array size and given length	Skipped	tagged	0.000
permutation	Array#permutation when no block is given returned Enumerator size with an array size greater than 0 returns the descending factorial of array size with array size when there's no param	Skipped	tagged	0.000
permutation	Array#permutation when no block is given returned Enumerator size with an empty array returns 1 when the given length is 0	Skipped	tagged	0.000
permutation	Array#permutation when no block is given returned Enumerator size with an empty array returns 1 when there's param	Skipped	tagged	0.000
plus	Array#+ concatenates two arrays	Success		0.001
plus	Array#+ can concatenate an array with itself	Success		0.000
plus	Array#+ tries to convert the passed argument to an Array using #to_ary	Success		0.002
plus	Array#+ properly handles recursive arrays	Success		0.001
plus	Array#+ does return subclass instances with Array subclasses	Success		0.001
plus	Array#+ does not call to_ary on array subclasses	Success		0.000
plus	Array#+ does not get infected even if an original array is tainted	Success		0.001
plus	Array#+ does not infected even if an original array is untrusted	Success		0.001
pop	Array#pop removes and returns the last element of the array	Success		0.001
pop	Array#pop returns nil if there are no more elements	Success		0.000
pop	Array#pop properly handles recursive arrays	Success		0.001
pop	Array#pop keeps taint status	Success		0.000
pop	Array#pop raises a RuntimeError on a frozen array	Success		0.001
pop	Array#pop raises a RuntimeError on an empty frozen array	Success		0.000
pop	Array#pop keeps untrusted status	Success		0.000
pop	Array#pop passed a number n as an argument removes and returns an array with the last n elements of the array	Success		0.003
pop	Array#pop passed a number n as an argument returns an array with the last n elements even if shift was invoked	Success		0.001
pop	Array#pop passed a number n as an argument returns a new empty array if there are no more elements	Success		0.001
pop	Array#pop passed a number n as an argument returns whole elements if n exceeds size of the array	Success		0.001
pop	Array#pop passed a number n as an argument does not return self even when it returns whole elements	Success		0.000
pop	Array#pop passed a number n as an argument raises an ArgumentError if n is negative	Success		0.001
pop	Array#pop passed a number n as an argument tries to convert n to an Integer using #to_int	Success		0.002
pop	Array#pop passed a number n as an argument raises a TypeError when the passed n can be coerced to Integer	Success		0.001
pop	Array#pop passed a number n as an argument raises an ArgumentError if more arguments are passed	Success		0.000
pop	Array#pop passed a number n as an argument does not return subclass instances with Array subclass	Success		0.001
pop	Array#pop passed a number n as an argument returns an untainted array even if the array is tainted	Success		0.000
pop	Array#pop passed a number n as an argument keeps taint status	Success		0.000
pop	Array#pop passed a number n as an argument returns a trusted array even if the array is untrusted	Success		0.000
pop	Array#pop passed a number n as an argument raises a RuntimeError on a frozen array	Success		0.001
pop	Array#pop passed a number n as an argument keeps untrusted status	Success		0.000
product	Array#product returns converted arguments using :to_ary	Success		0.002
product	Array#product returns the expected result	Success		0.001
product	Array#product has no required argument	Success		0.001
product	Array#product returns an empty array when the argument is an empty array	Success		0.001
product	Array#product does not attempt to produce an unreasonable number of products	Success		0.003
product	Array#product when given a block returns self	Skipped	tagged	0.000
product	Array#product when given a block yields all combinations in turn	Success		0.002
product	Array#product when given a block will ignore unreasonable numbers of products and yield anyway	Success		0.001
product	Array#product when given an empty block returns self	Success		0.001
push	Array#push appends the arguments to the array	Success		0.001
push	Array#push isn't confused by previous shift	Success		0.000
push	Array#push properly handles recursive arrays	Success		0.001
push	Array#push raises a RuntimeError on a frozen array	Success		0.001
rassoc	Array#rassoc returns the first contained array whose second element is == object	Success		0.001
rassoc	Array#rassoc properly handles recursive arrays	Success		0.001
rassoc	Array#rassoc calls elem == obj on the second element of each contained array	Success		0.001
rassoc	Array#rassoc does not check the last element in each contained but speficically the second	Success		0.001
reject	Array#reject returns a new array without elements for which block is true	Success		0.002
reject	Array#reject returns self when called on an Array emptied with #shift	Success		0.000
reject	Array#reject properly handles recursive arrays	Success		0.001
reject	Array#reject does not return subclass instance on Array subclasses	Success		0.000
reject	Array#reject does not retain instance variables	Success		0.001
reject	Array#reject returns an Enumerator if no block given	Success		0.001
reject	Array#reject when no block is given returned Enumerator size returns the enumerable size	Skipped	tagged	0.000
reject	Array#reject! removes elements for which block is true	Success		0.001
reject	Array#reject! properly handles recursive arrays	Success		0.001
reject	Array#reject! returns nil when called on an Array emptied with #shift	Success		0.000
reject	Array#reject! returns nil if no changes are made	Success		0.001
reject	Array#reject! returns an Enumerator if no block given, and the array is frozen	Success		0.001
reject	Array#reject! raises a RuntimeError on a frozen array	Success		0.001
reject	Array#reject! raises a RuntimeError on an empty frozen array	Success		0.001
reject	Array#reject! returns an Enumerator if no block given	Success		0.001
reject	Array#reject! when no block is given returned Enumerator size returns the enumerable size	Skipped	tagged	0.000
repeated_combination	Array#repeated_combination returns an enumerator when no block is provided	Success		0.001
repeated_combination	Array#repeated_combination returns self when a block is given	Success		0.001
repeated_combination	Array#repeated_combination yields nothing for negative length and return self	Success		0.000
repeated_combination	Array#repeated_combination yields the expected repeated_combinations	Success		0.005
repeated_combination	Array#repeated_combination yields [] when length is 0	Success		0.001
repeated_combination	Array#repeated_combination yields nothing when the array is empty and num is non zero	Success		0.001
repeated_combination	Array#repeated_combination yields a partition consisting of only singletons	Success		0.001
repeated_combination	Array#repeated_combination accepts sizes larger than the original array	Success		0.007
repeated_combination	Array#repeated_combination generates from a defensive copy, ignoring mutations	Success		0.002
repeated_combination	Array#repeated_combination when no block is given returned Enumerator size returns 0 when the combination_size is < 0	Skipped	tagged	0.000
repeated_combination	Array#repeated_combination when no block is given returned Enumerator size returns 1 when the combination_size is 0	Skipped	tagged	0.000
repeated_combination	Array#repeated_combination when no block is given returned Enumerator size returns the binomial coeficient between combination_size and array size + combination_size -1	Skipped	tagged	0.000
repeated_permutation	Array#repeated_permutation returns an Enumerator of all repeated permutations of given length when called without a block	Success		0.003
repeated_permutation	Array#repeated_permutation yields all repeated_permutations to the block then returns self when called with block but no arguments	Success		0.002
repeated_permutation	Array#repeated_permutation yields the empty repeated_permutation ([[]]) when the given length is 0	Success		0.001
repeated_permutation	Array#repeated_permutation does not yield when called on an empty Array with a nonzero argument	Success		0.001
repeated_permutation	Array#repeated_permutation handles duplicate elements correctly	Success		0.003
repeated_permutation	Array#repeated_permutation truncates Float arguments	Success		0.011
repeated_permutation	Array#repeated_permutation returns an Enumerator which works as expected even when the array was modified	Success		0.024
repeated_permutation	Array#repeated_permutation allows permutations larger than the number of elements	Success		0.002
repeated_permutation	Array#repeated_permutation generates from a defensive copy, ignoring mutations	Success		0.002
repeated_permutation	Array#repeated_permutation when no block is given returned Enumerator size returns 0 when combination_size is < 0	Skipped	tagged	0.000
repeated_permutation	Array#repeated_permutation when no block is given returned Enumerator size returns array size ** combination_size	Skipped	tagged	0.000
replace	Array#replace replaces the elements with elements from other array	Success		0.001
replace	Array#replace properly handles recursive arrays	Success		0.001
replace	Array#replace returns self	Success		0.000
replace	Array#replace does not make self dependent to the original array	Success		0.001
replace	Array#replace tries to convert the passed argument to an Array using #to_ary	Success		0.002
replace	Array#replace does not call #to_ary on Array subclasses	Success		0.001
replace	Array#replace raises a RuntimeError on a frozen array	Success		0.001
reverse	Array#reverse returns a new array with the elements in reverse order	Success		0.001
reverse	Array#reverse properly handles recursive arrays	Success		0.001
reverse	Array#reverse does not return subclass instance on Array subclasses	Success		0.000
reverse	Array#reverse! reverses the elements in place	Success		0.001
reverse	Array#reverse! properly handles recursive arrays	Success		0.001
reverse	Array#reverse! raises a RuntimeError on a frozen array	Success		0.001
reverse_each	Array#reverse_each traverses array in reverse order and pass each element to block	Success		0.001
reverse_each	Array#reverse_each returns self	Success		0.000
reverse_each	Array#reverse_each yields only the top level element of an empty recursive arrays	Success		0.001
reverse_each	Array#reverse_each yields only the top level element of a recursive array	Success		0.001
reverse_each	Array#reverse_each returns the correct size when no block is given	Success		0.000
reverse_each	Array#reverse_each returns an Enumerator if no block given	Success		0.001
reverse_each	Array#reverse_each when no block is given returned Enumerator size returns the enumerable size	Success		0.001
rindex	Array#rindex returns the first index backwards from the end where element == to object	Success		0.003
rindex	Array#rindex returns size-1 if last element == to object	Success		0.000
rindex	Array#rindex returns 0 if only first element == to object	Success		0.000
rindex	Array#rindex returns nil if no element == to object	Success		0.000
rindex	Array#rindex returns correct index even after delete_at	Success		0.001
rindex	Array#rindex properly handles empty recursive arrays	Success		0.000
rindex	Array#rindex properly handles recursive arrays	Success		0.001
rindex	Array#rindex accepts a block instead of an argument	Success		0.000
rindex	Array#rindex ignores the block if there is an argument	Success		0.000
rindex	Array#rindex rechecks the array size during iteration	Success		0.001
rindex	Array#rindex given no argument and no block produces an Enumerator	Success		0.001
rindex	Array#rindex when no block is given returned Enumerator size returns nil	Success		0.000
rotate	Array#rotate returns a copy of the array when its length is one or zero	Success		0.001
rotate	Array#rotate does not mutate the receiver	Success		0.001
rotate	Array#rotate does not return self	Success		0.001
rotate	Array#rotate does not return subclass instance for Array subclasses	Success		0.000
rotate	Array#rotate when passed no argument returns a copy of the array with the first element moved at the end	Success		0.001
rotate	Array#rotate with an argument n returns a copy of the array with the first (n % size) elements moved at the end	Success		0.001
rotate	Array#rotate with an argument n coerces the argument using to_int	Success		0.002
rotate	Array#rotate with an argument n raises a TypeError if not passed an integer-like argument	Success		0.001
rotate	Array#rotate! does nothing and returns self when the length is zero or one	Success		0.001
rotate	Array#rotate! raises a RuntimeError on a frozen array	Success		0.001
rotate	Array#rotate! when passed no argument moves the first element to the end and returns self	Success		0.001
rotate	Array#rotate! with an argument n moves the first (n % size) elements at the end and returns self	Success		0.001
rotate	Array#rotate! with an argument n coerces the argument using to_int	Success		0.001
rotate	Array#rotate! with an argument n raises a TypeError if not passed an integer-like argument	Success		0.001
sample	Array#sample returns nil for an empty Array	Success		0.002
sample	Array#sample returns a single value when not passed a count	Success		0.001
sample	Array#sample returns an empty Array when passed zero	Success		0.001
sample	Array#sample returns an Array of elements when passed a count	Success		0.001
sample	Array#sample returns elements from the Array	Success		0.001
sample	Array#sample returns at most the number of elements in the Array	Success		0.001
sample	Array#sample does not return the same value if the Array has unique values	Success		0.001
sample	Array#sample may return the same value if the array is not unique	Success		0.001
sample	Array#sample calls #to_int to convert the count when passed an Object	Success		0.001
sample	Array#sample raises ArgumentError when passed a negative count	Success		0.001
sample	Array#sample does not return subclass instances with Array subclass	Success		0.000
sample	Array#sample with options calls #to_hash to convert the passed Object	Success		0.002
sample	Array#sample with options calls #to_int on the first argument and #to_hash on the second when passed Objects	Success		0.002
sample	Array#sample with options calls #rand on the Object passed by the :random key in the arguments Hash	Success		0.001
sample	Array#sample with options ignores an Object passed for the RNG if it does not define #rand	Success		0.001
sample	Array#sample with options when the object returned by #rand is a Fixnum uses the fixnum as index	Success		0.002
sample	Array#sample with options when the object returned by #rand is a Fixnum raises a RangeError if the value is less than zero	Success		0.001
sample	Array#sample with options when the object returned by #rand is a Fixnum raises a RangeError if the value is equal to the Array size	Success		0.001
sample	Array#sample when the object returned by #rand is not a Fixnum but responds to #to_int calls #to_int on the Object	Success		0.002
sample	Array#sample when the object returned by #rand is not a Fixnum but responds to #to_int raises a RangeError if the value is less than zero	Success		0.002
sample	Array#sample when the object returned by #rand is not a Fixnum but responds to #to_int raises a RangeError if the value is equal to the Array size	Success		0.002
select	Array#select returns an Enumerator if no block given	Success		0.001
select	Array#select returns a new array of elements for which block is true	Success		0.001
select	Array#select does not return subclass instance on Array subclasses	Success		0.001
select	Array#select properly handles recursive arrays	Success		0.001
select	Array#select when no block is given returned Enumerator size returns the enumerable size	Skipped	tagged	0.000
select	Array#select! returns nil if no changes were made in the array	Success		0.001
select	Array#select! deletes elements for which the block returns a false value	Success		0.001
select	Array#select! returns an enumerator if no block is given	Success		0.001
select	Array#select! when no block is given returned Enumerator size returns the enumerable size	Success		0.001
select	Array#select! on frozen objects returns an Enumerator if no block is given	Success		0.001
select	Array#select! on frozen objects with truthy block keeps elements after any exception	Success		0.001
select	Array#select! on frozen objects with truthy block raises a RuntimeError	Success		0.001
select	Array#select! on frozen objects with falsy block keeps elements after any exception	Success		0.001
select	Array#select! on frozen objects with falsy block raises a RuntimeError	Success		0.001
shift	Array#shift removes and returns the first element	Success		0.001
shift	Array#shift returns nil when the array is empty	Success		0.000
shift	Array#shift properly handles recursive arrays	Success		0.001
shift	Array#shift raises a RuntimeError on a frozen array	Success		0.001
shift	Array#shift raises a RuntimeError on an empty frozen array	Success		0.000
shift	Array#shift passed a number n as an argument removes and returns an array with the first n element of the array	Success		0.003
shift	Array#shift passed a number n as an argument does not corrupt the array when shift without arguments is followed by shift with an argument	Success		0.001
shift	Array#shift passed a number n as an argument returns a new empty array if there are no more elements	Success		0.001
shift	Array#shift passed a number n as an argument returns whole elements if n exceeds size of the array	Success		0.001
shift	Array#shift passed a number n as an argument does not return self even when it returns whole elements	Success		0.000
shift	Array#shift passed a number n as an argument raises an ArgumentError if n is negative	Success		0.001
shift	Array#shift passed a number n as an argument tries to convert n to an Integer using #to_int	Success		0.002
shift	Array#shift passed a number n as an argument raises a TypeError when the passed n can be coerced to Integer	Success		0.001
shift	Array#shift passed a number n as an argument raises an ArgumentError if more arguments are passed	Success		0.000
shift	Array#shift passed a number n as an argument does not return subclass instances with Array subclass	Success		0.000
shift	Array#shift passed a number n as an argument returns an untainted array even if the array is tainted	Success		0.001
shift	Array#shift passed a number n as an argument keeps taint status	Success		0.000
shuffle	Array#shuffle returns the same values, in a usually different order	Success		0.004
shuffle	Array#shuffle is not destructive	Success		0.003
shuffle	Array#shuffle does not return subclass instances with Array subclass	Success		0.001
shuffle	Array#shuffle attempts coercion via #to_hash	Success		0.001
shuffle	Array#shuffle calls #rand on the Object passed by the :random key in the arguments Hash	Success		0.002
shuffle	Array#shuffle ignores an Object passed for the RNG if it does not define #rand	Success		0.001
shuffle	Array#shuffle accepts a Float for the value returned by #rand	Success		0.001
shuffle	Array#shuffle calls #to_int on the Object returned by #rand	Success		0.002
shuffle	Array#shuffle raises a RangeError if the value is less than zero	Success		0.002
shuffle	Array#shuffle raises a RangeError if the value is equal to one	Success		0.003
shuffle	Array#shuffle! returns the same values, in a usually different order	Success		0.004
shuffle	Array#shuffle! raises a RuntimeError on a frozen array	Success		0.001
size	Array#size returns the number of elements	Success		0.001
size	Array#size properly handles recursive arrays	Success		0.000
slice	Array#slice! removes and return the element at index	Success		0.002
slice	Array#slice! removes and returns length elements beginning at start	Success		0.003
slice	Array#slice! returns nil if length is negative	Success		0.001
slice	Array#slice! properly handles recursive arrays	Success		0.001
slice	Array#slice! calls to_int on start and length arguments	Success		0.001
slice	Array#slice! removes and return elements in range	Success		0.003
slice	Array#slice! removes and returns elements in end-exclusive ranges	Success		0.001
slice	Array#slice! calls to_int on range arguments	Success		0.002
slice	Array#slice! returns last element for consecutive calls at zero index	Success		0.001
slice	Array#slice! does not expand array with indices out of bounds	Success		0.001
slice	Array#slice! does not expand array with negative indices out of bounds	Success		0.001
slice	Array#slice! raises a RuntimeError on a frozen array	Success		0.001
slice	Array#slice returns the element at index with [index]	Success		0.001
slice	Array#slice returns the element at index from the end of the array with [-index]	Success		0.001
slice	Array#slice returns count elements starting from index with [index, count]	Success		0.003
slice	Array#slice returns count elements starting at index from the end of array with [-index, count]	Success		0.002
slice	Array#slice returns the first count elements with [0, count]	Success		0.000
slice	Array#slice returns the subarray which is independent to self with [index,count]	Success		0.000
slice	Array#slice tries to convert the passed argument to an Integer using #to_int	Success		0.003
slice	Array#slice returns the elements specified by Range indexes with [m..n]	Success		0.003
slice	Array#slice returns elements specified by Range indexes except the element at index n with [m...n]	Success		0.003
slice	Array#slice returns elements that exist if range start is in the array but range end is not with [m..n]	Success		0.000
slice	Array#slice accepts Range instances having a negative m and both signs for n with [m..n] and [m...n]	Success		0.004
slice	Array#slice returns the subarray which is independent to self with [m..n]	Success		0.000
slice	Array#slice tries to convert Range elements to Integers using #to_int with [m..n] and [m...n]	Success		0.002
slice	Array#slice returns the same elements as [m..n] and [m...n] with Range subclasses	Success		0.001
slice	Array#slice returns nil for a requested index not in the array with [index]	Success		0.000
slice	Array#slice returns [] if the index is valid but length is zero with [index, length]	Success		0.001
slice	Array#slice returns nil if length is zero but index is invalid with [index, length]	Success		0.000
slice	Array#slice returns [] if index == array.size with [index, length]	Success		0.000
slice	Array#slice returns nil if index > array.size with [index, length]	Success		0.000
slice	Array#slice returns nil if length is negative with [index, length]	Success		0.000
slice	Array#slice returns nil if no requested index is in the array with [m..n]	Success		0.000
slice	Array#slice returns nil if range start is not in the array with [m..n]	Success		0.000
slice	Array#slice returns an empty array when m == n with [m...n]	Success		0.000
slice	Array#slice returns an empty array with [0...0]	Success		0.000
slice	Array#slice returns a subarray where m, n negatives and m < n with [m..n]	Success		0.000
slice	Array#slice returns an array containing the first element with [0..0]	Success		0.001
slice	Array#slice returns the entire array with [0..-1]	Success		0.000
slice	Array#slice returns all but the last element with [0...-1]	Success		0.000
slice	Array#slice returns [3] for [2..-1] out of [1, 2, 3]	Success		0.000
slice	Array#slice returns an empty array when m > n and m, n are positive with [m..n]	Success		0.000
slice	Array#slice returns an empty array when m > n and m, n are negative with [m..n]	Success		0.000
slice	Array#slice does not expand array when the indices are outside of the array bounds	Success		0.001
slice	Array#slice raises a RangeError when the start index is out of range of Fixnum	Success		0.002
slice	Array#slice raises a RangeError when the length is out of range of Fixnum	Success		0.002
slice	Array#slice with a subclass of Array returns a subclass instance with [n, m]	Success		0.001
slice	Array#slice with a subclass of Array returns a subclass instance with [-n, m]	Success		0.000
slice	Array#slice with a subclass of Array returns a subclass instance with [n..m]	Success		0.000
slice	Array#slice with a subclass of Array returns a subclass instance with [n...m]	Success		0.000
slice	Array#slice with a subclass of Array returns a subclass instance with [-n..-m]	Success		0.000
slice	Array#slice with a subclass of Array returns a subclass instance with [-n...-m]	Success		0.000
slice	Array#slice with a subclass of Array returns an empty array when m == n with [m...n]	Success		0.001
slice	Array#slice with a subclass of Array returns an empty array with [0...0]	Success		0.000
slice	Array#slice with a subclass of Array returns an empty array when m > n and m, n are positive with [m..n]	Success		0.001
slice	Array#slice with a subclass of Array returns an empty array when m > n and m, n are negative with [m..n]	Success		0.000
slice	Array#slice with a subclass of Array returns [] if index == array.size with [index, length]	Success		0.000
slice	Array#slice with a subclass of Array returns [] if the index is valid but length is zero with [index, length]	Success		0.001
slice	Array#slice with a subclass of Array does not call #initialize on the subclass instance	Success		0.001
sort	Array#sort returns a new array sorted based on comparing elements with <=>	Success		0.001
sort	Array#sort does not affect the original Array	Success		0.002
sort	Array#sort sorts already-sorted Arrays	Success		0.001
sort	Array#sort sorts reverse-sorted Arrays	Success		0.001
sort	Array#sort sorts Arrays that consist entirely of equal elements	Success		0.001
sort	Array#sort sorts Arrays that consist mostly of equal elements	Success		0.001
sort	Array#sort does not return self even if the array would be already sorted	Success		0.001
sort	Array#sort properly handles recursive arrays	Success		0.001
sort	Array#sort uses #<=> of elements in order to sort	Success		0.001
sort	Array#sort does not deal with exceptions raised by unimplemented or incorrect #<=>	Success		0.001
sort	Array#sort may take a block which is used to determine the order of objects a and b described as -1, 0 or +1	Success		0.001
sort	Array#sort raises an error when a given block returns nil	Success		0.001
sort	Array#sort does not call #<=> on contained objects when invoked with a block	Success		0.002
sort	Array#sort does not call #<=> on elements when invoked with a block even if Array is large (Rubinius #412)	Success		0.007
sort	Array#sort completes when supplied a block that always returns the same result	Success		0.001
sort	Array#sort does not freezes self during being sorted	Success		0.001
sort	Array#sort returns the specified value when it would break in the given block	Success		0.000
sort	Array#sort uses the sign of Bignum block results as the sort result	Success		0.002
sort	Array#sort compares values returned by block with 0	Success		0.003
sort	Array#sort sorts an array that has a value shifted off without a block	Success		0.001
sort	Array#sort sorts an array that has a value shifted off with a block	Success		0.002
sort	Array#sort raises an error if objects can't be compared	Success		0.001
sort	Array#sort handles a large array that has been pruned	Success		0.010
sort	Array#sort does not return subclass instance on Array subclasses	Success		0.000
sort	Array#sort! sorts array in place using <=>	Success		0.001
sort	Array#sort! sorts array in place using block value if a block given	Success		0.002
sort	Array#sort! returns self if the order of elements changed	Success		0.001
sort	Array#sort! returns self even if makes no modification	Success		0.001
sort	Array#sort! properly handles recursive arrays	Success		0.001
sort	Array#sort! uses #<=> of elements in order to sort	Success		0.001
sort	Array#sort! does not call #<=> on contained objects when invoked with a block	Success		0.001
sort	Array#sort! does not call #<=> on elements when invoked with a block even if Array is large (Rubinius #412)	Success		0.006
sort	Array#sort! completes when supplied a block that always returns the same result	Success		0.001
sort	Array#sort! raises a RuntimeError on a frozen array	Success		0.001
sort	Array#sort! returns the specified value when it would break in the given block	Success		0.000
sort	Array#sort! makes some modification even if finished sorting when it would break in the given block	Success		0.001
sort_by	Array#sort_by! sorts array in place by passing each element to the given block	Success		0.001
sort_by	Array#sort_by! returns an Enumerator if not given a block	Success		0.001
sort_by	Array#sort_by! completes when supplied a block that always returns the same result	Success		0.001
sort_by	Array#sort_by! raises a RuntimeError on a frozen array	Success		0.001
sort_by	Array#sort_by! raises a RuntimeError on an empty frozen array	Success		0.001
sort_by	Array#sort_by! returns the specified value when it would break in the given block	Success		0.000
sort_by	Array#sort_by! makes some modification even if finished sorting when it would break in the given block	Success		0.004
sort_by	Array#sort_by! when no block is given returned Enumerator size returns the enumerable size	Success		0.001
take	Array#take returns the first specified number of elements	Success		0.001
take	Array#take returns all elements when the argument is greater than the Array size	Success		0.000
take	Array#take returns all elements when the argument is less than the Array size	Success		0.000
take	Array#take returns an empty Array when passed zero	Success		0.000
take	Array#take returns an empty Array when called on an empty Array	Success		0.000
take	Array#take raises an ArgumentError when the argument is negative	Success		0.001
take_while	Array#take_while returns all elements until the block returns false	Success		0.001
take_while	Array#take_while returns all elements until the block returns nil	Success		0.001
take_while	Array#take_while returns all elements until the block returns false	Success		0.001
to_a	Array#to_a returns self	Success		0.001
to_a	Array#to_a does not return subclass instance on Array subclasses	Success		0.001
to_a	Array#to_a properly handles recursive arrays	Success		0.000
to_ary	Array#to_ary returns self	Success		0.001
to_ary	Array#to_ary properly handles recursive arrays	Success		0.000
to_h	Array#to_h converts empty array to empty hash	Success		0.001
to_h	Array#to_h converts [key, value] pairs to a hash	Success		0.001
to_h	Array#to_h uses the last value of a duplicated key	Success		0.001
to_h	Array#to_h calls #to_ary on contents	Success		0.002
to_h	Array#to_h raises TypeError if an element is not an array	Success		0.001
to_h	Array#to_h raises ArgumentError if an element is not a [key, value] pair	Success		0.001
to_h	Array#to_h does not accept arguments	Success		0.000
to_s	Array#to_s returns a string	Success		0.001
to_s	Array#to_s returns '[]' for an empty Array	Success		0.000
to_s	Array#to_s calls inspect on its elements and joins the results with commas	Success		0.003
to_s	Array#to_s represents a recursive element with '[...]'	Success		0.001
to_s	Array#to_s taints the result if the Array is non-empty and tainted	Success		0.000
to_s	Array#to_s does not taint the result if the Array is tainted but empty	Success		0.000
to_s	Array#to_s taints the result if an element is tainted	Success		0.001
to_s	Array#to_s untrusts the result if the Array is untrusted	Success		0.000
to_s	Array#to_s does not untrust the result if the Array is untrusted but empty	Success		0.000
to_s	Array#to_s untrusts the result if an element is untrusted	Success		0.001
to_s	Array#to_s with encoding raises if inspected result is not default external encoding	Skipped	tagged	0.000
to_s	Array#to_s with encoding returns a US-ASCII string for an empty Array	Success		0.001
to_s	Array#to_s with encoding use the default external encoding if it is ascii compatible	Success		0.001
to_s	Array#to_s with encoding use US-ASCII encoding if the default external encoding is not ascii compatible	Success		0.001
transpose	Array#transpose assumes an array of arrays and returns the result of transposing rows and columns	Success		0.002
transpose	Array#transpose tries to convert the passed argument to an Array using #to_ary	Success		0.002
transpose	Array#transpose properly handles recursive arrays	Success		0.001
transpose	Array#transpose raises a TypeError if the passed Argument does not respond to #to_ary	Success		0.001
transpose	Array#transpose does not call to_ary on array subclass elements	Success		0.001
transpose	Array#transpose raises an IndexError if the arrays are not of the same length	Success		0.001
transpose	Array#transpose does not return subclass instance on Array subclasses	Success		0.001
try_convert	Array.try_convert returns the argument if it's an Array	Success		0.001
try_convert	Array.try_convert returns the argument if it's a kind of Array	Success		0.000
try_convert	Array.try_convert returns nil when the argument does not respond to #to_ary	Success		0.000
try_convert	Array.try_convert sends #to_ary to the argument and returns the result if it's nil	Success		0.001
try_convert	Array.try_convert sends #to_ary to the argument and returns the result if it's an Array	Success		0.001
try_convert	Array.try_convert sends #to_ary to the argument and returns the result if it's a kind of Array	Success		0.001
try_convert	Array.try_convert sends #to_ary to the argument and raises TypeError if it's not a kind of Array	Success		0.001
try_convert	Array.try_convert does not rescue exceptions raised by #to_ary	Success		0.002
union	Array#\| returns an array of elements that appear in either array (union)	Success		0.002
union	Array#\| creates an array with no duplicates	Success		0.001
union	Array#\| creates an array with elements in order they are first encountered	Success		0.001
union	Array#\| properly handles recursive arrays	Success		0.008
union	Array#\| tries to convert the passed argument to an Array using #to_ary	Success		0.002
union	Array#\| acts as if using an intermediate hash to collect values	Success		0.010
union	Array#\| does not return subclass instances for Array subclasses	Success		0.001
union	Array#\| does not call to_ary on array subclasses	Success		0.001
union	Array#\| properly handles an identical item even when its #eql? isn't reflexive	Success		0.002
uniq	Array#uniq returns an array with no duplicates	Success		0.002
uniq	Array#uniq properly handles recursive arrays	Success		0.002
uniq	Array#uniq uses eql? semantics	Success		0.001
uniq	Array#uniq compares elements first with hash	Success		0.002
uniq	Array#uniq does not compare elements with different hash codes via eql?	Success		0.003
uniq	Array#uniq compares elements with matching hash codes with #eql?	Success		0.005
uniq	Array#uniq compares elements based on the value returned from the block	Success		0.001
uniq	Array#uniq yields items in order	Success		0.001
uniq	Array#uniq handles nil and false like any other values	Success		0.001
uniq	Array#uniq returns subclass instance on Array subclasses	Success		0.001
uniq	Array#uniq properly handles an identical item even when its #eql? isn't reflexive	Success		0.002
uniq	Array#uniq given an array of BasicObject subclasses that define ==, eql?, and hash filters equivalent elements using those definitions	Success		0.001
uniq	Array#uniq! modifies the array in place	Success		0.001
uniq	Array#uniq! returns self	Success		0.001
uniq	Array#uniq! properly handles recursive arrays	Success		0.002
uniq	Array#uniq! compares elements first with hash	Success		0.002
uniq	Array#uniq! does not compare elements with different hash codes via eql?	Success		0.003
uniq	Array#uniq! returns nil if no changes are made to the array	Success		0.001
uniq	Array#uniq! raises a RuntimeError on a frozen array when the array is modified	Success		0.001
uniq	Array#uniq! raises a RuntimeError on a frozen array when the array would not be modified	Success		0.001
uniq	Array#uniq! doesn't yield to the block on a frozen array	Success		0.000
uniq	Array#uniq! compares elements based on the value returned from the block	Success		0.001
uniq	Array#uniq! properly handles an identical item even when its #eql? isn't reflexive	Success		0.002
unshift	Array#unshift prepends object to the original array	Success		0.001
unshift	Array#unshift quietly ignores unshifting nothing	Success		0.001
unshift	Array#unshift properly handles recursive arrays	Success		0.001
unshift	Array#unshift raises a RuntimeError on a frozen array when the array is modified	Success		0.001
unshift	Array#unshift raises a RuntimeError on a frozen array when the array would not be modified	Success		0.000
values_at	Array#values_at returns an array of elements at the indexes when passed indexes	Success		0.001
values_at	Array#values_at calls to_int on its indices	Success		0.001
values_at	Array#values_at properly handles recursive arrays	Success		0.001
values_at	Array#values_at does not return subclass instance on Array subclasses	Success		0.001
values_at	Array#values_at when passed ranges returns an array of elements in the ranges	Success		0.001
values_at	Array#values_at when passed ranges calls to_int on arguments of ranges	Success		0.001
values_at	Array#values_at when passed a range fills with nil if the index is out of the range	Success		0.001
values_at	Array#values_at when passed a range on an empty array fills with nils if the index is out of the range	Success		0.001
zip	Array#zip returns an array of arrays containing corresponding elements of each array	Success		0.001
zip	Array#zip fills in missing values with nil	Success		0.001
zip	Array#zip properly handles recursive arrays	Success		0.001
zip	Array#zip calls #to_ary to convert the argument to an Array	Success		0.002
zip	Array#zip uses #each to extract arguments' elements when #to_ary fails	Success		0.007
zip	Array#zip stops at own size when given an infinite enumerator	Success		0.003
zip	Array#zip fills nil when the given enumereator is shorter than self	Success		0.003
zip	Array#zip calls block if supplied	Success		0.001
zip	Array#zip does not return subclass instance on Array subclasses	Success		0.000
a	Array#pack with format 'A' raises a TypeError when passed nil	Success		0.007
a	Array#pack with format 'A' raises a TypeError when passed an Integer	Success		0.005
a	Array#pack with format 'A' ignores whitespace in the format string	Success		0.026
a	Array#pack with format 'A' calls #to_str to coerce the directives string	Success		0.012
a	Array#pack with format 'A' taints the output string if the format string is tainted	Success		0.007
a	Array#pack with format 'A' raises ArgumentError when the format modifier is '_'	Success		0.006
a	Array#pack with format 'A' raises ArgumentError when the format modifier is '!'	Success		0.005
a	Array#pack with format 'A' adds count bytes of a String to the output	Success		0.007
a	Array#pack with format 'A' implicitly has a count of one when no count is specified	Success		0.005
a	Array#pack with format 'A' does not add any bytes when the count is zero	Success		0.005
a	Array#pack with format 'A' is not affected by a previous count modifier	Success		0.005
a	Array#pack with format 'A' raises an ArgumentError when the Array is empty	Success		0.006
a	Array#pack with format 'A' raises an ArgumentError when the Array has too few elements	Success		0.005
a	Array#pack with format 'A' calls #to_str to convert the element to a String	Success		0.007
a	Array#pack with format 'A' raises a TypeError when the object does not respond to #to_str	Success		0.005
a	Array#pack with format 'A' returns a tainted string when a pack argument is tainted	Success		0.006
a	Array#pack with format 'A' does not return a tainted string when the array is tainted	Success		0.005
a	Array#pack with format 'A' returns a tainted string when the format is tainted	Success		0.005
a	Array#pack with format 'A' returns a tainted string when an empty format is tainted	Success		0.005
a	Array#pack with format 'A' returns a untrusted string when the format is untrusted	Success		0.006
a	Array#pack with format 'A' returns a untrusted string when the empty format is untrusted	Success		0.005
a	Array#pack with format 'A' returns a untrusted string when a pack argument is untrusted	Success		0.005
a	Array#pack with format 'A' returns a trusted string when the array is untrusted	Success		0.006
a	Array#pack with format 'A' returns a string in encoding of common to the concatenated results	Success		0.018
a	Array#pack with format 'A' adds all the bytes to the output when passed the '*' modifier	Success		0.005
a	Array#pack with format 'A' padds the output with spaces when the count exceeds the size of the String	Success		0.006
a	Array#pack with format 'A' adds a space when the value is nil	Success		0.006
a	Array#pack with format 'A' pads the output with spaces when the value is nil	Success		0.005
a	Array#pack with format 'A' does not pad with spaces when passed the '*' modifier and the value is nil	Success		0.005
a	Array#pack with format 'a' raises a TypeError when passed nil	Success		0.006
a	Array#pack with format 'a' raises a TypeError when passed an Integer	Success		0.005
a	Array#pack with format 'a' ignores whitespace in the format string	Success		0.007
a	Array#pack with format 'a' calls #to_str to coerce the directives string	Success		0.007
a	Array#pack with format 'a' taints the output string if the format string is tainted	Success		0.006
a	Array#pack with format 'a' raises ArgumentError when the format modifier is '_'	Success		0.006
a	Array#pack with format 'a' raises ArgumentError when the format modifier is '!'	Success		0.005
a	Array#pack with format 'a' adds count bytes of a String to the output	Success		0.005
a	Array#pack with format 'a' implicitly has a count of one when no count is specified	Success		0.005
a	Array#pack with format 'a' does not add any bytes when the count is zero	Success		0.005
a	Array#pack with format 'a' is not affected by a previous count modifier	Success		0.005
a	Array#pack with format 'a' raises an ArgumentError when the Array is empty	Success		0.005
a	Array#pack with format 'a' raises an ArgumentError when the Array has too few elements	Success		0.005
a	Array#pack with format 'a' calls #to_str to convert the element to a String	Success		0.007
a	Array#pack with format 'a' raises a TypeError when the object does not respond to #to_str	Success		0.057
a	Array#pack with format 'a' returns a tainted string when a pack argument is tainted	Success		0.006
a	Array#pack with format 'a' does not return a tainted string when the array is tainted	Success		0.005
a	Array#pack with format 'a' returns a tainted string when the format is tainted	Success		0.005
a	Array#pack with format 'a' returns a tainted string when an empty format is tainted	Success		0.004
a	Array#pack with format 'a' returns a untrusted string when the format is untrusted	Success		0.005
a	Array#pack with format 'a' returns a untrusted string when the empty format is untrusted	Success		0.005
a	Array#pack with format 'a' returns a untrusted string when a pack argument is untrusted	Success		0.005
a	Array#pack with format 'a' returns a trusted string when the array is untrusted	Success		0.005
a	Array#pack with format 'a' returns a string in encoding of common to the concatenated results	Success		0.006
a	Array#pack with format 'a' adds all the bytes to the output when passed the '*' modifier	Success		0.005
a	Array#pack with format 'a' padds the output with NULL bytes when the count exceeds the size of the String	Success		0.005
a	Array#pack with format 'a' adds a NULL byte when the value is nil	Success		0.004
a	Array#pack with format 'a' pads the output with NULL bytes when the value is nil	Success		0.004
a	Array#pack with format 'a' does not pad with NULL bytes when passed the '*' modifier and the value is nil	Success		0.004
at	Array#pack with format '@' raises a TypeError when passed nil	Success		0.005
at	Array#pack with format '@' raises a TypeError when passed an Integer	Success		0.004
at	Array#pack with format '@' ignores whitespace in the format string	Success		0.006
at	Array#pack with format '@' calls #to_str to coerce the directives string	Success		0.006
at	Array#pack with format '@' taints the output string if the format string is tainted	Success		0.004
at	Array#pack with format '@' raises ArgumentError when the format modifier is '_'	Success		0.005
at	Array#pack with format '@' raises ArgumentError when the format modifier is '!'	Success		0.005
at	Array#pack with format '@' moves the insertion point to the index specified by the count modifier	Success		0.005
at	Array#pack with format '@' does not consume any elements	Success		0.004
at	Array#pack with format '@' extends the string with NULL bytes if the string size is less than the count	Success		0.005
at	Array#pack with format '@' truncates the string if the string size is greater than the count	Success		0.005
at	Array#pack with format '@' implicitly has a count of one when no count modifier is passed	Success		0.005
b	Array#pack with format 'B' raises a TypeError when passed nil	Success		0.005
b	Array#pack with format 'B' raises a TypeError when passed an Integer	Success		0.004
b	Array#pack with format 'B' ignores whitespace in the format string	Success		0.007
b	Array#pack with format 'B' calls #to_str to coerce the directives string	Success		0.008
b	Array#pack with format 'B' taints the output string if the format string is tainted	Success		0.006
b	Array#pack with format 'B' raises an ArgumentError if there are fewer elements than the format requires	Success		0.005
b	Array#pack with format 'B' encodes no bytes when passed zero as the count modifier	Success		0.005
b	Array#pack with format 'B' raises a TypeError if the object does not respond to #to_str	Success		0.005
b	Array#pack with format 'B' raises a TypeError if #to_str does not return a String	Success		0.006
b	Array#pack with format 'B' calls #to_str to convert an Object to a String	Success		0.006
b	Array#pack with format 'B' encodes one bit for each character starting with the most significant bit	Success		0.005
b	Array#pack with format 'B' implicitly has a count of one when not passed a count modifier	Success		0.004
b	Array#pack with format 'B' implicitly has count equal to the string length when passed the '*' modifier	Success		0.005
b	Array#pack with format 'B' encodes the least significant bit of a character other than 0 or 1	Success		0.008
b	Array#pack with format 'B' returns an ASCII-?BIT string	Success		0.007
b	Array#pack with format 'B' encodes the string as a sequence of bytes	Success		0.005
b	Array#pack with format 'b' raises a TypeError when passed nil	Success		0.004
b	Array#pack with format 'b' raises a TypeError when passed an Integer	Success		0.004
b	Array#pack with format 'b' ignores whitespace in the format string	Success		0.010
b	Array#pack with format 'b' calls #to_str to coerce the directives string	Success		0.009
b	Array#pack with format 'b' taints the output string if the format string is tainted	Success		0.008
b	Array#pack with format 'b' raises an ArgumentError if there are fewer elements than the format requires	Success		0.007
b	Array#pack with format 'b' encodes no bytes when passed zero as the count modifier	Success		0.007
b	Array#pack with format 'b' raises a TypeError if the object does not respond to #to_str	Success		0.006
b	Array#pack with format 'b' raises a TypeError if #to_str does not return a String	Success		0.009
b	Array#pack with format 'b' calls #to_str to convert an Object to a String	Success		0.006
b	Array#pack with format 'b' encodes one bit for each character starting with the least significant bit	Success		0.004
b	Array#pack with format 'b' implicitly has a count of one when not passed a count modifier	Success		0.004
b	Array#pack with format 'b' implicitly has count equal to the string length when passed the '*' modifier	Success		0.005
b	Array#pack with format 'b' encodes the least significant bit of a character other than 0 or 1	Success		0.005
b	Array#pack with format 'b' returns an ASCII-?BIT string	Success		0.004
b	Array#pack with format 'b' encodes the string as a sequence of bytes	Success		0.004
c	Array#pack with format 'C' raises a TypeError when passed nil	Success		0.004
c	Array#pack with format 'C' raises a TypeError when passed an Integer	Success		0.004
c	Array#pack with format 'C' ignores whitespace in the format string	Success		0.006
c	Array#pack with format 'C' calls #to_str to coerce the directives string	Success		0.005
c	Array#pack with format 'C' taints the output string if the format string is tainted	Success		0.005
c	Array#pack with format 'C' encodes the least significant eight bits of a positive number	Success		0.004
c	Array#pack with format 'C' encodes the least significant eight bits of a negative number	Success		0.004
c	Array#pack with format 'C' encodes a Float truncated as an Integer	Success		0.004
c	Array#pack with format 'C' calls #to_int to convert the pack argument to an Integer	Success		0.005
c	Array#pack with format 'C' encodes the number of array elements specified by the count modifier	Success		0.004
c	Array#pack with format 'C' encodes all remaining elements when passed the '*' modifier	Success		0.004
c	Array#pack with format 'C' ignores NULL bytes between directives	Success		0.005
c	Array#pack with format 'C' ignores spaces between directives	Success		0.004
c	Array#pack with format 'C' raises an ArgumentError if there are fewer elements than the format requires	Success		0.004
c	Array#pack with format 'C' returns an empty String if count is zero	Success		0.004
c	Array#pack with format 'C' raises a TypeError when passed nil	Success		0.004
c	Array#pack with format 'C' raises a TypeError when passed true	Success		0.004
c	Array#pack with format 'C' raises a TypeError when passed false	Success		0.004
c	Array#pack with format 'C' returns an ASCII-?BIT string	Success		0.004
c	Array#pack with format 'C' raises a TypeError when the object does not respond to #to_int	Success		0.005
c	Array#pack with format 'C' raises a TypeError when passed a String	Success		0.004
c	Array#pack with format 'C' raises ArgumentError when the format modifier is '_'	Success		0.004
c	Array#pack with format 'C' raises ArgumentError when the format modifier is '!'	Success		0.004
c	Array#pack with format 'c' raises a TypeError when passed nil	Success		0.004
c	Array#pack with format 'c' raises a TypeError when passed an Integer	Success		0.004
c	Array#pack with format 'c' ignores whitespace in the format string	Success		0.007
c	Array#pack with format 'c' calls #to_str to coerce the directives string	Success		0.007
c	Array#pack with format 'c' taints the output string if the format string is tainted	Success		0.004
c	Array#pack with format 'c' encodes the least significant eight bits of a positive number	Success		0.004
c	Array#pack with format 'c' encodes the least significant eight bits of a negative number	Success		0.004
c	Array#pack with format 'c' encodes a Float truncated as an Integer	Success		0.004
c	Array#pack with format 'c' calls #to_int to convert the pack argument to an Integer	Success		0.005
c	Array#pack with format 'c' encodes the number of array elements specified by the count modifier	Success		0.004
c	Array#pack with format 'c' encodes all remaining elements when passed the '*' modifier	Success		0.004
c	Array#pack with format 'c' ignores NULL bytes between directives	Success		0.004
c	Array#pack with format 'c' ignores spaces between directives	Success		0.004
c	Array#pack with format 'c' raises an ArgumentError if there are fewer elements than the format requires	Success		0.004
c	Array#pack with format 'c' returns an empty String if count is zero	Success		0.004
c	Array#pack with format 'c' raises a TypeError when passed nil	Success		0.004
c	Array#pack with format 'c' raises a TypeError when passed true	Success		0.004
c	Array#pack with format 'c' raises a TypeError when passed false	Success		0.004
c	Array#pack with format 'c' returns an ASCII-?BIT string	Success		0.004
c	Array#pack with format 'c' raises a TypeError when the object does not respond to #to_int	Success		0.004
c	Array#pack with format 'c' raises a TypeError when passed a String	Success		0.004
c	Array#pack with format 'c' raises ArgumentError when the format modifier is '_'	Success		0.004
c	Array#pack with format 'c' raises ArgumentError when the format modifier is '!'	Success		0.004
comment	Array#pack ignores directives text from '#' to the first newline	Success		0.001
comment	Array#pack ignores directives text from '#' to the end if no newline is present	Success		0.001
comment	Array#pack ignores comments at the start of the directives string	Success		0.001
comment	Array#pack ignores the entire directive string if it is a comment	Success		0.001
comment	Array#pack ignores multiple comments	Success		0.001
d	Array#pack with format 'D' raises a TypeError when passed nil	Success		0.003
d	Array#pack with format 'D' raises a TypeError when passed an Integer	Success		0.002
d	Array#pack with format 'D' ignores whitespace in the format string	Success		0.005
d	Array#pack with format 'D' calls #to_str to coerce the directives string	Success		0.003
d	Array#pack with format 'D' taints the output string if the format string is tainted	Success		0.002
d	Array#pack with format 'D' raises an ArgumentError if there are fewer elements than the format requires	Success		0.002
d	Array#pack with format 'D' raises ArgumentError when the format modifier is '_'	Success		0.002
d	Array#pack with format 'D' raises ArgumentError when the format modifier is '!'	Success		0.002
d	Array#pack with format 'D' returns an empty String if count is zero	Success		0.002
d	Array#pack with format 'D' raises a TypeError when passed nil	Success		0.003
d	Array#pack with format 'D' raises a TypeError when passed true	Success		0.002
d	Array#pack with format 'D' raises a TypeError when passed false	Success		0.002
d	Array#pack with format 'D' returns an ASCII-?BIT string	Success		0.002
d	Array#pack with format 'D' raises a TypeError if a String does not represent a floating point number	Success		0.002
d	Array#pack with format 'D' raises a TypeError when the object does not respond to #to_f	Success		0.002
d	Array#pack with format 'D' encodes a positive Float	Success		0.002
d	Array#pack with format 'D' encodes a negative Float	Success		0.002
d	Array#pack with format 'D' converts an Integer to a Float	Success		0.002
d	Array#pack with format 'D' raises a TypeError if passed a String representation of a floating point number	Success		0.002
d	Array#pack with format 'D' encodes the number of array elements specified by the count modifier	Success		0.002
d	Array#pack with format 'D' encodes all remaining elements when passed the '*' modifier	Success		0.002
d	Array#pack with format 'D' ignores NULL bytes between directives	Success		0.002
d	Array#pack with format 'D' ignores spaces between directives	Success		0.002
d	Array#pack with format 'D' encodes positive Infinity	Success		0.002
d	Array#pack with format 'D' encodes negative Infinity	Success		0.002
d	Array#pack with format 'D' encodes a positive Float outside the range of a single precision float	Success		0.002
d	Array#pack with format 'D' encodes a negative Float outside the range of a single precision float	Success		0.002
d	Array#pack with format 'd' raises a TypeError when passed nil	Success		0.002
d	Array#pack with format 'd' raises a TypeError when passed an Integer	Success		0.002
d	Array#pack with format 'd' ignores whitespace in the format string	Success		0.003
d	Array#pack with format 'd' calls #to_str to coerce the directives string	Success		0.004
d	Array#pack with format 'd' taints the output string if the format string is tainted	Success		0.002
d	Array#pack with format 'd' raises an ArgumentError if there are fewer elements than the format requires	Success		0.002
d	Array#pack with format 'd' raises ArgumentError when the format modifier is '_'	Success		0.002
d	Array#pack with format 'd' raises ArgumentError when the format modifier is '!'	Success		0.002
d	Array#pack with format 'd' returns an empty String if count is zero	Success		0.002
d	Array#pack with format 'd' raises a TypeError when passed nil	Success		0.002
d	Array#pack with format 'd' raises a TypeError when passed true	Success		0.002
d	Array#pack with format 'd' raises a TypeError when passed false	Success		0.002
d	Array#pack with format 'd' returns an ASCII-?BIT string	Success		0.002
d	Array#pack with format 'd' raises a TypeError if a String does not represent a floating point number	Success		0.002
d	Array#pack with format 'd' raises a TypeError when the object does not respond to #to_f	Success		0.002
d	Array#pack with format 'd' encodes a positive Float	Success		0.002
d	Array#pack with format 'd' encodes a negative Float	Success		0.002
d	Array#pack with format 'd' converts an Integer to a Float	Success		0.002
d	Array#pack with format 'd' raises a TypeError if passed a String representation of a floating point number	Success		0.002
d	Array#pack with format 'd' encodes the number of array elements specified by the count modifier	Success		0.002
d	Array#pack with format 'd' encodes all remaining elements when passed the '*' modifier	Success		0.002
d	Array#pack with format 'd' ignores NULL bytes between directives	Success		0.002
d	Array#pack with format 'd' ignores spaces between directives	Success		0.002
d	Array#pack with format 'd' encodes positive Infinity	Success		0.002
d	Array#pack with format 'd' encodes negative Infinity	Success		0.002
d	Array#pack with format 'd' encodes a positive Float outside the range of a single precision float	Success		0.002
d	Array#pack with format 'd' encodes a negative Float outside the range of a single precision float	Success		0.002
e	Array#pack with format 'E' raises a TypeError when passed nil	Success		0.002
e	Array#pack with format 'E' raises a TypeError when passed an Integer	Success		0.002
e	Array#pack with format 'E' ignores whitespace in the format string	Success		0.003
e	Array#pack with format 'E' calls #to_str to coerce the directives string	Success		0.003
e	Array#pack with format 'E' taints the output string if the format string is tainted	Success		0.002
e	Array#pack with format 'E' raises an ArgumentError if there are fewer elements than the format requires	Success		0.002
e	Array#pack with format 'E' raises ArgumentError when the format modifier is '_'	Success		0.002
e	Array#pack with format 'E' raises ArgumentError when the format modifier is '!'	Success		0.002
e	Array#pack with format 'E' returns an empty String if count is zero	Success		0.002
e	Array#pack with format 'E' raises a TypeError when passed nil	Success		0.002
e	Array#pack with format 'E' raises a TypeError when passed true	Success		0.002
e	Array#pack with format 'E' raises a TypeError when passed false	Success		0.002
e	Array#pack with format 'E' returns an ASCII-?BIT string	Success		0.002
e	Array#pack with format 'E' raises a TypeError if a String does not represent a floating point number	Success		0.002
e	Array#pack with format 'E' raises a TypeError when the object does not respond to #to_f	Success		0.002
e	Array#pack with format 'E' encodes a positive Float	Success		0.002
e	Array#pack with format 'E' encodes a negative Float	Success		0.002
e	Array#pack with format 'E' converts an Integer to a Float	Success		0.002
e	Array#pack with format 'E' raises a TypeError if passed a String representation of a floating point number	Success		0.002
e	Array#pack with format 'E' encodes the number of array elements specified by the count modifier	Success		0.002
e	Array#pack with format 'E' encodes all remaining elements when passed the '*' modifier	Success		0.002
e	Array#pack with format 'E' ignores NULL bytes between directives	Success		0.002
e	Array#pack with format 'E' ignores spaces between directives	Success		0.002
e	Array#pack with format 'E' encodes positive Infinity	Success		0.002
e	Array#pack with format 'E' encodes negative Infinity	Success		0.002
e	Array#pack with format 'E' encodes a positive Float outside the range of a single precision float	Success		0.002
e	Array#pack with format 'E' encodes a negative Float outside the range of a single precision float	Success		0.002
e	Array#pack with format 'e' raises a TypeError when passed nil	Success		0.002
e	Array#pack with format 'e' raises a TypeError when passed an Integer	Success		0.002
e	Array#pack with format 'e' ignores whitespace in the format string	Success		0.003
e	Array#pack with format 'e' calls #to_str to coerce the directives string	Success		0.003
e	Array#pack with format 'e' taints the output string if the format string is tainted	Success		0.002
e	Array#pack with format 'e' raises an ArgumentError if there are fewer elements than the format requires	Success		0.002
e	Array#pack with format 'e' raises ArgumentError when the format modifier is '_'	Success		0.002
e	Array#pack with format 'e' raises ArgumentError when the format modifier is '!'	Success		0.002
e	Array#pack with format 'e' returns an empty String if count is zero	Success		0.002
e	Array#pack with format 'e' raises a TypeError when passed nil	Success		0.002
e	Array#pack with format 'e' raises a TypeError when passed true	Success		0.002
e	Array#pack with format 'e' raises a TypeError when passed false	Success		0.002
e	Array#pack with format 'e' returns an ASCII-?BIT string	Success		0.002
e	Array#pack with format 'e' raises a TypeError if a String does not represent a floating point number	Success		0.002
e	Array#pack with format 'e' raises a TypeError when the object does not respond to #to_f	Success		0.002
e	Array#pack with format 'e' encodes a positive Float	Success		0.002
e	Array#pack with format 'e' encodes a negative Float	Success		0.002
e	Array#pack with format 'e' converts an Integer to a Float	Success		0.002
e	Array#pack with format 'e' raises a TypeError if passed a String representation of a floating point number	Success		0.002
e	Array#pack with format 'e' encodes the number of array elements specified by the count modifier	Success		0.002
e	Array#pack with format 'e' encodes all remaining elements when passed the '*' modifier	Success		0.002
e	Array#pack with format 'e' ignores NULL bytes between directives	Success		0.002
e	Array#pack with format 'e' ignores spaces between directives	Success		0.002
e	Array#pack with format 'e' encodes positive Infinity	Success		0.002
e	Array#pack with format 'e' encodes negative Infinity	Success		0.002
e	Array#pack with format 'e' encodes a positive Float outside the range of a single precision float	Success		0.002
e	Array#pack with format 'e' encodes a negative Float outside the range of a single precision float	Success		0.002
empty	Array#pack with empty format returns an empty String	Success		0.001
empty	Array#pack with empty format returns a String with US-ASCII encoding	Success		0.000
f	Array#pack with format 'F' raises a TypeError when passed nil	Success		0.002
f	Array#pack with format 'F' raises a TypeError when passed an Integer	Success		0.002
f	Array#pack with format 'F' ignores whitespace in the format string	Success		0.003
f	Array#pack with format 'F' calls #to_str to coerce the directives string	Success		0.003
f	Array#pack with format 'F' taints the output string if the format string is tainted	Success		0.002
f	Array#pack with format 'F' raises an ArgumentError if there are fewer elements than the format requires	Success		0.002
f	Array#pack with format 'F' raises ArgumentError when the format modifier is '_'	Success		0.002
f	Array#pack with format 'F' raises ArgumentError when the format modifier is '!'	Success		0.002
f	Array#pack with format 'F' returns an empty String if count is zero	Success		0.002
f	Array#pack with format 'F' raises a TypeError when passed nil	Success		0.002
f	Array#pack with format 'F' raises a TypeError when passed true	Success		0.002
f	Array#pack with format 'F' raises a TypeError when passed false	Success		0.002
f	Array#pack with format 'F' returns an ASCII-?BIT string	Success		0.002
f	Array#pack with format 'F' raises a TypeError if a String does not represent a floating point number	Success		0.002
f	Array#pack with format 'F' raises a TypeError when the object does not respond to #to_f	Success		0.002
f	Array#pack with format 'F' encodes a positive Float	Success		0.002
f	Array#pack with format 'F' encodes a negative Float	Success		0.002
f	Array#pack with format 'F' converts an Integer to a Float	Success		0.002
f	Array#pack with format 'F' raises a TypeError if passed a String representation of a floating point number	Success		0.002
f	Array#pack with format 'F' encodes the number of array elements specified by the count modifier	Success		0.002
f	Array#pack with format 'F' encodes all remaining elements when passed the '*' modifier	Success		0.002
f	Array#pack with format 'F' ignores NULL bytes between directives	Success		0.002
f	Array#pack with format 'F' ignores spaces between directives	Success		0.002
f	Array#pack with format 'F' encodes positive Infinity	Success		0.002
f	Array#pack with format 'F' encodes negative Infinity	Success		0.002
f	Array#pack with format 'F' encodes a positive Float outside the range of a single precision float	Success		0.002
f	Array#pack with format 'F' encodes a negative Float outside the range of a single precision float	Success		0.002
f	Array#pack with format 'f' raises a TypeError when passed nil	Success		0.002
f	Array#pack with format 'f' raises a TypeError when passed an Integer	Success		0.002
f	Array#pack with format 'f' ignores whitespace in the format string	Success		0.002
f	Array#pack with format 'f' calls #to_str to coerce the directives string	Success		0.003
f	Array#pack with format 'f' taints the output string if the format string is tainted	Success		0.002
f	Array#pack with format 'f' raises an ArgumentError if there are fewer elements than the format requires	Success		0.002
f	Array#pack with format 'f' raises ArgumentError when the format modifier is '_'	Success		0.002
f	Array#pack with format 'f' raises ArgumentError when the format modifier is '!'	Success		0.002
f	Array#pack with format 'f' returns an empty String if count is zero	Success		0.002
f	Array#pack with format 'f' raises a TypeError when passed nil	Success		0.002
f	Array#pack with format 'f' raises a TypeError when passed true	Success		0.002
f	Array#pack with format 'f' raises a TypeError when passed false	Success		0.002
f	Array#pack with format 'f' returns an ASCII-?BIT string	Success		0.002
f	Array#pack with format 'f' raises a TypeError if a String does not represent a floating point number	Success		0.002
f	Array#pack with format 'f' raises a TypeError when the object does not respond to #to_f	Success		0.002
f	Array#pack with format 'f' encodes a positive Float	Success		0.002
f	Array#pack with format 'f' encodes a negative Float	Success		0.002
f	Array#pack with format 'f' converts an Integer to a Float	Success		0.002
f	Array#pack with format 'f' raises a TypeError if passed a String representation of a floating point number	Success		0.002
f	Array#pack with format 'f' encodes the number of array elements specified by the count modifier	Success		0.002
f	Array#pack with format 'f' encodes all remaining elements when passed the '*' modifier	Success		0.002
f	Array#pack with format 'f' ignores NULL bytes between directives	Success		0.002
f	Array#pack with format 'f' ignores spaces between directives	Success		0.002
f	Array#pack with format 'f' encodes positive Infinity	Success		0.002
f	Array#pack with format 'f' encodes negative Infinity	Success		0.002
f	Array#pack with format 'f' encodes a positive Float outside the range of a single precision float	Success		0.002
f	Array#pack with format 'f' encodes a negative Float outside the range of a single precision float	Success		0.002
g	Array#pack with format 'G' raises a TypeError when passed nil	Success		0.003
g	Array#pack with format 'G' raises a TypeError when passed an Integer	Success		0.002
g	Array#pack with format 'G' ignores whitespace in the format string	Success		0.003
g	Array#pack with format 'G' calls #to_str to coerce the directives string	Success		0.003
g	Array#pack with format 'G' taints the output string if the format string is tainted	Success		0.002
g	Array#pack with format 'G' raises an ArgumentError if there are fewer elements than the format requires	Success		0.002
g	Array#pack with format 'G' raises ArgumentError when the format modifier is '_'	Success		0.002
g	Array#pack with format 'G' raises ArgumentError when the format modifier is '!'	Success		0.002
g	Array#pack with format 'G' returns an empty String if count is zero	Success		0.002
g	Array#pack with format 'G' raises a TypeError when passed nil	Success		0.002
g	Array#pack with format 'G' raises a TypeError when passed true	Success		0.002
g	Array#pack with format 'G' raises a TypeError when passed false	Success		0.002
g	Array#pack with format 'G' returns an ASCII-?BIT string	Success		0.002
g	Array#pack with format 'G' raises a TypeError if a String does not represent a floating point number	Success		0.002
g	Array#pack with format 'G' raises a TypeError when the object does not respond to #to_f	Success		0.002
g	Array#pack with format 'G' encodes a positive Float	Success		0.002
g	Array#pack with format 'G' encodes a negative Float	Success		0.002
g	Array#pack with format 'G' converts an Integer to a Float	Success		0.002
g	Array#pack with format 'G' raises a TypeError if passed a String representation of a floating point number	Success		0.002
g	Array#pack with format 'G' encodes the number of array elements specified by the count modifier	Success		0.002
g	Array#pack with format 'G' encodes all remaining elements when passed the '*' modifier	Success		0.002
g	Array#pack with format 'G' ignores NULL bytes between directives	Success		0.002
g	Array#pack with format 'G' ignores spaces between directives	Success		0.002
g	Array#pack with format 'G' encodes positive Infinity	Success		0.002
g	Array#pack with format 'G' encodes negative Infinity	Success		0.002
g	Array#pack with format 'G' encodes a positive Float outside the range of a single precision float	Success		0.002
g	Array#pack with format 'G' encodes a negative Float outside the range of a single precision float	Success		0.002
g	Array#pack with format 'g' raises a TypeError when passed nil	Success		0.002
g	Array#pack with format 'g' raises a TypeError when passed an Integer	Success		0.002
g	Array#pack with format 'g' ignores whitespace in the format string	Success		0.003
g	Array#pack with format 'g' calls #to_str to coerce the directives string	Success		0.003
g	Array#pack with format 'g' taints the output string if the format string is tainted	Success		0.002
g	Array#pack with format 'g' raises an ArgumentError if there are fewer elements than the format requires	Success		0.002
g	Array#pack with format 'g' raises ArgumentError when the format modifier is '_'	Success		0.002
g	Array#pack with format 'g' raises ArgumentError when the format modifier is '!'	Success		0.002
g	Array#pack with format 'g' returns an empty String if count is zero	Success		0.002
g	Array#pack with format 'g' raises a TypeError when passed nil	Success		0.002
g	Array#pack with format 'g' raises a TypeError when passed true	Success		0.002
g	Array#pack with format 'g' raises a TypeError when passed false	Success		0.002
g	Array#pack with format 'g' returns an ASCII-?BIT string	Success		0.002
g	Array#pack with format 'g' raises a TypeError if a String does not represent a floating point number	Success		0.002
g	Array#pack with format 'g' raises a TypeError when the object does not respond to #to_f	Success		0.002
g	Array#pack with format 'g' encodes a positive Float	Success		0.002
g	Array#pack with format 'g' encodes a negative Float	Success		0.002
g	Array#pack with format 'g' converts an Integer to a Float	Success		0.002
g	Array#pack with format 'g' raises a TypeError if passed a String representation of a floating point number	Success		0.002
g	Array#pack with format 'g' encodes the number of array elements specified by the count modifier	Success		0.002
g	Array#pack with format 'g' encodes all remaining elements when passed the '*' modifier	Success		0.002
g	Array#pack with format 'g' ignores NULL bytes between directives	Success		0.002
g	Array#pack with format 'g' ignores spaces between directives	Success		0.002
g	Array#pack with format 'g' encodes positive Infinity	Success		0.002
g	Array#pack with format 'g' encodes negative Infinity	Success		0.002
g	Array#pack with format 'g' encodes a positive Float outside the range of a single precision float	Success		0.002
g	Array#pack with format 'g' encodes a negative Float outside the range of a single precision float	Success		0.002
h	Array#pack with format 'H' raises a TypeError when passed nil	Success		0.004
h	Array#pack with format 'H' raises a TypeError when passed an Integer	Success		0.004
h	Array#pack with format 'H' ignores whitespace in the format string	Success		0.006
h	Array#pack with format 'H' calls #to_str to coerce the directives string	Success		0.005
h	Array#pack with format 'H' taints the output string if the format string is tainted	Success		0.004
h	Array#pack with format 'H' raises an ArgumentError if there are fewer elements than the format requires	Success		0.004
h	Array#pack with format 'H' encodes no bytes when passed zero as the count modifier	Success		0.003
h	Array#pack with format 'H' raises a TypeError if the object does not respond to #to_str	Success		0.004
h	Array#pack with format 'H' raises a TypeError if #to_str does not return a String	Success		0.005
h	Array#pack with format 'H' calls #to_str to convert an Object to a String	Success		0.005
h	Array#pack with format 'H' encodes the first character as the most significant nibble when passed no count modifier	Success		0.003
h	Array#pack with format 'H' implicitly has count equal to the string length when passed the '*' modifier	Success		0.003
h	Array#pack with format 'H' encodes count nibbles when passed a count modifier exceeding the string length	Success		0.004
h	Array#pack with format 'H' encodes the first character as the most significant nibble of a hex value	Success		0.006
h	Array#pack with format 'H' encodes the second character as the least significant nibble of a hex value	Success		0.006
h	Array#pack with format 'H' encodes the least significant nibble of a non alphanumeric character as the most significant nibble of the hex value	Success		0.005
h	Array#pack with format 'H' returns an ASCII-?BIT string	Success		0.004
h	Array#pack with format 'h' raises a TypeError when passed nil	Success		0.004
h	Array#pack with format 'h' raises a TypeError when passed an Integer	Success		0.004
h	Array#pack with format 'h' ignores whitespace in the format string	Success		0.005
h	Array#pack with format 'h' calls #to_str to coerce the directives string	Success		0.005
h	Array#pack with format 'h' taints the output string if the format string is tainted	Success		0.004
h	Array#pack with format 'h' raises an ArgumentError if there are fewer elements than the format requires	Success		0.004
h	Array#pack with format 'h' encodes no bytes when passed zero as the count modifier	Success		0.004
h	Array#pack with format 'h' raises a TypeError if the object does not respond to #to_str	Success		0.003
h	Array#pack with format 'h' raises a TypeError if #to_str does not return a String	Success		0.005
h	Array#pack with format 'h' calls #to_str to convert an Object to a String	Success		0.005
h	Array#pack with format 'h' encodes the first character as the least significant nibble when passed no count modifier	Success		0.004
h	Array#pack with format 'h' implicitly has count equal to the string length when passed the '*' modifier	Success		0.004
h	Array#pack with format 'h' encodes count nibbles when passed a count modifier exceeding the string length	Success		0.003
h	Array#pack with format 'h' encodes the first character as the least significant nibble of a hex value	Success		0.006
h	Array#pack with format 'h' encodes the second character as the most significant nibble of a hex value	Success		0.006
h	Array#pack with format 'h' encodes the least significant nibble of a non alphanumeric character as the least significant nibble of the hex value	Success		0.005
h	Array#pack with format 'h' returns an ASCII-?BIT string	Success		0.003
i	Array#pack with format 'I' raises a TypeError when passed nil	Success		0.004
i	Array#pack with format 'I' raises a TypeError when passed an Integer	Success		0.003
i	Array#pack with format 'I' ignores whitespace in the format string	Success		0.006
i	Array#pack with format 'I' calls #to_str to coerce the directives string	Success		0.005
i	Array#pack with format 'I' taints the output string if the format string is tainted	Success		0.005
i	Array#pack with format 'I' raises an ArgumentError if there are fewer elements than the format requires	Success		0.004
i	Array#pack with format 'I' returns an empty String if count is zero	Success		0.004
i	Array#pack with format 'I' raises a TypeError when passed nil	Success		0.004
i	Array#pack with format 'I' raises a TypeError when passed true	Success		0.004
i	Array#pack with format 'I' raises a TypeError when passed false	Success		0.004
i	Array#pack with format 'I' returns an ASCII-?BIT string	Success		0.004
i	Array#pack with format 'I' raises a TypeError when the object does not respond to #to_int	Success		0.004
i	Array#pack with format 'I' raises a TypeError when passed a String	Success		0.004
i	Array#pack with format 'i' raises a TypeError when passed nil	Success		0.004
i	Array#pack with format 'i' raises a TypeError when passed an Integer	Success		0.004
i	Array#pack with format 'i' ignores whitespace in the format string	Success		0.006
i	Array#pack with format 'i' calls #to_str to coerce the directives string	Success		0.005
i	Array#pack with format 'i' taints the output string if the format string is tainted	Success		0.004
i	Array#pack with format 'i' raises an ArgumentError if there are fewer elements than the format requires	Success		0.004
i	Array#pack with format 'i' returns an empty String if count is zero	Success		0.003
i	Array#pack with format 'i' raises a TypeError when passed nil	Success		0.004
i	Array#pack with format 'i' raises a TypeError when passed true	Success		0.004
i	Array#pack with format 'i' raises a TypeError when passed false	Success		0.004
i	Array#pack with format 'i' returns an ASCII-?BIT string	Success		0.004
i	Array#pack with format 'i' raises a TypeError when the object does not respond to #to_int	Success		0.004
i	Array#pack with format 'i' raises a TypeError when passed a String	Success		0.003
i	Array#pack with format 'I' with modifier '<' encodes the least significant 32 bits of a positive number	Success		0.002
i	Array#pack with format 'I' with modifier '<' encodes the least significant 32 bits of a negative number	Success		0.001
i	Array#pack with format 'I' with modifier '<' encodes a Float truncated as an Integer	Success		0.001
i	Array#pack with format 'I' with modifier '<' calls #to_int to convert the pack argument to an Integer	Success		0.001
i	Array#pack with format 'I' with modifier '<' encodes the number of array elements specified by the count modifier	Success		0.001
i	Array#pack with format 'I' with modifier '<' encodes all remaining elements when passed the '*' modifier	Success		0.001
i	Array#pack with format 'I' with modifier '<' ignores NULL bytes between directives	Success		0.001
i	Array#pack with format 'I' with modifier '<' ignores spaces between directives	Success		0.001
i	Array#pack with format 'I' with modifier '<' and '_' encodes the least significant 32 bits of a positive number	Success		0.001
i	Array#pack with format 'I' with modifier '<' and '_' encodes the least significant 32 bits of a negative number	Success		0.001
i	Array#pack with format 'I' with modifier '<' and '_' encodes a Float truncated as an Integer	Success		0.001
i	Array#pack with format 'I' with modifier '<' and '_' calls #to_int to convert the pack argument to an Integer	Success		0.001
i	Array#pack with format 'I' with modifier '<' and '_' encodes the number of array elements specified by the count modifier	Success		0.001
i	Array#pack with format 'I' with modifier '<' and '_' encodes all remaining elements when passed the '*' modifier	Success		0.001
i	Array#pack with format 'I' with modifier '<' and '_' ignores NULL bytes between directives	Success		0.001
i	Array#pack with format 'I' with modifier '<' and '_' ignores spaces between directives	Success		0.000
i	Array#pack with format 'I' with modifier '<' and '_' encodes the least significant 32 bits of a positive number	Success		0.001
i	Array#pack with format 'I' with modifier '<' and '_' encodes the least significant 32 bits of a negative number	Success		0.001
i	Array#pack with format 'I' with modifier '<' and '_' encodes a Float truncated as an Integer	Success		0.001
i	Array#pack with format 'I' with modifier '<' and '_' calls #to_int to convert the pack argument to an Integer	Success		0.001
i	Array#pack with format 'I' with modifier '<' and '_' encodes the number of array elements specified by the count modifier	Success		0.000
i	Array#pack with format 'I' with modifier '<' and '_' encodes all remaining elements when passed the '*' modifier	Success		0.000
i	Array#pack with format 'I' with modifier '<' and '_' ignores NULL bytes between directives	Success		0.000
i	Array#pack with format 'I' with modifier '<' and '_' ignores spaces between directives	Success		0.000
i	Array#pack with format 'I' with modifier '<' and '!' encodes the least significant 32 bits of a positive number	Success		0.001
i	Array#pack with format 'I' with modifier '<' and '!' encodes the least significant 32 bits of a negative number	Success		0.001
i	Array#pack with format 'I' with modifier '<' and '!' encodes a Float truncated as an Integer	Success		0.001
i	Array#pack with format 'I' with modifier '<' and '!' calls #to_int to convert the pack argument to an Integer	Success		0.001
i	Array#pack with format 'I' with modifier '<' and '!' encodes the number of array elements specified by the count modifier	Success		0.000
i	Array#pack with format 'I' with modifier '<' and '!' encodes all remaining elements when passed the '*' modifier	Success		0.000
i	Array#pack with format 'I' with modifier '<' and '!' ignores NULL bytes between directives	Success		0.000
i	Array#pack with format 'I' with modifier '<' and '!' ignores spaces between directives	Success		0.000
i	Array#pack with format 'I' with modifier '<' and '!' encodes the least significant 32 bits of a positive number	Success		0.001
i	Array#pack with format 'I' with modifier '<' and '!' encodes the least significant 32 bits of a negative number	Success		0.001
i	Array#pack with format 'I' with modifier '<' and '!' encodes a Float truncated as an Integer	Success		0.001
i	Array#pack with format 'I' with modifier '<' and '!' calls #to_int to convert the pack argument to an Integer	Success		0.001
i	Array#pack with format 'I' with modifier '<' and '!' encodes the number of array elements specified by the count modifier	Success		0.000
i	Array#pack with format 'I' with modifier '<' and '!' encodes all remaining elements when passed the '*' modifier	Success		0.000
i	Array#pack with format 'I' with modifier '<' and '!' ignores NULL bytes between directives	Success		0.001
i	Array#pack with format 'I' with modifier '<' and '!' ignores spaces between directives	Success		0.001
i	Array#pack with format 'I' with modifier '>' encodes the least significant 32 bits of a positive number	Success		0.001
i	Array#pack with format 'I' with modifier '>' encodes the least significant 32 bits of a negative number	Success		0.001
i	Array#pack with format 'I' with modifier '>' encodes a Float truncated as an Integer	Success		0.001
i	Array#pack with format 'I' with modifier '>' calls #to_int to convert the pack argument to an Integer	Success		0.001
i	Array#pack with format 'I' with modifier '>' encodes the number of array elements specified by the count modifier	Success		0.001
i	Array#pack with format 'I' with modifier '>' encodes all remaining elements when passed the '*' modifier	Success		0.001
i	Array#pack with format 'I' with modifier '>' ignores NULL bytes between directives	Success		0.001
i	Array#pack with format 'I' with modifier '>' ignores spaces between directives	Success		0.001
i	Array#pack with format 'I' with modifier '>' and '_' encodes the least significant 32 bits of a positive number	Success		0.001
i	Array#pack with format 'I' with modifier '>' and '_' encodes the least significant 32 bits of a negative number	Success		0.001
i	Array#pack with format 'I' with modifier '>' and '_' encodes a Float truncated as an Integer	Success		0.001
i	Array#pack with format 'I' with modifier '>' and '_' calls #to_int to convert the pack argument to an Integer	Success		0.001
i	Array#pack with format 'I' with modifier '>' and '_' encodes the number of array elements specified by the count modifier	Success		0.000
i	Array#pack with format 'I' with modifier '>' and '_' encodes all remaining elements when passed the '*' modifier	Success		0.000
i	Array#pack with format 'I' with modifier '>' and '_' ignores NULL bytes between directives	Success		0.001
i	Array#pack with format 'I' with modifier '>' and '_' ignores spaces between directives	Success		0.001
i	Array#pack with format 'I' with modifier '>' and '_' encodes the least significant 32 bits of a positive number	Success		0.001
i	Array#pack with format 'I' with modifier '>' and '_' encodes the least significant 32 bits of a negative number	Success		0.001
i	Array#pack with format 'I' with modifier '>' and '_' encodes a Float truncated as an Integer	Success		0.001
i	Array#pack with format 'I' with modifier '>' and '_' calls #to_int to convert the pack argument to an Integer	Success		0.001
i	Array#pack with format 'I' with modifier '>' and '_' encodes the number of array elements specified by the count modifier	Success		0.000
i	Array#pack with format 'I' with modifier '>' and '_' encodes all remaining elements when passed the '*' modifier	Success		0.000
i	Array#pack with format 'I' with modifier '>' and '_' ignores NULL bytes between directives	Success		0.000
i	Array#pack with format 'I' with modifier '>' and '_' ignores spaces between directives	Success		0.001
i	Array#pack with format 'I' with modifier '>' and '!' encodes the least significant 32 bits of a positive number	Success		0.001
i	Array#pack with format 'I' with modifier '>' and '!' encodes the least significant 32 bits of a negative number	Success		0.001
i	Array#pack with format 'I' with modifier '>' and '!' encodes a Float truncated as an Integer	Success		0.001
i	Array#pack with format 'I' with modifier '>' and '!' calls #to_int to convert the pack argument to an Integer	Success		0.001
i	Array#pack with format 'I' with modifier '>' and '!' encodes the number of array elements specified by the count modifier	Success		0.000
i	Array#pack with format 'I' with modifier '>' and '!' encodes all remaining elements when passed the '*' modifier	Success		0.000
i	Array#pack with format 'I' with modifier '>' and '!' ignores NULL bytes between directives	Success		0.000
i	Array#pack with format 'I' with modifier '>' and '!' ignores spaces between directives	Success		0.000
i	Array#pack with format 'I' with modifier '>' and '!' encodes the least significant 32 bits of a positive number	Success		0.001
i	Array#pack with format 'I' with modifier '>' and '!' encodes the least significant 32 bits of a negative number	Success		0.001
i	Array#pack with format 'I' with modifier '>' and '!' encodes a Float truncated as an Integer	Success		0.001
i	Array#pack with format 'I' with modifier '>' and '!' calls #to_int to convert the pack argument to an Integer	Success		0.001
i	Array#pack with format 'I' with modifier '>' and '!' encodes the number of array elements specified by the count modifier	Success		0.000
i	Array#pack with format 'I' with modifier '>' and '!' encodes all remaining elements when passed the '*' modifier	Success		0.000
i	Array#pack with format 'I' with modifier '>' and '!' ignores NULL bytes between directives	Success		0.000
i	Array#pack with format 'I' with modifier '>' and '!' ignores spaces between directives	Success		0.000
i	Array#pack with format 'i' with modifier '<' encodes the least significant 32 bits of a positive number	Success		0.001
i	Array#pack with format 'i' with modifier '<' encodes the least significant 32 bits of a negative number	Success		0.001
i	Array#pack with format 'i' with modifier '<' encodes a Float truncated as an Integer	Success		0.001
i	Array#pack with format 'i' with modifier '<' calls #to_int to convert the pack argument to an Integer	Success		0.001
i	Array#pack with format 'i' with modifier '<' encodes the number of array elements specified by the count modifier	Success		0.001
i	Array#pack with format 'i' with modifier '<' encodes all remaining elements when passed the '*' modifier	Success		0.000
i	Array#pack with format 'i' with modifier '<' ignores NULL bytes between directives	Success		0.000
i	Array#pack with format 'i' with modifier '<' ignores spaces between directives	Success		0.000
i	Array#pack with format 'i' with modifier '<' and '_' encodes the least significant 32 bits of a positive number	Success		0.001
i	Array#pack with format 'i' with modifier '<' and '_' encodes the least significant 32 bits of a negative number	Success		0.001
i	Array#pack with format 'i' with modifier '<' and '_' encodes a Float truncated as an Integer	Success		0.001
i	Array#pack with format 'i' with modifier '<' and '_' calls #to_int to convert the pack argument to an Integer	Success		0.001
i	Array#pack with format 'i' with modifier '<' and '_' encodes the number of array elements specified by the count modifier	Success		0.000
i	Array#pack with format 'i' with modifier '<' and '_' encodes all remaining elements when passed the '*' modifier	Success		0.000
i	Array#pack with format 'i' with modifier '<' and '_' ignores NULL bytes between directives	Success		0.000
i	Array#pack with format 'i' with modifier '<' and '_' ignores spaces between directives	Success		0.000
i	Array#pack with format 'i' with modifier '<' and '_' encodes the least significant 32 bits of a positive number	Success		0.001
i	Array#pack with format 'i' with modifier '<' and '_' encodes the least significant 32 bits of a negative number	Success		0.001
i	Array#pack with format 'i' with modifier '<' and '_' encodes a Float truncated as an Integer	Success		0.001
i	Array#pack with format 'i' with modifier '<' and '_' calls #to_int to convert the pack argument to an Integer	Success		0.001
i	Array#pack with format 'i' with modifier '<' and '_' encodes the number of array elements specified by the count modifier	Success		0.000
i	Array#pack with format 'i' with modifier '<' and '_' encodes all remaining elements when passed the '*' modifier	Success		0.000
i	Array#pack with format 'i' with modifier '<' and '_' ignores NULL bytes between directives	Success		0.000
i	Array#pack with format 'i' with modifier '<' and '_' ignores spaces between directives	Success		0.025
i	Array#pack with format 'i' with modifier '<' and '!' encodes the least significant 32 bits of a positive number	Success		0.001
i	Array#pack with format 'i' with modifier '<' and '!' encodes the least significant 32 bits of a negative number	Success		0.001
i	Array#pack with format 'i' with modifier '<' and '!' encodes a Float truncated as an Integer	Success		0.001
i	Array#pack with format 'i' with modifier '<' and '!' calls #to_int to convert the pack argument to an Integer	Success		0.002
i	Array#pack with format 'i' with modifier '<' and '!' encodes the number of array elements specified by the count modifier	Success		0.000
i	Array#pack with format 'i' with modifier '<' and '!' encodes all remaining elements when passed the '*' modifier	Success		0.000
i	Array#pack with format 'i' with modifier '<' and '!' ignores NULL bytes between directives	Success		0.000
i	Array#pack with format 'i' with modifier '<' and '!' ignores spaces between directives	Success		0.000
i	Array#pack with format 'i' with modifier '<' and '!' encodes the least significant 32 bits of a positive number	Success		0.001
i	Array#pack with format 'i' with modifier '<' and '!' encodes the least significant 32 bits of a negative number	Success		0.001
i	Array#pack with format 'i' with modifier '<' and '!' encodes a Float truncated as an Integer	Success		0.001
i	Array#pack with format 'i' with modifier '<' and '!' calls #to_int to convert the pack argument to an Integer	Success		0.001
i	Array#pack with format 'i' with modifier '<' and '!' encodes the number of array elements specified by the count modifier	Success		0.000
i	Array#pack with format 'i' with modifier '<' and '!' encodes all remaining elements when passed the '*' modifier	Success		0.000
i	Array#pack with format 'i' with modifier '<' and '!' ignores NULL bytes between directives	Success		0.000
i	Array#pack with format 'i' with modifier '<' and '!' ignores spaces between directives	Success		0.000
i	Array#pack with format 'i' with modifier '>' encodes the least significant 32 bits of a positive number	Success		0.001
i	Array#pack with format 'i' with modifier '>' encodes the least significant 32 bits of a negative number	Success		0.001
i	Array#pack with format 'i' with modifier '>' encodes a Float truncated as an Integer	Success		0.001
i	Array#pack with format 'i' with modifier '>' calls #to_int to convert the pack argument to an Integer	Success		0.001
i	Array#pack with format 'i' with modifier '>' encodes the number of array elements specified by the count modifier	Success		0.001
i	Array#pack with format 'i' with modifier '>' encodes all remaining elements when passed the '*' modifier	Success		0.000
i	Array#pack with format 'i' with modifier '>' ignores NULL bytes between directives	Success		0.000
i	Array#pack with format 'i' with modifier '>' ignores spaces between directives	Success		0.000
i	Array#pack with format 'i' with modifier '>' and '_' encodes the least significant 32 bits of a positive number	Success		0.001
i	Array#pack with format 'i' with modifier '>' and '_' encodes the least significant 32 bits of a negative number	Success		0.001
i	Array#pack with format 'i' with modifier '>' and '_' encodes a Float truncated as an Integer	Success		0.001
i	Array#pack with format 'i' with modifier '>' and '_' calls #to_int to convert the pack argument to an Integer	Success		0.001
i	Array#pack with format 'i' with modifier '>' and '_' encodes the number of array elements specified by the count modifier	Success		0.000
i	Array#pack with format 'i' with modifier '>' and '_' encodes all remaining elements when passed the '*' modifier	Success		0.000
i	Array#pack with format 'i' with modifier '>' and '_' ignores NULL bytes between directives	Success		0.000
i	Array#pack with format 'i' with modifier '>' and '_' ignores spaces between directives	Success		0.000
i	Array#pack with format 'i' with modifier '>' and '_' encodes the least significant 32 bits of a positive number	Success		0.001
i	Array#pack with format 'i' with modifier '>' and '_' encodes the least significant 32 bits of a negative number	Success		0.001
i	Array#pack with format 'i' with modifier '>' and '_' encodes a Float truncated as an Integer	Success		0.001
i	Array#pack with format 'i' with modifier '>' and '_' calls #to_int to convert the pack argument to an Integer	Success		0.001
i	Array#pack with format 'i' with modifier '>' and '_' encodes the number of array elements specified by the count modifier	Success		0.000
i	Array#pack with format 'i' with modifier '>' and '_' encodes all remaining elements when passed the '*' modifier	Success		0.000
i	Array#pack with format 'i' with modifier '>' and '_' ignores NULL bytes between directives	Success		0.000
i	Array#pack with format 'i' with modifier '>' and '_' ignores spaces between directives	Success		0.000
i	Array#pack with format 'i' with modifier '>' and '!' encodes the least significant 32 bits of a positive number	Success		0.001
i	Array#pack with format 'i' with modifier '>' and '!' encodes the least significant 32 bits of a negative number	Success		0.001
i	Array#pack with format 'i' with modifier '>' and '!' encodes a Float truncated as an Integer	Success		0.001
i	Array#pack with format 'i' with modifier '>' and '!' calls #to_int to convert the pack argument to an Integer	Success		0.001
i	Array#pack with format 'i' with modifier '>' and '!' encodes the number of array elements specified by the count modifier	Success		0.000
i	Array#pack with format 'i' with modifier '>' and '!' encodes all remaining elements when passed the '*' modifier	Success		0.000
i	Array#pack with format 'i' with modifier '>' and '!' ignores NULL bytes between directives	Success		0.000
i	Array#pack with format 'i' with modifier '>' and '!' ignores spaces between directives	Success		0.000
i	Array#pack with format 'i' with modifier '>' and '!' encodes the least significant 32 bits of a positive number	Success		0.001
i	Array#pack with format 'i' with modifier '>' and '!' encodes the least significant 32 bits of a negative number	Success		0.001
i	Array#pack with format 'i' with modifier '>' and '!' encodes a Float truncated as an Integer	Success		0.001
i	Array#pack with format 'i' with modifier '>' and '!' calls #to_int to convert the pack argument to an Integer	Success		0.001
i	Array#pack with format 'i' with modifier '>' and '!' encodes the number of array elements specified by the count modifier	Success		0.000
i	Array#pack with format 'i' with modifier '>' and '!' encodes all remaining elements when passed the '*' modifier	Success		0.000
i	Array#pack with format 'i' with modifier '>' and '!' ignores NULL bytes between directives	Success		0.000
i	Array#pack with format 'i' with modifier '>' and '!' ignores spaces between directives	Success		0.000
i	Array#pack with format 'I' encodes the least significant 32 bits of a positive number	Success		0.001
i	Array#pack with format 'I' encodes the least significant 32 bits of a negative number	Success		0.001
i	Array#pack with format 'I' encodes a Float truncated as an Integer	Success		0.001
i	Array#pack with format 'I' calls #to_int to convert the pack argument to an Integer	Success		0.001
i	Array#pack with format 'I' encodes the number of array elements specified by the count modifier	Success		0.000
i	Array#pack with format 'I' encodes all remaining elements when passed the '*' modifier	Success		0.000
i	Array#pack with format 'I' ignores NULL bytes between directives	Success		0.000
i	Array#pack with format 'I' ignores spaces between directives	Success		0.000
i	Array#pack with format 'I' with modifier '_' encodes the least significant 32 bits of a number	Success		0.001
i	Array#pack with format 'I' with modifier '_' encodes the number of array elements specified by the count modifier	Success		0.001
i	Array#pack with format 'I' with modifier '_' encodes all remaining elements when passed the '*' modifier	Success		0.001
i	Array#pack with format 'I' with modifier '_' encodes the least significant 32 bits of a number that is greater than 32 bits	Success		0.001
i	Array#pack with format 'I' with modifier '!' encodes the least significant 32 bits of a number	Success		0.001
i	Array#pack with format 'I' with modifier '!' encodes the number of array elements specified by the count modifier	Success		0.000
i	Array#pack with format 'I' with modifier '!' encodes all remaining elements when passed the '*' modifier	Success		0.000
i	Array#pack with format 'I' with modifier '!' encodes the least significant 32 bits of a number that is greater than 32 bits	Success		0.001
i	Array#pack with format 'i' encodes the least significant 32 bits of a positive number	Success		0.001
i	Array#pack with format 'i' encodes the least significant 32 bits of a negative number	Success		0.001
i	Array#pack with format 'i' encodes a Float truncated as an Integer	Success		0.001
i	Array#pack with format 'i' calls #to_int to convert the pack argument to an Integer	Success		0.001
i	Array#pack with format 'i' encodes the number of array elements specified by the count modifier	Success		0.000
i	Array#pack with format 'i' encodes all remaining elements when passed the '*' modifier	Success		0.000
i	Array#pack with format 'i' ignores NULL bytes between directives	Success		0.000
i	Array#pack with format 'i' ignores spaces between directives	Success		0.000
i	Array#pack with format 'i' with modifier '_' encodes the least significant 32 bits of a number	Success		0.001
i	Array#pack with format 'i' with modifier '_' encodes the number of array elements specified by the count modifier	Success		0.000
i	Array#pack with format 'i' with modifier '_' encodes all remaining elements when passed the '*' modifier	Success		0.000
i	Array#pack with format 'i' with modifier '_' encodes the least significant 32 bits of a number that is greater than 32 bits	Success		0.001
i	Array#pack with format 'i' with modifier '!' encodes the least significant 32 bits of a number	Success		0.001
i	Array#pack with format 'i' with modifier '!' encodes the number of array elements specified by the count modifier	Success		0.000
i	Array#pack with format 'i' with modifier '!' encodes all remaining elements when passed the '*' modifier	Success		0.000
i	Array#pack with format 'i' with modifier '!' encodes the least significant 32 bits of a number that is greater than 32 bits	Success		0.001
l	Array#pack with format 'L' raises a TypeError when passed nil	Success		0.004
l	Array#pack with format 'L' raises a TypeError when passed an Integer	Success		0.004
l	Array#pack with format 'L' ignores whitespace in the format string	Success		0.005
l	Array#pack with format 'L' calls #to_str to coerce the directives string	Success		0.006
l	Array#pack with format 'L' taints the output string if the format string is tainted	Success		0.004
l	Array#pack with format 'L' raises an ArgumentError if there are fewer elements than the format requires	Success		0.004
l	Array#pack with format 'L' returns an empty String if count is zero	Success		0.004
l	Array#pack with format 'L' raises a TypeError when passed nil	Success		0.003
l	Array#pack with format 'L' raises a TypeError when passed true	Success		0.003
l	Array#pack with format 'L' raises a TypeError when passed false	Success		0.003
l	Array#pack with format 'L' returns an ASCII-?BIT string	Success		0.003
l	Array#pack with format 'L' raises a TypeError when the object does not respond to #to_int	Success		0.004
l	Array#pack with format 'L' raises a TypeError when passed a String	Success		0.003
l	Array#pack with format 'l' raises a TypeError when passed nil	Success		0.004
l	Array#pack with format 'l' raises a TypeError when passed an Integer	Success		0.004
l	Array#pack with format 'l' ignores whitespace in the format string	Success		0.006
l	Array#pack with format 'l' calls #to_str to coerce the directives string	Success		0.005
l	Array#pack with format 'l' taints the output string if the format string is tainted	Success		0.004
l	Array#pack with format 'l' raises an ArgumentError if there are fewer elements than the format requires	Success		0.003
l	Array#pack with format 'l' returns an empty String if count is zero	Success		0.003
l	Array#pack with format 'l' raises a TypeError when passed nil	Success		0.003
l	Array#pack with format 'l' raises a TypeError when passed true	Success		0.003
l	Array#pack with format 'l' raises a TypeError when passed false	Success		0.003
l	Array#pack with format 'l' returns an ASCII-?BIT string	Success		0.004
l	Array#pack with format 'l' raises a TypeError when the object does not respond to #to_int	Success		0.003
l	Array#pack with format 'l' raises a TypeError when passed a String	Success		0.003
l	Array#pack with format 'L' with modifier '<' encodes the least significant 32 bits of a positive number	Success		0.001
l	Array#pack with format 'L' with modifier '<' encodes the least significant 32 bits of a negative number	Success		0.001
l	Array#pack with format 'L' with modifier '<' encodes a Float truncated as an Integer	Success		0.001
l	Array#pack with format 'L' with modifier '<' calls #to_int to convert the pack argument to an Integer	Success		0.001
l	Array#pack with format 'L' with modifier '<' encodes the number of array elements specified by the count modifier	Success		0.000
l	Array#pack with format 'L' with modifier '<' encodes all remaining elements when passed the '*' modifier	Success		0.000
l	Array#pack with format 'L' with modifier '<' ignores NULL bytes between directives	Success		0.000
l	Array#pack with format 'L' with modifier '<' ignores spaces between directives	Success		0.000
l	Array#pack with format 'L' with modifier '>' encodes the least significant 32 bits of a positive number	Success		0.001
l	Array#pack with format 'L' with modifier '>' encodes the least significant 32 bits of a negative number	Success		0.001
l	Array#pack with format 'L' with modifier '>' encodes a Float truncated as an Integer	Success		0.001
l	Array#pack with format 'L' with modifier '>' calls #to_int to convert the pack argument to an Integer	Success		0.001
l	Array#pack with format 'L' with modifier '>' encodes the number of array elements specified by the count modifier	Success		0.000
l	Array#pack with format 'L' with modifier '>' encodes all remaining elements when passed the '*' modifier	Success		0.000
l	Array#pack with format 'L' with modifier '>' ignores NULL bytes between directives	Success		0.000
l	Array#pack with format 'L' with modifier '>' ignores spaces between directives	Success		0.000
l	Array#pack with format 'L' with modifier '<' and '_' encodes the least significant 64 bits of a positive number	Success		0.002
l	Array#pack with format 'L' with modifier '<' and '_' encodes the least significant 64 bits of a negative number	Success		0.001
l	Array#pack with format 'L' with modifier '<' and '_' encodes a Float truncated as an Integer	Success		0.001
l	Array#pack with format 'L' with modifier '<' and '_' calls #to_int to convert the pack argument to an Integer	Success		0.001
l	Array#pack with format 'L' with modifier '<' and '_' encodes the number of array elements specified by the count modifier	Success		0.001
l	Array#pack with format 'L' with modifier '<' and '_' encodes all remaining elements when passed the '*' modifier	Success		0.001
l	Array#pack with format 'L' with modifier '<' and '_' ignores NULL bytes between directives	Success		0.001
l	Array#pack with format 'L' with modifier '<' and '_' ignores spaces between directives	Success		0.001
l	Array#pack with format 'L' with modifier '<' and '_' encodes the least significant 64 bits of a positive number	Success		0.001
l	Array#pack with format 'L' with modifier '<' and '_' encodes the least significant 64 bits of a negative number	Success		0.001
l	Array#pack with format 'L' with modifier '<' and '_' encodes a Float truncated as an Integer	Success		0.001
l	Array#pack with format 'L' with modifier '<' and '_' calls #to_int to convert the pack argument to an Integer	Success		0.001
l	Array#pack with format 'L' with modifier '<' and '_' encodes the number of array elements specified by the count modifier	Success		0.000
l	Array#pack with format 'L' with modifier '<' and '_' encodes all remaining elements when passed the '*' modifier	Success		0.000
l	Array#pack with format 'L' with modifier '<' and '_' ignores NULL bytes between directives	Success		0.000
l	Array#pack with format 'L' with modifier '<' and '_' ignores spaces between directives	Success		0.000
l	Array#pack with format 'L' with modifier '<' and '!' encodes the least significant 64 bits of a positive number	Success		0.001
l	Array#pack with format 'L' with modifier '<' and '!' encodes the least significant 64 bits of a negative number	Success		0.001
l	Array#pack with format 'L' with modifier '<' and '!' encodes a Float truncated as an Integer	Success		0.001
l	Array#pack with format 'L' with modifier '<' and '!' calls #to_int to convert the pack argument to an Integer	Success		0.001
l	Array#pack with format 'L' with modifier '<' and '!' encodes the number of array elements specified by the count modifier	Success		0.000
l	Array#pack with format 'L' with modifier '<' and '!' encodes all remaining elements when passed the '*' modifier	Success		0.000
l	Array#pack with format 'L' with modifier '<' and '!' ignores NULL bytes between directives	Success		0.000
l	Array#pack with format 'L' with modifier '<' and '!' ignores spaces between directives	Success		0.000
l	Array#pack with format 'L' with modifier '<' and '!' encodes the least significant 64 bits of a positive number	Success		0.001
l	Array#pack with format 'L' with modifier '<' and '!' encodes the least significant 64 bits of a negative number	Success		0.001
l	Array#pack with format 'L' with modifier '<' and '!' encodes a Float truncated as an Integer	Success		0.001
l	Array#pack with format 'L' with modifier '<' and '!' calls #to_int to convert the pack argument to an Integer	Success		0.001
l	Array#pack with format 'L' with modifier '<' and '!' encodes the number of array elements specified by the count modifier	Success		0.000
l	Array#pack with format 'L' with modifier '<' and '!' encodes all remaining elements when passed the '*' modifier	Success		0.000
l	Array#pack with format 'L' with modifier '<' and '!' ignores NULL bytes between directives	Success		0.000
l	Array#pack with format 'L' with modifier '<' and '!' ignores spaces between directives	Success		0.000
l	Array#pack with format 'L' with modifier '>' and '_' encodes the least significant 64 bits of a positive number	Success		0.002
l	Array#pack with format 'L' with modifier '>' and '_' encodes the least significant 64 bits of a negative number	Success		0.001
l	Array#pack with format 'L' with modifier '>' and '_' encodes a Float truncated as an Integer	Success		0.001
l	Array#pack with format 'L' with modifier '>' and '_' calls #to_int to convert the pack argument to an Integer	Success		0.002
l	Array#pack with format 'L' with modifier '>' and '_' encodes the number of array elements specified by the count modifier	Success		0.001
l	Array#pack with format 'L' with modifier '>' and '_' encodes all remaining elements when passed the '*' modifier	Success		0.001
l	Array#pack with format 'L' with modifier '>' and '_' ignores NULL bytes between directives	Success		0.001
l	Array#pack with format 'L' with modifier '>' and '_' ignores spaces between directives	Success		0.001
l	Array#pack with format 'L' with modifier '>' and '_' encodes the least significant 64 bits of a positive number	Success		0.001
l	Array#pack with format 'L' with modifier '>' and '_' encodes the least significant 64 bits of a negative number	Success		0.001
l	Array#pack with format 'L' with modifier '>' and '_' encodes a Float truncated as an Integer	Success		0.001
l	Array#pack with format 'L' with modifier '>' and '_' calls #to_int to convert the pack argument to an Integer	Success		0.001
l	Array#pack with format 'L' with modifier '>' and '_' encodes the number of array elements specified by the count modifier	Success		0.000
l	Array#pack with format 'L' with modifier '>' and '_' encodes all remaining elements when passed the '*' modifier	Success		0.000
l	Array#pack with format 'L' with modifier '>' and '_' ignores NULL bytes between directives	Success		0.000
l	Array#pack with format 'L' with modifier '>' and '_' ignores spaces between directives	Success		0.000
l	Array#pack with format 'L' with modifier '>' and '!' encodes the least significant 64 bits of a positive number	Success		0.001
l	Array#pack with format 'L' with modifier '>' and '!' encodes the least significant 64 bits of a negative number	Success		0.001
l	Array#pack with format 'L' with modifier '>' and '!' encodes a Float truncated as an Integer	Success		0.001
l	Array#pack with format 'L' with modifier '>' and '!' calls #to_int to convert the pack argument to an Integer	Success		0.001
l	Array#pack with format 'L' with modifier '>' and '!' encodes the number of array elements specified by the count modifier	Success		0.000
l	Array#pack with format 'L' with modifier '>' and '!' encodes all remaining elements when passed the '*' modifier	Success		0.000
l	Array#pack with format 'L' with modifier '>' and '!' ignores NULL bytes between directives	Success		0.000
l	Array#pack with format 'L' with modifier '>' and '!' ignores spaces between directives	Success		0.000
l	Array#pack with format 'L' with modifier '>' and '!' encodes the least significant 64 bits of a positive number	Success		0.001
l	Array#pack with format 'L' with modifier '>' and '!' encodes the least significant 64 bits of a negative number	Success		0.001
l	Array#pack with format 'L' with modifier '>' and '!' encodes a Float truncated as an Integer	Success		0.001
l	Array#pack with format 'L' with modifier '>' and '!' calls #to_int to convert the pack argument to an Integer	Success		0.001
l	Array#pack with format 'L' with modifier '>' and '!' encodes the number of array elements specified by the count modifier	Success		0.000
l	Array#pack with format 'L' with modifier '>' and '!' encodes all remaining elements when passed the '*' modifier	Success		0.000
l	Array#pack with format 'L' with modifier '>' and '!' ignores NULL bytes between directives	Success		0.000
l	Array#pack with format 'L' with modifier '>' and '!' ignores spaces between directives	Success		0.000
l	Array#pack with format 'l' with modifier '<' encodes the least significant 32 bits of a positive number	Success		0.001
l	Array#pack with format 'l' with modifier '<' encodes the least significant 32 bits of a negative number	Success		0.001
l	Array#pack with format 'l' with modifier '<' encodes a Float truncated as an Integer	Success		0.001
l	Array#pack with format 'l' with modifier '<' calls #to_int to convert the pack argument to an Integer	Success		0.001
l	Array#pack with format 'l' with modifier '<' encodes the number of array elements specified by the count modifier	Success		0.000
l	Array#pack with format 'l' with modifier '<' encodes all remaining elements when passed the '*' modifier	Success		0.000
l	Array#pack with format 'l' with modifier '<' ignores NULL bytes between directives	Success		0.000
l	Array#pack with format 'l' with modifier '<' ignores spaces between directives	Success		0.000
l	Array#pack with format 'l' with modifier '>' encodes the least significant 32 bits of a positive number	Success		0.001
l	Array#pack with format 'l' with modifier '>' encodes the least significant 32 bits of a negative number	Success		0.001
l	Array#pack with format 'l' with modifier '>' encodes a Float truncated as an Integer	Success		0.001
l	Array#pack with format 'l' with modifier '>' calls #to_int to convert the pack argument to an Integer	Success		0.001
l	Array#pack with format 'l' with modifier '>' encodes the number of array elements specified by the count modifier	Success		0.000
l	Array#pack with format 'l' with modifier '>' encodes all remaining elements when passed the '*' modifier	Success		0.001
l	Array#pack with format 'l' with modifier '>' ignores NULL bytes between directives	Success		0.000
l	Array#pack with format 'l' with modifier '>' ignores spaces between directives	Success		0.000
l	Array#pack with format 'l' with modifier '<' and '_' encodes the least significant 64 bits of a positive number	Success		0.002
l	Array#pack with format 'l' with modifier '<' and '_' encodes the least significant 64 bits of a negative number	Success		0.001
l	Array#pack with format 'l' with modifier '<' and '_' encodes a Float truncated as an Integer	Success		0.001
l	Array#pack with format 'l' with modifier '<' and '_' calls #to_int to convert the pack argument to an Integer	Success		0.001
l	Array#pack with format 'l' with modifier '<' and '_' encodes the number of array elements specified by the count modifier	Success		0.001
l	Array#pack with format 'l' with modifier '<' and '_' encodes all remaining elements when passed the '*' modifier	Success		0.000
l	Array#pack with format 'l' with modifier '<' and '_' ignores NULL bytes between directives	Success		0.001
l	Array#pack with format 'l' with modifier '<' and '_' ignores spaces between directives	Success		0.000
l	Array#pack with format 'l' with modifier '<' and '_' encodes the least significant 64 bits of a positive number	Success		0.001
l	Array#pack with format 'l' with modifier '<' and '_' encodes the least significant 64 bits of a negative number	Success		0.001
l	Array#pack with format 'l' with modifier '<' and '_' encodes a Float truncated as an Integer	Success		0.001
l	Array#pack with format 'l' with modifier '<' and '_' calls #to_int to convert the pack argument to an Integer	Success		0.001
l	Array#pack with format 'l' with modifier '<' and '_' encodes the number of array elements specified by the count modifier	Success		0.000
l	Array#pack with format 'l' with modifier '<' and '_' encodes all remaining elements when passed the '*' modifier	Success		0.000
l	Array#pack with format 'l' with modifier '<' and '_' ignores NULL bytes between directives	Success		0.000
l	Array#pack with format 'l' with modifier '<' and '_' ignores spaces between directives	Success		0.000
l	Array#pack with format 'l' with modifier '<' and '!' encodes the least significant 64 bits of a positive number	Success		0.001
l	Array#pack with format 'l' with modifier '<' and '!' encodes the least significant 64 bits of a negative number	Success		0.001
l	Array#pack with format 'l' with modifier '<' and '!' encodes a Float truncated as an Integer	Success		0.001
l	Array#pack with format 'l' with modifier '<' and '!' calls #to_int to convert the pack argument to an Integer	Success		0.001
l	Array#pack with format 'l' with modifier '<' and '!' encodes the number of array elements specified by the count modifier	Success		0.000
l	Array#pack with format 'l' with modifier '<' and '!' encodes all remaining elements when passed the '*' modifier	Success		0.000
l	Array#pack with format 'l' with modifier '<' and '!' ignores NULL bytes between directives	Success		0.000
l	Array#pack with format 'l' with modifier '<' and '!' ignores spaces between directives	Success		0.000
l	Array#pack with format 'l' with modifier '<' and '!' encodes the least significant 64 bits of a positive number	Success		0.001
l	Array#pack with format 'l' with modifier '<' and '!' encodes the least significant 64 bits of a negative number	Success		0.001
l	Array#pack with format 'l' with modifier '<' and '!' encodes a Float truncated as an Integer	Success		0.001
l	Array#pack with format 'l' with modifier '<' and '!' calls #to_int to convert the pack argument to an Integer	Success		0.001
l	Array#pack with format 'l' with modifier '<' and '!' encodes the number of array elements specified by the count modifier	Success		0.000
l	Array#pack with format 'l' with modifier '<' and '!' encodes all remaining elements when passed the '*' modifier	Success		0.000
l	Array#pack with format 'l' with modifier '<' and '!' ignores NULL bytes between directives	Success		0.000
l	Array#pack with format 'l' with modifier '<' and '!' ignores spaces between directives	Success		0.000
l	Array#pack with format 'l' with modifier '>' and '_' encodes the least significant 64 bits of a positive number	Success		0.001
l	Array#pack with format 'l' with modifier '>' and '_' encodes the least significant 64 bits of a negative number	Success		0.001
l	Array#pack with format 'l' with modifier '>' and '_' encodes a Float truncated as an Integer	Success		0.001
l	Array#pack with format 'l' with modifier '>' and '_' calls #to_int to convert the pack argument to an Integer	Success		0.001
l	Array#pack with format 'l' with modifier '>' and '_' encodes the number of array elements specified by the count modifier	Success		0.001
l	Array#pack with format 'l' with modifier '>' and '_' encodes all remaining elements when passed the '*' modifier	Success		0.000
l	Array#pack with format 'l' with modifier '>' and '_' ignores NULL bytes between directives	Success		0.001
l	Array#pack with format 'l' with modifier '>' and '_' ignores spaces between directives	Success		0.000
l	Array#pack with format 'l' with modifier '>' and '_' encodes the least significant 64 bits of a positive number	Success		0.001
l	Array#pack with format 'l' with modifier '>' and '_' encodes the least significant 64 bits of a negative number	Success		0.001
l	Array#pack with format 'l' with modifier '>' and '_' encodes a Float truncated as an Integer	Success		0.001
l	Array#pack with format 'l' with modifier '>' and '_' calls #to_int to convert the pack argument to an Integer	Success		0.001
l	Array#pack with format 'l' with modifier '>' and '_' encodes the number of array elements specified by the count modifier	Success		0.000
l	Array#pack with format 'l' with modifier '>' and '_' encodes all remaining elements when passed the '*' modifier	Success		0.000
l	Array#pack with format 'l' with modifier '>' and '_' ignores NULL bytes between directives	Success		0.000
l	Array#pack with format 'l' with modifier '>' and '_' ignores spaces between directives	Success		0.000
l	Array#pack with format 'l' with modifier '>' and '!' encodes the least significant 64 bits of a positive number	Success		0.001
l	Array#pack with format 'l' with modifier '>' and '!' encodes the least significant 64 bits of a negative number	Success		0.001
l	Array#pack with format 'l' with modifier '>' and '!' encodes a Float truncated as an Integer	Success		0.001
l	Array#pack with format 'l' with modifier '>' and '!' calls #to_int to convert the pack argument to an Integer	Success		0.001
l	Array#pack with format 'l' with modifier '>' and '!' encodes the number of array elements specified by the count modifier	Success		0.000
l	Array#pack with format 'l' with modifier '>' and '!' encodes all remaining elements when passed the '*' modifier	Success		0.000
l	Array#pack with format 'l' with modifier '>' and '!' ignores NULL bytes between directives	Success		0.000
l	Array#pack with format 'l' with modifier '>' and '!' ignores spaces between directives	Success		0.000
l	Array#pack with format 'l' with modifier '>' and '!' encodes the least significant 64 bits of a positive number	Success		0.001
l	Array#pack with format 'l' with modifier '>' and '!' encodes the least significant 64 bits of a negative number	Success		0.001
l	Array#pack with format 'l' with modifier '>' and '!' encodes a Float truncated as an Integer	Success		0.001
l	Array#pack with format 'l' with modifier '>' and '!' calls #to_int to convert the pack argument to an Integer	Success		0.001
l	Array#pack with format 'l' with modifier '>' and '!' encodes the number of array elements specified by the count modifier	Success		0.000
l	Array#pack with format 'l' with modifier '>' and '!' encodes all remaining elements when passed the '*' modifier	Success		0.000
l	Array#pack with format 'l' with modifier '>' and '!' ignores NULL bytes between directives	Success		0.000
l	Array#pack with format 'l' with modifier '>' and '!' ignores spaces between directives	Success		0.000
l	Array#pack with format 'L' encodes the least significant 32 bits of a positive number	Success		0.001
l	Array#pack with format 'L' encodes the least significant 32 bits of a negative number	Success		0.001
l	Array#pack with format 'L' encodes a Float truncated as an Integer	Success		0.001
l	Array#pack with format 'L' calls #to_int to convert the pack argument to an Integer	Success		0.001
l	Array#pack with format 'L' encodes the number of array elements specified by the count modifier	Success		0.000
l	Array#pack with format 'L' encodes all remaining elements when passed the '*' modifier	Success		0.000
l	Array#pack with format 'L' ignores NULL bytes between directives	Success		0.001
l	Array#pack with format 'L' ignores spaces between directives	Success		0.000
l	Array#pack with format 'l' encodes the least significant 32 bits of a positive number	Success		0.001
l	Array#pack with format 'l' encodes the least significant 32 bits of a negative number	Success		0.001
l	Array#pack with format 'l' encodes a Float truncated as an Integer	Success		0.001
l	Array#pack with format 'l' calls #to_int to convert the pack argument to an Integer	Success		0.001
l	Array#pack with format 'l' encodes the number of array elements specified by the count modifier	Success		0.000
l	Array#pack with format 'l' encodes all remaining elements when passed the '*' modifier	Success		0.000
l	Array#pack with format 'l' ignores NULL bytes between directives	Success		0.000
l	Array#pack with format 'l' ignores spaces between directives	Success		0.000
l	Array#pack with format 'L' with modifier '_' encodes the least significant 64 bits of a positive number	Success		0.001
l	Array#pack with format 'L' with modifier '_' encodes the least significant 64 bits of a negative number	Success		0.001
l	Array#pack with format 'L' with modifier '_' encodes a Float truncated as an Integer	Success		0.001
l	Array#pack with format 'L' with modifier '_' calls #to_int to convert the pack argument to an Integer	Success		0.001
l	Array#pack with format 'L' with modifier '_' encodes the number of array elements specified by the count modifier	Success		0.001
l	Array#pack with format 'L' with modifier '_' encodes all remaining elements when passed the '*' modifier	Success		0.000
l	Array#pack with format 'L' with modifier '_' ignores NULL bytes between directives	Success		0.000
l	Array#pack with format 'L' with modifier '_' ignores spaces between directives	Success		0.000
l	Array#pack with format 'L' with modifier '!' encodes the least significant 64 bits of a positive number	Success		0.001
l	Array#pack with format 'L' with modifier '!' encodes the least significant 64 bits of a negative number	Success		0.001
l	Array#pack with format 'L' with modifier '!' encodes a Float truncated as an Integer	Success		0.001
l	Array#pack with format 'L' with modifier '!' calls #to_int to convert the pack argument to an Integer	Success		0.001
l	Array#pack with format 'L' with modifier '!' encodes the number of array elements specified by the count modifier	Success		0.000
l	Array#pack with format 'L' with modifier '!' encodes all remaining elements when passed the '*' modifier	Success		0.000
l	Array#pack with format 'L' with modifier '!' ignores NULL bytes between directives	Success		0.000
l	Array#pack with format 'L' with modifier '!' ignores spaces between directives	Success		0.000
l	Array#pack with format 'l' with modifier '_' encodes the least significant 64 bits of a positive number	Success		0.001
l	Array#pack with format 'l' with modifier '_' encodes the least significant 64 bits of a negative number	Success		0.001
l	Array#pack with format 'l' with modifier '_' encodes a Float truncated as an Integer	Success		0.001
l	Array#pack with format 'l' with modifier '_' calls #to_int to convert the pack argument to an Integer	Success		0.001
l	Array#pack with format 'l' with modifier '_' encodes the number of array elements specified by the count modifier	Success		0.000
l	Array#pack with format 'l' with modifier '_' encodes all remaining elements when passed the '*' modifier	Success		0.000
l	Array#pack with format 'l' with modifier '_' ignores NULL bytes between directives	Success		0.000
l	Array#pack with format 'l' with modifier '_' ignores spaces between directives	Success		0.000
l	Array#pack with format 'l' with modifier '!' encodes the least significant 64 bits of a positive number	Success		0.001
l	Array#pack with format 'l' with modifier '!' encodes the least significant 64 bits of a negative number	Success		0.001
l	Array#pack with format 'l' with modifier '!' encodes a Float truncated as an Integer	Success		0.001
l	Array#pack with format 'l' with modifier '!' calls #to_int to convert the pack argument to an Integer	Success		0.001
l	Array#pack with format 'l' with modifier '!' encodes the number of array elements specified by the count modifier	Success		0.000
l	Array#pack with format 'l' with modifier '!' encodes all remaining elements when passed the '*' modifier	Success		0.000
l	Array#pack with format 'l' with modifier '!' ignores NULL bytes between directives	Success		0.000
l	Array#pack with format 'l' with modifier '!' ignores spaces between directives	Success		0.000
m	Array#pack with format 'M' raises a TypeError when passed nil	Success		0.004
m	Array#pack with format 'M' raises a TypeError when passed an Integer	Success		0.004
m	Array#pack with format 'M' ignores whitespace in the format string	Success		0.007
m	Array#pack with format 'M' calls #to_str to coerce the directives string	Success		0.005
m	Array#pack with format 'M' taints the output string if the format string is tainted	Success		0.004
m	Array#pack with format 'M' raises an ArgumentError if there are fewer elements than the format requires	Success		0.004
m	Array#pack with format 'M' encodes an empty string as an empty string	Success		0.004
m	Array#pack with format 'M' encodes nil as an empty string	Success		0.004
m	Array#pack with format 'M' appends a soft line break at the end of an encoded string	Success		0.005
m	Array#pack with format 'M' does not append a soft break if the string ends with a newline	Success		0.004
m	Array#pack with format 'M' encodes one element for each directive	Success		0.003
m	Array#pack with format 'M' encodes byte values 33..60 directly	Success		0.004
m	Array#pack with format 'M' encodes byte values 62..126 directly	Success		0.004
m	Array#pack with format 'M' encodes an '=' character in hex format	Success		0.004
m	Array#pack with format 'M' encodes an embedded space directly	Success		0.003
m	Array#pack with format 'M' encodes a space at the end of the string directly	Success		0.004
m	Array#pack with format 'M' encodes an embedded tab directly	Success		0.003
m	Array#pack with format 'M' encodes a tab at the end of the string directly	Success		0.004
m	Array#pack with format 'M' encodes an embedded newline directly	Success		0.004
m	Array#pack with format 'M' encodes 0..31 except tab and newline in hex format	Success		0.004
m	Array#pack with format 'M' encodes a tab followed by a newline with an encoded newline	Success		0.004
m	Array#pack with format 'M' encodes 127..255 in hex format	Success		0.005
m	Array#pack with format 'M' emits a soft line break when the output exceeds 72 characters when passed '*', 0, 1, or no count modifier	Success		0.005
m	Array#pack with format 'M' emits a soft line break when the output exceeds count characters	Success		0.005
m	Array#pack with format 'M' encodes a recursive array	Success		0.005
m	Array#pack with format 'M' calls #to_s to convert an object to a String	Success		0.005
m	Array#pack with format 'M' converts the object to a String representation if #to_s does not return a String	Success		0.005
m	Array#pack with format 'M' encodes a Symbol as a String	Success		0.004
m	Array#pack with format 'M' encodes an Integer as a String	Success		0.005
m	Array#pack with format 'M' encodes a Float as a String	Success		0.004
m	Array#pack with format 'M' converts Floats to the minimum unique representation	Success		0.004
m	Array#pack with format 'M' sets the output string to US-ASCII encoding	Success		0.004
m	Array#pack with format 'm' raises a TypeError when passed nil	Success		0.004
m	Array#pack with format 'm' raises a TypeError when passed an Integer	Success		0.004
m	Array#pack with format 'm' ignores whitespace in the format string	Success		0.007
m	Array#pack with format 'm' calls #to_str to coerce the directives string	Success		0.006
m	Array#pack with format 'm' taints the output string if the format string is tainted	Success		0.004
m	Array#pack with format 'm' raises an ArgumentError if there are fewer elements than the format requires	Success		0.004
m	Array#pack with format 'm' encodes an empty string as an empty string	Success		0.004
m	Array#pack with format 'm' appends a newline to the end of the encoded string	Success		0.004
m	Array#pack with format 'm' encodes one element per directive	Success		0.004
m	Array#pack with format 'm' encodes 1, 2, or 3 characters in 4 output characters (Base64 encoding)	Success		0.004
m	Array#pack with format 'm' emits a newline after complete groups of count / 3 input characters when passed a count modifier	Success		0.004
m	Array#pack with format 'm' implicitly has a count of 45 when passed '*', 1, 2 or no count modifier	Success		0.004
m	Array#pack with format 'm' encodes all ascii characters	Success		0.007
m	Array#pack with format 'm' calls #to_str to convert an object to a String	Success		0.005
m	Array#pack with format 'm' raises a TypeError if #to_str does not return a String	Success		0.004
m	Array#pack with format 'm' raises a TypeError if passed nil	Success		0.004
m	Array#pack with format 'm' raises a TypeError if passed an Integer	Success		0.004
m	Array#pack with format 'm' does not emit a newline if passed zero as the count modifier	Success		0.004
m	Array#pack with format 'm' sets the output string to US-ASCII encoding	Success		0.004
n	Array#pack with format 'N' raises a TypeError when passed nil	Success		0.004
n	Array#pack with format 'N' raises a TypeError when passed an Integer	Success		0.004
n	Array#pack with format 'N' ignores whitespace in the format string	Success		0.005
n	Array#pack with format 'N' calls #to_str to coerce the directives string	Success		0.006
n	Array#pack with format 'N' taints the output string if the format string is tainted	Success		0.005
n	Array#pack with format 'N' raises an ArgumentError if there are fewer elements than the format requires	Success		0.004
n	Array#pack with format 'N' returns an empty String if count is zero	Success		0.004
n	Array#pack with format 'N' raises a TypeError when passed nil	Success		0.004
n	Array#pack with format 'N' raises a TypeError when passed true	Success		0.004
n	Array#pack with format 'N' raises a TypeError when passed false	Success		0.004
n	Array#pack with format 'N' returns an ASCII-?BIT string	Success		0.004
n	Array#pack with format 'N' raises a TypeError when the object does not respond to #to_int	Success		0.004
n	Array#pack with format 'N' raises a TypeError when passed a String	Success		0.004
n	Array#pack with format 'N' raises ArgumentError when the format modifier is '_'	Success		0.004
n	Array#pack with format 'N' raises ArgumentError when the format modifier is '!'	Success		0.004
n	Array#pack with format 'N' encodes the least significant 32 bits of a positive number	Success		0.004
n	Array#pack with format 'N' encodes the least significant 32 bits of a negative number	Success		0.004
n	Array#pack with format 'N' encodes a Float truncated as an Integer	Success		0.004
n	Array#pack with format 'N' calls #to_int to convert the pack argument to an Integer	Success		0.005
n	Array#pack with format 'N' encodes the number of array elements specified by the count modifier	Success		0.003
n	Array#pack with format 'N' encodes all remaining elements when passed the '*' modifier	Success		0.004
n	Array#pack with format 'N' ignores NULL bytes between directives	Success		0.004
n	Array#pack with format 'N' ignores spaces between directives	Success		0.004
n	Array#pack with format 'n' raises a TypeError when passed nil	Success		0.004
n	Array#pack with format 'n' raises a TypeError when passed an Integer	Success		0.004
n	Array#pack with format 'n' ignores whitespace in the format string	Success		0.007
n	Array#pack with format 'n' calls #to_str to coerce the directives string	Success		0.006
n	Array#pack with format 'n' taints the output string if the format string is tainted	Success		0.004
n	Array#pack with format 'n' raises an ArgumentError if there are fewer elements than the format requires	Success		0.004
n	Array#pack with format 'n' returns an empty String if count is zero	Success		0.003
n	Array#pack with format 'n' raises a TypeError when passed nil	Success		0.004
n	Array#pack with format 'n' raises a TypeError when passed true	Success		0.004
n	Array#pack with format 'n' raises a TypeError when passed false	Success		0.004
n	Array#pack with format 'n' returns an ASCII-?BIT string	Success		0.004
n	Array#pack with format 'n' raises a TypeError when the object does not respond to #to_int	Success		0.004
n	Array#pack with format 'n' raises a TypeError when passed a String	Success		0.004
n	Array#pack with format 'n' raises ArgumentError when the format modifier is '_'	Success		0.004
n	Array#pack with format 'n' raises ArgumentError when the format modifier is '!'	Success		0.003
n	Array#pack with format 'n' encodes the least significant 16 bits of a positive number	Success		0.004
n	Array#pack with format 'n' encodes the least significant 16 bits of a negative number	Success		0.004
n	Array#pack with format 'n' encodes a Float truncated as an Integer	Success		0.004
n	Array#pack with format 'n' calls #to_int to convert the pack argument to an Integer	Success		0.005
n	Array#pack with format 'n' encodes the number of array elements specified by the count modifier	Success		0.004
n	Array#pack with format 'n' encodes all remaining elements when passed the '*' modifier	Success		0.004
n	Array#pack with format 'n' ignores NULL bytes between directives	Success		0.004
n	Array#pack with format 'n' ignores spaces between directives	Success		0.004
p	Array#pack with format 'P' ignores whitespace in the format string	Success		0.004
p	Array#pack with format 'P' calls #to_str to coerce the directives string	Success		0.003
p	Array#pack with format 'P' taints the output string if the format string is tainted	Success		0.002
p	Array#pack with format 'p' ignores whitespace in the format string	Success		0.003
p	Array#pack with format 'p' calls #to_str to coerce the directives string	Success		0.003
p	Array#pack with format 'p' taints the output string if the format string is tainted	Success		0.002
percent	Array#pack with format '%' raises an Argument Error	Success		0.001
q	Array#pack with format 'Q' raises a TypeError when passed nil	Success		0.004
q	Array#pack with format 'Q' raises a TypeError when passed an Integer	Success		0.004
q	Array#pack with format 'Q' ignores whitespace in the format string	Success		0.006
q	Array#pack with format 'Q' calls #to_str to coerce the directives string	Success		0.005
q	Array#pack with format 'Q' taints the output string if the format string is tainted	Success		0.004
q	Array#pack with format 'Q' raises an ArgumentError if there are fewer elements than the format requires	Success		0.004
q	Array#pack with format 'Q' returns an empty String if count is zero	Success		0.004
q	Array#pack with format 'Q' raises a TypeError when passed nil	Success		0.004
q	Array#pack with format 'Q' raises a TypeError when passed true	Success		0.004
q	Array#pack with format 'Q' raises a TypeError when passed false	Success		0.004
q	Array#pack with format 'Q' returns an ASCII-?BIT string	Success		0.004
q	Array#pack with format 'Q' raises a TypeError when the object does not respond to #to_int	Success		0.004
q	Array#pack with format 'Q' raises a TypeError when passed a String	Success		0.004
q	Array#pack with format 'q' raises a TypeError when passed nil	Success		0.004
q	Array#pack with format 'q' raises a TypeError when passed an Integer	Success		0.004
q	Array#pack with format 'q' ignores whitespace in the format string	Success		0.006
q	Array#pack with format 'q' calls #to_str to coerce the directives string	Success		0.005
q	Array#pack with format 'q' taints the output string if the format string is tainted	Success		0.004
q	Array#pack with format 'q' raises an ArgumentError if there are fewer elements than the format requires	Success		0.004
q	Array#pack with format 'q' returns an empty String if count is zero	Success		0.004
q	Array#pack with format 'q' raises a TypeError when passed nil	Success		0.004
q	Array#pack with format 'q' raises a TypeError when passed true	Success		0.004
q	Array#pack with format 'q' raises a TypeError when passed false	Success		0.004
q	Array#pack with format 'q' returns an ASCII-?BIT string	Success		0.004
q	Array#pack with format 'q' raises a TypeError when the object does not respond to #to_int	Success		0.004
q	Array#pack with format 'q' raises a TypeError when passed a String	Success		0.004
q	Array#pack with format 'Q' with modifier '<' encodes the least significant 64 bits of a positive number	Success		0.001
q	Array#pack with format 'Q' with modifier '<' encodes the least significant 64 bits of a negative number	Success		0.001
q	Array#pack with format 'Q' with modifier '<' encodes a Float truncated as an Integer	Success		0.001
q	Array#pack with format 'Q' with modifier '<' calls #to_int to convert the pack argument to an Integer	Success		0.001
q	Array#pack with format 'Q' with modifier '<' encodes the number of array elements specified by the count modifier	Success		0.001
q	Array#pack with format 'Q' with modifier '<' encodes all remaining elements when passed the '*' modifier	Success		0.000
q	Array#pack with format 'Q' with modifier '<' ignores NULL bytes between directives	Success		0.000
q	Array#pack with format 'Q' with modifier '<' ignores spaces between directives	Success		0.000
q	Array#pack with format 'Q' with modifier '>' encodes the least significant 64 bits of a positive number	Success		0.001
q	Array#pack with format 'Q' with modifier '>' encodes the least significant 64 bits of a negative number	Success		0.001
q	Array#pack with format 'Q' with modifier '>' encodes a Float truncated as an Integer	Success		0.001
q	Array#pack with format 'Q' with modifier '>' calls #to_int to convert the pack argument to an Integer	Success		0.001
q	Array#pack with format 'Q' with modifier '>' encodes the number of array elements specified by the count modifier	Success		0.000
q	Array#pack with format 'Q' with modifier '>' encodes all remaining elements when passed the '*' modifier	Success		0.000
q	Array#pack with format 'Q' with modifier '>' ignores NULL bytes between directives	Success		0.001
q	Array#pack with format 'Q' with modifier '>' ignores spaces between directives	Success		0.000
q	Array#pack with format 'q' with modifier '<' encodes the least significant 64 bits of a positive number	Success		0.001
q	Array#pack with format 'q' with modifier '<' encodes the least significant 64 bits of a negative number	Success		0.001
q	Array#pack with format 'q' with modifier '<' encodes a Float truncated as an Integer	Success		0.001
q	Array#pack with format 'q' with modifier '<' calls #to_int to convert the pack argument to an Integer	Success		0.001
q	Array#pack with format 'q' with modifier '<' encodes the number of array elements specified by the count modifier	Success		0.000
q	Array#pack with format 'q' with modifier '<' encodes all remaining elements when passed the '*' modifier	Success		0.000
q	Array#pack with format 'q' with modifier '<' ignores NULL bytes between directives	Success		0.000
q	Array#pack with format 'q' with modifier '<' ignores spaces between directives	Success		0.000
q	Array#pack with format 'q' with modifier '>' encodes the least significant 64 bits of a positive number	Success		0.001
q	Array#pack with format 'q' with modifier '>' encodes the least significant 64 bits of a negative number	Success		0.001
q	Array#pack with format 'q' with modifier '>' encodes a Float truncated as an Integer	Success		0.001
q	Array#pack with format 'q' with modifier '>' calls #to_int to convert the pack argument to an Integer	Success		0.001
q	Array#pack with format 'q' with modifier '>' encodes the number of array elements specified by the count modifier	Success		0.000
q	Array#pack with format 'q' with modifier '>' encodes all remaining elements when passed the '*' modifier	Success		0.001
q	Array#pack with format 'q' with modifier '>' ignores NULL bytes between directives	Success		0.000
q	Array#pack with format 'q' with modifier '>' ignores spaces between directives	Success		0.000
q	Array#pack with format 'Q' encodes the least significant 64 bits of a positive number	Success		0.001
q	Array#pack with format 'Q' encodes the least significant 64 bits of a negative number	Success		0.001
q	Array#pack with format 'Q' encodes a Float truncated as an Integer	Success		0.001
q	Array#pack with format 'Q' calls #to_int to convert the pack argument to an Integer	Success		0.001
q	Array#pack with format 'Q' encodes the number of array elements specified by the count modifier	Success		0.000
q	Array#pack with format 'Q' encodes all remaining elements when passed the '*' modifier	Success		0.000
q	Array#pack with format 'Q' ignores NULL bytes between directives	Success		0.000
q	Array#pack with format 'Q' ignores spaces between directives	Success		0.000
q	Array#pack with format 'q' encodes the least significant 64 bits of a positive number	Success		0.001
q	Array#pack with format 'q' encodes the least significant 64 bits of a negative number	Success		0.001
q	Array#pack with format 'q' encodes a Float truncated as an Integer	Success		0.001
q	Array#pack with format 'q' calls #to_int to convert the pack argument to an Integer	Success		0.001
q	Array#pack with format 'q' encodes the number of array elements specified by the count modifier	Success		0.000
q	Array#pack with format 'q' encodes all remaining elements when passed the '*' modifier	Success		0.000
q	Array#pack with format 'q' ignores NULL bytes between directives	Success		0.000
q	Array#pack with format 'q' ignores spaces between directives	Success		0.000
s	Array#pack with format 'S' raises a TypeError when passed nil	Success		0.004
s	Array#pack with format 'S' raises a TypeError when passed an Integer	Success		0.003
s	Array#pack with format 'S' ignores whitespace in the format string	Success		0.007
s	Array#pack with format 'S' calls #to_str to coerce the directives string	Success		0.005
s	Array#pack with format 'S' taints the output string if the format string is tainted	Success		0.004
s	Array#pack with format 'S' raises an ArgumentError if there are fewer elements than the format requires	Success		0.004
s	Array#pack with format 'S' returns an empty String if count is zero	Success		0.026
s	Array#pack with format 'S' raises a TypeError when passed nil	Success		0.004
s	Array#pack with format 'S' raises a TypeError when passed true	Success		0.003
s	Array#pack with format 'S' raises a TypeError when passed false	Success		0.004
s	Array#pack with format 'S' returns an ASCII-?BIT string	Success		0.004
s	Array#pack with format 'S' raises a TypeError when the object does not respond to #to_int	Success		0.004
s	Array#pack with format 'S' raises a TypeError when passed a String	Success		0.004
s	Array#pack with format 's' raises a TypeError when passed nil	Success		0.004
s	Array#pack with format 's' raises a TypeError when passed an Integer	Success		0.004
s	Array#pack with format 's' ignores whitespace in the format string	Success		0.007
s	Array#pack with format 's' calls #to_str to coerce the directives string	Success		0.006
s	Array#pack with format 's' taints the output string if the format string is tainted	Success		0.004
s	Array#pack with format 's' raises an ArgumentError if there are fewer elements than the format requires	Success		0.004
s	Array#pack with format 's' returns an empty String if count is zero	Success		0.004
s	Array#pack with format 's' raises a TypeError when passed nil	Success		0.004
s	Array#pack with format 's' raises a TypeError when passed true	Success		0.003
s	Array#pack with format 's' raises a TypeError when passed false	Success		0.003
s	Array#pack with format 's' returns an ASCII-?BIT string	Success		0.004
s	Array#pack with format 's' raises a TypeError when the object does not respond to #to_int	Success		0.004
s	Array#pack with format 's' raises a TypeError when passed a String	Success		0.003
s	Array#pack with format 'S' with modifier '<' encodes the least significant 16 bits of a positive number	Success		0.002
s	Array#pack with format 'S' with modifier '<' encodes the least significant 16 bits of a negative number	Success		0.001
s	Array#pack with format 'S' with modifier '<' encodes a Float truncated as an Integer	Success		0.001
s	Array#pack with format 'S' with modifier '<' calls #to_int to convert the pack argument to an Integer	Success		0.002
s	Array#pack with format 'S' with modifier '<' encodes the number of array elements specified by the count modifier	Success		0.001
s	Array#pack with format 'S' with modifier '<' encodes all remaining elements when passed the '*' modifier	Success		0.000
s	Array#pack with format 'S' with modifier '<' ignores NULL bytes between directives	Success		0.001
s	Array#pack with format 'S' with modifier '<' ignores spaces between directives	Success		0.001
s	Array#pack with format 'S' with modifier '<' and '_' encodes the least significant 16 bits of a positive number	Success		0.001
s	Array#pack with format 'S' with modifier '<' and '_' encodes the least significant 16 bits of a negative number	Success		0.001
s	Array#pack with format 'S' with modifier '<' and '_' encodes a Float truncated as an Integer	Success		0.001
s	Array#pack with format 'S' with modifier '<' and '_' calls #to_int to convert the pack argument to an Integer	Success		0.001
s	Array#pack with format 'S' with modifier '<' and '_' encodes the number of array elements specified by the count modifier	Success		0.000
s	Array#pack with format 'S' with modifier '<' and '_' encodes all remaining elements when passed the '*' modifier	Success		0.000
s	Array#pack with format 'S' with modifier '<' and '_' ignores NULL bytes between directives	Success		0.000
s	Array#pack with format 'S' with modifier '<' and '_' ignores spaces between directives	Success		0.000
s	Array#pack with format 'S' with modifier '<' and '_' encodes the least significant 16 bits of a positive number	Success		0.001
s	Array#pack with format 'S' with modifier '<' and '_' encodes the least significant 16 bits of a negative number	Success		0.001
s	Array#pack with format 'S' with modifier '<' and '_' encodes a Float truncated as an Integer	Success		0.001
s	Array#pack with format 'S' with modifier '<' and '_' calls #to_int to convert the pack argument to an Integer	Success		0.001
s	Array#pack with format 'S' with modifier '<' and '_' encodes the number of array elements specified by the count modifier	Success		0.000
s	Array#pack with format 'S' with modifier '<' and '_' encodes all remaining elements when passed the '*' modifier	Success		0.000
s	Array#pack with format 'S' with modifier '<' and '_' ignores NULL bytes between directives	Success		0.000
s	Array#pack with format 'S' with modifier '<' and '_' ignores spaces between directives	Success		0.000
s	Array#pack with format 'S' with modifier '<' and '!' encodes the least significant 16 bits of a positive number	Success		0.001
s	Array#pack with format 'S' with modifier '<' and '!' encodes the least significant 16 bits of a negative number	Success		0.001
s	Array#pack with format 'S' with modifier '<' and '!' encodes a Float truncated as an Integer	Success		0.001
s	Array#pack with format 'S' with modifier '<' and '!' calls #to_int to convert the pack argument to an Integer	Success		0.001
s	Array#pack with format 'S' with modifier '<' and '!' encodes the number of array elements specified by the count modifier	Success		0.000
s	Array#pack with format 'S' with modifier '<' and '!' encodes all remaining elements when passed the '*' modifier	Success		0.000
s	Array#pack with format 'S' with modifier '<' and '!' ignores NULL bytes between directives	Success		0.000
s	Array#pack with format 'S' with modifier '<' and '!' ignores spaces between directives	Success		0.000
s	Array#pack with format 'S' with modifier '<' and '!' encodes the least significant 16 bits of a positive number	Success		0.001
s	Array#pack with format 'S' with modifier '<' and '!' encodes the least significant 16 bits of a negative number	Success		0.001
s	Array#pack with format 'S' with modifier '<' and '!' encodes a Float truncated as an Integer	Success		0.001
s	Array#pack with format 'S' with modifier '<' and '!' calls #to_int to convert the pack argument to an Integer	Success		0.002
s	Array#pack with format 'S' with modifier '<' and '!' encodes the number of array elements specified by the count modifier	Success		0.000
s	Array#pack with format 'S' with modifier '<' and '!' encodes all remaining elements when passed the '*' modifier	Success		0.000
s	Array#pack with format 'S' with modifier '<' and '!' ignores NULL bytes between directives	Success		0.000
s	Array#pack with format 'S' with modifier '<' and '!' ignores spaces between directives	Success		0.000
s	Array#pack with format 'S' with modifier '>' encodes the least significant 16 bits of a positive number	Success		0.001
s	Array#pack with format 'S' with modifier '>' encodes the least significant 16 bits of a negative number	Success		0.001
s	Array#pack with format 'S' with modifier '>' encodes a Float truncated as an Integer	Success		0.001
s	Array#pack with format 'S' with modifier '>' calls #to_int to convert the pack argument to an Integer	Success		0.001
s	Array#pack with format 'S' with modifier '>' encodes the number of array elements specified by the count modifier	Success		0.001
s	Array#pack with format 'S' with modifier '>' encodes all remaining elements when passed the '*' modifier	Success		0.000
s	Array#pack with format 'S' with modifier '>' ignores NULL bytes between directives	Success		0.001
s	Array#pack with format 'S' with modifier '>' ignores spaces between directives	Success		0.000
s	Array#pack with format 'S' with modifier '>' and '_' encodes the least significant 16 bits of a positive number	Success		0.001
s	Array#pack with format 'S' with modifier '>' and '_' encodes the least significant 16 bits of a negative number	Success		0.001
s	Array#pack with format 'S' with modifier '>' and '_' encodes a Float truncated as an Integer	Success		0.001
s	Array#pack with format 'S' with modifier '>' and '_' calls #to_int to convert the pack argument to an Integer	Success		0.001
s	Array#pack with format 'S' with modifier '>' and '_' encodes the number of array elements specified by the count modifier	Success		0.000
s	Array#pack with format 'S' with modifier '>' and '_' encodes all remaining elements when passed the '*' modifier	Success		0.001
s	Array#pack with format 'S' with modifier '>' and '_' ignores NULL bytes between directives	Success		0.000
s	Array#pack with format 'S' with modifier '>' and '_' ignores spaces between directives	Success		0.000
s	Array#pack with format 'S' with modifier '>' and '_' encodes the least significant 16 bits of a positive number	Success		0.001
s	Array#pack with format 'S' with modifier '>' and '_' encodes the least significant 16 bits of a negative number	Success		0.001
s	Array#pack with format 'S' with modifier '>' and '_' encodes a Float truncated as an Integer	Success		0.001
s	Array#pack with format 'S' with modifier '>' and '_' calls #to_int to convert the pack argument to an Integer	Success		0.001
s	Array#pack with format 'S' with modifier '>' and '_' encodes the number of array elements specified by the count modifier	Success		0.000
s	Array#pack with format 'S' with modifier '>' and '_' encodes all remaining elements when passed the '*' modifier	Success		0.000
s	Array#pack with format 'S' with modifier '>' and '_' ignores NULL bytes between directives	Success		0.000
s	Array#pack with format 'S' with modifier '>' and '_' ignores spaces between directives	Success		0.000
s	Array#pack with format 'S' with modifier '>' and '!' encodes the least significant 16 bits of a positive number	Success		0.001
s	Array#pack with format 'S' with modifier '>' and '!' encodes the least significant 16 bits of a negative number	Success		0.001
s	Array#pack with format 'S' with modifier '>' and '!' encodes a Float truncated as an Integer	Success		0.001
s	Array#pack with format 'S' with modifier '>' and '!' calls #to_int to convert the pack argument to an Integer	Success		0.001
s	Array#pack with format 'S' with modifier '>' and '!' encodes the number of array elements specified by the count modifier	Success		0.000
s	Array#pack with format 'S' with modifier '>' and '!' encodes all remaining elements when passed the '*' modifier	Success		0.000
s	Array#pack with format 'S' with modifier '>' and '!' ignores NULL bytes between directives	Success		0.000
s	Array#pack with format 'S' with modifier '>' and '!' ignores spaces between directives	Success		0.000
s	Array#pack with format 'S' with modifier '>' and '!' encodes the least significant 16 bits of a positive number	Success		0.001
s	Array#pack with format 'S' with modifier '>' and '!' encodes the least significant 16 bits of a negative number	Success		0.001
s	Array#pack with format 'S' with modifier '>' and '!' encodes a Float truncated as an Integer	Success		0.001
s	Array#pack with format 'S' with modifier '>' and '!' calls #to_int to convert the pack argument to an Integer	Success		0.001
s	Array#pack with format 'S' with modifier '>' and '!' encodes the number of array elements specified by the count modifier	Success		0.000
s	Array#pack with format 'S' with modifier '>' and '!' encodes all remaining elements when passed the '*' modifier	Success		0.000
s	Array#pack with format 'S' with modifier '>' and '!' ignores NULL bytes between directives	Success		0.001
s	Array#pack with format 'S' with modifier '>' and '!' ignores spaces between directives	Success		0.000
s	Array#pack with format 's' with modifier '<' encodes the least significant 16 bits of a positive number	Success		0.001
s	Array#pack with format 's' with modifier '<' encodes the least significant 16 bits of a negative number	Success		0.001
s	Array#pack with format 's' with modifier '<' encodes a Float truncated as an Integer	Success		0.001
s	Array#pack with format 's' with modifier '<' calls #to_int to convert the pack argument to an Integer	Success		0.001
s	Array#pack with format 's' with modifier '<' encodes the number of array elements specified by the count modifier	Success		0.001
s	Array#pack with format 's' with modifier '<' encodes all remaining elements when passed the '*' modifier	Success		0.000
s	Array#pack with format 's' with modifier '<' ignores NULL bytes between directives	Success		0.000
s	Array#pack with format 's' with modifier '<' ignores spaces between directives	Success		0.000
s	Array#pack with format 's' with modifier '<' and '_' encodes the least significant 16 bits of a positive number	Success		0.001
s	Array#pack with format 's' with modifier '<' and '_' encodes the least significant 16 bits of a negative number	Success		0.001
s	Array#pack with format 's' with modifier '<' and '_' encodes a Float truncated as an Integer	Success		0.001
s	Array#pack with format 's' with modifier '<' and '_' calls #to_int to convert the pack argument to an Integer	Success		0.001
s	Array#pack with format 's' with modifier '<' and '_' encodes the number of array elements specified by the count modifier	Success		0.000
s	Array#pack with format 's' with modifier '<' and '_' encodes all remaining elements when passed the '*' modifier	Success		0.000
s	Array#pack with format 's' with modifier '<' and '_' ignores NULL bytes between directives	Success		0.000
s	Array#pack with format 's' with modifier '<' and '_' ignores spaces between directives	Success		0.000
s	Array#pack with format 's' with modifier '<' and '_' encodes the least significant 16 bits of a positive number	Success		0.001
s	Array#pack with format 's' with modifier '<' and '_' encodes the least significant 16 bits of a negative number	Success		0.001
s	Array#pack with format 's' with modifier '<' and '_' encodes a Float truncated as an Integer	Success		0.001
s	Array#pack with format 's' with modifier '<' and '_' calls #to_int to convert the pack argument to an Integer	Success		0.001
s	Array#pack with format 's' with modifier '<' and '_' encodes the number of array elements specified by the count modifier	Success		0.000
s	Array#pack with format 's' with modifier '<' and '_' encodes all remaining elements when passed the '*' modifier	Success		0.000
s	Array#pack with format 's' with modifier '<' and '_' ignores NULL bytes between directives	Success		0.000
s	Array#pack with format 's' with modifier '<' and '_' ignores spaces between directives	Success		0.000
s	Array#pack with format 's' with modifier '<' and '!' encodes the least significant 16 bits of a positive number	Success		0.001
s	Array#pack with format 's' with modifier '<' and '!' encodes the least significant 16 bits of a negative number	Success		0.001
s	Array#pack with format 's' with modifier '<' and '!' encodes a Float truncated as an Integer	Success		0.001
s	Array#pack with format 's' with modifier '<' and '!' calls #to_int to convert the pack argument to an Integer	Success		0.001
s	Array#pack with format 's' with modifier '<' and '!' encodes the number of array elements specified by the count modifier	Success		0.000
s	Array#pack with format 's' with modifier '<' and '!' encodes all remaining elements when passed the '*' modifier	Success		0.000
s	Array#pack with format 's' with modifier '<' and '!' ignores NULL bytes between directives	Success		0.000
s	Array#pack with format 's' with modifier '<' and '!' ignores spaces between directives	Success		0.000
s	Array#pack with format 's' with modifier '<' and '!' encodes the least significant 16 bits of a positive number	Success		0.001
s	Array#pack with format 's' with modifier '<' and '!' encodes the least significant 16 bits of a negative number	Success		0.001
s	Array#pack with format 's' with modifier '<' and '!' encodes a Float truncated as an Integer	Success		0.001
s	Array#pack with format 's' with modifier '<' and '!' calls #to_int to convert the pack argument to an Integer	Success		0.001
s	Array#pack with format 's' with modifier '<' and '!' encodes the number of array elements specified by the count modifier	Success		0.000
s	Array#pack with format 's' with modifier '<' and '!' encodes all remaining elements when passed the '*' modifier	Success		0.000
s	Array#pack with format 's' with modifier '<' and '!' ignores NULL bytes between directives	Success		0.000
s	Array#pack with format 's' with modifier '<' and '!' ignores spaces between directives	Success		0.000
s	Array#pack with format 's' with modifier '>' encodes the least significant 16 bits of a positive number	Success		0.001
s	Array#pack with format 's' with modifier '>' encodes the least significant 16 bits of a negative number	Success		0.001
s	Array#pack with format 's' with modifier '>' encodes a Float truncated as an Integer	Success		0.001
s	Array#pack with format 's' with modifier '>' calls #to_int to convert the pack argument to an Integer	Success		0.001
s	Array#pack with format 's' with modifier '>' encodes the number of array elements specified by the count modifier	Success		0.001
s	Array#pack with format 's' with modifier '>' encodes all remaining elements when passed the '*' modifier	Success		0.000
s	Array#pack with format 's' with modifier '>' ignores NULL bytes between directives	Success		0.000
s	Array#pack with format 's' with modifier '>' ignores spaces between directives	Success		0.000
s	Array#pack with format 's' with modifier '>' and '_' encodes the least significant 16 bits of a positive number	Success		0.001
s	Array#pack with format 's' with modifier '>' and '_' encodes the least significant 16 bits of a negative number	Success		0.001
s	Array#pack with format 's' with modifier '>' and '_' encodes a Float truncated as an Integer	Success		0.001
s	Array#pack with format 's' with modifier '>' and '_' calls #to_int to convert the pack argument to an Integer	Success		0.001
s	Array#pack with format 's' with modifier '>' and '_' encodes the number of array elements specified by the count modifier	Success		0.000
s	Array#pack with format 's' with modifier '>' and '_' encodes all remaining elements when passed the '*' modifier	Success		0.000
s	Array#pack with format 's' with modifier '>' and '_' ignores NULL bytes between directives	Success		0.000
s	Array#pack with format 's' with modifier '>' and '_' ignores spaces between directives	Success		0.000
s	Array#pack with format 's' with modifier '>' and '_' encodes the least significant 16 bits of a positive number	Success		0.001
s	Array#pack with format 's' with modifier '>' and '_' encodes the least significant 16 bits of a negative number	Success		0.001
s	Array#pack with format 's' with modifier '>' and '_' encodes a Float truncated as an Integer	Success		0.001
s	Array#pack with format 's' with modifier '>' and '_' calls #to_int to convert the pack argument to an Integer	Success		0.001
s	Array#pack with format 's' with modifier '>' and '_' encodes the number of array elements specified by the count modifier	Success		0.000
s	Array#pack with format 's' with modifier '>' and '_' encodes all remaining elements when passed the '*' modifier	Success		0.000
s	Array#pack with format 's' with modifier '>' and '_' ignores NULL bytes between directives	Success		0.000
s	Array#pack with format 's' with modifier '>' and '_' ignores spaces between directives	Success		0.000
s	Array#pack with format 's' with modifier '>' and '!' encodes the least significant 16 bits of a positive number	Success		0.001
s	Array#pack with format 's' with modifier '>' and '!' encodes the least significant 16 bits of a negative number	Success		0.001
s	Array#pack with format 's' with modifier '>' and '!' encodes a Float truncated as an Integer	Success		0.001
s	Array#pack with format 's' with modifier '>' and '!' calls #to_int to convert the pack argument to an Integer	Success		0.001
s	Array#pack with format 's' with modifier '>' and '!' encodes the number of array elements specified by the count modifier	Success		0.000
s	Array#pack with format 's' with modifier '>' and '!' encodes all remaining elements when passed the '*' modifier	Success		0.000
s	Array#pack with format 's' with modifier '>' and '!' ignores NULL bytes between directives	Success		0.000
s	Array#pack with format 's' with modifier '>' and '!' ignores spaces between directives	Success		0.001
s	Array#pack with format 's' with modifier '>' and '!' encodes the least significant 16 bits of a positive number	Success		0.001
s	Array#pack with format 's' with modifier '>' and '!' encodes the least significant 16 bits of a negative number	Success		0.001
s	Array#pack with format 's' with modifier '>' and '!' encodes a Float truncated as an Integer	Success		0.001
s	Array#pack with format 's' with modifier '>' and '!' calls #to_int to convert the pack argument to an Integer	Success		0.001
s	Array#pack with format 's' with modifier '>' and '!' encodes the number of array elements specified by the count modifier	Success		0.000
s	Array#pack with format 's' with modifier '>' and '!' encodes all remaining elements when passed the '*' modifier	Success		0.000
s	Array#pack with format 's' with modifier '>' and '!' ignores NULL bytes between directives	Success		0.000
s	Array#pack with format 's' with modifier '>' and '!' ignores spaces between directives	Success		0.000
s	Array#pack with format 'S' encodes the least significant 16 bits of a positive number	Success		0.001
s	Array#pack with format 'S' encodes the least significant 16 bits of a negative number	Success		0.001
s	Array#pack with format 'S' encodes a Float truncated as an Integer	Success		0.001
s	Array#pack with format 'S' calls #to_int to convert the pack argument to an Integer	Success		0.001
s	Array#pack with format 'S' encodes the number of array elements specified by the count modifier	Success		0.000
s	Array#pack with format 'S' encodes all remaining elements when passed the '*' modifier	Success		0.000
s	Array#pack with format 'S' ignores NULL bytes between directives	Success		0.000
s	Array#pack with format 'S' ignores spaces between directives	Success		0.000
s	Array#pack with format 'S' with modifier '_' encodes the least significant 16 bits of a positive number	Success		0.001
s	Array#pack with format 'S' with modifier '_' encodes the least significant 16 bits of a negative number	Success		0.001
s	Array#pack with format 'S' with modifier '_' encodes a Float truncated as an Integer	Success		0.001
s	Array#pack with format 'S' with modifier '_' calls #to_int to convert the pack argument to an Integer	Success		0.001
s	Array#pack with format 'S' with modifier '_' encodes the number of array elements specified by the count modifier	Success		0.000
s	Array#pack with format 'S' with modifier '_' encodes all remaining elements when passed the '*' modifier	Success		0.000
s	Array#pack with format 'S' with modifier '_' ignores NULL bytes between directives	Success		0.000
s	Array#pack with format 'S' with modifier '_' ignores spaces between directives	Success		0.000
s	Array#pack with format 'S' with modifier '!' encodes the least significant 16 bits of a positive number	Success		0.001
s	Array#pack with format 'S' with modifier '!' encodes the least significant 16 bits of a negative number	Success		0.001
s	Array#pack with format 'S' with modifier '!' encodes a Float truncated as an Integer	Success		0.001
s	Array#pack with format 'S' with modifier '!' calls #to_int to convert the pack argument to an Integer	Success		0.001
s	Array#pack with format 'S' with modifier '!' encodes the number of array elements specified by the count modifier	Success		0.000
s	Array#pack with format 'S' with modifier '!' encodes all remaining elements when passed the '*' modifier	Success		0.000
s	Array#pack with format 'S' with modifier '!' ignores NULL bytes between directives	Success		0.000
s	Array#pack with format 'S' with modifier '!' ignores spaces between directives	Success		0.000
s	Array#pack with format 's' encodes the least significant 16 bits of a positive number	Success		0.001
s	Array#pack with format 's' encodes the least significant 16 bits of a negative number	Success		0.001
s	Array#pack with format 's' encodes a Float truncated as an Integer	Success		0.001
s	Array#pack with format 's' calls #to_int to convert the pack argument to an Integer	Success		0.001
s	Array#pack with format 's' encodes the number of array elements specified by the count modifier	Success		0.000
s	Array#pack with format 's' encodes all remaining elements when passed the '*' modifier	Success		0.000
s	Array#pack with format 's' ignores NULL bytes between directives	Success		0.000
s	Array#pack with format 's' ignores spaces between directives	Success		0.000
s	Array#pack with format 's' with modifier '_' encodes the least significant 16 bits of a positive number	Success		0.001
s	Array#pack with format 's' with modifier '_' encodes the least significant 16 bits of a negative number	Success		0.001
s	Array#pack with format 's' with modifier '_' encodes a Float truncated as an Integer	Success		0.001
s	Array#pack with format 's' with modifier '_' calls #to_int to convert the pack argument to an Integer	Success		0.001
s	Array#pack with format 's' with modifier '_' encodes the number of array elements specified by the count modifier	Success		0.000
s	Array#pack with format 's' with modifier '_' encodes all remaining elements when passed the '*' modifier	Success		0.000
s	Array#pack with format 's' with modifier '_' ignores NULL bytes between directives	Success		0.000
s	Array#pack with format 's' with modifier '_' ignores spaces between directives	Success		0.000
s	Array#pack with format 's' with modifier '!' encodes the least significant 16 bits of a positive number	Success		0.001
s	Array#pack with format 's' with modifier '!' encodes the least significant 16 bits of a negative number	Success		0.001
s	Array#pack with format 's' with modifier '!' encodes a Float truncated as an Integer	Success		0.001
s	Array#pack with format 's' with modifier '!' calls #to_int to convert the pack argument to an Integer	Success		0.001
s	Array#pack with format 's' with modifier '!' encodes the number of array elements specified by the count modifier	Success		0.000
s	Array#pack with format 's' with modifier '!' encodes all remaining elements when passed the '*' modifier	Success		0.000
s	Array#pack with format 's' with modifier '!' ignores NULL bytes between directives	Success		0.000
s	Array#pack with format 's' with modifier '!' ignores spaces between directives	Success		0.000
u	Array#pack with format 'U' raises a TypeError when passed nil	Success		0.004
u	Array#pack with format 'U' raises a TypeError when passed an Integer	Success		0.004
u	Array#pack with format 'U' ignores whitespace in the format string	Success		0.005
u	Array#pack with format 'U' calls #to_str to coerce the directives string	Success		0.005
u	Array#pack with format 'U' taints the output string if the format string is tainted	Success		0.004
u	Array#pack with format 'U' raises an ArgumentError if there are fewer elements than the format requires	Success		0.004
u	Array#pack with format 'U' encodes ASCII values as a Unicode codepoint	Success		0.004
u	Array#pack with format 'U' encodes UTF-? BMP codepoints	Success		0.004
u	Array#pack with format 'U' constructs strings with valid encodings	Success		0.004
u	Array#pack with format 'U' encodes UTF-? max codepoints	Success		0.004
u	Array#pack with format 'U' encodes values larger than UTF-? max codepoints	Success		0.004
u	Array#pack with format 'U' encodes the number of array elements specified by the count modifier	Success		0.003
u	Array#pack with format 'U' encodes all remaining elements when passed the '*' modifier	Success		0.003
u	Array#pack with format 'U' calls #to_int to convert the pack argument to an Integer	Success		0.004
u	Array#pack with format 'U' raises a TypeError if #to_int does not return an Integer	Success		0.005
u	Array#pack with format 'U' ignores NULL bytes between directives	Success		0.003
u	Array#pack with format 'U' ignores spaces between directives	Success		0.003
u	Array#pack with format 'U' raises a RangeError if passed a negative number	Success		0.004
u	Array#pack with format 'U' raises a RangeError if passed a number larger than an unsigned 32-bit integer	Success		0.004
u	Array#pack with format 'U' sets the output string to UTF-? encoding	Success		0.004
u	Array#pack with format 'u' raises a TypeError when passed nil	Success		0.004
u	Array#pack with format 'u' raises a TypeError when passed an Integer	Success		0.003
u	Array#pack with format 'u' ignores whitespace in the format string	Success		0.005
u	Array#pack with format 'u' calls #to_str to coerce the directives string	Success		0.005
u	Array#pack with format 'u' taints the output string if the format string is tainted	Success		0.004
u	Array#pack with format 'u' raises an ArgumentError if there are fewer elements than the format requires	Success		0.003
u	Array#pack with format 'u' encodes an empty string as an empty string	Success		0.004
u	Array#pack with format 'u' appends a newline to the end of the encoded string	Success		0.003
u	Array#pack with format 'u' encodes one element per directive	Success		0.003
u	Array#pack with format 'u' prepends the length of each segment of the input string as the first character (+32) in each line of the output	Success		0.003
u	Array#pack with format 'u' encodes 1, 2, or 3 characters in 4 output characters (uuencoding)	Success		0.004
u	Array#pack with format 'u' emits a newline after complete groups of count / 3 input characters when passed a count modifier	Success		0.003
u	Array#pack with format 'u' implicitly has a count of 45 when passed '*', 0, 1, 2 or no count modifier	Success		0.004
u	Array#pack with format 'u' encodes all ascii characters	Success		0.006
u	Array#pack with format 'u' calls #to_str to convert an object to a String	Success		0.005
u	Array#pack with format 'u' raises a TypeError if #to_str does not return a String	Success		0.004
u	Array#pack with format 'u' raises a TypeError if passed nil	Success		0.004
u	Array#pack with format 'u' raises a TypeError if passed an Integer	Success		0.004
u	Array#pack with format 'u' sets the output string to US-ASCII encoding	Success		0.003
v	Array#pack with format 'V' raises a TypeError when passed nil	Success		0.004
v	Array#pack with format 'V' raises a TypeError when passed an Integer	Success		0.003
v	Array#pack with format 'V' ignores whitespace in the format string	Success		0.005
v	Array#pack with format 'V' calls #to_str to coerce the directives string	Success		0.005
v	Array#pack with format 'V' taints the output string if the format string is tainted	Success		0.004
v	Array#pack with format 'V' raises an ArgumentError if there are fewer elements than the format requires	Success		0.003
v	Array#pack with format 'V' returns an empty String if count is zero	Success		0.004
v	Array#pack with format 'V' raises a TypeError when passed nil	Success		0.003
v	Array#pack with format 'V' raises a TypeError when passed true	Success		0.003
v	Array#pack with format 'V' raises a TypeError when passed false	Success		0.004
v	Array#pack with format 'V' returns an ASCII-?BIT string	Success		0.003
v	Array#pack with format 'V' raises a TypeError when the object does not respond to #to_int	Success		0.003
v	Array#pack with format 'V' raises a TypeError when passed a String	Success		0.003
v	Array#pack with format 'V' raises ArgumentError when the format modifier is '_'	Success		0.004
v	Array#pack with format 'V' raises ArgumentError when the format modifier is '!'	Success		0.003
v	Array#pack with format 'V' encodes the least significant 32 bits of a positive number	Success		0.003
v	Array#pack with format 'V' encodes the least significant 32 bits of a negative number	Success		0.003
v	Array#pack with format 'V' encodes a Float truncated as an Integer	Success		0.004
v	Array#pack with format 'V' calls #to_int to convert the pack argument to an Integer	Success		0.004
v	Array#pack with format 'V' encodes the number of array elements specified by the count modifier	Success		0.003
v	Array#pack with format 'V' encodes all remaining elements when passed the '*' modifier	Success		0.003
v	Array#pack with format 'V' ignores NULL bytes between directives	Success		0.004
v	Array#pack with format 'V' ignores spaces between directives	Success		0.003
v	Array#pack with format 'v' raises a TypeError when passed nil	Success		0.004
v	Array#pack with format 'v' raises a TypeError when passed an Integer	Success		0.003
v	Array#pack with format 'v' ignores whitespace in the format string	Success		0.005
v	Array#pack with format 'v' calls #to_str to coerce the directives string	Success		0.005
v	Array#pack with format 'v' taints the output string if the format string is tainted	Success		0.004
v	Array#pack with format 'v' raises an ArgumentError if there are fewer elements than the format requires	Success		0.004
v	Array#pack with format 'v' returns an empty String if count is zero	Success		0.003
v	Array#pack with format 'v' raises a TypeError when passed nil	Success		0.003
v	Array#pack with format 'v' raises a TypeError when passed true	Success		0.003
v	Array#pack with format 'v' raises a TypeError when passed false	Success		0.003
v	Array#pack with format 'v' returns an ASCII-?BIT string	Success		0.003
v	Array#pack with format 'v' raises a TypeError when the object does not respond to #to_int	Success		0.003
v	Array#pack with format 'v' raises a TypeError when passed a String	Success		0.003
v	Array#pack with format 'v' raises ArgumentError when the format modifier is '_'	Success		0.003
v	Array#pack with format 'v' raises ArgumentError when the format modifier is '!'	Success		0.003
v	Array#pack with format 'v' encodes the least significant 16 bits of a positive number	Success		0.003
v	Array#pack with format 'v' encodes the least significant 16 bits of a negative number	Success		0.003
v	Array#pack with format 'v' encodes a Float truncated as an Integer	Success		0.004
v	Array#pack with format 'v' calls #to_int to convert the pack argument to an Integer	Success		0.004
v	Array#pack with format 'v' encodes the number of array elements specified by the count modifier	Success		0.003
v	Array#pack with format 'v' encodes all remaining elements when passed the '*' modifier	Success		0.003
v	Array#pack with format 'v' ignores NULL bytes between directives	Success		0.003
v	Array#pack with format 'v' ignores spaces between directives	Success		0.003
w	Array#pack with format 'w' raises a TypeError when passed nil	Success		0.004
w	Array#pack with format 'w' raises a TypeError when passed an Integer	Success		0.004
w	Array#pack with format 'w' ignores whitespace in the format string	Success		0.007
w	Array#pack with format 'w' calls #to_str to coerce the directives string	Success		0.005
w	Array#pack with format 'w' taints the output string if the format string is tainted	Success		0.004
w	Array#pack with format 'w' raises an ArgumentError if there are fewer elements than the format requires	Success		0.004
w	Array#pack with format 'w' returns an empty String if count is zero	Success		0.003
w	Array#pack with format 'w' raises a TypeError when passed nil	Success		0.004
w	Array#pack with format 'w' raises a TypeError when passed true	Success		0.003
w	Array#pack with format 'w' raises a TypeError when passed false	Success		0.004
w	Array#pack with format 'w' returns an ASCII-?BIT string	Success		0.004
w	Array#pack with format 'w' encodes a BER-compressed integer	Success		0.004
w	Array#pack with format 'w' calls #to_int to convert the pack argument to an Integer	Success		0.004
w	Array#pack with format 'w' ignores NULL bytes between directives	Success		0.003
w	Array#pack with format 'w' ignores spaces between directives	Success		0.003
w	Array#pack with format 'w' raises an ArgumentError when passed a negative value	Success		0.003
w	Array#pack with format 'w' returns an ASCII-?BIT string	Success		0.003
x	Array#pack with format 'x' raises a TypeError when passed nil	Success		0.004
x	Array#pack with format 'x' raises a TypeError when passed an Integer	Success		0.003
x	Array#pack with format 'x' ignores whitespace in the format string	Success		0.004
x	Array#pack with format 'x' calls #to_str to coerce the directives string	Success		0.005
x	Array#pack with format 'x' taints the output string if the format string is tainted	Success		0.003
x	Array#pack with format 'x' raises ArgumentError when the format modifier is '_'	Success		0.003
x	Array#pack with format 'x' raises ArgumentError when the format modifier is '!'	Success		0.003
x	Array#pack with format 'x' adds a NULL byte with an empty array	Success		0.003
x	Array#pack with format 'x' adds a NULL byte without consuming an element	Success		0.004
x	Array#pack with format 'x' is not affected by a previous count modifier	Success		0.003
x	Array#pack with format 'x' adds multiple NULL bytes when passed a count modifier	Success		0.003
x	Array#pack with format 'x' does not add a NULL byte if the count modifier is zero	Success		0.003
x	Array#pack with format 'x' does not add a NULL byte when passed the '*' modifier	Success		0.003
x	Array#pack with format 'X' raises a TypeError when passed nil	Success		0.004
x	Array#pack with format 'X' raises a TypeError when passed an Integer	Success		0.003
x	Array#pack with format 'X' ignores whitespace in the format string	Success		0.005
x	Array#pack with format 'X' calls #to_str to coerce the directives string	Success		0.005
x	Array#pack with format 'X' taints the output string if the format string is tainted	Success		0.003
x	Array#pack with format 'X' raises ArgumentError when the format modifier is '_'	Success		0.003
x	Array#pack with format 'X' raises ArgumentError when the format modifier is '!'	Success		0.004
x	Array#pack with format 'X' reduces the output string by one byte at the point it is encountered	Success		0.003
x	Array#pack with format 'X' does not consume any elements	Success		0.003
x	Array#pack with format 'X' reduces the output string by multiple bytes when passed a count modifier	Success		0.003
x	Array#pack with format 'X' has no affect when passed the '*' modifier	Success		0.004
x	Array#pack with format 'X' raises an ArgumentError if the output string is empty	Success		0.003
x	Array#pack with format 'X' raises an ArgumentError if the count modifier is greater than the bytes in the string	Success		0.003
z	Array#pack with format 'Z' raises a TypeError when passed nil	Success		0.004
z	Array#pack with format 'Z' raises a TypeError when passed an Integer	Success		0.004
z	Array#pack with format 'Z' ignores whitespace in the format string	Success		0.005
z	Array#pack with format 'Z' calls #to_str to coerce the directives string	Success		0.006
z	Array#pack with format 'Z' taints the output string if the format string is tainted	Success		0.004
z	Array#pack with format 'Z' raises ArgumentError when the format modifier is '_'	Success		0.003
z	Array#pack with format 'Z' raises ArgumentError when the format modifier is '!'	Success		0.003
z	Array#pack with format 'Z' adds count bytes of a String to the output	Success		0.004
z	Array#pack with format 'Z' implicitly has a count of one when no count is specified	Success		0.003
z	Array#pack with format 'Z' does not add any bytes when the count is zero	Success		0.003
z	Array#pack with format 'Z' is not affected by a previous count modifier	Success		0.003
z	Array#pack with format 'Z' raises an ArgumentError when the Array is empty	Success		0.003
z	Array#pack with format 'Z' raises an ArgumentError when the Array has too few elements	Success		0.003
z	Array#pack with format 'Z' calls #to_str to convert the element to a String	Success		0.005
z	Array#pack with format 'Z' raises a TypeError when the object does not respond to #to_str	Success		0.003
z	Array#pack with format 'Z' returns a tainted string when a pack argument is tainted	Success		0.003
z	Array#pack with format 'Z' does not return a tainted string when the array is tainted	Success		0.003
z	Array#pack with format 'Z' returns a tainted string when the format is tainted	Success		0.004
z	Array#pack with format 'Z' returns a tainted string when an empty format is tainted	Success		0.004
z	Array#pack with format 'Z' returns a untrusted string when the format is untrusted	Success		0.003
z	Array#pack with format 'Z' returns a untrusted string when the empty format is untrusted	Success		0.003
z	Array#pack with format 'Z' returns a untrusted string when a pack argument is untrusted	Success		0.003
z	Array#pack with format 'Z' returns a trusted string when the array is untrusted	Success		0.004
z	Array#pack with format 'Z' returns a string in encoding of common to the concatenated results	Success		0.004
z	Array#pack with format 'Z' adds all the bytes and appends a NULL byte when passed the '*' modifier	Success		0.003
z	Array#pack with format 'Z' padds the output with NULL bytes when the count exceeds the size of the String	Success		0.003
z	Array#pack with format 'Z' adds a NULL byte when the value is nil	Success		0.003
z	Array#pack with format 'Z' pads the output with NULL bytes when the value is nil	Success		0.003
z	Array#pack with format 'Z' does not append a NULL byte when passed the '*' modifier and the value is nil	Success		0.003
__id_	BasicObject#__id__ returns a different value for two Float literals	Skipped	tagged	0.000
__id_	BasicObject#__id__ returns an integer	Success		0.001
__id_	BasicObject#__id__ returns the same value on all calls to id for a given object	Success		0.000
__id_	BasicObject#__id__ returns different values for different objects	Success		0.000
__id_	BasicObject#__id__ returns the same value for two Fixnums with the same value	Success		0.001
__id_	BasicObject#__id__ returns the same value for two Symbol literals	Success		0.000
__id_	BasicObject#__id__ returns the same value for two true literals	Success		0.001
__id_	BasicObject#__id__ returns the same value for two false literals	Success		0.001
__id_	BasicObject#__id__ returns the same value for two nil literals	Success		0.001
__id_	BasicObject#__id__ returns a different value for two Bignum literals	Success		0.001
__id_	BasicObject#__id__ returns a different value for two String literals	Success		0.000
__id_	BasicObject#__id__ returns a different value for an object and its dup	Success		0.000
__id_	BasicObject#__id__ returns a different value for two numbers near the 32 bit Fixnum limit	Success		0.000
__id_	BasicObject#__id__ returns a different value for two numbers near the 64 bit Fixnum limit	Success		0.001
__send__	BasicObject#__send__ is a public instance method	Success		0.002
__send__	BasicObject#__send__ invokes the named method	Success		0.001
__send__	BasicObject#__send__ accepts a String method name	Success		0.000
__send__	BasicObject#__send__ invokes a class method if called on a class	Success		0.000
__send__	BasicObject#__send__ raises a NameError if the corresponding method can't be found	Success		0.001
__send__	BasicObject#__send__ raises a NameError if the corresponding singleton method can't be found	Success		0.001
__send__	BasicObject#__send__ raises an ArgumentError if no arguments are given	Success		0.001
__send__	BasicObject#__send__ raises an ArgumentError if called with more arguments than available parameters	Success		0.001
__send__	BasicObject#__send__ raises an ArgumentError if called with fewer arguments than required parameters	Success		0.001
__send__	BasicObject#__send__ succeeds if passed an arbitrary number of arguments as a splat parameter	Success		0.001
__send__	BasicObject#__send__ succeeds when passing 1 or more arguments as a required and a splat parameter	Success		0.001
__send__	BasicObject#__send__ succeeds when passing 0 arguments to a method with one parameter with a default	Success		0.001
__send__	BasicObject#__send__ has a negative arity	Success		0.000
basicobject	BasicObject raises NoMethodError for nonexistent methods after #method_missing is removed	Skipped	tagged	0.000
basicobject	BasicObject raises NameError when referencing built-in constants	Success		0.002
basicobject	BasicObject does not define built-in constants (according to const_defined?)	Success		0.000
basicobject	BasicObject does not define built-in constants (according to defined?)	Success		0.000
basicobject	BasicObject includes itself in its list of constants	Success		0.001
basicobject	BasicObject metaclass is an instance of Class	Success		0.001
basicobject	BasicObject metaclass has Class as superclass	Success		0.000
basicobject	BasicObject metaclass contains methods for the BasicObject class	Success		0.001
basicobject	BasicObject instance metaclass is an instance of Class	Success		0.001
basicobject	BasicObject instance metaclass has BasicObject as superclass	Success		0.000
basicobject	BasicObject instance metaclass contains methods defined for the BasicObject instance	Success		0.000
basicobject	BasicObject subclass contains Kernel methods when including Kernel	Success		0.001
basicobject	BasicObject subclass BasicObject references can refer to BasicObject from within itself	Success		0.000
equal	BasicObject#equal? is a public instance method	Success		0.001
equal	BasicObject#equal? returns true if other is identical to self	Success		0.000
equal	BasicObject#equal? returns false if other is not identical to self	Success		0.000
equal	BasicObject#equal? returns true only if self and other are the same object	Success		0.001
equal	BasicObject#equal? returns true for the same immediate object	Success		0.000
equal	BasicObject#equal? returns false for nil and any other object	Success		0.001
equal	BasicObject#equal? returns false for objects of different classes	Success		0.000
equal	BasicObject#equal? returns true only if self and other are the same boolean	Success		0.001
equal	BasicObject#equal? is unaffected by overriding __id__	Success		0.002
equal	BasicObject#equal? is unaffected by overriding object_id	Success		0.001
equal	BasicObject#equal? is unaffected by overriding ==	Success		0.002
equal	BasicObject#equal? is unaffected by overriding eql?	Success		0.002
equal_value	BasicObject#== is a public instance method	Success		0.001
equal_value	BasicObject#== returns true if other is identical to self	Success		0.000
equal_value	BasicObject#== returns false if other is not identical to self	Success		0.000
equal_value	BasicObject#== returns true only if self and other are the same object	Success		0.000
equal_value	BasicObject#== returns true for the same immediate object	Success		0.000
equal_value	BasicObject#== returns false for nil and any other object	Success		0.000
equal_value	BasicObject#== returns false for objects of different classes	Success		0.000
equal_value	BasicObject#== returns true only if self and other are the same boolean	Success		0.000
initialize	BasicObject#initialize is a private instance method	Success		0.001
initialize	BasicObject#initialize does not accept arguments	Success		0.001
instance_eval	BasicObject#instance_eval gets constants in the receiver if a string given	Skipped	tagged	0.000
instance_eval	BasicObject#instance_eval is a public instance method	Success		0.001
instance_eval	BasicObject#instance_eval sets self to the receiver in the context of the passed block	Success		0.000
instance_eval	BasicObject#instance_eval evaluates strings	Success		0.000
instance_eval	BasicObject#instance_eval expects a block with no arguments	Success		0.001
instance_eval	BasicObject#instance_eval takes no arguments with a block	Success		0.001
instance_eval	BasicObject#instance_eval yields the object to the block	Success		0.000
instance_eval	BasicObject#instance_eval returns the result of the block	Success		0.000
instance_eval	BasicObject#instance_eval only binds the eval to the receiver	Success		0.001
instance_eval	BasicObject#instance_eval preserves self in the original block when passed a block argument	Success		0.001
instance_eval	BasicObject#instance_eval binds self to the receiver	Success		0.001
instance_eval	BasicObject#instance_eval executes in the context of the receiver	Success		0.001
instance_eval	BasicObject#instance_eval has access to receiver's instance variables	Success		0.001
instance_eval	BasicObject#instance_eval treats block-local variables as local to the block	Success		0.001
instance_eval	BasicObject#instance_eval sets class variables in the receiver	Success		0.001
instance_eval	BasicObject#instance_eval makes the receiver metaclass the scoped class when used with a string	Success		0.005
instance_eval	BasicObject#instance_eval doesn't get constants in the receiver if a block given	Success		0.000
instance_eval	BasicObject#instance_eval raises a TypeError when defining methods on an immediate	Success		0.003
instance_eval	BasicObject#instance_eval raises a TypeError when defining methods on numerics	Success		0.001
instance_eval	BasicObject#instance_eval evaluates procs originating from methods	Success		0.001
instance_eval	BasicObject#instance_eval evaluates string with given filename and linenumber	Success		0.003
instance_exec	BasicObject#instance_exec is a public instance method	Success		0.001
instance_exec	BasicObject#instance_exec sets self to the receiver in the context of the passed block	Success		0.000
instance_exec	BasicObject#instance_exec passes arguments to the block	Success		0.000
instance_exec	BasicObject#instance_exec raises a LocalJumpError unless given a block	Success		0.001
instance_exec	BasicObject#instance_exec has an arity of -1	Success		0.000
instance_exec	BasicObject#instance_exec accepts arguments with a block	Success		0.000
instance_exec	BasicObject#instance_exec doesn't pass self to the block as an argument	Success		0.000
instance_exec	BasicObject#instance_exec passes any arguments to the block	Success		0.000
instance_exec	BasicObject#instance_exec only binds the exec to the receiver	Success		0.001
instance_exec	BasicObject#instance_exec binds self to the receiver	Success		0.000
instance_exec	BasicObject#instance_exec binds the block's binding self to the receiver	Success		0.001
instance_exec	BasicObject#instance_exec executes in the context of the receiver	Success		0.001
instance_exec	BasicObject#instance_exec has access to receiver's instance variables	Success		0.000
instance_exec	BasicObject#instance_exec sets class variables in the receiver	Success		0.001
instance_exec	BasicObject#instance_exec raises a TypeError when defining methods on an immediate	Success		0.001
instance_exec	BasicObject#instance_exec raises a TypeError when defining methods on numerics	Success		0.001
method_missing	BasicObject#method_missing is a private method	Success		0.001
method_missing	BasicObject#method_missing for a Class raises a NoMethodError when an undefined method is called	Success		0.001
method_missing	BasicObject#method_missing for a Class raises a NoMethodError when a protected method is called	Success		0.001
method_missing	BasicObject#method_missing for a Class raises a NoMethodError when a private method is called	Success		0.001
method_missing	BasicObject#method_missing for an instance sets the receiver of the raised NoMethodError	Skipped	tagged	0.000
method_missing	BasicObject#method_missing for an instance raises a NoMethodError when an undefined method is called	Success		0.001
method_missing	BasicObject#method_missing for an instance raises a NoMethodError when a protected method is called	Success		0.001
method_missing	BasicObject#method_missing for an instance raises a NoMethodError when a private method is called	Success		0.001
method_missing	BasicObject#method_missing for a Module with #method_missing defined is not called when a defined method is called	Success		0.000
method_missing	BasicObject#method_missing for a Module with #method_missing defined is called when a not defined method is called	Success		0.000
method_missing	BasicObject#method_missing for a Module with #method_missing defined is called when a protected method is called	Success		0.000
method_missing	BasicObject#method_missing for a Module with #method_missing defined is called when a private method is called	Success		0.000
method_missing	BasicObject#method_missing for a Module raises a NoMethodError when an undefined method is called	Success		0.001
method_missing	BasicObject#method_missing for a Module raises a NoMethodError when a protected method is called	Success		0.001
method_missing	BasicObject#method_missing for a Module raises a NoMethodError when a private method is called	Success		0.001
method_missing	BasicObject#method_missing for a Class with #method_missing defined is not called when a defined method is called	Success		0.000
method_missing	BasicObject#method_missing for a Class with #method_missing defined is called when an undefined method is called	Success		0.000
method_missing	BasicObject#method_missing for a Class with #method_missing defined is called when an protected method is called	Success		0.000
method_missing	BasicObject#method_missing for a Class with #method_missing defined is called when an private method is called	Success		0.000
method_missing	BasicObject#method_missing for a Class raises a NoMethodError when an undefined method is called	Success		0.001
method_missing	BasicObject#method_missing for a Class raises a NoMethodError when a protected method is called	Success		0.000
method_missing	BasicObject#method_missing for a Class raises a NoMethodError when a private method is called	Success		0.000
method_missing	BasicObject#method_missing for an instance with #method_missing defined is not called when a defined method is called	Success		0.000
method_missing	BasicObject#method_missing for an instance with #method_missing defined is called when an undefined method is called	Success		0.000
method_missing	BasicObject#method_missing for an instance with #method_missing defined is called when an protected method is called	Success		0.000
method_missing	BasicObject#method_missing for an instance with #method_missing defined is called when an private method is called	Success		0.000
method_missing	BasicObject#method_missing for an instance sets the receiver of the raised NoMethodError	Skipped	tagged	0.000
method_missing	BasicObject#method_missing for an instance raises a NoMethodError when an undefined method is called	Success		0.001
method_missing	BasicObject#method_missing for an instance raises a NoMethodError when a protected method is called	Success		0.000
method_missing	BasicObject#method_missing for an instance raises a NoMethodError when a private method is called	Success		0.000
not	BasicObject#! is a public instance method	Success		0.001
not	BasicObject#! returns false	Success		0.000
not_equal	BasicObject#!= is a public instance method	Success		0.001
not_equal	BasicObject#!= returns true if other is not identical to self	Success		0.000
not_equal	BasicObject#!= returns true if other is an Object	Success		0.000
not_equal	BasicObject#!= returns false if other is identical to self	Success		0.000
not_equal	BasicObject#!= dispatches to #==	Success		0.002
not_equal	BasicObject#!= when invoked using Kernel#send returns true if other is not identical to self	Success		0.000
not_equal	BasicObject#!= when invoked using Kernel#send returns false if other is identical to self	Success		0.000
not_equal	BasicObject#!= when invoked using Kernel#send dispatches to #==	Success		0.001
singleton_method_added	BasicObject#singleton_method_added is a private method	Success		0.001
singleton_method_added	BasicObject#singleton_method_added is called when a singleton method is defined on an object	Success		0.001
singleton_method_added	BasicObject#singleton_method_added is not called for instance methods	Success		0.001
singleton_method_added	BasicObject#singleton_method_added is called when a singleton method is defined on a module	Success		0.000
singleton_method_added	BasicObject#singleton_method_added is called when a method is defined in the singleton class	Success		0.001
singleton_method_added	BasicObject#singleton_method_added is called when a method is defined with alias_method in the singleton class	Success		0.000
singleton_method_added	BasicObject#singleton_method_added is called when a method is defined with syntax alias in the singleton class	Success		0.000
singleton_method_added	BasicObject#singleton_method_added is called when define_method is used in the singleton class	Success		0.001
singleton_method_removed	BasicObject#singleton_method_removed is called when a method is removed on self	Skipped	tagged	0.000
singleton_method_removed	BasicObject#singleton_method_removed is a private method	Success		0.001
singleton_method_undefined	BasicObject#singleton_method_undefined is called when a method is removed on self	Skipped	tagged	0.000
singleton_method_undefined	BasicObject#singleton_method_undefined is a private method	Success		0.001
abs	Bignum#abs returns the absolute value	Success		0.001
bignum	Bignum includes Comparable	Success		0.001
bit_and	Bignum#& returns self bitwise AND other	Success		0.002
bit_and	Bignum#& returns self bitwise AND other when one operand is negative	Success		0.001
bit_and	Bignum#& returns self bitwise AND other when both operands are negative	Success		0.001
bit_and	Bignum#& returns self bitwise AND other when both are negative and a multiple in bitsize of Fixnum::MIN	Success		0.001
bit_and	Bignum#& raises a TypeError when passed a Float	Success		0.001
bit_and	Bignum#& raises a TypeError and does not call #to_int when defined on an object	Success		0.001
bit_length	Bignum#bit_length returns the position of the leftmost bit of a positive number	Success		0.001
bit_length	Bignum#bit_length returns the position of the leftmost 0 bit of a negative number	Success		0.001
bit_or	Bignum#\| returns self bitwise OR other	Success		0.002
bit_or	Bignum#\| returns self bitwise OR other when one operand is negative	Success		0.001
bit_or	Bignum#\| returns self bitwise OR other when both operands are negative	Success		0.001
bit_or	Bignum#\| raises a TypeError when passed a Float	Success		0.001
bit_or	Bignum#\| raises a TypeError and does not call #to_int when defined on an object	Success		0.001
bit_xor	Bignum#^ returns self bitwise EXCLUSIVE OR other	Success		0.001
bit_xor	Bignum#^ returns self bitwise EXCLUSIVE OR other when one operand is negative	Success		0.001
bit_xor	Bignum#^ returns self bitwise EXCLUSIVE OR other when both operands are negative	Success		0.001
bit_xor	Bignum#^ returns self bitwise EXCLUSIVE OR other when all bits are 1 and other value is negative	Success		0.000
bit_xor	Bignum#^ raises a TypeError when passed a Float	Success		0.001
bit_xor	Bignum#^ raises a TypeError and does not call #to_int when defined on an object	Success		0.001
case_compare	Bignum#=== returns true if self has the same value as the given argument	Success		0.002
case_compare	Bignum#=== calls 'other == self' if the given argument is not an Integer	Success		0.002
case_compare	Bignum#=== returns the result of 'other == self' as a boolean	Success		0.002
coerce	Bignum#coerce coerces other to a Bignum and returns [other, self] when passed a Fixnum	Skipped	tagged	0.000
coerce	Bignum#coerce returns [other, self] when passed a Bignum	Success		0.001
coerce	Bignum#coerce raises a TypeError when not passed a Fixnum or Bignum	Success		0.001
coerce	Bignum#coerce raises a TypeError when passed a String	Success		0.001
coerce	Bignum#coerce raises a TypeError when passed a Float	Success		0.001
comparison	Bignum#<=> returns 1 when self is Infinity and other is a Bignum	Success		0.001
comparison	Bignum#<=> returns -1 when self is negative and other is Infinty	Success		0.001
comparison	Bignum#<=> returns 1 when self is negative and other is -Infinity	Success		0.000
comparison	Bignum#<=> returns -1 when self is -Infinity and other is negative	Success		0.000
comparison	Bignum#<=> with a Fixnum returns -1 when other is larger	Success		0.000
comparison	Bignum#<=> with a Fixnum returns 1 when other is smaller	Success		0.001
comparison	Bignum#<=> with a Bignum when other is negative returns -1 when self is negative and other is larger	Success		0.001
comparison	Bignum#<=> with a Bignum when other is negative returns 0 when other is equal	Success		0.000
comparison	Bignum#<=> with a Bignum when other is negative returns 1 when self is negative and other is smaller	Success		0.001
comparison	Bignum#<=> with a Bignum when other is negative returns 1 when self is positive	Success		0.000
comparison	Bignum#<=> with a Bignum when other is positive returns -1 when self is negative	Success		0.000
comparison	Bignum#<=> with a Bignum when other is positive returns -1 when self is positive and other is larger	Success		0.001
comparison	Bignum#<=> with a Bignum when other is positive returns 0 when other is equal	Success		0.000
comparison	Bignum#<=> with a Bignum when other is positive returns 1 when other is smaller	Success		0.000
comparison	Bignum#<=> with a Float when other is negative returns -1 when self is negative and other is larger	Success		0.001
comparison	Bignum#<=> with a Float when other is negative returns 0 when other is equal	Success		0.000
comparison	Bignum#<=> with a Float when other is negative returns 1 when self is negative and other is smaller	Success		0.000
comparison	Bignum#<=> with a Float when other is negative returns 1 when self is positive	Success		0.000
comparison	Bignum#<=> with a Float when other is positive returns -1 when self is negative	Success		0.000
comparison	Bignum#<=> with a Float when other is positive returns -1 when self is positive and other is larger	Success		0.000
comparison	Bignum#<=> with a Float when other is positive returns 0 when other is equal	Success		0.000
comparison	Bignum#<=> with a Float when other is positive returns 1 when other is smaller	Success		0.000
comparison	Bignum#<=> with an Object calls #coerce on other	Success		0.002
comparison	Bignum#<=> with an Object returns nil if #coerce raises an exception	Success		0.002
comparison	Bignum#<=> with an Object raises an exception if #coerce raises a non-StandardError exception	Success		0.002
comparison	Bignum#<=> with an Object returns nil if #coerce does not return an Array	Success		0.001
comparison	Bignum#<=> with an Object returns -1 if the coerced value is larger	Success		0.001
comparison	Bignum#<=> with an Object returns 0 if the coerced value is equal	Success		0.001
comparison	Bignum#<=> with an Object returns 1 if the coerced value is smaller	Success		0.001
complement	Bignum#~ returns self with each bit flipped	Success		0.001
div	Bignum#div returns self divided by other	Success		0.003
div	Bignum#div raises a ZeroDivisionError if other is zero and not a Float	Success		0.001
div	Bignum#div raises a TypeError when given a non-Integer	Success		0.001
div	Bignum#div returns a result of integer division of self by a float argument	Success		0.002
div	Bignum#div raises ZeroDivisionError if the argument is Float zero	Success		0.001
divide	Bignum#/ returns self divided by other	Success		0.001
divide	Bignum#/ raises a ZeroDivisionError if other is zero and not a Float	Success		0.001
divide	Bignum#/ raises a TypeError when given a non-Integer	Success		0.001
divide	Bignum#/ returns self divided by float	Success		0.002
divide	Bignum#/ does NOT raise ZeroDivisionError if other is zero and is a Float	Success		0.001
divmod	Bignum#divmod returns an Array containing quotient and modulus obtained from dividing self by the given argument	Success		0.004
divmod	Bignum#divmod raises a ZeroDivisionError when the given argument is 0	Success		0.001
divmod	Bignum#divmod raises a FloatDomainError if other is NaN	Success		0.001
divmod	Bignum#divmod raises a ZeroDivisionError when the given argument is 0 and a Float	Success		0.001
divmod	Bignum#divmod raises a TypeError when the given argument is not an Integer	Success		0.001
divmod	Bignum#divmod with q = floor(x/y), a = q*b + r, returns [q,r] when a < 0, b > 0 and \|a\| < b	Success		0.001
divmod	Bignum#divmod with q = floor(x/y), a = q*b + r, returns [q,r] when a > 0, b < 0 and a > \|b\|	Success		0.001
divmod	Bignum#divmod with q = floor(x/y), a = q*b + r, returns [q,r] when a > 0, b < 0 and a < \|b\|	Success		0.001
divmod	Bignum#divmod with q = floor(x/y), a = q*b + r, returns [q,r] when a < 0, b < 0 and \|a\| < \|b\|	Success		0.001
element_reference	Bignum#[] returns the nth bit in the binary representation of self	Success		0.002
element_reference	Bignum#[] tries to convert the given argument to an Integer using #to_int	Success		0.002
element_reference	Bignum#[] raises a TypeError when the given argument can't be converted to Integer	Success		0.003
eql	Bignum#eql? when given a Bignum returns true if the given argument has the same value	Success		0.001
eql	Bignum#eql? when given a non-Bignum returns false	Success		0.001
equal_value	Bignum#== returns true if self has the same value as the given argument	Success		0.001
equal_value	Bignum#== calls 'other == self' if the given argument is not an Integer	Success		0.001
equal_value	Bignum#== returns the result of 'other == self' as a boolean	Success		0.001
even	Bignum#even? returns true if self is even and positive	Success		0.001
even	Bignum#even? returns true if self is even and negative	Success		0.000
even	Bignum#even? returns false if self is odd and positive	Success		0.001
even	Bignum#even? returns false if self is odd and negative	Success		0.001
exponent	Bignum#** switch to a Float when the values is too big	Skipped	tagged	0.000
exponent	Bignum#** returns a complex number when negative and raised to a fractional power	Skipped	tagged	0.000
exponent	Bignum#** returns self raised to other power	Success		0.002
exponent	Bignum#** raises a TypeError when given a non-Integer	Success		0.001
fdiv	Bignum#fdiv needs to be reviewed for spec completeness	Success		0.000
gt	Bignum#> returns true if self is greater than the given argument	Success		0.001
gt	Bignum#> raises an ArgumentError when given a non-Integer	Success		0.002
gte	Bignum#>= returns true if self is greater than or equal to other	Success		0.002
gte	Bignum#>= raises an ArgumentError when given a non-Integer	Success		0.002
hash	Bignum#hash is provided	Success		0.000
hash	Bignum#hash is stable	Success		0.001
left_shift	Bignum#<< with n << m returns n shifted left m bits when n > 0, m > 0	Success		0.001
left_shift	Bignum#<< with n << m returns n shifted left m bits when n < 0, m > 0	Success		0.000
left_shift	Bignum#<< with n << m returns n shifted right m bits when n > 0, m < 0	Success		0.000
left_shift	Bignum#<< with n << m returns n shifted right m bits when n < 0, m < 0	Success		0.000
left_shift	Bignum#<< with n << m returns n when n > 0, m == 0	Success		0.000
left_shift	Bignum#<< with n << m returns n when n < 0, m == 0	Success		0.000
left_shift	Bignum#<< with n << m returns 0 when m < 0 and m == p where 2p > n >= 2(p-1)	Success		0.000
left_shift	Bignum#<< with n << m returns a Fixnum == fixnum_max when (fixnum_max * 2) << -1 and n > 0	Success		0.001
left_shift	Bignum#<< with n << m returns a Fixnum == fixnum_min when (fixnum_min * 2) << -1 and n < 0	Success		0.001
left_shift	Bignum#<< with n << m calls #to_int to convert the argument to an Integer	Success		0.002
left_shift	Bignum#<< with n << m raises a TypeError when #to_int does not return an Integer	Success		0.001
left_shift	Bignum#<< with n << m raises a TypeError when passed nil	Success		0.001
left_shift	Bignum#<< with n << m raises a TypeError when passed a String	Success		0.001
lt	Bignum#< returns true if self is less than the given argument	Success		0.002
lt	Bignum#< raises an ArgumentError when given a non-Integer	Success		0.002
lte	Bignum#<= returns true if self is less than or equal to other	Success		0.001
lte	Bignum#<= returns false if compares with near float	Success		0.001
lte	Bignum#<= raises an ArgumentError when given a non-Integer	Success		0.002
magnitude	Bignum#magnitude returns the absolute value	Success		0.001
minus	Bignum#- returns self minus the given Integer	Success		0.002
minus	Bignum#- raises a TypeError when given a non-Integer	Success		0.001
modulo	Bignum#% returns the modulus obtained from dividing self by the given argument	Success		0.003
modulo	Bignum#% raises a ZeroDivisionError when the given argument is 0	Success		0.001
modulo	Bignum#% raises a ZeroDivisionError when the given argument is 0 and a Float	Success		0.001
modulo	Bignum#% raises a TypeError when given a non-Integer	Success		0.002
modulo	Bignum#modulo returns the modulus obtained from dividing self by the given argument	Success		0.001
modulo	Bignum#modulo raises a ZeroDivisionError when the given argument is 0	Success		0.001
modulo	Bignum#modulo raises a ZeroDivisionError when the given argument is 0 and a Float	Success		0.001
modulo	Bignum#modulo raises a TypeError when given a non-Integer	Success		0.002
multiply	Bignum#* returns self multiplied by the given Integer	Success		0.002
multiply	Bignum#* raises a TypeError when given a non-Integer	Success		0.003
odd	Bignum#odd? returns true if self is odd and positive	Success		0.001
odd	Bignum#odd? returns true if self is odd and negative	Success		0.000
odd	Bignum#odd? returns false if self is even and positive	Success		0.000
odd	Bignum#odd? returns false if self is even and negative	Success		0.000
plus	Bignum#+ returns self plus the given Integer	Success		0.001
plus	Bignum#+ raises a TypeError when given a non-Integer	Success		0.001
remainder	Bignum#remainder returns the remainder of dividing self by other	Success		0.002
remainder	Bignum#remainder raises a ZeroDivisionError if other is zero and not a Float	Success		0.001
remainder	Bignum#remainder does raises ZeroDivisionError if other is zero and a Float	Success		0.001
right_shift	Bignum#>> with n >> m returns n shifted right m bits when n > 0, m > 0	Success		0.001
right_shift	Bignum#>> with n >> m returns n shifted right m bits when n < 0, m > 0	Success		0.000
right_shift	Bignum#>> with n >> m respects twos complement signed shifting	Success		0.001
right_shift	Bignum#>> with n >> m respects twos complement signed shifting for very large values	Success		0.001
right_shift	Bignum#>> with n >> m returns n shifted left m bits when n > 0, m < 0	Success		0.000
right_shift	Bignum#>> with n >> m returns n shifted left m bits when n < 0, m < 0	Success		0.000
right_shift	Bignum#>> with n >> m returns n when n > 0, m == 0	Success		0.000
right_shift	Bignum#>> with n >> m returns n when n < 0, m == 0	Success		0.000
right_shift	Bignum#>> with n >> m returns 0 when m > 0 and m == p where 2p > n >= 2(p-1)	Success		0.000
right_shift	Bignum#>> with n >> m returns 0 when m is a Bignum	Success		0.001
right_shift	Bignum#>> with n >> m returns a Fixnum == fixnum_max when (fixnum_max * 2) >> 1 and n > 0	Success		0.001
right_shift	Bignum#>> with n >> m returns a Fixnum == fixnum_min when (fixnum_min * 2) >> 1 and n < 0	Success		0.001
right_shift	Bignum#>> with n >> m calls #to_int to convert the argument to an Integer	Success		0.002
right_shift	Bignum#>> with n >> m raises a TypeError when #to_int does not return an Integer	Success		0.001
right_shift	Bignum#>> with n >> m raises a TypeError when passed nil	Success		0.001
right_shift	Bignum#>> with n >> m raises a TypeError when passed a String	Success		0.001
size	Bignum#size returns the number of bytes required to hold the unsigned bignum data	Success		0.001
to_f	Bignum#to_f returns self converted to a Float	Success		0.001
to_f	Bignum#to_f converts number close to Float::MAX without exceeding MAX or producing NaN	Success		0.001
to_s	Bignum#to_s when given a base returns self converted to a String using the given base	Success		0.001
to_s	Bignum#to_s when given a base raises an ArgumentError if the base is less than 2 or higher than 36	Success		0.001
to_s	Bignum#to_s when given no base returns self converted to a String using base 10	Success		0.001
to_s	Bignum#to_s returns a String in US-ASCII encoding when Encoding.default_internal is nil	Success		0.001
to_s	Bignum#to_s returns a String in US-ASCII encoding when Encoding.default_internal is not nil	Success		0.001
uminus	Bignum#-@ returns self as a negative value	Success		0.002
clone	Binding#clone returns a copy of the Binding object	Success		0.002
clone	Binding#clone is a shallow copy of the Binding object	Success		0.001
dup	Binding#dup returns a copy of the Binding object	Success		0.002
dup	Binding#dup is a shallow copy of the Binding object	Success		0.001
eval	Binding#eval behaves like Kernel.eval(..., self)	Success		0.004
eval	Binding#eval needs to be reviewed for spec completeness	Success		0.000
eval	Binding#eval with a file given does not store the filename permanently	Success		0.001
local_variable_defined	Binding#local_variable_defined? returns false when a variable is not defined	Skipped	tagged	0.000
local_variable_defined	Binding#local_variable_defined? returns true when a regular local variable is defined	Skipped	tagged	0.000
local_variable_defined	Binding#local_variable_defined? returns true when a local variable is defined using eval()	Skipped	tagged	0.000
local_variable_defined	Binding#local_variable_defined? returns true when a local variable is defined using Binding#local_variable_set	Skipped	tagged	0.000
local_variable_defined	Binding#local_variable_defined? returns true when a local variable is defined in a parent scope	Skipped	tagged	0.000
local_variable_defined	Binding#local_variable_defined? allows usage of a String as the variable name	Skipped	tagged	0.000
local_variable_defined	Binding#local_variable_defined? allows usage of an object responding to #to_str as the variable name	Skipped	tagged	0.000
local_variable_get	Binding#local_variable_get reads local variables captured in the binding	Success		0.001
local_variable_get	Binding#local_variable_get raises a NameError for missing variables	Success		0.001
local_variable_get	Binding#local_variable_get reads variables added later to the binding	Success		0.001
local_variable_get	Binding#local_variable_get gets a local variable defined in a parent scope	Success		0.000
local_variable_get	Binding#local_variable_get gets a local variable defined using eval()	Success		0.001
local_variable_set	Binding#local_variable_set sets a local variable using a String as the variable name	Skipped	tagged	0.000
local_variable_set	Binding#local_variable_set sets a local variable using an object responding to #to_str as the variable name	Skipped	tagged	0.000
local_variable_set	Binding#local_variable_set adds nonexistent variables to the binding's eval scope	Success		0.002
local_variable_set	Binding#local_variable_set sets a new local variable	Success		0.001
local_variable_set	Binding#local_variable_set scopes new local variables to the receiving Binding	Success		0.001
local_variable_set	Binding#local_variable_set overwrites an existing local variable defined before a Binding	Success		0.000
local_variable_set	Binding#local_variable_set overwrites a local variable defined using eval()	Success		0.001
local_variables	Binding#local_variables includes shadowed local variables only once	Skipped	tagged	0.000
local_variables	Binding#local_variables returns an Array	Success		0.001
local_variables	Binding#local_variables includes local variables in the current scope	Success		0.001
local_variables	Binding#local_variables includes local variables defined after calling binding.local_variables	Success		0.000
local_variables	Binding#local_variables includes local variables of inherited scopes and eval'ed context	Success		0.001
local_variables	Binding#local_variables includes new variables defined in the binding	Success		0.001
location	Binding#eval inherits __LINE__ from the enclosing scope	Skipped	tagged	0.000
location	Binding#eval preserves __LINE__ across multiple calls to eval	Skipped	tagged	0.000
location	Binding#eval increments __LINE__ on each line of a multiline eval	Skipped	tagged	0.000
location	Binding#eval inherits __FILE__ from the enclosing scope	Skipped	tagged	0.000
location	Binding#eval starts with a __LINE__ of 1 if a filename is passed	Success		0.001
location	Binding#eval starts with a __LINE__ from the third argument if passed	Success		0.001
location	Binding#eval uses the __FILE__ that is passed in	Success		0.000
receiver	Binding#receiver returns the object to which binding is bound	Success		0.001
builtin_constants	RUBY_VERSION is a String	Success		0.000
builtin_constants	RUBY_PATCHLEVEL is a Fixnum	Success		0.000
builtin_constants	RUBY_COPYRIGHT is a String	Success		0.000
builtin_constants	RUBY_DESCRIPTION is a String	Success		0.000
builtin_constants	RUBY_ENGINE is a String	Success		0.000
builtin_constants	RUBY_PLATFORM is a String	Success		0.000
builtin_constants	RUBY_RELEASE_DATE is a String	Success		0.000
builtin_constants	RUBY_REVISION is a Fixnum	Success		0.000
allocate	Class#allocate returns an instance of self	Success		0.001
allocate	Class#allocate returns a fully-formed instance of Module	Success		0.002
allocate	Class#allocate throws an exception when calling a method on a new instance	Success		0.001
allocate	Class#allocate does not call initialize on the new instance	Success		0.001
allocate	Class#allocate raises TypeError for #superclass	Success		0.001
dup	Class#dup duplicates both the class and the singleton class	Skipped	tagged	0.000
dup	Class#dup retains an included module in the ancestor chain for the singleton class	Skipped	tagged	0.000
dup	Class#dup retains the correct ancestor chain for the singleton class	Skipped	tagged	0.000
dup	Class#dup sets the name from the class to nil if not assigned to a constant	Success		0.001
dup	Class#dup stores the new name if assigned to a constant	Success		0.000
inherited	Class.inherited is invoked with the child Class when self is subclassed	Success		0.001
inherited	Class.inherited is invoked only once per subclass	Success		0.001
inherited	Class.inherited is called when marked as a private class method	Success		0.001
inherited	Class.inherited is called when marked as a protected class method	Success		0.001
inherited	Class.inherited is called when marked as a public class method	Success		0.001
inherited	Class.inherited is called by super from a method provided by an included module	Success		0.001
inherited	Class.inherited is called by super even when marked as a private class method	Success		0.001
inherited	Class.inherited will be invoked by child class regardless of visibility	Success		0.001
initialize	Class#initialize raises a TypeError when called on already initialized classes	Skipped	tagged	0.000
initialize	Class#initialize raises a TypeError when called on BasicObject	Skipped	tagged	0.000
initialize	Class#initialize is private	Success		0.002
initialize	Class#initialize when given the Class raises a TypeError	Skipped	tagged	0.000
new	Class.new with a block given runs the inherited hook after yielding the block	Skipped	tagged	0.000
new	Class.new with a block given yields the new class as self in the block	Success		0.001
new	Class.new with a block given uses the given block as the class' body	Success		0.001
new	Class.new with a block given creates a subclass of the given superclass	Success		0.001
new	Class.new raises a TypeError if passed a metaclass	Skipped	tagged	0.000
new	Class.new creates a new anonymous class	Success		0.001
new	Class.new creates a class without a name	Success		0.000
new	Class.new creates a class that can be given a name by assigning it to a constant	Success		0.005
new	Class.new sets the new class' superclass to the given class	Success		0.001
new	Class.new sets the new class' superclass to Object when no class given	Success		0.000
new	Class.new raises a TypeError when given a non-Class	Success		0.002
new	Class#new passes the block to #initialize	Skipped	tagged	0.000
new	Class#new returns a new instance of self	Success		0.001
new	Class#new invokes #initialize on the new instance with the given args	Success		0.001
superclass	Class#superclass returns the superclass of self	Skipped	tagged	0.000
superclass	Class#superclass for a singleton class of an object returns the class of the object	Success		0.001
superclass	Class#superclass for a singleton class of a class returns the singleton class of its superclass	Success		0.000
to_s	Class#to_s regular class returns same name as Module#to_s	Success		0.000
to_s	Class#to_s singleton class for modules includes module name	Skipped	tagged	0.000
to_s	Class#to_s singleton class for classes includes class name	Success		0.000
to_s	Class#to_s singleton class for objects includes class name and object ID	Success		0.001
between	Comparable#between? returns true if self is greater than or equal to the first and less than or equal to the second argument	Success		0.002
equal_value	Comparable#== returns true if other is the same as self	Success		0.001
equal_value	Comparable#== calls #<=> on self with other and returns true if #<=> returns 0	Success		0.002
equal_value	Comparable#== calls #<=> on self with other and returns true if #<=> returns 0.0	Success		0.002
equal_value	Comparable#== returns false if calling #<=> on self returns a positive Integer	Success		0.001
equal_value	Comparable#== returns false if calling #<=> on self returns a negative Integer	Success		0.001
equal_value	Comparable#== when #<=> returns nil returns false	Success		0.001
equal_value	Comparable#== when #<=> returns nor nil neither an Integer raises an ArgumentError	Skipped	tagged	0.000
equal_value	Comparable#== when #<=> raises an exception lets it go through if it is not a StandardError	Success		0.002
equal_value	Comparable#== when #<=> raises an exception if it is a StandardError lets it go through	Skipped	tagged	0.000
equal_value	Comparable#== when #<=> raises an exception if it is a subclass of StandardError lets it go through	Skipped	tagged	0.000
equal_value	Comparable#== when #<=> is not defined returns true for identical objects	Success		0.001
equal_value	Comparable#== when #<=> is not defined returns false and does not recurse infinitely	Success		0.001
equal_value	Comparable#== when #<=> calls super returns true for identical objects	Success		0.001
equal_value	Comparable#== when #<=> calls super calls the defined #<=> only once for different objects	Success		0.001
gt	Comparable#> calls #<=> on self with other and returns true if #<=> returns any Integer greater than 0	Success		0.004
gt	Comparable#> returns false if calling #<=> on self returns 0 or any Integer less than 0	Success		0.003
gt	Comparable#> raises an ArgumentError if calling #<=> on self returns nil	Success		0.002
gte	Comparable#>= calls #<=> on self with other and returns true if #<=> returns 0 or any Integer greater than 0	Success		0.004
gte	Comparable#>= returns false if calling #<=> on self returns any Integer less than 0	Success		0.003
gte	Comparable#>= raises an ArgumentError if calling #<=> on self returns nil	Success		0.002
lt	Comparable#< calls #<=> on self with other and returns true if #<=> returns any Integer less than 0	Success		0.003
lt	Comparable#< returns false if calling #<=> on self returns 0 or any Integer greater than 0	Success		0.003
lt	Comparable#< raises an ArgumentError if calling #<=> on self returns nil	Success		0.002
lte	Comparable#<= calls #<=> on self with other and returns true if #<=> returns 0 or any Integer less than 0	Success		0.004
lte	Comparable#<= returns false if calling #<=> on self returns any Integer greater than 0	Success		0.003
lte	Comparable#<= raises an ArgumentError if calling #<=> on self returns nil	Success		0.002
abs	Complex#abs returns the modulus: \|a + bi\| = sqrt((a ^ 2) + (b ^ 2))	Success		0.003
abs2	Complex#abs2 returns the sum of the squares of the real and imaginary parts	Success		0.003
angle	Complex#angle returns the argument -- i.e., the angle from (1, 0) in the complex plane	Success		0.008
arg	Complex#arg returns the argument -- i.e., the angle from (1, 0) in the complex plane	Success		0.006
coerce	Complex#coerce returns an array containing other and self as Complex when other is an Integer	Success		0.001
coerce	Complex#coerce returns an array containing other and self as Complex when other is a Float	Success		0.001
coerce	Complex#coerce returns an array containing other and self as Complex when other is a Bignum	Success		0.001
coerce	Complex#coerce returns an array containing other and self as Complex when other is a Rational	Success		0.001
coerce	Complex#coerce returns an array containing other and self when other is a Complex	Success		0.001
coerce	Complex#coerce returns an array containing other as Complex and self when other is a Numeric which responds to #real? with true	Success		0.003
coerce	Complex#coerce raises TypeError when other is a Numeric which responds to #real? with false	Success		0.002
coerce	Complex#coerce raises a TypeError when other is a String	Success		0.001
coerce	Complex#coerce raises a TypeError when other is nil	Success		0.001
coerce	Complex#coerce raises a TypeError when other is false	Success		0.001
conj	Complex#conj returns the complex conjugate: conj a + bi = a - bi	Success		0.002
conjugate	Complex#conjugate returns the complex conjugate: conj a + bi = a - bi	Success		0.001
constants	Complex::I is Complex(0, 1)	Success		0.001
denominator	Complex#denominator returns the least common multiple denominator of the real and imaginary parts	Success		0.002
divide	Complex#/ with Complex divides according to the usual rule for complex numbers	Success		0.002
divide	Complex#/ with Fixnum divides both parts of the Complex number	Success		0.002
divide	Complex#/ with Fixnum raises a ZeroDivisionError when given zero	Success		0.001
divide	Complex#/ with Fixnum produces Rational parts	Success		0.001
divide	Complex#/ with Bignum divides both parts of the Complex number	Success		0.001
divide	Complex#/ with Float divides both parts of the Complex number	Success		0.001
divide	Complex#/ with Float returns Complex(Infinity, Infinity) when given zero	Success		0.001
divide	Complex#/ with Object tries to coerce self into other	Success		0.002
divide	Complex#/ with a Numeric which responds to #real? with true returns Complex(real.quo(other), imag.quo(other))	Success		0.004
divide	Complex#/ with a Numeric which responds to #real? with false coerces the passed argument to Complex and divides the resulting elements	Success		0.003
eql	Complex#eql? returns false if other is not Complex	Success		0.001
eql	Complex#eql? returns true when the respective parts are of the same classes and self == other	Success		0.000
eql	Complex#eql? returns false when the real parts are of different classes	Success		0.000
eql	Complex#eql? returns false when the imaginary parts are of different classes	Success		0.000
eql	Complex#eql? returns false when self == other is false	Success		0.000
eql	Complex#eql? does NOT send #eql? to real or imaginary parts	Success		0.002
equal_value	Complex#== with Complex returns true when self and other have numerical equality	Success		0.002
equal_value	Complex#== with Numeric returns true when self's imaginary part is 0 and the real part and other have numerical equality	Success		0.002
equal_value	Complex#== with Object calls other#== with self	Success		0.002
equal_value	Complex#== with a Numeric which responds to #real? with true returns real == other when the imaginary part is zero	Success		0.002
equal_value	Complex#== with a Numeric which responds to #real? with true returns false when when the imaginary part is not zero	Success		0.002
equal_value	Complex#== with a Numeric which responds to #real? with false returns other == self	Success		0.002
exponent	Complex#** with Fixnum 0 returns Complex(1)	Success		0.001
exponent	Complex#** with Float 0.0 returns Complex(1.0, 0.0)	Success		0.002
exponent	Complex#** with Complex returns self raised to the given power	Success		0.002
exponent	Complex#** with Integer returns self raised to the given power	Success		0.004
exponent	Complex#** with Rational returns self raised to the given power	Success		0.003
exponent	Complex#** with Object tries to coerce self into other	Success		0.002
fdiv	Complex#fdiv accepts a numeric argument	Success		0.002
fdiv	Complex#fdiv accepts a negative numeric argument	Success		0.001
fdiv	Complex#fdiv raises a TypeError if passed a non-numeric argument	Success		0.001
fdiv	Complex#fdiv sets the real part to NaN if self's real part is NaN	Success		0.002
fdiv	Complex#fdiv sets the imaginary part to NaN if self's imaginary part is NaN	Success		0.001
fdiv	Complex#fdiv sets the real and imaginary part to NaN if self's real and imaginary parts are NaN	Success		0.001
fdiv	Complex#fdiv sets the real and imaginary part to NaN if self's real part and the argument are both NaN	Success		0.001
fdiv	Complex#fdiv sets the real and imaginary part to NaN if self's real part, self's imaginary part, and the argument are NaN	Success		0.001
fdiv	Complex#fdiv sets the real part to Infinity if self's real part is Infinity	Success		0.001
fdiv	Complex#fdiv sets the imaginary part to Infinity if self's imaginary part is Infinity	Success		0.001
fdiv	Complex#fdiv sets the imaginary and real part to Infinity if self's imaginary and real parts are Infinity	Success		0.001
fdiv	Complex#fdiv sets the real part to NaN and the imaginary part to NaN if self's imaginary part, self's real part, and the argument are Infinity	Success		0.001
fdiv	Complex#fdiv with no imaginary part returns a Complex number	Success		0.024
fdiv	Complex#fdiv with no imaginary part sets the real part to self's real part fdiv'd with the argument	Success		0.024
fdiv	Complex#fdiv with no imaginary part sets the imaginary part to 0.0	Success		0.021
fdiv	Complex#fdiv with an imaginary part returns a Complex number	Success		0.019
fdiv	Complex#fdiv with an imaginary part sets the real part to self's real part fdiv'd with the argument	Success		0.020
fdiv	Complex#fdiv with an imaginary part sets the imaginary part to the imaginary part fdiv'd with the argument	Success		0.020
hash	Complex#hash is different for different instances	Skipped	tagged	0.000
hash	Complex#hash is static	Success		0.001
imag	Complex#imag returns the imaginary part of self	Success		0.001
imaginary	Complex#imaginary returns the imaginary part of self	Success		0.001
inspect	Complex#inspect returns (${real}+${image}i) for positive imaginary parts	Success		0.002
inspect	Complex#inspect returns (${real}-${image}i) for negative imaginary parts	Success		0.001
integer	Complex#integer? returns false for a Complex with no imaginary part	Success		0.000
integer	Complex#integer? returns false for a Complex with an imaginary part	Success		0.000
magnitude	Complex#magnitude returns the modulus: \|a + bi\| = sqrt((a ^ 2) + (b ^ 2))	Success		0.001
marshal_dump	Complex#marshal_dump is a private method	Success		0.001
marshal_dump	Complex#marshal_dump dumps real and imaginary parts	Success		0.001
minus	Complex#- with Complex subtracts both the real and imaginary components	Success		0.001
minus	Complex#- with Integer subtracts the real number from the real component of self	Success		0.001
minus	Complex#- with Object tries to coerce self into other	Success		0.002
minus	Complex#- passed Numeric which responds to #real? with true coerces the passed argument to the type of the real part and subtracts the resulting elements	Success		0.003
minus	Complex#- passed Numeric which responds to #real? with false coerces the passed argument to Complex and subtracts the resulting elements	Success		0.002
multiply	Complex#* with Complex multiplies according to the usual rule for complex numbers: (a + bi) * (c + di) = ac - bd + (ad + bc)i	Success		0.001
multiply	Complex#* with Integer multiplies both parts of self by the given Integer	Success		0.001
multiply	Complex#* with Object tries to coerce self into other	Success		0.001
multiply	Complex#* with a Numeric which responds to #real? with true multiples both parts of self by other	Success		0.003
multiply	Complex#* with a Numeric which responds to #real? with true with a Numeric which responds to #real? with false coerces the passed argument to Complex and multiplies the resulting elements	Success		0.002
numerator	Complex#numerator returns self's numerator	Success		0.002
phase	Complex#phase returns the argument -- i.e., the angle from (1, 0) in the complex plane	Success		0.006
plus	Complex#+ with Complex adds both the real and imaginary components	Success		0.001
plus	Complex#+ with Integer adds the real number to the real component of self	Success		0.001
plus	Complex#+ with Object tries to coerce self into other	Success		0.002
plus	Complex#+ passed Numeric which responds to #real? with true coerces the passed argument to the type of the real part and adds the resulting elements	Success		0.003
plus	Complex#+ passed Numeric which responds to #real? with false coerces the passed argument to Complex and adds the resulting elements	Success		0.002
polar	Complex.polar returns a complex number in terms of radius and angle	Success		0.002
polar	Complex.polar raises a TypeError when given non real arguments	Success		0.001
polar	Complex#polar returns the absolute value and the argument	Success		0.001
quo	Complex#quo with Complex divides according to the usual rule for complex numbers	Success		0.002
quo	Complex#quo with Fixnum divides both parts of the Complex number	Success		0.001
quo	Complex#quo with Fixnum raises a ZeroDivisionError when given zero	Success		0.001
quo	Complex#quo with Fixnum produces Rational parts	Success		0.001
quo	Complex#quo with Bignum divides both parts of the Complex number	Success		0.001
quo	Complex#quo with Float divides both parts of the Complex number	Success		0.001
quo	Complex#quo with Float returns Complex(Infinity, Infinity) when given zero	Success		0.001
quo	Complex#quo with Object tries to coerce self into other	Success		0.002
quo	Complex#quo with a Numeric which responds to #real? with true returns Complex(real.quo(other), imag.quo(other))	Success		0.003
quo	Complex#quo with a Numeric which responds to #real? with false coerces the passed argument to Complex and divides the resulting elements	Success		0.002
rationalize	Complex#rationalize raises RangeError if self has non-zero imaginary part	Success		0.001
rationalize	Complex#rationalize raises RangeError if self has 0.0 imaginary part	Success		0.001
rationalize	Complex#rationalize returns a Rational if self has zero imaginary part	Success		0.001
rationalize	Complex#rationalize sends #rationalize to the real part	Success		0.001
rationalize	Complex#rationalize ignores a single argument	Success		0.000
rationalize	Complex#rationalize raises ArgumentError when passed more than one argument	Success		0.001
real	Complex#real returns the real part of self	Success		0.001
real	Complex#real? returns false if there is an imaginary part	Success		0.000
real	Complex#real? returns false if there is not an imaginary part	Success		0.000
real	Complex#real? returns false if the real part is Infinity	Success		0.000
real	Complex#real? returns false if the real part is NaN	Success		0.000
rect	Complex#rect returns an Array	Success		0.001
rect	Complex#rect returns a two-element Array	Success		0.001
rect	Complex#rect returns the real part of self as the first element	Success		0.001
rect	Complex#rect returns the imaginary part of self as the last element	Success		0.001
rect	Complex#rect raises an ArgumentError if given any arguments	Success		0.002
rect	Complex.rect passed a Numeric n which responds to #real? with true returns a Complex with real part n and imaginary part 0	Success		0.002
rect	Complex.rect passed a Numeric which responds to #real? with false raises TypeError	Success		0.002
rect	Complex.rect passed Numerics n1 and n2 and at least one responds to #real? with false raises TypeError	Success		0.002
rect	Complex.rect passed Numerics n1 and n2 and at least one responds to #real? with false raises TypeError	Success		0.002
rect	Complex.rect passed Numerics n1 and n2 and at least one responds to #real? with false raises TypeError	Success		0.002
rect	Complex.rect passed Numerics n1 and n2 and both respond to #real? with true returns a Complex with real part n1 and imaginary part n2	Success		0.002
rect	Complex.rect passed a non-Numeric raises TypeError	Success		0.001
rectangular	Complex#rectangular returns an Array	Success		0.001
rectangular	Complex#rectangular returns a two-element Array	Success		0.001
rectangular	Complex#rectangular returns the real part of self as the first element	Success		0.001
rectangular	Complex#rectangular returns the imaginary part of self as the last element	Success		0.001
rectangular	Complex#rectangular raises an ArgumentError if given any arguments	Success		0.002
rectangular	Complex.rectangular passed a Numeric n which responds to #real? with true returns a Complex with real part n and imaginary part 0	Success		0.002
rectangular	Complex.rectangular passed a Numeric which responds to #real? with false raises TypeError	Success		0.001
rectangular	Complex.rectangular passed Numerics n1 and n2 and at least one responds to #real? with false raises TypeError	Success		0.002
rectangular	Complex.rectangular passed Numerics n1 and n2 and at least one responds to #real? with false raises TypeError	Success		0.002
rectangular	Complex.rectangular passed Numerics n1 and n2 and at least one responds to #real? with false raises TypeError	Success		0.002
rectangular	Complex.rectangular passed Numerics n1 and n2 and both respond to #real? with true returns a Complex with real part n1 and imaginary part n2	Success		0.002
rectangular	Complex.rectangular passed a non-Numeric raises TypeError	Success		0.001
to_f	Complex#to_f when the imaginary part is Fixnum 0 returns the result of sending #to_f to the real part	Success		0.002
to_f	Complex#to_f when the imaginary part is Rational 0 returns the result of sending #to_f to the real part	Success		0.001
to_f	Complex#to_f when the imaginary part responds to #== 0 with true returns the result of sending #to_f to the real part	Success		0.002
to_f	Complex#to_f when the imaginary part is non-zero raises RangeError	Success		0.001
to_f	Complex#to_f when the imaginary part is Float 0.0 raises RangeError	Success		0.001
to_i	Complex#to_i when the imaginary part is Fixnum 0 returns the result of sending #to_i to the real part	Success		0.001
to_i	Complex#to_i when the imaginary part is Rational 0 returns the result of sending #to_i to the real part	Success		0.001
to_i	Complex#to_i when the imaginary part responds to #== 0 with true returns the result of sending #to_i to the real part	Success		0.002
to_i	Complex#to_i when the imaginary part is non-zero raises RangeError	Success		0.001
to_i	Complex#to_i when the imaginary part is Float 0.0 raises RangeError	Success		0.001
to_r	Complex#to_r when the imaginary part is Fixnum 0 returns the result of sending #to_r to the real part	Success		0.001
to_r	Complex#to_r when the imaginary part is Rational 0 returns the result of sending #to_r to the real part	Success		0.001
to_r	Complex#to_r when the imaginary part responds to #== 0 with true returns the result of sending #to_r to the real part	Success		0.002
to_r	Complex#to_r when the imaginary part is non-zero raises RangeError	Success		0.001
to_r	Complex#to_r when the imaginary part is Float 0.0 raises RangeError	Success		0.001
to_s	Complex#to_s returns self as String	Success		0.002
to_s	Complex#to_s returns 1+0.0i for Complex(1, 0.0)	Success		0.001
to_s	Complex#to_s returns 1-0.0i for Complex(1, -0.0)	Success		0.000
to_s	Complex#to_s returns 1+Infinity*i for Complex(1, Infinity)	Success		0.001
to_s	Complex#to_s returns 1-Infinity*i for Complex(1, -Infinity)	Success		0.001
to_s	Complex#to_s returns 1+NaN*i for Complex(1, NaN)	Success		0.000
to_s	Complex#to_s when self's real component is 0 returns both the real and imaginary component even when the real is 0	Success		0.001
uminus	Complex#-@ sends #-@ to the real and imaginary parts and returns a Complex with the resulting respective parts	Success		0.003
chdir	Dir.chdir defaults to $HOME with no arguments	Success		0.002
chdir	Dir.chdir changes to the specified directory	Success		0.001
chdir	Dir.chdir returns 0 when successfully changing directory	Success		0.000
chdir	Dir.chdir calls #to_str on the argument if it's not a String	Success		0.002
chdir	Dir.chdir calls #to_str on the argument if it's not a String and a block is given	Success		0.001
chdir	Dir.chdir calls #to_path on the argument if it's not a String	Success		0.001
chdir	Dir.chdir prefers #to_path over #to_str	Success		0.001
chdir	Dir.chdir returns the value of the block when a block is given	Success		0.001
chdir	Dir.chdir defaults to the home directory when given a block but no argument	Success		0.001
chdir	Dir.chdir changes to the specified directory for the duration of the block	Success		0.001
chdir	Dir.chdir raises an Errno::ENOENT if the directory does not exist	Success		0.004
chdir	Dir.chdir raises an Errno::ENOENT if the original directory no longer exists	Success		0.004
chdir	Dir.chdir always returns to the original directory when given a block	Success		0.001
close	Dir#close does not raise an IOError even if the Dir instance is closed	Success		0.001
delete	Dir.delete removes empty directories	Success		0.015
delete	Dir.delete calls #to_path on non-String arguments	Success		0.039
delete	Dir.delete raises an Errno::ENOTEMPTY when trying to remove a nonempty directory	Success		0.014
delete	Dir.delete raises an Errno::ENOENT when trying to remove a non-existing directory	Success		0.014
delete	Dir.delete raises an Errno::ENOTDIR when trying to remove a non-directory	Success		0.013
delete	Dir.delete raises an Errno::EACCES if lacking adequate permissions to remove the directory	Success		0.013
dir	Dir includes Enumerable	Success		0.001
each	Dir#each yields each directory entry in succession	Success		0.002
each	Dir#each returns the directory which remains open	Success		0.002
each	Dir#each when no block is given returns an Enumerator	Success		0.002
each	Dir#each when no block is given returned Enumerator size should return nil	Success		0.001
each	Dir#each raises an IOError when called on a closed Dir instance	Skipped	tagged	0.000
element_reference	Dir.[] matches paths with glob patterns	Skipped	tagged	0.000
element_reference	Dir.[] recursively matches any nondot subdirectories with '**/'	Skipped	tagged	0.000
element_reference	Dir.[] recursively matches directories with '**/<characters>'	Skipped	tagged	0.000
element_reference	Dir.[] matches UTF-? paths	Skipped	tagged	0.000
element_reference	Dir.[] raises an Encoding::CompatibilityError if the argument encoding is not compatible with US-ASCII	Success		0.008
element_reference	Dir.[] calls #to_path to convert a pattern	Success		0.002
element_reference	Dir.[] splits the string on \0 if there is only one string given	Success		0.003
element_reference	Dir.[] matches non-dotfiles with '*'	Success		0.002
element_reference	Dir.[] returns empty array when empty pattern provided	Success		0.000
element_reference	Dir.[] matches regexp special +	Success		0.002
element_reference	Dir.[] matches regexp special *	Success		0.002
element_reference	Dir.[] matches regexp special ?	Success		0.002
element_reference	Dir.[] matches regexp special \|	Success		0.001
element_reference	Dir.[] matches regexp special ^	Success		0.002
element_reference	Dir.[] matches regexp special $	Success		0.002
element_reference	Dir.[] matches regexp special (	Success		0.001
element_reference	Dir.[] matches regexp special )	Success		0.001
element_reference	Dir.[] matches regexp special [	Success		0.001
element_reference	Dir.[] matches regexp special ]	Success		0.001
element_reference	Dir.[] matches regexp special {	Success		0.002
element_reference	Dir.[] matches regexp special }	Success		0.001
element_reference	Dir.[] matches dotfiles with '.*'	Success		0.001
element_reference	Dir.[] matches non-dotfiles with '*<non-special characters>'	Success		0.001
element_reference	Dir.[] matches dotfiles with '.*<non-special characters>'	Success		0.002
element_reference	Dir.[] matches files with any ending with '<non-special characters>*'	Success		0.001
element_reference	Dir.[] matches files with any middle with '<non-special characters>*<non-special characters>'	Success		0.001
element_reference	Dir.[] handles directories with globs	Success		0.002
element_reference	Dir.[] matches files with multiple '*' special characters	Success		0.002
element_reference	Dir.[] matches non-dotfiles in the current directory with '**'	Success		0.002
element_reference	Dir.[] matches dotfiles in the current directory with '.**'	Success		0.002
element_reference	Dir.[] recursively matches any subdirectories including ./ and ../ with '.**/'	Success		0.003
element_reference	Dir.[] matches a single character except leading '.' with '?'	Success		0.001
element_reference	Dir.[] accepts multiple '?' characters in a pattern	Success		0.001
element_reference	Dir.[] matches any characters in a set with '[<characters>]'	Success		0.001
element_reference	Dir.[] matches any characters in a range with '[<character>-<character>]'	Success		0.001
element_reference	Dir.[] matches any characters except those in a set with '[^<characters>]'	Success		0.001
element_reference	Dir.[] matches any characters except those in a range with '[^<character>-<character]'	Success		0.001
element_reference	Dir.[] matches any one of the strings in a set with '{<string>,<other>,...}'	Success		0.001
element_reference	Dir.[] matches a set '{<string>,<other>,...}' which also uses a glob	Success		0.003
element_reference	Dir.[] accepts string sets with empty strings with {<string>,,<other>}	Success		0.001
element_reference	Dir.[] matches dot or non-dotfiles with '{,.}*'	Success		0.002
element_reference	Dir.[] respects the order of {} expressions, expanding left most first	Success		0.003
element_reference	Dir.[] respects the optional nested {} expressions	Success		0.005
element_reference	Dir.[] matches special characters by escaping with a backslash with '\<character>'	Success		0.003
element_reference	Dir.[] ignores matching through directories that doen't exist	Success		0.002
element_reference	Dir.[] ignores matching only directories under an nonexistant path	Success		0.001
element_reference	Dir.[] matches multiple recursives	Success		0.005
element_reference	Dir.[] ignores symlinks	Success		0.007
element_reference	Dir.[] calls #to_path to convert multiple patterns	Success		0.003
entries	Dir.entries returns entries encoded with the specified encoding	Skipped	tagged	0.000
entries	Dir.entries returns an Array of filenames in an existing directory including dotfiles	Success		0.002
entries	Dir.entries calls #to_path on non-String arguments	Success		0.002
entries	Dir.entries accepts an options Hash	Success		0.002
entries	Dir.entries returns entries encoded with the filesystem encoding by default	Success		0.002
entries	Dir.entries returns entries transcoded to the default internal encoding	Success		0.079
entries	Dir.entries raises a SystemCallError if called with a nonexistent diretory	Success		0.001
exist	Dir.exist? returns true if the given directory exists	Success		0.001
exist	Dir.exist? returns true for '.'	Success		0.000
exist	Dir.exist? returns true for '..'	Success		0.000
exist	Dir.exist? understands non-ASCII paths	Success		0.002
exist	Dir.exist? understands relative paths	Success		0.000
exist	Dir.exist? returns false if the given directory doesn't exist	Success		0.000
exist	Dir.exist? doesn't require the name to have a trailing slash	Success		0.001
exist	Dir.exist? doesn't expand paths	Success		0.001
exist	Dir.exist? returns false if the argument exists but is a file	Success		0.000
exist	Dir.exist? doesn't set $! when file doesn't exist	Success		0.000
exist	Dir.exist? calls #to_path on non String arguments	Success		0.002
exists	Dir.exists? returns true if the given directory exists	Success		0.001
exists	Dir.exists? returns true for '.'	Success		0.000
exists	Dir.exists? returns true for '..'	Success		0.000
exists	Dir.exists? understands non-ASCII paths	Success		0.001
exists	Dir.exists? understands relative paths	Success		0.000
exists	Dir.exists? returns false if the given directory doesn't exist	Success		0.000
exists	Dir.exists? doesn't require the name to have a trailing slash	Success		0.000
exists	Dir.exists? doesn't expand paths	Success		0.001
exists	Dir.exists? returns false if the argument exists but is a file	Success		0.000
exists	Dir.exists? doesn't set $! when file doesn't exist	Success		0.000
exists	Dir.exists? calls #to_path on non String arguments	Success		0.002
fileno	Dir#fileno returns the file descriptor of the dir	Skipped	tagged	0.000
foreach	Dir.foreach yields all names in an existing directory to the provided block	Success		0.002
foreach	Dir.foreach returns nil when successful	Success		0.001
foreach	Dir.foreach calls #to_path on non-String arguments	Success		0.002
foreach	Dir.foreach raises a SystemCallError if passed a nonexistent directory	Success		0.001
foreach	Dir.foreach returns an Enumerator if no block given	Success		0.002
foreach	Dir.foreach when no block is given returns an Enumerator	Success		0.002
foreach	Dir.foreach when no block is given returned Enumerator size should return nil	Success		0.001
getwd	Dir.getwd returns the current working directory	Success		0.011
getwd	Dir.getwd returns a String with the filesystem encoding	Success		0.001
glob	Dir.glob matches paths with glob patterns	Skipped	tagged	0.000
glob	Dir.glob recursively matches any nondot subdirectories with '**/'	Skipped	tagged	0.000
glob	Dir.glob recursively matches directories with '**/<characters>'	Skipped	tagged	0.000
glob	Dir.glob matches UTF-? paths	Skipped	tagged	0.000
glob	Dir.glob raises an Encoding::CompatibilityError if the argument encoding is not compatible with US-ASCII	Success		0.001
glob	Dir.glob calls #to_path to convert a pattern	Success		0.002
glob	Dir.glob splits the string on \0 if there is only one string given	Success		0.002
glob	Dir.glob matches non-dotfiles with '*'	Success		0.001
glob	Dir.glob returns empty array when empty pattern provided	Success		0.000
glob	Dir.glob matches regexp special +	Success		0.001
glob	Dir.glob matches regexp special *	Success		0.001
glob	Dir.glob matches regexp special ?	Success		0.001
glob	Dir.glob matches regexp special \|	Success		0.001
glob	Dir.glob matches regexp special ^	Success		0.001
glob	Dir.glob matches regexp special $	Success		0.001
glob	Dir.glob matches regexp special (	Success		0.001
glob	Dir.glob matches regexp special )	Success		0.001
glob	Dir.glob matches regexp special [	Success		0.001
glob	Dir.glob matches regexp special ]	Success		0.001
glob	Dir.glob matches regexp special {	Success		0.001
glob	Dir.glob matches regexp special }	Success		0.001
glob	Dir.glob matches dotfiles with '.*'	Success		0.001
glob	Dir.glob matches non-dotfiles with '*<non-special characters>'	Success		0.001
glob	Dir.glob matches dotfiles with '.*<non-special characters>'	Success		0.001
glob	Dir.glob matches files with any ending with '<non-special characters>*'	Success		0.001
glob	Dir.glob matches files with any middle with '<non-special characters>*<non-special characters>'	Success		0.001
glob	Dir.glob handles directories with globs	Success		0.001
glob	Dir.glob matches files with multiple '*' special characters	Success		0.001
glob	Dir.glob matches non-dotfiles in the current directory with '**'	Success		0.001
glob	Dir.glob matches dotfiles in the current directory with '.**'	Success		0.001
glob	Dir.glob recursively matches any subdirectories including ./ and ../ with '.**/'	Success		0.001
glob	Dir.glob matches a single character except leading '.' with '?'	Success		0.001
glob	Dir.glob accepts multiple '?' characters in a pattern	Success		0.001
glob	Dir.glob matches any characters in a set with '[<characters>]'	Success		0.001
glob	Dir.glob matches any characters in a range with '[<character>-<character>]'	Success		0.001
glob	Dir.glob matches any characters except those in a set with '[^<characters>]'	Success		0.001
glob	Dir.glob matches any characters except those in a range with '[^<character>-<character]'	Success		0.001
glob	Dir.glob matches any one of the strings in a set with '{<string>,<other>,...}'	Success		0.001
glob	Dir.glob matches a set '{<string>,<other>,...}' which also uses a glob	Success		0.002
glob	Dir.glob accepts string sets with empty strings with {<string>,,<other>}	Success		0.001
glob	Dir.glob matches dot or non-dotfiles with '{,.}*'	Success		0.002
glob	Dir.glob respects the order of {} expressions, expanding left most first	Success		0.001
glob	Dir.glob respects the optional nested {} expressions	Success		0.001
glob	Dir.glob matches special characters by escaping with a backslash with '\<character>'	Success		0.002
glob	Dir.glob ignores matching through directories that doen't exist	Success		0.001
glob	Dir.glob ignores matching only directories under an nonexistant path	Success		0.001
glob	Dir.glob matches multiple recursives	Success		0.003
glob	Dir.glob ignores symlinks	Success		0.005
glob	Dir.glob can take an array of patterns	Success		0.157
glob	Dir.glob calls #to_path to convert multiple patterns	Success		0.157
glob	Dir.glob matches both dot and non-dotfiles with '*' and option File::FNM_DOTMATCH	Success		0.178
glob	Dir.glob matches files with any beginning with '*<non-special characters>' and option File::FNM_DOTMATCH	Success		0.157
glob	Dir.glob matches any files in the current directory with '**' and option File::FNM_DOTMATCH	Success		0.157
glob	Dir.glob recursively matches any subdirectories except './' or '../' with '**/' from the current directory and option File::FNM_DOTMATCH	Success		0.161
glob	Dir.glob recursively matches any subdirectories except './' or '../' with '**/' and option File::FNM_DOTMATCH	Success		0.163
glob	Dir.glob matches a list of paths by concatenating their individual results	Success		0.162
glob	Dir.glob accepts a block and yields it with each elements	Success		0.159
glob	Dir.glob ignores non-dirs when traversing recursively	Success		0.161
glob	Dir.glob matches nothing when given an empty list of paths	Success		0.158
glob	Dir.glob handles infinite directory wildcards	Success		0.187
glob	Dir.glob matches the literal character '\' with option File::FNM_NOESCAPE	Success		0.158
glob	Dir.glob returns nil for directories current user has no permission to read	Success		0.156
home	Dir.home returns the current user's home directory as a string if called without arguments	Success		0.001
home	Dir.home returns the named user's home directory as a string if called with an argument	Success		0.002
home	Dir.home raises an ArgumentError if the named user doesn't exist	Success		0.002
initialize	Dir#initialize calls #to_path on non-String arguments	Skipped	tagged	0.000
inspect	Dir#inspect includes the directory name	Skipped	tagged	0.000
inspect	Dir#inspect returns a String	Success		0.001
inspect	Dir#inspect includes the class name	Success		0.001
mkdir	Dir.mkdir creates the named directory with the given permissions	Success		0.004
mkdir	Dir.mkdir calls #to_path on non-String arguments	Success		0.002
mkdir	Dir.mkdir raises a SystemCallError if any of the directories in the path before the last does not exist	Success		0.001
mkdir	Dir.mkdir raises Errno::EEXIST if the specified directory already exists	Success		0.001
mkdir	Dir.mkdir raises Errno::EEXIST if the argument points to the existing file	Success		0.000
mkdir	Dir.mkdir raises a SystemCallError when lacking adequate permissions in the parent dir	Success		0.001
open	Dir.open closes the Dir instance when the block exits if given a block	Skipped	tagged	0.000
open	Dir.open closes the Dir instance when the block exits the block even due to an exception	Skipped	tagged	0.000
open	Dir.open returns a Dir instance representing the specified directory	Success		0.001
open	Dir.open raises a SystemCallError if the directory does not exist	Success		0.001
open	Dir.open may take a block which is yielded to with the Dir instance	Success		0.001
open	Dir.open returns the value of the block if a block is given	Success		0.001
open	Dir.open calls #to_path on non-String arguments	Success		0.002
open	Dir.open accepts an options Hash	Success		0.001
open	Dir.open calls #to_hash to convert the options object	Success		0.001
open	Dir.open ignores the :encoding option if it is nil	Success		0.001
path	Dir#path returns the path that was supplied to .new or .open	Skipped	tagged	0.000
path	Dir#path returns the path even when called on a closed Dir instance	Skipped	tagged	0.000
path	Dir#path returns a String with the same encoding as the argument to .open	Skipped	tagged	0.000
pos	Dir#pos returns an Integer representing the current position in the directory	Success		0.001
pos	Dir#pos returns a different Integer if moved from previous position	Success		0.001
pos	Dir#pos raises an IOError when called on a closed Dir instance	Skipped	tagged	0.000
pos	Dir#pos= moves the read position to a previously obtained position	Success		0.001
pwd	Dir.pwd returns the current working directory	Success		0.011
pwd	Dir.pwd returns a String with the filesystem encoding	Success		0.000
pwd	Dir.pwd correctly handles dirs with unicode characters in them	Skipped	tagged	0.000
read	Dir#read raises an IOError when called on a closed Dir instance	Skipped	tagged	0.000
read	Dir#read returns the file name in the current seek position	Success		0.001
read	Dir#read returns nil when there are no more entries	Success		0.001
read	Dir#read returns each entry successively	Success		0.001
rewind	Dir#rewind raises an IOError when called on a closed Dir instance	Skipped	tagged	0.000
rewind	Dir#rewind resets the next read to start from the first entry	Success		0.001
rewind	Dir#rewind returns the Dir instance	Success		0.001
rmdir	Dir.rmdir removes empty directories	Success		0.012
rmdir	Dir.rmdir calls #to_path on non-String arguments	Success		0.013
rmdir	Dir.rmdir raises an Errno::ENOTEMPTY when trying to remove a nonempty directory	Success		0.012
rmdir	Dir.rmdir raises an Errno::ENOENT when trying to remove a non-existing directory	Success		0.012
rmdir	Dir.rmdir raises an Errno::ENOTDIR when trying to remove a non-directory	Success		0.012
rmdir	Dir.rmdir raises an Errno::EACCES if lacking adequate permissions to remove the directory	Success		0.012
seek	Dir#seek returns the Dir instance	Success		0.001
seek	Dir#seek moves the read position to a previously obtained position	Success		0.001
tell	Dir#tell raises an IOError when called on a closed Dir instance	Skipped	tagged	0.000
tell	Dir#tell returns an Integer representing the current position in the directory	Success		0.001
tell	Dir#tell returns a different Integer if moved from previous position	Success		0.001
to_path	Dir#to_path returns the path that was supplied to .new or .open	Skipped	tagged	0.000
to_path	Dir#to_path returns the path even when called on a closed Dir instance	Skipped	tagged	0.000
to_path	Dir#to_path returns a String with the same encoding as the argument to .open	Skipped	tagged	0.000
unlink	Dir.unlink removes empty directories	Success		0.012
unlink	Dir.unlink calls #to_path on non-String arguments	Success		0.013
unlink	Dir.unlink raises an Errno::ENOTEMPTY when trying to remove a nonempty directory	Success		0.012
unlink	Dir.unlink raises an Errno::ENOENT when trying to remove a non-existing directory	Success		0.012
unlink	Dir.unlink raises an Errno::ENOTDIR when trying to remove a non-directory	Success		0.012
unlink	Dir.unlink raises an Errno::EACCES if lacking adequate permissions to remove the directory	Success		0.012
_dump	Encoding#_dump needs to be reviewed for spec completeness	Success		0.000
_load	Encoding._load needs to be reviewed for spec completeness	Success		0.000
aliases	Encoding.aliases returns a Hash	Success		0.003
aliases	Encoding.aliases has Strings as keys	Success		0.005
aliases	Encoding.aliases has Strings as values	Success		0.005
aliases	Encoding.aliases has alias names as its keys	Success		0.004
aliases	Encoding.aliases has the names of the aliased encoding as its values	Success		0.004
aliases	Encoding.aliases has an 'external' key with the external default encoding as its value	Success		0.002
aliases	Encoding.aliases has a 'locale' key and its value equals to the name of the encoding finded by the locale charmap	Success		0.002
aliases	Encoding.aliases only contains valid aliased encodings	Success		0.009
ascii_compatible	Encoding#ascii_compatible? returns true if self represents an ASCII-compatible encoding	Success		0.000
ascii_compatible	Encoding#ascii_compatible? returns false if self does not represent an ASCII-compatible encoding	Success		0.000
compatible	Encoding.compatible? String, String when the first's Encoding is valid US-ASCII returns US-ASCII when the second's is US-ASCII	Success		0.001
compatible	Encoding.compatible? String, String when the first's Encoding is valid US-ASCII returns US-ASCII if the second String is ASCII-?BIT and ASCII only	Success		0.001
compatible	Encoding.compatible? String, String when the first's Encoding is valid US-ASCII returns ASCII-?BIT if the second String is ASCII-?BIT but not ASCII only	Success		0.000
compatible	Encoding.compatible? String, String when the first's Encoding is valid US-ASCII returns US-ASCII if the second String is UTF-? and ASCII only	Success		0.000
compatible	Encoding.compatible? String, String when the first's Encoding is valid US-ASCII returns UTF-? if the second String is UTF-? but not ASCII only	Success		0.000
compatible	Encoding.compatible? String, String when the first's Encoding is ASCII compatible and ASCII only returns the first's Encoding if the second is ASCII compatible and ASCII only	Success		0.001
compatible	Encoding.compatible? String, String when the first's Encoding is ASCII compatible and ASCII only returns the first's Encoding if the second is ASCII compatible and ASCII only	Success		0.000
compatible	Encoding.compatible? String, String when the first's Encoding is ASCII compatible and ASCII only returns the second's Encoding if the second is ASCII compatible but not ASCII only	Success		0.001
compatible	Encoding.compatible? String, String when the first's Encoding is ASCII compatible and ASCII only returns nil if the second's Encoding is not ASCII compatible	Success		0.000
compatible	Encoding.compatible? String, String when the first's Encoding is ASCII compatible but not ASCII only returns the first's Encoding if the second's is valid US-ASCII	Success		0.001
compatible	Encoding.compatible? String, String when the first's Encoding is ASCII compatible but not ASCII only returns the first's Encoding if the second's is UTF-? and ASCII only	Success		0.000
compatible	Encoding.compatible? String, String when the first's Encoding is ASCII compatible but not ASCII only returns nil if the second encoding is ASCII compatible but neither String's encoding is ASCII only	Success		0.000
compatible	Encoding.compatible? String, String when the first's Encoding is not ASCII compatible returns nil when the second String is US-ASCII	Success		0.001
compatible	Encoding.compatible? String, String when the first's Encoding is not ASCII compatible returns nil when the second String is ASCII-?BIT and ASCII only	Success		0.000
compatible	Encoding.compatible? String, String when the first's Encoding is not ASCII compatible returns nil when the second String is ASCII-?BIT but not ASCII only	Success		0.000
compatible	Encoding.compatible? String, String when the first's Encoding is not ASCII compatible returns the Encoding when the second's Encoding is not ASCII compatible but the same as the first's Encoding	Success		0.000
compatible	Encoding.compatible? String, String when the first's Encoding is invalid returns the first's Encoding when the second's Encoding is US-ASCII	Success		0.001
compatible	Encoding.compatible? String, String when the first's Encoding is invalid returns the first's Encoding when the second String is ASCII only	Success		0.000
compatible	Encoding.compatible? String, String when the first's Encoding is invalid returns nil when the second's Encoding is ASCII-?BIT but not ASCII only	Success		0.000
compatible	Encoding.compatible? String, String when the first's Encoding is invalid returns nil when the second's Encoding is invalid and ASCII only	Success		0.000
compatible	Encoding.compatible? String, String when the first's Encoding is invalid returns nil when the second's Encoding is invalid and not ASCII only	Success		0.000
compatible	Encoding.compatible? String, String when the first's Encoding is invalid returns the Encoding when the second's Encoding is invalid but the same as the first	Success		0.000
compatible	Encoding.compatible? String, Regexp returns US-ASCII if both are US-ASCII	Success		0.001
compatible	Encoding.compatible? String, Regexp returns the String's Encoding if it is not US-ASCII but both are ASCII only	Success		0.001
compatible	Encoding.compatible? String, Regexp returns the String's Encoding if the String is not ASCII only	Success		0.001
compatible	Encoding.compatible? String, Symbol returns US-ASCII if both are ASCII only	Success		0.001
compatible	Encoding.compatible? String, Symbol returns the String's Encoding if it is not US-ASCII but both are ASCII only	Success		0.001
compatible	Encoding.compatible? String, Symbol returns the String's Encoding if the String is not ASCII only	Success		0.001
compatible	Encoding.compatible? Regexp, String returns US-ASCII if both are US-ASCII	Success		0.001
compatible	Encoding.compatible? Regexp, Regexp returns US-ASCII if both are US-ASCII	Success		0.001
compatible	Encoding.compatible? Regexp, Regexp returns the first's Encoding if it is not US-ASCII and not ASCII only	Success		0.002
compatible	Encoding.compatible? Regexp, Symbol returns US-ASCII if both are US-ASCII	Success		0.001
compatible	Encoding.compatible? Regexp, Symbol returns the first's Encoding if it is not US-ASCII and not ASCII only	Success		0.001
compatible	Encoding.compatible? Symbol, String returns US-ASCII if both are ASCII only	Success		0.000
compatible	Encoding.compatible? Symbol, Regexp returns US-ASCII if both are US-ASCII	Success		0.001
compatible	Encoding.compatible? Symbol, Regexp returns the Regexp's Encoding if it is not US-ASCII and not ASCII only	Success		0.001
compatible	Encoding.compatible? Symbol, Symbol returns US-ASCII if both are US-ASCII	Success		0.001
compatible	Encoding.compatible? Symbol, Symbol returns the first's Encoding if it is not ASCII only	Success		0.001
compatible	Encoding.compatible? Encoding, Encoding returns nil if one of the encodings is a dummy encoding	Success		0.001
compatible	Encoding.compatible? Encoding, Encoding returns nil if one of the encodings is not US-ASCII	Success		0.001
compatible	Encoding.compatible? Encoding, Encoding returns the first if the second is US-ASCII	Success		0.001
compatible	Encoding.compatible? Encoding, Encoding returns the Encoding if both are the same	Success		0.001
compatible	Encoding.compatible? Object, Object returns nil for Object, String	Skipped	tagged	0.000
compatible	Encoding.compatible? Object, Object returns nil for Object, Regexp	Skipped	tagged	0.000
compatible	Encoding.compatible? Object, Object returns nil for Object, Symbol	Skipped	tagged	0.000
compatible	Encoding.compatible? Object, Object returns nil for String, Object	Skipped	tagged	0.000
compatible	Encoding.compatible? Object, Object returns nil for Regexp, Object	Skipped	tagged	0.000
compatible	Encoding.compatible? Object, Object returns nil for Symbol, Object	Skipped	tagged	0.000
default_external	Encoding.default_external returns an Encoding object	Success		0.001
default_external	Encoding.default_external returns the default external encoding	Success		0.001
default_external	Encoding.default_external with command line options is not changed by the -U option	Success		4.791
default_external	Encoding.default_external with command line options returns the encoding specified by '-E external'	Success		4.600
default_external	Encoding.default_external with command line options returns the encoding specified by '-E external:'	Success		4.593
default_external	Encoding.default_external= sets the default external encoding	Success		0.001
default_external	Encoding.default_external= can accept a name of an encoding as a String	Success		0.001
default_external	Encoding.default_external= calls #to_s on arguments that are neither Strings nor Encodings	Success		0.003
default_external	Encoding.default_external= raises a TypeError unless the argument is an Encoding or convertible to a String	Success		0.001
default_external	Encoding.default_external= raises an ArgumentError if the argument is nil	Success		0.001
default_internal	Encoding.default_internal is nil by default	Success		0.001
default_internal	Encoding.default_internal returns an Encoding object if a default internal encoding is set	Success		0.001
default_internal	Encoding.default_internal returns nil if no default internal encoding is set	Success		0.001
default_internal	Encoding.default_internal returns the default internal encoding	Success		0.001
default_internal	Encoding.default_internal with command line options returns Encoding::UTF_? if ruby was invoked with -U	Success		4.751
default_internal	Encoding.default_internal with command line options uses the encoding specified when ruby is invoked with an '-E :internal' argument	Success		4.846
default_internal	Encoding.default_internal with command line options uses the encoding specified when ruby is invoked with an '-E external:internal' argument	Success		4.700
default_internal	Encoding.default_internal= sets the default internal encoding	Success		0.001
default_internal	Encoding.default_internal= can accept a name of an encoding as a String	Success		0.001
default_internal	Encoding.default_internal= calls #to_str to convert an object to a String	Success		0.002
default_internal	Encoding.default_internal= raises a TypeError if #to_str does not return a String	Success		0.002
default_internal	Encoding.default_internal= raises a TypeError when passed an object not providing #to_str	Success		0.001
default_internal	Encoding.default_internal= accepts an argument of nil to unset the default internal encoding	Success		0.001
dummy	Encoding#dummy? returns false for proper encodings	Success		0.001
dummy	Encoding#dummy? returns true for dummy encodings	Success		0.001
find	Encoding.find returns the corresponding Encoding object if given a valid encoding name	Success		0.010
find	Encoding.find returns the corresponding Encoding object if given a valid alias name	Success		0.007
find	Encoding.find raises a TypeError if passed a Symbol	Success		0.002
find	Encoding.find returns the passed Encoding object	Success		0.000
find	Encoding.find accepts encoding names as Strings	Success		0.007
find	Encoding.find accepts any object as encoding name, if it responds to #to_str	Success		0.008
find	Encoding.find is case insensitive	Success		0.012
find	Encoding.find raises an ArgumentError if the given encoding does not exist	Success		0.001
find	Encoding.find supports the 'locale' encoding alias	Success		0.000
find	Encoding.find returns default external encoding for the 'external' encoding alias	Success		0.000
find	Encoding.find returns default internal encoding for the 'internal' encoding alias	Success		0.000
find	Encoding.find uses default external encoding for the 'filesystem' encoding alias	Success		0.000
inspect	Encoding#inspect returns a String	Success		0.001
inspect	Encoding#inspect returns #<Encoding:name> for a non-dummy encoding named 'name'	Success		0.010
inspect	Encoding#inspect returns #<Encoding:name (dummy)> for a dummy encoding named 'name'	Success		0.002
list	Encoding.list returns an Array	Success		0.000
list	Encoding.list returns an Array of Encoding objects	Success		0.004
list	Encoding.list returns each encoding only once	Success		0.004
list	Encoding.list includes the default external encoding	Success		0.000
list	Encoding.list does not include any alias names	Success		0.009
list	Encoding.list includes all aliased encodings	Success		0.009
list	Encoding.list includes dummy encodings	Success		0.001
list	Encoding.list updates the list when #find is used to load a new encoding	Success		0.000
locale_charmap	Encoding.locale_charmap returns a value based on the LC_ALL environment variable	Skipped	tagged	0.000
locale_charmap	Encoding.locale_charmap returns a String	Success		0.001
locale_charmap	Encoding.locale_charmap is unaffected by assigning to ENV['LC_ALL'] in the same process	Success		0.001
name	Encoding#name returns a String	Success		0.004
name	Encoding#name uniquely identifies an encoding	Success		0.007
name_list	Encoding.name_list returns an Array	Success		0.002
name_list	Encoding.name_list returns encoding names as Strings	Success		0.008
name_list	Encoding.name_list includes all aliases	Success		0.103
name_list	Encoding.name_list includes all non-dummy encodings	Success		0.133
names	Encoding#names returns an Array	Success		0.163
names	Encoding#names returns names as Strings	Success		0.170
names	Encoding#names returns #name as the first value	Success		0.162
names	Encoding#names includes any aliases the encoding has	Success		0.512
replicate	Encoding#replicate returns a replica of ASCII	Skipped	tagged	0.000
replicate	Encoding#replicate returns a replica of UTF-?	Skipped	tagged	0.000
replicate	Encoding#replicate returns a replica of UTF-16BE	Skipped	tagged	0.000
replicate	Encoding#replicate returns a replica of ISO-2022-JP	Skipped	tagged	0.000
to_s	Encoding#to_s returns a String	Success		0.004
to_s	Encoding#to_s uniquely identifies an encoding	Success		0.007
asciicompat_encoding	Encoding::Converter.asciicompat_encoding accepts an encoding name as a String argument	Success		0.001
asciicompat_encoding	Encoding::Converter.asciicompat_encoding coerces non-String/Encoding objects with #to_str	Success		0.002
asciicompat_encoding	Encoding::Converter.asciicompat_encoding accepts an Encoding object as an argument	Success		0.001
asciicompat_encoding	Encoding::Converter.asciicompat_encoding returns a corresponding ASCII compatible encoding for ASCII-incompatible encodings	Success		0.001
asciicompat_encoding	Encoding::Converter.asciicompat_encoding returns nil when the given encoding is ASCII compatible	Success		0.001
asciicompat_encoding	Encoding::Converter.asciicompat_encoding handles encoding names who resolve to nil encodings	Success		0.001
constants	Encoding::Converter::INVALID_MASK exists	Success		0.001
constants	Encoding::Converter::INVALID_MASK has a Fixnum value	Success		0.000
constants	Encoding::Converter::INVALID_REPLACE exists	Success		0.001
constants	Encoding::Converter::INVALID_REPLACE has a Fixnum value	Success		0.000
constants	Encoding::Converter::UNDEF_MASK exists	Success		0.001
constants	Encoding::Converter::UNDEF_MASK has a Fixnum value	Success		0.000
constants	Encoding::Converter::UNDEF_REPLACE exists	Success		0.001
constants	Encoding::Converter::UNDEF_REPLACE has a Fixnum value	Success		0.000
constants	Encoding::Converter::UNDEF_HEX_CHARREF exists	Success		0.001
constants	Encoding::Converter::UNDEF_HEX_CHARREF has a Fixnum value	Success		0.000
constants	Encoding::Converter::PARTIAL_INPUT exists	Success		0.001
constants	Encoding::Converter::PARTIAL_INPUT has a Fixnum value	Success		0.000
constants	Encoding::Converter::AFTER_OUTPUT exists	Success		0.001
constants	Encoding::Converter::AFTER_OUTPUT has a Fixnum value	Success		0.000
constants	Encoding::Converter::UNIVERSAL_NEWLINE_DECORATOR exists	Success		0.001
constants	Encoding::Converter::UNIVERSAL_NEWLINE_DECORATOR has a Fixnum value	Success		0.000
constants	Encoding::Converter::CRLF_NEWLINE_DECORATOR exists	Success		0.001
constants	Encoding::Converter::CRLF_NEWLINE_DECORATOR has a Fixnum value	Success		0.000
constants	Encoding::Converter::CR_NEWLINE_DECORATOR exists	Success		0.001
constants	Encoding::Converter::CR_NEWLINE_DECORATOR has a Fixnum value	Success		0.000
constants	Encoding::Converter::XML_TEXT_DECORATOR exists	Success		0.001
constants	Encoding::Converter::XML_TEXT_DECORATOR has a Fixnum value	Success		0.000
constants	Encoding::Converter::XML_ATTR_CONTENT_DECORATOR exists	Success		0.001
constants	Encoding::Converter::XML_ATTR_CONTENT_DECORATOR has a Fixnum value	Success		0.000
constants	Encoding::Converter::XML_ATTR_QUOTE_DECORATOR exists	Success		0.001
constants	Encoding::Converter::XML_ATTR_QUOTE_DECORATOR has a Fixnum value	Success		0.000
convert	Encoding::Converter#convert returns a String	Success		0.025
convert	Encoding::Converter#convert sets the encoding of the result to the target encoding	Success		0.001
convert	Encoding::Converter#convert transcodes the given String to the target encoding	Success		0.124
convert	Encoding::Converter#convert allows Strings of different encodings to the source encoding	Success		0.001
convert	Encoding::Converter#convert reuses the given encoding pair if called multiple times	Success		0.041
convert	Encoding::Converter#convert raises UndefinedConversionError if the String contains characters invalid for the target encoding	Success		0.004
convert	Encoding::Converter#convert raises an ArgumentError if called on a finished stream	Success		0.002
convpath	Encoding::Converter#convpath returns an Array	Success		0.001
convpath	Encoding::Converter#convpath returns each encoding pair as a sub-Array	Success		0.001
convpath	Encoding::Converter#convpath returns each encoding as an Encoding object	Success		0.001
convpath	Encoding::Converter#convpath returns multiple encoding pairs when direct conversion is impossible	Success		0.001
convpath	Encoding::Converter#convpath sets the last element of each pair to the first element of the next	Success		1.760
convpath	Encoding::Converter#convpath only lists a source encoding once	Success		2.071
convpath	Encoding::Converter#convpath indicates if crlf_newline conversion would occur	Success		0.002
destination_encoding	Encoding::Converter#destination_encoding returns the destination encoding as an Encoding object	Success		0.001
finish	Encoding::Converter#finish returns a String	Success		0.001
finish	Encoding::Converter#finish returns an empty String if there is nothing more to convert	Success		0.001
finish	Encoding::Converter#finish returns the last part of the converted String if it hasn't already	Success		0.001
finish	Encoding::Converter#finish returns a String in the destination encoding	Success		0.001
finish	Encoding::Converter#finish returns an empty String if self was not given anything to convert	Success		0.001
finish	Encoding::Converter#finish returns an empty String on subsequent invocations	Success		0.001
insert_output	Encoding::Converter#insert_output needs to be reviewed for spec completeness	Success		0.000
inspect	Encoding::Converter#inspect includes the source and destination encodings in the return value	Success		0.001
last_error	Encoding::Converter#last_error returns an Encoding::InvalidByteSequenceError when #primitive_convert last returned :invalid_byte_sequence	Skipped	tagged	0.000
last_error	Encoding::Converter#last_error returns an Encoding::InvalidByteSequenceError when the last call to #convert produced one	Skipped	tagged	0.000
last_error	Encoding::Converter#last_error returns nil when the no conversion has been attempted	Success		0.001
last_error	Encoding::Converter#last_error returns nil when the last conversion did not produce an error	Success		0.001
last_error	Encoding::Converter#last_error returns nil when #primitive_convert last returned :destination_buffer_full	Success		0.001
last_error	Encoding::Converter#last_error returns nil when #primitive_convert last returned :finished	Success		0.001
last_error	Encoding::Converter#last_error returns nil if the last conversion succeeded but the penultimate failed	Success		0.003
last_error	Encoding::Converter#last_error returns an Encoding::UndefinedConversionError when #primitive_convert last returned :undefined_conversion	Success		0.001
last_error	Encoding::Converter#last_error returns an Encoding::InvalidByteSequenceError when #primitive_convert last returned :incomplete_input	Success		0.001
last_error	Encoding::Converter#last_error returns an Encoding::UndefinedConversionError when the last call to #convert produced one	Success		0.002
new	Encoding::Converter.new calls #to_str to convert the source encoding argument to an encoding name	Skipped	tagged	0.000
new	Encoding::Converter.new calls #to_str to convert the destination encoding argument to an encoding name	Skipped	tagged	0.000
new	Encoding::Converter.new accepts a String for the source encoding	Success		0.001
new	Encoding::Converter.new accepts a String for the destination encoding	Success		0.001
new	Encoding::Converter.new accepts an Encoding object for the source encoding	Success		0.001
new	Encoding::Converter.new accepts an Encoding object for the destination encoding	Success		0.001
new	Encoding::Converter.new raises an Encoding::ConverterNotFoundError if both encodings are the same	Success		0.001
new	Encoding::Converter.new sets replacement from the options Hash	Success		0.001
new	Encoding::Converter.new calls #to_hash to convert the options argument to a Hash if not a Fixnum	Success		0.002
new	Encoding::Converter.new calls #to_str to convert the replacement object to a String	Success		0.001
new	Encoding::Converter.new raises a TypeError if #to_str does not return a String	Success		0.002
new	Encoding::Converter.new raises a TypeError if passed true for the replacement object	Success		0.001
new	Encoding::Converter.new raises a TypeError if passed false for the replacement object	Success		0.001
new	Encoding::Converter.new raises a TypeError if passed a Fixnum for the replacement object	Success		0.001
new	Encoding::Converter.new accepts an empty String for the replacement object	Success		0.001
new	Encoding::Converter.new when passed nil for the replacement object when the destination encoding is not UTF-? sets the replacement String to '?'	Success		0.001
new	Encoding::Converter.new when passed nil for the replacement object when the destination encoding is not UTF-? sets the replacement String encoding to US-ASCII	Success		0.001
new	Encoding::Converter.new when passed nil for the replacement object when the destination encoding is not UTF-? sets the replacement String to '\uFFFD'	Success		0.001
new	Encoding::Converter.new when passed nil for the replacement object when the destination encoding is not UTF-? sets the replacement String encoding to UTF-?	Success		0.001
primitive_convert	Encoding::Converter#primitive_convert calls #to_int to convert the destination byte size	Skipped	tagged	0.000
primitive_convert	Encoding::Converter#primitive_convert accepts a nil source buffer	Success		0.001
primitive_convert	Encoding::Converter#primitive_convert accepts a String as the source buffer	Success		0.001
primitive_convert	Encoding::Converter#primitive_convert accepts nil for the destination byte offset	Success		0.001
primitive_convert	Encoding::Converter#primitive_convert accepts an integer for the destination byte offset	Success		0.001
primitive_convert	Encoding::Converter#primitive_convert calls #to_int to convert the destination byte offset	Success		0.002
primitive_convert	Encoding::Converter#primitive_convert raises an ArgumentError if the destination byte offset is greater than the bytesize of the destination buffer	Success		0.001
primitive_convert	Encoding::Converter#primitive_convert uses the destination byte offset to determine where to write the result in the destination buffer	Success		0.001
primitive_convert	Encoding::Converter#primitive_convert accepts nil for the destination bytesize	Success		0.001
primitive_convert	Encoding::Converter#primitive_convert accepts an integer for the destination bytesize	Success		0.001
primitive_convert	Encoding::Converter#primitive_convert allows a destination bytesize value greater than the bytesize of the source buffer	Success		0.001
primitive_convert	Encoding::Converter#primitive_convert allows a destination bytesize value less than the bytesize of the source buffer	Success		0.001
primitive_convert	Encoding::Converter#primitive_convert uses destination bytesize as the maximumn bytesize of the destination buffer	Success		0.001
primitive_convert	Encoding::Converter#primitive_convert allows a destination buffer of unlimited size if destination bytesize is nil	Success		0.001
primitive_convert	Encoding::Converter#primitive_convert accepts an options hash	Success		0.001
primitive_convert	Encoding::Converter#primitive_convert sets the destination buffer's encoding to the destination encoding if the conversion suceeded	Success		0.001
primitive_convert	Encoding::Converter#primitive_convert sets the destination buffer's encoding to the destination encoding if the conversion failed	Success		0.001
primitive_convert	Encoding::Converter#primitive_convert removes the undefined part from the source buffer when returning :undefined_conversion	Success		0.001
primitive_convert	Encoding::Converter#primitive_convert returns :incomplete_input when source buffer ends unexpectedly and :partial_input isn't specified	Success		0.001
primitive_convert	Encoding::Converter#primitive_convert clears the source buffer when returning :incomplete_input	Success		0.001
primitive_convert	Encoding::Converter#primitive_convert returns :source_buffer_empty when source buffer ends unexpectedly and :partial_input is true	Success		0.001
primitive_convert	Encoding::Converter#primitive_convert clears the source buffer when returning :source_buffer_empty	Success		0.001
primitive_convert	Encoding::Converter#primitive_convert returns :undefined_conversion when a character in the source buffer is not representable in the output encoding	Success		0.001
primitive_convert	Encoding::Converter#primitive_convert returns :invalid_byte_sequence when an invalid byte sequence was found in the source buffer	Success		0.001
primitive_convert	Encoding::Converter#primitive_convert removes consumed and erroneous bytes from the source buffer when returning :invalid_byte_sequence	Success		0.001
primitive_convert	Encoding::Converter#primitive_convert returns :finished when the conversion succeeded	Success		0.001
primitive_convert	Encoding::Converter#primitive_convert clears the source buffer when returning :finished	Success		0.001
primitive_convert	Encoding::Converter#primitive_convert returns :destination_buffer_full when the destination buffer is too small	Success		0.001
primitive_convert	Encoding::Converter#primitive_convert clears the source buffer when returning :destination_buffer_full	Success		0.001
primitive_convert	Encoding::Converter#primitive_convert keeps removing invalid bytes from the source buffer	Success		0.002
primitive_convert	Encoding::Converter#primitive_convert reuses read-again bytes after the first error	Success		0.001
primitive_errinfo	Encoding::Converter#primitive_errinfo returns the state, source encoding, target encoding, erroneous bytes, and the read-again bytes when #convert last raised InvalidByteSequenceError	Skipped	tagged	0.000
primitive_errinfo	Encoding::Converter#primitive_errinfo returns [:source_buffer_empty,nil,nil,nil,nil] when no conversion has been attempted	Success		0.001
primitive_errinfo	Encoding::Converter#primitive_errinfo returns [:finished,nil,nil,nil,nil] when #primitive_convert last returned :finished	Success		0.001
primitive_errinfo	Encoding::Converter#primitive_errinfo returns [:source_buffer_empty,nil,nil,nil, nil] when #convert last succeeded	Success		0.001
primitive_errinfo	Encoding::Converter#primitive_errinfo returns [:destination_buffer_full,nil,nil,nil,nil] when #primitive_convert last returned :destination_buffer_full	Success		0.001
primitive_errinfo	Encoding::Converter#primitive_errinfo returns the status of the last primitive conversion, even if it was successful and the previous one wasn't	Success		0.001
primitive_errinfo	Encoding::Converter#primitive_errinfo returns the state, source encoding, target encoding, and the erroneous bytes when #primitive_convert last returned :undefined_conversion	Success		0.001
primitive_errinfo	Encoding::Converter#primitive_errinfo returns the state, source encoding, target encoding, and erroneous bytes when #primitive_convert last returned :incomplete_input	Success		0.001
primitive_errinfo	Encoding::Converter#primitive_errinfo returns the state, source encoding, target encoding, erroneous bytes, and the read-again bytes when #primitive_convert last returned :invalid_byte_sequence	Success		0.001
primitive_errinfo	Encoding::Converter#primitive_errinfo returns the state, source encoding, target encoding, erroneous bytes, and the read-again bytes when #finish last raised InvalidByteSequenceError	Success		0.001
putback	Encoding::Converter#putback returns a String	Success		0.001
putback	Encoding::Converter#putback returns a String in the source encoding	Success		0.001
putback	Encoding::Converter#putback returns the bytes buffered due to an :invalid_byte_sequence error	Success		0.001
putback	Encoding::Converter#putback allows conversion to be resumed after an :invalid_byte_sequence	Success		0.001
putback	Encoding::Converter#putback returns an empty String when there are no more bytes to put back	Success		0.001
putback	Encoding::Converter#putback accepts an integer argument corresponding to the number of bytes to be put back	Success		0.002
replacement	Encoding::Converter#replacement returns '?' in US-ASCII when the destination encoding is not UTF-?	Success		0.001
replacement	Encoding::Converter#replacement returns \uFFFD when the destination encoding is UTF-?	Success		0.001
replacement	Encoding::Converter#replacement= accepts a String argument	Success		0.001
replacement	Encoding::Converter#replacement= accepts a String argument of arbitrary length	Success		0.001
replacement	Encoding::Converter#replacement= raises a TypeError if assigned a non-String argument	Success		0.001
replacement	Encoding::Converter#replacement= sets #replacement	Success		0.001
replacement	Encoding::Converter#replacement= raises an UndefinedConversionError is the argument cannot be converted into the destination encoding	Success		0.001
replacement	Encoding::Converter#replacement= does not change the replacement character if the argument cannot be converted into the destination encoding	Success		0.001
search_convpath	Encoding::Converter.search_convpath returns an Array	Success		0.001
search_convpath	Encoding::Converter.search_convpath returns each encoding pair as a sub-Array	Success		0.001
search_convpath	Encoding::Converter.search_convpath returns each encoding as an Encoding object	Success		0.001
search_convpath	Encoding::Converter.search_convpath returns multiple encoding pairs when direct conversion is impossible	Success		0.001
search_convpath	Encoding::Converter.search_convpath sets the last element of each pair to the first element of the next	Success		1.760
search_convpath	Encoding::Converter.search_convpath only lists a source encoding once	Success		2.044
search_convpath	Encoding::Converter.search_convpath indicates if crlf_newline conversion would occur	Success		0.002
search_convpath	Encoding::Converter.search_convpath raises an Encoding::ConverterNotFoundError if no conversion path exists	Success		0.011
source_encoding	Encoding::Converter#source_encoding returns the source encoding as an Encoding object	Success		0.001
destination_encoding	Encoding::InvalidByteSequenceError#destination_encoding returns an Encoding object	Skipped	tagged	0.000
destination_encoding	Encoding::InvalidByteSequenceError#destination_encoding is equal to the destination encoding of the object that raised it	Skipped	tagged	0.000
destination_encoding_name	Encoding::InvalidByteSequenceError#destination_encoding_name returns a String	Skipped	tagged	0.000
destination_encoding_name	Encoding::InvalidByteSequenceError#destination_encoding_name is equal to the destination encoding name of the object that raised it	Skipped	tagged	0.000
error_bytes	Encoding::InvalidByteSequenceError#error_bytes returns a String	Skipped	tagged	0.000
error_bytes	Encoding::InvalidByteSequenceError#error_bytes returns the bytes that caused the exception	Skipped	tagged	0.000
error_bytes	Encoding::InvalidByteSequenceError#error_bytes uses ASCII-?BIT as the encoding	Skipped	tagged	0.000
incomplete_input	Encoding::InvalidByteSequenceError#incomplete_input? returns nil by default	Success		0.001
incomplete_input	Encoding::InvalidByteSequenceError#incomplete_input? returns true if #primitive_convert returned :incomplete_input for the same data	Success		0.001
incomplete_input	Encoding::InvalidByteSequenceError#incomplete_input? returns false if #primitive_convert returned :invalid_byte_sequence for the same data	Success		0.002
readagain_bytes	Encoding::InvalidByteSequenceError#readagain_bytes returns a String	Skipped	tagged	0.000
readagain_bytes	Encoding::InvalidByteSequenceError#readagain_bytes returns the bytes to be read again	Skipped	tagged	0.000
readagain_bytes	Encoding::InvalidByteSequenceError#readagain_bytes uses ASCII-?BIT as the encoding	Skipped	tagged	0.000
source_encoding	Encoding::InvalidByteSequenceError#source_encoding returns an Encoding object	Skipped	tagged	0.000
source_encoding	Encoding::InvalidByteSequenceError#source_encoding is equal to the source encoding of the object that raised it	Skipped	tagged	0.000
source_encoding	Encoding::InvalidByteSequenceError#source_encoding is equal to the source encoding at the stage of the conversion path where the error occured	Skipped	tagged	0.000
source_encoding_name	Encoding::UndefinedConversionError#source_encoding_name returns a String	Success		0.002
source_encoding_name	Encoding::UndefinedConversionError#source_encoding_name is equal to the source encoding name of the object that raised it	Success		0.001
source_encoding_name	Encoding::UndefinedConversionError#source_encoding_name is equal to the source encoding at the stage of the conversion path where the error occured	Success		0.002
destination_encoding	Encoding::UndefinedConversionError#destination_encoding returns an Encoding object	Success		0.001
destination_encoding	Encoding::UndefinedConversionError#destination_encoding is equal to the destination encoding of the object that raised it	Success		0.001
destination_encoding_name	Encoding::UndefinedConversionError#destination_encoding_name returns a String	Success		0.001
destination_encoding_name	Encoding::UndefinedConversionError#destination_encoding_name is equal to the destination encoding name of the object that raised it	Success		0.001
error_char	Encoding::UndefinedConversionError#error_char returns the one-character String that caused the exception	Skipped	tagged	0.000
error_char	Encoding::UndefinedConversionError#error_char returns a String	Success		0.002
error_char	Encoding::UndefinedConversionError#error_char uses the source encoding	Success		0.001
source_encoding	Encoding::UndefinedConversionError#source_encoding returns an Encoding object	Success		0.002
source_encoding	Encoding::UndefinedConversionError#source_encoding is equal to the source encoding of the object that raised it	Success		0.002
source_encoding	Encoding::UndefinedConversionError#source_encoding is equal to the source encoding at the stage of the conversion path where the error occured	Success		0.002
source_encoding_name	Encoding::UndefinedConversionError#source_encoding_name returns a String	Success		0.002
source_encoding_name	Encoding::UndefinedConversionError#source_encoding_name is equal to the source encoding name of the object that raised it	Success		0.001
source_encoding_name	Encoding::UndefinedConversionError#source_encoding_name is equal to the source encoding at the stage of the conversion path where the error occured	Success		0.001
all	Enumerable#all? always returns true on empty enumeration	Success		0.001
all	Enumerable#all? does not hide exceptions out of #each	Success		0.001
all	Enumerable#all? with no block returns true if no elements are false or nil	Success		0.001
all	Enumerable#all? with no block returns false if there are false or nil elements	Success		0.001
all	Enumerable#all? with no block gathers whole arrays as elements when each yields multiple	Success		0.001
all	Enumerable#all? with block returns true if the block never returns false or nil	Success		0.001
all	Enumerable#all? with block returns false if the block ever returns false or nil	Success		0.001
all	Enumerable#all? with block stops iterating once the return value is determined	Success		0.001
all	Enumerable#all? with block does not hide exceptions out of the block	Success		0.001
all	Enumerable#all? with block gathers initial args as elements when each yields multiple	Success		0.000
all	Enumerable#all? with block yields multiple arguments when each yields multiple	Success		0.001
any	Enumerable#any? always returns false on empty enumeration	Success		0.001
any	Enumerable#any? raises an ArgumentError when any arguments provided	Success		0.001
any	Enumerable#any? does not hide exceptions out of #each	Success		0.001
any	Enumerable#any? with no block returns true if any element is not false or nil	Success		0.001
any	Enumerable#any? with no block returns false if all elements are false or nil	Success		0.001
any	Enumerable#any? with no block gathers whole arrays as elements when each yields multiple	Success		0.000
any	Enumerable#any? with block returns true if the block ever returns other than false or nil	Success		0.001
any	Enumerable#any? with block any? should return false if the block never returns other than false or nil	Success		0.001
any	Enumerable#any? with block stops iterating once the return value is determined	Success		0.001
any	Enumerable#any? with block does not hide exceptions out of the block	Success		0.001
any	Enumerable#any? with block gathers initial args as elements when each yields multiple	Success		0.000
any	Enumerable#any? with block yields multiple arguments when each yields multiple	Success		0.001
chunk	Enumerable#chunk does not accept arguments	Skipped	tagged	0.000
chunk	Enumerable#chunk raises an ArgumentError if called without a block	Success		0.001
chunk	Enumerable#chunk returns an Enumerator if given a block	Success		0.001
chunk	Enumerable#chunk yields the current element and the current chunk to the block	Success		0.006
chunk	Enumerable#chunk returns elements of the Enumerable in an Array of Arrays, [v, ary], where 'ary' contains the consecutive elements for which the block returned the value 'v'	Success		0.001
chunk	Enumerable#chunk returns elements for which the block returns :_alone in separate Arrays	Success		0.001
chunk	Enumerable#chunk does not return elements for which the block returns :_separator	Success		0.001
chunk	Enumerable#chunk does not return elements for which the block returns nil	Success		0.001
chunk	Enumerable#chunk raises a RuntimeError if the block returns a Symbol starting with an underscore other than :_alone or :_separator	Success		0.001
chunk	Enumerable#chunk returned Enumerator size returns nil	Success		0.000
chunk_while	Enumerable#chunk_while when given a block returns an enumerator	Skipped	tagged	0.000
chunk_while	Enumerable#chunk_while when given a block splits chunks between adjacent elements i and j where the block returns false	Skipped	tagged	0.000
chunk_while	Enumerable#chunk_while when given a block calls the block for length of the receiver enumerable minus one times	Skipped	tagged	0.000
chunk_while	Enumerable#chunk_while when not given a block raises an ArgumentError	Skipped	tagged	0.000
collect	Enumerable#collect returns a new array with the results of passing each element to block	Success		0.001
collect	Enumerable#collect passes through the values yielded by #each_with_index	Success		0.001
collect	Enumerable#collect gathers initial args as elements when each yields multiple	Success		0.001
collect	Enumerable#collect returns an enumerator when no block given	Success		0.001
collect	Enumerable#collect Enumerable with size when no block is given returned Enumerator size returns the enumerable size	Success		0.001
collect	Enumerable#collect Enumerable with no size when no block is given returned Enumerator size returns nil	Success		0.001
collect_concat	Enumerable#collect_concat yields elements to the block and flattens one level	Success		0.001
collect_concat	Enumerable#collect_concat appends non-Array elements that do not define #to_ary	Success		0.001
collect_concat	Enumerable#collect_concat concatenates the result of calling #to_ary if it returns an Array	Success		0.002
collect_concat	Enumerable#collect_concat does not call #to_a	Success		0.001
collect_concat	Enumerable#collect_concat appends an element that defines #to_ary that returns nil	Success		0.001
collect_concat	Enumerable#collect_concat raises a TypeError if an element defining #to_ary does not return an Array or nil	Success		0.002
collect_concat	Enumerable#collect_concat returns an enumerator when no block given	Success		0.001
collect_concat	Enumerable#collect_concat Enumerable with size when no block is given returned Enumerator size returns the enumerable size	Success		0.001
collect_concat	Enumerable#collect_concat Enumerable with no size when no block is given returned Enumerator size returns nil	Success		0.001
count	Enumerable#count counts nils if given nil as an argument	Success		0.001
count	Enumerable#count accepts an argument for comparison using ==	Success		0.001
count	Enumerable#count uses a block for comparison	Success		0.001
count	Enumerable#count ignores the block when given an argument	Success		0.000
count	Enumerable#count when no argument or a block returns size	Success		0.001
count	Enumerable#count when no argument or a block with a custom size method ignores the custom size method	Success		0.001
count	Enumerable#count when each yields multiple values accepts an argument for comparison using ==	Skipped	tagged	0.000
count	Enumerable#count when each yields multiple values gathers initial args as elements	Success		0.001
cycle	Enumerable#cycle passed no argument or nil loops indefinitely	Success		0.001
cycle	Enumerable#cycle passed no argument or nil returns nil if there are no elements	Success		0.000
cycle	Enumerable#cycle passed no argument or nil yields successive elements of the array repeatedly	Success		0.001
cycle	Enumerable#cycle passed no argument or nil calls each at most once	Success		0.001
cycle	Enumerable#cycle passed no argument or nil yields only when necessary	Success		0.001
cycle	Enumerable#cycle passed a number n as an argument returns nil and does nothing for non positive n	Success		0.001
cycle	Enumerable#cycle passed a number n as an argument calls each at most once	Success		0.001
cycle	Enumerable#cycle passed a number n as an argument yields only when necessary	Success		0.001
cycle	Enumerable#cycle passed a number n as an argument tries to convert n to an Integer using #to_int	Success		0.002
cycle	Enumerable#cycle passed a number n as an argument raises a TypeError when the passed n can be coerced to Integer	Success		0.001
cycle	Enumerable#cycle passed a number n as an argument raises an ArgumentError if more arguments are passed	Success		0.001
cycle	Enumerable#cycle passed a number n as an argument gathers whole arrays as elements when each yields multiple	Success		0.001
cycle	Enumerable#cycle Enumerable with size when no block is given returned Enumerator size should be the result of multiplying the enumerable size by the argument passed	Success		0.001
cycle	Enumerable#cycle Enumerable with size when no block is given returned Enumerator size should be zero when the argument passed is 0 or less	Success		0.000
cycle	Enumerable#cycle Enumerable with size when no block is given returned Enumerator size should be Float::INFINITY when no argument is passed	Success		0.000
cycle	Enumerable#cycle Enumerable with no size when no block is given returned Enumerator size returns nil	Success		0.001
detect	Enumerable#detect passes each entry in enum to block while block when block is false	Success		0.001
detect	Enumerable#detect returns nil when the block is false and there is no ifnone proc given	Success		0.001
detect	Enumerable#detect returns the first element for which the block is not false	Success		0.001
detect	Enumerable#detect returns the value of the ifnone proc if the block is false	Success		0.000
detect	Enumerable#detect doesn't call the ifnone proc if an element is found	Success		0.000
detect	Enumerable#detect calls the ifnone proc only once when the block is false	Success		0.000
detect	Enumerable#detect calls the ifnone proc when there are no elements	Success		0.000
detect	Enumerable#detect passes through the values yielded by #each_with_index	Success		0.001
detect	Enumerable#detect returns an enumerator when no block given	Success		0.001
detect	Enumerable#detect passes the ifnone proc to the enumerator	Success		0.001
detect	Enumerable#detect gathers whole arrays as elements when each yields multiple	Success		0.001
detect	Enumerable#detect Enumerable with size when no block is given returned Enumerator size returns nil	Success		0.001
detect	Enumerable#detect Enumerable with no size when no block is given returned Enumerator size returns nil	Success		0.001
drop	Enumerable#drop requires exactly one argument	Success		0.001
drop	Enumerable#drop passed a number n as an argument raises ArgumentError if n < 0	Success		0.001
drop	Enumerable#drop passed a number n as an argument tries to convert n to an Integer using #to_int	Success		0.002
drop	Enumerable#drop passed a number n as an argument returns [] for empty enumerables	Success		0.001
drop	Enumerable#drop passed a number n as an argument returns [] if dropping all	Success		0.001
drop	Enumerable#drop passed a number n as an argument raises a TypeError when the passed n can be coerced to Integer	Success		0.001
drop_while	Enumerable#drop_while returns an Enumerator if no block given	Success		0.001
drop_while	Enumerable#drop_while returns no/all elements for {true/false} block	Success		0.001
drop_while	Enumerable#drop_while accepts returns other than true/false	Success		0.001
drop_while	Enumerable#drop_while passes elements to the block until the first false	Success		0.001
drop_while	Enumerable#drop_while will only go through what's needed	Success		0.001
drop_while	Enumerable#drop_while doesn't return self when it could	Success		0.000
drop_while	Enumerable#drop_while gathers whole arrays as elements when each yields multiple	Success		0.001
drop_while	Enumerable#drop_while Enumerable with size when no block is given returned Enumerator size returns nil	Success		0.001
drop_while	Enumerable#drop_while Enumerable with no size when no block is given returned Enumerator size returns nil	Success		0.001
each_cons	Enumerable#each_cons passes element groups to the block	Success		0.001
each_cons	Enumerable#each_cons raises an ArgumentError if there is not a single parameter > 0	Success		0.002
each_cons	Enumerable#each_cons tries to convert n to an Integer using #to_int	Success		0.002
each_cons	Enumerable#each_cons works when n is >= full length	Success		0.001
each_cons	Enumerable#each_cons yields only as much as needed	Success		0.001
each_cons	Enumerable#each_cons gathers whole arrays as elements when each yields multiple	Success		0.001
each_cons	Enumerable#each_cons when no block is given returns an enumerator	Success		0.001
each_cons	Enumerable#each_cons when no block is given Enumerable with size returned Enumerator size returns enum size - each_cons argument + 1	Success		0.001
each_cons	Enumerable#each_cons when no block is given Enumerable with size returned Enumerator size returns 0 when the argument is larger than self	Success		0.000
each_cons	Enumerable#each_cons when no block is given Enumerable with size returned Enumerator size returns 0 when the enum is empty	Success		0.000
each_cons	Enumerable#each_cons when no block is given Enumerable with no size when no block is given returned Enumerator size returns nil	Success		0.001
each_entry	Enumerable#each_entry yields multiple arguments as an array	Success		0.001
each_entry	Enumerable#each_entry returns an enumerator if no block	Success		0.001
each_entry	Enumerable#each_entry passes through the values yielded by #each_with_index	Success		0.001
each_entry	Enumerable#each_entry raises an ArgumentError when extra arguments	Success		0.001
each_entry	Enumerable#each_entry passes extra arguments to #each	Success		0.001
each_entry	Enumerable#each_entry Enumerable with size when no block is given returned Enumerator size returns the enumerable size	Success		0.001
each_entry	Enumerable#each_entry Enumerable with no size when no block is given returned Enumerator size returns nil	Success		0.001
each_slice	Enumerable#each_slice passes element groups to the block	Success		0.001
each_slice	Enumerable#each_slice raises an ArgumentError if there is not a single parameter > 0	Success		0.002
each_slice	Enumerable#each_slice tries to convert n to an Integer using #to_int	Success		0.002
each_slice	Enumerable#each_slice works when n is >= full length	Success		0.001
each_slice	Enumerable#each_slice yields only as much as needed	Success		0.001
each_slice	Enumerable#each_slice returns an enumerator if no block	Success		0.001
each_slice	Enumerable#each_slice gathers whole arrays as elements when each yields multiple	Success		0.001
each_slice	Enumerable#each_slice when no block is given returns an enumerator	Success		0.001
each_slice	Enumerable#each_slice when no block is given Enumerable with size returned Enumerator size returns the ceil of Enumerable size divided by the argument value	Success		0.002
each_slice	Enumerable#each_slice when no block is given Enumerable with size returned Enumerator size returns 0 when the Enumerable is empty	Success		0.000
each_slice	Enumerable#each_slice when no block is given Enumerable with no size when no block is given returned Enumerator size returns nil	Success		0.001
each_with_index	Enumerable#each_with_index passes each element and its index to block	Success		0.001
each_with_index	Enumerable#each_with_index provides each element to the block	Success		0.001
each_with_index	Enumerable#each_with_index provides each element to the block and its index	Success		0.001
each_with_index	Enumerable#each_with_index binds splat arguments properly	Success		0.001
each_with_index	Enumerable#each_with_index returns an enumerator if no block	Success		0.001
each_with_index	Enumerable#each_with_index passes extra parameters to each	Success		0.001
each_with_index	Enumerable#each_with_index Enumerable with size when no block is given returned Enumerator size returns the enumerable size	Success		0.001
each_with_index	Enumerable#each_with_index Enumerable with no size when no block is given returned Enumerator size returns nil	Success		0.001
each_with_object	Enumerable#each_with_object passes each element and its argument to the block	Success		0.001
each_with_object	Enumerable#each_with_object returns an enumerator if no block	Success		0.001
each_with_object	Enumerable#each_with_object gathers whole arrays as elements when each yields multiple	Success		0.001
each_with_object	Enumerable#each_with_object Enumerable with size when no block is given returned Enumerator size returns the enumerable size	Success		0.001
each_with_object	Enumerable#each_with_object Enumerable with no size when no block is given returned Enumerator size returns nil	Success		0.001
entries	Enumerable#entries returns an array containing the elements	Success		0.001
entries	Enumerable#entries passes through the values yielded by #each_with_index	Success		0.001
entries	Enumerable#entries passes arguments to each	Success		0.001
entries	Enumerable#entries returns a tainted array if self is tainted	Success		0.000
entries	Enumerable#entries returns an untrusted array if self is untrusted	Success		0.000
find	Enumerable#find passes each entry in enum to block while block when block is false	Success		0.001
find	Enumerable#find returns nil when the block is false and there is no ifnone proc given	Success		0.000
find	Enumerable#find returns the first element for which the block is not false	Success		0.001
find	Enumerable#find returns the value of the ifnone proc if the block is false	Success		0.000
find	Enumerable#find doesn't call the ifnone proc if an element is found	Success		0.000
find	Enumerable#find calls the ifnone proc only once when the block is false	Success		0.000
find	Enumerable#find calls the ifnone proc when there are no elements	Success		0.000
find	Enumerable#find passes through the values yielded by #each_with_index	Success		0.001
find	Enumerable#find returns an enumerator when no block given	Success		0.001
find	Enumerable#find passes the ifnone proc to the enumerator	Success		0.001
find	Enumerable#find gathers whole arrays as elements when each yields multiple	Success		0.001
find	Enumerable#find Enumerable with size when no block is given returned Enumerator size returns nil	Success		0.001
find	Enumerable#find Enumerable with no size when no block is given returned Enumerator size returns nil	Success		0.001
find_all	Enumerable#find_all returns all elements for which the block is not false	Success		0.001
find_all	Enumerable#find_all returns an enumerator when no block given	Success		0.001
find_all	Enumerable#find_all passes through the values yielded by #each_with_index	Success		0.001
find_all	Enumerable#find_all gathers whole arrays as elements when each yields multiple	Success		0.001
find_all	Enumerable#find_all Enumerable with size when no block is given returned Enumerator size returns the enumerable size	Success		0.001
find_all	Enumerable#find_all Enumerable with no size when no block is given returned Enumerator size returns nil	Success		0.001
find_index	Enumerable#find_index passes each entry in enum to block while block when block is false	Success		0.001
find_index	Enumerable#find_index returns nil when the block is false	Success		0.001
find_index	Enumerable#find_index returns the first index for which the block is not false	Success		0.001
find_index	Enumerable#find_index returns the first index found	Success		0.001
find_index	Enumerable#find_index returns nil when the element not found	Success		0.000
find_index	Enumerable#find_index ignores the block if an argument is given	Success		0.000
find_index	Enumerable#find_index returns an Enumerator if no block given	Success		0.001
find_index	Enumerable#find_index uses #== for testing equality	Success		0.001
find_index	Enumerable#find_index without block gathers whole arrays as elements when each yields multiple	Success		0.001
find_index	Enumerable#find_index with block given a single yield parameter passes first element to the parameter	Success		0.001
find_index	Enumerable#find_index with block given a greedy yield parameter passes a gathered array to the parameter	Success		0.002
find_index	Enumerable#find_index Enumerable with size when no block is given returned Enumerator size returns nil	Success		0.001
find_index	Enumerable#find_index Enumerable with no size when no block is given returned Enumerator size returns nil	Success		0.001
first	Enumerable#first returns a gathered array from yield parameters	Skipped	tagged	0.000
first	Enumerable#first returns the first element	Success		0.001
first	Enumerable#first returns nil if self is empty	Success		0.000
first	Enumerable#first raises a RangeError when passed a Bignum	Success		0.001
first	Enumerable#first when passed an argument returns the first count elements if given a count	Success		0.001
first	Enumerable#first when passed an argument returns an empty array when passed count on an empty array	Success		0.001
first	Enumerable#first when passed an argument returns an empty array when passed count == 0	Success		0.000
first	Enumerable#first when passed an argument returns an array containing the first element when passed count == 1	Success		0.001
first	Enumerable#first when passed an argument raises an ArgumentError when count is negative	Success		0.001
first	Enumerable#first when passed an argument returns the entire array when count > length	Success		0.001
first	Enumerable#first when passed an argument tries to convert the passed argument to an Integer using #to_int	Success		0.002
first	Enumerable#first when passed an argument raises a TypeError if the passed argument is not numeric	Success		0.002
first	Enumerable#first when passed an argument gathers whole arrays as elements when each yields multiple	Success		0.001
first	Enumerable#first when passed an argument consumes only what is needed	Success		0.001
flat_map	Enumerable#flat_map yields elements to the block and flattens one level	Success		0.001
flat_map	Enumerable#flat_map appends non-Array elements that do not define #to_ary	Success		0.001
flat_map	Enumerable#flat_map concatenates the result of calling #to_ary if it returns an Array	Success		0.002
flat_map	Enumerable#flat_map does not call #to_a	Success		0.001
flat_map	Enumerable#flat_map appends an element that defines #to_ary that returns nil	Success		0.001
flat_map	Enumerable#flat_map raises a TypeError if an element defining #to_ary does not return an Array or nil	Success		0.001
flat_map	Enumerable#flat_map returns an enumerator when no block given	Success		0.001
flat_map	Enumerable#flat_map Enumerable with size when no block is given returned Enumerator size returns the enumerable size	Success		0.001
flat_map	Enumerable#flat_map Enumerable with no size when no block is given returned Enumerator size returns nil	Success		0.000
grep	Enumerable#grep grep without a block should return an array of all elements === pattern	Success		0.006
grep	Enumerable#grep grep with a block should return an array of elements === pattern passed through block	Success		0.004
grep	Enumerable#grep grep the enumerable (rubycon legacy)	Success		0.004
grep	Enumerable#grep can use $~ in the block when used with a Regexp	Success		0.001
grep	Enumerable#grep with a block returns an Array of matched elements that mapped by the block	Success		0.001
grep	Enumerable#grep with a block calls the block with gathered array when yielded with multiple arguments	Success		0.001
grep	Enumerable#grep with a block raises an ArgumentError when not given a pattern	Success		0.001
grep_v	Enumerable#grep_v without block returns an Array of matched elements	Skipped	tagged	0.000
grep_v	Enumerable#grep_v without block compares pattern with gathered array when yielded with multiple arguments	Skipped	tagged	0.000
grep_v	Enumerable#grep_v without block raises an ArgumentError when not given a pattern	Skipped	tagged	0.000
grep_v	Enumerable#grep_v with block returns an Array of matched elements that mapped by the block	Skipped	tagged	0.000
grep_v	Enumerable#grep_v with block calls the block with gathered array when yielded with multiple arguments	Skipped	tagged	0.000
grep_v	Enumerable#grep_v with block raises an ArgumentError when not given a pattern	Skipped	tagged	0.000
group_by	Enumerable#group_by returns a hash with values grouped according to the block	Success		0.001
group_by	Enumerable#group_by returns an empty hash for empty enumerables	Success		0.000
group_by	Enumerable#group_by returns a hash without default_proc	Success		0.001
group_by	Enumerable#group_by returns an Enumerator if called without a block	Success		0.001
group_by	Enumerable#group_by gathers whole arrays as elements when each yields multiple	Success		0.002
group_by	Enumerable#group_by returns a tainted hash if self is tainted	Success		0.000
group_by	Enumerable#group_by returns an untrusted hash if self is untrusted	Success		0.000
group_by	Enumerable#group_by Enumerable with size when no block is given returned Enumerator size returns the enumerable size	Success		0.001
group_by	Enumerable#group_by Enumerable with no size when no block is given returned Enumerator size returns nil	Success		0.001
include	Enumerable#include? returns true if any element == argument for numbers	Success		0.006
include	Enumerable#include? returns true if any element == argument for other objects	Success		0.006
include	Enumerable#include? returns true if any member of enum equals obj when == compare different classes (legacy rubycon)	Success		0.001
include	Enumerable#include? gathers whole arrays as elements when each yields multiple	Success		0.001
inject	Enumerable#inject with argument takes a block with an accumulator (with argument as initial value) and the current element. Value of block becomes new accumulator	Success		0.001
inject	Enumerable#inject produces an array of the accumulator and the argument when given a block with a *arg	Success		0.001
inject	Enumerable#inject can take two argument	Success		0.000
inject	Enumerable#inject ignores the block if two arguments	Success		0.000
inject	Enumerable#inject can take a symbol argument	Success		0.000
inject	Enumerable#inject without argument takes a block with an accumulator (with first element as initial value) and the current element. Value of block becomes new accumulator	Success		0.001
inject	Enumerable#inject gathers whole arrays as elements when each yields multiple	Success		0.001
inject	Enumerable#inject with inject arguments(legacy rubycon)	Success		0.001
inject	Enumerable#inject without inject arguments(legacy rubycon)	Success		0.002
inject	Enumerable#inject returns nil when fails(legacy rubycon)	Success		0.000
lazy	Enumerable#lazy returns an instance of Enumerator::Lazy	Success		0.001
map	Enumerable#map returns a new array with the results of passing each element to block	Success		0.001
map	Enumerable#map passes through the values yielded by #each_with_index	Success		0.001
map	Enumerable#map gathers initial args as elements when each yields multiple	Success		0.001
map	Enumerable#map returns an enumerator when no block given	Success		0.001
map	Enumerable#map Enumerable with size when no block is given returned Enumerator size returns the enumerable size	Success		0.001
map	Enumerable#map Enumerable with no size when no block is given returned Enumerator size returns nil	Success		0.001
max	Enumerable#max returns the maximum element	Success		0.001
max	Enumerable#max returns the maximum element (basics cases)	Success		0.002
max	Enumerable#max returns nil for an empty Enumerable	Success		0.000
max	Enumerable#max raises a NoMethodError for elements without #<=>	Success		0.001
max	Enumerable#max raises an ArgumentError for incomparable elements	Success		0.002
max	Enumerable#max returns the maximum for enumerables that contain nils	Success		0.001
max	Enumerable#max gathers whole arrays as elements when each yields multiple	Success		0.001
max	Enumerable#max when passed a block returns the maximum element	Success		0.002
max	Enumerable#max when called with an argument n without a block returns an array containing the maximum n elements	Skipped	tagged	0.000
max	Enumerable#max when called with an argument n with a block returns an array containing the maximum n elements	Skipped	tagged	0.000
max	Enumerable#max when called with an argument n on a enumerable of length x where x < n returns an array containing the maximum n elements of length x	Skipped	tagged	0.000
max	Enumerable#max when called with an argument n that is negative raises an ArgumentError	Success		0.001
max	Enumerable#max that is nil returns the maximum element	Skipped	tagged	0.000
max_by	Enumerable#max_by returns an enumerator if no block	Success		0.001
max_by	Enumerable#max_by returns nil if #each yields no objects	Success		0.000
max_by	Enumerable#max_by returns the object for whom the value returned by block is the largest	Success		0.001
max_by	Enumerable#max_by returns the object that appears first in #each in case of a tie	Success		0.001
max_by	Enumerable#max_by uses max.<=>(current) to determine order	Success		0.001
max_by	Enumerable#max_by is able to return the maximum for enums that contain nils	Success		0.001
max_by	Enumerable#max_by gathers whole arrays as elements when each yields multiple	Success		0.001
max_by	Enumerable#max_by Enumerable with size when no block is given returned Enumerator size returns the enumerable size	Success		0.001
max_by	Enumerable#max_by Enumerable with no size when no block is given returned Enumerator size returns nil	Success		0.001
max_by	Enumerable#max_by when called with an argument n without a block returns an enumerator	Skipped	tagged	0.000
max_by	Enumerable#max_by when called with an argument n with a block returns an array containing the maximum n elements based on the block's value	Skipped	tagged	0.000
max_by	Enumerable#max_by when called with an argument n with a block on a enumerable of length x where x < n returns an array containing the maximum n elements of length n	Skipped	tagged	0.000
max_by	Enumerable#max_by when called with an argument n with a block when n is negative raises an ArgumentError	Success		0.001
max_by	Enumerable#max_by when called with an argument n when n is nil returns the maximum element	Skipped	tagged	0.000
member	Enumerable#member? returns true if any element == argument for numbers	Success		0.001
member	Enumerable#member? returns true if any element == argument for other objects	Success		0.001
member	Enumerable#member? returns true if any member of enum equals obj when == compare different classes (legacy rubycon)	Success		0.001
member	Enumerable#member? gathers whole arrays as elements when each yields multiple	Success		0.000
min	Enumerable#min min should return the minimum element	Success		0.001
min	Enumerable#min returns the minimum (basic cases)	Success		0.002
min	Enumerable#min returns nil for an empty Enumerable	Success		0.000
min	Enumerable#min raises a NoMethodError for elements without #<=>	Success		0.001
min	Enumerable#min raises an ArgumentError for incomparable elements	Success		0.001
min	Enumerable#min returns the minimum when using a block rule	Success		0.002
min	Enumerable#min returns the minimum for enumerables that contain nils	Success		0.001
min	Enumerable#min gathers whole arrays as elements when each yields multiple	Success		0.001
min	Enumerable#min when called with an argument n without a block returns an array containing the minimum n elements	Skipped	tagged	0.000
min	Enumerable#min when called with an argument n with a block returns an array containing the minimum n elements	Skipped	tagged	0.000
min	Enumerable#min when called with an argument n on a enumerable of length x where x < n returns an array containing the minimum n elements of length x	Skipped	tagged	0.000
min	Enumerable#min when called with an argument n that is negative raises an ArgumentError	Success		0.001
min	Enumerable#min that is nil returns the minimum element	Skipped	tagged	0.000
min_by	Enumerable#min_by returns an enumerator if no block	Success		0.001
min_by	Enumerable#min_by returns nil if #each yields no objects	Success		0.000
min_by	Enumerable#min_by returns the object for whom the value returned by block is the smallest	Success		0.001
min_by	Enumerable#min_by returns the object that appears first in #each in case of a tie	Success		0.001
min_by	Enumerable#min_by uses min.<=>(current) to determine order	Success		0.001
min_by	Enumerable#min_by is able to return the minimum for enums that contain nils	Success		0.001
min_by	Enumerable#min_by gathers whole arrays as elements when each yields multiple	Success		0.001
min_by	Enumerable#min_by Enumerable with size when no block is given returned Enumerator size returns the enumerable size	Success		0.001
min_by	Enumerable#min_by Enumerable with no size when no block is given returned Enumerator size returns nil	Success		0.001
min_by	Enumerable#min_by when called with an argument n without a block returns an enumerator	Skipped	tagged	0.000
min_by	Enumerable#min_by when called with an argument n with a block returns an array containing the minimum n elements based on the block's value	Skipped	tagged	0.000
min_by	Enumerable#min_by when called with an argument n with a block on a enumerable of length x where x < n returns an array containing the minimum n elements of length n	Skipped	tagged	0.000
min_by	Enumerable#min_by when called with an argument n with a block when n is negative raises an ArgumentError	Success		0.001
min_by	Enumerable#min_by when called with an argument n when n is nil returns the minimum element	Skipped	tagged	0.000
minmax	Enumerable#minmax min should return the minimum element	Success		0.001
minmax	Enumerable#minmax returns [nil, nil] for an empty Enumerable	Success		0.001
minmax	Enumerable#minmax raises an ArgumentError when elements are incomparable	Success		0.001
minmax	Enumerable#minmax raises a NoMethodError for elements without #<=>	Success		0.001
minmax	Enumerable#minmax returns the minimum when using a block rule	Success		0.001
minmax	Enumerable#minmax gathers whole arrays as elements when each yields multiple	Success		0.001
minmax_by	Enumerable#minmax_by returns an enumerator if no block	Success		0.001
minmax_by	Enumerable#minmax_by returns nil if #each yields no objects	Success		0.001
minmax_by	Enumerable#minmax_by returns the object for whom the value returned by block is the largest	Success		0.001
minmax_by	Enumerable#minmax_by returns the object that appears first in #each in case of a tie	Success		0.001
minmax_by	Enumerable#minmax_by uses min/max.<=>(current) to determine order	Success		0.001
minmax_by	Enumerable#minmax_by is able to return the maximum for enums that contain nils	Success		0.001
minmax_by	Enumerable#minmax_by gathers whole arrays as elements when each yields multiple	Success		0.001
minmax_by	Enumerable#minmax_by Enumerable with size when no block is given returned Enumerator size returns the enumerable size	Success		0.001
minmax_by	Enumerable#minmax_by Enumerable with no size when no block is given returned Enumerator size returns nil	Success		0.001
none	Enumerable#none? returns true if none of the elements in self are true	Success		0.001
none	Enumerable#none? returns false if at least one of the elements in self are true	Success		0.000
none	Enumerable#none? gathers whole arrays as elements when each yields multiple	Success		0.000
none	Enumerable#none? with a block passes each element to the block in turn until it returns true	Success		0.001
none	Enumerable#none? with a block stops passing elements to the block when it returns true	Success		0.001
none	Enumerable#none? with a block returns true if the block never returns true	Success		0.000
none	Enumerable#none? with a block returns false if the block ever returns true	Success		0.000
none	Enumerable#none? with a block gathers initial args as elements when each yields multiple	Success		0.001
none	Enumerable#none? with a block yields multiple arguments when each yields multiple	Success		0.001
one	Enumerable#one? when passed a block returns true if block returns true once	Success		0.001
one	Enumerable#one? when passed a block returns false if the block returns true more than once	Success		0.000
one	Enumerable#one? when passed a block returns false if the block only returns false	Success		0.000
one	Enumerable#one? when passed a block gathers initial args as elements when each yields multiple	Success		0.000
one	Enumerable#one? when passed a block yields multiple arguments when each yields multiple	Success		0.001
one	Enumerable#one? when not passed a block returns true if only one element evaluates to true	Success		0.000
one	Enumerable#one? when not passed a block returns false if two elements evaluate to true	Success		0.000
one	Enumerable#one? when not passed a block returns false if all elements evaluate to false	Success		0.000
one	Enumerable#one? when not passed a block gathers whole arrays as elements when each yields multiple	Success		0.000
partition	Enumerable#partition returns two arrays, the first containing elements for which the block is true, the second containing the rest	Success		0.001
partition	Enumerable#partition returns an Enumerator if called without a block	Success		0.001
partition	Enumerable#partition gathers whole arrays as elements when each yields multiple	Success		0.001
partition	Enumerable#partition Enumerable with size when no block is given returned Enumerator size returns the enumerable size	Success		0.001
partition	Enumerable#partition Enumerable with no size when no block is given returned Enumerator size returns nil	Success		0.000
reduce	Enumerable#reduce with argument takes a block with an accumulator (with argument as initial value) and the current element. Value of block becomes new accumulator	Success		0.001
reduce	Enumerable#reduce produces an array of the accumulator and the argument when given a block with a *arg	Success		0.001
reduce	Enumerable#reduce can take two argument	Success		0.000
reduce	Enumerable#reduce ignores the block if two arguments	Success		0.000
reduce	Enumerable#reduce can take a symbol argument	Success		0.000
reduce	Enumerable#reduce without argument takes a block with an accumulator (with first element as initial value) and the current element. Value of block becomes new accumulator	Success		0.001
reduce	Enumerable#reduce gathers whole arrays as elements when each yields multiple	Success		0.001
reduce	Enumerable#reduce with inject arguments(legacy rubycon)	Success		0.001
reduce	Enumerable#reduce without inject arguments(legacy rubycon)	Success		0.001
reduce	Enumerable#reduce returns nil when fails(legacy rubycon)	Success		0.000
reject	Enumerable#reject returns an array of the elements for which block is false	Success		0.001
reject	Enumerable#reject returns an Enumerator if called without a block	Success		0.001
reject	Enumerable#reject gathers whole arrays as elements when each yields multiple	Success		0.001
reject	Enumerable#reject Enumerable with size when no block is given returned Enumerator size returns the enumerable size	Success		0.001
reject	Enumerable#reject Enumerable with no size when no block is given returned Enumerator size returns nil	Success		0.000
reverse_each	Enumerable#reverse_each traverses enum in reverse order and pass each element to block	Success		0.001
reverse_each	Enumerable#reverse_each returns an Enumerator if no block given	Success		0.001
reverse_each	Enumerable#reverse_each gathers whole arrays as elements when each yields multiple	Success		0.001
reverse_each	Enumerable#reverse_each Enumerable with size when no block is given returned Enumerator size returns the enumerable size	Success		0.000
reverse_each	Enumerable#reverse_each Enumerable with no size when no block is given returned Enumerator size returns nil	Success		0.000
select	Enumerable#select returns all elements for which the block is not false	Success		0.001
select	Enumerable#select returns an enumerator when no block given	Success		0.001
select	Enumerable#select passes through the values yielded by #each_with_index	Success		0.001
select	Enumerable#select gathers whole arrays as elements when each yields multiple	Success		0.001
select	Enumerable#select Enumerable with size when no block is given returned Enumerator size returns the enumerable size	Success		0.001
select	Enumerable#select Enumerable with no size when no block is given returned Enumerator size returns nil	Success		0.001
slice_after	Enumerable#slice_after raises an ArgumentError when given an incorrect number of arguments	Skipped	tagged	0.000
slice_after	Enumerable#slice_after when given an argument and no block calls === on the argument to determine when to yield	Skipped	tagged	0.000
slice_after	Enumerable#slice_after when given an argument and no block doesn't yield an empty array if the filter matches the first entry or the last entry	Skipped	tagged	0.000
slice_after	Enumerable#slice_after when given an argument and no block uses standard boolean as a test	Skipped	tagged	0.000
slice_after	Enumerable#slice_after when given a block and no argument calls the block to determine when to yield	Skipped	tagged	0.000
slice_after	Enumerable#slice_after when given a block and an argument raises an ArgumentError	Skipped	tagged	0.000
slice_after	when an iterator method yields more than one value processes all yielded values	Skipped	tagged	0.000
slice_before	Enumerable#slice_before raises an ArgumentError when given an incorrect number of arguments	Success		0.001
slice_before	Enumerable#slice_before when given an argument and no block calls === on the argument to determine when to yield	Success		0.004
slice_before	Enumerable#slice_before when given an argument and no block doesn't yield an empty array if the filter matches the first entry or the last entry	Success		0.003
slice_before	Enumerable#slice_before when given an argument and no block uses standard boolean as a test	Success		0.003
slice_before	Enumerable#slice_before when given a block does not accept arguments	Skipped	tagged	0.000
slice_before	Enumerable#slice_before when given a block and no argument calls the block to determine when to yield	Success		0.002
slice_before	Enumerable#slice_before when an iterator method yields more than one value processes all yielded values	Skipped	tagged	0.000
slice_before	Enumerable#slice_before Enumerable with size when no block is given returned Enumerator size returns nil	Success		0.001
slice_before	Enumerable#slice_before Enumerable with no size when no block is given returned Enumerator size returns nil	Success		0.001
slice_when	Enumerable#slice_when when given a block returns an enumerator	Skipped	tagged	0.000
slice_when	Enumerable#slice_when when given a block splits chunks between adjacent elements i and j where the block returns true	Skipped	tagged	0.000
slice_when	Enumerable#slice_when when given a block calls the block for length of the receiver enumerable minus one times	Skipped	tagged	0.000
slice_when	Enumerable#slice_when when not given a block raises an ArgumentError	Skipped	tagged	0.000
slice_when	Enumerable#slice_when when an iterator method yields more than one value processes all yielded values	Skipped	tagged	0.000
sort	Enumerable#sort sorts by the natural order as defined by <=>	Success		0.002
sort	Enumerable#sort yields elements to the provided block	Success		0.001
sort	Enumerable#sort raises a NoMethodError if elements do not define <=>	Success		0.001
sort	Enumerable#sort sorts enumerables that contain nils	Success		0.001
sort	Enumerable#sort compare values returned by block with 0	Success		0.003
sort	Enumerable#sort raises an error if objects can't be compared	Success		0.001
sort	Enumerable#sort gathers whole arrays as elements when each yields multiple	Success		0.001
sort	Enumerable#sort doesn't raise an error if #to_a returns a frozen Array	Success		0.001
sort_by	Enumerable#sort_by returns an array of elements when a block is supplied and #map returns an enumerable	Skipped	tagged	0.000
sort_by	Enumerable#sort_by returns an array of elements ordered by the result of block	Success		0.001
sort_by	Enumerable#sort_by sorts the object by the given attribute	Success		0.001
sort_by	Enumerable#sort_by returns an Enumerator when a block is not supplied	Success		0.001
sort_by	Enumerable#sort_by gathers whole arrays as elements when each yields multiple	Success		0.001
sort_by	Enumerable#sort_by Enumerable with size when no block is given returned Enumerator size returns the enumerable size	Success		0.001
sort_by	Enumerable#sort_by Enumerable with no size when no block is given returned Enumerator size returns nil	Success		0.000
take	Enumerable#take requires an argument	Success		0.001
take	Enumerable#take when passed an argument returns the first count elements if given a count	Success		0.001
take	Enumerable#take when passed an argument returns an empty array when passed count on an empty array	Success		0.001
take	Enumerable#take when passed an argument returns an empty array when passed count == 0	Success		0.000
take	Enumerable#take when passed an argument returns an array containing the first element when passed count == 1	Success		0.000
take	Enumerable#take when passed an argument raises an ArgumentError when count is negative	Success		0.001
take	Enumerable#take when passed an argument returns the entire array when count > length	Success		0.001
take	Enumerable#take when passed an argument tries to convert the passed argument to an Integer using #to_int	Success		0.002
take	Enumerable#take when passed an argument raises a TypeError if the passed argument is not numeric	Success		0.002
take	Enumerable#take when passed an argument gathers whole arrays as elements when each yields multiple	Success		0.001
take	Enumerable#take when passed an argument consumes only what is needed	Success		0.001
take_while	Enumerable#take_while returns an Enumerator if no block given	Success		0.001
take_while	Enumerable#take_while returns no/all elements for {true/false} block	Success		0.001
take_while	Enumerable#take_while accepts returns other than true/false	Success		0.001
take_while	Enumerable#take_while passes elements to the block until the first false	Success		0.001
take_while	Enumerable#take_while will only go through what's needed	Success		0.001
take_while	Enumerable#take_while doesn't return self when it could	Success		0.000
take_while	Enumerable#take_while calls the block with initial args when yielded with multiple arguments	Success		0.001
take_while	Enumerable#take_while Enumerable with size when no block is given returned Enumerator size returns nil	Success		0.001
take_while	Enumerable#take_while Enumerable with no size when no block is given returned Enumerator size returns nil	Success		0.000
to_a	Enumerable#to_a returns an array containing the elements	Success		0.001
to_a	Enumerable#to_a passes through the values yielded by #each_with_index	Success		0.001
to_a	Enumerable#to_a passes arguments to each	Success		0.001
to_a	Enumerable#to_a returns a tainted array if self is tainted	Success		0.000
to_a	Enumerable#to_a returns an untrusted array if self is untrusted	Success		0.000
to_h	Enumerable#to_h converts empty enumerable to empty hash	Success		0.001
to_h	Enumerable#to_h converts yielded [key, value] pairs to a hash	Success		0.001
to_h	Enumerable#to_h uses the last value of a duplicated key	Success		0.001
to_h	Enumerable#to_h calls #to_ary on contents	Success		0.002
to_h	Enumerable#to_h forwards arguments to #each	Success		0.001
to_h	Enumerable#to_h raises TypeError if an element is not an array	Success		0.001
to_h	Enumerable#to_h raises ArgumentError if an element is not a [key, value] pair	Success		0.001
zip	Enumerable#zip combines each element of the receiver with the element of the same index in arrays given as arguments	Success		0.001
zip	Enumerable#zip passes each element of the result array to a block and return nil if a block is given	Success		0.001
zip	Enumerable#zip fills resulting array with nils if an argument array is too short	Success		0.001
zip	Enumerable#zip converts arguments to arrays using #to_ary	Success		0.001
zip	Enumerable#zip converts arguments to enums using #to_enum	Success		0.003
zip	Enumerable#zip gathers whole arrays as elements when each yields multiple	Success		0.003
each	Enumerator#each yields each element of self to the given block	Success		0.001
each	Enumerator#each calls #each on the object given in the constructor by default	Success		0.002
each	Enumerator#each calls #each on the underlying object until it's exhausted	Success		0.002
each	Enumerator#each calls the method given in the constructor instead of #each	Success		0.002
each	Enumerator#each calls the method given in the constructor until it's exhausted	Success		0.002
each	Enumerator#each raises a NoMethodError if the object doesn't respond to #each	Success		0.002
each	Enumerator#each returns self if not given arguments and not given a block	Success		0.001
each	Enumerator#each returns the same value from receiver.each if block is given	Success		0.001
each	Enumerator#each passes given arguments at initialized to receiver.each	Success		0.001
each	Enumerator#each requires multiple arguments	Success		0.001
each	Enumerator#each appends given arguments to receiver.each	Success		0.001
each	Enumerator#each returns the same value from receiver.each if block and arguments are given	Success		0.001
each	Enumerator#each returns new Enumerator if given arguments but not given a block	Success		0.001
each_with_index	Enumerator#each_with_index passes each element and its index to block	Success		0.001
each_with_index	Enumerator#each_with_index returns the object being enumerated when given a block	Success		0.001
each_with_index	Enumerator#each_with_index binds splat arguments properly	Success		0.001
each_with_index	Enumerator#each_with_index returns an enumerator if no block is supplied	Success		0.001
each_with_index	Enumerator#each_with_index returns a new Enumerator when no block is given	Success		0.001
each_with_index	Enumerator#each_with_index raises an ArgumentError if passed extra arguments	Success		0.001
each_with_index	Enumerator#each_with_index passes on the given block's return value	Success		0.001
each_with_index	Enumerator#each_with_index returns the iterator's return value	Success		0.001
each_with_index	Enumerator#each_with_index when no block is given returned Enumerator size returns the enumerable size	Success		0.001
each_with_index	Enumerator#each_with_index returns the correct value if chained with itself	Success		0.001
each_with_object	Enumerator#each_with_object receives an argument	Success		0.001
each_with_object	Enumerator#each_with_object with block returns the given object	Success		0.001
each_with_object	Enumerator#each_with_object with block the block parameter passes each element to first parameter	Success		0.001
each_with_object	Enumerator#each_with_object with block the block parameter passes the given object to last parameter	Success		0.001
each_with_object	Enumerator#each_with_object without block returns new Enumerator	Success		0.001
enum_for	Enumerator#enum_for is defined in Kernel	Success		0.000
enum_for	Enumerator#enum_for returns a new enumerator	Success		0.001
enum_for	Enumerator#enum_for defaults the first argument to :each	Success		0.001
enum_for	Enumerator#enum_for exposes multi-arg yields as an array	Success		0.003
enum_for	Enumerator#enum_for uses the passed block's value to calculate the size of the enumerator	Success		0.000
enum_for	Enumerator#enum_for defers the evaluation of the passed block until #size is called	Success		0.001
enumerator	Enumerator includes Enumerable	Success		0.000
feed	Enumerator#feed sets the future return value of yield if called before advancing the iterator	Success		0.003
feed	Enumerator#feed causes yield to return the value if called during iteration	Success		0.002
feed	Enumerator#feed can be called for each iteration	Success		0.002
feed	Enumerator#feed returns nil	Success		0.000
feed	Enumerator#feed raises a TypeError if called more than once without advancing the enumerator	Success		0.002
feed	Enumerator#feed sets the return value of Yielder#yield	Success		0.002
initialize	Enumerator#initialize is a private method	Success		0.001
initialize	Enumerator#initialize returns self when given an object	Success		0.001
initialize	Enumerator#initialize returns self when given a block	Success		0.001
initialize	Enumerator#initialize accepts a block	Success		0.002
initialize	Enumerator#initialize sets size to nil if size is not given	Success		0.001
initialize	Enumerator#initialize sets size to nil if the given size is nil	Success		0.001
initialize	Enumerator#initialize sets size to the given size if the given size is Float::INFINITY	Success		0.001
initialize	Enumerator#initialize sets size to the given size if the given size is a Fixnum	Success		0.001
initialize	Enumerator#initialize sets size to the given size if the given size is a Proc	Success		0.001
initialize	Enumerator#initialize on frozen instance raises a RuntimeError	Success		0.001
inject	Enumerator#inject yields each element of self to the given block	Success		0.001
inject	Enumerator#inject calls #each on the object given in the constructor by default	Success		0.002
inject	Enumerator#inject calls #each on the underlying object until it's exhausted	Success		0.002
inject	Enumerator#inject calls the method given in the constructor instead of #each	Success		0.002
inject	Enumerator#inject calls the method given in the constructor until it's exhausted	Success		0.002
inject	Enumerator#inject raises a NoMethodError if the object doesn't respond to #each	Success		0.001
inject	Enumerator#inject returns self if not given arguments and not given a block	Success		0.001
inject	Enumerator#inject returns the same value from receiver.each if block is given	Success		0.001
inject	Enumerator#inject passes given arguments at initialized to receiver.each	Success		0.001
inject	Enumerator#inject requires multiple arguments	Success		0.001
inject	Enumerator#inject appends given arguments to receiver.each	Success		0.001
inject	Enumerator#inject returns the same value from receiver.each if block and arguments are given	Success		0.001
inject	Enumerator#inject returns new Enumerator if given arguments but not given a block	Success		0.001
inject	Enumerator#inject works when chained against each_with_index	Success		0.001
inspect	Enumerator#inspect needs to be reviewed for spec completeness	Success		0.000
new	Enumerator.new creates a new custom enumerator with the given object, iterator and arguments	Success		0.001
new	Enumerator.new creates a new custom enumerator that responds to #each	Success		0.001
new	Enumerator.new creates a new custom enumerator that runs correctly	Success		0.001
new	Enumerator.new aliases the second argument to :each	Success		0.001
new	Enumerator.new doesn't check for the presence of the iterator method	Success		0.001
new	Enumerator.new uses the latest define iterator method	Success		0.006
next	Enumerator#next returns the next element of the enumeration	Success		0.003
next	Enumerator#next raises a StopIteration exception at the end of the stream	Success		0.002
next	Enumerator#next cannot be called again until the enumerator is rewound	Success		0.003
next_values	Enumerator#next_values returns an array with only nil if yield is called with nil	Skipped	tagged	0.000
next_values	Enumerator#next_values returns the next element in self	Success		0.004
next_values	Enumerator#next_values advances the position of the current element	Success		0.002
next_values	Enumerator#next_values advances the position of the enumerator each time when called multiple times	Success		0.002
next_values	Enumerator#next_values works in concert with #rewind	Success		0.003
next_values	Enumerator#next_values returns an empty array if yield is called without arguments	Success		0.002
next_values	Enumerator#next_values raises StopIteration if called on a finished enumerator	Success		0.002
peek	Enumerator#peek returns the next element in self	Success		0.002
peek	Enumerator#peek does not advance the position of the current element	Success		0.002
peek	Enumerator#peek can be called repeatedly without advancing the position of the current element	Success		0.004
peek	Enumerator#peek works in concert with #rewind	Success		0.002
peek	Enumerator#peek raises StopIteration if called on a finished enumerator	Success		0.002
peek_values	Enumerator#peek_values returns an array with only nil if yield is called with nil	Skipped	tagged	0.000
peek_values	Enumerator#peek_values returns the next element in self	Success		0.002
peek_values	Enumerator#peek_values does not advance the position of the current element	Success		0.004
peek_values	Enumerator#peek_values can be called repeatedly without advancing the position of the current element	Success		0.002
peek_values	Enumerator#peek_values works in concert with #rewind	Success		0.002
peek_values	Enumerator#peek_values returns an empty array if yield is called without arguments	Success		0.002
peek_values	Enumerator#peek_values raises StopIteration if called on a finished enumerator	Success		0.003
rewind	Enumerator#rewind resets the enumerator to its initial state	Success		0.005
rewind	Enumerator#rewind returns self	Success		0.001
rewind	Enumerator#rewind has no effect on a new enumerator	Success		0.001
rewind	Enumerator#rewind has no effect if called multiple, consecutive times	Success		0.002
rewind	Enumerator#rewind works with peek to reset the position	Success		0.002
rewind	Enumerator#rewind calls the enclosed object's rewind method if one exists	Success		0.003
rewind	Enumerator#rewind does nothing if the object doesn't have a #rewind method	Success		0.002
rewind	Enumerator#rewind clears a pending #feed value	Success		0.002
size	Enumerator#size returns same value if set size is an Integer	Success		0.001
size	Enumerator#size returns nil if set size is nil	Success		0.000
size	Enumerator#size returns returning value from size.call if set size is a Proc	Success		0.001
size	Enumerator#size returns the result from size.call if the size respond to call	Success		0.001
to_enum	Enumerator#to_enum is defined in Kernel	Success		0.000
to_enum	Enumerator#to_enum returns a new enumerator	Success		0.001
to_enum	Enumerator#to_enum defaults the first argument to :each	Success		0.001
to_enum	Enumerator#to_enum exposes multi-arg yields as an array	Success		0.003
to_enum	Enumerator#to_enum uses the passed block's value to calculate the size of the enumerator	Success		0.000
to_enum	Enumerator#to_enum defers the evaluation of the passed block until #size is called	Success		0.001
with_index	Enumerator#with_index passes each element and its index to block	Success		0.001
with_index	Enumerator#with_index returns the object being enumerated when given a block	Success		0.001
with_index	Enumerator#with_index binds splat arguments properly	Success		0.001
with_index	Enumerator#with_index returns an enumerator if no block is supplied	Success		0.001
with_index	Enumerator#with_index returns a new Enumerator when no block is given	Success		0.001
with_index	Enumerator#with_index accepts an optional argument when given a block	Success		0.001
with_index	Enumerator#with_index accepts an optional argument when not given a block	Success		0.000
with_index	Enumerator#with_index numbers indices from the given index when given an offset but no block	Success		0.001
with_index	Enumerator#with_index numbers indices from the given index when given an offset and block	Success		0.001
with_index	Enumerator#with_index raises a TypeError when the argument cannot be converted to numeric	Success		0.001
with_index	Enumerator#with_index converts non-numeric arguments to Integer via #to_int	Success		0.002
with_index	Enumerator#with_index coerces the given numeric argument to an Integer	Success		0.001
with_index	Enumerator#with_index treats nil argument as no argument	Success		0.001
with_index	Enumerator#with_index accepts negative argument	Success		0.001
with_index	Enumerator#with_index when no block is given returned Enumerator size returns the enumerable size	Success		0.001
with_object	Enumerator#with_object receives an argument	Success		0.001
with_object	Enumerator#with_object with block returns the given object	Success		0.001
with_object	Enumerator#with_object with block the block parameter passes each element to first parameter	Success		0.001
with_object	Enumerator#with_object with block the block parameter passes the given object to last parameter	Success		0.001
with_object	Enumerator#with_object without block returns new Enumerator	Success		0.001
each	Enumerator::Generator#each is an enumerable	Success		0.001
each	Enumerator::Generator#each supports enumeration with a block	Success		0.001
each	Enumerator::Generator#each raises a LocalJumpError if no block given	Success		0.001
each	Enumerator::Generator#each returns the block returned value	Success		0.001
each	Enumerator::Generator#each requires multiple arguments	Success		0.001
each	Enumerator::Generator#each appends given arguments to receiver.each	Success		0.001
initialize	Enumerator::Generator#initialize is a private method	Success		0.001
initialize	Enumerator::Generator#initialize returns self when given a block	Success		0.001
initialize	Enumerator::Generator#initialize on frozen instance raises a RuntimeError	Success		0.001
collect	Enumerator::Lazy#collect returns a new instance of Enumerator::Lazy	Success		0.001
collect	Enumerator::Lazy#collect keeps size	Success		0.001
collect	Enumerator::Lazy#collect calls the block with initial values when yield with multiple arguments	Success		0.002
collect	Enumerator::Lazy#collect when the returned lazy enumerator is evaluated by Enumerable#first stops after specified times	Success		0.003
collect	Enumerator::Lazy#collect on a nested Lazy keeps size	Success		0.001
collect	Enumerator::Lazy#collect on a nested Lazy when the returned lazy enumerator is evaluated by Enumerable#first stops after specified times	Success		0.002
collect_concat	Enumerator::Lazy#collect_concat returns a new instance of Enumerator::Lazy	Success		0.002
collect_concat	Enumerator::Lazy#collect_concat sets #size to nil	Success		0.001
collect_concat	Enumerator::Lazy#collect_concat calls the block with initial values when yield with multiple arguments	Success		0.003
collect_concat	Enumerator::Lazy#collect_concat raises an ArgumentError when not given a block	Success		0.001
collect_concat	Enumerator::Lazy#collect_concat when the returned lazy enumerator is evaluated by Enumerable#first stops after specified times	Success		0.003
collect_concat	Enumerator::Lazy#collect_concat when the returned lazy enumerator is evaluated by Enumerable#first flattens elements when the given block returned an array or responding to .each and .force	Success		0.004
collect_concat	Enumerator::Lazy#collect_concat on a nested Lazy sets #size to nil	Success		0.001
collect_concat	Enumerator::Lazy#collect_concat on a nested Lazy when the returned lazy enumerator is evaluated by Enumerable#first stops after specified times	Success		0.002
collect_concat	Enumerator::Lazy#collect_concat on a nested Lazy when the returned lazy enumerator is evaluated by Enumerable#first flattens elements when the given block returned an array or responding to .each and .force	Success		0.004
drop	Enumerator::Lazy#drop returns a new instance of Enumerator::Lazy	Success		0.001
drop	Enumerator::Lazy#drop sets difference of given count with old size to new size	Success		0.001
drop	Enumerator::Lazy#drop when the returned lazy enumerator is evaluated by Enumerable#first stops after specified times	Success		0.002
drop	Enumerator::Lazy#drop on a nested Lazy sets difference of given count with old size to new size	Success		0.001
drop	Enumerator::Lazy#drop on a nested Lazy when the returned lazy enumerator is evaluated by Enumerable#first stops after specified times	Success		0.002
drop_while	Enumerator::Lazy#drop_while returns a new instance of Enumerator::Lazy	Success		0.001
drop_while	Enumerator::Lazy#drop_while sets #size to nil	Success		0.001
drop_while	Enumerator::Lazy#drop_while calls the block with initial values when yield with multiple arguments	Success		0.001
drop_while	Enumerator::Lazy#drop_while raises an ArgumentError when not given a block	Success		0.001
drop_while	Enumerator::Lazy#drop_while when the returned lazy enumerator is evaluated by Enumerable#first stops after specified times	Success		0.002
drop_while	Enumerator::Lazy#drop_while on a nested Lazy sets #size to nil	Success		0.001
drop_while	Enumerator::Lazy#drop_while on a nested Lazy when the returned lazy enumerator is evaluated by Enumerable#first stops after specified times	Success		0.002
enum_for	Enumerator::Lazy#enum_for requires multiple arguments	Success		0.001
enum_for	Enumerator::Lazy#enum_for returns a new instance of Enumerator::Lazy	Success		0.001
enum_for	Enumerator::Lazy#enum_for sets #size to nil when not given a block	Success		0.001
enum_for	Enumerator::Lazy#enum_for sets given block to size when given a block	Success		0.001
enum_for	Enumerator::Lazy#enum_for generates a lazy enumerator from the given name	Success		0.001
enum_for	Enumerator::Lazy#enum_for passes given arguments to wrapped method	Success		0.001
enum_for	Enumerator::Lazy#enum_for used by some parent's methods though returning Lazy	Success		0.007
find_all	Enumerator::Lazy#find_all returns a new instance of Enumerator::Lazy	Success		0.001
find_all	Enumerator::Lazy#find_all sets #size to nil	Success		0.001
find_all	Enumerator::Lazy#find_all calls the block with a gathered array when yield with multiple arguments	Success		0.002
find_all	Enumerator::Lazy#find_all raises an ArgumentError when not given a block	Success		0.001
find_all	Enumerator::Lazy#find_all when the returned lazy enumerator is evaluated by Enumerable#first stops after specified times	Success		0.002
find_all	Enumerator::Lazy#find_all on a nested Lazy sets #size to nil	Success		0.001
find_all	Enumerator::Lazy#find_all on a nested Lazy when the returned lazy enumerator is evaluated by Enumerable#first stops after specified times	Success		0.002
flat_map	Enumerator::Lazy#flat_map returns a new instance of Enumerator::Lazy	Success		0.001
flat_map	Enumerator::Lazy#flat_map sets #size to nil	Success		0.001
flat_map	Enumerator::Lazy#flat_map calls the block with initial values when yield with multiple arguments	Success		0.002
flat_map	Enumerator::Lazy#flat_map raises an ArgumentError when not given a block	Success		0.001
flat_map	Enumerator::Lazy#flat_map when the returned lazy enumerator is evaluated by Enumerable#first stops after specified times	Success		0.002
flat_map	Enumerator::Lazy#flat_map when the returned lazy enumerator is evaluated by Enumerable#first flattens elements when the given block returned an array or responding to .each and .force	Success		0.003
flat_map	Enumerator::Lazy#flat_map on a nested Lazy sets #size to nil	Success		0.001
flat_map	Enumerator::Lazy#flat_map on a nested Lazy when the returned lazy enumerator is evaluated by Enumerable#first stops after specified times	Success		0.002
flat_map	Enumerator::Lazy#flat_map on a nested Lazy when the returned lazy enumerator is evaluated by Enumerable#first flattens elements when the given block returned an array or responding to .each and .force	Success		0.004
force	Enumerator::Lazy#force passes given arguments to receiver.each	Success		0.002
force	Enumerator::Lazy#force on a nested Lazy calls all block and returns an Array	Success		0.002
grep	Enumerator::Lazy#grep requires an argument	Success		0.001
grep	Enumerator::Lazy#grep returns a new instance of Enumerator::Lazy	Success		0.001
grep	Enumerator::Lazy#grep sets #size to nil	Success		0.001
grep	Enumerator::Lazy#grep calls the block with a gathered array when yield with multiple arguments	Success		0.003
grep	Enumerator::Lazy#grep when the returned lazy enumerator is evaluated by Enumerable#first stops after specified times when not given a block	Success		0.001
grep	Enumerator::Lazy#grep when the returned lazy enumerator is evaluated by Enumerable#first stops after specified times when given a block	Success		0.001
grep	Enumerator::Lazy#grep on a nested Lazy sets #size to nil	Success		0.001
grep	Enumerator::Lazy#grep on a nested Lazy when the returned lazy enumerator is evaluated by Enumerable#first stops after specified times when not given a block	Success		0.002
grep	Enumerator::Lazy#grep on a nested Lazy when the returned lazy enumerator is evaluated by Enumerable#first stops after specified times when given a block	Success		0.002
grep_v	Enumerator::Lazy#grep_v requires an argument	Skipped	tagged	0.000
grep_v	Enumerator::Lazy#grep_v returns a new instance of Enumerator::Lazy	Skipped	tagged	0.000
grep_v	Enumerator::Lazy#grep_v sets #size to nil	Skipped	tagged	0.000
grep_v	Enumerator::Lazy#grep_v calls the block with a gathered array when yield with multiple arguments	Skipped	tagged	0.000
grep_v	Enumerator::Lazy#grep_v when the returned lazy enumerator is evaluated by Enumerable#first stops after specified times when not given a block	Skipped	tagged	0.000
grep_v	Enumerator::Lazy#grep_v when the returned lazy enumerator is evaluated by Enumerable#first stops after specified times when given a block	Skipped	tagged	0.000
grep_v	Enumerator::Lazy#grep_v on a nested Lazy sets #size to nil	Skipped	tagged	0.000
grep_v	Enumerator::Lazy#grep_v on a nested Lazy when the returned lazy enumerator is evaluated by Enumerable#first stops after specified times when not given a block	Skipped	tagged	0.000
grep_v	Enumerator::Lazy#grep_v on a nested Lazy when the returned lazy enumerator is evaluated by Enumerable#first stops after specified times when given a block	Skipped	tagged	0.000
initialize	Enumerator::Lazy#initialize is a private method	Success		0.002
initialize	Enumerator::Lazy#initialize returns self	Success		0.001
initialize	Enumerator::Lazy#initialize sets #size to nil if not given a size	Success		0.001
initialize	Enumerator::Lazy#initialize sets #size to nil if given size is nil	Success		0.001
initialize	Enumerator::Lazy#initialize sets given size to own size if the given size is Float::INFINITY	Success		0.001
initialize	Enumerator::Lazy#initialize sets given size to own size if the given size is a Fixnum	Success		0.001
initialize	Enumerator::Lazy#initialize sets given size to own size if the given size is a Proc	Success		0.001
initialize	Enumerator::Lazy#initialize raises an ArgumentError when block is not given	Success		0.001
initialize	Enumerator::Lazy#initialize when the returned lazy enumerator is evaluated by Enumerable#first stops after specified times	Success		0.001
initialize	Enumerator::Lazy#initialize on frozen instance raises a RuntimeError	Success		0.001
lazy	Enumerator::Lazy is a subclass of Enumerator	Success		0.001
lazy	Enumerator::Lazy#lazy returns self	Success		0.001
map	Enumerator::Lazy#map returns a new instance of Enumerator::Lazy	Success		0.001
map	Enumerator::Lazy#map keeps size	Success		0.001
map	Enumerator::Lazy#map calls the block with initial values when yield with multiple arguments	Success		0.001
map	Enumerator::Lazy#map when the returned lazy enumerator is evaluated by Enumerable#first stops after specified times	Success		0.001
map	Enumerator::Lazy#map on a nested Lazy keeps size	Success		0.001
map	Enumerator::Lazy#map on a nested Lazy when the returned lazy enumerator is evaluated by Enumerable#first stops after specified times	Success		0.001
reject	Enumerator::Lazy#reject returns a new instance of Enumerator::Lazy	Success		0.001
reject	Enumerator::Lazy#reject sets #size to nil	Success		0.001
reject	Enumerator::Lazy#reject calls the block with a gathered array when yield with multiple arguments	Success		0.001
reject	Enumerator::Lazy#reject raises an ArgumentError when not given a block	Success		0.001
reject	Enumerator::Lazy#reject when the returned lazy enumerator is evaluated by Enumerable#first stops after specified times	Success		0.002
reject	Enumerator::Lazy#reject on a nested Lazy sets #size to nil	Success		0.001
reject	Enumerator::Lazy#reject on a nested Lazy when the returned lazy enumerator is evaluated by Enumerable#first stops after specified times	Success		0.002
select	Enumerator::Lazy#select returns a new instance of Enumerator::Lazy	Success		0.001
select	Enumerator::Lazy#select sets #size to nil	Success		0.001
select	Enumerator::Lazy#select calls the block with a gathered array when yield with multiple arguments	Success		0.001
select	Enumerator::Lazy#select raises an ArgumentError when not given a block	Success		0.001
select	Enumerator::Lazy#select when the returned lazy enumerator is evaluated by Enumerable#first stops after specified times	Success		0.001
select	Enumerator::Lazy#select on a nested Lazy sets #size to nil	Success		0.001
select	Enumerator::Lazy#select on a nested Lazy when the returned lazy enumerator is evaluated by Enumerable#first stops after specified times	Success		0.002
take	Enumerator::Lazy#take returns a new instance of Enumerator::Lazy	Success		0.001
take	Enumerator::Lazy#take sets given count to size if the given count is less than old size	Success		0.001
take	Enumerator::Lazy#take sets given count to size if the old size is Infinity	Success		0.001
take	Enumerator::Lazy#take when the returned lazy enumerator is evaluated by .force stops after specified times	Success		0.002
take	Enumerator::Lazy#take when the returned lazy enumerator is evaluated by .force stops without iterations if the given argument is 0	Success		0.001
take	Enumerator::Lazy#take on a nested Lazy sets given count to size if the given count is less than old size	Success		0.001
take	Enumerator::Lazy#take on a nested Lazy when the returned lazy enumerator is evaluated by .force stops after specified times	Success		0.002
take	Enumerator::Lazy#take on a nested Lazy when the returned lazy enumerator is evaluated by .force stops without iterations if the given argument is 0	Success		0.001
take_while	Enumerator::Lazy#take_while returns a new instance of Enumerator::Lazy	Success		0.001
take_while	Enumerator::Lazy#take_while sets #size to nil	Success		0.001
take_while	Enumerator::Lazy#take_while calls the block with initial values when yield with multiple arguments	Success		0.002
take_while	Enumerator::Lazy#take_while raises an ArgumentError when not given a block	Success		0.001
take_while	Enumerator::Lazy#take_while when the returned lazy enumerator is evaluated by .force stops after specified times	Success		0.002
take_while	Enumerator::Lazy#take_while on a nested Lazy sets #size to nil	Success		0.001
take_while	Enumerator::Lazy#take_while on a nested Lazy when the returned lazy enumerator is evaluated by .force stops after specified times	Success		0.002
to_enum	Enumerator::Lazy#to_enum requires multiple arguments	Success		0.001
to_enum	Enumerator::Lazy#to_enum returns a new instance of Enumerator::Lazy	Success		0.001
to_enum	Enumerator::Lazy#to_enum sets #size to nil when not given a block	Success		0.001
to_enum	Enumerator::Lazy#to_enum sets given block to size when given a block	Success		0.001
to_enum	Enumerator::Lazy#to_enum generates a lazy enumerator from the given name	Success		0.001
to_enum	Enumerator::Lazy#to_enum passes given arguments to wrapped method	Success		0.001
to_enum	Enumerator::Lazy#to_enum used by some parent's methods though returning Lazy	Success		0.006
zip	Enumerator::Lazy#zip returns a new instance of Enumerator::Lazy	Success		0.001
zip	Enumerator::Lazy#zip keeps size	Success		0.001
zip	Enumerator::Lazy#zip calls the block with a gathered array when yield with multiple arguments	Success		0.006
zip	Enumerator::Lazy#zip returns a Lazy when no arguments given	Success		0.001
zip	Enumerator::Lazy#zip raises a TypeError if arguments contain non-list object	Success		0.001
zip	Enumerator::Lazy#zip when the returned lazy enumerator is evaluated by Enumerable#first stops after specified times	Success		0.002
zip	Enumerator::Lazy#zip on a nested Lazy keeps size	Success		0.001
zip	Enumerator::Lazy#zip on a nested Lazy behaves as Enumerable#zip when given a block	Success		0.009
zip	Enumerator::Lazy#zip on a nested Lazy when the returned lazy enumerator is evaluated by Enumerable#first stops after specified times	Success		0.002
append	Enumerator::Yielder#<< yields the value to the block	Success		0.001
append	Enumerator::Yielder#<< returns self	Success		0.001
append	Enumerator::Yielder#<< requires multiple arguments	Success		0.001
append	Enumerator::Yielder#<< yields with passed arguments	Success		0.001
initialize	Enumerator::Yielder#initialize is a private method	Success		0.001
initialize	Enumerator::Yielder#initialize returns self when given a block	Success		0.001
yield	Enumerator::Yielder#yield yields the value to the block	Success		0.001
yield	Enumerator::Yielder#yield returns the result of the block for the given value	Success		0.000
assoc	ENV.assoc returns an array of the key and value of the environment variable with the given key	Success		0.001
assoc	ENV.assoc returns nil if no environment variable with the given key exists	Success		0.000
assoc	ENV.assoc returns the key element coerced with #to_str	Success		0.002
clear	ENV.clear deletes all environment variables	Success		0.012
delete	ENV.delete removes the variable from the environment	Success		0.001
delete	ENV.delete returns the previous value	Success		0.001
delete	ENV.delete yields the name to the given block if the named environment variable does not exist	Success		0.001
delete_if	ENV.delete_if deletes pairs if the block returns true	Success		0.005
delete_if	ENV.delete_if returns ENV even if nothing deleted	Success		0.004
delete_if	ENV.delete_if returns an Enumerator if no block given	Success		0.001
delete_if	ENV.delete_if deletes pairs through enumerator	Success		0.005
delete_if	ENV.delete_if when no block is given returned Enumerator size returns the enumerable size	Success		0.009
each	ENV.each returns each pair	Success		0.012
each	ENV.each returns an Enumerator if called without a block	Success		0.001
each	ENV.each when no block is given returned Enumerator size returns the enumerable size	Success		0.009
each	ENV.each with encoding uses the locale encoding when Encoding.default_internal is nil	Success		0.007
each	ENV.each with encoding transcodes from the locale encoding to Encoding.default_internal if set	Success		0.007
each_key	ENV.each_key returns each key	Success		0.012
each_key	ENV.each_key returns an Enumerator if called without a block	Success		0.001
each_key	ENV.each_key returns keys in the locale encoding	Success		0.006
each_key	ENV.each_key when no block is given returned Enumerator size returns the enumerable size	Success		0.009
each_pair	ENV.each_pair returns each pair	Success		0.012
each_pair	ENV.each_pair returns an Enumerator if called without a block	Success		0.001
each_pair	ENV.each_pair when no block is given returned Enumerator size returns the enumerable size	Success		0.009
each_pair	ENV.each_pair with encoding uses the locale encoding when Encoding.default_internal is nil	Success		0.007
each_pair	ENV.each_pair with encoding transcodes from the locale encoding to Encoding.default_internal if set	Success		0.008
each_value	ENV.each_value returns each value	Success		0.012
each_value	ENV.each_value returns an Enumerator if called without a block	Success		0.001
each_value	ENV.each_value uses the locale encoding	Success		0.006
each_value	ENV.each_value when no block is given returned Enumerator size returns the enumerable size	Success		0.009
element_reference	ENV.[] returns nil if the variable isn't found	Success		0.001
element_reference	ENV.[] returns only frozen values	Success		0.001
element_reference	ENV.[] uses the locale encoding if Encoding.default_internal is nil	Success		0.001
element_reference	ENV.[] transcodes from the locale encoding to Encoding.default_internal if set	Success		0.001
element_set	ENV.[]= sets the environment variable to the given value	Success		0.001
element_set	ENV.[]= returns the value	Success		0.001
element_set	ENV.[]= deletes the environment variable when the value is nil	Success		0.001
element_set	ENV.[]= coerces the key argument with #to_str	Success		0.002
element_set	ENV.[]= coerces the value argument with #to_str	Success		0.001
element_set	ENV.[]= raises TypeError when the key is not coercible to String	Success		0.001
element_set	ENV.[]= raises TypeError when the value is not coercible to String	Success		0.001
element_set	ENV.[]= raises Errno::EINVAL when the key contains the '=' character	Success		0.001
element_set	ENV.[]= raises Errno::EINVAL when the key is an empty string	Success		0.001
element_set	ENV.[]= does nothing when the key is not a valid environment variable key and the value is nil	Success		0.000
empty	ENV.empty? returns true if the Environment is empty	Success		0.016
empty	ENV.empty? returns false if not empty	Success		0.005
fetch	ENV.fetch returns a value	Success		0.001
fetch	ENV.fetch raises a TypeError if the key is not a String	Success		0.001
fetch	ENV.fetch raises a KeyError if the key is not found	Success		0.001
fetch	ENV.fetch provides the given default parameter	Success		0.000
fetch	ENV.fetch provides a default value from a block	Success		0.001
fetch	ENV.fetch warns on block and default parameter given	Success		0.002
fetch	ENV.fetch uses the locale encoding	Success		0.005
has_key	ENV.has_key? returns true if ENV has the key	Success		0.001
has_key	ENV.has_key? returns false if ENV doesn't include the key	Success		0.000
has_value	ENV.has_value? returns true if ENV has the value	Success		0.005
has_value	ENV.has_value? returns false if ENV doesn't have the value	Success		0.004
include	ENV.include? returns true if ENV has the key	Success		0.001
include	ENV.include? returns false if ENV doesn't include the key	Success		0.000
index	ENV.index needs to be reviewed for completeness	Success		0.000
index	ENV.index returns the index associated with the passed value	Success		0.005
index	ENV.index returns nil if the passed value is not found	Success		0.004
inspect	ENV.inspect returns a String that looks like a Hash with real data	Success		0.023
invert	ENV.invert returns a hash with ENV.keys as the values and vice versa	Success		0.006
keep_if	ENV.keep_if deletes pairs if the block returns false	Success		0.005
keep_if	ENV.keep_if returns ENV even if nothing deleted	Success		0.005
keep_if	ENV.keep_if returns an Enumerator if no block given	Success		0.001
keep_if	ENV.keep_if deletes pairs through enumerator	Success		0.005
keep_if	ENV.keep_if when no block is given returned Enumerator size returns the enumerable size	Success		0.009
key	ENV.key? returns true if ENV has the key	Success		0.001
key	ENV.key? returns false if ENV doesn't include the key	Success		0.000
key	ENV.key needs to be reviewed for completeness	Success		0.000
key	ENV.key returns the index associated with the passed value	Success		0.005
key	ENV.key returns nil if the passed value is not found	Success		0.004
keys	ENV.keys returns all the keys	Success		0.011
keys	ENV.keys returns the keys in the locale encoding	Success		0.006
length	ENV.length returns the number of ENV entries	Success		0.012
member	ENV.member? returns true if ENV has the key	Success		0.001
member	ENV.member? returns false if ENV doesn't include the key	Success		0.000
rassoc	ENV.rassoc returns an array of the key and value of the environment variable with the given value	Success		0.005
rassoc	ENV.rassoc returns nil if no environment variable with the given value exists	Success		0.004
rassoc	ENV.rassoc returns the value element coerced with #to_str	Success		0.006
reject	ENV.reject! rejects entries based on key	Success		0.005
reject	ENV.reject! rejects entries based on value	Success		0.005
reject	ENV.reject! returns itself or nil	Success		0.009
reject	ENV.reject! returns an Enumerator if called without a block	Success		0.001
reject	ENV.reject! doesn't raise if empty	Success		0.012
reject	ENV.reject! when no block is given returned Enumerator size returns the enumerable size	Success		0.008
reject	ENV.reject rejects entries based on key	Success		0.005
reject	ENV.reject rejects entries based on value	Success		0.005
reject	ENV.reject returns a Hash	Success		0.005
reject	ENV.reject returns an Enumerator if called without a block	Success		0.005
reject	ENV.reject doesn't raise if empty	Success		0.011
reject	ENV.reject when no block is given returned Enumerator size returns the enumerable size	Success		0.009
replace	ENV.replace replaces ENV with a Hash	Success		0.013
select	ENV.select! removes environment variables for which the block returns true	Success		0.005
select	ENV.select! returns self if any changes were made	Success		0.005
select	ENV.select! returns nil if no changes were made	Success		0.004
select	ENV.select! returns an Enumerator if called without a block	Success		0.001
select	ENV.select! when no block is given returned Enumerator size returns the enumerable size	Success		0.008
select	ENV.select returns a Hash of names and values for which block return true	Success		0.005
select	ENV.select returns an Enumerator when no block is given	Success		0.001
select	ENV.select when no block is given returned Enumerator size returns the enumerable size	Success		0.008
shift	ENV.shift returns a pair and deletes it	Success		0.011
shift	ENV.shift returns nil if ENV.empty?	Success		0.011
shift	ENV.shift uses the locale encoding if Encoding.default_internal is nil	Success		0.011
shift	ENV.shift transcodes from the locale encoding to Encoding.default_internal if set	Success		0.011
size	ENV.size returns the number of ENV entries	Success		0.011
store	ENV.store sets the environment variable to the given value	Success		0.001
store	ENV.store returns the value	Success		0.000
store	ENV.store deletes the environment variable when the value is nil	Success		0.000
store	ENV.store coerces the key argument with #to_str	Success		0.002
store	ENV.store coerces the value argument with #to_str	Success		0.001
store	ENV.store raises TypeError when the key is not coercible to String	Success		0.001
store	ENV.store raises TypeError when the value is not coercible to String	Success		0.001
store	ENV.store raises Errno::EINVAL when the key contains the '=' character	Success		0.001
store	ENV.store raises Errno::EINVAL when the key is an empty string	Success		0.001
store	ENV.store does nothing when the key is not a valid environment variable key and the value is nil	Success		0.000
to_a	ENV.to_a returns the ENV as an array	Success		0.005
to_a	ENV.to_a returns the entries in the locale encoding	Success		0.008
to_h	ENV.to_hash returns the ENV as a hash	Success		0.005
to_h	ENV.to_hash uses the locale encoding for keys	Success		0.005
to_h	ENV.to_hash uses the locale encoding for values	Success		0.005
to_h	ENV.to_hash duplicates the ENV when converting to a Hash	Success		0.005
to_hash	ENV.to_hash returns the ENV as a hash	Success		0.005
to_hash	ENV.to_hash uses the locale encoding for keys	Success		0.005
to_hash	ENV.to_hash uses the locale encoding for values	Success		0.005
to_hash	ENV.to_hash duplicates the ENV when converting to a Hash	Success		0.005
to_s	ENV.to_s returns "ENV"	Success		0.000
update	ENV.update adds the parameter hash to ENV	Success		0.001
update	ENV.update yields key, the old value and the new value when replacing entries	Success		0.001
value	ENV.value? returns true if ENV has the value	Success		0.005
value	ENV.value? returns false if ENV doesn't have the value	Success		0.004
values	ENV.values returns an array of the values	Success		0.012
values	ENV.values uses the locale encoding	Success		0.006
values_at	ENV.values_at returns an array of the values referenced by the parameters as keys	Success		0.001
values_at	ENV.values_at uses the locale encoding	Success		0.005
args	NoMethodError#args needs to be reviewed for spec completeness	Success		0.000
arguments	ArgumentError gives its own class name as message if it has no message	Skipped	tagged	0.000
arguments	ArgumentError is a subclass of StandardError	Success		0.001
backtrace	Exception#backtrace contains lines of the same format for each prior position in the stack	Skipped	tagged	0.000
backtrace	Exception#backtrace returns nil if no backtrace was set	Success		0.001
backtrace	Exception#backtrace returns an Array	Success		0.001
backtrace	Exception#backtrace sets each element to a String	Success		0.002
backtrace	Exception#backtrace includes the filename of the location where self raised in the first element	Success		0.001
backtrace	Exception#backtrace includes the line number of the location where self raised in the first element	Success		0.001
backtrace	Exception#backtrace includes the name of the method from where self raised in the first element	Success		0.001
backtrace	Exception#backtrace includes the filename of the location immediately prior to where self raised in the second element	Success		0.001
backtrace	Exception#backtrace includes the line number of the location immediately prior to where self raised in the second element	Success		0.001
case_compare	SystemCallError.=== needs to be reviewed for spec completeness	Success		0.000
destination_encoding	Encoding::UndefinedConversionError#destination_encoding needs to be reviewed for spec completeness	Success		0.000
destination_encoding	Encoding::InvalidByteSequenceError#destination_encoding needs to be reviewed for spec completeness	Success		0.000
destination_encoding_name	Encoding::UndefinedConversionError#destination_encoding_name needs to be reviewed for spec completeness	Success		0.000
destination_encoding_name	Encoding::InvalidByteSequenceError#destination_encoding_name needs to be reviewed for spec completeness	Success		0.000
equal_value	Exception#== returns true if one exception is the dup'd copy of the other	Skipped	tagged	0.000
equal_value	Exception#== returns true if both exceptions are the same object	Success		0.001
equal_value	Exception#== returns true if both exceptions have the same class, no message, and no backtrace	Success		0.000
equal_value	Exception#== returns true if both exceptions have the same class, the same message, and no backtrace	Success		0.000
equal_value	Exception#== returns true if both exceptions have the same class, the same message, and the same backtrace	Success		0.001
equal_value	Exception#== returns false if the two exceptions inherit from Exception but have different classes	Success		0.001
equal_value	Exception#== returns true if the two objects subclass Exception and have the same message and backtrace	Success		0.001
equal_value	Exception#== returns false if the argument is not an Exception	Success		0.001
equal_value	Exception#== returns false if the two exceptions differ only in their backtrace	Success		0.001
equal_value	Exception#== returns false if the two exceptions differ only in their message	Success		0.001
errno	SystemCallError#errno needs to be reviewed for spec completeness	Success		0.000
errno	Errno::EINVAL.new can be called with no arguments	Skipped	tagged	0.000
errno	Errno::EINVAL.new accepts an optional custom message	Skipped	tagged	0.000
errno	Errno::EINVAL.new accepts an optional custom message and location	Skipped	tagged	0.000
errno	Errno::EMFILE can be subclassed	Success		0.001
errno	Errno::EAGAIN is the same class as Errno::EWOULDBLOCK if they represent the same errno value	Skipped	tagged	0.000
error_bytes	Encoding::InvalidByteSequenceError#error_bytes needs to be reviewed for spec completeness	Success		0.000
error_char	Encoding::UndefinedConversionError#error_char needs to be reviewed for spec completeness	Success		0.000
exception	Exception.exception returns 'Exception' for message when no message given	Skipped	tagged	0.000
exception	Exception.exception creates a new instance of Exception	Success		0.000
exception	Exception.exception sets the message of the Exception when passes a message	Success		0.000
exception	Exception.exception returns the exception when it has a custom constructor	Success		0.000
exception	Exception is a Class	Success		0.000
exception	Exception is a superclass of NoMemoryError	Success		0.000
exception	Exception is a superclass of ScriptError	Success		0.000
exception	Exception is a superclass of SignalException	Success		0.000
exception	Exception is a superclass of Interrupt	Success		0.000
exception	Exception is a superclass of StandardError	Success		0.000
exception	Exception is a superclass of SystemExit	Success		0.000
exception	Exception is a superclass of SystemStackError	Success		0.000
exception	Exception is a superclass of SecurityError	Success		0.000
exception	Exception is a superclass of EncodingError	Success		0.000
exception	Exception#exception returns self when passed no argument	Success		0.001
exception	Exception#exception returns self when passed self as an argument	Success		0.000
exception	Exception#exception returns an exception of the same class as self with the message given as argument	Success		0.001
exception	Exception#exception returns an exception of the same class as self with the message given as argument, but without reinitializing	Success		0.001
exit_value	LocalJumpError#exit_value needs to be reviewed for spec completeness	Success		0.000
incomplete_input	Encoding::InvalidByteSequenceError#incomplete_input? needs to be reviewed for spec completeness	Success		0.000
inspect	Exception#inspect returns '#<Exception: Exception>' when no message given	Success		0.001
inspect	Exception#inspect includes #to_s when the result is non-empty	Success		0.000
inspect	Exception#inspect returns the class name when #to_s returns an empty string	Success		0.000
inspect	Exception#inspect returns the derived class name with a subclassed Exception	Success		0.000
io_error	IOError is a superclass of EOFError	Success		0.000
load_error	LoadError#path is nil when constructed directly	Success		0.000
load_error	LoadError raised by load or require provides the failing path in its #path attribute	Success		0.001
message	Exception#message returns the class name if there is no message	Skipped	tagged	0.000
message	Exception#message calls #to_s on self	Skipped	tagged	0.000
message	Exception#message returns the message passed to #initialize	Success		0.001
message	Exception#message when #backtrace is redefined returns the Exception message	Skipped	tagged	0.000
name	NameError#name returns the first argument passed to the method when a NameError is raised from #instance_variable_get	Skipped	tagged	0.000
name	NameError#name returns the first argument passed to the method when a NameError is raised from #class_variable_get	Skipped	tagged	0.000
name	NameError#name returns a method name as a symbol	Success		0.001
name	NameError#name returns a constant name as a symbol	Success		0.001
name	NameError#name returns a constant name without namespace as a symbol	Success		0.001
name	NameError#name returns a class variable name as a symbol	Success		0.001
name_error	NameError is a superclass of NoMethodError	Success		0.000
name_error	NameError.new NameError.new should take optional name argument	Success		0.001
new	Exception.new returns 'Exception' for message when no message given	Skipped	tagged	0.000
new	Exception.new creates a new instance of Exception	Success		0.000
new	Exception.new sets the message of the Exception when passes a message	Success		0.000
new	Exception.new returns the exception when it has a custom constructor	Success		0.000
no_method_error	NoMethodError.new allows passing method args	Success		0.001
no_method_error	NoMethodError.new does not require a name	Success		0.000
no_method_error	NoMethodError#args returns an empty array if the caller method had no arguments	Skipped	tagged	0.000
no_method_error	NoMethodError#args returns an array with the same elements as passed to the method	Skipped	tagged	0.000
no_method_error	NoMethodError#message for an undefined method match /undefined method/	Success		0.001
no_method_error	NoMethodError#message for an protected method match /protected method/	Success		0.001
no_method_error	NoMethodError#message for private method match /private method/	Success		0.001
range_error	RangeError is a superclass of FloatDomainError	Success		0.000
readagain_bytes	Encoding::InvalidByteSequenceError#readagain_bytes needs to be reviewed for spec completeness	Success		0.000
reason	LocalJumpError#reason needs to be reviewed for spec completeness	Success		0.000
receiver	NameError#receiver returns the object that raised the exception	Skipped	tagged	0.000
receiver	NameError#receiver returns the Object class when an undefined constant is called without namespace	Skipped	tagged	0.000
receiver	NameError#receiver returns a class when an undefined constant is called	Skipped	tagged	0.000
receiver	NameError#receiver returns the Object class when an undefined class variable is called	Skipped	tagged	0.000
receiver	NameError#receiver returns a class when an undefined class variable is called in a subclass' namespace	Skipped	tagged	0.000
receiver	NameError#receiver returns the receiver when raised from #instance_variable_get	Skipped	tagged	0.000
receiver	NameError#receiver returns the receiver when raised from #class_variable_get	Skipped	tagged	0.000
receiver	NameError#receiver raises an ArgumentError when the receiver is none	Skipped	tagged	0.000
result	StopIteration is a subclass of IndexError	Success		0.001
result	StopIteration#result returns the method-returned-object from an Enumerator	Success		0.002
script_error	ScriptError is a superclass of LoadError	Success		0.000
script_error	ScriptError is a superclass of NotImplementedError	Success		0.000
script_error	ScriptError is a superclass of SyntaxError	Success		0.000
set_backtrace	Exception#set_backtrace accepts an Array of Strings	Success		0.001
set_backtrace	Exception#set_backtrace allows the user to set the backtrace from a rescued exception	Success		0.001
set_backtrace	Exception#set_backtrace accepts an empty Array	Success		0.000
set_backtrace	Exception#set_backtrace accepts a String	Success		0.001
set_backtrace	Exception#set_backtrace accepts nil	Success		0.000
set_backtrace	Exception#set_backtrace raises a TypeError when passed a Symbol	Success		0.001
set_backtrace	Exception#set_backtrace raises a TypeError when the Array contains a Symbol	Success		0.001
set_backtrace	Exception#set_backtrace raises a TypeError when the array contains nil	Success		0.001
set_backtrace	Exception#set_backtrace raises a TypeError when the argument is a nested array	Success		0.001
signal_exception	SignalException.new takes a signal number as the first argument	Success		0.001
signal_exception	SignalException.new raises an exception with an invalid signal number	Success		0.001
signal_exception	SignalException.new takes a signal name without SIG prefix as the first argument	Success		0.001
signal_exception	SignalException.new takes a signal name with SIG prefix as the first argument	Success		0.001
signal_exception	SignalException.new raises an exception with an invalid signal name	Success		0.001
signal_exception	SignalException.new takes a signal symbol without SIG prefix as the first argument	Success		0.001
signal_exception	SignalException.new takes a signal symbol with SIG prefix as the first argument	Success		0.001
signal_exception	SignalException.new raises an exception with an invalid signal name	Success		0.001
signal_exception	SignalException.new takes an optional message argument with a signal number	Success		0.001
signal_exception	SignalException.new raises an exception for an optional argument with a signal name	Success		0.001
signal_exception	rescueing SignalException raises a SignalException when sent a signal	Skipped	tagged	0.000
signm	SignalException#signm needs to be reviewed for spec completeness	Success		0.000
signo	SignalException#signo needs to be reviewed for spec completeness	Success		0.000
source_encoding	Encoding::UndefinedConversionError#source_encoding needs to be reviewed for spec completeness	Success		0.000
source_encoding	Encoding::InvalidByteSequenceError#source_encoding needs to be reviewed for spec completeness	Success		0.000
source_encoding_name	Encoding::UndefinedConversionError#source_encoding_name needs to be reviewed for spec completeness	Success		0.000
source_encoding_name	Encoding::InvalidByteSequenceError#source_encoding_name needs to be reviewed for spec completeness	Success		0.000
standard_error	StandardError is a superclass of ArgumentError	Success		0.001
standard_error	StandardError is a superclass of IOError	Success		0.000
standard_error	StandardError is a superclass of IndexError	Success		0.000
standard_error	StandardError is a superclass of LocalJumpError	Success		0.000
standard_error	StandardError is a superclass of NameError	Success		0.000
standard_error	StandardError is a superclass of RangeError	Success		0.000
standard_error	StandardError is a superclass of RegexpError	Success		0.000
standard_error	StandardError is a superclass of RuntimeError	Success		0.000
standard_error	StandardError is a superclass of SystemCallError	Success		0.001
standard_error	StandardError is a superclass of ThreadError	Success		0.000
standard_error	StandardError is a superclass of TypeError	Success		0.000
standard_error	StandardError is a superclass of ZeroDivisionError	Success		0.000
status	SystemExit#status needs to be reviewed for spec completeness	Success		0.000
success	SystemExit#success? needs to be reviewed for spec completeness	Success		0.000
system_call_error	SystemCallError can be subclassed	Success		0.001
system_call_error	SystemCallError.new requires at least one argument	Skipped	tagged	0.000
system_call_error	SystemCallError.new accepts single Fixnum argument as errno	Skipped	tagged	0.000
system_call_error	SystemCallError.new constructs the appropriate Errno class	Skipped	tagged	0.000
system_call_error	SystemCallError.new accepts an optional custom message preceding the errno	Skipped	tagged	0.000
system_call_error	SystemCallError.new accepts an optional third argument specifying the location	Skipped	tagged	0.000
system_call_error	SystemCallError.new returns an arity of -1 for the initialize method	Skipped	tagged	0.000
system_call_error	SystemCallError#errno returns nil when no errno given	Skipped	tagged	0.000
system_call_error	SystemCallError#errno returns the errno given as optional argument to new	Skipped	tagged	0.000
system_call_error	SystemCallError#message returns the default message when no message is given	Skipped	tagged	0.000
system_call_error	SystemCallError#message returns the message given as an argument to new	Skipped	tagged	0.000
system_stack_error	SystemStackError is a subclass of Exception	Success		0.001
to_s	Exception#to_s calls #to_s on the message	Skipped	tagged	0.000
to_s	Exception#to_s returns the self's name if no message is set	Success		0.001
to_s	Exception#to_s returns self's message if set	Success		0.000
to_s	NameError#to_s needs to be reviewed for spec completeness	Success		0.000
and	FalseClass#& returns false	Success		0.001
inspect	FalseClass#inspect returns the string 'false'	Success		0.000
or	FalseClass#\| returns false if other is nil or false, otherwise true	Success		0.001
to_s	FalseClass#to_s returns the string 'false'	Success		0.000
xor	FalseClass#^ returns false if other is nil or false, otherwise true	Success		0.001
new	Fiber.new creates a fiber from the given block	Success		0.001
new	Fiber.new creates a fiber from a subclass	Success		0.007
new	Fiber.new raises an ArgumentError if called without a block	Success		0.001
new	Fiber.new does not invoke the block	Success		0.001
new	Fiber.new closes over lexical environments	Success		0.001
resume	Fiber#resume can be invoked from the root Fiber	Success		0.002
resume	Fiber#resume passes control to the beginning of the block on first invocation	Success		0.001
resume	Fiber#resume returns the last value encountered on first invocation	Success		0.001
resume	Fiber#resume runs until the end of the block	Success		0.002
resume	Fiber#resume runs until Fiber.yield	Success		0.001
resume	Fiber#resume resumes from the last call to Fiber.yield on subsequent invocations	Success		0.002
resume	Fiber#resume accepts any number of arguments	Success		0.003
resume	Fiber#resume sets the block parameters to its arguments on the first invocation	Success		0.002
resume	Fiber#resume raises a FiberError if the Fiber is dead	Success		0.001
resume	Fiber#resume raises a LocalJumpError if the block includes a return statement	Success		0.002
resume	Fiber#resume raises a LocalJumpError if the block includes a break statement	Success		0.001
resume	Fiber#resume returns control to the calling Fiber if called from one	Success		0.010
yield	Fiber.yield passes control to the Fiber's caller	Success		0.001
yield	Fiber.yield returns its arguments to the caller	Success		0.001
yield	Fiber.yield returns nil to the caller if given no arguments	Success		0.001
yield	Fiber.yield returns to the Fiber the value of the #resume call that invoked it	Success		0.001
yield	Fiber.yield raises a FiberError if called from the root Fiber	Success		0.001
absolute_path	File.absolute_path returns the argument if it's an absolute pathname	Success		0.001
absolute_path	File.absolute_path resolves paths relative to the current working directory	Success		0.001
absolute_path	File.absolute_path does not expand '~' to a home directory.	Success		0.001
absolute_path	File.absolute_path does not expand '~user' to a home directory.	Success		0.001
absolute_path	File.absolute_path accepts a second argument of a directory from which to resolve the path	Success		0.001
absolute_path	File.absolute_path calls #to_path on its argument	Success		0.002
atime	File.atime returns the last access time for the named file as a Time object	Success		0.005
atime	File.atime raises an Errno::ENOENT exception if the file is not found	Success		0.003
atime	File.atime accepts an object that has a #to_path method	Success		0.003
atime	File#atime returns the last access time to self	Success		0.001
basename	File.basename returns the basename of a path (basic cases)	Success		0.003
basename	File.basename returns the last component of the filename	Success		0.001
basename	File.basename returns an string	Success		0.000
basename	File.basename returns the basename for unix format	Success		0.001
basename	File.basename returns the basename for edge cases	Success		0.001
basename	File.basename ignores a trailing directory separator	Success		0.001
basename	File.basename returns the basename for unix suffix	Success		0.001
basename	File.basename raises a TypeError if the arguments are not String types	Success		0.002
basename	File.basename accepts an object that has a #to_path method	Success		0.001
basename	File.basename raises an ArgumentError if passed more than two arguments	Success		0.001
basename	File.basename returns the extension for a multibyte filename	Success		0.000
basename	File.basename returns the basename with the same encoding as the original	Success		0.001
birthtime	File.birthtime raises an NotImplementedError	Skipped	tagged	0.000
birthtime	File#birthtime raises an NotImplementedError	Skipped	tagged	0.000
blockdev	File.blockdev? returns true/false depending if the named file is a block device	Success		0.001
blockdev	File.blockdev? accepts an object that has a #to_path method	Success		0.001
chardev	File.chardev? returns true/false depending if the named file is a char device	Success		0.001
chardev	File.chardev? accepts an object that has a #to_path method	Success		0.001
chmod	File#chmod returns 0 if successful	Success		0.002
chmod	File#chmod always succeeds with any numeric values	Success		0.002
chmod	File#chmod invokes to_int on non-integer argument	Success		0.002
chmod	File#chmod with '0222' makes file writable but not readable or executable	Success		0.002
chmod	File#chmod with '0444' makes file readable but not writable or executable	Success		0.001
chmod	File#chmod with '0666' makes file readable and writable but not executable	Success		0.001
chmod	File#chmod with '0111' makes file executable but not readable or writable	Success		0.001
chmod	File#chmod modifies the permission bits of the files specified	Success		0.001
chmod	File.chmod returns the number of files modified	Success		0.003
chmod	File.chmod always succeeds with any numeric values	Success		0.004
chmod	File.chmod accepts an object that has a #to_path method	Success		0.003
chmod	File.chmod throws a TypeError if the given path is not coercable into a string	Success		0.003
chmod	File.chmod raises an error for a non existent path	Success		0.003
chmod	File.chmod invokes to_int on non-integer argument	Success		0.003
chmod	File.chmod invokes to_str on non-string file names	Success		0.003
chmod	File.chmod with '0222' makes file writable but not readable or executable	Success		0.003
chmod	File.chmod with '0444' makes file readable but not writable or executable	Success		0.003
chmod	File.chmod with '0666' makes file readable and writable but not executable	Success		0.003
chmod	File.chmod with '0111' makes file executable but not readable or writable	Success		0.003
chmod	File.chmod modifies the permission bits of the files specified	Success		0.002
chown	File.chown returns the number of files processed	Success		0.004
chown	File.chown raises an error for a non existent path	Success		0.003
chown	File.chown accepts an object that has a #to_path method	Success		0.003
chown	File#chown returns 0	Success		0.002
chown	File.chown needs to be reviewed for spec completeness	Success		0.000
chown	File#chown needs to be reviewed for spec completeness	Success		0.000
constants	File::Constants matches mode constants	Success		0.001
constants	File::Constants the separator constant	Success		0.001
constants	File::Constants the open mode constants	Success		0.001
constants	File::Constants lock mode constants	Success		0.001
constants	File::Constants File::RDONLY	Success		0.001
constants	File::Constants File::WRONLY	Success		0.000
constants	File::Constants File::CREAT	Success		0.000
constants	File::Constants File::RDWR	Success		0.000
constants	File::Constants File::APPEND	Success		0.000
constants	File::Constants File::TRUNC	Success		0.000
constants	File::Constants File::NOCTTY	Success		0.000
constants	File::Constants File::NONBLOCK	Success		0.000
constants	File::Constants File::LOCK_EX	Success		0.000
constants	File::Constants File::LOCK_NB	Success		0.000
constants	File::Constants File::LOCK_SH	Success		0.000
constants	File::Constants File::LOCK_UN	Success		0.000
constants	File::Constants File::SEPARATOR	Success		0.000
constants	File::Constants File::Separator	Success		0.000
constants	File::Constants File::PATH_SEPARATOR	Success		0.000
constants	File::Constants File::SEPARATOR	Success		0.000
constants	File::Constants File::PATH_SEPARATOR	Success		0.000
ctime	File.ctime Returns the change time for the named file (the time at which directory information about the file was changed, not the file itself).	Success		0.001
ctime	File.ctime accepts an object that has a #to_path method	Success		0.001
ctime	File.ctime raises an Errno::ENOENT exception if the file is not found	Success		0.001
ctime	File#ctime Returns the change time for the named file (the time at which directory information about the file was changed, not the file itself).	Success		0.001
delete	File.delete returns 0 when called without arguments	Success		0.004
delete	File.delete deletes a single file	Success		0.004
delete	File.delete deletes multiple files	Success		0.004
delete	File.delete raises a TypeError if not passed a String type	Success		0.004
delete	File.delete raises an Errno::ENOENT when the given file doesn't exist	Success		0.004
delete	File.delete coerces a given parameter into a string if possible	Success		0.009
delete	File.delete accepts an object that has a #to_path method	Success		0.006
directory	File.directory? returns true if the argument is a directory	Success		0.005
directory	File.directory? returns false if the argument is not a directory	Success		0.004
directory	File.directory? accepts an object that has a #to_path method	Success		0.005
directory	File.directory? raises a TypeError when passed an Integer	Success		0.005
directory	File.directory? raises a TypeError when passed nil	Success		0.005
directory	File.directory? returns false if the argument is an IO that's not a directory	Success		0.005
directory	File.directory? returns true if the argument is an IO that is a directory	Success		0.005
directory	File.directory? calls #to_io to convert a non-IO object	Success		0.005
dirname	File.dirname returns all the components of filename except the last one	Skipped	tagged	0.000
dirname	File.dirname returns all the components of filename except the last one (edge cases on all platforms)	Skipped	tagged	0.000
dirname	File.dirname returns all the components of filename except the last one (edge cases on non-windows)	Skipped	tagged	0.000
dirname	File.dirname returns a String	Success		0.001
dirname	File.dirname does not modify its argument	Success		0.000
dirname	File.dirname ignores a trailing /	Success		0.000
dirname	File.dirname returns the return all the components of filename except the last one (unix format)	Success		0.001
dirname	File.dirname accepts an object that has a #to_path method	Success		0.001
dirname	File.dirname raises a TypeError if not passed a String type	Success		0.002
executable	File.executable? returns true if named file is executable by the effective user id of the process, otherwise false	Success		0.008
executable	File.executable? returns true if the argument is an executable file	Success		0.005
executable	File.executable? accepts an object that has a #to_path method	Success		0.005
executable	File.executable? raises an ArgumentError if not passed one argument	Success		0.005
executable	File.executable? raises a TypeError if not passed a String type	Success		0.006
executable	File.executable? returns false if the file does not exist	Success		0.005
executable_real	File.executable_real? returns true if the file its an executable	Success		0.005
executable_real	File.executable_real? accepts an object that has a #to_path method	Success		0.005
executable_real	File.executable_real? returns true if named file is readable by the real user id of the process, otherwise false	Success		0.013
executable_real	File.executable_real? raises an ArgumentError if not passed one argument	Success		0.005
executable_real	File.executable_real? raises a TypeError if not passed a String type	Success		0.006
executable_real	File.executable_real? returns false if the file does not exist	Success		0.004
exist	File.exist? returns true if the file exist	Success		0.001
exist	File.exist? returns true if the file exist using the alias exists?	Success		0.001
exist	File.exist? raises an ArgumentError if not passed one argument	Success		0.001
exist	File.exist? raises a TypeError if not passed a String type	Success		0.001
exist	File.exist? accepts an object that has a #to_path method	Success		0.001
exists	File.exists? returns true if the file exist	Success		0.001
exists	File.exists? returns true if the file exist using the alias exists?	Success		0.000
exists	File.exists? raises an ArgumentError if not passed one argument	Success		0.001
exists	File.exists? raises a TypeError if not passed a String type	Success		0.001
exists	File.exists? accepts an object that has a #to_path method	Success		0.001
expand_path	File.expand_path does not replace multiple '/' at the beginning of the path	Skipped	tagged	0.000
expand_path	File.expand_path converts a pathname to an absolute pathname	Success		0.003
expand_path	File.expand_path converts a pathname to an absolute pathname, Ruby-Talk:1?512	Success		0.002
expand_path	File.expand_path keeps trailing dots on absolute pathname	Success		0.002
expand_path	File.expand_path converts a pathname to an absolute pathname, using a complete path	Success		0.002
expand_path	File.expand_path converts a pathname to an absolute pathname, using ~ (home) as base	Success		0.002
expand_path	File.expand_path does not return a frozen string	Success		0.002
expand_path	File.expand_path expand path with	Success		0.003
expand_path	File.expand_path expand_path for commoms unix path give a full path	Success		0.004
expand_path	File.expand_path replaces multiple '/' with a single '/'	Success		0.001
expand_path	File.expand_path raises an ArgumentError if the path is not valid	Success		0.003
expand_path	File.expand_path expands ~ENV['USER'] to the user's home directory	Success		0.002
expand_path	File.expand_path does not expand ~ENV['USER'] when it's not at the start	Success		0.002
expand_path	File.expand_path expands ../foo with ~/dir as base dir to /path/to/user/home/foo	Success		0.002
expand_path	File.expand_path accepts objects that have a #to_path method	Success		0.004
expand_path	File.expand_path raises a TypeError if not passed a String type	Success		0.002
expand_path	File.expand_path expands /./dir to /dir	Success		0.001
expand_path	File.expand_path returns a String in the same encoding as the argument	Success		0.002
expand_path	File.expand_path expands a path when the default external encoding is ASCII-?BIT	Success		0.002
expand_path	File.expand_path expands a path with multi-byte characters	Success		0.002
expand_path	File.expand_path raises an Encoding::CompatibilityError if the external encoding is not compatible	Success		0.002
expand_path	File.expand_path does not modify the string argument	Success		0.002
expand_path	File.expand_path does not modify a HOME string argument	Success		0.002
expand_path	File.expand_path returns a String when passed a String subclass	Success		0.003
expand_path	File.expand_path when HOME is not set raises an ArgumentError when passed '~' if HOME is nil	Success		0.001
expand_path	File.expand_path when HOME is not set raises an ArgumentError when passed '~/' if HOME is nil	Success		0.001
expand_path	File.expand_path when HOME is not set raises an ArgumentError when passed '~' if HOME == ''	Success		0.001
extname	File.extname returns the extension (the portion of file name in path after the period).	Success		0.001
extname	File.extname returns the extension (the portion of file name in path after the period).(edge cases)	Success		0.001
extname	File.extname returns only the last extension of a file with several dots	Success		0.000
extname	File.extname accepts an object that has a #to_path method	Success		0.001
extname	File.extname raises a TypeError if not passed a String type	Success		0.002
extname	File.extname raises an ArgumentError if not passed one argument	Success		0.001
extname	File.extname returns the extension for a multibyte filename	Success		0.000
file	File includes Enumerable	Success		0.001
file	File includes File::Constants	Success		0.000
file	File.file? returns true if the named file exists and is a regular file.	Success		0.004
file	File.file? accepts an object that has a #to_path method	Success		0.004
file	File.file? returns true if the null device exists and is a regular file.	Success		0.003
file	File.file? raises an ArgumentError if not passed one argument	Success		0.004
file	File.file? raises a TypeError if not passed a String type	Success		0.004
flock	File#flock blocks if trying to lock an exclusively locked file	Skipped	tagged	0.000
flock	File#flock returns 0 if trying to lock a non-exclusively locked file	Skipped	tagged	0.000
flock	File#flock fails with EBADF acquiring exclusive lock on read-only File	Skipped	tagged	0.000
flock	File#flock fails with EBADF acquiring shared lock on read-only File	Skipped	tagged	0.000
flock	File#flock exclusively locks a file	Success		0.005
flock	File#flock non-exclusively locks a file	Success		0.003
flock	File#flock returns false if trying to lock an exclusively locked file	Success		4.834
fnmatch	File.fnmatch matches entire strings	Success		0.001
fnmatch	File.fnmatch does not match partial strings	Success		0.000
fnmatch	File.fnmatch does not support { } patterns by default	Success		0.000
fnmatch	File.fnmatch supports some { } patterns when File::FNM_EXTGLOB is passed	Success		0.016
fnmatch	File.fnmatch doesn't support some { } patterns even when File::FNM_EXTGLOB is passed	Success		0.005
fnmatch	File.fnmatch doesn't match an extra } when File::FNM_EXTGLOB is passed	Success		0.001
fnmatch	File.fnmatch matches when both FNM_EXTGLOB and FNM_PATHNAME are passed	Success		0.001
fnmatch	File.fnmatch matches a single character for each ? character	Success		0.001
fnmatch	File.fnmatch matches zero or more characters for each * character	Success		0.000
fnmatch	File.fnmatch matches ranges of characters using bracket expresions (e.g. [a-z])	Success		0.000
fnmatch	File.fnmatch matches ranges of characters using bracket expresions, taking case into account	Success		0.001
fnmatch	File.fnmatch does not match characters outside of the range of the bracket expresion	Success		0.000
fnmatch	File.fnmatch matches ranges of characters using exclusive bracket expresions (e.g. [^t] or [!t])	Success		0.000
fnmatch	File.fnmatch matches characters with a case sensitive comparison	Success		0.000
fnmatch	File.fnmatch matches characters with case insensitive comparison when flags includes FNM_CASEFOLD	Success		0.000
fnmatch	File.fnmatch doesn't match case sensitive characters on platfroms with case sensitive paths, when flags include FNM_SYSCASE	Success		0.000
fnmatch	File.fnmatch does not match '/' characters with ? or * when flags includes FNM_PATHNAME	Success		0.000
fnmatch	File.fnmatch does not match '/' characters inside bracket expressions when flags includes FNM_PATHNAME	Success		0.000
fnmatch	File.fnmatch matches literal ? or * in path when pattern includes \? or \*	Success		0.001
fnmatch	File.fnmatch matches literal character (e.g. 'a') in path when pattern includes escaped character (e.g. \a)	Success		0.000
fnmatch	File.fnmatch matches '\' characters in path when flags includes FNM_NOESACPE	Success		0.001
fnmatch	File.fnmatch escapes special characters inside bracket expression	Success		0.000
fnmatch	File.fnmatch does not match leading periods in filenames with wildcards by default	Success		0.001
fnmatch	File.fnmatch matches patterns with leading periods to dotfiles by default	Success		0.000
fnmatch	File.fnmatch matches leading periods in filenames when flags includes FNM_DOTMATCH	Success		0.000
fnmatch	File.fnmatch matches multiple directories with ** and *	Success		0.001
fnmatch	File.fnmatch matches multiple directories with ** when flags includes File::FNM_PATHNAME	Success		0.001
fnmatch	File.fnmatch returns false if '/' in pattern do not match '/' in path when flags includes FNM_PATHNAME	Success		0.001
fnmatch	File.fnmatch returns true if '/' in pattern match '/' in path when flags includes FNM_PATHNAME	Success		0.001
fnmatch	File.fnmatch accepts an object that has a #to_path method	Success		0.002
fnmatch	File.fnmatch raises a TypeError if the first and second arguments are not string-like	Success		0.002
fnmatch	File.fnmatch raises a TypeError if the third argument is not an Integer	Success		0.001
fnmatch	File.fnmatch does not raise a TypeError if the third argument can be coerced to an Integer	Success		0.001
fnmatch	File.fnmatch matches multibyte characters	Success		0.000
fnmatch	File.fnmatch? matches entire strings	Success		0.000
fnmatch	File.fnmatch? does not match partial strings	Success		0.000
fnmatch	File.fnmatch? does not support { } patterns by default	Success		0.000
fnmatch	File.fnmatch? supports some { } patterns when File::FNM_EXTGLOB is passed	Success		0.014
fnmatch	File.fnmatch? doesn't support some { } patterns even when File::FNM_EXTGLOB is passed	Success		0.005
fnmatch	File.fnmatch? doesn't match an extra } when File::FNM_EXTGLOB is passed	Success		0.001
fnmatch	File.fnmatch? matches when both FNM_EXTGLOB and FNM_PATHNAME are passed	Success		0.000
fnmatch	File.fnmatch? matches a single character for each ? character	Success		0.000
fnmatch	File.fnmatch? matches zero or more characters for each * character	Success		0.000
fnmatch	File.fnmatch? matches ranges of characters using bracket expresions (e.g. [a-z])	Success		0.000
fnmatch	File.fnmatch? matches ranges of characters using bracket expresions, taking case into account	Success		0.001
fnmatch	File.fnmatch? does not match characters outside of the range of the bracket expresion	Success		0.000
fnmatch	File.fnmatch? matches ranges of characters using exclusive bracket expresions (e.g. [^t] or [!t])	Success		0.000
fnmatch	File.fnmatch? matches characters with a case sensitive comparison	Success		0.000
fnmatch	File.fnmatch? matches characters with case insensitive comparison when flags includes FNM_CASEFOLD	Success		0.000
fnmatch	File.fnmatch? doesn't match case sensitive characters on platfroms with case sensitive paths, when flags include FNM_SYSCASE	Success		0.000
fnmatch	File.fnmatch? does not match '/' characters with ? or * when flags includes FNM_PATHNAME	Success		0.000
fnmatch	File.fnmatch? does not match '/' characters inside bracket expressions when flags includes FNM_PATHNAME	Success		0.000
fnmatch	File.fnmatch? matches literal ? or * in path when pattern includes \? or \*	Success		0.001
fnmatch	File.fnmatch? matches literal character (e.g. 'a') in path when pattern includes escaped character (e.g. \a)	Success		0.000
fnmatch	File.fnmatch? matches '\' characters in path when flags includes FNM_NOESACPE	Success		0.000
fnmatch	File.fnmatch? escapes special characters inside bracket expression	Success		0.000
fnmatch	File.fnmatch? does not match leading periods in filenames with wildcards by default	Success		0.001
fnmatch	File.fnmatch? matches patterns with leading periods to dotfiles by default	Success		0.000
fnmatch	File.fnmatch? matches leading periods in filenames when flags includes FNM_DOTMATCH	Success		0.000
fnmatch	File.fnmatch? matches multiple directories with ** and *	Success		0.001
fnmatch	File.fnmatch? matches multiple directories with ** when flags includes File::FNM_PATHNAME	Success		0.001
fnmatch	File.fnmatch? returns false if '/' in pattern do not match '/' in path when flags includes FNM_PATHNAME	Success		0.000
fnmatch	File.fnmatch? returns true if '/' in pattern match '/' in path when flags includes FNM_PATHNAME	Success		0.001
fnmatch	File.fnmatch? accepts an object that has a #to_path method	Success		0.001
fnmatch	File.fnmatch? raises a TypeError if the first and second arguments are not string-like	Success		0.001
fnmatch	File.fnmatch? raises a TypeError if the third argument is not an Integer	Success		0.001
fnmatch	File.fnmatch? does not raise a TypeError if the third argument can be coerced to an Integer	Success		0.001
fnmatch	File.fnmatch? matches multibyte characters	Success		0.000
ftype	File.ftype returns fifo when the file is a fifo	Skipped	tagged	0.000
ftype	File.ftype returns 'socket' when the file is a socket	Skipped	tagged	0.000
ftype	File.ftype raises ArgumentError if not given exactly one filename	Success		0.001
ftype	File.ftype raises Errno::ENOENT if the file is not valid	Success		0.001
ftype	File.ftype returns a String	Success		0.001
ftype	File.ftype returns 'file' when the file is a file	Success		0.001
ftype	File.ftype returns 'directory' when the file is a dir	Success		0.000
ftype	File.ftype returns 'blockSpecial' when the file is a block	Success		0.000
ftype	File.ftype returns 'characterSpecial' when the file is a char	Success		0.000
ftype	File.ftype returns 'link' when the file is a link	Success		0.001
grpowned	File.grpowned? returns true if the file exist	Skipped	tagged	0.000
grpowned	File.grpowned? accepts an object that has a #to_path method	Skipped	tagged	0.000
grpowned	File.grpowned? takes non primary groups into account	Skipped	tagged	0.000
grpowned	File.grpowned? returns false if file the does not exist	Success		0.003
identical	File.identical? returns true for a file and its link	Success		0.007
identical	File.identical? returns false if any of the files doesn't exist	Success		0.006
identical	File.identical? accepts an object that has a #to_path method	Success		0.007
identical	File.identical? raises an ArgumentError if not passed two arguments	Success		0.006
identical	File.identical? raises a TypeError if not passed String types	Success		0.006
identical	File.identical? returns true if both named files are identical	Success		0.006
initialize	File#initialize needs to be reviewed for spec completeness	Success		0.000
initialize	File#initialize accepts encoding options in mode parameter	Success		0.001
initialize	File#initialize accepts encoding options as a hash parameter	Success		0.001
inspect	File#inspect returns a String	Success		0.001
join	File.join changes only boundaries separators	Success		0.001
join	File.join respects the given separator if only one part has a boundary separator	Success		0.001
join	File.join joins parts using File::SEPARATOR if there are no boundary separators	Success		0.000
join	File.join prefers the separator of the right part if both parts have separators	Success		0.001
join	File.join does not treat \ as a separator on non-Windows	Success		0.001
join	File.join returns an empty string when given no arguments	Success		0.000
join	File.join returns a duplicate string when given a single argument	Success		0.000
join	File.join supports any number of arguments	Success		0.000
join	File.join flattens nested arrays	Success		0.001
join	File.join inserts the separator in between empty strings and arrays	Success		0.002
join	File.join handles leading parts edge cases	Success		0.001
join	File.join handles trailing parts edge cases	Success		0.001
join	File.join handles middle parts edge cases	Success		0.001
join	File.join raises an ArgumentError if passed a recursive array	Success		0.001
join	File.join raises a TypeError exception when args are nil	Success		0.001
join	File.join calls #to_str	Success		0.003
join	File.join doesn't mutate the object when calling #to_str	Success		0.001
join	File.join calls #to_path	Success		0.002
lchmod	File.lchmod returns false from #respond_to?	Skipped	tagged	0.000
lchmod	File.lchmod raises a NotImplementedError when called	Skipped	tagged	0.000
lchown	File.lchown needs to be reviewed for spec completeness	Success		0.000
link	File.link link a file with another	Skipped	tagged	0.000
link	File.link raises an Errno::EEXIST if the target already exists	Success		0.004
link	File.link raises an ArgumentError if not passed two arguments	Success		0.004
link	File.link raises a TypeError if not passed String types	Success		0.004
lstat	File.lstat returns a File::Stat object if the given file exists	Success		0.003
lstat	File.lstat returns a File::Stat object when called on an instance of File	Success		0.003
lstat	File.lstat accepts an object that has a #to_path method	Success		0.004
lstat	File.lstat raises an Errno::ENOENT if the file does not exist	Success		0.003
lstat	File.lstat returns a File::Stat object with symlink properties for a symlink	Success		0.003
lstat	File#lstat needs to be reviewed for spec completeness	Success		0.000
mkfifo	File.mkfifo creates a FIFO file at the passed path	Skipped	tagged	0.000
mkfifo	File.mkfifo creates a FIFO file with passed mode & ~umask	Skipped	tagged	0.000
mkfifo	File.mkfifo creates a FIFO file with a default mode of 0666 & ~umask	Skipped	tagged	0.000
mkfifo	File.mkfifo returns 0 after creating the FIFO file	Skipped	tagged	0.000
mkfifo	File.mkfifo when path passed responds to :to_path creates a FIFO file at the path specified	Skipped	tagged	0.000
mkfifo	File.mkfifo when path passed is not a String value raises a TypeError	Skipped	tagged	0.000
mkfifo	File.mkfifo when path does not exist raises an Errno::ENOENT exception	Skipped	tagged	0.000
mtime	File.mtime returns the modification Time of the file	Success		0.004
mtime	File.mtime raises an Errno::ENOENT exception if the file is not found	Success		0.003
mtime	File#mtime returns the modification Time of the file	Success		0.001
new	File.new returns a new File with mode string	Success		0.003
new	File.new returns a new File with mode num	Success		0.003
new	File.new returns a new File with modus num and permissions	Success		0.004
new	File.new creates the file and returns writable descriptor when called with 'w' mode and r-o permissions	Success		0.004
new	File.new opens the existing file, does not change permissions even when they are specified	Success		0.003
new	File.new returns a new File with modus fd	Success		0.003
new	File.new creates a new file when use File::EXCL mode	Success		0.003
new	File.new raises an Errorno::EEXIST if the file exists when create a new file with File::CREAT\|File::EXCL	Success		0.003
new	File.new creates a new file when use File::WRONLY\|File::APPEND mode	Success		0.003
new	File.new returns a new File when use File::APPEND mode	Success		0.003
new	File.new returns a new File when use File::RDONLY\|File::APPEND mode	Success		0.003
new	File.new returns a new File when use File::RDONLY\|File::WRONLY mode	Success		0.003
new	File.new creates a new file when use File::WRONLY\|File::TRUNC mode	Success		0.003
new	File.new coerces filename using to_str	Success		0.004
new	File.new coerces filename using #to_path	Success		0.004
new	File.new raises a TypeError if the first parameter can't be coerced to a string	Success		0.003
new	File.new raises a TypeError if the first parameter is nil	Success		0.003
new	File.new raises an Errno::EBADF if the first parameter is an invalid file descriptor	Success		0.003
new	File.new can't alter mode or permissions when opening a file	Success		0.003
new	File.new opens directories	Success		0.003
null	File::NULL returns /dev/null as a string	Success		0.000
open	File.open opens a file with a file descriptor d and a block	Skipped	tagged	0.000
open	File.open opens a file for binary read-write starting at the beginning of the file	Skipped	tagged	0.000
open	File.open raises a SystemCallError if passed an invalid Integer type	Skipped	tagged	0.000
open	File.open opens the file (basic case)	Success		0.004
open	File.open opens the file with unicode characters	Success		0.003
open	File.open opens a file when called with a block	Success		0.004
open	File.open opens with mode string	Success		0.004
open	File.open opens a file with mode string and block	Success		0.004
open	File.open opens a file with mode num	Success		0.003
open	File.open opens a file with mode num and block	Success		0.004
open	File.open opens a file with mode and permission as nil	Success		0.003
open	File.open opens the file when passed mode, num and permissions	Success		0.004
open	File.open opens the file when passed mode, num, permissions and block	Success		0.004
open	File.open creates the file and returns writable descriptor when called with 'w' mode and r-o permissions	Success		0.005
open	File.open opens the existing file, does not change permissions even when they are specified	Success		0.004
open	File.open creates a new write-only file when invoked with 'w' and '0222'	Success		0.004
open	File.open opens the file when call with fd	Success		0.004
open	File.open opens a file that no exists when use File::WRONLY mode	Success		0.003
open	File.open opens a file that no exists when use File::RDONLY mode	Success		0.003
open	File.open opens a file that no exists when use 'r' mode	Success		0.003
open	File.open opens a file that no exists when use File::EXCL mode	Success		0.003
open	File.open opens a file that no exists when use File::NONBLOCK mode	Success		0.003
open	File.open opens a file that no exists when use File::TRUNC mode	Success		0.003
open	File.open opens a file that no exists when use File::NOCTTY mode	Success		0.003
open	File.open opens a file that no exists when use File::CREAT mode	Success		0.003
open	File.open opens a file that no exists when use 'a' mode	Success		0.003
open	File.open opens a file that no exists when use 'w' mode	Success		0.003
open	File.open raises an ArgumentError exception when call with an unknown mode	Success		0.003
open	File.open can read in a block when call open with RDONLY mode	Success		0.003
open	File.open can read in a block when call open with 'r' mode	Success		0.004
open	File.open raises an IO exception when write in a block opened with RDONLY mode	Success		0.004
open	File.open raises an IO exception when write in a block opened with 'r' mode	Success		0.004
open	File.open can't write in a block when call open with File::WRONLY\|\|File::RDONLY mode	Success		0.003
open	File.open can't read in a block when call open with File::WRONLY\|\|File::RDONLY mode	Success		0.004
open	File.open can write in a block when call open with WRONLY mode	Success		0.003
open	File.open can write in a block when call open with 'w' mode	Success		0.003
open	File.open raises an IOError when read in a block opened with WRONLY mode	Success		0.003
open	File.open raises an IOError when read in a block opened with 'w' mode	Success		0.004
open	File.open raises an IOError when read in a block opened with 'a' mode	Success		0.004
open	File.open raises an IOError when read in a block opened with 'a' mode	Success		0.004
open	File.open raises an IOError when read in a block opened with 'a' mode	Success		0.003
open	File.open raises an IOError when read in a block opened with File::WRONLY\|File::APPEND mode	Success		0.004
open	File.open raises an IOError when read in a block opened with File::RDONLY\|File::APPEND mode	Success		0.003
open	File.open can read and write in a block when call open with RDWR mode	Success		0.004
open	File.open can't read in a block when call open with File::EXCL mode	Success		0.004
open	File.open can read in a block when call open with File::EXCL mode	Success		0.003
open	File.open can read and write in a block when call open with File::RDWR\|File::EXCL mode	Success		0.004
open	File.open raises an Errorno::EEXIST if the file exists when open with File::CREAT\|File::EXCL	Success		0.003
open	File.open creates a new file when use File::WRONLY\|File::APPEND mode	Success		0.003
open	File.open opens a file when use File::WRONLY\|File::APPEND mode	Success		0.004
open	File.open raises an IOError if the file exists when open with File::RDONLY\|File::APPEND	Success		0.003
open	File.open truncates the file when passed File::TRUNC mode	Success		0.004
open	File.open can't read in a block when call open with File::TRUNC mode	Success		0.003
open	File.open opens a file when use File::WRONLY\|File::TRUNC mode	Success		0.004
open	File.open can't write in a block when call open with File::TRUNC mode	Success		0.004
open	File.open raises an Errorno::EEXIST if the file exists when open with File::RDONLY\|File::TRUNC	Success		0.003
open	File.open raises an Errno::EACCES when opening non-permitted file	Success		0.004
open	File.open raises an Errno::EACCES when opening read-only file	Success		0.004
open	File.open opens a file for binary read	Success		0.003
open	File.open opens a file for binary write	Success		0.004
open	File.open opens a file for read-write and truncate the file	Success		0.004
open	File.open opens a file for binary read-write and truncate the file	Success		0.004
open	File.open raises a TypeError if passed a filename that is not a String or Integer type	Success		0.004
open	File.open raises an ArgumentError if passed the wrong number of arguments	Success		0.003
open	File.open raises an ArgumentError if passed an invalid string for mode	Success		0.004
open	File.open defaults external_encoding to ASCII-?BIT for binary modes	Success		0.004
open	File.open uses the second argument as an options Hash	Success		0.003
open	File.open calls #to_hash to convert the second argument to a Hash	Success		0.004
open	File.open with a block does not raise error when file is closed inside the block	Skipped	tagged	0.000
open	File.open with a block propagates StandardErrors produced by close	Skipped	tagged	0.000
open	File.open with a block invokes close on an opened file when exiting the block	Success		0.004
open	File.open with a block propagates non-StandardErrors produced by close	Success		0.004
open	File.open with a block does not propagate IOError with 'closed stream' message produced by close	Success		0.004
open	File.open on a FIFO opens it as a normal file	Skipped	tagged	0.000
open	File.open when passed a file descriptor opens a file	Success		0.002
open	File.open when passed a file descriptor opens a file when passed a block	Success		0.002
open	File.open opens directories	Success		0.001
owned	File.owned? accepts an object that has a #to_path method	Success		0.000
owned	File.owned? returns false if file does not exist	Success		0.003
owned	File.owned? returns true if the file exist and is owned by the user	Success		0.002
owned	File.owned? returns false when the file is not owned by the user	Success		0.002
path	File#path returns the pathname used to create file as a string	Success		0.001
path	File.path returns the full path for the given file	Success		0.001
pipe	File.pipe? accepts an object that has a #to_path method	Success		0.000
pipe	File.pipe? returns true if the file is a pipe	Skipped	tagged	0.000
pipe	File.pipe? returns false if file does not exist	Success		0.000
pipe	File.pipe? returns false if the file is not a pipe	Success		0.002
read	File.read raises an Errno::EISDIR when passed a path that is a directory	Skipped	tagged	0.000
readable	File.readable? returns true if named file is readable by the effective user id of the process, otherwise false	Success		0.003
readable	File.readable? accepts an object that has a #to_path method	Success		0.003
readable	File.readable? returns false if the file does not exist	Success		0.002
readable_real	File.readable_real? returns true if named file is readable by the real user id of the process, otherwise false	Success		0.001
readable_real	File.readable_real? accepts an object that has a #to_path method	Success		0.002
readable_real	File.readable_real? returns false if the file does not exist	Success		0.001
readlink	File.readlink File.readlink with absolute paths returns the name of the file referenced by the given link	Success		0.004
readlink	File.readlink File.readlink with absolute paths returns the name of the file referenced by the given link when the file does not exist	Success		0.001
readlink	File.readlink File.readlink with absolute paths raises an Errno::ENOENT if there is no such file	Success		0.002
readlink	File.readlink File.readlink with absolute paths raises an Errno::EINVAL if called with a normal file	Success		0.003
readlink	File.readlink File.readlink when changing the working directory returns the name of the file referenced by the given link	Success		0.003
readlink	File.readlink File.readlink when changing the working directory returns the name of the file referenced by the given link when the file does not exist	Success		0.001
realdirpath	File.realdirpath returns '/' when passed '/'	Success		0.009
realdirpath	File.realdirpath returns the real (absolute) pathname not containing symlinks	Success		0.013
realdirpath	File.realdirpath uses base directory for interpreting relative pathname	Success		0.013
realdirpath	File.realdirpath uses current directory for interpreting relative pathname	Success		0.013
realdirpath	File.realdirpath uses link directory for expanding relative links	Success		0.011
realdirpath	File.realdirpath raises an Errno::ELOOP if the symlink points to itself	Success		0.014
realdirpath	File.realdirpath returns the real (absolute) pathname if the file is absent	Success		0.010
realdirpath	File.realdirpath raises Errno::ENOENT if the directory is absent	Success		0.011
realdirpath	File.realdirpath returns the real (absolute) pathname if the symlink points to an absent file	Success		0.014
realdirpath	File.realdirpath raises Errno::ENOENT if the symlink points to an absent directory	Success		0.015
realpath	File.realpath returns '/' when passed '/'	Success		0.008
realpath	File.realpath returns the real (absolute) pathname not containing symlinks	Success		0.013
realpath	File.realpath uses base directory for interpreting relative pathname	Success		0.013
realpath	File.realpath uses current directory for interpreting relative pathname	Success		0.013
realpath	File.realpath uses link directory for expanding relative links	Success		0.011
realpath	File.realpath raises an Errno::ELOOP if the symlink points to itself	Success		0.013
realpath	File.realpath raises Errno::ENOENT if the file is absent	Success		0.010
realpath	File.realpath raises Errno::ENOENT if the symlink points to an absent file	Success		0.013
rename	File.rename renames a file	Success		0.004
rename	File.rename raises an Errno::ENOENT if the source does not exist	Success		0.004
rename	File.rename raises an ArgumentError if not passed two arguments	Success		0.004
rename	File.rename raises a TypeError if not passed String types	Success		0.004
reopen	File#reopen resets the stream to a new file path	Skipped	tagged	0.000
reopen	File#reopen calls #to_path to convern an Object	Skipped	tagged	0.000
setgid	File.setgid? returns true when the gid bit is set	Skipped	tagged	0.000
setgid	File.setgid? returns false if the file was just made	Success		0.003
setgid	File.setgid? returns false if the file does not exist	Success		0.003
setuid	File.setuid? returns true when the gid bit is set	Skipped	tagged	0.000
setuid	File.setuid? returns false if the file was just made	Success		0.003
setuid	File.setuid? returns false if the file does not exist	Success		0.003
size	File.size? returns the size of the file if it exists and is not empty	Success		0.003
size	File.size? accepts a String-like (to_str) parameter	Success		0.004
size	File.size? accepts an object that has a #to_path method	Success		0.003
size	File.size? calls #to_io to convert the argument to an IO	Success		0.004
size	File.size? returns nil if file_name doesn't exist or has 0 size	Success		0.002
size	File.size? returns nil if file_name is empty	Success		0.003
size	File.size? accepts a File argument	Success		0.003
size	File.size returns the size of the file if it exists and is not empty	Success		0.003
size	File.size accepts a String-like (to_str) parameter	Success		0.003
size	File.size accepts an object that has a #to_path method	Success		0.003
size	File.size calls #to_io to convert the argument to an IO	Success		0.004
size	File.size raises an error if file_name doesn't exist	Success		0.002
size	File.size returns 0 if the file is empty	Success		0.003
size	File.size accepts a File argument	Success		0.003
size	File#size raises an IOError on a closed file	Skipped	tagged	0.000
size	File#size is an instance method	Success		0.003
size	File#size returns the file's size as a Fixnum	Success		0.003
size	File#size returns the file's size in bytes	Success		0.003
size	File#size returns the cached size of the file if subsequently deleted	Success		0.003
size	File#size returns the file's current size even if modified	Success		0.003
size	File#size follows symlinks if necessary	Success		0.004
size	File#size for an empty file returns 0	Success		0.003
socket	File.socket? accepts an object that has a #to_path method	Success		0.001
socket	File.socket? returns false if file does not exist	Success		0.001
socket	File.socket? returns false if the file is not a socket	Success		0.004
socket	File.socket? returns true if the file is a socket	Skipped	tagged	0.000
split	File.split splits the string at the last '\' when the last component does not have an extension	Skipped	tagged	0.000
split	File.split splits the string at the last '\' when the last component has an extension	Skipped	tagged	0.000
split	File.split splits the string at the last '/' when the last component does not have an extension	Success		0.001
split	File.split splits the string at the last '/' when the last component has an extension	Success		0.001
split	File.split splits an empty string into a '.' and an empty string	Success		0.000
split	File.split collapses multiple '/' characters and strips trailing ones	Success		0.001
split	File.split raises an ArgumentError when not passed a single argument	Success		0.001
split	File.split raises a TypeError if the argument is not a String type	Success		0.001
split	File.split coerces the argument with to_str if it is not a String type	Success		0.006
split	File.split accepts an object that has a #to_path method	Success		0.002
stat	File.stat returns a File::Stat object if the given file exists	Success		0.003
stat	File.stat returns a File::Stat object when called on an instance of File	Success		0.003
stat	File.stat accepts an object that has a #to_path method	Success		0.003
stat	File.stat raises an Errno::ENOENT if the file does not exist	Success		0.003
stat	File.stat returns information for a file that has been deleted but is still open	Success		0.005
stat	File.stat returns a File::Stat object with file properties for a symlink	Success		0.003
sticky	File.sticky? returns true if the named file has the sticky bit, otherwise false	Skipped	tagged	0.000
sticky	File.sticky? accepts an object that has a #to_path method	Success		0.001
sticky	File.sticky? returns false if the file dies not exist	Success		0.001
sticky	File.sticky? returns true if the file has sticky bit set	Skipped	tagged	0.000
sticky	File.sticky? returns false if file does not exist	Success		0.001
sticky	File.sticky? returns false if the file has not sticky bit set	Success		0.002
symlink	File.symlink creates a symlink between a source and target file	Skipped	tagged	0.000
symlink	File.symlink creates a symbolic link	Success		0.003
symlink	File.symlink accepts args that have #to_path methods	Success		0.005
symlink	File.symlink raises an Errno::EEXIST if the target already exists	Success		0.003
symlink	File.symlink raises an ArgumentError if not called with two arguments	Success		0.004
symlink	File.symlink raises a TypeError if not called with String types	Success		0.004
symlink	File.symlink? returns true if the file is a link	Success		0.003
symlink	File.symlink? accepts an object that has a #to_path method	Success		0.004
symlink	File.symlink? returns false if the file does not exist	Success		0.004
to_path	File#to_path returns a String	Success		0.003
to_path	File#to_path does not normalise the path it returns	Success		0.003
to_path	File#to_path does not canonicalize the path it returns	Success		0.003
to_path	File#to_path does not absolute-ise the path it returns	Success		0.003
to_path	File#to_path preserves the encoding of the path	Success		0.012
truncate	File.truncate truncates a file	Success		0.004
truncate	File.truncate truncate a file size to 0	Success		0.003
truncate	File.truncate truncate a file size to 5	Success		0.003
truncate	File.truncate truncates to a larger file size than the original file	Success		0.003
truncate	File.truncate truncates to the same size as the original file	Success		0.003
truncate	File.truncate raises an Errno::ENOENT if the file does not exist	Success		0.004
truncate	File.truncate raises an ArgumentError if not passed two arguments	Success		0.003
truncate	File.truncate raises an Errno::EINVAL if the length argument is not valid	Success		0.003
truncate	File.truncate raises a TypeError if not passed a String type for the first argument	Success		0.003
truncate	File.truncate raises a TypeError if not passed an Integer type for the second argument	Success		0.003
truncate	File.truncate accepts an object that has a #to_path method	Success		0.004
truncate	File#truncate raises an IOError if file is closed	Skipped	tagged	0.000
truncate	File#truncate does not move the file write pointer to the specified byte offset	Success		0.003
truncate	File#truncate does not move the file read pointer to the specified byte offset	Success		0.002
truncate	File#truncate truncates a file	Success		0.002
truncate	File#truncate truncates a file size to 0	Success		0.002
truncate	File#truncate truncates a file size to 5	Success		0.002
truncate	File#truncate truncates a file to a larger size than the original file	Success		0.002
truncate	File#truncate truncates a file to the same size as the original file	Success		0.002
truncate	File#truncate raises an ArgumentError if not passed one argument	Success		0.002
truncate	File#truncate raises an Errno::EINVAL if the length argument is not valid	Success		0.002
truncate	File#truncate raises an IOError if file is not opened for writing	Success		0.002
truncate	File#truncate raises a TypeError if not passed an Integer type for the for the argument	Success		0.001
umask	File.umask returns a Fixnum	Success		0.003
umask	File.umask returns the current umask value for the process	Success		0.003
umask	File.umask invokes to_int on non-integer argument	Success		0.004
umask	File.umask always succeeds with any integer values	Success		0.004
umask	File.umask raises ArgumentError when more than one argument is provided	Success		0.003
unlink	File.unlink raises an Errno::ENOENT when the given file doesn't exist	Skipped	tagged	0.000
unlink	File.unlink returns 0 when called without arguments	Success		0.004
unlink	File.unlink deletes a single file	Success		0.004
unlink	File.unlink deletes multiple files	Success		0.004
unlink	File.unlink raises a TypeError if not passed a String type	Success		0.004
unlink	File.unlink coerces a given parameter into a string if possible	Success		0.004
unlink	File.unlink accepts an object that has a #to_path method	Success		0.004
utime	File.utime sets the access and modification time of each file	Success		0.006
utime	File.utime uses the current times if two nil values are passed	Success		0.005
utime	File.utime accepts an object that has a #to_path method	Success		0.006
world_readable	File.world_readable? returns nil if the file is chmod 600	Success		0.003
world_readable	File.world_readable? returns nil if the file is chmod 000	Success		0.003
world_readable	File.world_readable? returns nil if the file is chmod 700	Success		0.002
world_readable	File.world_readable? returns a Fixnum if the file is chmod 644	Success		0.003
world_readable	File.world_readable? returns a Fixnum if the file is a directory and chmod 644	Success		0.003
world_readable	File.world_readable? coerces the argument with #to_path	Success		0.003
world_readable	File.world_readable? returns nil if the file does not exist	Success		0.003
world_writable	File.world_writable? returns nil if the file is chmod 600	Success		0.003
world_writable	File.world_writable? returns nil if the file is chmod 000	Success		0.002
world_writable	File.world_writable? returns nil if the file is chmod 700	Success		0.002
world_writable	File.world_writable? returns a Fixnum if the file is chmod 777	Success		0.002
world_writable	File.world_writable? returns a Fixnum if the file is a directory and chmod 777	Success		0.003
world_writable	File.world_writable? coerces the argument with #to_path	Success		0.003
world_writable	File.world_writable? returns nil if the file does not exist	Success		0.003
writable	File.writable? returns true if named file is writable by the effective user id of the process, otherwise false	Success		0.002
writable	File.writable? accepts an object that has a #to_path method	Success		0.002
writable	File.writable? returns false if the file does not exist	Success		0.001
writable_real	File.writable_real? returns true if named file is writable by the real user id of the process, otherwise false	Success		0.001
writable_real	File.writable_real? accepts an object that has a #to_path method	Success		0.002
writable_real	File.writable_real? raises an ArgumentError if not passed one argument	Success		0.001
writable_real	File.writable_real? raises a TypeError if not passed a String type	Success		0.002
writable_real	File.writable_real? returns false if the file does not exist	Success		0.001
zero	File.zero? returns true if the file is empty	Success		0.005
zero	File.zero? returns false if the file is not empty	Success		0.004
zero	File.zero? accepts an object that has a #to_path method	Success		0.006
zero	File.zero? returns true for /dev/null	Success		0.005
zero	File.zero? raises an ArgumentError if not passed one argument	Success		0.005
zero	File.zero? raises a TypeError if not passed a String type	Success		0.005
zero	File.zero? returns true inside a block opening a file if it is empty	Success		0.005
zero	File.zero? returns false for a directory	Success		0.004
zero	File.zero? returns false if the file does not exist	Success		0.004
constants	File::Constants::APPEND is defined	Success		0.001
constants	File::Constants::CREAT is defined	Success		0.000
constants	File::Constants::EXCL is defined	Success		0.000
constants	File::Constants::FNM_CASEFOLD is defined	Success		0.000
constants	File::Constants::FNM_DOTMATCH is defined	Success		0.000
constants	File::Constants::FNM_EXTGLOB is defined	Success		0.000
constants	File::Constants::FNM_NOESCAPE is defined	Success		0.000
constants	File::Constants::FNM_PATHNAME is defined	Success		0.000
constants	File::Constants::FNM_SYSCASE is defined	Success		0.001
constants	File::Constants::LOCK_EX is defined	Success		0.000
constants	File::Constants::LOCK_NB is defined	Success		0.000
constants	File::Constants::LOCK_SH is defined	Success		0.000
constants	File::Constants::LOCK_UN is defined	Success		0.000
constants	File::Constants::NONBLOCK is defined	Success		0.000
constants	File::Constants::RDONLY is defined	Success		0.000
constants	File::Constants::RDWR is defined	Success		0.000
constants	File::Constants::TRUNC is defined	Success		0.000
constants	File::Constants::WRONLY is defined	Success		0.000
constants	File::Constants::NOCTTY is defined	Success		0.000
constants	File::Constants::SYNC is defined	Success		0.000
atime	File::Stat#atime returns the atime of a File::Stat object	Success		0.004
birthtime	File::Stat#birthtime raises an NotImplementedError	Skipped	tagged	0.000
blksize	File::Stat#blksize returns the blksize of a File::Stat object	Success		0.003
blockdev	File::Stat#blockdev? returns true/false depending if the named file is a block device	Success		0.001
blockdev	File::Stat#blockdev? accepts an object that has a #to_path method	Success		0.002
blocks	File::Stat#blocks returns the blocks of a File::Stat object	Success		0.003
chardev	File::Stat#chardev? returns true/false depending if the named file is a char device	Success		0.001
chardev	File::Stat#chardev? accepts an object that has a #to_path method	Success		0.001
comparison	File::Stat#<=> is able to compare files by the same modification times	Success		0.009
comparison	File::Stat#<=> is able to compare files by different modification times	Success		0.007
comparison	File::Stat#<=> includes Comparable and #== shows mtime equality between two File::Stat objects	Success		0.007
ctime	File::Stat#ctime returns the ctime of a File::Stat object	Success		0.003
dev	File::Stat#dev returns the number of the device on which the file exists	Success		0.003
dev_major	File::Stat#dev_major returns the major part of File::Stat#dev	Success		0.003
dev_minor	File::Stat#dev_minor returns the minor part of File::Stat#dev	Success		0.003
directory	File::Stat#directory? returns true if the argument is a directory	Success		0.005
directory	File::Stat#directory? returns false if the argument is not a directory	Success		0.004
directory	File::Stat#directory? accepts an object that has a #to_path method	Success		0.005
directory	File::Stat#directory? raises a TypeError when passed an Integer	Success		0.005
directory	File::Stat#directory? raises a TypeError when passed nil	Success		0.004
executable	File::Stat#executable? returns true if named file is executable by the effective user id of the process, otherwise false	Success		0.005
executable	File::Stat#executable? returns true if the argument is an executable file	Success		0.004
executable	File::Stat#executable? accepts an object that has a #to_path method	Success		0.005
executable	File::Stat#executable? raises an ArgumentError if not passed one argument	Success		0.004
executable	File::Stat#executable? raises a TypeError if not passed a String type	Success		0.005
executable_real	File::Stat#executable_real? returns true if the file its an executable	Success		0.005
executable_real	File::Stat#executable_real? accepts an object that has a #to_path method	Success		0.005
executable_real	File::Stat#executable_real? returns true if named file is readable by the real user id of the process, otherwise false	Success		0.004
executable_real	File::Stat#executable_real? raises an ArgumentError if not passed one argument	Success		0.004
executable_real	File::Stat#executable_real? raises a TypeError if not passed a String type	Success		0.005
file	File::Stat#file? returns true if the named file exists and is a regular file.	Success		0.003
file	File::Stat#file? accepts an object that has a #to_path method	Success		0.004
file	File::Stat#file? returns true if the null device exists and is a regular file.	Success		0.003
file	File::Stat#file? raises an ArgumentError if not passed one argument	Success		0.003
file	File::Stat#file? raises a TypeError if not passed a String type	Success		0.004
ftype	File::Stat#ftype returns fifo when the file is a fifo	Skipped	tagged	0.000
ftype	File::Stat#ftype returns 'socket' when the file is a socket	Skipped	tagged	0.000
ftype	File::Stat#ftype returns a String	Success		0.001
ftype	File::Stat#ftype returns 'file' when the file is a file	Success		0.001
ftype	File::Stat#ftype returns 'directory' when the file is a dir	Success		0.000
ftype	File::Stat#ftype returns 'characterSpecial' when the file is a char	Success		0.000
ftype	File::Stat#ftype returns 'blockSpecial' when the file is a block	Success		0.000
ftype	File::Stat#ftype returns 'link' when the file is a link	Success		0.000
gid	File::Stat#gid returns the group owner attribute of a File::Stat object	Success		0.003
grpowned	File::Stat#grpowned? returns true if the file exist	Success		0.003
grpowned	File::Stat#grpowned? accepts an object that has a #to_path method	Success		0.004
grpowned	File::Stat#grpowned? takes non primary groups into account	Success		0.003
ino	File::Stat#ino returns the ino of a File::Stat object	Success		0.003
inspect	File::Stat#inspect produces a nicely formatted description of a File::Stat object	Skipped	tagged	0.000
mode	File::Stat#mode returns the mode of a File::Stat object	Success		0.003
mtime	File::Stat#mtime returns the mtime of a File::Stat object	Success		0.003
new	File::Stat#initialize raises an exception if the file doesn't exist	Success		0.003
new	File::Stat#initialize creates a File::Stat object for the given file	Success		0.003
new	File::Stat#initialize calls #to_path on non-String arguments	Success		0.003
nlink	File::Stat#nlink returns the number of links to a file	Success		0.003
owned	File::Stat#owned? accepts an object that has a #to_path method	Success		0.000
owned	File::Stat#owned? returns true if the file is owned by the user	Success		0.003
owned	File::Stat#owned? returns false if the file is not owned by the user	Success		0.002
pipe	File::Stat#pipe? accepts an object that has a #to_path method	Success		0.000
pipe	File::Stat#pipe? returns true if the file is a pipe	Skipped	tagged	0.000
pipe	File::Stat#pipe? returns false if the file is not a pipe	Success		0.002
rdev	File::Stat#rdev returns the number of the device this file represents which the file exists	Success		0.002
rdev_major	File::Stat#rdev_major returns the major part of File::Stat#rdev	Success		0.003
rdev_minor	File::Stat#rdev_minor returns the minor part of File::Stat#rdev	Success		0.003
readable	File::Stat#readable? returns true if named file is readable by the effective user id of the process, otherwise false	Success		0.002
readable	File::Stat#readable? accepts an object that has a #to_path method	Success		0.003
readable_real	File::Stat#readable_real? returns true if named file is readable by the real user id of the process, otherwise false	Success		0.001
readable_real	File::Stat#readable_real? accepts an object that has a #to_path method	Success		0.002
setgid	File::Stat#setgid? needs to be reviewed for spec completeness	Success		0.000
setuid	File::Stat#setuid? needs to be reviewed for spec completeness	Success		0.000
size	File::Stat.size? returns the size of the file if it exists and is not empty	Success		0.014
size	File::Stat.size? accepts a String-like (to_str) parameter	Success		0.006
size	File::Stat.size? accepts an object that has a #to_path method	Success		0.005
size	File::Stat.size? returns nil if file_name is empty	Success		0.004
size	File::Stat.size returns the size of the file if it exists and is not empty	Success		0.005
size	File::Stat.size accepts a String-like (to_str) parameter	Success		0.005
size	File::Stat.size accepts an object that has a #to_path method	Success		0.005
size	File::Stat.size returns 0 if the file is empty	Success		0.004
size	File::Stat#size needs to be reviewed for spec completeness	Success		0.000
size	File::Stat#size? needs to be reviewed for spec completeness	Success		0.000
socket	File::Stat#socket? accepts an object that has a #to_path method	Success		0.000
socket	File::Stat#socket? needs to be reviewed for spec completeness	Success		0.000
sticky	File::Stat#sticky? returns true if the named file has the sticky bit, otherwise false	Success		0.001
sticky	File::Stat#sticky? accepts an object that has a #to_path method	Success		0.000
sticky	File::Stat#sticky? needs to be reviewed for spec completeness	Success		0.000
symlink	File::Stat#symlink? returns true if the file is a link	Success		0.004
symlink	File::Stat#symlink? accepts an object that has a #to_path method	Success		0.004
uid	File::Stat#uid returns the owner attribute of a File::Stat object	Success		0.003
world_readable	File::Stat.world_readable? returns nil if the file is chmod 600	Success		0.003
world_readable	File::Stat.world_readable? returns nil if the file is chmod 000	Success		0.002
world_readable	File::Stat.world_readable? returns nil if the file is chmod 700	Success		0.002
world_readable	File::Stat.world_readable? returns a Fixnum if the file is chmod 644	Success		0.003
world_readable	File::Stat.world_readable? returns a Fixnum if the file is a directory and chmod 644	Success		0.003
world_readable	File::Stat.world_readable? coerces the argument with #to_path	Success		0.003
world_readable	File::Stat#world_readable? needs to be reviewed for spec completeness	Success		0.000
world_writable	File::Stat.world_writable? returns nil if the file is chmod 600	Success		0.003
world_writable	File::Stat.world_writable? returns nil if the file is chmod 000	Success		0.002
world_writable	File::Stat.world_writable? returns nil if the file is chmod 700	Success		0.002
world_writable	File::Stat.world_writable? returns a Fixnum if the file is chmod 777	Success		0.003
world_writable	File::Stat.world_writable? returns a Fixnum if the file is a directory and chmod 777	Success		0.003
world_writable	File::Stat.world_writable? coerces the argument with #to_path	Success		0.003
world_writable	File::Stat#world_writable? needs to be reviewed for spec completeness	Success		0.000
writable	File::Stat#writable? returns true if named file is writable by the effective user id of the process, otherwise false	Success		0.002
writable	File::Stat#writable? accepts an object that has a #to_path method	Success		0.002
writable_real	File::Stat#writable_real? returns true if named file is writable by the real user id of the process, otherwise false	Success		0.001
writable_real	File::Stat#writable_real? accepts an object that has a #to_path method	Success		0.002
writable_real	File::Stat#writable_real? raises an ArgumentError if not passed one argument	Success		0.001
writable_real	File::Stat#writable_real? raises a TypeError if not passed a String type	Success		0.002
zero	File::Stat#zero? returns true if the file is empty	Success		0.005
zero	File::Stat#zero? returns false if the file is not empty	Success		0.004
zero	File::Stat#zero? accepts an object that has a #to_path method	Success		0.005
zero	File::Stat#zero? returns true for /dev/null	Success		0.005
zero	File::Stat#zero? raises an ArgumentError if not passed one argument	Success		0.005
zero	File::Stat#zero? raises a TypeError if not passed a String type	Success		0.005
zero	File::Stat#zero? returns true inside a block opening a file if it is empty	Success		0.005
zero	File::Stat#zero? returns false for a directory	Success		0.004
blockdev	FileTest.blockdev? returns true/false depending if the named file is a block device	Success		0.001
blockdev	FileTest.blockdev? accepts an object that has a #to_path method	Success		0.001
chardev	FileTest.chardev? returns true/false depending if the named file is a char device	Success		0.001
chardev	FileTest.chardev? accepts an object that has a #to_path method	Success		0.001
directory	FileTest.directory? returns true if the argument is a directory	Success		0.005
directory	FileTest.directory? returns false if the argument is not a directory	Success		0.004
directory	FileTest.directory? accepts an object that has a #to_path method	Success		0.005
directory	FileTest.directory? raises a TypeError when passed an Integer	Success		0.005
directory	FileTest.directory? raises a TypeError when passed nil	Success		0.005
directory	FileTest.directory? returns false if the argument is an IO that's not a directory	Success		0.005
directory	FileTest.directory? returns true if the argument is an IO that is a directory	Success		0.005
directory	FileTest.directory? calls #to_io to convert a non-IO object	Success		0.006
executable	FileTest.executable? returns true if named file is executable by the effective user id of the process, otherwise false	Success		0.005
executable	FileTest.executable? returns true if the argument is an executable file	Success		0.004
executable	FileTest.executable? accepts an object that has a #to_path method	Success		0.005
executable	FileTest.executable? raises an ArgumentError if not passed one argument	Success		0.004
executable	FileTest.executable? raises a TypeError if not passed a String type	Success		0.015
executable	FileTest.executable? returns false if the file does not exist	Success		0.005
executable_real	FileTest.executable_real? returns true if the file its an executable	Success		0.005
executable_real	FileTest.executable_real? accepts an object that has a #to_path method	Success		0.006
executable_real	FileTest.executable_real? returns true if named file is readable by the real user id of the process, otherwise false	Success		0.004
executable_real	FileTest.executable_real? raises an ArgumentError if not passed one argument	Success		0.005
executable_real	FileTest.executable_real? raises a TypeError if not passed a String type	Success		0.005
executable_real	FileTest.executable_real? returns false if the file does not exist	Success		0.004
exist	FileTest.exist? returns true if the file exist	Success		0.001
exist	FileTest.exist? returns true if the file exist using the alias exists?	Success		0.000
exist	FileTest.exist? raises an ArgumentError if not passed one argument	Success		0.001
exist	FileTest.exist? raises a TypeError if not passed a String type	Success		0.001
exist	FileTest.exist? accepts an object that has a #to_path method	Success		0.001
exists	FileTest.exists? returns true if the file exist	Success		0.001
exists	FileTest.exists? returns true if the file exist using the alias exists?	Success		0.000
exists	FileTest.exists? raises an ArgumentError if not passed one argument	Success		0.001
exists	FileTest.exists? raises a TypeError if not passed a String type	Success		0.001
exists	FileTest.exists? accepts an object that has a #to_path method	Success		0.001
file	File.file? returns true if the named file exists and is a regular file.	Success		0.003
file	File.file? accepts an object that has a #to_path method	Success		0.004
file	File.file? returns true if the null device exists and is a regular file.	Success		0.003
file	File.file? raises an ArgumentError if not passed one argument	Success		0.003
file	File.file? raises a TypeError if not passed a String type	Success		0.004
file	FileTest.file? needs to be reviewed for spec completeness	Success		0.000
grpowned	FileTest.grpowned? returns true if the file exist	Success		0.003
grpowned	FileTest.grpowned? accepts an object that has a #to_path method	Success		0.003
grpowned	FileTest.grpowned? takes non primary groups into account	Success		0.003
grpowned	FileTest.grpowned? returns false if the file doesn't exist	Success		0.003
identical	FileTest.identical? returns true for a file and its link	Success		0.006
identical	FileTest.identical? returns false if any of the files doesn't exist	Success		0.005
identical	FileTest.identical? accepts an object that has a #to_path method	Success		0.007
identical	FileTest.identical? raises an ArgumentError if not passed two arguments	Success		0.005
identical	FileTest.identical? raises a TypeError if not passed String types	Success		0.006
identical	FileTest.identical? returns true if both named files are identical	Success		0.006
owned	FileTest.owned? accepts an object that has a #to_path method	Success		0.000
owned	FileTest.owned? needs to be reviewed for spec completeness	Success		0.000
pipe	FileTest.pipe? accepts an object that has a #to_path method	Success		0.000
pipe	FileTest.pipe? needs to be reviewed for spec completeness	Success		0.000
readable	FileTest.readable? returns true if named file is readable by the effective user id of the process, otherwise false	Success		0.002
readable	FileTest.readable? accepts an object that has a #to_path method	Success		0.003
readable	FileTest.readable? returns false if the file does not exist	Success		0.002
readable_real	FileTest.readable_real? returns true if named file is readable by the real user id of the process, otherwise false	Success		0.001
readable_real	FileTest.readable_real? accepts an object that has a #to_path method	Success		0.002
readable_real	FileTest.readable_real? returns false if the file does not exist	Success		0.001
setgid	FileTest.setgid? needs to be reviewed for spec completeness	Success		0.000
setuid	FileTest.setuid? needs to be reviewed for spec completeness	Success		0.000
size	FileTest.size? returns the size of the file if it exists and is not empty	Success		0.003
size	FileTest.size? accepts a String-like (to_str) parameter	Success		0.003
size	FileTest.size? accepts an object that has a #to_path method	Success		0.003
size	FileTest.size? returns nil if file_name doesn't exist or has 0 size	Success		0.001
size	FileTest.size? returns nil if file_name is empty	Success		0.002
size	FileTest.size? accepts a File argument	Success		0.003
size	FileTest.size returns the size of the file if it exists and is not empty	Success		0.003
size	FileTest.size accepts a String-like (to_str) parameter	Success		0.003
size	FileTest.size accepts an object that has a #to_path method	Success		0.003
size	FileTest.size raises an error if file_name doesn't exist	Success		0.002
size	FileTest.size returns 0 if the file is empty	Success		0.002
size	FileTest.size accepts a File argument	Success		0.003
socket	FileTest.socket? accepts an object that has a #to_path method	Success		0.000
socket	FileTest.socket? needs to be reviewed for spec completeness	Success		0.000
sticky	FileTest.sticky? returns true if the named file has the sticky bit, otherwise false	Success		0.001
sticky	FileTest.sticky? accepts an object that has a #to_path method	Success		0.000
sticky	FileTest.sticky? returns false if the file dies not exist	Success		0.001
symlink	FileTest.symlink? returns true if the file is a link	Success		0.003
symlink	FileTest.symlink? accepts an object that has a #to_path method	Success		0.004
symlink	FileTest.symlink? returns false if the file does not exist	Success		0.003
world_readable	FileTest.world_readable? needs to be reviewed for spec completeness	Success		0.000
world_writable	FileTest.world_writable? needs to be reviewed for spec completeness	Success		0.000
writable	FileTest.writable? returns true if named file is writable by the effective user id of the process, otherwise false	Success		0.002
writable	FileTest.writable? accepts an object that has a #to_path method	Success		0.002
writable	FileTest.writable? returns false if the file does not exist	Success		0.001
writable_real	FileTest.writable_real? returns true if named file is writable by the real user id of the process, otherwise false	Success		0.001
writable_real	FileTest.writable_real? accepts an object that has a #to_path method	Success		0.002
writable_real	FileTest.writable_real? raises an ArgumentError if not passed one argument	Success		0.001
writable_real	FileTest.writable_real? raises a TypeError if not passed a String type	Success		0.002
writable_real	FileTest.writable_real? returns false if the file does not exist	Success		0.001
zero	FileTest.zero? returns true if the file is empty	Success		0.005
zero	FileTest.zero? returns false if the file is not empty	Success		0.004
zero	FileTest.zero? accepts an object that has a #to_path method	Success		0.005
zero	FileTest.zero? returns true for /dev/null	Success		0.005
zero	FileTest.zero? raises an ArgumentError if not passed one argument	Success		0.005
zero	FileTest.zero? raises a TypeError if not passed a String type	Success		0.005
zero	FileTest.zero? returns true inside a block opening a file if it is empty	Success		0.005
zero	FileTest.zero? returns false for a directory	Success		0.004
zero	FileTest.zero? returns false if the file does not exist	Success		0.004
abs	Fixnum#abs returns self's absolute value	Success		0.001
bit_and	Fixnum#& returns self bitwise AND other	Success		0.001
bit_and	Fixnum#& returns self bitwise AND a Bignum	Success		0.000
bit_and	Fixnum#& raises a TypeError when passed a Float	Success		0.001
bit_and	Fixnum#& raises a TypeError and does not call #to_int when defined on an object	Success		0.001
bit_length	Fixnum#bit_length returns the position of the leftmost bit of a positive number	Success		0.002
bit_length	Fixnum#bit_length returns the position of the leftmost 0 bit of a negative number	Success		0.001
bit_or	Fixnum#\| returns self bitwise OR other	Success		0.001
bit_or	Fixnum#\| returns self bitwise OR a Bignum	Success		0.000
bit_or	Fixnum#\| raises a TypeError when passed a Float	Success		0.001
bit_or	Fixnum#\| raises a TypeError and does not call #to_int when defined on an object	Success		0.001
bit_xor	Fixnum#^ raises a TypeError and does not call #to_int when defined on an object	Skipped	tagged	0.000
bit_xor	Fixnum#^ returns self bitwise EXCLUSIVE OR other	Success		0.001
bit_xor	Fixnum#^ returns self bitwise EXCLUSIVE OR a Bignum	Success		0.000
bit_xor	Fixnum#^ raises a TypeError when passed a Float	Success		0.001
case_compare	Fixnum#=== returns true if self has the same value as other	Success		0.001
case_compare	Fixnum#=== calls 'other == self' if the given argument is not a Fixnum	Success		0.003
coerce	Fixnum#coerce when given a Fixnum returns an array containing two Fixnums	Success		0.001
coerce	Fixnum#coerce when given a String raises an ArgumentError when trying to coerce with a non-number String	Success		0.001
coerce	Fixnum#coerce when given a String returns an array containing two Floats	Success		0.001
coerce	Fixnum#coerce raises a TypeError when trying to coerce with nil	Success		0.001
coerce	Fixnum#coerce tries to convert the given Object into a Float by using #to_f	Success		0.003
coerce	Fixnum#coerce raises a TypeError when given an Object that does not respond to #to_f	Success		0.002
comparison	Fixnum#<=> returns -1 when self is less than the given argument	Success		0.001
comparison	Fixnum#<=> returns 0 when self is equal to the given argument	Success		0.000
comparison	Fixnum#<=> returns 1 when self is greater than the given argument	Success		0.000
comparison	Fixnum#<=> returns nil when the given argument is not an Integer	Success		0.001
complement	Fixnum#~ returns self with each bit flipped	Success		0.001
div	Fixnum#div with a Fixnum returns self divided by the given argument as an Integer	Success		0.001
div	Fixnum#div rounds towards -inf	Success		0.001
div	Fixnum#div coerces self and the given argument to Floats and returns self divided by other as Fixnum	Success		0.001
div	Fixnum#div raises a ZeroDivisionError when the given argument is 0 and a Float	Success		0.001
div	Fixnum#div raises a ZeroDivisionError when the given argument is 0	Success		0.000
div	Fixnum#div raises a TypeError when given a non-Integer	Success		0.003
divide	Fixnum#/ returns self divided by the given argument	Success		0.000
divide	Fixnum#/ supports dividing negative numbers	Success		0.000
divide	Fixnum#/ raises a ZeroDivisionError if the given argument is zero and not a Float	Success		0.001
divide	Fixnum#/ does NOT raise ZeroDivisionError if the given argument is zero and is a Float	Success		0.001
divide	Fixnum#/ coerces fixnum and return self divided by other	Success		0.001
divide	Fixnum#/ raises a TypeError when given a non-Integer	Success		0.002
divmod	Fixnum#divmod returns an Array containing quotient and modulus obtained from dividing self by the given argument	Success		0.002
divmod	Fixnum#divmod raises a ZeroDivisionError when the given argument is 0	Success		0.001
divmod	Fixnum#divmod raises a ZeroDivisionError when the given argument is 0 and a Float	Success		0.001
divmod	Fixnum#divmod raises a TypeError when given a non-Integer	Success		0.002
element_reference	Fixnum#[] behaves like (n >> b) & 1	Success		0.001
element_reference	Fixnum#[] returns 1 if the nth bit is set	Success		0.000
element_reference	Fixnum#[] returns 1 if the nth bit is set (in two's-complement representation)	Success		0.000
element_reference	Fixnum#[] returns 0 if the nth bit is not set	Success		0.000
element_reference	Fixnum#[] returns 0 if the nth bit is not set (in two's-complement representation)	Success		0.000
element_reference	Fixnum#[] returns 0 if the nth bit is greater than the most significant bit	Success		0.000
element_reference	Fixnum#[] returns 1 if self is negative and the nth bit is greater than the most significant bit	Success		0.000
element_reference	Fixnum#[] returns 0 when passed a negative argument	Success		0.000
element_reference	Fixnum#[] calls #to_int to convert the argument to an Integer and returns 1 if the nth bit is set	Success		0.001
element_reference	Fixnum#[] calls #to_int to convert the argument to an Integer and returns 0 if the nth bit is set	Success		0.001
element_reference	Fixnum#[] accepts a Float argument and returns 0 if the bit at the truncated value is not set	Success		0.000
element_reference	Fixnum#[] accepts a Float argument and returns 1 if the bit at the truncated value is set	Success		0.000
element_reference	Fixnum#[] raises a TypeError when passed a String	Success		0.001
element_reference	Fixnum#[] raises a TypeError when #to_int does not return an Integer	Success		0.002
element_reference	Fixnum#[] calls #to_int to coerce a String to a Bignum and returns 0	Success		0.001
element_reference	Fixnum#[] returns 0 when passed a Float in the range of a Bignum	Success		0.000
equal_value	Fixnum#== returns true if self has the same value as other	Success		0.001
equal_value	Fixnum#== calls 'other == self' if the given argument is not a Fixnum	Success		0.002
even	Fixnum#even? is true for zero	Success		0.000
even	Fixnum#even? is true for even positive Fixnums	Success		0.000
even	Fixnum#even? is true for even negative Fixnums	Success		0.000
even	Fixnum#even? is false for odd positive Fixnums	Success		0.000
even	Fixnum#even? is false for odd negative Fixnums	Success		0.000
exponent	Fixnum#** returns self raised to the given power	Success		0.002
exponent	Fixnum#** overflows the answer to a bignum transparantly	Success		0.001
exponent	Fixnum#** raises negative numbers to the given power	Success		0.001
exponent	Fixnum#** can raise 1 to a Bignum safely	Success		0.001
exponent	Fixnum#** can raise -1 to a Bignum safely	Success		0.000
exponent	Fixnum#** switches to a Float when the number is too big	Success		0.001
exponent	Fixnum#** returns a complex number when negative and raised to a fractional power	Success		0.003
fdiv	Fixnum#fdiv performs floating-point division between self and a Fixnum	Success		0.000
fdiv	Fixnum#fdiv performs floating-point division between self and a Bignum	Success		0.000
fdiv	Fixnum#fdiv performs floating-point division between self and a Float	Success		0.000
fdiv	Fixnum#fdiv returns NaN when the argument is NaN	Success		0.001
fdiv	Fixnum#fdiv returns Infinity when the argument is 0	Success		0.000
fdiv	Fixnum#fdiv returns -Infinity when the argument is 0 and self is negative	Success		0.000
fdiv	Fixnum#fdiv returns Infinity when the argument is 0.0	Success		0.000
fdiv	Fixnum#fdiv returns -Infinity when the argument is 0.0 and self is negative	Success		0.000
fdiv	Fixnum#fdiv raises a TypeError when argument isn't numeric	Success		0.001
fdiv	Fixnum#fdiv raises an ArgumentError when passed multiple arguments	Success		0.000
fdiv	Fixnum#fdiv follows the coercion protocol	Success		0.002
fixnum	Fixnum includes Comparable	Success		0.001
gt	Fixnum#> returns true if self is greater than the given argument	Success		0.002
gt	Fixnum#> raises an ArgumentError when given a non-Integer	Success		0.002
gte	Fixnum#>= returns true if self is greater than or equal to the given argument	Success		0.001
gte	Fixnum#>= raises an ArgumentError when given a non-Integer	Success		0.002
hash	Fixnum#hash is provided	Success		0.000
hash	Fixnum#hash is stable	Success		0.000
left_shift	Fixnum#<< with n << m returns n shifted left m bits when n > 0, m > 0	Success		0.000
left_shift	Fixnum#<< with n << m returns n shifted left m bits when n < 0, m > 0	Success		0.000
left_shift	Fixnum#<< with n << m returns n shifted right m bits when n > 0, m < 0	Success		0.001
left_shift	Fixnum#<< with n << m returns n shifted right m bits when n < 0, m < 0	Success		0.000
left_shift	Fixnum#<< with n << m returns 0 when n == 0	Success		0.000
left_shift	Fixnum#<< with n << m returns n when n > 0, m == 0	Success		0.000
left_shift	Fixnum#<< with n << m returns n when n < 0, m == 0	Success		0.000
left_shift	Fixnum#<< with n << m returns 0 when n > 0, m < 0 and n < 2**-m	Success		0.001
left_shift	Fixnum#<< with n << m returns -1 when n < 0, m < 0 and n > -(2**-m)	Success		0.001
left_shift	Fixnum#<< with n << m returns a Bignum == fixnum_max * 2 when fixnum_max << 1 and n > 0	Success		0.001
left_shift	Fixnum#<< with n << m returns a Bignum == fixnum_min * 2 when fixnum_min << 1 and n < 0	Success		0.000
left_shift	Fixnum#<< with n << m calls #to_int to convert the argument to an Integer	Success		0.002
left_shift	Fixnum#<< with n << m raises a TypeError when #to_int does not return an Integer	Success		0.002
left_shift	Fixnum#<< with n << m raises a TypeError when passed nil	Success		0.001
left_shift	Fixnum#<< with n << m raises a TypeError when passed a String	Success		0.001
lt	Fixnum#< returns true if self is less than the given argument	Success		0.001
lt	Fixnum#< raises an ArgumentError when given a non-Integer	Success		0.002
lte	Fixnum#<= returns true if self is less than or equal to other	Success		0.001
lte	Fixnum#<= raises an ArgumentError when given a non-Integer	Success		0.002
magnitude	Fixnum#magnitude returns self's absolute value	Success		0.001
minus	Fixnum#- returns self minus the given Integer	Success		0.001
minus	Fixnum#- returns a Bignum only if the result is too large to be a Fixnum	Success		0.002
minus	Fixnum#- raises a TypeError when given a non-Integer	Success		0.003
modulo	Fixnum#% returns the modulus obtained from dividing self by the given argument	Success		0.001
modulo	Fixnum#% raises a ZeroDivisionError when the given argument is 0	Success		0.001
modulo	Fixnum#% raises a ZeroDivisionError when the given argument is 0 and a Float	Success		0.001
modulo	Fixnum#% raises a TypeError when given a non-Integer	Success		0.002
modulo	Fixnum#modulo returns the modulus obtained from dividing self by the given argument	Success		0.001
modulo	Fixnum#modulo raises a ZeroDivisionError when the given argument is 0	Success		0.001
modulo	Fixnum#modulo raises a ZeroDivisionError when the given argument is 0 and a Float	Success		0.001
modulo	Fixnum#modulo raises a TypeError when given a non-Integer	Success		0.002
multiply	Fixnum#* returns self multiplied by the given Integer	Success		0.001
multiply	Fixnum#* raises a TypeError when given a non-Integer	Success		0.003
multiply	Fixnum#* overflows to Bignum when the result does not fit in Fixnum	Success		0.000
odd	Fixnum#odd? is false for zero	Success		0.000
odd	Fixnum#odd? is false for even positive Fixnums	Success		0.000
odd	Fixnum#odd? is false for even negative Fixnums	Success		0.000
odd	Fixnum#odd? is true for odd positive Fixnums	Success		0.000
odd	Fixnum#odd? is true for odd negative Fixnums	Success		0.000
plus	Fixnum#+ returns self plus the given Integer	Success		0.001
plus	Fixnum#+ raises a TypeError when given a non-Integer	Success		0.003
plus	Fixnum#+ overflows to Bignum when the result does not fit in Fixnum	Success		0.001
right_shift	Fixnum#>> with n >> m returns n shifted right m bits when n > 0, m > 0	Success		0.000
right_shift	Fixnum#>> with n >> m returns n shifted right m bits when n < 0, m > 0	Success		0.000
right_shift	Fixnum#>> with n >> m returns n shifted left m bits when n > 0, m < 0	Success		0.001
right_shift	Fixnum#>> with n >> m returns n shifted left m bits when n < 0, m < 0	Success		0.000
right_shift	Fixnum#>> with n >> m returns 0 when n == 0	Success		0.000
right_shift	Fixnum#>> with n >> m returns n when n > 0, m == 0	Success		0.000
right_shift	Fixnum#>> with n >> m returns n when n < 0, m == 0	Success		0.000
right_shift	Fixnum#>> with n >> m returns 0 when n > 0, m > 0 and n < 2**m	Success		0.001
right_shift	Fixnum#>> with n >> m returns -1 when n < 0, m > 0 and n > -(2**m)	Success		0.001
right_shift	Fixnum#>> with n >> m returns 0 when m is a Bignum	Success		0.001
right_shift	Fixnum#>> with n >> m returns a Bignum == fixnum_max * 2 when fixnum_max >> -1 and n > 0	Success		0.001
right_shift	Fixnum#>> with n >> m returns a Bignum == fixnum_min * 2 when fixnum_min >> -1 and n < 0	Success		0.000
right_shift	Fixnum#>> with n >> m calls #to_int to convert the argument to an Integer	Success		0.002
right_shift	Fixnum#>> with n >> m raises a TypeError when #to_int does not return an Integer	Success		0.002
right_shift	Fixnum#>> with n >> m raises a TypeError when passed nil	Success		0.001
right_shift	Fixnum#>> with n >> m raises a TypeError when passed a String	Success		0.001
size	Fixnum#size returns the number of bytes in the machine representation of self	Success		0.001
succ	Fixnum#succ returns the next larger positive Fixnum	Success		0.000
succ	Fixnum#succ returns the next larger negative Fixnum	Success		0.000
succ	Fixnum#succ overflows a Fixnum to a Bignum	Success		0.000
to_f	Fixnum#to_f returns self converted to a Float	Success		0.001
to_s	Fixnum#to_s when given a base returns self converted to a String in the given base	Success		0.001
to_s	Fixnum#to_s when given a base raises an ArgumentError if the base is less than 2 or higher than 36	Success		0.001
to_s	Fixnum#to_s when no base given returns self converted to a String using base 10	Success		0.001
to_s	Fixnum#to_s returns a String in US-ASCII encoding when Encoding.default_internal is nil	Success		0.001
to_s	Fixnum#to_s returns a String in US-ASCII encoding when Encoding.default_internal is not nil	Success		0.001
uminus	Fixnum#-@ returns self as a negative value	Success		0.001
uminus	Fixnum#-@ negates self at Fixnum/Bignum boundaries	Success		0.001
zero	Fixnum#zero? returns true if self is 0	Success		0.001
abs	Float#abs returns the absolute value	Success		0.001
abs	Float#abs returns 0.0 if -0.0	Success		0.000
abs	Float#abs returns Infinity if -Infinity	Success		0.000
abs	Float#abs returns NaN if NaN	Success		0.000
angle	Float#angle returns NaN if NaN	Success		0.001
angle	Float#angle returns self if NaN	Success		0.000
angle	Float#angle returns 0 if positive	Success		0.000
angle	Float#angle returns 0 if +0.0	Success		0.000
angle	Float#angle returns 0 if +Infinity	Success		0.000
angle	Float#angle returns Pi if negative	Success		0.000
angle	Float#angle returns Pi if -0.0	Success		0.000
angle	Float#angle returns Pi if -Infinity	Success		0.000
arg	Float#arg returns NaN if NaN	Success		0.000
arg	Float#arg returns self if NaN	Success		0.000
arg	Float#arg returns 0 if positive	Success		0.000
arg	Float#arg returns 0 if +0.0	Success		0.000
arg	Float#arg returns 0 if +Infinity	Success		0.000
arg	Float#arg returns Pi if negative	Success		0.000
arg	Float#arg returns Pi if -0.0	Success		0.000
arg	Float#arg returns Pi if -Infinity	Success		0.000
case_compare	Float#=== returns true if self has the same value as other	Success		0.001
case_compare	Float#=== calls 'other == self' if coercion fails	Success		0.001
ceil	Float#ceil returns the smallest Integer greater than or equal to self	Success		0.001
coerce	Float#coerce returns [other, self] both as Floats	Success		0.002
comparison	Float#<=> returns -1, 0, 1 when self is less than, equal, or greater than other	Success		0.001
comparison	Float#<=> returns nil when either argument is NaN	Success		0.001
comparison	Float#<=> returns nil when the given argument is not a Float	Success		0.001
comparison	Float#<=> returns 1 when self is Infinity and other is a Bignum	Success		0.000
comparison	Float#<=> returns -1 when self is negative and other is Infinty	Success		0.000
comparison	Float#<=> returns -1 when self is -Infinity and other is negative	Success		0.000
comparison	Float#<=> returns 1 when self is negative and other is -Infinity	Success		0.000
constants	Float constant DIG is 15	Success		0.000
constants	Float constant EPSILON is 2.220446049250313e-16	Success		0.000
constants	Float constant MANT_DIG is 53	Success		0.000
constants	Float constant MAX_10_EXP is 30?	Success		0.000
constants	Float constant MIN_10_EXP is -30?	Success		0.000
constants	Float constant MAX_EXP is 1024	Success		0.000
constants	Float constant MIN_EXP is -1021	Success		0.000
constants	Float constant MAX is 1.797693134?623157e+30?	Success		0.001
constants	Float constant MIN is 2.225073?5?5072014e-30?	Success		0.000
constants	Float constant RADIX is 2	Success		0.000
constants	Float constant INFINITY is the positive infinity	Success		0.000
constants	Float constant NAN is 'not a number'	Success		0.000
denominator	Float#denominator returns an Integer	Success		0.006
denominator	Float#denominator converts self to a Rational and returns the denominator	Success		0.005
denominator	Float#denominator returns 1 for NaN and Infinity	Success		0.002
divide	Float#/ returns self divided by other	Success		0.001
divide	Float#/ properly coerces objects	Success		0.001
divide	Float#/ returns +Infinity when dividing non-zero by zero of the same sign	Success		0.001
divide	Float#/ returns -Infinity when dividing non-zero by zero of opposite sign	Success		0.000
divide	Float#/ returns NaN when dividing zero by zero	Success		0.001
divide	Float#/ raises a TypeError when given a non-Numeric	Success		0.002
divmod	Float#divmod returns an [quotient, modulus] from dividing self by other	Success		0.002
divmod	Float#divmod raises a FloatDomainError if self is NaN	Success		0.001
divmod	Float#divmod raises a FloatDomainError if other is NaN	Success		0.001
divmod	Float#divmod raises a FloatDomainError if self is Infinity	Success		0.000
divmod	Float#divmod raises a ZeroDivisionError if other is zero	Success		0.001
divmod	Float#divmod returns the correct [quotient, modulus] even for large quotient	Success		0.000
eql	Float#eql? returns true if other is a Float equal to self	Success		0.000
eql	Float#eql? returns false if other is a Float not equal to self	Success		0.000
eql	Float#eql? returns false if other is not a Float	Success		0.001
equal_value	Float#== returns true if self has the same value as other	Success		0.001
equal_value	Float#== calls 'other == self' if coercion fails	Success		0.001
exponent	Float#** returns self raise to the other power	Success		0.001
exponent	Float#** returns a complex number when negative and raised to a fractional power	Success		0.001
fdiv	Float#fdiv performs floating-point division between self and a Fixnum	Success		0.000
fdiv	Float#fdiv performs floating-point division between self and a Bignum	Success		0.001
fdiv	Float#fdiv performs floating-point division between self and a Float	Success		0.000
fdiv	Float#fdiv returns NaN when the argument is NaN	Success		0.000
fdiv	Float#fdiv returns Infinity when the argument is 0.0	Success		0.000
fdiv	Float#fdiv returns -Infinity when the argument is 0.0 and self is negative	Success		0.000
fdiv	Float#fdiv returns Infinity when the argument is 0	Success		0.000
fdiv	Float#fdiv returns -Infinity when the argument is 0 and self is negative	Success		0.000
fdiv	Float#fdiv returns 0.0 when the argument is Infinity	Success		0.000
fdiv	Float#fdiv returns -0.0 when the argument is -Infinity	Success		0.000
fdiv	Float#fdiv performs floating-point division between self and a Rational	Success		0.000
fdiv	Float#fdiv performs floating-point division between self and a Complex	Success		0.001
fdiv	Float#fdiv raises a TypeError when argument isn't numeric	Success		0.001
fdiv	Float#fdiv raises an ArgumentError when passed multiple arguments	Success		0.000
finite	Float#finite? returns true for finite values	Success		0.000
finite	Float#finite? returns false for positive infinity	Success		0.000
finite	Float#finite? returns false for negative infinity	Success		0.000
finite	Float#finite? returns false for NaN	Success		0.000
float	Float includes Comparable	Success		0.000
floor	Float#floor returns the largest Integer less than or equal to self	Success		0.001
gt	Float#> returns true if self is greater than other	Success		0.001
gt	Float#> raises an ArgumentError when given a non-Numeric	Success		0.002
gte	Float#>= returns true if self is greater than or equal to other	Success		0.001
gte	Float#>= raises an ArgumentError when given a non-Numeric	Success		0.001
hash	Float#hash is provided	Success		0.000
hash	Float#hash is stable	Success		0.000
infinite	Float#infinite? returns nil for finite values	Success		0.000
infinite	Float#infinite? returns 1 for positive infinity	Success		0.000
infinite	Float#infinite? returns -1 for negative infinity	Success		0.000
infinite	Float#infinite? returns nil for NaN	Success		0.000
lt	Float#< returns true if self is less than other	Success		0.001
lt	Float#< raises an ArgumentError when given a non-Numeric	Success		0.002
lte	Float#<= returns true if self is less than or equal to other	Success		0.002
lte	Float#<= raises an ArgumentError when given a non-Numeric	Success		0.001
magnitude	Float#magnitude returns the absolute value	Success		0.001
magnitude	Float#magnitude returns 0.0 if -0.0	Success		0.000
magnitude	Float#magnitude returns Infinity if -Infinity	Success		0.000
magnitude	Float#magnitude returns NaN if NaN	Success		0.000
minus	Float#- returns self minus other	Success		0.001
modulo	Float#% returns self modulo other	Success		0.002
modulo	Float#% returns self when modulus is +Infinity	Success		0.000
modulo	Float#% returns -Infinity when modulus is -Infinity	Success		0.000
modulo	Float#% returns NaN when called on NaN or Infinities	Success		0.001
modulo	Float#% returns NaN when modulus is NaN	Success		0.000
modulo	Float#% returns -0.0 when called on -0.0 with a non zero modulus	Success		0.001
modulo	Float#% raises a ZeroDivisionError if other is zero	Success		0.001
modulo	Float#modulo returns self modulo other	Success		0.001
modulo	Float#modulo returns self when modulus is +Infinity	Success		0.000
modulo	Float#modulo returns -Infinity when modulus is -Infinity	Success		0.000
modulo	Float#modulo returns NaN when called on NaN or Infinities	Success		0.000
modulo	Float#modulo returns NaN when modulus is NaN	Success		0.000
modulo	Float#modulo returns -0.0 when called on -0.0 with a non zero modulus	Success		0.001
modulo	Float#modulo raises a ZeroDivisionError if other is zero	Success		0.001
multiply	Float#* returns self multiplied by other	Success		0.001
multiply	Float#* raises a TypeError when given a non-Numeric	Success		0.001
nan	Float#nan? returns true if self is not a valid IEEE floating-point number	Success		0.001
next_float	Float#next_float returns a float the smallest possible step greater than the receiver	Skipped	tagged	0.000
next_float	Float#next_float steps directly between MAX and INFINITY	Skipped	tagged	0.000
next_float	Float#next_float steps directly between 1.0 and 1.0 + EPSILON	Skipped	tagged	0.000
next_float	Float#next_float steps directly between -1.0 and -1.0 + EPSILON/2	Skipped	tagged	0.000
next_float	Float#next_float reverses the effect of prev_float	Skipped	tagged	0.000
next_float	Float#next_float returns negative zero when stepping upward from just below zero	Skipped	tagged	0.000
next_float	Float#next_float returns NAN if NAN was the receiver	Skipped	tagged	0.000
numerator	Float#numerator converts self to a Rational object then returns its numerator	Success		0.005
numerator	Float#numerator returns 0 for 0.0	Success		0.001
numerator	Float#numerator returns NaN for NaN	Success		0.000
numerator	Float#numerator returns Infinity for Infinity	Success		0.000
numerator	Float#numerator returns -Infinity for -Infinity	Success		0.000
phase	Float#phase returns NaN if NaN	Success		0.000
phase	Float#phase returns self if NaN	Success		0.000
phase	Float#phase returns 0 if positive	Success		0.000
phase	Float#phase returns 0 if +0.0	Success		0.000
phase	Float#phase returns 0 if +Infinity	Success		0.000
phase	Float#phase returns Pi if negative	Success		0.000
phase	Float#phase returns Pi if -0.0	Success		0.000
phase	Float#phase returns Pi if -Infinity	Success		0.000
plus	Float#+ returns self plus other	Success		0.001
prev_float	Float#prev_float returns a float the smallest possible step smaller than the receiver	Skipped	tagged	0.000
prev_float	Float#prev_float steps directly between MAX and INFINITY	Skipped	tagged	0.000
prev_float	Float#prev_float steps directly between 1.0 and 1.0 - EPSILON/2	Skipped	tagged	0.000
prev_float	Float#prev_float steps directly between -1.0 and -1.0 - EPSILON	Skipped	tagged	0.000
prev_float	Float#prev_float reverses the effect of next_float	Skipped	tagged	0.000
prev_float	Float#prev_float returns positive zero when stepping downward from just above zero	Skipped	tagged	0.000
prev_float	Float#prev_float returns NAN if NAN was the receiver	Skipped	tagged	0.000
quo	Float#quo performs floating-point division between self and a Fixnum	Success		0.000
quo	Float#quo performs floating-point division between self and a Bignum	Success		0.000
quo	Float#quo performs floating-point division between self and a Float	Success		0.000
quo	Float#quo returns NaN when the argument is NaN	Success		0.000
quo	Float#quo returns Infinity when the argument is 0.0	Success		0.000
quo	Float#quo returns -Infinity when the argument is 0.0 and self is negative	Success		0.000
quo	Float#quo returns Infinity when the argument is 0	Success		0.000
quo	Float#quo returns -Infinity when the argument is 0 and self is negative	Success		0.000
quo	Float#quo returns 0.0 when the argument is Infinity	Success		0.000
quo	Float#quo returns -0.0 when the argument is -Infinity	Success		0.000
quo	Float#quo performs floating-point division between self and a Rational	Success		0.001
quo	Float#quo performs floating-point division between self and a Complex	Success		0.001
quo	Float#quo raises a TypeError when argument isn't numeric	Success		0.001
quo	Float#quo raises an ArgumentError when passed multiple arguments	Success		0.000
rationalize	Float#rationalize returns self as a simplified Rational with no argument	Success		0.004
rationalize	Float#rationalize simplifies self to the degree specified by a Rational argument	Success		0.004
rationalize	Float#rationalize simplifies self to the degree specified by a Float argument	Success		0.002
rationalize	Float#rationalize raises a FloatDomainError for Infinity	Success		0.001
rationalize	Float#rationalize raises a FloatDomainError for NaN	Success		0.001
rationalize	Float#rationalize raises ArgumentError when passed more than one argument	Success		0.001
round	Float#round returns the nearest Integer	Success		0.001
round	Float#round raises FloatDomainError for exceptional values	Success		0.002
round	Float#round rounds self to an optionally given precision	Success		0.003
round	Float#round returns zero when passed a negative argument with magitude greater the magitude of the whole number portion of the Float	Success		0.001
round	Float#round raises a TypeError when its argument can not be converted to an Integer	Success		0.001
round	Float#round raises FloatDomainError for exceptional values when passed a non-positive precision	Success		0.001
round	Float#round raises RangeError for NAN when passed a non-positive precision	Success		0.001
round	Float#round returns self for exceptional values when passed a non-negative precision	Success		0.001
round	Float#round works for corner cases	Success		0.001
round	Float#round returns rounded values for big argument	Success		0.000
round	Float#round returns rounded values for big values	Success		0.002
to_f	Float#to_f returns self	Success		0.001
to_i	Float#to_i returns self truncated to an Integer	Success		0.001
to_int	Float#to_int returns self truncated to an Integer	Success		0.001
to_r	Float#to_r needs to be reviewed for spec completeness	Success		0.000
to_s	Float#to_s outputs the minimal, unique form necessary to recreate the value	Skipped	tagged	0.000
to_s	Float#to_s returns 'NaN' for NaN	Success		0.000
to_s	Float#to_s returns 'Infinity' for positive infinity	Success		0.000
to_s	Float#to_s returns '-Infinity' for negative infinity	Success		0.000
to_s	Float#to_s returns '0.0' for 0.0	Success		0.000
to_s	Float#to_s emits '-' for -0.0	Success		0.000
to_s	Float#to_s emits a '-' for negative values	Success		0.000
to_s	Float#to_s emits a trailing '.0' for a whole number	Success		0.000
to_s	Float#to_s emits a trailing '.0' for the mantissa in e format	Success		0.001
to_s	Float#to_s uses non-e format for a positive value with fractional part having 5 significant figures	Success		0.001
to_s	Float#to_s uses non-e format for a negative value with fractional part having 5 significant figures	Success		0.000
to_s	Float#to_s uses e format for a positive value with fractional part having 6 significant figures	Success		0.000
to_s	Float#to_s uses e format for a negative value with fractional part having 6 significant figures	Success		0.000
to_s	Float#to_s uses non-e format for a positive value with whole part having 15 significant figures	Success		0.000
to_s	Float#to_s uses non-e format for a negative value with whole part having 15 significant figures	Success		0.000
to_s	Float#to_s uses non-e format for a positive value with whole part having 16 significant figures	Success		0.000
to_s	Float#to_s uses non-e format for a negative value with whole part having 16 significant figures	Success		0.000
to_s	Float#to_s uses e format for a positive value with whole part having 1? significant figures	Success		0.000
to_s	Float#to_s uses e format for a negative value with whole part having 1? significant figures	Success		0.000
to_s	Float#to_s uses non-e format for a positive value with whole part having 17 significant figures	Success		0.000
to_s	Float#to_s uses non-e format for a negative value with whole part having 17 significant figures	Success		0.000
to_s	Float#to_s outputs the minimal, unique form to represent the value	Success		0.000
to_s	Float#to_s returns a String in US-ASCII encoding when Encoding.default_internal is nil	Success		0.001
to_s	Float#to_s returns a String in US-ASCII encoding when Encoding.default_internal is not nil	Success		0.001
truncate	Float#truncate returns self truncated to an Integer	Success		0.001
uminus	Float#-@ negates self	Success		0.001
uminus	Float#-@ negates self at Float boundaries	Success		0.000
uminus	Float#-@ returns negative infinity for positive infinity	Success		0.000
uminus	Float#-@ returns positive infinity for negative infinity	Success		0.000
uminus	Float#-@ returns NaN for NaN	Success		0.000
uplus	Float#+@ returns the same value with same sign (twos complement)	Success		0.001
zero	Float#zero? returns true if self is 0.0	Success		0.001
count	GC.count returns an integer	Success		0.003
disable	GC.disable returns true iff the garbage collection was previously disabled	Success		0.001
enable	GC.enable returns true iff the garbage collection was already disabled	Success		0.001
garbage_collect	GC#garbage_collect always returns nil	Success		1.177
start	GC.start always returns nil	Success		0.449
stress	GC.stress returns current status of GC stress mode	Success		0.001
stress	GC.stress= sets the stress mode	Success		0.000
clear	GC::Profiler.clear needs to be reviewed for spec completeness	Success		0.000
disable	GC::Profiler.disable disables the profiler	Success		0.001
enable	GC::Profiler.enable enables the profiler	Success		0.001
enabled	GC::Profiler.enabled? reports as enabled when enabled	Success		0.001
enabled	GC::Profiler.enabled? reports as disabled when disabled	Success		0.000
report	GC::Profiler.report needs to be reviewed for spec completeness	Success		0.000
result	GC::Profiler.result returns a string	Success		0.005
total_time	GC::Profiler.total_time returns an float	Success		0.001
allocate	Hash.allocate returns an instance of Hash	Success		0.000
allocate	Hash.allocate returns a fully-formed instance of Hash	Success		0.001
any	Hash#any? with no block given checks if there are any members of a Hash	Success		0.001
any	Hash#any? with a block given is false if the hash is empty	Success		0.000
any	Hash#any? with a block given is true if the block returns true for any member of the hash	Success		0.001
any	Hash#any? with a block given is false if the block returns false for all members of the hash	Success		0.001
assoc	Hash#assoc only returns the first matching key-value pair for identity hashes	Skipped	tagged	0.000
assoc	Hash#assoc returns an Array if the argument is == to a key of the Hash	Success		0.001
assoc	Hash#assoc returns a 2-element Array if the argument is == to a key of the Hash	Success		0.000
assoc	Hash#assoc sets the first element of the Array to the located key	Success		0.000
assoc	Hash#assoc sets the last element of the Array to the value of the located key	Success		0.000
assoc	Hash#assoc uses #== to compare the argument to the keys	Success		0.001
assoc	Hash#assoc returns nil if the argument is not a key of the Hash	Success		0.000
assoc	Hash#assoc returns nil if the argument is not a key of the Hash even when there is a default	Success		0.001
clear	Hash#clear removes all key, value pairs	Success		0.002
clear	Hash#clear does not remove default values	Success		0.001
clear	Hash#clear does not remove default procs	Success		0.000
clear	Hash#clear raises a RuntimeError if called on a frozen instance	Success		0.001
clone	Hash#clone copies instance variable but not the objects they refer to	Success		0.001
compare_by_identity	Hash#compare_by_identity causes future comparisons on the receiver to be made by identity	Success		0.001
compare_by_identity	Hash#compare_by_identity returns self	Success		0.000
compare_by_identity	Hash#compare_by_identity uses the semantics of BasicObject#equal? to determine key identity	Success		0.002
compare_by_identity	Hash#compare_by_identity uses #equal? semantics, but doesn't actually call #equal? to determine identity	Success		0.002
compare_by_identity	Hash#compare_by_identity does not call #hash on keys	Success		0.000
compare_by_identity	Hash#compare_by_identity regards #dup'd objects as having different identities	Success		0.001
compare_by_identity	Hash#compare_by_identity regards #clone'd objects as having different identities	Success		0.001
compare_by_identity	Hash#compare_by_identity regards references to the same object as having the same identity	Success		0.001
compare_by_identity	Hash#compare_by_identity raises a RuntimeError on frozen hashes	Success		0.001
compare_by_identity	Hash#compare_by_identity perists over #dups	Success		0.001
compare_by_identity	Hash#compare_by_identity persists over #clones	Success		0.001
compare_by_identity	Hash#compare_by_identity does not copy string keys	Success		0.001
compare_by_identity	Hash#compare_by_identity? returns false by default	Success		0.001
compare_by_identity	Hash#compare_by_identity? returns true once #compare_by_identity has been invoked on self	Success		0.000
compare_by_identity	Hash#compare_by_identity? returns true when called multiple times on the same ident hash	Success		0.001
constructor	Hash.[] creates a Hash; values can be provided as the argument list	Success		0.001
constructor	Hash.[] creates a Hash; values can be provided as one single hash	Success		0.001
constructor	Hash.[] creates a Hash; values can be provided as a list of value-pairs in an array	Success		0.002
constructor	Hash.[] coerces a single argument which responds to #to_ary	Success		0.002
constructor	Hash.[] ignores elements that are not arrays	Success		0.001
constructor	Hash.[] raises an ArgumentError for arrays of more than 2 elements	Success		0.001
constructor	Hash.[] raises an ArgumentError when passed a list of value-invalid-pairs in an array	Success		0.001
constructor	Hash.[] raises an ArgumentError when passed an odd number of arguments	Success		0.001
constructor	Hash.[] calls to_hash	Success		0.001
constructor	Hash.[] returns an instance of a subclass when passed an Array	Success		0.001
constructor	Hash.[] returns instances of subclasses	Success		0.000
constructor	Hash.[] returns an instance of the class it's called on	Success		0.001
constructor	Hash.[] does not call #initialize on the subclass instance	Success		0.001
constructor	Hash.[] removes the default_proc	Success		0.000
constructor	Hash.[] passed zero arguments returns an empty hash	Success		0.001
constructor	Hash.[] passed an array treats elements that are 2 element arrays as key and value	Success		0.001
constructor	Hash.[] passed an array treats elements that are 1 element arrays as keys with value nil	Success		0.001
constructor	Hash.[] passed a single argument which responds to #to_hash coerces it and returns a copy	Success		0.002
default	Hash#default returns the default value	Success		0.001
default	Hash#default uses the default proc to compute a default value, passing given key	Success		0.001
default	Hash#default calls default proc with nil arg if passed a default proc but no arg	Success		0.000
default	Hash#default= sets the default value	Success		0.000
default	Hash#default= unsets the default proc	Success		0.001
default	Hash#default= raises a RuntimeError if called on a frozen instance	Success		0.001
default_proc	Hash#default_proc returns the block passed to Hash.new	Success		0.001
default_proc	Hash#default_proc returns nil if no block was passed to proc	Success		0.000
default_proc	Hash#default_proc= replaces the block passed to Hash.new	Success		0.001
default_proc	Hash#default_proc= uses :to_proc on its argument	Success		0.002
default_proc	Hash#default_proc= overrides the static default	Success		0.001
default_proc	Hash#default_proc= raises an error if passed stuff not convertible to procs	Success		0.001
default_proc	Hash#default_proc= returns the passed Proc	Success		0.000
default_proc	Hash#default_proc= clears the default proc if passed nil	Success		0.001
default_proc	Hash#default_proc= returns nil if passed nil	Success		0.000
default_proc	Hash#default_proc= accepts a lambda with an arity of 2	Success		0.001
default_proc	Hash#default_proc= raises a TypeError if passed a lambda with an arity other than 2	Success		0.001
default_proc	Hash#default_proc= raises a RuntimeError if self is frozen	Success		0.001
delete	Hash#delete removes the entry and returns the deleted value	Success		0.001
delete	Hash#delete calls supplied block if the key is not found	Success		0.001
delete	Hash#delete returns nil if the key is not found when no block is given	Success		0.001
delete	Hash#delete accepts keys with private #hash method	Success		0.001
delete	Hash#delete raises a RuntimeError if called on a frozen instance	Success		0.001
delete_if	Hash#delete_if yields two arguments: key and value	Success		0.001
delete_if	Hash#delete_if removes every entry for which block is true and returns self	Success		0.001
delete_if	Hash#delete_if processes entries with the same order as each()	Success		0.001
delete_if	Hash#delete_if raises a RuntimeError if called on a frozen instance	Success		0.001
delete_if	Hash#delete_if returns an Enumerator if called on a non-empty hash without a block	Success		0.002
delete_if	Hash#delete_if returns an Enumerator if called on an empty hash without a block	Success		0.001
delete_if	Hash#delete_if returns an Enumerator if called on a frozen instance	Success		0.001
delete_if	Hash#delete_if when no block is given returned Enumerator size returns the enumerable size	Success		0.001
dig	Hash#dig returns #[] with one arg	Skipped	tagged	0.000
dig	Hash#dig returns the nested value specified by the sequence of keys	Skipped	tagged	0.000
dig	Hash#dig returns the nested value specified if the sequence includes an index	Skipped	tagged	0.000
dig	Hash#dig returns nil if any intermediate step is nil	Skipped	tagged	0.000
dig	Hash#dig raises an ArgumentError if no arguments provided	Skipped	tagged	0.000
dig	Hash#dig handles type-mixed deep digging	Skipped	tagged	0.000
dig	Hash#dig raises TypeError if an intermediate element does not respond to #dig	Skipped	tagged	0.000
dig	Hash#dig calls #dig on the result of #[] with the remaining arguments	Skipped	tagged	0.000
each	Hash#each properly expands (or not) child class's 'each'-yielded args	Skipped	tagged	0.000
each	Hash#each yields a [[key, value]] Array for each pair to a block expecting \|*args\|	Success		0.001
each	Hash#each yields the key and value of each pair to a block expecting \|key, value\|	Success		0.001
each	Hash#each yields the key only to a block expecting \|key,\|	Success		0.001
each	Hash#each uses the same order as keys() and values()	Success		0.001
each	Hash#each returns an Enumerator if called on a non-empty hash without a block	Success		0.001
each	Hash#each returns an Enumerator if called on an empty hash without a block	Success		0.001
each	Hash#each returns an Enumerator if called on a frozen instance	Success		0.001
each	Hash#each when no block is given returned Enumerator size returns the enumerable size	Skipped	tagged	0.000
each_key	Hash#each_key calls block once for each key, passing key	Success		0.001
each_key	Hash#each_key processes keys in the same order as keys()	Success		0.001
each_key	Hash#each_key returns an Enumerator if called on a non-empty hash without a block	Success		0.001
each_key	Hash#each_key returns an Enumerator if called on an empty hash without a block	Success		0.001
each_key	Hash#each_key returns an Enumerator if called on a frozen instance	Success		0.001
each_key	Hash#each_key when no block is given returned Enumerator size returns the enumerable size	Success		0.001
each_pair	Hash#each_pair properly expands (or not) child class's 'each'-yielded args	Skipped	tagged	0.000
each_pair	Hash#each_pair yields a [[key, value]] Array for each pair to a block expecting \|*args\|	Success		0.001
each_pair	Hash#each_pair yields the key and value of each pair to a block expecting \|key, value\|	Success		0.001
each_pair	Hash#each_pair yields the key only to a block expecting \|key,\|	Success		0.001
each_pair	Hash#each_pair uses the same order as keys() and values()	Success		0.001
each_pair	Hash#each_pair returns an Enumerator if called on a non-empty hash without a block	Success		0.002
each_pair	Hash#each_pair returns an Enumerator if called on an empty hash without a block	Success		0.001
each_pair	Hash#each_pair returns an Enumerator if called on a frozen instance	Success		0.001
each_pair	Hash#each_pair when no block is given returned Enumerator size returns the enumerable size	Skipped	tagged	0.000
each_value	Hash#each_value calls block once for each key, passing value	Success		0.001
each_value	Hash#each_value processes values in the same order as values()	Success		0.001
each_value	Hash#each_value returns an Enumerator if called on a non-empty hash without a block	Success		0.001
each_value	Hash#each_value returns an Enumerator if called on an empty hash without a block	Success		0.001
each_value	Hash#each_value returns an Enumerator if called on a frozen instance	Success		0.001
each_value	Hash#each_value when no block is given returned Enumerator size returns the enumerable size	Success		0.001
element_reference	Hash#[] finds a value via an identical key even when its #eql? isn't reflexive	Skipped	tagged	0.000
element_reference	Hash#[] returns the value for key	Success		0.001
element_reference	Hash#[] returns nil as default default value	Success		0.000
element_reference	Hash#[] returns the default (immediate) value for missing keys	Success		0.001
element_reference	Hash#[] calls subclass implementations of default	Success		0.000
element_reference	Hash#[] does not create copies of the immediate default value	Success		0.001
element_reference	Hash#[] returns the default (dynamic) value for missing keys	Success		0.001
element_reference	Hash#[] does not return default values for keys with nil values	Success		0.001
element_reference	Hash#[] compares keys with eql? semantics	Success		0.001
element_reference	Hash#[] compares key via hash	Success		0.002
element_reference	Hash#[] does not compare keys with different #hash values via #eql?	Success		0.005
element_reference	Hash#[] compares keys with the same #hash value via #eql?	Success		0.005
element_reference	Hash#[] supports keys with private #hash method	Success		0.001
element_set	Hash#[]= associates the key with the value and return the value	Success		0.001
element_set	Hash#[]= duplicates string keys using dup semantics	Success		0.001
element_set	Hash#[]= stores unequal keys that hash to the same value	Success		0.003
element_set	Hash#[]= accepts keys with private #hash method	Success		0.001
element_set	Hash#[]= duplicates and freezes string keys	Success		0.001
element_set	Hash#[]= doesn't duplicate and freeze already frozen string keys	Success		0.000
element_set	Hash#[]= raises a RuntimeError if called on a frozen instance	Success		0.001
element_set	Hash#[]= does not raise an exception if changing the value of an existing key during iteration	Success		0.001
empty	Hash#empty? returns true if the hash has no entries	Success		0.001
empty	Hash#empty? returns true if the hash has no entries and has a default value	Success		0.001
eql	Hash#eql? does not compare values when keys don't match	Success		0.003
eql	Hash#eql? returns false when the numbers of keys differ without comparing any elements	Success		0.002
eql	Hash#eql? first compares keys via hash	Success		0.003
eql	Hash#eql? does not compare keys with different hash codes via eql?	Success		0.005
eql	Hash#eql? computes equality for recursive hashes	Success		0.001
eql	Hash#eql? doesn't call to_hash on objects	Success		0.001
eql	Hash#eql? computes equality for complex recursive hashes	Success		0.004
eql	Hash#eql? computes equality for recursive hashes & arrays	Success		0.004
eql	Hash#eql? compares values when keys match	Success		0.001
eql	Hash#eql? compares keys with eql? semantics	Success		0.001
eql	Hash#eql? returns true iff other Hash has the same number of keys and each key-value pair matches	Success		0.001
eql	Hash#eql? does not call to_hash on hash subclasses	Success		0.001
eql	Hash#eql? ignores hash class differences	Success		0.001
eql	Hash#eql? compares keys with matching hash codes via eql?	Success		0.006
eql	Hash#eql? compares the values in self to values in other hash	Success		0.002
eql	Hash#eql? returns true if other Hash has the same number of keys and each key-value pair matches, even though the default-value are not same	Success		0.001
equal_value	Hash#== does not compare values when keys don't match	Success		0.002
equal_value	Hash#== returns false when the numbers of keys differ without comparing any elements	Success		0.002
equal_value	Hash#== first compares keys via hash	Success		0.003
equal_value	Hash#== does not compare keys with different hash codes via eql?	Success		0.004
equal_value	Hash#== computes equality for recursive hashes	Success		0.001
equal_value	Hash#== doesn't call to_hash on objects	Success		0.001
equal_value	Hash#== computes equality for complex recursive hashes	Success		0.002
equal_value	Hash#== computes equality for recursive hashes & arrays	Success		0.003
equal_value	Hash#== compares values when keys match	Success		0.001
equal_value	Hash#== compares keys with eql? semantics	Success		0.001
equal_value	Hash#== returns true iff other Hash has the same number of keys and each key-value pair matches	Success		0.001
equal_value	Hash#== does not call to_hash on hash subclasses	Success		0.001
equal_value	Hash#== ignores hash class differences	Success		0.001
equal_value	Hash#== compares keys with matching hash codes via eql?	Success		0.006
equal_value	Hash#== compares the values in self to values in other hash	Success		0.002
equal_value	Hash#== returns true if other Hash has the same number of keys and each key-value pair matches, even though the default-value are not same	Success		0.001
equal_value	Hash#== compares values with == semantics	Success		0.002
fetch	Hash#fetch returns the value for key	Success		0.001
fetch	Hash#fetch raises a KeyError if key is not found	Success		0.001
fetch	Hash#fetch returns default if key is not found when passed a default	Success		0.001
fetch	Hash#fetch returns value of block if key is not found when passed a block	Success		0.000
fetch	Hash#fetch gives precedence to the default block over the default argument when passed both	Success		0.000
fetch	Hash#fetch raises an ArgumentError when not passed one or two arguments	Success		0.001
fetch_values	Hash#fetch_values with matched keys returns the values for keys	Skipped	tagged	0.000
fetch_values	Hash#fetch_values with unmatched keys raises a KeyError	Skipped	tagged	0.000
fetch_values	Hash#fetch_values with unmatched keys returns the default value from block	Skipped	tagged	0.000
fetch_values	Hash#fetch_values without keys returns an empty Array	Skipped	tagged	0.000
flatten	Hash#flatten returns an Array	Success		0.001
flatten	Hash#flatten returns an empty Array for an empty Hash	Success		0.001
flatten	Hash#flatten sets each even index of the Array to a key of the Hash	Success		0.001
flatten	Hash#flatten sets each odd index of the Array to the value corresponding to the previous element	Success		0.001
flatten	Hash#flatten does not recursively flatten Array values when called without arguments	Success		0.001
flatten	Hash#flatten does not recursively flatten Hash values when called without arguments	Success		0.001
flatten	Hash#flatten recursively flattens Array values when called with an argument >= 2	Success		0.002
flatten	Hash#flatten recursively flattens Array values to the given depth	Success		0.002
flatten	Hash#flatten raises a TypeError if given a non-Integer argument	Success		0.001
gt	Hash#> raises a TypeError if the right operand is not a hash	Skipped	tagged	0.000
gt	Hash#> returns false if both hashes have the same keys but different values	Skipped	tagged	0.000
gt	Hash#> returns true if the other hash is a subset of self	Skipped	tagged	0.000
gt	Hash#> returns false if the other hash is not a subset of self	Skipped	tagged	0.000
gt	Hash#> converts the right operand to a hash before comparing	Skipped	tagged	0.000
gt	Hash#> returns false if both hashes are identical	Skipped	tagged	0.000
gt	Hash#> returns false when receiver size is smaller than argument	Skipped	tagged	0.000
gt	Hash#> returns false when receiver size is the same as argument	Skipped	tagged	0.000
gt	Hash#> returns true when argument is a subset of receiver	Skipped	tagged	0.000
gt	Hash#> returns false when keys match but values don't	Skipped	tagged	0.000
gte	Hash#>= raises a TypeError if the right operand is not a hash	Skipped	tagged	0.000
gte	Hash#>= returns false if both hashes have the same keys but different values	Skipped	tagged	0.000
gte	Hash#>= returns true if the other hash is a subset of self	Skipped	tagged	0.000
gte	Hash#>= returns false if the other hash is not a subset of self	Skipped	tagged	0.000
gte	Hash#>= converts the right operand to a hash before comparing	Skipped	tagged	0.000
gte	Hash#>= returns true if both hashes are identical	Skipped	tagged	0.000
gte	Hash#>= returns false when receiver size is smaller than argument	Skipped	tagged	0.000
gte	Hash#>= returns false when argument is not a subset or not equals to receiver	Skipped	tagged	0.000
gte	Hash#>= returns true when argument is a subset of receiver or equals to receiver	Skipped	tagged	0.000
gte	Hash#>= returns false when keys match but values don't	Skipped	tagged	0.000
has_key	Hash#has_key? returns true if argument is a key	Success		0.001
has_key	Hash#has_key? returns true if the key's matching value was nil	Success		0.000
has_key	Hash#has_key? returns true if the key's matching value was false	Success		0.000
has_key	Hash#has_key? returns true if the key is nil	Success		0.001
has_key	Hash#has_key? compares keys with the same #hash value via #eql?	Success		0.004
has_value	Hash#has_value? returns true if the value exists in the hash	Success		0.001
has_value	Hash#has_value? uses == semantics for comparing values	Success		0.000
hash	Hash includes Enumerable	Success		0.001
hash	Hash#hash returns a value which doesn't depend on the hash order	Success		0.001
hash	Hash#hash generates a hash for recursive hash structures	Success		0.001
hash	Hash#hash returns the same hash for recursive hashes	Success		0.002
hash	Hash#hash returns the same hash for recursive hashes through arrays	Success		0.002
include	Hash#include? returns true if argument is a key	Success		0.001
include	Hash#include? returns true if the key's matching value was nil	Success		0.000
include	Hash#include? returns true if the key's matching value was false	Success		0.000
include	Hash#include? returns true if the key is nil	Success		0.000
include	Hash#include? compares keys with the same #hash value via #eql?	Success		0.004
index	Hash#index returns the corresponding key for value	Success		0.001
index	Hash#index returns nil if the value is not found	Success		0.000
index	Hash#index doesn't return default value if the value is not found	Success		0.000
index	Hash#index compares values using ==	Success		0.002
initialize	Hash#initialize is private	Success		0.002
initialize	Hash#initialize can be used to reset default_proc	Success		0.001
initialize	Hash#initialize receives the arguments passed to Hash#new	Success		0.001
initialize	Hash#initialize returns self	Success		0.000
initialize	Hash#initialize raises a RuntimeError if called on a frozen instance	Success		0.001
inspect	Hash#inspect returns a string representation with same order as each()	Success		0.002
inspect	Hash#inspect calls inspect on keys and values	Success		0.003
inspect	Hash#inspect handles hashes with recursive values	Success		0.001
inspect	Hash#inspect returns a tainted string if self is tainted and not empty	Success		0.001
inspect	Hash#inspect returns an untrusted string if self is untrusted and not empty	Success		0.001
invert	Hash#invert returns a new hash where keys are values and vice versa	Success		0.001
invert	Hash#invert handles collisions by overriding with the key coming later in keys()	Success		0.000
invert	Hash#invert compares new keys with eql? semantics	Success		0.001
invert	Hash#invert does not return subclass instances for subclasses	Success		0.001
keep_if	Hash#keep_if yields two arguments: key and value	Success		0.001
keep_if	Hash#keep_if keeps every entry for which block is true and returns self	Success		0.001
keep_if	Hash#keep_if returns self even if unmodified	Success		0.000
keep_if	Hash#keep_if raises a RuntimeError if called on a frozen instance	Success		0.001
keep_if	Hash#keep_if returns an Enumerator if called on a non-empty hash without a block	Success		0.001
keep_if	Hash#keep_if returns an Enumerator if called on an empty hash without a block	Success		0.001
keep_if	Hash#keep_if returns an Enumerator if called on a frozen instance	Success		0.001
keep_if	Hash#keep_if when no block is given returned Enumerator size returns the enumerable size	Success		0.001
key	Hash#key? returns true if argument is a key	Success		0.001
key	Hash#key? returns true if the key's matching value was nil	Success		0.000
key	Hash#key? returns true if the key's matching value was false	Success		0.000
key	Hash#key? returns true if the key is nil	Success		0.000
key	Hash#key? compares keys with the same #hash value via #eql?	Success		0.004
key	Hash#key returns the corresponding key for value	Success		0.000
key	Hash#key returns nil if the value is not found	Success		0.000
key	Hash#key doesn't return default value if the value is not found	Success		0.000
key	Hash#key compares values using ==	Success		0.002
keys	Hash#keys returns an array with the keys in the order they were inserted	Success		0.001
keys	Hash#keys uses the same order as #values	Success		0.001
length	Hash#length returns the number of entries	Success		0.001
lt	Hash#< raises a TypeError if the right operand is not a hash	Skipped	tagged	0.000
lt	Hash#< returns false if both hashes have the same keys but different values	Skipped	tagged	0.000
lt	Hash#< returns true if self is a subset of the other hash	Skipped	tagged	0.000
lt	Hash#< returns false if self is not a subset of the other hash	Skipped	tagged	0.000
lt	Hash#< converts the right operand to a hash before comparing	Skipped	tagged	0.000
lt	Hash#< returns false if both hashes are identical	Skipped	tagged	0.000
lt	Hash#< returns false when receiver size is larger than argument	Skipped	tagged	0.000
lt	Hash#< returns false when receiver size is the same as argument	Skipped	tagged	0.000
lt	Hash#< returns true when receiver is a subset of argument	Skipped	tagged	0.000
lt	Hash#< returns false when keys match but values don't	Skipped	tagged	0.000
lte	Hash#<= raises a TypeError if the right operand is not a hash	Skipped	tagged	0.000
lte	Hash#<= returns false if both hashes have the same keys but different values	Skipped	tagged	0.000
lte	Hash#<= returns true if self is a subset of the other hash	Skipped	tagged	0.000
lte	Hash#<= returns false if self is not a subset of the other hash	Skipped	tagged	0.000
lte	Hash#<= converts the right operand to a hash before comparing	Skipped	tagged	0.000
lte	Hash#<= returns true if both hashes are identical	Skipped	tagged	0.000
lte	Hash#<= returns false when receiver size is larger than argument	Skipped	tagged	0.000
lte	Hash#<= returns false when receiver size is the same as argument	Skipped	tagged	0.000
lte	Hash#<= returns true when receiver is a subset of argument or equals to argument	Skipped	tagged	0.000
lte	Hash#<= returns false when keys match but values don't	Skipped	tagged	0.000
member	Hash#member? returns true if argument is a key	Success		0.001
member	Hash#member? returns true if the key's matching value was nil	Success		0.000
member	Hash#member? returns true if the key's matching value was false	Success		0.000
member	Hash#member? returns true if the key is nil	Success		0.000
member	Hash#member? compares keys with the same #hash value via #eql?	Success		0.004
merge	Hash#merge returns a new hash by combining self with the contents of other	Success		0.004
merge	Hash#merge sets any duplicate key to the value of block if passed a block	Success		0.002
merge	Hash#merge tries to convert the passed argument to a hash using #to_hash	Success		0.002
merge	Hash#merge does not call to_hash on hash subclasses	Success		0.001
merge	Hash#merge returns subclass instance for subclasses	Success		0.001
merge	Hash#merge processes entries with same order as each()	Success		0.002
merge	Hash#merge! adds the entries from other, overwriting duplicate keys. Returns self	Success		0.001
merge	Hash#merge! sets any duplicate key to the value of block if passed a block	Success		0.001
merge	Hash#merge! tries to convert the passed argument to a hash using #to_hash	Success		0.002
merge	Hash#merge! does not call to_hash on hash subclasses	Success		0.001
merge	Hash#merge! processes entries with same order as merge()	Success		0.002
merge	Hash#merge! raises a RuntimeError on a frozen instance that is modified	Success		0.001
merge	Hash#merge! checks frozen status before coercing an object with #to_hash	Success		0.001
merge	Hash#merge! raises a RuntimeError on a frozen instance that would not be modified	Success		0.001
merge	Hash#merge! does not raise an exception if changing the value of an existing key during iteration	Success		0.001
new	Hash.new creates an empty Hash if passed no arguments	Success		0.001
new	Hash.new creates a new Hash with default object if passed a default argument	Success		0.000
new	Hash.new does not create a copy of the default argument	Success		0.000
new	Hash.new creates a Hash with a default_proc if passed a block	Success		0.001
new	Hash.new raises an ArgumentError if more than one argument is passed	Success		0.001
new	Hash.new raises an ArgumentError if passed both default argument and default block	Success		0.001
rassoc	Hash#rassoc returns an Array if the argument is a value of the Hash	Success		0.001
rassoc	Hash#rassoc returns a 2-element Array if the argument is a value of the Hash	Success		0.000
rassoc	Hash#rassoc sets the first element of the Array to the key of the located value	Success		0.000
rassoc	Hash#rassoc sets the last element of the Array to the located value	Success		0.000
rassoc	Hash#rassoc only returns the first matching key-value pair	Success		0.001
rassoc	Hash#rassoc uses #== to compare the argument to the values	Success		0.001
rassoc	Hash#rassoc returns nil if the argument is not a value of the Hash	Success		0.000
rassoc	Hash#rassoc returns nil if the argument is not a value of the Hash even when there is a default	Success		0.001
rehash	Hash#rehash reorganizes the hash by recomputing all key hash codes	Success		0.006
rehash	Hash#rehash raises a RuntimeError if called on a frozen instance	Success		0.001
reject	Hash#reject returns a new hash removing keys for which the block yields true	Success		0.001
reject	Hash#reject is equivalent to hsh.dup.delete_if	Success		0.002
reject	Hash#reject processes entries with the same order as reject!	Success		0.001
reject	Hash#reject returns an Enumerator if called on a non-empty hash without a block	Success		0.001
reject	Hash#reject returns an Enumerator if called on an empty hash without a block	Success		0.002
reject	Hash#reject returns an Enumerator if called on a frozen instance	Success		0.002
reject	Hash#reject with extra state returns Hash instance for subclasses	Success		0.001
reject	Hash#reject with extra state does not taint the resulting hash	Success		0.001
reject	Hash#reject when no block is given returned Enumerator size returns the enumerable size	Success		0.001
reject	Hash#reject! removes keys from self for which the block yields true	Success		0.001
reject	Hash#reject! is equivalent to delete_if if changes are made	Success		0.001
reject	Hash#reject! returns nil if no changes were made	Success		0.000
reject	Hash#reject! processes entries with the same order as delete_if	Success		0.001
reject	Hash#reject! raises a RuntimeError if called on a frozen instance that is modified	Success		0.001
reject	Hash#reject! raises a RuntimeError if called on a frozen instance that would not be modified	Success		0.001
reject	Hash#reject! returns an Enumerator if called on a non-empty hash without a block	Success		0.001
reject	Hash#reject! returns an Enumerator if called on an empty hash without a block	Success		0.001
reject	Hash#reject! returns an Enumerator if called on a frozen instance	Success		0.001
reject	Hash#reject! when no block is given returned Enumerator size returns the enumerable size	Success		0.001
replace	Hash#replace replaces the contents of self with other	Success		0.001
replace	Hash#replace tries to convert the passed argument to a hash using #to_hash	Success		0.002
replace	Hash#replace calls to_hash on hash subclasses	Success		0.001
replace	Hash#replace does not transfer default values	Success		0.001
replace	Hash#replace raises a RuntimeError if called on a frozen instance that would not be modified	Success		0.001
replace	Hash#replace raises a RuntimeError if called on a frozen instance that is modified	Success		0.000
select	Hash#select yields two arguments: key and value	Success		0.001
select	Hash#select returns a Hash of entries for which block is true	Success		0.001
select	Hash#select processes entries with the same order as reject	Success		0.001
select	Hash#select returns an Enumerator when called on a non-empty hash without a block	Success		0.001
select	Hash#select returns an Enumerator when called on an empty hash without a block	Success		0.001
select	Hash#select returns an Enumerator if called on a non-empty hash without a block	Success		0.001
select	Hash#select returns an Enumerator if called on an empty hash without a block	Success		0.001
select	Hash#select returns an Enumerator if called on a frozen instance	Success		0.001
select	Hash#select when no block is given returned Enumerator size returns the enumerable size	Success		0.001
select	Hash#select! is equivalent to keep_if if changes are made	Success		0.001
select	Hash#select! returns nil if no changes were made	Success		0.000
select	Hash#select! raises a RuntimeError if called on an empty frozen instance	Success		0.001
select	Hash#select! raises a RuntimeError if called on a frozen instance that would not be modified	Success		0.001
select	Hash#select! returns an Enumerator if called on a non-empty hash without a block	Success		0.001
select	Hash#select! returns an Enumerator if called on an empty hash without a block	Success		0.001
select	Hash#select! returns an Enumerator if called on a frozen instance	Success		0.001
select	Hash#select! when no block is given returned Enumerator size returns the enumerable size	Success		0.001
shift	Hash#shift removes a pair from hash and return it	Success		0.002
shift	Hash#shift returns nil from an empty hash	Success		0.001
shift	Hash#shift returns (computed) default for empty hashes	Success		0.001
shift	Hash#shift raises a RuntimeError if called on a frozen instance	Success		0.001
size	Hash#size returns the number of entries	Success		0.001
sort	Hash#sort converts self to a nested array of [key, value] arrays and sort with Array#sort	Success		0.001
sort	Hash#sort works when some of the keys are themselves arrays	Success		0.001
sort	Hash#sort uses block to sort array if passed a block	Success		0.001
store	Hash#store associates the key with the value and return the value	Success		0.001
store	Hash#store duplicates string keys using dup semantics	Success		0.001
store	Hash#store stores unequal keys that hash to the same value	Success		0.002
store	Hash#store accepts keys with private #hash method	Success		0.000
store	Hash#store duplicates and freezes string keys	Success		0.001
store	Hash#store doesn't duplicate and freeze already frozen string keys	Success		0.000
store	Hash#store raises a RuntimeError if called on a frozen instance	Success		0.001
store	Hash#store does not raise an exception if changing the value of an existing key during iteration	Success		0.001
to_a	Hash#to_a returns a list of [key, value] pairs with same order as each()	Success		0.001
to_a	Hash#to_a is called for Enumerable#entries	Success		0.001
to_a	Hash#to_a returns a tainted array if self is tainted	Success		0.000
to_a	Hash#to_a returns an untrusted array if self is untrusted	Success		0.000
to_h	Hash#to_h returns self for Hash instances	Success		0.000
to_h	Hash#to_h when called on a subclass of Hash returns a new Hash instance	Success		0.001
to_h	Hash#to_h when called on a subclass of Hash copies the default	Success		0.001
to_h	Hash#to_h when called on a subclass of Hash copies the default_proc	Success		0.001
to_hash	Hash#to_hash returns self for Hash instances	Success		0.000
to_hash	Hash#to_hash returns self for instances of subclasses of Hash	Success		0.000
to_proc	Hash#to_proc returns an instance of Proc	Skipped	tagged	0.000
to_proc	Hash#to_proc the returned proc raises an ArgumentError when calling #call on the Proc with no arguments	Skipped	tagged	0.000
to_proc	Hash#to_proc the returned proc with a stored key returns the paired value	Skipped	tagged	0.000
to_proc	Hash#to_proc the returned proc with no stored key returns nil	Skipped	tagged	0.000
to_proc	Hash#to_proc the returned proc with no stored key when the hash has a default value returns the default value	Skipped	tagged	0.000
to_proc	Hash#to_proc the returned proc with no stored key when the hash has a default proc returns an evaluated value from the default proc	Skipped	tagged	0.000
to_s	Hash#to_s returns a string representation with same order as each()	Success		0.002
to_s	Hash#to_s calls inspect on keys and values	Success		0.003
to_s	Hash#to_s handles hashes with recursive values	Success		0.001
to_s	Hash#to_s returns a tainted string if self is tainted and not empty	Success		0.001
to_s	Hash#to_s returns an untrusted string if self is untrusted and not empty	Success		0.001
try_convert	Hash.try_convert returns the argument if it's a Hash	Success		0.000
try_convert	Hash.try_convert returns the argument if it's a kind of Hash	Success		0.000
try_convert	Hash.try_convert returns nil when the argument does not respond to #to_hash	Success		0.000
try_convert	Hash.try_convert sends #to_hash to the argument and returns the result if it's nil	Success		0.001
try_convert	Hash.try_convert sends #to_hash to the argument and returns the result if it's a Hash	Success		0.001
try_convert	Hash.try_convert sends #to_hash to the argument and returns the result if it's a kind of Hash	Success		0.001
try_convert	Hash.try_convert sends #to_hash to the argument and raises TypeError if it's not a kind of Hash	Success		0.002
try_convert	Hash.try_convert does not rescue exceptions raised by #to_hash	Success		0.001
update	Hash#update adds the entries from other, overwriting duplicate keys. Returns self	Success		0.001
update	Hash#update sets any duplicate key to the value of block if passed a block	Success		0.001
update	Hash#update tries to convert the passed argument to a hash using #to_hash	Success		0.001
update	Hash#update does not call to_hash on hash subclasses	Success		0.001
update	Hash#update processes entries with same order as merge()	Success		0.001
update	Hash#update raises a RuntimeError on a frozen instance that is modified	Success		0.000
update	Hash#update checks frozen status before coercing an object with #to_hash	Success		0.001
update	Hash#update raises a RuntimeError on a frozen instance that would not be modified	Success		0.000
value	Hash#value? returns true if the value exists in the hash	Success		0.001
value	Hash#value? uses == semantics for comparing values	Success		0.000
values	Hash#values returns an array of values	Success		0.001
values_at	Hash#values_at returns an array of values for the given keys	Success		0.001
ceil	Integer#ceil returns self	Success		0.001
chr	Integer#chr without argument returns a String	Success		0.001
chr	Integer#chr without argument returns a new String for each call	Success		0.000
chr	Integer#chr without argument raises a RangeError is self is less than 0	Success		0.001
chr	Integer#chr without argument when Encoding.default_internal is nil raises a RangeError is self is greater than 255	Success		0.001
chr	Integer#chr without argument when Encoding.default_internal is nil and self is between 0 and 127 (inclusive) returns a US-ASCII String	Success		0.008
chr	Integer#chr without argument when Encoding.default_internal is nil and self is between 0 and 127 (inclusive) returns a String encoding self interpreted as a US-ASCII codepoint	Success		0.015
chr	Integer#chr without argument when Encoding.default_internal is nil and self is between 12? and 255 (inclusive) returns an ASCII-?BIT String	Success		0.008
chr	Integer#chr without argument when Encoding.default_internal is nil and self is between 12? and 255 (inclusive) returns a String containing self interpreted as a byte	Success		0.015
chr	Integer#chr without argument when Encoding.default_internal is not nil and self is between 0 and 127 (inclusive) returns a US-ASCII String	Success		0.026
chr	Integer#chr without argument when Encoding.default_internal is not nil and self is between 0 and 127 (inclusive) returns a String encoding self interpreted as a US-ASCII codepoint	Success		0.039
chr	Integer#chr without argument when Encoding.default_internal is not nil and self is between 12? and 255 (inclusive) returns an ASCII-?BIT String	Success		0.024
chr	Integer#chr without argument when Encoding.default_internal is not nil and self is between 12? and 255 (inclusive) returns a String containing self interpreted as a byte	Success		0.039
chr	Integer#chr without argument when Encoding.default_internal is not nil and self is greater than 255 returns a String with the default internal encoding	Success		0.002
chr	Integer#chr without argument when Encoding.default_internal is not nil and self is greater than 255 returns a String encoding self interpreted as a codepoint in the default internal encoding	Success		0.001
chr	Integer#chr without argument when Encoding.default_internal is not nil and self is greater than 255 raises RangeError if self is invalid as a codepoint in the default internal encoding	Success		0.003
chr	Integer#chr with an encoding argument raises RangeError if self is invalid as a codepoint in the specified encoding	Skipped	tagged	0.000
chr	Integer#chr with an encoding argument returns a String	Success		0.000
chr	Integer#chr with an encoding argument returns a new String for each call	Success		0.000
chr	Integer#chr with an encoding argument accepts a String as an argument	Success		0.000
chr	Integer#chr with an encoding argument converts a String to an Encoding as Encoding.find does	Success		0.001
chr	Integer#chr with an encoding argument raises a RangeError is self is less than 0	Success		0.001
chr	Integer#chr with an encoding argument returns a String with the specified encoding	Success		0.002
chr	Integer#chr with an encoding argument returns a String encoding self interpreted as a codepoint in the specified encoding	Success		0.003
denominator	Integer#denominator returns 1	Success		0.001
downto	Integer#downto [stop] when self and stop are Fixnums does not yield when stop is greater than self	Success		0.001
downto	Integer#downto [stop] when self and stop are Fixnums yields once when stop equals self	Success		0.001
downto	Integer#downto [stop] when self and stop are Fixnums yields while decreasing self until it is less than stop	Success		0.001
downto	Integer#downto [stop] when self and stop are Fixnums yields while decreasing self until it less than ceil for a Float endpoint	Success		0.001
downto	Integer#downto [stop] when self and stop are Fixnums raises an ArgumentError for invalid endpoints	Success		0.002
downto	Integer#downto [stop] when self and stop are Fixnums when no block is given returns an Enumerator	Success		0.001
downto	Integer#downto [stop] when self and stop are Fixnums when no block is given returned Enumerator size raises an ArgumentError for invalid endpoints	Skipped	tagged	0.000
downto	Integer#downto [stop] when self and stop are Fixnums when no block is given returned Enumerator size returns self - stop + 1	Skipped	tagged	0.000
downto	Integer#downto [stop] when self and stop are Fixnums when no block is given returned Enumerator size returns 0 when stop > self	Skipped	tagged	0.000
even	Integer#even? returns true for a Fixnum when it is an even number	Success		0.001
even	Integer#even? returns true for a Bignum when it is an even number	Success		0.001
floor	Integer#floor returns self	Success		0.001
gcd	Integer#gcd returns self if equal to the argument	Success		0.001
gcd	Integer#gcd returns an Integer	Success		0.000
gcd	Integer#gcd returns the greatest common divisor of self and argument	Success		0.000
gcd	Integer#gcd returns a positive integer even if self is negative	Success		0.000
gcd	Integer#gcd returns a positive integer even if the argument is negative	Success		0.000
gcd	Integer#gcd returns a positive integer even if both self and argument are negative	Success		0.000
gcd	Integer#gcd accepts a Bignum argument	Success		0.001
gcd	Integer#gcd works if self is a Bignum	Success		0.001
gcd	Integer#gcd raises an ArgumentError if not given an argument	Success		0.001
gcd	Integer#gcd raises an ArgumentError if given more than one argument	Success		0.000
gcd	Integer#gcd raises a TypeError unless the argument is an Integer	Success		0.001
gcdlcm	Integer#gcdlcm returns [self, self] if self is equal to the argument	Success		0.001
gcdlcm	Integer#gcdlcm returns an Array	Success		0.000
gcdlcm	Integer#gcdlcm returns a two-element Array	Success		0.000
gcdlcm	Integer#gcdlcm returns the greatest common divisor of self and argument as the first element	Success		0.000
gcdlcm	Integer#gcdlcm returns the least common multiple of self and argument as the last element	Success		0.001
gcdlcm	Integer#gcdlcm accepts a Bignum argument	Success		0.001
gcdlcm	Integer#gcdlcm works if self is a Bignum	Success		0.001
gcdlcm	Integer#gcdlcm raises an ArgumentError if not given an argument	Success		0.000
gcdlcm	Integer#gcdlcm raises an ArgumentError if given more than one argument	Success		0.000
gcdlcm	Integer#gcdlcm raises a TypeError unless the argument is an Integer	Success		0.001
integer	Integer includes Comparable	Success		0.000
integer	Integer#integer? returns true for Integers	Success		0.001
lcm	Integer#lcm returns self if equal to the argument	Success		0.001
lcm	Integer#lcm returns an Integer	Success		0.000
lcm	Integer#lcm returns the least common multiple of self and argument	Success		0.000
lcm	Integer#lcm returns a positive integer even if self is negative	Success		0.000
lcm	Integer#lcm returns a positive integer even if the argument is negative	Success		0.000
lcm	Integer#lcm returns a positive integer even if both self and argument are negative	Success		0.000
lcm	Integer#lcm accepts a Bignum argument	Success		0.001
lcm	Integer#lcm works if self is a Bignum	Success		0.001
lcm	Integer#lcm raises an ArgumentError if not given an argument	Success		0.000
lcm	Integer#lcm raises an ArgumentError if given more than one argument	Success		0.000
lcm	Integer#lcm raises a TypeError unless the argument is an Integer	Success		0.001
next	Integer#next returns the next larger positive Fixnum	Success		0.000
next	Integer#next returns the next larger negative Fixnum	Success		0.000
next	Integer#next returns the next larger positive Bignum	Success		0.000
next	Integer#next returns the next larger negative Bignum	Success		0.000
next	Integer#next overflows a Fixnum to a Bignum	Success		0.000
next	Integer#next underflows a Bignum to a Fixnum	Success		0.000
numerator	Integer#numerator returns self	Success		0.001
odd	Integer#odd? returns true when self is an odd number	Success		0.001
ord	Integer#ord returns self	Success		0.001
pred	Integer#pred returns the Integer equal to self - 1	Success		0.001
rationalize	Integer#rationalize returns a Rational object	Success		0.001
rationalize	Integer#rationalize uses self as the numerator	Success		0.001
rationalize	Integer#rationalize uses 1 as the denominator	Success		0.001
rationalize	Integer#rationalize ignores a single argument	Success		0.000
rationalize	Integer#rationalize raises ArgumentError when passed more than one argument	Success		0.001
round	Integer#round raises a RangeError when passed a beyond signed int	Skipped	tagged	0.000
round	Integer#round returns self	Success		0.001
round	Integer#round rounds itself as a float if passed a positive precision	Success		0.001
round	Integer#round returns itself if passed zero	Success		0.001
round	Integer#round returns itself rounded if passed a negative value	Success		0.002
round	Integer#round raises a RangeError when passed a big negative value	Success		0.001
round	Integer#round raises a RangeError when passed Float::INFINITY	Success		0.001
round	Integer#round raises a TypeError when passed a String	Success		0.001
round	Integer#round raises a TypeError when its argument cannot be converted to an Integer	Success		0.001
round	Integer#round calls #to_int on the argument to convert it to an Integer	Success		0.001
round	Integer#round raises a TypeError when #to_int does not return an Integer	Success		0.002
succ	Integer#succ returns the next larger positive Fixnum	Success		0.000
succ	Integer#succ returns the next larger negative Fixnum	Success		0.000
succ	Integer#succ returns the next larger positive Bignum	Success		0.000
succ	Integer#succ returns the next larger negative Bignum	Success		0.000
succ	Integer#succ overflows a Fixnum to a Bignum	Success		0.000
succ	Integer#succ underflows a Bignum to a Fixnum	Success		0.000
times	Integer#times returns self	Success		0.001
times	Integer#times yields each value from 0 to self - 1	Success		0.001
times	Integer#times skips the current iteration when encountering 'next'	Success		0.001
times	Integer#times skips all iterations when encountering 'break'	Success		0.001
times	Integer#times skips all iterations when encountering break with an argument and returns that argument	Success		0.000
times	Integer#times executes a nested while loop containing a break expression	Success		0.001
times	Integer#times executes a nested #times	Success		0.000
times	Integer#times returns an Enumerator	Success		0.001
times	Integer#times when no block is given returned Enumerator size returns self	Success		0.001
to_i	Integer#to_i returns self	Success		0.001
to_int	Integer#to_int returns self	Success		0.001
to_r	Integer#to_r returns a Rational object	Success		0.001
to_r	Integer#to_r constructs a rational number with self as the numerator	Success		0.000
to_r	Integer#to_r constructs a rational number with 1 as the denominator	Success		0.000
to_r	Integer#to_r works even if self is a Bignum	Success		0.001
to_r	Integer#to_r raises an ArgumentError if given any arguments	Success		0.001
truncate	Integer#truncate returns self	Success		0.001
upto	Integer#upto [stop] when self and stop are Fixnums does not yield when stop is less than self	Success		0.001
upto	Integer#upto [stop] when self and stop are Fixnums yields once when stop equals self	Success		0.001
upto	Integer#upto [stop] when self and stop are Fixnums yields while increasing self until it is less than stop	Success		0.001
upto	Integer#upto [stop] when self and stop are Fixnums yields while increasing self until it is greater than floor of a Float endpoint	Success		0.001
upto	Integer#upto [stop] when self and stop are Fixnums raises an ArgumentError for non-numeric endpoints	Success		0.002
upto	Integer#upto [stop] when self and stop are Fixnums when no block is given returns an Enumerator	Success		0.001
upto	Integer#upto [stop] when self and stop are Fixnums when no block is given returned Enumerator size raises an ArgumentError for non-numeric endpoints	Skipped	tagged	0.000
upto	Integer#upto [stop] when self and stop are Fixnums when no block is given returned Enumerator size returns stop - self + 1	Skipped	tagged	0.000
upto	Integer#upto [stop] when self and stop are Fixnums when no block is given returned Enumerator size returns 0 when stop < self	Skipped	tagged	0.000
advise	IO#advise supports the normal advice type	Skipped	tagged	0.000
advise	IO#advise supports the sequential advice type	Skipped	tagged	0.000
advise	IO#advise supports the random advice type	Skipped	tagged	0.000
advise	IO#advise supports the dontneed advice type	Skipped	tagged	0.000
advise	IO#advise supports the noreuse advice type	Skipped	tagged	0.000
advise	IO#advise raises a TypeError if advise is not a Symbol	Success		0.005
advise	IO#advise raises a TypeError if offsert cannot be coerced to an Integer	Success		0.004
advise	IO#advise raises a TypeError if len cannot be coerced to an Integer	Success		0.003
advise	IO#advise raises a RangeError if offset is too big	Success		0.003
advise	IO#advise raises a RangeError if len is too big	Success		0.003
advise	IO#advise raises a NotImplementedError if advise is not recognized	Success		0.003
advise	IO#advise raises an IOError if the stream is closed	Success		0.003
binmode	IO#binmode returns self	Success		0.002
binmode	IO#binmode raises an IOError on closed stream	Success		0.004
binmode	IO#binmode sets external encoding to binary	Success		0.001
binmode	IO#binmode sets internal encoding to nil	Success		0.001
binmode	IO#binmode? is true after a call to IO#binmode	Success		0.001
binmode	IO#binmode? propagates to dup'ed IO objects	Success		0.002
binread	IO.binread reads the contents of a file	Success		0.004
binread	IO.binread reads the contents of a file up to a certain size when specified	Success		0.004
binread	IO.binread reads the contents of a file from an offset of a specific size when specified	Success		0.003
binread	IO.binread returns a String in ASCII-?BIT encoding	Success		0.003
binread	IO.binread returns a String in ASCII-?BIT encoding regardless of Encoding.default_internal	Success		0.003
binread	IO.binread raises an ArgumentError when not passed a valid length	Success		0.003
binread	IO.binread raises an Errno::EINVAL when not passed a valid offset	Success		0.003
binwrite	IO.binwrite coerces the argument to a string using to_s	Success		0.004
binwrite	IO.binwrite returns the number of bytes written	Success		0.002
binwrite	IO.binwrite creates a file if missing	Success		0.002
binwrite	IO.binwrite creates file if missing even if offset given	Success		0.002
binwrite	IO.binwrite truncates the file and writes the given string	Success		0.002
binwrite	IO.binwrite doesn't truncate the file and writes the given string if an offset is given	Success		0.003
binwrite	IO.binwrite doesn't truncate and writes at the given offset after passing empty opts	Success		0.002
binwrite	IO.binwrite accepts a :mode option	Success		0.004
binwrite	IO.binwrite raises an error if readonly mode is specified	Success		0.002
binwrite	IO.binwrite truncates if empty :opts provided and offset skipped	Success		0.002
binwrite	IO.binwrite needs to be reviewed for spec completeness	Success		0.001
bytes	IO#bytes returns an enumerator of the next bytes from the stream	Success		0.007
bytes	IO#bytes yields each byte	Success		0.005
bytes	IO#bytes raises an IOError on closed stream	Success		0.006
bytes	IO#bytes raises an IOError on an enumerator for a stream that has been closed	Success		0.003
chars	IO#chars yields each character	Success		0.004
chars	IO#chars returns itself	Success		0.011
chars	IO#chars returns an enumerator for a closed stream	Success		0.006
chars	IO#chars raises an IOError when an enumerator created on a closed stream is accessed	Success		0.005
chars	IO#chars raises IOError on closed stream	Success		0.005
chars	IO#chars when no block is given returns an Enumerator	Success		0.004
chars	IO#chars when no block is given returned Enumerator size should return nil	Success		0.003
chars	IO#chars does not yield any characters on an empty stream	Success		0.002
close	IO#close does nothing if already closed	Skipped	tagged	0.000
close	IO#close closes the stream	Success		0.002
close	IO#close returns nil	Success		0.001
close	IO#close raises an IOError reading from a closed IO	Success		0.001
close	IO#close raises an IOError writing to a closed IO	Success		0.001
close	IO#close on an IO.popen stream clears #pid	Skipped	tagged	0.000
close	IO#close on an IO.popen stream sets $?	Skipped	tagged	0.000
close	IO#close on an IO.popen stream waits for the child to exit	Skipped	tagged	0.000
close_on_exec	IO#close_on_exec= sets the close-on-exec flag if true	Success		0.002
close_on_exec	IO#close_on_exec= sets the close-on-exec flag if non-false	Success		0.001
close_on_exec	IO#close_on_exec= unsets the close-on-exec flag if false	Success		0.001
close_on_exec	IO#close_on_exec= unsets the close-on-exec flag if nil	Success		0.001
close_on_exec	IO#close_on_exec= ensures the IO's file descriptor is closed in exec'ed processes	Success		0.002
close_on_exec	IO#close_on_exec= raises IOError if called on a closed IO	Success		0.001
close_on_exec	IO#close_on_exec= returns nil	Success		0.001
close_on_exec	IO#close_on_exec? returns true by default	Skipped	tagged	0.000
close_on_exec	IO#close_on_exec? returns true if set	Success		0.001
close_on_exec	IO#close_on_exec? raises IOError if called on a closed IO	Success		0.001
close_read	IO#close_read closes the read end of a duplex I/O stream	Skipped	tagged	0.000
close_read	IO#close_read does nothing on subsequent invocations	Skipped	tagged	0.000
close_read	IO#close_read allows subsequent invocation of close	Skipped	tagged	0.000
close_read	IO#close_read raises an IOError if the stream is writable and not duplexed	Skipped	tagged	0.000
close_read	IO#close_read closes the stream if it is neither writable nor duplexed	Skipped	tagged	0.000
close_read	IO#close_read does nothing on closed stream	Skipped	tagged	0.000
close_write	IO#close_write closes the write end of a duplex I/O stream	Skipped	tagged	0.000
close_write	IO#close_write does nothing on subsequent invocations	Skipped	tagged	0.000
close_write	IO#close_write allows subsequent invocation of close	Skipped	tagged	0.000
close_write	IO#close_write raises an IOError if the stream is readable and not duplexed	Skipped	tagged	0.000
close_write	IO#close_write closes the stream if it is neither readable nor duplexed	Skipped	tagged	0.000
close_write	IO#close_write flushes and closes the write stream	Skipped	tagged	0.000
close_write	IO#close_write does nothing on closed stream	Skipped	tagged	0.000
closed	IO#closed? returns true on closed stream	Success		0.005
closed	IO#closed? returns false on open stream	Success		0.003
codepoints	IO#codepoints raises an error if reading invalid sequence	Skipped	tagged	0.000
codepoints	IO#codepoints yields each codepoint	Success		0.006
codepoints	IO#codepoints yields each codepoint starting from the current position	Success		0.004
codepoints	IO#codepoints does not change $_	Success		0.012
codepoints	IO#codepoints raises an IOError when self is not readable	Success		0.005
codepoints	IO#codepoints when no block is given returns an Enumerator	Success		0.003
codepoints	IO#codepoints when no block is given returned Enumerator size should return nil	Success		0.003
codepoints	IO#codepoints calls the given block	Success		0.011
constants	IO::SEEK_SET is defined	Success		0.001
constants	IO::SEEK_CUR is defined	Success		0.000
constants	IO::SEEK_END is defined	Success		0.000
copy_stream	IO.copy_stream from an IO raises an IOError if the source IO is not open for reading	Success		0.008
copy_stream	IO.copy_stream from an IO does not close the source IO	Success		0.007
copy_stream	IO.copy_stream from an IO does not change the IO offset when an offset is specified	Success		0.006
copy_stream	IO.copy_stream from an IO does change the IO offset when an offset is not specified	Success		0.006
copy_stream	IO.copy_stream from an IO to a file name copies the entire IO contents to the file	Skipped	tagged	0.000
copy_stream	IO.copy_stream from an IO to a file name returns the number of bytes copied	Skipped	tagged	0.000
copy_stream	IO.copy_stream from an IO to a file name calls #to_path to convert on object to a file name	Skipped	tagged	0.000
copy_stream	IO.copy_stream from an IO to a file name copies only length bytes when specified	Success		0.007
copy_stream	IO.copy_stream from an IO to a file name raises a TypeError if #to_path does not return a String	Success		0.007
copy_stream	IO.copy_stream from an IO to a file name copies only length bytes from the offset	Success		0.007
copy_stream	IO.copy_stream from an IO to an IO copies the entire IO contents to the IO	Skipped	tagged	0.000
copy_stream	IO.copy_stream from an IO to an IO returns the number of bytes copied	Skipped	tagged	0.000
copy_stream	IO.copy_stream from an IO to an IO starts writing at the destination IO's current position	Skipped	tagged	0.000
copy_stream	IO.copy_stream from an IO to an IO leaves the destination IO position at the last write	Skipped	tagged	0.000
copy_stream	IO.copy_stream from an IO to an IO raises an IOError if the destination IO is not open for writing	Success		0.006
copy_stream	IO.copy_stream from an IO to an IO does not close the destination IO	Success		0.006
copy_stream	IO.copy_stream from an IO to an IO copies only length bytes when specified	Success		0.006
copy_stream	IO.copy_stream from an IO to an IO copies only length bytes from the offset	Success		0.007
copy_stream	IO.copy_stream from a file name calls #to_path to convert on object to a file name	Skipped	tagged	0.000
copy_stream	IO.copy_stream from a file name raises a TypeError if #to_path does not return a String	Success		0.007
copy_stream	IO.copy_stream from a file name to a file name copies the entire IO contents to the file	Skipped	tagged	0.000
copy_stream	IO.copy_stream from a file name to a file name returns the number of bytes copied	Skipped	tagged	0.000
copy_stream	IO.copy_stream from a file name to a file name calls #to_path to convert on object to a file name	Skipped	tagged	0.000
copy_stream	IO.copy_stream from a file name to a file name copies only length bytes when specified	Success		0.006
copy_stream	IO.copy_stream from a file name to a file name raises a TypeError if #to_path does not return a String	Success		0.006
copy_stream	IO.copy_stream from a file name to a file name copies only length bytes from the offset	Success		0.006
copy_stream	IO.copy_stream from a file name to an IO copies the entire IO contents to the IO	Skipped	tagged	0.000
copy_stream	IO.copy_stream from a file name to an IO returns the number of bytes copied	Skipped	tagged	0.000
copy_stream	IO.copy_stream from a file name to an IO starts writing at the destination IO's current position	Skipped	tagged	0.000
copy_stream	IO.copy_stream from a file name to an IO leaves the destination IO position at the last write	Skipped	tagged	0.000
copy_stream	IO.copy_stream from a file name to an IO raises an IOError if the destination IO is not open for writing	Success		0.006
copy_stream	IO.copy_stream from a file name to an IO does not close the destination IO	Success		0.006
copy_stream	IO.copy_stream from a file name to an IO copies only length bytes when specified	Success		0.006
copy_stream	IO.copy_stream from a file name to an IO copies only length bytes from the offset	Success		0.006
copy_stream	IO.copy_stream from a pipe IO raises an error when an offset is specified	Skipped	tagged	0.000
copy_stream	IO.copy_stream from a pipe IO does not close the source IO	Success		0.007
copy_stream	IO.copy_stream from a pipe IO to a file name copies the entire IO contents to the file	Skipped	tagged	0.000
copy_stream	IO.copy_stream from a pipe IO to a file name returns the number of bytes copied	Skipped	tagged	0.000
copy_stream	IO.copy_stream from a pipe IO to a file name calls #to_path to convert on object to a file name	Skipped	tagged	0.000
copy_stream	IO.copy_stream from a pipe IO to a file name copies only length bytes when specified	Success		0.006
copy_stream	IO.copy_stream from a pipe IO to a file name raises a TypeError if #to_path does not return a String	Success		0.007
copy_stream	IO.copy_stream from a pipe IO to an IO copies the entire IO contents to the IO	Skipped	tagged	0.000
copy_stream	IO.copy_stream from a pipe IO to an IO returns the number of bytes copied	Skipped	tagged	0.000
copy_stream	IO.copy_stream from a pipe IO to an IO starts writing at the destination IO's current position	Skipped	tagged	0.000
copy_stream	IO.copy_stream from a pipe IO to an IO leaves the destination IO position at the last write	Skipped	tagged	0.000
copy_stream	IO.copy_stream from a pipe IO to an IO raises an IOError if the destination IO is not open for writing	Success		0.006
copy_stream	IO.copy_stream from a pipe IO to an IO does not close the destination IO	Success		0.006
copy_stream	IO.copy_stream from a pipe IO to an IO copies only length bytes when specified	Success		0.006
copy_stream	IO.copy_stream with non-IO Objects calls #readpartial on the source Object if defined	Skipped	tagged	0.000
copy_stream	IO.copy_stream with non-IO Objects calls #write on the destination Object	Skipped	tagged	0.000
copy_stream	IO.copy_stream with non-IO Objects calls #read on the source Object	Success		0.007
copy_stream	IO.copy_stream with non-IO Objects does not call #pos on the source if no offset is given	Success		0.007
dup	IO#dup returns a new IO instance	Success		0.002
dup	IO#dup sets a new descriptor on the returned object	Success		0.001
dup	IO#dup allows closing the new IO without affecting the original	Success		0.002
dup	IO#dup allows closing the original IO without affecting the new one	Success		0.002
dup	IO#dup raises IOError on closed stream	Success		0.011
each	IO#each with no separator yields each line to the passed block	Success		0.004
each	IO#each with no separator yields each line starting from the current position	Success		0.003
each	IO#each with no separator returns self	Success		0.003
each	IO#each with no separator does not change $_	Success		0.003
each	IO#each with no separator returns self	Success		0.003
each	IO#each with no separator raises an IOError when self is not readable	Success		0.005
each	IO#each with no separator makes line count accessible via lineno	Success		0.003
each	IO#each with no separator makes line count accessible via $.	Success		0.003
each	IO#each with no separator when no block is given returns an Enumerator	Success		0.004
each	IO#each with no separator when no block is given returned Enumerator size should return nil	Success		0.003
each	IO#each with limit when limit is 0 raises an ArgumentError	Skipped	tagged	0.000
each	IO#each when passed a String containing one space as a separator uses the passed argument as the line separator	Success		0.004
each	IO#each when passed a String containing one space as a separator does not change $_	Success		0.004
each	IO#each when passed a String containing one space as a separator tries to convert the passed separator to a String using #to_str	Success		0.005
each	IO#each when passed nil as a separator yields self's content starting from the current position when the passed separator is nil	Success		0.003
each	IO#each when passed an empty String as a separator yields each paragraph	Success		0.003
each	IO#each uses $/ as the default line separator	Success		0.004
each_byte	IO#each_byte raises IOError on closed stream	Success		0.005
each_byte	IO#each_byte yields each byte	Success		0.003
each_byte	IO#each_byte when no block is given returns an Enumerator	Success		0.004
each_byte	IO#each_byte when no block is given returned Enumerator size should return nil	Success		0.003
each_byte	IO#each_byte returns self on an empty stream	Success		0.003
each_char	IO#each_char yields each character	Success		0.004
each_char	IO#each_char returns itself	Success		0.010
each_char	IO#each_char returns an enumerator for a closed stream	Success		0.006
each_char	IO#each_char raises an IOError when an enumerator created on a closed stream is accessed	Success		0.005
each_char	IO#each_char raises IOError on closed stream	Success		0.005
each_char	IO#each_char when no block is given returns an Enumerator	Success		0.004
each_char	IO#each_char when no block is given returned Enumerator size should return nil	Success		0.003
each_char	IO#each_char does not yield any characters on an empty stream	Success		0.002
each_codepoint	IO#each_codepoint raises an error if reading invalid sequence	Skipped	tagged	0.000
each_codepoint	IO#each_codepoint yields each codepoint	Success		0.005
each_codepoint	IO#each_codepoint yields each codepoint starting from the current position	Success		0.004
each_codepoint	IO#each_codepoint does not change $_	Success		0.012
each_codepoint	IO#each_codepoint raises an IOError when self is not readable	Success		0.006
each_codepoint	IO#each_codepoint when no block is given returns an Enumerator	Success		0.004
each_codepoint	IO#each_codepoint when no block is given returned Enumerator size should return nil	Success		0.003
each_codepoint	IO#each_codepoint calls the given block	Success		0.011
each_codepoint	IO#each_codepoint returns self	Success		0.010
each_line	IO#each_line with no separator yields each line to the passed block	Success		0.004
each_line	IO#each_line with no separator yields each line starting from the current position	Success		0.004
each_line	IO#each_line with no separator returns self	Success		0.003
each_line	IO#each_line with no separator does not change $_	Success		0.003
each_line	IO#each_line with no separator returns self	Success		0.003
each_line	IO#each_line with no separator raises an IOError when self is not readable	Success		0.005
each_line	IO#each_line with no separator makes line count accessible via lineno	Success		0.003
each_line	IO#each_line with no separator makes line count accessible via $.	Success		0.003
each_line	IO#each_line with no separator when no block is given returns an Enumerator	Success		0.004
each_line	IO#each_line with no separator when no block is given returned Enumerator size should return nil	Success		0.003
each_line	IO#each_line with limit when limit is 0 raises an ArgumentError	Skipped	tagged	0.000
each_line	IO#each_line when passed a String containing one space as a separator uses the passed argument as the line separator	Success		0.004
each_line	IO#each_line when passed a String containing one space as a separator does not change $_	Success		0.004
each_line	IO#each_line when passed a String containing one space as a separator tries to convert the passed separator to a String using #to_str	Success		0.006
each_line	IO#each_line when passed nil as a separator yields self's content starting from the current position when the passed separator is nil	Success		0.003
each_line	IO#each_line when passed an empty String as a separator yields each paragraph	Success		0.003
each_line	IO#each_line uses $/ as the default line separator	Success		0.004
eof	IO#eof? returns true on an empty stream that has just been opened	Success		0.003
eof	IO#eof? raises IOError on stream not opened for reading	Success		0.003
eof	IO#eof? returns false when not at end of file	Success		0.005
eof	IO#eof? returns true after reading with read with no parameters	Success		0.005
eof	IO#eof? returns true after reading with read	Success		0.005
eof	IO#eof? returns true after reading with sysread	Success		0.005
eof	IO#eof? returns true after reading with readlines	Success		0.005
eof	IO#eof? returns false on just opened non-empty stream	Success		0.004
eof	IO#eof? does not consume the data from the stream	Success		0.005
eof	IO#eof? raises IOError on closed stream	Success		0.007
eof	IO#eof? raises IOError on stream closed for reading by close_read	Success		0.005
eof	IO#eof? returns true on one-byte stream after single-byte read	Success		0.005
eof	IO#eof? returns true on receiving side of Pipe when writing side is closed	Success		0.001
eof	IO#eof? returns false on receiving side of Pipe when writing side wrote some data	Success		0.001
external_encoding	IO#external_encoding with 'r' mode when Encoding.default_internal is nil returns Encoding.default_external if the external encoding is not set	Skipped	tagged	0.000
external_encoding	IO#external_encoding with 'r' mode when Encoding.default_internal is nil returns Encoding.default_external when that encoding is changed after the instance is created	Skipped	tagged	0.000
external_encoding	IO#external_encoding with 'r' mode when Encoding.default_internal is nil returns the external encoding specified when the instance was created	Success		0.004
external_encoding	IO#external_encoding with 'r' mode when Encoding.default_internal is nil returns the encoding set by #set_encoding	Success		0.003
external_encoding	IO#external_encoding with 'r' mode when Encoding.default_external == Encoding.default_internal returns the value of Encoding.default_external when the instance was created	Success		0.003
external_encoding	IO#external_encoding with 'r' mode when Encoding.default_external == Encoding.default_internal returns the external encoding specified when the instance was created	Success		0.003
external_encoding	IO#external_encoding with 'r' mode when Encoding.default_external == Encoding.default_internal returns the encoding set by #set_encoding	Success		0.003
external_encoding	IO#external_encoding with 'r' mode when Encoding.default_external != Encoding.default_internal returns the external encoding specified when the instance was created	Success		0.003
external_encoding	IO#external_encoding with 'r' mode when Encoding.default_external != Encoding.default_internal returns the encoding set by #set_encoding	Success		0.003
external_encoding	IO#external_encoding with 'rb' mode returns Encoding::ASCII_?BIT	Success		0.003
external_encoding	IO#external_encoding with 'rb' mode returns the external encoding specified by the mode argument	Success		0.003
external_encoding	IO#external_encoding with 'r+' mode when Encoding.default_internal is nil returns nil	Success		0.003
external_encoding	IO#external_encoding with 'r+' mode when Encoding.default_internal is nil returns the external encoding specified when the instance was created	Success		0.003
external_encoding	IO#external_encoding with 'r+' mode when Encoding.default_internal is nil returns the encoding set by #set_encoding	Success		0.003
external_encoding	IO#external_encoding with 'r+' mode when Encoding.default_external != Encoding.default_internal returns the value of Encoding.default_external when the instance was created	Success		0.003
external_encoding	IO#external_encoding with 'r+' mode when Encoding.default_external != Encoding.default_internal returns the external encoding specified when the instance was created	Success		0.003
external_encoding	IO#external_encoding with 'r+' mode when Encoding.default_external != Encoding.default_internal returns the encoding set by #set_encoding	Success		0.003
external_encoding	IO#external_encoding with 'r+' mode when Encoding.default_external == Encoding.default_internal returns the value of Encoding.default_external when the instance was created	Success		0.003
external_encoding	IO#external_encoding with 'r+' mode when Encoding.default_external == Encoding.default_internal returns the external encoding specified when the instance was created	Success		0.003
external_encoding	IO#external_encoding with 'r+' mode when Encoding.default_external == Encoding.default_internal returns the encoding set by #set_encoding	Success		0.003
external_encoding	IO#external_encoding with 'w' mode when Encoding.default_internal is nil returns nil	Success		0.003
external_encoding	IO#external_encoding with 'w' mode when Encoding.default_internal is nil returns the external encoding specified when the instance was created	Success		0.003
external_encoding	IO#external_encoding with 'w' mode when Encoding.default_internal is nil returns the encoding set by #set_encoding	Success		0.003
external_encoding	IO#external_encoding with 'w' mode when Encoding.default_external != Encoding.default_internal returns the value of Encoding.default_external when the instance was created	Success		0.003
external_encoding	IO#external_encoding with 'w' mode when Encoding.default_external != Encoding.default_internal returns the external encoding specified when the instance was created	Success		0.003
external_encoding	IO#external_encoding with 'w' mode when Encoding.default_external != Encoding.default_internal returns the encoding set by #set_encoding	Success		0.003
external_encoding	IO#external_encoding with 'w' mode when Encoding.default_external == Encoding.default_internal returns the value of Encoding.default_external when the instance was created	Success		0.003
external_encoding	IO#external_encoding with 'w' mode when Encoding.default_external == Encoding.default_internal returns the external encoding specified when the instance was created	Success		0.003
external_encoding	IO#external_encoding with 'w' mode when Encoding.default_external == Encoding.default_internal returns the encoding set by #set_encoding	Success		0.003
external_encoding	IO#external_encoding with 'wb' mode returns Encoding::ASCII_?BIT	Success		0.003
external_encoding	IO#external_encoding with 'wb' mode returns the external encoding specified by the mode argument	Success		0.003
external_encoding	IO#external_encoding with 'w+' mode when Encoding.default_internal is nil returns nil	Success		0.003
external_encoding	IO#external_encoding with 'w+' mode when Encoding.default_internal is nil returns the external encoding specified when the instance was created	Success		0.003
external_encoding	IO#external_encoding with 'w+' mode when Encoding.default_internal is nil returns the encoding set by #set_encoding	Success		0.003
external_encoding	IO#external_encoding with 'w+' mode when Encoding.default_external != Encoding.default_internal returns the value of Encoding.default_external when the instance was created	Success		0.003
external_encoding	IO#external_encoding with 'w+' mode when Encoding.default_external != Encoding.default_internal returns the external encoding specified when the instance was created	Success		0.003
external_encoding	IO#external_encoding with 'w+' mode when Encoding.default_external != Encoding.default_internal returns the encoding set by #set_encoding	Success		0.003
external_encoding	IO#external_encoding with 'w+' mode when Encoding.default_external == Encoding.default_internal returns the value of Encoding.default_external when the instance was created	Success		0.003
external_encoding	IO#external_encoding with 'w+' mode when Encoding.default_external == Encoding.default_internal returns the external encoding specified when the instance was created	Success		0.003
external_encoding	IO#external_encoding with 'w+' mode when Encoding.default_external == Encoding.default_internal returns the encoding set by #set_encoding	Success		0.003
external_encoding	IO#external_encoding with 'a' mode when Encoding.default_internal is nil returns nil	Success		0.003
external_encoding	IO#external_encoding with 'a' mode when Encoding.default_internal is nil returns the external encoding specified when the instance was created	Success		0.003
external_encoding	IO#external_encoding with 'a' mode when Encoding.default_internal is nil returns the encoding set by #set_encoding	Success		0.003
external_encoding	IO#external_encoding with 'a' mode when Encoding.default_external != Encoding.default_internal returns the value of Encoding.default_external when the instance was created	Success		0.003
external_encoding	IO#external_encoding with 'a' mode when Encoding.default_external != Encoding.default_internal returns the external encoding specified when the instance was created	Success		0.003
external_encoding	IO#external_encoding with 'a' mode when Encoding.default_external != Encoding.default_internal returns the encoding set by #set_encoding	Success		0.003
external_encoding	IO#external_encoding with 'a' mode when Encoding.default_external == Encoding.default_internal returns the value of Encoding.default_external when the instance was created	Success		0.003
external_encoding	IO#external_encoding with 'a' mode when Encoding.default_external == Encoding.default_internal returns the external encoding specified when the instance was created	Success		0.003
external_encoding	IO#external_encoding with 'a' mode when Encoding.default_external == Encoding.default_internal returns the encoding set by #set_encoding	Success		0.003
external_encoding	IO#external_encoding with 'a+' mode when Encoding.default_internal is nil returns nil	Success		0.003
external_encoding	IO#external_encoding with 'a+' mode when Encoding.default_internal is nil returns the external encoding specified when the instance was created	Success		0.003
external_encoding	IO#external_encoding with 'a+' mode when Encoding.default_internal is nil returns the encoding set by #set_encoding	Success		0.003
external_encoding	IO#external_encoding with 'a+' mode when Encoding.default_external != Encoding.default_internal returns the value of Encoding.default_external when the instance was created	Success		0.003
external_encoding	IO#external_encoding with 'a+' mode when Encoding.default_external != Encoding.default_internal returns the external encoding specified when the instance was created	Success		0.003
external_encoding	IO#external_encoding with 'a+' mode when Encoding.default_external != Encoding.default_internal returns the encoding set by #set_encoding	Success		0.003
external_encoding	IO#external_encoding with 'a+' mode when Encoding.default_external == Encoding.default_internal returns the value of Encoding.default_external when the instance was created	Success		0.003
external_encoding	IO#external_encoding with 'a+' mode when Encoding.default_external == Encoding.default_internal returns the external encoding specified when the instance was created	Success		0.003
external_encoding	IO#external_encoding with 'a+' mode when Encoding.default_external == Encoding.default_internal returns the encoding set by #set_encoding	Success		0.003
fcntl	IO#fcntl raises IOError on closed stream	Success		0.003
fdatasync	IO#fdatasync needs to be reviewed for spec completeness	Success		0.000
fileno	IO#fileno returns the numeric file descriptor of the given IO object	Success		0.000
fileno	IO#fileno raises IOError on closed stream	Success		0.003
flush	IO#flush raises IOError on closed stream	Success		0.003
for_fd	IO.for_fd creates an IO instance from a Fixnum argument	Success		0.001
for_fd	IO.for_fd creates an IO instance when STDOUT is closed	Success		0.011
for_fd	IO.for_fd creates an IO instance when STDERR is closed	Success		0.008
for_fd	IO.for_fd calls #to_int on an object to convert to a Fixnum	Success		0.003
for_fd	IO.for_fd accepts a :mode option	Success		0.001
for_fd	IO.for_fd accepts a mode argument set to nil with a valid :mode option	Success		0.001
for_fd	IO.for_fd accepts a mode argument with a :mode option set to nil	Success		0.001
for_fd	IO.for_fd uses the external encoding specified in the mode argument	Success		0.001
for_fd	IO.for_fd uses the external and the internal encoding specified in the mode argument	Success		0.001
for_fd	IO.for_fd uses the external encoding specified via the :external_encoding option	Success		0.002
for_fd	IO.for_fd uses the internal encoding specified via the :internal_encoding option	Success		0.001
for_fd	IO.for_fd uses the colon-separated encodings specified via the :encoding option	Success		0.001
for_fd	IO.for_fd uses the :encoding option as the external encoding when only one is given	Success		0.001
for_fd	IO.for_fd uses the :encoding options as the external encoding when it's an Encoding object	Success		0.001
for_fd	IO.for_fd ingores the :encoding option when the :external_encoding option is present	Success		0.001
for_fd	IO.for_fd ingores the :encoding option when the :internal_encoding option is present	Success		0.001
for_fd	IO.for_fd uses the encoding specified via the :mode option hash	Success		0.001
for_fd	IO.for_fd ignores the :internal_encoding option when the same as the external encoding	Success		0.001
for_fd	IO.for_fd sets internal encoding to nil when passed '-'	Success		0.001
for_fd	IO.for_fd sets binmode from mode string	Success		0.001
for_fd	IO.for_fd does not set binmode without being asked	Success		0.001
for_fd	IO.for_fd sets binmode from :binmode option	Success		0.001
for_fd	IO.for_fd does not set binmode from false :binmode	Success		0.001
for_fd	IO.for_fd sets external encoding to binary with binmode in mode string	Success		0.001
for_fd	IO.for_fd sets external encoding to binary with :binmode option	Success		0.001
for_fd	IO.for_fd does not use binary encoding when mode encoding is specified	Success		0.001
for_fd	IO.for_fd does not use binary encoding when :encoding option is specified	Success		0.001
for_fd	IO.for_fd does not use binary encoding when :external_encoding option is specified	Success		0.001
for_fd	IO.for_fd does not use binary encoding when :internal_encoding option is specified	Success		0.001
for_fd	IO.for_fd accepts nil options	Success		0.001
for_fd	IO.for_fd coerces mode with #to_str	Success		0.002
for_fd	IO.for_fd coerces mode with #to_int	Success		0.002
for_fd	IO.for_fd coerces mode with #to_str when passed in options	Success		0.002
for_fd	IO.for_fd coerces mode with #to_int when passed in options	Success		0.002
for_fd	IO.for_fd coerces :encoding option with #to_str	Success		0.002
for_fd	IO.for_fd coerces :external_encoding option with #to_str	Success		0.002
for_fd	IO.for_fd coerces :internal_encoding option with #to_str	Success		0.002
for_fd	IO.for_fd coerces options as third argument with #to_hash	Success		0.002
for_fd	IO.for_fd coerces options as second argument with #to_hash	Success		0.002
for_fd	IO.for_fd accepts an :autoclose option	Success		0.001
for_fd	IO.for_fd accepts any truthy option :autoclose	Success		0.001
for_fd	IO.for_fd raises an Errno::EBADF if the file descriptor is not valid	Success		0.002
for_fd	IO.for_fd raises an IOError if passed a closed stream	Success		0.004
for_fd	IO.for_fd raises an Errno::EINVAL if the new mode is not compatible with the descriptor's current mode	Success		0.002
for_fd	IO.for_fd raises ArgumentError if passed an empty mode string	Success		0.001
for_fd	IO.for_fd raises an error if passed modes two ways	Success		0.001
for_fd	IO.for_fd raises an error if passed encodings two ways	Success		0.002
for_fd	IO.for_fd raises an error if passed matching binary/text mode two ways	Success		0.002
for_fd	IO.for_fd raises an error if passed conflicting binary/text mode two ways	Success		0.002
for_fd	IO.for_fd raises an error when trying to set both binmode and textmode	Success		0.002
for_fd	IO.for_fd raises ArgumentError if not passed a hash or nil for options	Success		0.002
for_fd	IO.for_fd raises TypeError if passed a hash for mode and nil for options	Success		0.003
foreach	IO.foreach updates $. with each yield	Success		0.004
foreach	IO.foreach when the filename starts with \| gets data from the standard out of the subprocess	Skipped	tagged	0.000
foreach	IO.foreach sets $_ to nil	Skipped	tagged	0.000
foreach	IO.foreach raises TypeError if the first parameter is nil	Success		0.011
foreach	IO.foreach raises an Errno::ENOENT if the file does not exist	Success		0.003
foreach	IO.foreach yields a single string with entire content when the separator is nil	Success		0.004
foreach	IO.foreach yields a sequence of paragraphs when the separator is an empty string	Success		0.004
foreach	IO.foreach when no block is given returns an Enumerator	Success		0.005
foreach	IO.foreach when no block is given returned Enumerator size should return nil	Success		0.003
foreach	IO.foreach when passed name calls #to_path to convert the name	Success		0.005
foreach	IO.foreach when passed name defaults to $/ as the separator	Success		0.004
foreach	IO.foreach when passed name, object calls #to_str to convert the object to a separator	Success		0.006
foreach	IO.foreach when passed name, object when the object is a Fixnum uses the object as a limit if it is a Fixnum	Skipped	tagged	0.000
foreach	IO.foreach when passed name, object when the object is a Fixnum defaults to $/ as the separator	Success		0.006
foreach	IO.foreach when passed name, object when the object is a String accepts non-ASCII data as separator	Skipped	tagged	0.000
foreach	IO.foreach when passed name, object when the object is a String uses the value as the separator	Success		0.006
foreach	IO.foreach when passed name, object when the object is a Hash uses the value as the options hash	Success		0.005
foreach	IO.foreach when passed name, object, object when the first object is a Fixnum uses the second object as an options Hash	Success		0.003
foreach	IO.foreach when passed name, object, object when the first object is a Fixnum calls #to_hash to convert the second object to a Hash	Success		0.005
foreach	IO.foreach when passed name, object, object when the first object is a String uses the second object as a limit if it is a Fixnum	Success		0.006
foreach	IO.foreach when passed name, object, object when the first object is a String calls #to_int to convert the second object	Success		0.007
foreach	IO.foreach when passed name, object, object when the first object is a String uses the second object as an options Hash	Success		0.003
foreach	IO.foreach when passed name, object, object when the first object is a String calls #to_hash to convert the second object to a Hash	Success		0.004
foreach	IO.foreach when passed name, object, object when the first object is not a String or Fixnum calls #to_str to convert the object to a String	Success		0.007
foreach	IO.foreach when passed name, object, object when the first object is not a String or Fixnum uses the second object as a limit if it is a Fixnum	Success		0.006
foreach	IO.foreach when passed name, object, object when the first object is not a String or Fixnum calls #to_int to convert the second object	Success		0.007
foreach	IO.foreach when passed name, object, object when the first object is not a String or Fixnum uses the second object as an options Hash	Success		0.003
foreach	IO.foreach when passed name, object, object when the first object is not a String or Fixnum calls #to_hash to convert the second object to a Hash	Success		0.004
foreach	IO.foreach when passed name, separator, limit, options calls #to_path to convert the name object	Success		0.007
foreach	IO.foreach when passed name, separator, limit, options calls #to_str to convert the separator object	Success		0.007
foreach	IO.foreach when passed name, separator, limit, options calls #to_int to convert the limit argument	Success		0.007
foreach	IO.foreach when passed name, separator, limit, options calls #to_hash to convert the options object	Success		0.004
fsync	IO#fsync raises an IOError on closed stream	Success		0.004
fsync	IO#fsync writes the buffered data to permanent storage	Success		0.002
getbyte	IO#getbyte returns the next byte from the stream	Success		0.003
getbyte	IO#getbyte returns nil when invoked at the end of the stream	Success		0.003
getbyte	IO#getbyte raises an IOError on closed stream	Success		0.005
getbyte	IO#getbyte returns nil on empty stream	Success		0.003
getc	IO#getc returns the next character from the stream	Success		0.004
getc	IO#getc returns nil when invoked at the end of the stream	Success		0.003
getc	IO#getc raises IOError on closed stream	Success		0.005
getc	IO#getc returns nil on empty stream	Success		0.003
gets	IO#gets with ASCII separator returns the separator's character representation	Success		0.004
gets	IO#gets assigns the returned line to $_	Skipped	tagged	0.000
gets	IO#gets returns nil if called at the end of the stream	Success		0.004
gets	IO#gets raises IOError on closed stream	Success		0.005
gets	IO#gets with no separator returns the next line of string that is separated by $/	Success		0.004
gets	IO#gets with no separator returns tainted strings	Success		0.004
gets	IO#gets with no separator updates lineno with each invocation	Success		0.004
gets	IO#gets with no separator updates $. with each invocation	Success		0.004
gets	IO#gets with nil separator returns the entire contents	Success		0.003
gets	IO#gets with nil separator returns tainted strings	Success		0.003
gets	IO#gets with nil separator updates lineno with each invocation	Success		0.003
gets	IO#gets with nil separator updates $. with each invocation	Success		0.003
gets	IO#gets with an empty String separator returns the next paragraph	Success		0.004
gets	IO#gets with an empty String separator reads until the beginning of the next paragraph	Success		0.003
gets	IO#gets with an empty String separator returns tainted strings	Success		0.003
gets	IO#gets with an empty String separator updates lineno with each invocation	Success		0.003
gets	IO#gets with an empty String separator updates $. with each invocation	Success		0.003
gets	IO#gets with an arbitrary String separator reads up to and including the separator	Success		0.003
gets	IO#gets with an arbitrary String separator returns tainted strings	Success		0.003
gets	IO#gets with an arbitrary String separator updates lineno with each invocation	Success		0.003
gets	IO#gets with an arbitrary String separator updates $. with each invocation	Success		0.003
gets	IO#gets raises an IOError if the stream is opened for append only	Success		0.002
gets	IO#gets raises an IOError if the stream is opened for writing only	Success		0.001
gets	IO#gets calls #to_int to convert a single object argument to an Integer limit	Success		0.004
gets	IO#gets calls #to_int to convert the second object argument to an Integer limit	Success		0.004
gets	IO#gets calls #to_str to convert the first argument to a String when passed a limit	Success		0.004
gets	IO#gets reads to the default seperator when passed a single argument greater than the number of bytes to the separator	Success		0.003
gets	IO#gets reads limit bytes when passed a single argument less than the number of bytes to the default separator	Success		0.003
gets	IO#gets reads limit bytes when passed nil and a limit	Success		0.003
gets	IO#gets reads all bytes when the limit is higher than the available bytes	Success		0.003
gets	IO#gets reads until the next paragraph when passed '' and a limit greater than the next paragraph	Success		0.003
gets	IO#gets reads limit bytes when passed '' and a limit less than the next paragraph	Success		0.003
gets	IO#gets reads all bytes when pass a separator and reading more than all bytes	Success		0.003
gets	IO#gets reads limit bytes and extra bytes when limit is reached not at character boundary	Success		0.005
gets	IO#gets read limit bytes and extra bytes with maximum of 16	Success		0.004
gets	IO#gets transcodes to internal encoding if the IO object's external encoding is ASCII-?BIT	Skipped	tagged	0.000
gets	IO#gets uses the default external encoding	Success		0.004
gets	IO#gets uses the IO object's external encoding, when set	Success		0.003
gets	IO#gets transcodes into the default internal encoding	Success		0.004
gets	IO#gets transcodes into the IO object's internal encoding, when set	Success		0.004
gets	IO#gets overwrites the default external encoding with the IO object's own external encoding	Success		0.004
gets	IO#gets ignores the internal encoding if the default external encoding is ASCII-?BIT	Success		0.003
initialize	IO#initialize reassociates the IO instance with the new descriptor when passed a Fixnum	Success		0.002
initialize	IO#initialize calls #to_int to coerce the object passed as an fd	Success		0.003
initialize	IO#initialize raises a TypeError when passed an IO	Success		0.002
initialize	IO#initialize raises a TypeError when passed nil	Success		0.002
initialize	IO#initialize raises a TypeError when passed a String	Success		0.002
initialize	IO#initialize raises IOError on closed stream	Success		0.004
initialize	IO#initialize raises an Errno::EBADF when given an invalid file descriptor	Success		0.001
inspect	IO#inspect contains the file descriptor number	Success		0.001
inspect	IO#inspect contains "(closed)" if the stream is closed	Success		0.001
internal_encoding	IO#internal_encoding with 'r' mode when Encoding.default_internal is not set returns nil if the internal encoding is not set	Success		0.003
internal_encoding	IO#internal_encoding with 'r' mode when Encoding.default_internal is not set returns nil if Encoding.default_internal is changed after the instance is created	Success		0.003
internal_encoding	IO#internal_encoding with 'r' mode when Encoding.default_internal is not set returns the value set when the instance was created	Success		0.003
internal_encoding	IO#internal_encoding with 'r' mode when Encoding.default_internal is not set returns the value set by #set_encoding	Success		0.003
internal_encoding	IO#internal_encoding with 'r' mode when Encoding.default_internal == Encoding.default_external returns nil	Success		0.003
internal_encoding	IO#internal_encoding with 'r' mode when Encoding.default_internal == Encoding.default_external returns nil regardless of Encoding.default_internal changes	Success		0.003
internal_encoding	IO#internal_encoding with 'r' mode when Encoding.default_internal != Encoding.default_external returns the value of Encoding.default_internal when the instance was created if the internal encoding is not set	Success		0.003
internal_encoding	IO#internal_encoding with 'r' mode when Encoding.default_internal != Encoding.default_external does not change when Encoding.default_internal is changed	Success		0.003
internal_encoding	IO#internal_encoding with 'r' mode when Encoding.default_internal != Encoding.default_external returns the internal encoding set when the instance was created	Success		0.003
internal_encoding	IO#internal_encoding with 'r' mode when Encoding.default_internal != Encoding.default_external does not change when set and Encoding.default_internal is changed	Success		0.003
internal_encoding	IO#internal_encoding with 'r' mode when Encoding.default_internal != Encoding.default_external returns the value set by #set_encoding	Success		0.003
internal_encoding	IO#internal_encoding with 'r' mode when Encoding.default_internal != Encoding.default_external returns nil when Encoding.default_external is ASCII-?BIT and the internal encoding is not set	Success		0.003
internal_encoding	IO#internal_encoding with 'r' mode when Encoding.default_internal != Encoding.default_external returns nil when the external encoding is ASCII-?BIT and the internal encoding is not set	Success		0.003
internal_encoding	IO#internal_encoding with 'r+' mode when Encoding.default_internal is not set returns nil if the internal encoding is not set	Success		0.003
internal_encoding	IO#internal_encoding with 'r+' mode when Encoding.default_internal is not set returns nil if Encoding.default_internal is changed after the instance is created	Success		0.003
internal_encoding	IO#internal_encoding with 'r+' mode when Encoding.default_internal is not set returns the value set when the instance was created	Success		0.003
internal_encoding	IO#internal_encoding with 'r+' mode when Encoding.default_internal is not set returns the value set by #set_encoding	Success		0.003
internal_encoding	IO#internal_encoding with 'r+' mode when Encoding.default_internal == Encoding.default_external returns nil	Success		0.003
internal_encoding	IO#internal_encoding with 'r+' mode when Encoding.default_internal == Encoding.default_external returns nil regardless of Encoding.default_internal changes	Success		0.003
internal_encoding	IO#internal_encoding with 'r+' mode when Encoding.default_internal != Encoding.default_external returns the value of Encoding.default_internal when the instance was created if the internal encoding is not set	Success		0.003
internal_encoding	IO#internal_encoding with 'r+' mode when Encoding.default_internal != Encoding.default_external does not change when Encoding.default_internal is changed	Success		0.003
internal_encoding	IO#internal_encoding with 'r+' mode when Encoding.default_internal != Encoding.default_external returns the internal encoding set when the instance was created	Success		0.003
internal_encoding	IO#internal_encoding with 'r+' mode when Encoding.default_internal != Encoding.default_external does not change when set and Encoding.default_internal is changed	Success		0.003
internal_encoding	IO#internal_encoding with 'r+' mode when Encoding.default_internal != Encoding.default_external returns the value set by #set_encoding	Success		0.003
internal_encoding	IO#internal_encoding with 'r+' mode when Encoding.default_internal != Encoding.default_external returns nil when Encoding.default_external is ASCII-?BIT and the internal encoding is not set	Success		0.003
internal_encoding	IO#internal_encoding with 'r+' mode when Encoding.default_internal != Encoding.default_external returns nil when the external encoding is ASCII-?BIT and the internal encoding is not set	Success		0.003
internal_encoding	IO#internal_encoding with 'w' mode when Encoding.default_internal is not set returns nil if the internal encoding is not set	Success		0.003
internal_encoding	IO#internal_encoding with 'w' mode when Encoding.default_internal is not set returns nil if Encoding.default_internal is changed after the instance is created	Success		0.003
internal_encoding	IO#internal_encoding with 'w' mode when Encoding.default_internal is not set returns the value set when the instance was created	Success		0.003
internal_encoding	IO#internal_encoding with 'w' mode when Encoding.default_internal is not set returns the value set by #set_encoding	Success		0.003
internal_encoding	IO#internal_encoding with 'w' mode when Encoding.default_internal == Encoding.default_external returns nil	Success		0.003
internal_encoding	IO#internal_encoding with 'w' mode when Encoding.default_internal == Encoding.default_external returns nil regardless of Encoding.default_internal changes	Success		0.003
internal_encoding	IO#internal_encoding with 'w' mode when Encoding.default_internal != Encoding.default_external returns the value of Encoding.default_internal when the instance was created if the internal encoding is not set	Success		0.003
internal_encoding	IO#internal_encoding with 'w' mode when Encoding.default_internal != Encoding.default_external does not change when Encoding.default_internal is changed	Success		0.003
internal_encoding	IO#internal_encoding with 'w' mode when Encoding.default_internal != Encoding.default_external returns the internal encoding set when the instance was created	Success		0.003
internal_encoding	IO#internal_encoding with 'w' mode when Encoding.default_internal != Encoding.default_external does not change when set and Encoding.default_internal is changed	Success		0.003
internal_encoding	IO#internal_encoding with 'w' mode when Encoding.default_internal != Encoding.default_external returns the value set by #set_encoding	Success		0.003
internal_encoding	IO#internal_encoding with 'w' mode when Encoding.default_internal != Encoding.default_external returns nil when Encoding.default_external is ASCII-?BIT and the internal encoding is not set	Success		0.003
internal_encoding	IO#internal_encoding with 'w' mode when Encoding.default_internal != Encoding.default_external returns nil when the external encoding is ASCII-?BIT and the internal encoding is not set	Success		0.003
internal_encoding	IO#internal_encoding with 'w+' mode when Encoding.default_internal is not set returns nil if the internal encoding is not set	Success		0.003
internal_encoding	IO#internal_encoding with 'w+' mode when Encoding.default_internal is not set returns nil if Encoding.default_internal is changed after the instance is created	Success		0.003
internal_encoding	IO#internal_encoding with 'w+' mode when Encoding.default_internal is not set returns the value set when the instance was created	Success		0.003
internal_encoding	IO#internal_encoding with 'w+' mode when Encoding.default_internal is not set returns the value set by #set_encoding	Success		0.003
internal_encoding	IO#internal_encoding with 'w+' mode when Encoding.default_internal == Encoding.default_external returns nil	Success		0.003
internal_encoding	IO#internal_encoding with 'w+' mode when Encoding.default_internal == Encoding.default_external returns nil regardless of Encoding.default_internal changes	Success		0.003
internal_encoding	IO#internal_encoding with 'w+' mode when Encoding.default_internal != Encoding.default_external returns the value of Encoding.default_internal when the instance was created if the internal encoding is not set	Success		0.003
internal_encoding	IO#internal_encoding with 'w+' mode when Encoding.default_internal != Encoding.default_external does not change when Encoding.default_internal is changed	Success		0.003
internal_encoding	IO#internal_encoding with 'w+' mode when Encoding.default_internal != Encoding.default_external returns the internal encoding set when the instance was created	Success		0.003
internal_encoding	IO#internal_encoding with 'w+' mode when Encoding.default_internal != Encoding.default_external does not change when set and Encoding.default_internal is changed	Success		0.003
internal_encoding	IO#internal_encoding with 'w+' mode when Encoding.default_internal != Encoding.default_external returns the value set by #set_encoding	Success		0.003
internal_encoding	IO#internal_encoding with 'w+' mode when Encoding.default_internal != Encoding.default_external returns nil when Encoding.default_external is ASCII-?BIT and the internal encoding is not set	Success		0.003
internal_encoding	IO#internal_encoding with 'w+' mode when Encoding.default_internal != Encoding.default_external returns nil when the external encoding is ASCII-?BIT and the internal encoding is not set	Success		0.003
internal_encoding	IO#internal_encoding with 'a' mode when Encoding.default_internal is not set returns nil if the internal encoding is not set	Success		0.003
internal_encoding	IO#internal_encoding with 'a' mode when Encoding.default_internal is not set returns nil if Encoding.default_internal is changed after the instance is created	Success		0.003
internal_encoding	IO#internal_encoding with 'a' mode when Encoding.default_internal is not set returns the value set when the instance was created	Success		0.003
internal_encoding	IO#internal_encoding with 'a' mode when Encoding.default_internal is not set returns the value set by #set_encoding	Success		0.003
internal_encoding	IO#internal_encoding with 'a' mode when Encoding.default_internal == Encoding.default_external returns nil	Success		0.003
internal_encoding	IO#internal_encoding with 'a' mode when Encoding.default_internal == Encoding.default_external returns nil regardless of Encoding.default_internal changes	Success		0.003
internal_encoding	IO#internal_encoding with 'a' mode when Encoding.default_internal != Encoding.default_external returns the value of Encoding.default_internal when the instance was created if the internal encoding is not set	Success		0.003
internal_encoding	IO#internal_encoding with 'a' mode when Encoding.default_internal != Encoding.default_external does not change when Encoding.default_internal is changed	Success		0.003
internal_encoding	IO#internal_encoding with 'a' mode when Encoding.default_internal != Encoding.default_external returns the internal encoding set when the instance was created	Success		0.003
internal_encoding	IO#internal_encoding with 'a' mode when Encoding.default_internal != Encoding.default_external does not change when set and Encoding.default_internal is changed	Success		0.003
internal_encoding	IO#internal_encoding with 'a' mode when Encoding.default_internal != Encoding.default_external returns the value set by #set_encoding	Success		0.003
internal_encoding	IO#internal_encoding with 'a' mode when Encoding.default_internal != Encoding.default_external returns nil when Encoding.default_external is ASCII-?BIT and the internal encoding is not set	Success		0.003
internal_encoding	IO#internal_encoding with 'a' mode when Encoding.default_internal != Encoding.default_external returns nil when the external encoding is ASCII-?BIT and the internal encoding is not set	Success		0.003
internal_encoding	IO#internal_encoding with 'a+' mode when Encoding.default_internal is not set returns nil if the internal encoding is not set	Success		0.003
internal_encoding	IO#internal_encoding with 'a+' mode when Encoding.default_internal is not set returns nil if Encoding.default_internal is changed after the instance is created	Success		0.003
internal_encoding	IO#internal_encoding with 'a+' mode when Encoding.default_internal is not set returns the value set when the instance was created	Success		0.003
internal_encoding	IO#internal_encoding with 'a+' mode when Encoding.default_internal is not set returns the value set by #set_encoding	Success		0.003
internal_encoding	IO#internal_encoding with 'a+' mode when Encoding.default_internal == Encoding.default_external returns nil	Success		0.003
internal_encoding	IO#internal_encoding with 'a+' mode when Encoding.default_internal == Encoding.default_external returns nil regardless of Encoding.default_internal changes	Success		0.003
internal_encoding	IO#internal_encoding with 'a+' mode when Encoding.default_internal != Encoding.default_external returns the value of Encoding.default_internal when the instance was created if the internal encoding is not set	Success		0.003
internal_encoding	IO#internal_encoding with 'a+' mode when Encoding.default_internal != Encoding.default_external does not change when Encoding.default_internal is changed	Success		0.003
internal_encoding	IO#internal_encoding with 'a+' mode when Encoding.default_internal != Encoding.default_external returns the internal encoding set when the instance was created	Success		0.003
internal_encoding	IO#internal_encoding with 'a+' mode when Encoding.default_internal != Encoding.default_external does not change when set and Encoding.default_internal is changed	Success		0.003
internal_encoding	IO#internal_encoding with 'a+' mode when Encoding.default_internal != Encoding.default_external returns the value set by #set_encoding	Success		0.003
internal_encoding	IO#internal_encoding with 'a+' mode when Encoding.default_internal != Encoding.default_external returns nil when Encoding.default_external is ASCII-?BIT and the internal encoding is not set	Success		0.003
internal_encoding	IO#internal_encoding with 'a+' mode when Encoding.default_internal != Encoding.default_external returns nil when the external encoding is ASCII-?BIT and the internal encoding is not set	Success		0.003
io	IO includes File::Constants	Success		0.001
io	IO includes Enumerable	Success		0.000
ioctl	IO#ioctl raises an Errno error when ioctl fails	Skipped	tagged	0.000
ioctl	IO#ioctl raises IOError on closed stream	Success		0.003
isatty	IO#isatty returns false if this stream is not a terminal device (TTY)	Success		0.001
isatty	IO#isatty raises IOError on closed stream	Success		0.003
lineno	IO#lineno raises an IOError on a closed stream	Success		0.005
lineno	IO#lineno returns the current line number	Success		0.004
lineno	IO#lineno= raises an IOError on a closed stream	Success		0.005
lineno	IO#lineno= calls #to_int on a non-numeric argument	Success		0.004
lineno	IO#lineno= truncates a Float argument	Success		0.003
lineno	IO#lineno= raises TypeError on nil argument	Success		0.003
lineno	IO#lineno= sets the current line number to the given value	Success		0.004
lineno	IO#lineno= does not change $.	Success		0.004
lineno	IO#lineno= does not change $. until next read	Success		0.004
lines	IO#lines returns an Enumerator	Success		0.004
lines	IO#lines returns a line when accessed	Success		0.003
lines	IO#lines yields each line to the passed block	Success		0.003
lines	IO#lines when no block is given returns an Enumerator	Success		0.003
lines	IO#lines when no block is given returned Enumerator size should return nil	Success		0.003
new	IO.new creates an IO instance from a Fixnum argument	Success		0.001
new	IO.new creates an IO instance when STDOUT is closed	Success		0.022
new	IO.new creates an IO instance when STDERR is closed	Success		0.009
new	IO.new calls #to_int on an object to convert to a Fixnum	Success		0.003
new	IO.new accepts a :mode option	Success		0.001
new	IO.new accepts a mode argument set to nil with a valid :mode option	Success		0.001
new	IO.new accepts a mode argument with a :mode option set to nil	Success		0.001
new	IO.new uses the external encoding specified in the mode argument	Success		0.001
new	IO.new uses the external and the internal encoding specified in the mode argument	Success		0.001
new	IO.new uses the external encoding specified via the :external_encoding option	Success		0.001
new	IO.new uses the internal encoding specified via the :internal_encoding option	Success		0.001
new	IO.new uses the colon-separated encodings specified via the :encoding option	Success		0.001
new	IO.new uses the :encoding option as the external encoding when only one is given	Success		0.001
new	IO.new uses the :encoding options as the external encoding when it's an Encoding object	Success		0.001
new	IO.new ingores the :encoding option when the :external_encoding option is present	Success		0.001
new	IO.new ingores the :encoding option when the :internal_encoding option is present	Success		0.001
new	IO.new uses the encoding specified via the :mode option hash	Success		0.001
new	IO.new ignores the :internal_encoding option when the same as the external encoding	Success		0.001
new	IO.new sets internal encoding to nil when passed '-'	Success		0.001
new	IO.new sets binmode from mode string	Success		0.001
new	IO.new does not set binmode without being asked	Success		0.001
new	IO.new sets binmode from :binmode option	Success		0.001
new	IO.new does not set binmode from false :binmode	Success		0.001
new	IO.new sets external encoding to binary with binmode in mode string	Success		0.001
new	IO.new sets external encoding to binary with :binmode option	Success		0.001
new	IO.new does not use binary encoding when mode encoding is specified	Success		0.001
new	IO.new does not use binary encoding when :encoding option is specified	Success		0.001
new	IO.new does not use binary encoding when :external_encoding option is specified	Success		0.001
new	IO.new does not use binary encoding when :internal_encoding option is specified	Success		0.001
new	IO.new accepts nil options	Success		0.001
new	IO.new coerces mode with #to_str	Success		0.002
new	IO.new coerces mode with #to_int	Success		0.002
new	IO.new coerces mode with #to_str when passed in options	Success		0.002
new	IO.new coerces mode with #to_int when passed in options	Success		0.002
new	IO.new coerces :encoding option with #to_str	Success		0.002
new	IO.new coerces :external_encoding option with #to_str	Success		0.002
new	IO.new coerces :internal_encoding option with #to_str	Success		0.002
new	IO.new coerces options as third argument with #to_hash	Success		0.002
new	IO.new coerces options as second argument with #to_hash	Success		0.002
new	IO.new accepts an :autoclose option	Success		0.001
new	IO.new accepts any truthy option :autoclose	Success		0.001
new	IO.new raises an Errno::EBADF if the file descriptor is not valid	Success		0.002
new	IO.new raises an IOError if passed a closed stream	Success		0.004
new	IO.new raises an Errno::EINVAL if the new mode is not compatible with the descriptor's current mode	Success		0.002
new	IO.new raises ArgumentError if passed an empty mode string	Success		0.001
new	IO.new raises an error if passed modes two ways	Success		0.001
new	IO.new raises an error if passed encodings two ways	Success		0.002
new	IO.new raises an error if passed matching binary/text mode two ways	Success		0.002
new	IO.new raises an error if passed conflicting binary/text mode two ways	Success		0.002
new	IO.new raises an error when trying to set both binmode and textmode	Success		0.002
new	IO.new raises ArgumentError if not passed a hash or nil for options	Success		0.002
new	IO.new raises TypeError if passed a hash for mode and nil for options	Success		0.002
open	IO.open creates an IO instance from a Fixnum argument	Success		0.001
open	IO.open creates an IO instance when STDOUT is closed	Success		0.012
open	IO.open creates an IO instance when STDERR is closed	Success		0.009
open	IO.open calls #to_int on an object to convert to a Fixnum	Success		0.003
open	IO.open accepts a :mode option	Success		0.001
open	IO.open accepts a mode argument set to nil with a valid :mode option	Success		0.001
open	IO.open accepts a mode argument with a :mode option set to nil	Success		0.001
open	IO.open uses the external encoding specified in the mode argument	Success		0.001
open	IO.open uses the external and the internal encoding specified in the mode argument	Success		0.001
open	IO.open uses the external encoding specified via the :external_encoding option	Success		0.001
open	IO.open uses the internal encoding specified via the :internal_encoding option	Success		0.001
open	IO.open uses the colon-separated encodings specified via the :encoding option	Success		0.001
open	IO.open uses the :encoding option as the external encoding when only one is given	Success		0.001
open	IO.open uses the :encoding options as the external encoding when it's an Encoding object	Success		0.001
open	IO.open ingores the :encoding option when the :external_encoding option is present	Success		0.001
open	IO.open ingores the :encoding option when the :internal_encoding option is present	Success		0.001
open	IO.open uses the encoding specified via the :mode option hash	Success		0.001
open	IO.open ignores the :internal_encoding option when the same as the external encoding	Success		0.001
open	IO.open sets internal encoding to nil when passed '-'	Success		0.001
open	IO.open sets binmode from mode string	Success		0.001
open	IO.open does not set binmode without being asked	Success		0.001
open	IO.open sets binmode from :binmode option	Success		0.001
open	IO.open does not set binmode from false :binmode	Success		0.001
open	IO.open sets external encoding to binary with binmode in mode string	Success		0.001
open	IO.open sets external encoding to binary with :binmode option	Success		0.001
open	IO.open does not use binary encoding when mode encoding is specified	Success		0.001
open	IO.open does not use binary encoding when :encoding option is specified	Success		0.001
open	IO.open does not use binary encoding when :external_encoding option is specified	Success		0.001
open	IO.open does not use binary encoding when :internal_encoding option is specified	Success		0.001
open	IO.open accepts nil options	Success		0.001
open	IO.open coerces mode with #to_str	Success		0.002
open	IO.open coerces mode with #to_int	Success		0.002
open	IO.open coerces mode with #to_str when passed in options	Success		0.002
open	IO.open coerces mode with #to_int when passed in options	Success		0.002
open	IO.open coerces :encoding option with #to_str	Success		0.002
open	IO.open coerces :external_encoding option with #to_str	Success		0.002
open	IO.open coerces :internal_encoding option with #to_str	Success		0.002
open	IO.open coerces options as third argument with #to_hash	Success		0.002
open	IO.open coerces options as second argument with #to_hash	Success		0.002
open	IO.open accepts an :autoclose option	Success		0.001
open	IO.open accepts any truthy option :autoclose	Success		0.001
open	IO.open raises an Errno::EBADF if the file descriptor is not valid	Success		0.002
open	IO.open raises an IOError if passed a closed stream	Success		0.004
open	IO.open raises an Errno::EINVAL if the new mode is not compatible with the descriptor's current mode	Success		0.002
open	IO.open raises ArgumentError if passed an empty mode string	Success		0.001
open	IO.open raises an error if passed modes two ways	Success		0.001
open	IO.open raises an error if passed encodings two ways	Success		0.002
open	IO.open raises an error if passed matching binary/text mode two ways	Success		0.002
open	IO.open raises an error if passed conflicting binary/text mode two ways	Success		0.002
open	IO.open raises an error when trying to set both binmode and textmode	Success		0.002
open	IO.open raises ArgumentError if not passed a hash or nil for options	Success		0.002
open	IO.open raises TypeError if passed a hash for mode and nil for options	Success		0.002
open	IO.open propagates an exception raised by #close that is a StandardError	Skipped	tagged	0.000
open	IO.open calls #close after yielding to the block	Success		0.002
open	IO.open propagates an exception raised by #close that is not a StandardError	Success		0.002
open	IO.open does not propagate a IOError with 'closed stream' message raised by #close	Success		0.001
open	IO.open does not set last error when a IOError with 'closed stream' raised by #close	Success		0.001
output	IO#<< writes an object to the IO stream	Skipped	tagged	0.000
output	IO#<< calls #to_s on the object to print it	Skipped	tagged	0.000
output	IO#<< raises an error if the stream is closed	Success		0.003
output	IO#<< returns self	Success		0.001
pid	IO#pid returns nil for IO not associated with a process	Success		0.003
pid	IO#pid returns the ID of a process associated with stream	Skipped	tagged	0.000
pid	IO#pid raises an IOError on closed stream	Skipped	tagged	0.000
pipe	IO.pipe creates a two-ended pipe	Success		0.001
pipe	IO.pipe returns two IO objects	Success		0.001
pipe	IO.pipe returns instances of a subclass when called on a subclass	Success		0.001
pipe	IO.pipe passed a block yields two IO objects	Success		0.001
pipe	IO.pipe passed a block returns the result of the block	Success		0.001
pipe	IO.pipe passed a block closes both IO objects	Success		0.001
pipe	IO.pipe passed a block closes both IO objects when the block raises	Success		0.001
pipe	IO.pipe passed a block allows IO objects to be closed within the block	Success		0.001
pipe	IO.pipe sets the external encoding of the read end to the default when passed no arguments	Success		0.001
pipe	IO.pipe sets the internal encoding of the read end to the default when passed no arguments	Success		0.001
pipe	IO.pipe sets the internal encoding to nil if the same as the external	Success		0.001
pipe	IO.pipe sets the external encoding of the read end when passed an Encoding argument	Success		0.001
pipe	IO.pipe sets the external and internal encodings of the read end when passed two Encoding arguments	Success		0.001
pipe	IO.pipe sets the external encoding of the read end when passed the name of an Encoding	Success		0.001
pipe	IO.pipe accepts 'bom\|' prefix for external encoding	Success		0.001
pipe	IO.pipe sets the external and internal encodings specified as a String and separated with a colon	Success		0.001
pipe	IO.pipe accepts 'bom\|' prefix for external encoding when specifying 'external:internal'	Success		0.001
pipe	IO.pipe sets the external and internal encoding when passed two String arguments	Success		0.001
pipe	IO.pipe accepts an options Hash with one String encoding argument	Success		0.001
pipe	IO.pipe accepts an options Hash with two String encoding arguments	Success		0.001
pipe	IO.pipe calls #to_hash to convert an options argument	Success		0.002
pipe	IO.pipe calls #to_str to convert the first argument to a String	Success		0.002
pipe	IO.pipe calls #to_str to convert the second argument to a String	Success		0.002
pipe	IO.pipe sets no external encoding for the write end	Success		0.001
pipe	IO.pipe sets no internal encoding for the write end	Success		0.001
popen	IO.popen returns an open IO	Skipped	tagged	0.000
popen	IO.popen reads a read-only pipe	Skipped	tagged	0.000
popen	IO.popen raises IOError when writing a read-only pipe	Skipped	tagged	0.000
popen	IO.popen writes to a write-only pipe	Skipped	tagged	0.000
popen	IO.popen raises IOError when reading a write-only pipe	Skipped	tagged	0.000
popen	IO.popen reads and writes a read/write pipe	Skipped	tagged	0.000
popen	IO.popen waits for the child to finish	Skipped	tagged	0.000
popen	IO.popen does not throw an exception if child exited and has been waited for	Skipped	tagged	0.000
popen	IO.popen returns an instance of a subclass when called on a subclass	Skipped	tagged	0.000
popen	IO.popen coerces mode argument with #to_str	Skipped	tagged	0.000
popen	IO.popen has the given external encoding	Skipped	tagged	0.000
popen	IO.popen has the given internal encoding	Skipped	tagged	0.000
popen	IO.popen sets the internal encoding to nil if it's the same as the external encoding	Skipped	tagged	0.000
popen	IO.popen with a block yields an open IO to the block	Skipped	tagged	0.000
popen	IO.popen with a block yields an instance of a subclass when called on a subclass	Skipped	tagged	0.000
popen	IO.popen with a block closes the IO after yielding	Skipped	tagged	0.000
popen	IO.popen with a block allows the IO to be closed inside the block	Skipped	tagged	0.000
popen	IO.popen with a block returns the value of the block	Skipped	tagged	0.000
popen	IO.popen with a leading ENV Hash accepts a single String command	Skipped	tagged	0.000
popen	IO.popen with a leading ENV Hash accepts a single String command, and an IO mode	Skipped	tagged	0.000
popen	IO.popen with a leading ENV Hash accepts a single String command with a trailing Hash of Process.exec options	Skipped	tagged	0.000
popen	IO.popen with a leading ENV Hash accepts a single String command with a trailing Hash of Process.exec options, and an IO mode	Skipped	tagged	0.000
popen	IO.popen with a leading ENV Hash accepts an Array of command and arguments	Skipped	tagged	0.000
popen	IO.popen with a leading ENV Hash accepts an Array of command and arguments, and an IO mode	Skipped	tagged	0.000
popen	IO.popen with a leading ENV Hash accepts an Array command with a separate trailing Hash of Process.exec options	Skipped	tagged	0.000
popen	IO.popen with a leading ENV Hash accepts an Array command with a separate trailing Hash of Process.exec options, and an IO mode	Skipped	tagged	0.000
popen	IO.popen with a leading Array argument uses the Array as command plus args for the child process	Skipped	tagged	0.000
popen	IO.popen with a leading Array argument accepts a leading ENV Hash	Skipped	tagged	0.000
popen	IO.popen with a leading Array argument accepts a trailing Hash of Process.exec options	Skipped	tagged	0.000
popen	IO.popen with a leading Array argument accepts an IO mode argument following the Array	Skipped	tagged	0.000
popen	IO.popen with a leading Array argument accepts [env, command, arg1, arg2, ..., exec options]	Skipped	tagged	0.000
popen	IO.popen with a leading Array argument accepts '[env, command, arg1, arg2, ..., exec options], mode'	Skipped	tagged	0.000
popen	IO.popen with a leading Array argument accepts '[env, command, arg1, arg2, ..., exec options], mode, IO options'	Skipped	tagged	0.000
popen	IO.popen with a leading Array argument accepts '[env, command, arg1, arg2, ...], mode, IO + exec options'	Skipped	tagged	0.000
pos	IO#pos gets the offset	Success		0.002
pos	IO#pos raises IOError on closed stream	Success		0.004
pos	IO#pos resets #eof?	Success		0.002
pos	IO#pos= does not accept Bignums that don't fit in a C long	Skipped	tagged	0.000
pos	IO#pos= sets the offset	Success		0.002
pos	IO#pos= converts arguments to Integers	Success		0.003
pos	IO#pos= raises IOError on closed stream	Success		0.004
print	IO#print writes $_.to_s followed by $\ (if any) to the stream if no arguments given	Skipped	tagged	0.000
print	IO#print calls obj.to_s and not obj.to_str then writes the record separator	Success		0.005
print	IO#print writes each obj.to_s to the stream and appends $\ (if any) given multiple objects	Success		0.003
print	IO#print raises IOError on closed stream	Success		0.004
printf	IO#printf calls #to_str to convert the format object to a String	Success		0.003
printf	IO#printf writes the #sprintf formatted string	Success		0.002
printf	IO#printf raises IOError on closed stream	Success		0.004
putc	IO#putc calls #to_int to convert an object to an Integer	Success		0.003
putc	IO#putc raises IOError on a closed stream	Success		0.002
putc	IO#putc raises a TypeError when passed nil	Success		0.002
putc	IO#putc raises a TypeError when passed false	Success		0.001
putc	IO#putc raises a TypeError when passed true	Success		0.001
putc	IO#putc with a Fixnum argument writes one character as a String	Success		0.002
putc	IO#putc with a Fixnum argument writes the low byte as a String	Success		0.002
putc	IO#putc with a String argument writes one character	Success		0.002
putc	IO#putc with a String argument writes the first character	Success		0.002
puts	IO#puts writes just a newline when given just a newline	Skipped	tagged	0.000
puts	IO#puts calls :to_ary before writing non-string objects, regardless of it being implemented in the receiver	Skipped	tagged	0.000
puts	IO#puts calls :to_ary before writing non-string objects	Skipped	tagged	0.000
puts	IO#puts returns general object info if :to_s does not return a string	Skipped	tagged	0.000
puts	IO#puts writes crlf when IO is opened with newline: :crlf	Skipped	tagged	0.000
puts	IO#puts writes cr when IO is opened with newline: :cr	Skipped	tagged	0.000
puts	IO#puts writes just a newline when given no args	Success		0.002
puts	IO#puts writes empty string with a newline when given nil as an arg	Success		0.001
puts	IO#puts writes empty string with a newline when when given nil as multiple args	Success		0.001
puts	IO#puts calls :to_s before writing non-string objects that don't respond to :to_ary	Success		0.002
puts	IO#puts writes each arg if given several	Success		0.002
puts	IO#puts flattens a nested array before writing it	Success		0.002
puts	IO#puts writes nothing for an empty array	Success		0.002
puts	IO#puts writes [...] for a recursive array arg	Success		0.002
puts	IO#puts writes a newline after objects that do not end in newlines	Success		0.002
puts	IO#puts does not write a newline after objects that end in newlines	Success		0.001
puts	IO#puts ignores the $/ separator global	Success		0.001
puts	IO#puts raises IOError on closed stream	Success		0.004
puts	IO#puts writes lf when IO is opened with newline: :lf	Success		0.003
read	IO.read reads the contents of a file	Success		0.003
read	IO.read calls #to_path on non-String arguments	Success		0.004
read	IO.read accepts an empty options Hash	Success		0.003
read	IO.read accepts a length, offset, and empty options Hash	Success		0.003
read	IO.read raises an IOError if the options Hash specifies write mode	Success		0.003
read	IO.read raises an IOError if the options Hash specifies append only mode	Success		0.003
read	IO.read reads the file if the options Hash includes read mode	Success		0.003
read	IO.read reads the file if the options Hash includes read/write mode	Success		0.003
read	IO.read reads the file if the options Hash includes read/write append mode	Success		0.003
read	IO.read treats second nil argument as no length limit	Success		0.004
read	IO.read treats third nil argument as 0	Success		0.004
read	IO.read reads the contents of a file up to a certain size when specified	Success		0.003
read	IO.read reads the contents of a file from an offset of a specific size when specified	Success		0.003
read	IO.read returns nil at end-of-file when length is passed	Success		0.003
read	IO.read raises an Errno::ENOENT when the requested file does not exist	Success		0.003
read	IO.read raises a TypeError when not passed a String type	Success		0.003
read	IO.read raises an ArgumentError when not passed a valid length	Success		0.003
read	IO.read raises an Errno::EINVAL when not passed a valid offset	Success		0.003
read	IO.read uses the external encoding specified via the :external_encoding option	Success		0.003
read	IO.read uses the external encoding specified via the :encoding option	Success		0.003
read	IO.read from a pipe runs the rest as a subprocess and returns the standard output	Skipped	tagged	0.000
read	IO.read from a pipe reads only the specified number of bytes requested	Skipped	tagged	0.000
read	IO.read from a pipe raises Errno::ESPIPE if passed an offset	Skipped	tagged	0.000
read	IO.read on an empty file returns nil when length is passed	Success		0.003
read	IO.read on an empty file returns an empty string when no length is passed	Success		0.003
read	IO#read can be read from consecutively	Success		0.003
read	IO#read clears the output buffer if there is nothing to read	Success		0.003
read	IO#read consumes zero bytes when reading zero bytes	Success		0.003
read	IO#read is at end-of-file when everything has been read	Success		0.003
read	IO#read reads the contents of a file	Success		0.003
read	IO#read places the specified number of bytes in the buffer	Success		0.003
read	IO#read expands the buffer when too small	Success		0.003
read	IO#read overwrites the buffer	Success		0.003
read	IO#read truncates the buffer when too big	Success		0.003
read	IO#read returns the given buffer	Success		0.003
read	IO#read coerces the second argument to string and uses it as a buffer	Success		0.004
read	IO#read returns an empty string at end-of-file	Success		0.003
read	IO#read reads the contents of a file when more bytes are specified	Success		0.003
read	IO#read returns an empty string at end-of-file	Success		0.003
read	IO#read returns an empty string when the current pos is bigger than the content size	Success		0.003
read	IO#read returns nil at end-of-file with a length	Success		0.003
read	IO#read with length argument returns nil when the current pos is bigger than the content size	Success		0.003
read	IO#read raises IOError on closed stream	Success		0.005
read	IO#read with $KCODE set to UTF-? ignores unicode encoding	Success		0.003
read	IO#read in binary mode does not transcode file contents when Encoding.default_internal is set	Success		0.003
read	IO#read in binary mode does not transcode file contents when an internal encoding is specified	Success		0.003
read	IO#read in text mode reads data according to the internal encoding	Success		0.004
read	IO.read with BOM reads a file without a bom	Success		0.004
read	IO.read with BOM reads a file with a utf-? bom	Success		0.003
read	IO.read with BOM reads a file with a utf-16le bom	Success		0.003
read	IO.read with BOM reads a file with a utf-16be bom	Success		0.003
read	IO.read with BOM reads a file with a utf-32le bom	Success		0.003
read	IO.read with BOM reads a file with a utf-32be bom	Success		0.003
read	IO#read when IO#external_encoding and IO#internal_encoding are nil sets the String encoding to Encoding.default_external	Success		0.011
read	IO#read with internal encoding not specified does not transcode the String	Success		0.004
read	IO#read with internal encoding not specified sets the String encoding to the external encoding	Success		0.003
read	IO#read with internal encoding not specified reads bytes when passed a size	Success		0.003
read	IO#read with internal encoding not specified returns a String in ASCII-?BIT when passed a size	Success		0.003
read	IO#read with internal encoding not specified does not change the buffer's encoding when passed a limit	Success		0.003
read	IO#read with internal encoding not specified trucates the buffer but does not change the buffer's encoding when no data remains	Success		0.003
read	IO#read with internal encoding specified by open mode returns a transcoded String	Success		0.003
read	IO#read with internal encoding specified by open mode sets the String encoding to the internal encoding	Success		0.003
read	IO#read with internal encoding specified by open mode reads bytes when passed a size	Success		0.003
read	IO#read with internal encoding specified by open mode returns a String in ASCII-?BIT when passed a size	Success		0.003
read	IO#read with internal encoding specified by open mode does not change the buffer's encoding when passed a limit	Success		0.003
read	IO#read with internal encoding specified by open mode trucates the buffer but does not change the buffer's encoding when no data remains	Success		0.003
read	IO#read with internal encoding specified by open mode when passed nil for limit sets the buffer to a transcoded String	Success		0.003
read	IO#read with internal encoding specified by open mode when passed nil for limit sets the buffer's encoding to the internal encoding	Success		0.003
read	IO#read with internal encoding specified by mode: option returns a transcoded String	Success		0.003
read	IO#read with internal encoding specified by mode: option sets the String encoding to the internal encoding	Success		0.003
read	IO#read with internal encoding specified by mode: option reads bytes when passed a size	Success		0.003
read	IO#read with internal encoding specified by mode: option returns a String in ASCII-?BIT when passed a size	Success		0.003
read	IO#read with internal encoding specified by mode: option does not change the buffer's encoding when passed a limit	Success		0.003
read	IO#read with internal encoding specified by mode: option trucates the buffer but does not change the buffer's encoding when no data remains	Success		0.003
read	IO#read with internal encoding specified by mode: option when passed nil for limit sets the buffer to a transcoded String	Success		0.003
read	IO#read with internal encoding specified by mode: option when passed nil for limit sets the buffer's encoding to the internal encoding	Success		0.003
read	IO#read with internal encoding specified by internal_encoding: option returns a transcoded String	Success		0.003
read	IO#read with internal encoding specified by internal_encoding: option sets the String encoding to the internal encoding	Success		0.003
read	IO#read with internal encoding specified by internal_encoding: option reads bytes when passed a size	Success		0.003
read	IO#read with internal encoding specified by internal_encoding: option returns a String in ASCII-?BIT when passed a size	Success		0.003
read	IO#read with internal encoding specified by internal_encoding: option does not change the buffer's encoding when passed a limit	Success		0.003
read	IO#read with internal encoding specified by internal_encoding: option trucates the buffer but does not change the buffer's encoding when no data remains	Success		0.003
read	IO#read with internal encoding specified by internal_encoding: option when passed nil for limit sets the buffer to a transcoded String	Success		0.003
read	IO#read with internal encoding specified by internal_encoding: option when passed nil for limit sets the buffer's encoding to the internal encoding	Success		0.003
read	IO#read with internal encoding specified by encoding: option returns a transcoded String	Success		0.003
read	IO#read with internal encoding specified by encoding: option sets the String encoding to the internal encoding	Success		0.003
read	IO#read with internal encoding specified by encoding: option reads bytes when passed a size	Success		0.003
read	IO#read with internal encoding specified by encoding: option returns a String in ASCII-?BIT when passed a size	Success		0.003
read	IO#read with internal encoding specified by encoding: option does not change the buffer's encoding when passed a limit	Success		0.003
read	IO#read with internal encoding specified by encoding: option trucates the buffer but does not change the buffer's encoding when no data remains	Success		0.003
read	IO#read with internal encoding specified by encoding: option when passed nil for limit sets the buffer to a transcoded String	Success		0.003
read	IO#read with internal encoding specified by encoding: option when passed nil for limit sets the buffer's encoding to the internal encoding	Success		0.003
read	IO#read with large data reads all the data at once	Success		0.004
read	IO#read with large data reads only the requested number of bytes	Success		0.003
read_nonblock	IO#read_nonblock returns less data if that is all that is available	Skipped	tagged	0.000
read_nonblock	IO#read_nonblock raises EOFError when the end is reached	Skipped	tagged	0.000
read_nonblock	IO#read_nonblock raises an exception extending IO::WaitReadable when there is no data	Success		0.004
read_nonblock	IO#read_nonblock returns at most the number of bytes requested	Success		0.001
read_nonblock	IO#read_nonblock allows for reading 0 bytes before any write	Success		0.001
read_nonblock	IO#read_nonblock allows for reading 0 bytes after a write	Success		0.001
read_nonblock	IO#read_nonblock reads into the passed buffer	Success		0.001
read_nonblock	IO#read_nonblock raises IOError on closed stream	Success		0.003
read_nonblock	IO#read_nonblock when exception option is set to false when there is no data returns :wait_readable	Skipped	tagged	0.000
read_nonblock	IO#read_nonblock when exception option is set to false when the end is reached returns nil	Skipped	tagged	0.000
readbyte	IO#readbyte reads one byte from the stream	Success		0.001
readbyte	IO#readbyte raises EOFError on EOF	Success		0.001
readbyte	IO#readbyte needs to be reviewed for spec completeness	Success		0.001
readchar	IO#readchar returns the next string from the stream	Success		0.004
readchar	IO#readchar raises an EOFError when invoked at the end of the stream	Success		0.003
readchar	IO#readchar raises IOError on closed stream	Success		0.005
readchar	IO#readchar raises EOFError on empty stream	Success		0.003
readline	IO#readline assigns the returned line to $_	Skipped	tagged	0.000
readline	IO#readline returns the next line on the stream	Success		0.003
readline	IO#readline goes back to first position after a rewind	Success		0.003
readline	IO#readline returns characters after the position set by #seek	Success		0.003
readline	IO#readline raises EOFError on end of stream	Success		0.004
readline	IO#readline raises IOError on closed stream	Success		0.005
readlines	IO#readlines raises an IOError if the stream is closed	Success		0.003
readlines	IO#readlines when passed no arguments returns an Array containing lines based on $/	Success		0.005
readlines	IO#readlines when passed no arguments updates self's position	Success		0.004
readlines	IO#readlines when passed no arguments updates self's lineno based on the number of lines read	Success		0.004
readlines	IO#readlines when passed no arguments does not change $_	Success		0.004
readlines	IO#readlines when passed no arguments returns an empty Array when self is at the end	Success		0.004
readlines	IO#readlines when passed nil returns the remaining content as one line starting at the current position	Success		0.003
readlines	IO#readlines when passed an empty String returns an Array containing all paragraphs	Success		0.003
readlines	IO#readlines when passed a separator returns an Array containing lines based on the separator	Success		0.004
readlines	IO#readlines when passed a separator returns an empty Array when self is at the end	Success		0.004
readlines	IO#readlines when passed a separator updates self's lineno based on the number of lines read	Success		0.003
readlines	IO#readlines when passed a separator updates self's position based on the number of characters read	Success		0.003
readlines	IO#readlines when passed a separator does not change $_	Success		0.003
readlines	IO#readlines when passed a separator tries to convert the passed separator to a String using #to_str	Success		0.005
readlines	IO#readlines when passed a string that starts with a \| gets data from the standard out of the subprocess	Skipped	tagged	0.000
readlines	IO#readlines raises an IOError if the stream is opened for append only	Success		0.002
readlines	IO#readlines raises an IOError if the stream is opened for write only	Success		0.001
readlines	IO.readlines does not change $_	Success		0.004
readlines	IO.readlines raises TypeError if the first parameter is nil	Success		0.003
readlines	IO.readlines raises an Errno::ENOENT if the file does not exist	Success		0.003
readlines	IO.readlines yields a single string with entire content when the separator is nil	Success		0.004
readlines	IO.readlines yields a sequence of paragraphs when the separator is an empty string	Success		0.004
readlines	IO.readlines when passed name calls #to_path to convert the name	Success		0.005
readlines	IO.readlines when passed name defaults to $/ as the separator	Success		0.004
readlines	IO.readlines when passed name, object calls #to_str to convert the object to a separator	Success		0.006
readlines	IO.readlines when passed name, object when the object is a Fixnum uses the object as a limit if it is a Fixnum	Skipped	tagged	0.000
readlines	IO.readlines when passed name, object when the object is a Fixnum defaults to $/ as the separator	Success		0.006
readlines	IO.readlines when passed name, object when the object is a String accepts non-ASCII data as separator	Skipped	tagged	0.000
readlines	IO.readlines when passed name, object when the object is a String uses the value as the separator	Success		0.005
readlines	IO.readlines when passed name, object when the object is a Hash uses the value as the options hash	Success		0.004
readlines	IO.readlines when passed name, object, object when the first object is a Fixnum uses the second object as an options Hash	Success		0.003
readlines	IO.readlines when passed name, object, object when the first object is a Fixnum calls #to_hash to convert the second object to a Hash	Success		0.004
readlines	IO.readlines when passed name, object, object when the first object is a String uses the second object as a limit if it is a Fixnum	Success		0.006
readlines	IO.readlines when passed name, object, object when the first object is a String calls #to_int to convert the second object	Success		0.007
readlines	IO.readlines when passed name, object, object when the first object is a String uses the second object as an options Hash	Success		0.003
readlines	IO.readlines when passed name, object, object when the first object is a String calls #to_hash to convert the second object to a Hash	Success		0.004
readlines	IO.readlines when passed name, object, object when the first object is not a String or Fixnum calls #to_str to convert the object to a String	Success		0.007
readlines	IO.readlines when passed name, object, object when the first object is not a String or Fixnum uses the second object as a limit if it is a Fixnum	Success		0.006
readlines	IO.readlines when passed name, object, object when the first object is not a String or Fixnum calls #to_int to convert the second object	Success		0.007
readlines	IO.readlines when passed name, object, object when the first object is not a String or Fixnum uses the second object as an options Hash	Success		0.003
readlines	IO.readlines when passed name, object, object when the first object is not a String or Fixnum calls #to_hash to convert the second object to a Hash	Success		0.004
readlines	IO.readlines when passed name, separator, limit, options calls #to_path to convert the name object	Success		0.007
readlines	IO.readlines when passed name, separator, limit, options calls #to_str to convert the separator object	Success		0.007
readlines	IO.readlines when passed name, separator, limit, options calls #to_int to convert the limit argument	Success		0.007
readlines	IO.readlines when passed name, separator, limit, options calls #to_hash to convert the options object	Success		0.004
readlines	IO.readlines encodes lines using the default external encoding	Success		0.004
readlines	IO.readlines encodes lines using the default internal encoding, when set	Success		0.004
readlines	IO.readlines ignores the default internal encoding if the external encoding is ASCII-?BIT	Success		0.004
readpartial	IO#readpartial reads after ungetc without data in the buffer	Skipped	tagged	0.000
readpartial	IO#readpartial discards the existing buffer content upon successful read	Skipped	tagged	0.000
readpartial	IO#readpartial raises EOFError on EOF	Skipped	tagged	0.000
readpartial	IO#readpartial discards the existing buffer content upon error	Skipped	tagged	0.000
readpartial	IO#readpartial raises IOError if the stream is closed	Skipped	tagged	0.000
readpartial	IO#readpartial raises IOError on closed stream	Success		0.005
readpartial	IO#readpartial reads at most the specified number of bytes	Success		0.001
readpartial	IO#readpartial reads after ungetc with data in the buffer	Success		0.001
readpartial	IO#readpartial reads after ungetc with multibyte characters in the buffer	Success		0.001
readpartial	IO#readpartial raises ArgumentError if the negative argument is provided	Success		0.001
readpartial	IO#readpartial immediately returns an empty string if the length argument is 0	Success		0.001
reopen	IO#reopen calls #to_io to convert an object	Success		0.004
reopen	IO#reopen changes the class of the instance to the class of the object returned by #to_io	Success		0.003
reopen	IO#reopen raises an IOError if the object returned by #to_io is closed	Success		0.005
reopen	IO#reopen raises a TypeError if #to_io does not return an IO instance	Success		0.003
reopen	IO#reopen raises an IOError when called on a closed stream with an object	Success		0.003
reopen	IO#reopen raises an IOError if the IO argument is closed	Success		0.004
reopen	IO#reopen raises an IOError when called on a closed stream with an IO	Success		0.002
reopen	IO#reopen with a String affects exec/system/fork performed after it	Skipped	tagged	0.000
reopen	IO#reopen with a String does not raise an exception when called on a closed stream with a path	Success		0.007
reopen	IO#reopen with a String returns self	Success		0.007
reopen	IO#reopen with a String positions a newly created instance at the beginning of the new stream	Success		0.007
reopen	IO#reopen with a String positions an instance that has been read from at the beginning of the new stream	Success		0.007
reopen	IO#reopen with a String passes all mode flags through	Success		0.007
reopen	IO#reopen with a String calls #to_path on non-String arguments	Success		0.008
reopen	IO#reopen with a String opens a path after writing to the original file descriptor	Success		0.003
reopen	IO#reopen with a String closes the file descriptor obtained by opening the new file	Success		0.003
reopen	IO#reopen with a String creates the file if it doesn't exist if the IO is opened in write mode	Success		0.002
reopen	IO#reopen with a String creates the file if it doesn't exist if the IO is opened in write mode	Success		0.002
reopen	IO#reopen with a String raises an Errno::ENOENT if the file does not exist and the IO is not opened in write mode	Success		0.004
reopen	IO#reopen with an IO does not call #to_io	Success		0.004
reopen	IO#reopen with an IO does not change the object_id	Success		0.004
reopen	IO#reopen with an IO reads from the beginning if the other IO has not been read from	Success		0.004
reopen	IO#reopen with an IO reads from the current position of the other IO's stream	Success		0.004
reopen	IO#reopen with an IO associates the IO instance with the other IO's stream	Success		0.004
reopen	IO#reopen with an IO may change the class of the instance	Success		0.002
reopen	IO#reopen with an IO sets path equals to the other IO's path if other IO is File	Success		0.002
rewind	IO#rewind positions the instance to the beginning of input	Success		0.003
rewind	IO#rewind positions the instance to the beginning of input and clears EOF	Success		0.003
rewind	IO#rewind sets lineno to 0	Success		0.003
rewind	IO#rewind raises IOError on closed stream	Success		0.005
seek	IO#seek does not accept Bignums that don't fit in a C long	Skipped	tagged	0.000
seek	IO#seek sets the offset	Success		0.002
seek	IO#seek converts arguments to Integers	Success		0.003
seek	IO#seek raises IOError on closed stream	Success		0.004
seek	IO#seek moves the read position relative to the current position with SEEK_CUR	Success		0.003
seek	IO#seek moves the read position relative to the start with SEEK_SET	Success		0.003
seek	IO#seek moves the read position relative to the end with SEEK_END	Success		0.003
seek	IO#seek moves the read position and clears EOF with SEEK_SET	Success		0.003
seek	IO#seek moves the read position and clears EOF with SEEK_CUR	Success		0.003
seek	IO#seek moves the read position and clears EOF with SEEK_END	Success		0.003
select	IO.select returns immediately all objects that are ready for I/O when timeout is 0	Skipped	tagged	0.000
select	IO.select returns nil after timeout if there are no objects ready for I/O	Skipped	tagged	0.000
select	IO.select returns supplied objects when they are ready for I/O	Skipped	tagged	0.000
select	IO.select leaves out IO objects for which there is no I/O ready	Skipped	tagged	0.000
select	IO.select returns supplied objects correctly even when monitoring the same object in different arrays	Skipped	tagged	0.000
select	IO.select invokes to_io on supplied objects that are not IO and returns the supplied objects	Skipped	tagged	0.000
select	IO.select blocks for duration of timeout and returns nil if there are no objects ready for I/O	Success		0.003
select	IO.select raises TypeError if supplied objects are not IO	Success		0.003
select	IO.select raises a TypeError if the specified timeout value is not Numeric	Success		0.001
select	IO.select raises TypeError if the first three arguments are not Arrays	Success		0.002
select	IO.select raises an ArgumentError when passed a negative timeout	Success		0.001
select	IO.select when passed nil for timeout sleeps forever and sets the thread status to 'sleep'	Skipped	tagged	0.000
set_encoding	IO#set_encoding when passed nil, nil with 'r' mode sets the encodings to the current Encoding defaults	Skipped	tagged	0.000
set_encoding	IO#set_encoding when passed nil, nil with 'r' mode allows the #external_encoding to change when Encoding.default_external is changed	Skipped	tagged	0.000
set_encoding	IO#set_encoding when passed nil, nil with 'r' mode prevents the #internal_encoding from changing when Encoding.default_internal is changed	Success		0.004
set_encoding	IO#set_encoding when passed nil, nil with 'rb' mode returns Encoding.default_external	Skipped	tagged	0.000
set_encoding	IO#set_encoding when passed nil, nil with 'r+' mode sets the encodings to nil	Success		0.003
set_encoding	IO#set_encoding when passed nil, nil with 'r+' mode prevents the encodings from changing when Encoding defaults are changed	Success		0.003
set_encoding	IO#set_encoding when passed nil, nil with 'r+' mode sets the encodings to the current Encoding defaults	Success		0.003
set_encoding	IO#set_encoding when passed nil, nil with 'w' mode sets the encodings to nil	Success		0.003
set_encoding	IO#set_encoding when passed nil, nil with 'w' mode prevents the encodings from changing when Encoding defaults are changed	Success		0.003
set_encoding	IO#set_encoding when passed nil, nil with 'w' mode sets the encodings to the current Encoding defaults	Success		0.003
set_encoding	IO#set_encoding when passed nil, nil with 'w+' mode sets the encodings to nil	Success		0.003
set_encoding	IO#set_encoding when passed nil, nil with 'w+' mode prevents the encodings from changing when Encoding defaults are changed	Success		0.003
set_encoding	IO#set_encoding when passed nil, nil with 'w+' mode sets the encodings to the current Encoding defaults	Success		0.003
set_encoding	IO#set_encoding when passed nil, nil with 'a' mode sets the encodings to nil	Success		0.003
set_encoding	IO#set_encoding when passed nil, nil with 'a' mode prevents the encodings from changing when Encoding defaults are changed	Success		0.003
set_encoding	IO#set_encoding when passed nil, nil with 'a' mode sets the encodings to the current Encoding defaults	Success		0.003
set_encoding	IO#set_encoding when passed nil, nil with 'a+' mode sets the encodings to nil	Success		0.003
set_encoding	IO#set_encoding when passed nil, nil with 'a+' mode prevents the encodings from changing when Encoding defaults are changed	Success		0.003
set_encoding	IO#set_encoding when passed nil, nil with 'a+' mode sets the encodings to the current Encoding defaults	Success		0.003
set_encoding	IO#set_encoding returns self	Success		0.003
set_encoding	IO#set_encoding sets the external encoding when passed an Encoding argument	Success		0.003
set_encoding	IO#set_encoding sets the external and internal encoding when passed two Encoding arguments	Success		0.003
set_encoding	IO#set_encoding sets the external encoding when passed the name of an Encoding	Success		0.003
set_encoding	IO#set_encoding ignores the internal encoding if the same as external when passed Encoding objects	Success		0.003
set_encoding	IO#set_encoding ignores the internal encoding if the same as external when passed encoding names separanted by ':'	Success		0.003
set_encoding	IO#set_encoding sets the external and internal encoding when passed the names of Encodings separated by ':'	Success		0.003
set_encoding	IO#set_encoding sets the external and internal encoding when passed two String arguments	Success		0.003
set_encoding	IO#set_encoding calls #to_str to convert an abject to a String	Success		0.004
set_encoding	IO#set_encoding calls #to_str to convert the second argument to a String	Success		0.004
stat	IO#stat raises IOError on closed stream	Skipped	tagged	0.000
stat	IO#stat returns a File::Stat object for the stream	Skipped	tagged	0.000
stat	IO#stat can stat pipes	Skipped	tagged	0.000
sync	IO#sync= sets the sync mode to true or false	Success		0.003
sync	IO#sync= accepts non-boolean arguments	Success		0.003
sync	IO#sync= raises an IOError on closed stream	Success		0.005
sync	IO#sync returns the current sync mode	Success		0.003
sync	IO#sync raises an IOError on closed stream	Success		0.005
sync	IO#sync is false by default for STDOUT	Skipped	tagged	0.000
sync	IO#sync is true by default for STDERR	Skipped	tagged	0.000
sync	IO#sync is false by default for STDIN	Success		0.000
sysopen	IO.sysopen returns the file descriptor for a given path	Success		0.001
sysopen	IO.sysopen works on directories	Success		0.001
sysopen	IO.sysopen calls #to_path to convert an object to a path	Success		0.002
sysopen	IO.sysopen accepts a mode as second argument	Success		0.001
sysopen	IO.sysopen accepts permissions as third argument	Success		0.001
sysopen	IO.sysopen accepts mode & permission that are nil	Success		0.003
sysread	IO#sysread on a file reads the specified number of bytes from the file	Skipped	tagged	0.000
sysread	IO#sysread on a file reads the specified number of bytes from the file to the buffer	Skipped	tagged	0.000
sysread	IO#sysread on a file coerces the second argument to string and uses it as a buffer	Skipped	tagged	0.000
sysread	IO#sysread on a file advances the position of the file by the specified number of bytes	Skipped	tagged	0.000
sysread	IO#sysread on a file reads normally even when called immediately after a buffered IO#read	Skipped	tagged	0.000
sysread	IO#sysread on a file reads updated content after the flushed buffered IO#write	Skipped	tagged	0.000
sysread	IO#sysread on a file does not raise error if called after IO#read followed by IO#write	Success		0.002
sysread	IO#sysread on a file does not raise error if called after IO#read followed by IO#syswrite	Success		0.002
sysread	IO#sysread on a file raises IOError on closed stream	Success		0.004
sysseek	IO#sysseek does not accept Bignums that don't fit in a C long	Skipped	tagged	0.000
sysseek	IO#sysseek sets the offset	Success		0.002
sysseek	IO#sysseek converts arguments to Integers	Success		0.003
sysseek	IO#sysseek raises IOError on closed stream	Success		0.004
sysseek	IO#sysseek moves the read position relative to the end with SEEK_END	Skipped	tagged	0.000
sysseek	IO#sysseek moves the read position relative to the current position with SEEK_CUR	Success		0.003
sysseek	IO#sysseek raises an error when called after buffered reads	Success		0.003
sysseek	IO#sysseek moves the read position relative to the start with SEEK_SET	Success		0.003
syswrite	IO#syswrite on a file writes all of the string's bytes but does not buffer them	Skipped	tagged	0.000
syswrite	IO#syswrite on a file warns if called immediately after a buffered IO#write	Skipped	tagged	0.000
syswrite	IO#syswrite on a file does not warn if called after IO#write with intervening IO#sysread	Skipped	tagged	0.000
syswrite	IO#syswrite on a file writes to the actual file position when called after buffered IO#read	Skipped	tagged	0.000
syswrite	IO#syswrite coerces the argument to a string using to_s	Success		0.003
syswrite	IO#syswrite checks if the file is writable if writing more than zero bytes	Success		0.002
syswrite	IO#syswrite returns the number of bytes written	Success		0.002
syswrite	IO#syswrite invokes to_s on non-String argument	Success		0.003
syswrite	IO#syswrite writes all of the string's bytes without buffering if mode is sync	Success		0.002
syswrite	IO#syswrite does not warn if called after IO#read	Success		0.002
syswrite	IO#syswrite writes to the current position after IO#read	Success		0.002
syswrite	IO#syswrite advances the file position by the count of given bytes	Success		0.002
syswrite	IO#syswrite raises IOError on closed stream	Success		0.004
tell	IO#tell resets #eof?	Skipped	tagged	0.000
tell	IO#tell gets the offset	Success		0.002
tell	IO#tell raises IOError on closed stream	Success		0.004
to_i	IO#to_i returns the numeric file descriptor of the given IO object	Success		0.000
to_i	IO#to_i raises IOError on closed stream	Success		0.003
to_io	IO#to_io returns self for open stream	Success		0.003
to_io	IO#to_io returns self for closed stream	Success		0.005
try_convert	IO.try_convert returns the passed IO object	Success		0.001
try_convert	IO.try_convert does not call #to_io on an IO instance	Success		0.002
try_convert	IO.try_convert calls #to_io to coerce an object	Success		0.002
try_convert	IO.try_convert returns nil when the passed object does not respond to #to_io	Success		0.001
try_convert	IO.try_convert raises a TypeError if the object does not return an IO from #to_io	Success		0.002
try_convert	IO.try_convert propagates an exception raised by #to_io	Success		0.002
tty	IO#tty? returns false if this stream is not a terminal device (TTY)	Success		0.001
tty	IO#tty? raises IOError on closed stream	Success		0.003
ungetbyte	IO#ungetbyte puts back one byte for an Integer argument	Skipped	tagged	0.000
ungetbyte	IO#ungetbyte does nothing when passed nil	Success		0.003
ungetbyte	IO#ungetbyte puts back each byte in a String argument	Success		0.003
ungetbyte	IO#ungetbyte calls #to_str to convert the argument	Success		0.004
ungetbyte	IO#ungetbyte raises an IOError if the IO is closed	Success		0.003
ungetc	IO#ungetc pushes back one character onto stream	Success		0.005
ungetc	IO#ungetc pushes back one character when invoked at the end of the stream	Success		0.003
ungetc	IO#ungetc pushes back one character when invoked at the start of the stream	Success		0.003
ungetc	IO#ungetc pushes back one character when invoked on empty stream	Success		0.005
ungetc	IO#ungetc affects EOF state	Success		0.005
ungetc	IO#ungetc adjusts the stream position	Success		0.004
ungetc	IO#ungetc makes subsequent unbuffered operations to raise IOError	Success		0.003
ungetc	IO#ungetc does not affect the stream and returns nil when passed nil	Success		0.003
ungetc	IO#ungetc puts one or more characters back in the stream	Success		0.004
ungetc	IO#ungetc calls #to_str to convert the argument if it is not an Integer	Success		0.005
ungetc	IO#ungetc returns nil when invoked on stream that was not yet read	Success		0.003
ungetc	IO#ungetc raises IOError on closed stream	Success		0.003
write	IO#write on a file writes all of the string's bytes but buffers them	Success		0.004
write	IO#write on a file does not check if the file is writable if writing zero bytes	Success		0.002
write	IO#write on a file returns a length of 0 when writing a blank string	Success		0.002
write	IO#write on a file returns the number of bytes written	Success		0.002
write	IO#write on a file uses the encoding from the given option for non-ascii encoding	Success		0.004
write	IO#write on a file uses an :open_args option	Success		0.003
write	IO#write on a file raises a invalid byte sequence error if invalid bytes are being written	Success		0.003
write	IO#write on a file writes binary data if no encoding is given	Success		0.003
write	IO.write coerces the argument to a string using to_s	Success		0.003
write	IO.write returns the number of bytes written	Success		0.002
write	IO.write creates a file if missing	Success		0.002
write	IO.write creates file if missing even if offset given	Success		0.002
write	IO.write truncates the file and writes the given string	Success		0.002
write	IO.write doesn't truncate the file and writes the given string if an offset is given	Success		0.003
write	IO.write doesn't truncate and writes at the given offset after passing empty opts	Success		0.002
write	IO.write accepts a :mode option	Success		0.003
write	IO.write raises an error if readonly mode is specified	Success		0.002
write	IO.write truncates if empty :opts provided and offset skipped	Success		0.002
write	IO.write uses an :open_args option	Success		0.002
write	IO.write disregards other options if :open_args is given	Success		0.002
write	IO.write uses the given encoding and returns the number of bytes written	Success		0.002
write	IO.write writes binary data if no encoding is given	Success		0.003
write	IO.write on a FIFO writes correctly	Skipped	tagged	0.000
write	IO#write coerces the argument to a string using to_s	Success		0.003
write	IO#write checks if the file is writable if writing more than zero bytes	Success		0.002
write	IO#write returns the number of bytes written	Success		0.002
write	IO#write invokes to_s on non-String argument	Success		0.003
write	IO#write writes all of the string's bytes without buffering if mode is sync	Success		0.002
write	IO#write does not warn if called after IO#read	Success		0.002
write	IO#write writes to the current position after IO#read	Success		0.002
write	IO#write advances the file position by the count of given bytes	Success		0.002
write	IO#write raises IOError on closed stream	Success		0.004
write_nonblock	IO#write_nonblock on a file writes all of the string's bytes but does not buffer them	Success		0.006
write_nonblock	IO#write_nonblock on a file checks if the file is writable if writing zero bytes	Success		0.002
write_nonblock	IO#write_nonblock coerces the argument to a string using to_s	Success		0.003
write_nonblock	IO#write_nonblock checks if the file is writable if writing more than zero bytes	Success		0.002
write_nonblock	IO#write_nonblock returns the number of bytes written	Success		0.002
write_nonblock	IO#write_nonblock invokes to_s on non-String argument	Success		0.003
write_nonblock	IO#write_nonblock writes all of the string's bytes without buffering if mode is sync	Success		0.002
write_nonblock	IO#write_nonblock does not warn if called after IO#read	Success		0.002
write_nonblock	IO#write_nonblock writes to the current position after IO#read	Success		0.002
write_nonblock	IO#write_nonblock advances the file position by the count of given bytes	Success		0.002
write_nonblock	IO#write_nonblock raises IOError on closed stream	Success		0.004
write_nonblock	IO#write_nonblock raises an exception extending IO::WaitWritable when the write would block	Success		0.002
write_nonblock	IO#write_nonblock when exception option is set to false returns :wait_writable when the operation would block	Skipped	tagged	0.000
Array	Kernel has private instance method Array()	Success		0.002
Array	Kernel.Array does not call #to_ary on an Array	Success		0.002
Array	Kernel.Array calls #to_ary to convert the argument to an Array	Success		0.002
Array	Kernel.Array does not call #to_a on an Array	Success		0.001
Array	Kernel.Array calls #to_a if the argument does not respond to #to_ary	Success		0.001
Array	Kernel.Array calls #to_a if #to_ary returns nil	Success		0.002
Array	Kernel.Array returns an Array containing the argument if #to_a returns nil	Success		0.001
Array	Kernel.Array calls #to_ary first, even if it's private	Success		0.001
Array	Kernel.Array calls #to_a if #to_ary is not defined, even if it's private	Success		0.001
Array	Kernel.Array returns an Array containing the argument if it responds to neither #to_ary nor #to_a	Success		0.001
Array	Kernel.Array returns an empty Array when passed nil	Success		0.001
Array	Kernel.Array raises a TypeError if #to_ary does not return an Array	Success		0.002
Array	Kernel.Array raises a TypeError if #to_a does not return an Array	Success		0.001
Array	Kernel#Array does not call #to_ary on an Array	Success		0.001
Array	Kernel#Array calls #to_ary to convert the argument to an Array	Success		0.002
Array	Kernel#Array does not call #to_a on an Array	Success		0.001
Array	Kernel#Array calls #to_a if the argument does not respond to #to_ary	Success		0.001
Array	Kernel#Array calls #to_a if #to_ary returns nil	Success		0.002
Array	Kernel#Array returns an Array containing the argument if #to_a returns nil	Success		0.001
Array	Kernel#Array calls #to_ary first, even if it's private	Success		0.000
Array	Kernel#Array calls #to_a if #to_ary is not defined, even if it's private	Success		0.000
Array	Kernel#Array returns an Array containing the argument if it responds to neither #to_ary nor #to_a	Success		0.000
Array	Kernel#Array returns an empty Array when passed nil	Success		0.000
Array	Kernel#Array raises a TypeError if #to_ary does not return an Array	Success		0.001
Array	Kernel#Array raises a TypeError if #to_a does not return an Array	Success		0.001
Complex	Kernel.Complex() when passed [Complex, Complex] returns a new Complex number based on the two given numbers	Success		0.001
Complex	Kernel.Complex() when passed [Complex] returns the passed Complex number	Success		0.001
Complex	Kernel.Complex() when passed [Integer, Integer] returns a new Complex number	Success		0.001
Complex	Kernel.Complex() when passed [Integer] returns a new Complex number with 0 as the imaginary component	Success		0.002
Complex	Kernel.Complex() when passed a String needs to be reviewed for spec completeness	Success		0.000
Complex	Kernel.Complex() when passed a Numeric which responds to #real? with false returns the passed argument	Success		0.002
Complex	Kernel.Complex() when passed a Numeric which responds to #real? with true returns a Complex with the passed argument as the real component and 0 as the imaginary component	Success		0.002
Complex	Kernel.Complex() when passed Numerics n1 and n2 and at least one responds to #real? with false returns n1 + n2 * Complex(0, 1)	Success		0.004
Complex	Kernel.Complex() when passed Numerics n1 and n2 and at least one responds to #real? with false returns n1 + n2 * Complex(0, 1)	Success		0.004
Complex	Kernel.Complex() when passed Numerics n1 and n2 and at least one responds to #real? with false returns n1 + n2 * Complex(0, 1)	Success		0.004
Complex	Kernel.Complex() when passed two Numerics and both respond to #real? with true returns a Complex with the passed arguments as real and imaginary components respectively	Success		0.003
Complex	Kernel.Complex() when passed a single non-Numeric coerces the passed argument using #to_c	Success		0.001
Complex	Kernel.Complex() when passed a non-Numeric second argument raises TypeError	Success		0.001
Float	Kernel.Float raises an ArgumentError for a String of numbers followed by word characters	Skipped	tagged	0.000
Float	Kernel.Float returns a value for a String with an embedded _	Skipped	tagged	0.000
Float	Kernel.Float raises an ArgumentError for a String with an embedded \0	Skipped	tagged	0.000
Float	Kernel.Float raises an ArgumentError for a String with a trailing \0	Skipped	tagged	0.000
Float	Kernel.Float allows embedded _ in a number on either side of the e	Skipped	tagged	0.000
Float	Kernel.Float allows embedded _ in a number on either side of the E	Skipped	tagged	0.000
Float	Kernel.Float returns the identical Float for numeric Floats	Success		0.001
Float	Kernel.Float returns a Float for Fixnums	Success		0.000
Float	Kernel.Float returns a Float for Complex with only a real part	Success		0.001
Float	Kernel.Float returns a Float for Bignums	Success		0.000
Float	Kernel.Float raises an ArgumentError for nil	Success		0.001
Float	Kernel.Float returns the identical NaN for NaN	Success		0.001
Float	Kernel.Float returns the same Infinity for Infinity	Success		0.000
Float	Kernel.Float converts Strings to floats without calling #to_f	Success		0.001
Float	Kernel.Float converts Strings with decimal points into Floats	Success		0.000
Float	Kernel.Float raises an ArgumentError for a String of word characters	Success		0.001
Float	Kernel.Float raises an ArgumentError if there are two decimal points in the String	Success		0.001
Float	Kernel.Float raises an ArgumentError for a String of word characters followed by numbers	Success		0.001
Float	Kernel.Float is strict about the string form even across newlines	Success		0.001
Float	Kernel.Float converts String subclasses to floats without calling #to_f	Success		0.001
Float	Kernel.Float returns a positive Float if the string is prefixed with +	Success		0.000
Float	Kernel.Float returns a negative Float if the string is prefixed with +	Success		0.000
Float	Kernel.Float raises an ArgumentError if a + or - is embedded in a String	Success		0.001
Float	Kernel.Float raises an ArgumentError if a String has a trailing + or -	Success		0.001
Float	Kernel.Float raises an ArgumentError for a String with a leading _	Success		0.001
Float	Kernel.Float raises an ArgumentError for a String with a trailing _	Success		0.001
Float	Kernel.Float raises an ArgumentError for a String of \0	Success		0.001
Float	Kernel.Float raises an ArgumentError for a String with a leading \0	Success		0.001
Float	Kernel.Float raises an ArgumentError for a String that is just an empty space	Success		0.001
Float	Kernel.Float raises an ArgumentError for a String that with an embedded space	Success		0.001
Float	Kernel.Float returns a value for a String with a leading space	Success		0.000
Float	Kernel.Float returns a value for a String with a trailing space	Success		0.000
Float	Kernel.Float returns a value for a String with any leading whitespace	Success		0.000
Float	Kernel.Float returns a value for a String with any trailing whitespace	Success		0.000
Float	Kernel.Float raises an ArgumentError if e is the trailing character	Success		0.001
Float	Kernel.Float raises an ArgumentError if e is the leading character	Success		0.001
Float	Kernel.Float returns Infinity for '2e1000'	Success		0.000
Float	Kernel.Float returns 0 for '2e-1000'	Success		0.000
Float	Kernel.Float raises an exception if a space is embedded on either side of the 'e'	Success		0.001
Float	Kernel.Float raises an exception if there's a leading _ on either side of the 'e'	Success		0.001
Float	Kernel.Float raises an exception if there's a trailing _ on either side of the 'e'	Success		0.001
Float	Kernel.Float allows decimal points on the left side of the 'e'	Success		0.000
Float	Kernel.Float raises an ArgumentError if there's a decimal point on the right side of the 'e'	Success		0.001
Float	Kernel.Float raises an ArgumentError if E is the trailing character	Success		0.001
Float	Kernel.Float raises an ArgumentError if E is the leading character	Success		0.001
Float	Kernel.Float returns Infinity for '2E1000'	Success		0.000
Float	Kernel.Float returns 0 for '2E-1000'	Success		0.000
Float	Kernel.Float raises an exception if a space is embedded on either side of the 'E'	Success		0.001
Float	Kernel.Float raises an exception if there's a leading _ on either side of the 'E'	Success		0.001
Float	Kernel.Float raises an exception if there's a trailing _ on either side of the 'E'	Success		0.001
Float	Kernel.Float allows decimal points on the left side of the 'E'	Success		0.000
Float	Kernel.Float raises an ArgumentError if there's a decimal point on the right side of the 'E'	Success		0.001
Float	Kernel.Float returns a Float that can be a parameter to #Float again	Success		0.000
Float	Kernel.Float otherwise, converts the given argument to a Float by calling #to_f	Success		0.002
Float	Kernel.Float returns the identical NaN if to_f is called and it returns NaN	Success		0.001
Float	Kernel.Float returns the identical Infinity if to_f is called and it returns Infinity	Success		0.001
Float	Kernel.Float raises a TypeError if #to_f is not provided	Success		0.001
Float	Kernel.Float raises a TypeError if #to_f returns a String	Success		0.001
Float	Kernel.Float raises a TypeError if #to_f returns an Integer	Success		0.001
Float	Kernel.Float raises a RangeError when passed a Complex argument	Success		0.001
Float	Kernel.Float for hexadecimal literals with binary exponent allows embedded _ in a number on either side of the p	Skipped	tagged	0.000
Float	Kernel.Float for hexadecimal literals with binary exponent allows embedded _ in a number on either side of the P	Skipped	tagged	0.000
Float	Kernel.Float for hexadecimal literals with binary exponent interprets the fractional part (on the left side of 'p') in hexadecimal	Success		0.003
Float	Kernel.Float for hexadecimal literals with binary exponent interprets the exponent (on the right of 'p') in decimal	Success		0.001
Float	Kernel.Float for hexadecimal literals with binary exponent raises an ArgumentError if p is the trailing character	Success		0.001
Float	Kernel.Float for hexadecimal literals with binary exponent raises an ArgumentError if p is the leading character	Success		0.001
Float	Kernel.Float for hexadecimal literals with binary exponent returns Infinity for '0x1p10000'	Success		0.001
Float	Kernel.Float for hexadecimal literals with binary exponent returns 0 for '0x1p-10000'	Success		0.000
Float	Kernel.Float for hexadecimal literals with binary exponent raises an exception if a space is embedded on either side of the 'p'	Success		0.001
Float	Kernel.Float for hexadecimal literals with binary exponent raises an exception if there's a leading _ on either side of the 'p'	Success		0.001
Float	Kernel.Float for hexadecimal literals with binary exponent raises an exception if there's a trailing _ on either side of the 'p'	Success		0.001
Float	Kernel.Float for hexadecimal literals with binary exponent allows hexadecimal points on the left side of the 'p'	Success		0.000
Float	Kernel.Float for hexadecimal literals with binary exponent raises an ArgumentError if there's a decimal point on the right side of the 'p'	Success		0.001
Float	Kernel.Float for hexadecimal literals with binary exponent interprets the fractional part (on the left side of 'P') in hexadecimal	Success		0.000
Float	Kernel.Float for hexadecimal literals with binary exponent interprets the exponent (on the right of 'P') in decimal	Success		0.000
Float	Kernel.Float for hexadecimal literals with binary exponent raises an ArgumentError if P is the trailing character	Success		0.001
Float	Kernel.Float for hexadecimal literals with binary exponent raises an ArgumentError if P is the leading character	Success		0.001
Float	Kernel.Float for hexadecimal literals with binary exponent returns Infinity for '0x1P10000'	Success		0.000
Float	Kernel.Float for hexadecimal literals with binary exponent returns 0 for '0x1P-10000'	Success		0.000
Float	Kernel.Float for hexadecimal literals with binary exponent raises an exception if a space is embedded on either side of the 'P'	Success		0.001
Float	Kernel.Float for hexadecimal literals with binary exponent raises an exception if there's a leading _ on either side of the 'P'	Success		0.001
Float	Kernel.Float for hexadecimal literals with binary exponent raises an exception if there's a trailing _ on either side of the 'P'	Success		0.001
Float	Kernel.Float for hexadecimal literals with binary exponent allows hexadecimal points on the left side of the 'P'	Success		0.000
Float	Kernel.Float for hexadecimal literals with binary exponent raises an ArgumentError if there's a decimal point on the right side of the 'P'	Success		0.001
Float	Kernel#Float raises an ArgumentError for a String of numbers followed by word characters	Skipped	tagged	0.000
Float	Kernel#Float returns a value for a String with an embedded _	Skipped	tagged	0.000
Float	Kernel#Float raises an ArgumentError for a String with an embedded \0	Skipped	tagged	0.000
Float	Kernel#Float raises an ArgumentError for a String with a trailing \0	Skipped	tagged	0.000
Float	Kernel#Float allows embedded _ in a number on either side of the e	Skipped	tagged	0.000
Float	Kernel#Float allows embedded _ in a number on either side of the E	Skipped	tagged	0.000
Float	Kernel#Float returns the identical Float for numeric Floats	Success		0.001
Float	Kernel#Float returns a Float for Fixnums	Success		0.000
Float	Kernel#Float returns a Float for Complex with only a real part	Success		0.000
Float	Kernel#Float returns a Float for Bignums	Success		0.000
Float	Kernel#Float raises an ArgumentError for nil	Success		0.001
Float	Kernel#Float returns the identical NaN for NaN	Success		0.000
Float	Kernel#Float returns the same Infinity for Infinity	Success		0.000
Float	Kernel#Float converts Strings to floats without calling #to_f	Success		0.001
Float	Kernel#Float converts Strings with decimal points into Floats	Success		0.000
Float	Kernel#Float raises an ArgumentError for a String of word characters	Success		0.001
Float	Kernel#Float raises an ArgumentError if there are two decimal points in the String	Success		0.001
Float	Kernel#Float raises an ArgumentError for a String of word characters followed by numbers	Success		0.001
Float	Kernel#Float is strict about the string form even across newlines	Success		0.001
Float	Kernel#Float converts String subclasses to floats without calling #to_f	Success		0.001
Float	Kernel#Float returns a positive Float if the string is prefixed with +	Success		0.000
Float	Kernel#Float returns a negative Float if the string is prefixed with +	Success		0.000
Float	Kernel#Float raises an ArgumentError if a + or - is embedded in a String	Success		0.001
Float	Kernel#Float raises an ArgumentError if a String has a trailing + or -	Success		0.001
Float	Kernel#Float raises an ArgumentError for a String with a leading _	Success		0.001
Float	Kernel#Float raises an ArgumentError for a String with a trailing _	Success		0.001
Float	Kernel#Float raises an ArgumentError for a String of \0	Success		0.001
Float	Kernel#Float raises an ArgumentError for a String with a leading \0	Success		0.001
Float	Kernel#Float raises an ArgumentError for a String that is just an empty space	Success		0.001
Float	Kernel#Float raises an ArgumentError for a String that with an embedded space	Success		0.001
Float	Kernel#Float returns a value for a String with a leading space	Success		0.000
Float	Kernel#Float returns a value for a String with a trailing space	Success		0.000
Float	Kernel#Float returns a value for a String with any leading whitespace	Success		0.000
Float	Kernel#Float returns a value for a String with any trailing whitespace	Success		0.000
Float	Kernel#Float raises an ArgumentError if e is the trailing character	Success		0.001
Float	Kernel#Float raises an ArgumentError if e is the leading character	Success		0.001
Float	Kernel#Float returns Infinity for '2e1000'	Success		0.000
Float	Kernel#Float returns 0 for '2e-1000'	Success		0.000
Float	Kernel#Float raises an exception if a space is embedded on either side of the 'e'	Success		0.001
Float	Kernel#Float raises an exception if there's a leading _ on either side of the 'e'	Success		0.001
Float	Kernel#Float raises an exception if there's a trailing _ on either side of the 'e'	Success		0.001
Float	Kernel#Float allows decimal points on the left side of the 'e'	Success		0.000
Float	Kernel#Float raises an ArgumentError if there's a decimal point on the right side of the 'e'	Success		0.001
Float	Kernel#Float raises an ArgumentError if E is the trailing character	Success		0.001
Float	Kernel#Float raises an ArgumentError if E is the leading character	Success		0.001
Float	Kernel#Float returns Infinity for '2E1000'	Success		0.000
Float	Kernel#Float returns 0 for '2E-1000'	Success		0.000
Float	Kernel#Float raises an exception if a space is embedded on either side of the 'E'	Success		0.001
Float	Kernel#Float raises an exception if there's a leading _ on either side of the 'E'	Success		0.001
Float	Kernel#Float raises an exception if there's a trailing _ on either side of the 'E'	Success		0.001
Float	Kernel#Float allows decimal points on the left side of the 'E'	Success		0.000
Float	Kernel#Float raises an ArgumentError if there's a decimal point on the right side of the 'E'	Success		0.001
Float	Kernel#Float returns a Float that can be a parameter to #Float again	Success		0.000
Float	Kernel#Float otherwise, converts the given argument to a Float by calling #to_f	Success		0.002
Float	Kernel#Float returns the identical NaN if to_f is called and it returns NaN	Success		0.001
Float	Kernel#Float returns the identical Infinity if to_f is called and it returns Infinity	Success		0.001
Float	Kernel#Float raises a TypeError if #to_f is not provided	Success		0.001
Float	Kernel#Float raises a TypeError if #to_f returns a String	Success		0.001
Float	Kernel#Float raises a TypeError if #to_f returns an Integer	Success		0.001
Float	Kernel#Float raises a RangeError when passed a Complex argument	Success		0.001
Float	Kernel#Float for hexadecimal literals with binary exponent allows embedded _ in a number on either side of the p	Skipped	tagged	0.000
Float	Kernel#Float for hexadecimal literals with binary exponent allows embedded _ in a number on either side of the P	Skipped	tagged	0.000
Float	Kernel#Float for hexadecimal literals with binary exponent interprets the fractional part (on the left side of 'p') in hexadecimal	Success		0.001
Float	Kernel#Float for hexadecimal literals with binary exponent interprets the exponent (on the right of 'p') in decimal	Success		0.000
Float	Kernel#Float for hexadecimal literals with binary exponent raises an ArgumentError if p is the trailing character	Success		0.001
Float	Kernel#Float for hexadecimal literals with binary exponent raises an ArgumentError if p is the leading character	Success		0.001
Float	Kernel#Float for hexadecimal literals with binary exponent returns Infinity for '0x1p10000'	Success		0.000
Float	Kernel#Float for hexadecimal literals with binary exponent returns 0 for '0x1p-10000'	Success		0.000
Float	Kernel#Float for hexadecimal literals with binary exponent raises an exception if a space is embedded on either side of the 'p'	Success		0.001
Float	Kernel#Float for hexadecimal literals with binary exponent raises an exception if there's a leading _ on either side of the 'p'	Success		0.001
Float	Kernel#Float for hexadecimal literals with binary exponent raises an exception if there's a trailing _ on either side of the 'p'	Success		0.001
Float	Kernel#Float for hexadecimal literals with binary exponent allows hexadecimal points on the left side of the 'p'	Success		0.000
Float	Kernel#Float for hexadecimal literals with binary exponent raises an ArgumentError if there's a decimal point on the right side of the 'p'	Success		0.001
Float	Kernel#Float for hexadecimal literals with binary exponent interprets the fractional part (on the left side of 'P') in hexadecimal	Success		0.000
Float	Kernel#Float for hexadecimal literals with binary exponent interprets the exponent (on the right of 'P') in decimal	Success		0.000
Float	Kernel#Float for hexadecimal literals with binary exponent raises an ArgumentError if P is the trailing character	Success		0.001
Float	Kernel#Float for hexadecimal literals with binary exponent raises an ArgumentError if P is the leading character	Success		0.001
Float	Kernel#Float for hexadecimal literals with binary exponent returns Infinity for '0x1P10000'	Success		0.000
Float	Kernel#Float for hexadecimal literals with binary exponent returns 0 for '0x1P-10000'	Success		0.000
Float	Kernel#Float for hexadecimal literals with binary exponent raises an exception if a space is embedded on either side of the 'P'	Success		0.001
Float	Kernel#Float for hexadecimal literals with binary exponent raises an exception if there's a leading _ on either side of the 'P'	Success		0.001
Float	Kernel#Float for hexadecimal literals with binary exponent raises an exception if there's a trailing _ on either side of the 'P'	Success		0.001
Float	Kernel#Float for hexadecimal literals with binary exponent allows hexadecimal points on the left side of the 'P'	Success		0.000
Float	Kernel#Float for hexadecimal literals with binary exponent raises an ArgumentError if there's a decimal point on the right side of the 'P'	Success		0.001
Float	Kernel#Float is a private method	Success		0.001
Hash	Kernel#hash needs to be reviewed for spec completeness	Success		0.000
Hash	Kernel has private instance method Hash()	Success		0.001
Hash	Kernel.Hash converts nil to a Hash	Success		0.001
Hash	Kernel.Hash converts an empty array to a Hash	Success		0.001
Hash	Kernel.Hash does not call #to_hash on an Hash	Success		0.001
Hash	Kernel.Hash calls #to_hash to convert the argument to an Hash	Success		0.001
Hash	Kernel.Hash raises a TypeError if it doesn't respond to #to_hash	Success		0.001
Hash	Kernel.Hash raises a TypeError if #to_hash does not return an Hash	Success		0.001
Hash	Kernel#Hash converts nil to a Hash	Success		0.000
Hash	Kernel#Hash converts an empty array to a Hash	Success		0.000
Hash	Kernel#Hash does not call #to_hash on an Hash	Success		0.001
Hash	Kernel#Hash calls #to_hash to convert the argument to an Hash	Success		0.001
Hash	Kernel#Hash raises a TypeError if it doesn't respond to #to_hash	Success		0.001
Hash	Kernel#Hash raises a TypeError if #to_hash does not return an Hash	Success		0.001
Integer	Kernel.Integer raises an ArgumentError when the String contains digits out of range of radix 2	Success		0.006
Integer	Kernel.Integer raises an ArgumentError when the String contains digits out of range of radix 3	Success		0.002
Integer	Kernel.Integer raises an ArgumentError when the String contains digits out of range of radix 4	Success		0.001
Integer	Kernel.Integer raises an ArgumentError when the String contains digits out of range of radix 5	Success		0.001
Integer	Kernel.Integer raises an ArgumentError when the String contains digits out of range of radix 6	Success		0.001
Integer	Kernel.Integer raises an ArgumentError when the String contains digits out of range of radix 7	Success		0.001
Integer	Kernel.Integer raises an ArgumentError when the String contains digits out of range of radix ?	Success		0.001
Integer	Kernel.Integer raises an ArgumentError when the String contains digits out of range of radix 9	Success		0.001
Integer	Kernel.Integer raises an ArgumentError when the String contains digits out of range of radix 10	Success		0.001
Integer	Kernel.Integer raises an ArgumentError when the String contains digits out of range of radix 11	Success		0.001
Integer	Kernel.Integer raises an ArgumentError when the String contains digits out of range of radix 12	Success		0.001
Integer	Kernel.Integer raises an ArgumentError when the String contains digits out of range of radix 13	Success		0.001
Integer	Kernel.Integer raises an ArgumentError when the String contains digits out of range of radix 14	Success		0.001
Integer	Kernel.Integer raises an ArgumentError when the String contains digits out of range of radix 15	Success		0.001
Integer	Kernel.Integer raises an ArgumentError when the String contains digits out of range of radix 16	Success		0.001
Integer	Kernel.Integer raises an ArgumentError when the String contains digits out of range of radix 17	Success		0.001
Integer	Kernel.Integer raises an ArgumentError when the String contains digits out of range of radix 1?	Success		0.001
Integer	Kernel.Integer raises an ArgumentError when the String contains digits out of range of radix 19	Success		0.001
Integer	Kernel.Integer raises an ArgumentError when the String contains digits out of range of radix 20	Success		0.001
Integer	Kernel.Integer raises an ArgumentError when the String contains digits out of range of radix 21	Success		0.001
Integer	Kernel.Integer raises an ArgumentError when the String contains digits out of range of radix 22	Success		0.001
Integer	Kernel.Integer raises an ArgumentError when the String contains digits out of range of radix 23	Success		0.001
Integer	Kernel.Integer raises an ArgumentError when the String contains digits out of range of radix 24	Success		0.001
Integer	Kernel.Integer raises an ArgumentError when the String contains digits out of range of radix 25	Success		0.001
Integer	Kernel.Integer raises an ArgumentError when the String contains digits out of range of radix 26	Success		0.001
Integer	Kernel.Integer raises an ArgumentError when the String contains digits out of range of radix 27	Success		0.001
Integer	Kernel.Integer raises an ArgumentError when the String contains digits out of range of radix 2?	Success		0.001
Integer	Kernel.Integer raises an ArgumentError when the String contains digits out of range of radix 29	Success		0.001
Integer	Kernel.Integer raises an ArgumentError when the String contains digits out of range of radix 30	Success		0.001
Integer	Kernel.Integer raises an ArgumentError when the String contains digits out of range of radix 31	Success		0.001
Integer	Kernel.Integer raises an ArgumentError when the String contains digits out of range of radix 32	Success		0.001
Integer	Kernel.Integer raises an ArgumentError when the String contains digits out of range of radix 33	Success		0.001
Integer	Kernel.Integer raises an ArgumentError when the String contains digits out of range of radix 34	Success		0.001
Integer	Kernel.Integer raises an ArgumentError when the String contains digits out of range of radix 35	Success		0.001
Integer	Kernel.Integer raises an ArgumentError when the String contains digits out of range of radix 36	Success		0.001
Integer	Kernel.Integer returns a Bignum for a Bignum	Success		0.000
Integer	Kernel.Integer returns a Fixnum for a Fixnum	Success		0.000
Integer	Kernel.Integer uncritically return the value of to_int even if it is not an Integer	Success		0.002
Integer	Kernel.Integer raises a TypeError when passed nil	Success		0.001
Integer	Kernel.Integer returns a Fixnum or Bignum object	Success		0.000
Integer	Kernel.Integer truncates Floats	Success		0.000
Integer	Kernel.Integer calls to_i on Rationals	Success		0.001
Integer	Kernel.Integer returns the value of to_int if the result is a Fixnum	Success		0.002
Integer	Kernel.Integer returns the value of to_int if the result is a Bignum	Success		0.002
Integer	Kernel.Integer calls to_i on an object whose to_int returns nil	Success		0.002
Integer	Kernel.Integer raises a TypeError if to_i returns a value that is not an Integer	Success		0.001
Integer	Kernel.Integer raises a TypeError if no to_int or to_i methods exist	Success		0.001
Integer	Kernel.Integer raises a TypeError if to_int returns nil and no to_i exists	Success		0.001
Integer	Kernel.Integer raises a FloatDomainError when passed NaN	Success		0.001
Integer	Kernel.Integer raises a FloatDomainError when passed Infinity	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the String is a null byte	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the String starts with a null byte	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the String ends with a null byte	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the String contains a null byte	Success		0.001
Integer	Kernel.Integer ignores leading whitespace	Success		0.001
Integer	Kernel.Integer ignores trailing whitespace	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if there are leading _s	Success		0.002
Integer	Kernel.Integer raises an ArgumentError if there are trailing _s	Success		0.002
Integer	Kernel.Integer ignores an embedded _	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if there are multiple embedded _s	Success		0.002
Integer	Kernel.Integer ignores a single leading +	Success		0.000
Integer	Kernel.Integer raises an ArgumentError if there is a space between the + and number	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if there are multiple leading +s	Success		0.002
Integer	Kernel.Integer raises an ArgumentError if there are trailing +s	Success		0.002
Integer	Kernel.Integer makes the number negative if there's a leading -	Success		0.000
Integer	Kernel.Integer raises an ArgumentError if there are multiple leading -s	Success		0.002
Integer	Kernel.Integer raises an ArgumentError if there are trailing -s	Success		0.002
Integer	Kernel.Integer raises an ArgumentError if there is a period	Success		0.001
Integer	Kernel.Integer raises an ArgumentError for an empty String	Success		0.001
Integer	Kernel.Integer parses the value as a hex number if there's a leading 0x	Success		0.001
Integer	Kernel.Integer is a positive hex number if there's a leading +0x	Success		0.001
Integer	Kernel.Integer is a negative hex number if there's a leading -0x	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number cannot be parsed as hex	Success		0.001
Integer	Kernel.Integer parses the value as a hex number if there's a leading 0X	Success		0.000
Integer	Kernel.Integer is a positive hex number if there's a leading +0X	Success		0.000
Integer	Kernel.Integer is a negative hex number if there's a leading -0X	Success		0.000
Integer	Kernel.Integer raises an ArgumentError if the number cannot be parsed as hex	Success		0.001
Integer	Kernel.Integer parses the value as a binary number if there's a leading 0b	Success		0.001
Integer	Kernel.Integer is a positive binary number if there's a leading +0b	Success		0.001
Integer	Kernel.Integer is a negative binary number if there's a leading -0b	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number cannot be parsed as binary	Success		0.001
Integer	Kernel.Integer parses the value as a binary number if there's a leading 0B	Success		0.000
Integer	Kernel.Integer is a positive binary number if there's a leading +0B	Success		0.000
Integer	Kernel.Integer is a negative binary number if there's a leading -0B	Success		0.000
Integer	Kernel.Integer raises an ArgumentError if the number cannot be parsed as binary	Success		0.001
Integer	Kernel.Integer parses the value as an octal number if there's a leading 0o	Success		0.001
Integer	Kernel.Integer is a positive octal number if there's a leading +0o	Success		0.001
Integer	Kernel.Integer is a negative octal number if there's a leading -0o	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number cannot be parsed as octal	Success		0.001
Integer	Kernel.Integer parses the value as an octal number if there's a leading 0O	Success		0.000
Integer	Kernel.Integer is a positive octal number if there's a leading +0O	Success		0.000
Integer	Kernel.Integer is a negative octal number if there's a leading -0O	Success		0.000
Integer	Kernel.Integer raises an ArgumentError if the number cannot be parsed as octal	Success		0.001
Integer	Kernel.Integer parses the value as an octal number if there's a leading 0	Success		0.000
Integer	Kernel.Integer is a positive octal number if there's a leading +0	Success		0.000
Integer	Kernel.Integer is a negative octal number if there's a leading -0	Success		0.000
Integer	Kernel.Integer raises an ArgumentError if the number cannot be parsed as octal	Success		0.001
Integer	Kernel.Integer parses the value as a decimal number if there's a leading 0D	Success		0.001
Integer	Kernel.Integer is a positive decimal number if there's a leading +0D	Success		0.001
Integer	Kernel.Integer is a negative decimal number if there's a leading -0D	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number cannot be parsed as decimal	Success		0.001
Integer	Kernel.Integer parses the value as a decimal number if there's a leading 0d	Success		0.000
Integer	Kernel.Integer is a positive decimal number if there's a leading +0d	Success		0.000
Integer	Kernel.Integer is a negative decimal number if there's a leading -0d	Success		0.000
Integer	Kernel.Integer raises an ArgumentError if the number cannot be parsed as decimal	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the String is a null byte	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the String starts with a null byte	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the String ends with a null byte	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the String contains a null byte	Success		0.001
Integer	Kernel.Integer ignores leading whitespace	Success		0.001
Integer	Kernel.Integer ignores trailing whitespace	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if there are leading _s	Success		0.002
Integer	Kernel.Integer raises an ArgumentError if there are trailing _s	Success		0.002
Integer	Kernel.Integer ignores an embedded _	Success		0.000
Integer	Kernel.Integer raises an ArgumentError if there are multiple embedded _s	Success		0.002
Integer	Kernel.Integer ignores a single leading +	Success		0.000
Integer	Kernel.Integer raises an ArgumentError if there is a space between the + and number	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if there are multiple leading +s	Success		0.003
Integer	Kernel.Integer raises an ArgumentError if there are trailing +s	Success		0.003
Integer	Kernel.Integer makes the number negative if there's a leading -	Success		0.000
Integer	Kernel.Integer raises an ArgumentError if there are multiple leading -s	Success		0.002
Integer	Kernel.Integer raises an ArgumentError if there are trailing -s	Success		0.002
Integer	Kernel.Integer raises an ArgumentError if there is a period	Success		0.001
Integer	Kernel.Integer raises an ArgumentError for an empty String	Success		0.001
Integer	Kernel.Integer raises an ArgumentError for a base of 1	Success		0.001
Integer	Kernel.Integer raises an ArgumentError for a base of 37	Success		0.001
Integer	Kernel.Integer accepts wholly lowercase alphabetic strings for bases > 10	Success		0.001
Integer	Kernel.Integer accepts wholly uppercase alphabetic strings for bases > 10	Success		0.001
Integer	Kernel.Integer accepts mixed-case alphabetic strings for bases > 10	Success		0.001
Integer	Kernel.Integer accepts alphanumeric strings for bases > 10	Success		0.001
Integer	Kernel.Integer raises an ArgumentError for letters invalid in the given base	Success		0.002
Integer	Kernel.Integer parses the value as a hex number if there's a leading 0x and a base of 16	Success		0.001
Integer	Kernel.Integer is a positive hex number if there's a leading +0x and base of 16	Success		0.001
Integer	Kernel.Integer is a negative hex number if there's a leading -0x and a base of 16	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0x and the base is 2	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0x and the base is 3	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0x and the base is 4	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0x and the base is 5	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0x and the base is 6	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0x and the base is 7	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0x and the base is ?	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0x and the base is 9	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0x and the base is 10	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0x and the base is 11	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0x and the base is 12	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0x and the base is 13	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0x and the base is 14	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0x and the base is 15	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number cannot be parsed as hex and the base is 16	Success		0.001
Integer	Kernel.Integer parses the value as a hex number if there's a leading 0X and a base of 16	Success		0.000
Integer	Kernel.Integer is a positive hex number if there's a leading +0X and base of 16	Success		0.000
Integer	Kernel.Integer is a negative hex number if there's a leading -0X and a base of 16	Success		0.000
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0X and the base is 2	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0X and the base is 3	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0X and the base is 4	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0X and the base is 5	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0X and the base is 6	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0X and the base is 7	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0X and the base is ?	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0X and the base is 9	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0X and the base is 10	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0X and the base is 11	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0X and the base is 12	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0X and the base is 13	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0X and the base is 14	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0X and the base is 15	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number cannot be parsed as hex and the base is 16	Success		0.001
Integer	Kernel.Integer parses the value as a binary number if there's a leading 0b and the base is 2	Success		0.001
Integer	Kernel.Integer is a positive binary number if there's a leading +0b and a base of 2	Success		0.001
Integer	Kernel.Integer is a negative binary number if there's a leading -0b and a base of 2	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number cannot be parsed as binary and the base is 2	Success		0.001
Integer	Kernel.Integer parses the value as a binary number if there's a leading 0B and the base is 2	Success		0.000
Integer	Kernel.Integer is a positive binary number if there's a leading +0B and a base of 2	Success		0.000
Integer	Kernel.Integer is a negative binary number if there's a leading -0B and a base of 2	Success		0.000
Integer	Kernel.Integer raises an ArgumentError if the number cannot be parsed as binary and the base is 2	Success		0.001
Integer	Kernel.Integer parses the value as an octal number if there's a leading 0o and a base of ?	Success		0.001
Integer	Kernel.Integer is a positive octal number if there's a leading +0o and a base of ?	Success		0.001
Integer	Kernel.Integer is a negative octal number if there's a leading -0o and a base of ?	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number cannot be parsed as octal and the base is ?	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0o and the base is 2	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0o and the base is 3	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0o and the base is 4	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0o and the base is 5	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0o and the base is 6	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0o and the base is 7	Success		0.001
Integer	Kernel.Integer parses the value as an octal number if there's a leading 0O and a base of ?	Success		0.000
Integer	Kernel.Integer is a positive octal number if there's a leading +0O and a base of ?	Success		0.000
Integer	Kernel.Integer is a negative octal number if there's a leading -0O and a base of ?	Success		0.000
Integer	Kernel.Integer raises an ArgumentError if the number cannot be parsed as octal and the base is ?	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0O and the base is 2	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0O and the base is 3	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0O and the base is 4	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0O and the base is 5	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0O and the base is 6	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0O and the base is 7	Success		0.001
Integer	Kernel.Integer parses the value as a decimal number if there's a leading 0D and a base of 10	Success		0.001
Integer	Kernel.Integer is a positive decimal number if there's a leading +0D and a base of 10	Success		0.001
Integer	Kernel.Integer is a negative decimal number if there's a leading -0D and a base of 10	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number cannot be parsed as decimal and the base is 10	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0D and the base is 2	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0D and the base is 3	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0D and the base is 4	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0D and the base is 5	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0D and the base is 6	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0D and the base is 7	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0D and the base is ?	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0D and the base is 9	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if a base is given for a non-String value	Success		0.001
Integer	Kernel.Integer parses the value as a decimal number if there's a leading 0d and a base of 10	Success		0.000
Integer	Kernel.Integer is a positive decimal number if there's a leading +0d and a base of 10	Success		0.000
Integer	Kernel.Integer is a negative decimal number if there's a leading -0d and a base of 10	Success		0.000
Integer	Kernel.Integer raises an ArgumentError if the number cannot be parsed as decimal and the base is 10	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0d and the base is 2	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0d and the base is 3	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0d and the base is 4	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0d and the base is 5	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0d and the base is 6	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0d and the base is 7	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0d and the base is ?	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if the number begins with 0d and the base is 9	Success		0.001
Integer	Kernel.Integer raises an ArgumentError if a base is given for a non-String value	Success		0.000
Integer	Kernel.Integer is a public method	Success		0.000
Integer	Kernel#Integer raises an ArgumentError when the String contains digits out of range of radix 2	Success		0.001
Integer	Kernel#Integer raises an ArgumentError when the String contains digits out of range of radix 3	Success		0.001
Integer	Kernel#Integer raises an ArgumentError when the String contains digits out of range of radix 4	Success		0.001
Integer	Kernel#Integer raises an ArgumentError when the String contains digits out of range of radix 5	Success		0.001
Integer	Kernel#Integer raises an ArgumentError when the String contains digits out of range of radix 6	Success		0.001
Integer	Kernel#Integer raises an ArgumentError when the String contains digits out of range of radix 7	Success		0.001
Integer	Kernel#Integer raises an ArgumentError when the String contains digits out of range of radix ?	Success		0.001
Integer	Kernel#Integer raises an ArgumentError when the String contains digits out of range of radix 9	Success		0.001
Integer	Kernel#Integer raises an ArgumentError when the String contains digits out of range of radix 10	Success		0.001
Integer	Kernel#Integer raises an ArgumentError when the String contains digits out of range of radix 11	Success		0.001
Integer	Kernel#Integer raises an ArgumentError when the String contains digits out of range of radix 12	Success		0.001
Integer	Kernel#Integer raises an ArgumentError when the String contains digits out of range of radix 13	Success		0.001
Integer	Kernel#Integer raises an ArgumentError when the String contains digits out of range of radix 14	Success		0.001
Integer	Kernel#Integer raises an ArgumentError when the String contains digits out of range of radix 15	Success		0.001
Integer	Kernel#Integer raises an ArgumentError when the String contains digits out of range of radix 16	Success		0.001
Integer	Kernel#Integer raises an ArgumentError when the String contains digits out of range of radix 17	Success		0.001
Integer	Kernel#Integer raises an ArgumentError when the String contains digits out of range of radix 1?	Success		0.001
Integer	Kernel#Integer raises an ArgumentError when the String contains digits out of range of radix 19	Success		0.001
Integer	Kernel#Integer raises an ArgumentError when the String contains digits out of range of radix 20	Success		0.001
Integer	Kernel#Integer raises an ArgumentError when the String contains digits out of range of radix 21	Success		0.001
Integer	Kernel#Integer raises an ArgumentError when the String contains digits out of range of radix 22	Success		0.001
Integer	Kernel#Integer raises an ArgumentError when the String contains digits out of range of radix 23	Success		0.001
Integer	Kernel#Integer raises an ArgumentError when the String contains digits out of range of radix 24	Success		0.001
Integer	Kernel#Integer raises an ArgumentError when the String contains digits out of range of radix 25	Success		0.001
Integer	Kernel#Integer raises an ArgumentError when the String contains digits out of range of radix 26	Success		0.001
Integer	Kernel#Integer raises an ArgumentError when the String contains digits out of range of radix 27	Success		0.001
Integer	Kernel#Integer raises an ArgumentError when the String contains digits out of range of radix 2?	Success		0.001
Integer	Kernel#Integer raises an ArgumentError when the String contains digits out of range of radix 29	Success		0.001
Integer	Kernel#Integer raises an ArgumentError when the String contains digits out of range of radix 30	Success		0.001
Integer	Kernel#Integer raises an ArgumentError when the String contains digits out of range of radix 31	Success		0.001
Integer	Kernel#Integer raises an ArgumentError when the String contains digits out of range of radix 32	Success		0.001
Integer	Kernel#Integer raises an ArgumentError when the String contains digits out of range of radix 33	Success		0.001
Integer	Kernel#Integer raises an ArgumentError when the String contains digits out of range of radix 34	Success		0.001
Integer	Kernel#Integer raises an ArgumentError when the String contains digits out of range of radix 35	Success		0.001
Integer	Kernel#Integer raises an ArgumentError when the String contains digits out of range of radix 36	Success		0.001
Integer	Kernel#Integer returns a Bignum for a Bignum	Success		0.000
Integer	Kernel#Integer returns a Fixnum for a Fixnum	Success		0.000
Integer	Kernel#Integer uncritically return the value of to_int even if it is not an Integer	Success		0.002
Integer	Kernel#Integer raises a TypeError when passed nil	Success		0.000
Integer	Kernel#Integer returns a Fixnum or Bignum object	Success		0.000
Integer	Kernel#Integer truncates Floats	Success		0.000
Integer	Kernel#Integer calls to_i on Rationals	Success		0.001
Integer	Kernel#Integer returns the value of to_int if the result is a Fixnum	Success		0.002
Integer	Kernel#Integer returns the value of to_int if the result is a Bignum	Success		0.002
Integer	Kernel#Integer calls to_i on an object whose to_int returns nil	Success		0.002
Integer	Kernel#Integer raises a TypeError if to_i returns a value that is not an Integer	Success		0.001
Integer	Kernel#Integer raises a TypeError if no to_int or to_i methods exist	Success		0.001
Integer	Kernel#Integer raises a TypeError if to_int returns nil and no to_i exists	Success		0.001
Integer	Kernel#Integer raises a FloatDomainError when passed NaN	Success		0.000
Integer	Kernel#Integer raises a FloatDomainError when passed Infinity	Success		0.000
Integer	Kernel#Integer raises an ArgumentError if the String is a null byte	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the String starts with a null byte	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the String ends with a null byte	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the String contains a null byte	Success		0.001
Integer	Kernel#Integer ignores leading whitespace	Success		0.000
Integer	Kernel#Integer ignores trailing whitespace	Success		0.000
Integer	Kernel#Integer raises an ArgumentError if there are leading _s	Success		0.002
Integer	Kernel#Integer raises an ArgumentError if there are trailing _s	Success		0.002
Integer	Kernel#Integer ignores an embedded _	Success		0.000
Integer	Kernel#Integer raises an ArgumentError if there are multiple embedded _s	Success		0.002
Integer	Kernel#Integer ignores a single leading +	Success		0.000
Integer	Kernel#Integer raises an ArgumentError if there is a space between the + and number	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if there are multiple leading +s	Success		0.002
Integer	Kernel#Integer raises an ArgumentError if there are trailing +s	Success		0.002
Integer	Kernel#Integer makes the number negative if there's a leading -	Success		0.000
Integer	Kernel#Integer raises an ArgumentError if there are multiple leading -s	Success		0.002
Integer	Kernel#Integer raises an ArgumentError if there are trailing -s	Success		0.002
Integer	Kernel#Integer raises an ArgumentError if there is a period	Success		0.001
Integer	Kernel#Integer raises an ArgumentError for an empty String	Success		0.000
Integer	Kernel#Integer parses the value as a hex number if there's a leading 0x	Success		0.000
Integer	Kernel#Integer is a positive hex number if there's a leading +0x	Success		0.000
Integer	Kernel#Integer is a negative hex number if there's a leading -0x	Success		0.000
Integer	Kernel#Integer raises an ArgumentError if the number cannot be parsed as hex	Success		0.001
Integer	Kernel#Integer parses the value as a hex number if there's a leading 0X	Success		0.000
Integer	Kernel#Integer is a positive hex number if there's a leading +0X	Success		0.000
Integer	Kernel#Integer is a negative hex number if there's a leading -0X	Success		0.000
Integer	Kernel#Integer raises an ArgumentError if the number cannot be parsed as hex	Success		0.001
Integer	Kernel#Integer parses the value as a binary number if there's a leading 0b	Success		0.000
Integer	Kernel#Integer is a positive binary number if there's a leading +0b	Success		0.000
Integer	Kernel#Integer is a negative binary number if there's a leading -0b	Success		0.000
Integer	Kernel#Integer raises an ArgumentError if the number cannot be parsed as binary	Success		0.001
Integer	Kernel#Integer parses the value as a binary number if there's a leading 0B	Success		0.000
Integer	Kernel#Integer is a positive binary number if there's a leading +0B	Success		0.000
Integer	Kernel#Integer is a negative binary number if there's a leading -0B	Success		0.000
Integer	Kernel#Integer raises an ArgumentError if the number cannot be parsed as binary	Success		0.001
Integer	Kernel#Integer parses the value as an octal number if there's a leading 0o	Success		0.000
Integer	Kernel#Integer is a positive octal number if there's a leading +0o	Success		0.000
Integer	Kernel#Integer is a negative octal number if there's a leading -0o	Success		0.000
Integer	Kernel#Integer raises an ArgumentError if the number cannot be parsed as octal	Success		0.001
Integer	Kernel#Integer parses the value as an octal number if there's a leading 0O	Success		0.000
Integer	Kernel#Integer is a positive octal number if there's a leading +0O	Success		0.000
Integer	Kernel#Integer is a negative octal number if there's a leading -0O	Success		0.000
Integer	Kernel#Integer raises an ArgumentError if the number cannot be parsed as octal	Success		0.001
Integer	Kernel#Integer parses the value as an octal number if there's a leading 0	Success		0.000
Integer	Kernel#Integer is a positive octal number if there's a leading +0	Success		0.000
Integer	Kernel#Integer is a negative octal number if there's a leading -0	Success		0.000
Integer	Kernel#Integer raises an ArgumentError if the number cannot be parsed as octal	Success		0.001
Integer	Kernel#Integer parses the value as a decimal number if there's a leading 0D	Success		0.000
Integer	Kernel#Integer is a positive decimal number if there's a leading +0D	Success		0.000
Integer	Kernel#Integer is a negative decimal number if there's a leading -0D	Success		0.000
Integer	Kernel#Integer raises an ArgumentError if the number cannot be parsed as decimal	Success		0.001
Integer	Kernel#Integer parses the value as a decimal number if there's a leading 0d	Success		0.000
Integer	Kernel#Integer is a positive decimal number if there's a leading +0d	Success		0.000
Integer	Kernel#Integer is a negative decimal number if there's a leading -0d	Success		0.000
Integer	Kernel#Integer raises an ArgumentError if the number cannot be parsed as decimal	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the String is a null byte	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the String starts with a null byte	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the String ends with a null byte	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the String contains a null byte	Success		0.001
Integer	Kernel#Integer ignores leading whitespace	Success		0.000
Integer	Kernel#Integer ignores trailing whitespace	Success		0.000
Integer	Kernel#Integer raises an ArgumentError if there are leading _s	Success		0.002
Integer	Kernel#Integer raises an ArgumentError if there are trailing _s	Success		0.002
Integer	Kernel#Integer ignores an embedded _	Success		0.000
Integer	Kernel#Integer raises an ArgumentError if there are multiple embedded _s	Success		0.002
Integer	Kernel#Integer ignores a single leading +	Success		0.000
Integer	Kernel#Integer raises an ArgumentError if there is a space between the + and number	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if there are multiple leading +s	Success		0.002
Integer	Kernel#Integer raises an ArgumentError if there are trailing +s	Success		0.002
Integer	Kernel#Integer makes the number negative if there's a leading -	Success		0.000
Integer	Kernel#Integer raises an ArgumentError if there are multiple leading -s	Success		0.002
Integer	Kernel#Integer raises an ArgumentError if there are trailing -s	Success		0.002
Integer	Kernel#Integer raises an ArgumentError if there is a period	Success		0.001
Integer	Kernel#Integer raises an ArgumentError for an empty String	Success		0.000
Integer	Kernel#Integer raises an ArgumentError for a base of 1	Success		0.001
Integer	Kernel#Integer raises an ArgumentError for a base of 37	Success		0.001
Integer	Kernel#Integer accepts wholly lowercase alphabetic strings for bases > 10	Success		0.000
Integer	Kernel#Integer accepts wholly uppercase alphabetic strings for bases > 10	Success		0.000
Integer	Kernel#Integer accepts mixed-case alphabetic strings for bases > 10	Success		0.000
Integer	Kernel#Integer accepts alphanumeric strings for bases > 10	Success		0.000
Integer	Kernel#Integer raises an ArgumentError for letters invalid in the given base	Success		0.002
Integer	Kernel#Integer parses the value as a hex number if there's a leading 0x and a base of 16	Success		0.000
Integer	Kernel#Integer is a positive hex number if there's a leading +0x and base of 16	Success		0.000
Integer	Kernel#Integer is a negative hex number if there's a leading -0x and a base of 16	Success		0.000
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0x and the base is 2	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0x and the base is 3	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0x and the base is 4	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0x and the base is 5	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0x and the base is 6	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0x and the base is 7	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0x and the base is ?	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0x and the base is 9	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0x and the base is 10	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0x and the base is 11	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0x and the base is 12	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0x and the base is 13	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0x and the base is 14	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0x and the base is 15	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number cannot be parsed as hex and the base is 16	Success		0.001
Integer	Kernel#Integer parses the value as a hex number if there's a leading 0X and a base of 16	Success		0.000
Integer	Kernel#Integer is a positive hex number if there's a leading +0X and base of 16	Success		0.000
Integer	Kernel#Integer is a negative hex number if there's a leading -0X and a base of 16	Success		0.000
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0X and the base is 2	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0X and the base is 3	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0X and the base is 4	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0X and the base is 5	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0X and the base is 6	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0X and the base is 7	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0X and the base is ?	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0X and the base is 9	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0X and the base is 10	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0X and the base is 11	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0X and the base is 12	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0X and the base is 13	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0X and the base is 14	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0X and the base is 15	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number cannot be parsed as hex and the base is 16	Success		0.001
Integer	Kernel#Integer parses the value as a binary number if there's a leading 0b and the base is 2	Success		0.000
Integer	Kernel#Integer is a positive binary number if there's a leading +0b and a base of 2	Success		0.000
Integer	Kernel#Integer is a negative binary number if there's a leading -0b and a base of 2	Success		0.000
Integer	Kernel#Integer raises an ArgumentError if the number cannot be parsed as binary and the base is 2	Success		0.001
Integer	Kernel#Integer parses the value as a binary number if there's a leading 0B and the base is 2	Success		0.000
Integer	Kernel#Integer is a positive binary number if there's a leading +0B and a base of 2	Success		0.000
Integer	Kernel#Integer is a negative binary number if there's a leading -0B and a base of 2	Success		0.000
Integer	Kernel#Integer raises an ArgumentError if the number cannot be parsed as binary and the base is 2	Success		0.001
Integer	Kernel#Integer parses the value as an octal number if there's a leading 0o and a base of ?	Success		0.000
Integer	Kernel#Integer is a positive octal number if there's a leading +0o and a base of ?	Success		0.000
Integer	Kernel#Integer is a negative octal number if there's a leading -0o and a base of ?	Success		0.000
Integer	Kernel#Integer raises an ArgumentError if the number cannot be parsed as octal and the base is ?	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0o and the base is 2	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0o and the base is 3	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0o and the base is 4	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0o and the base is 5	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0o and the base is 6	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0o and the base is 7	Success		0.001
Integer	Kernel#Integer parses the value as an octal number if there's a leading 0O and a base of ?	Success		0.000
Integer	Kernel#Integer is a positive octal number if there's a leading +0O and a base of ?	Success		0.000
Integer	Kernel#Integer is a negative octal number if there's a leading -0O and a base of ?	Success		0.000
Integer	Kernel#Integer raises an ArgumentError if the number cannot be parsed as octal and the base is ?	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0O and the base is 2	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0O and the base is 3	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0O and the base is 4	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0O and the base is 5	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0O and the base is 6	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0O and the base is 7	Success		0.001
Integer	Kernel#Integer parses the value as a decimal number if there's a leading 0D and a base of 10	Success		0.000
Integer	Kernel#Integer is a positive decimal number if there's a leading +0D and a base of 10	Success		0.000
Integer	Kernel#Integer is a negative decimal number if there's a leading -0D and a base of 10	Success		0.000
Integer	Kernel#Integer raises an ArgumentError if the number cannot be parsed as decimal and the base is 10	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0D and the base is 2	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0D and the base is 3	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0D and the base is 4	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0D and the base is 5	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0D and the base is 6	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0D and the base is 7	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0D and the base is ?	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0D and the base is 9	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if a base is given for a non-String value	Success		0.001
Integer	Kernel#Integer parses the value as a decimal number if there's a leading 0d and a base of 10	Success		0.000
Integer	Kernel#Integer is a positive decimal number if there's a leading +0d and a base of 10	Success		0.000
Integer	Kernel#Integer is a negative decimal number if there's a leading -0d and a base of 10	Success		0.000
Integer	Kernel#Integer raises an ArgumentError if the number cannot be parsed as decimal and the base is 10	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0d and the base is 2	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0d and the base is 3	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0d and the base is 4	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0d and the base is 5	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0d and the base is 6	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0d and the base is 7	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0d and the base is ?	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if the number begins with 0d and the base is 9	Success		0.001
Integer	Kernel#Integer raises an ArgumentError if a base is given for a non-String value	Success		0.000
Integer	Kernel#Integer is a private method	Success		0.001
Rational	Kernel.Rational passed Integer returns a new Rational number with 1 as the denominator	Success		0.001
Rational	Kernel.Rational passed two integers returns a new Rational number	Success		0.001
Rational	Kernel.Rational passed two integers reduces the Rational	Success		0.001
Rational	Kernel.Rational when passed a String converts the String to a Rational using the same method as String#to_r	Success		0.002
Rational	Kernel.Rational when passed a String scales the Rational value of the first argument by the Rational value of the second	Success		0.002
Rational	Kernel.Rational when passed a String does not use the same method as Float#to_r	Success		0.001
Rational	Kernel.Rational when passed a String raises a TypeError if the first argument is nil	Success		0.001
Rational	Kernel.Rational when passed a String raises a TypeError if the second argument is nil	Success		0.001
Rational	Kernel.Rational when passed a String raises a TypeError if the first argument is a Symbol	Success		0.001
Rational	Kernel.Rational when passed a String raises a TypeError if the second argument is a Symbol	Success		0.001
Rational	Kernel.Rational when passed a String when passed a Numeric calls #to_r to convert the first argument to a Rational	Success		0.001
Rational	Kernel.Rational when passed a String when passed a Complex returns a Rational from the real part if the imaginary part is 0	Success		0.001
Rational	Kernel.Rational when passed a String when passed a Complex raises a RangeError if the imaginary part is not 0	Success		0.001
String	Kernel.String converts nil to a String	Success		0.001
String	Kernel.String converts a Float to a String	Success		0.000
String	Kernel.String converts a boolean to a String	Success		0.001
String	Kernel.String converts a constant to a String	Success		0.000
String	Kernel.String calls #to_s to convert an arbitrary object to a String	Success		0.002
String	Kernel.String raises a TypeError if #to_s does not exist	Success		0.002
String	Kernel.String raises a TypeError if respond_to? returns false for #to_s	Success		0.001
String	Kernel.String raises a TypeError if #to_s is not defined, even though #respond_to?(:to_s) returns true	Success		0.001
String	Kernel.String calls #to_s if #respond_to?(:to_s) returns true	Success		0.002
String	Kernel.String raises a TypeError if #to_s does not return a String	Success		0.002
String	Kernel.String returns the same object if it is already a String	Success		0.001
String	Kernel.String returns the same object if it is an instance of a String subclass	Success		0.001
String	Kernel#String converts nil to a String	Success		0.000
String	Kernel#String converts a Float to a String	Success		0.000
String	Kernel#String converts a boolean to a String	Success		0.000
String	Kernel#String converts a constant to a String	Success		0.000
String	Kernel#String calls #to_s to convert an arbitrary object to a String	Success		0.001
String	Kernel#String raises a TypeError if #to_s does not exist	Success		0.001
String	Kernel#String raises a TypeError if respond_to? returns false for #to_s	Success		0.001
String	Kernel#String raises a TypeError if #to_s is not defined, even though #respond_to?(:to_s) returns true	Success		0.001
String	Kernel#String calls #to_s if #respond_to?(:to_s) returns true	Success		0.001
String	Kernel#String raises a TypeError if #to_s does not return a String	Success		0.001
String	Kernel#String returns the same object if it is already a String	Success		0.001
String	Kernel#String returns the same object if it is an instance of a String subclass	Success		0.001
String	Kernel#String is a private method	Success		0.001
__callee__	Kernel.__callee__ returns method name even from eval	Skipped	tagged	0.000
__callee__	Kernel.__callee__ returns nil from inside a class body	Skipped	tagged	0.000
__callee__	Kernel.__callee__ returns nil when not called from a method	Skipped	tagged	0.000
__callee__	Kernel.__callee__ returns the current method, even when aliased	Success		0.001
__callee__	Kernel.__callee__ returns the aliased name when aliased method	Success		0.000
__callee__	Kernel.__callee__ returns the caller from blocks too	Success		0.001
__callee__	Kernel.__callee__ returns the caller from define_method too	Success		0.000
__callee__	Kernel.__callee__ returns the caller from block inside define_method too	Success		0.001
__callee__	Kernel.__callee__ returns method name even from send	Success		0.000
__callee__	Kernel.__callee__ returns the caller from a define_method called from the same class	Success		0.001
__dir__	Kernel#__dir__ returns the real name of the directory containing the currently-executing file	Success		0.003
__dir__	Kernel#__dir__ when used in eval with top level binding returns the real name of the directory containing the currently-executing file	Skipped	tagged	0.000
__method__	Kernel.__method__ returns method name even from eval	Skipped	tagged	0.000
__method__	Kernel.__method__ returns nil from inside a class body	Skipped	tagged	0.000
__method__	Kernel.__method__ returns nil when not called from a method	Skipped	tagged	0.000
__method__	Kernel.__method__ returns the current method, even when aliased	Success		0.001
__method__	Kernel.__method__ returns the original name when aliased method	Success		0.000
__method__	Kernel.__method__ returns the caller from blocks too	Success		0.001
__method__	Kernel.__method__ returns the caller from define_method too	Success		0.000
__method__	Kernel.__method__ returns the caller from block inside define_method too	Success		0.001
__method__	Kernel.__method__ returns method name even from send	Success		0.000
abort	Kernel#abort is a private method	Success		0.001
abort	Kernel#abort raises a SystemExit exception	Success		0.001
abort	Kernel#abort sets the exception message to the given message	Success		0.001
abort	Kernel#abort sets the exception status code of 1	Success		0.001
abort	Kernel#abort prints the specified message to STDERR	Success		0.001
abort	Kernel#abort coerces the argument with #to_str	Success		0.002
abort	Kernel#abort raises TypeError when given a non-String object	Success		0.001
abort	Kernel.abort raises a SystemExit exception	Success		0.001
abort	Kernel.abort sets the exception message to the given message	Success		0.001
abort	Kernel.abort sets the exception status code of 1	Success		0.001
abort	Kernel.abort prints the specified message to STDERR	Success		0.001
abort	Kernel.abort coerces the argument with #to_str	Success		0.002
abort	Kernel.abort raises TypeError when given a non-String object	Success		0.001
at_exit	Kernel.at_exit is a private method	Success		0.001
at_exit	Kernel.at_exit runs after all other code	Success		4.684
at_exit	Kernel.at_exit runs in reverse order of registration	Success		4.717
at_exit	Kernel.at_exit allows calling exit inside at_exit handler	Success		4.784
at_exit	Kernel.at_exit gives access to the last raised exception	Success		4.836
at_exit	Kernel#at_exit needs to be reviewed for spec completeness	Success		0.000
autoload	Kernel#autoload is a private method	Success		0.002
autoload	Kernel#autoload registers a file to load the first time the named constant is accessed	Success		0.001
autoload	Kernel#autoload registers a file to load the first time the named constant is accessed	Success		0.000
autoload	Kernel#autoload sets the autoload constant in Object's constant table	Success		0.001
autoload	Kernel#autoload loads the file when the constant is accessed	Success		0.008
autoload	Kernel#autoload does not call Kernel.require or Kernel.load to load the file	Success		0.008
autoload	Kernel#autoload can autoload in instance_eval	Success		0.011
autoload	Kernel#autoload when Object is frozen raises a RuntimeError before defining the constant	Skipped	tagged	0.000
autoload	Kernel#autoload? is a private method	Success		0.002
autoload	Kernel#autoload? returns the name of the file that will be autoloaded	Success		0.000
autoload	Kernel#autoload? returns nil if no file has been registered for a constant	Success		0.000
autoload	Kernel.autoload registers a file to load the first time the toplevel constant is accessed	Success		0.004
autoload	Kernel.autoload sets the autoload constant in Object's constant table	Success		0.002
autoload	Kernel.autoload calls #to_path on non-String filenames	Success		0.003
autoload	Kernel.autoload? returns the name of the file that will be autoloaded	Success		0.004
autoload	Kernel.autoload? returns nil if no file has been registered for a constant	Success		0.000
backtick	Kernel#` produces a String in the default external encoding	Skipped	tagged	0.000
backtick	Kernel#` raises an Errno::ENOENT if the command is not executable	Skipped	tagged	0.000
backtick	Kernel#` sets $? to the exit status of the executed sub-process	Skipped	tagged	0.000
backtick	Kernel#` is a private method	Success		0.002
backtick	Kernel#` returns the standard output of the executed sub-process	Success		0.008
backtick	Kernel.` tries to convert the given argument to String using #to_str	Skipped	tagged	0.000
backtick	Kernel.` needs to be reviewed for spec completeness	Success		0.000
binding	Kernel.binding returns a binding for the caller	Skipped	tagged	0.000
binding	Kernel#binding is a private method	Success		0.001
binding	Kernel#binding returns a Binding object	Success		0.000
binding	Kernel#binding encapsulates the execution context properly	Success		0.001
binding	Kernel#binding raises a NameError on undefined variable	Success		0.001
binding	Kernel#binding uses the closure's self as self in the binding	Success		0.001
binding	Kernel#binding uses the class as self in a Class.new block	Success		0.001
block_given	Kernel#block_given? returns false when a method defined by define_method is called with a block	Skipped	tagged	0.000
block_given	Kernel#block_given? returns true if and only if a block is supplied	Success		0.001
block_given	Kernel#block_given? returns false outside of a method	Success		0.000
block_given	Kernel#block_given? is a private method	Success		0.001
block_given	Kernel.block_given? returns false when a method defined by define_method is called with a block	Skipped	tagged	0.000
block_given	Kernel.block_given? returns true if and only if a block is supplied	Success		0.001
block_given	self.send(:block_given?) returns true if and only if a block is supplied	Skipped	tagged	0.000
block_given	self.send(:block_given?) returns false when a method defined by define_method is called with a block	Success		0.000
caller	Kernel#caller returns an Array of caller locations using a custom offset	Skipped	tagged	0.000
caller	Kernel#caller returns the locations as String instances	Skipped	tagged	0.000
caller	Kernel#caller is a private method	Success		0.001
caller	Kernel#caller returns an Array of caller locations	Success		0.001
caller	Kernel#caller returns an Array of caller locations using a custom limit	Success		0.001
caller_locations	Kernel#caller_locations is a private method	Success		0.001
caller_locations	Kernel#caller_locations returns an Array of caller locations	Success		0.001
caller_locations	Kernel#caller_locations returns an Array of caller locations using a custom offset	Success		0.001
caller_locations	Kernel#caller_locations returns an Array of caller locations using a custom limit	Success		0.001
caller_locations	Kernel#caller_locations returns the locations as Thread::Backtrace::Location instances	Success		0.001
case_compare	Kernel#=== for a class with default #== and #equal? returns true if other object has same object id	Success		0.001
case_compare	Kernel#=== for a class with default #== and #equal? returns false if other object does not have same object id	Success		0.001
case_compare	Kernel#=== for a class with #== overridden to consider other object's class returns true if #== returns true even if #equal? is false	Success		0.001
case_compare	Kernel#=== for a class with #== overridden to consider other object's class returns true if #equal? returns true	Success		0.000
case_compare	Kernel#=== for a class with #== overridden to consider other object's class returns false if neither #== nor #equal? returns true	Success		0.001
case_compare	Kernel#=== for a class with #equal? overridden to always be false returns true if #== returns true even if #equal? is false	Success		0.001
case_compare	Kernel#=== for a class with #equal? overridden to always be false returns false if neither #== nor #equal? returns true	Success		0.001
case_compare	Kernel#=== for a class with #== and #equal? overridden to always be false returns true if the object id is the same even if both #== and #equal? return false	Success		0.001
case_compare	Kernel#=== for a class with #== and #equal? overridden to always be false returns false if the object id is not the same and both #== and #equal? return false	Success		0.001
case_compare	Kernel#=== for a class with #object_id overridden to always be different #== and #equal? overridden to always be true returns true if #== or #equal? is true even if object id is different	Success		0.001
catch	Kernel.catch executes its block and catches a thrown value matching its argument	Success		0.002
catch	Kernel.catch returns the second value passed to throw	Success		0.001
catch	Kernel.catch returns the last expression evaluated if throw was not called	Success		0.000
catch	Kernel.catch passes the given symbol to its block	Success		0.001
catch	Kernel.catch raises an ArgumentError if a Symbol is thrown for a String catch value	Success		0.001
catch	Kernel.catch raises an ArgumentError if a String with different identity is thrown	Success		0.001
catch	Kernel.catch catches a Symbol when thrown a matching Symbol	Success		0.001
catch	Kernel.catch catches a String when thrown a String with the same identity	Success		0.001
catch	Kernel.catch accepts an object as an argument	Success		0.001
catch	Kernel.catch yields an object when called without arguments	Success		0.000
catch	Kernel.catch can be used even in a method different from where throw is called	Success		0.007
catch	Kernel.catch raises LocalJumpError if no block is given	Success		0.001
catch	Kernel.catch when nested catches across invocation boundaries	Success		0.001
catch	Kernel.catch when nested catches in the nested invocation with the same key object	Success		0.001
catch	Kernel#catch is a private method	Success		0.001
chomp	Kernel.chomp removes the final newline of $_	Skipped	tagged	0.000
chomp	Kernel.chomp removes the final carriage return of $_	Skipped	tagged	0.000
chomp	Kernel.chomp removes the final carriage return, newline of $_	Skipped	tagged	0.000
chomp	Kernel.chomp removes only the final newline of $_	Skipped	tagged	0.000
chomp	Kernel.chomp removes the value of $/ from the end of $_	Skipped	tagged	0.000
chomp	Kernel#chomp removes the final newline of $_	Skipped	tagged	0.000
chomp	Kernel#chomp removes the final carriage return of $_	Skipped	tagged	0.000
chomp	Kernel#chomp removes the final carriage return, newline of $_	Skipped	tagged	0.000
chomp	Kernel#chomp removes only the final newline of $_	Skipped	tagged	0.000
chomp	Kernel#chomp removes the value of $/ from the end of $_	Skipped	tagged	0.000
chomp	Kernel#chomp is a private method	Skipped	tagged	0.000
chomp	Kernel.chomp removes the final carriage return, newline from a multi-byte $_	Skipped	tagged	0.000
chomp	Kernel#chomp removes the final carriage return, newline from a multi-byte $_	Skipped	tagged	0.000
chop	Kernel.chop removes the final character of $_	Skipped	tagged	0.000
chop	Kernel.chop removes the final carriage return, newline of $_	Skipped	tagged	0.000
chop	#chop is a private method	Skipped	tagged	0.000
chop	#chop removes the final character of $_	Skipped	tagged	0.000
chop	#chop removes the final carriage return, newline of $_	Skipped	tagged	0.000
chop	Kernel.chop removes the final multi-byte character from $_	Skipped	tagged	0.000
chop	Kernel#chop removes the final multi-byte character from $_	Skipped	tagged	0.000
class	Kernel#class returns the class of the object	Success		0.001
class	Kernel#class returns Class for a class	Success		0.000
class	Kernel#class returns the first non-singleton class	Success		0.000
clone	Kernel#clone returns a new object duplicated from the original	Success		0.001
clone	Kernel#clone produces a shallow copy, contained objects are not recursively dupped	Success		0.000
clone	Kernel#clone calls #initialize_copy on the NEW object if available, passing in original object	Success		0.001
clone	Kernel#clone preserves tainted state from the original	Success		0.001
clone	Kernel#clone does not preserve the object_id	Success		0.000
clone	Kernel#clone preserves untrusted state from the original	Success		0.001
clone	Kernel#clone raises a TypeError for NilClass	Success		0.001
clone	Kernel#clone raises a TypeError for TrueClass	Success		0.001
clone	Kernel#clone raises a TypeError for FalseClass	Success		0.001
clone	Kernel#clone raises a TypeError for Fixnum	Success		0.001
clone	Kernel#clone raises a TypeError for Symbol	Success		0.001
clone	Kernel#clone calls #initialize_copy on the new instance	Success		0.001
clone	Kernel#clone copies frozen state from the original	Success		0.001
clone	Kernel#clone copies instance variables	Success		0.000
clone	Kernel#clone copies singleton methods	Success		0.001
clone	Kernel#clone copies modules included in the singleton class	Success		0.001
clone	Kernel#clone copies constants defined in the singleton class	Success		0.001
clone	Kernel#clone raises TypeError when called on nil	Success		0.001
comparison	Kernel#<=> returns 0 if self	Success		0.001
comparison	Kernel#<=> returns 0 if self is == to the argument	Success		0.002
comparison	Kernel#<=> returns nil if self is eql? but not == to the argument	Success		0.001
comparison	Kernel#<=> returns nil if self.==(arg) returns nil	Success		0.001
comparison	Kernel#<=> returns nil if self is not == to the argument	Success		0.000
define_singleton_method	Kernel#define_singleton_method defines a new method with the given name and the given block as body in self	Success		0.001
define_singleton_method	Kernel#define_singleton_method raises a TypeError when the given method is no Method/Proc	Success		0.001
define_singleton_method	Kernel#define_singleton_method defines a new singleton method for objects	Success		0.001
define_singleton_method	Kernel#define_singleton_method maintains the Proc's scope	Success		0.004
define_singleton_method	Kernel#define_singleton_method when given an UnboundMethod will raise when attempting to define an object's singleton method from another object's singleton method	Skipped	tagged	0.000
define_singleton_method	Kernel#define_singleton_method when given an UnboundMethod correctly calls the new method	Success		0.001
define_singleton_method	Kernel#define_singleton_method when given an UnboundMethod adds the new method to the methods list	Success		0.002
define_singleton_method	Kernel#define_singleton_method when given an UnboundMethod defines any Child class method from any Parent's class methods	Success		0.001
display	Kernel#display needs to be reviewed for spec completeness	Success		0.000
dup	Kernel#dup returns a new object duplicated from the original	Success		0.001
dup	Kernel#dup produces a shallow copy, contained objects are not recursively dupped	Success		0.000
dup	Kernel#dup calls #initialize_copy on the NEW object if available, passing in original object	Success		0.001
dup	Kernel#dup preserves tainted state from the original	Success		0.000
dup	Kernel#dup does not preserve the object_id	Success		0.000
dup	Kernel#dup preserves untrusted state from the original	Success		0.000
dup	Kernel#dup raises a TypeError for NilClass	Success		0.001
dup	Kernel#dup raises a TypeError for TrueClass	Success		0.001
dup	Kernel#dup raises a TypeError for FalseClass	Success		0.001
dup	Kernel#dup raises a TypeError for Fixnum	Success		0.001
dup	Kernel#dup raises a TypeError for Symbol	Success		0.001
dup	Kernel#dup calls #initialize_copy on the new instance	Success		0.001
dup	Kernel#dup does not copy frozen state from the original	Success		0.000
dup	Kernel#dup copies instance variables	Success		0.000
dup	Kernel#dup does not copy singleton methods	Success		0.001
dup	Kernel#dup does not copy modules included in the singleton class	Success		0.001
dup	Kernel#dup does not copy constants defined in the singleton class	Success		0.001
enum_for	Kernel#enum_for needs to be reviewed for spec completeness	Success		0.000
eql	Kernel#eql? is a public instance method	Success		0.001
eql	Kernel#eql? returns true if other is identical to self	Success		0.000
eql	Kernel#eql? returns false if other is not identical to self	Success		0.000
eql	Kernel#eql? returns true only if self and other are the same object	Success		0.001
eql	Kernel#eql? returns true for the same immediate object	Success		0.000
eql	Kernel#eql? returns false for nil and any other object	Success		0.000
eql	Kernel#eql? returns false for objects of different classes	Success		0.000
eql	Kernel#eql? returns true only if self and other are the same boolean	Success		0.001
equal_value	Kernel#== returns true only if obj and other are the same object	Success		0.001
eval	Kernel#eval uses the filename of the binding if none is provided	Skipped	tagged	0.000
eval	Kernel#eval returns from the scope calling #eval when evaluating 'return'	Skipped	tagged	0.000
eval	Kernel#eval unwinds through a Proc-style closure and returns from a lambda-style closure in the closure chain	Skipped	tagged	0.000
eval	Kernel#eval is a private method	Success		0.001
eval	Kernel#eval is a module function	Success		0.000
eval	Kernel#eval evaluates the code within	Success		0.000
eval	Kernel#eval coerces an object to string	Success		0.001
eval	Kernel#eval evaluates within the scope of the eval	Success		0.000
eval	Kernel#eval evaluates such that consts are scoped to the class of the eval	Success		0.000
eval	Kernel#eval finds a local in an enclosing scope	Success		0.000
eval	Kernel#eval updates a local in an enclosing scope	Success		0.000
eval	Kernel#eval updates a local in a surrounding block scope	Success		0.001
eval	Kernel#eval updates a local in a scope above a surrounding block scope	Success		0.001
eval	Kernel#eval updates a local in a scope above when modified in a nested block scope	Success		0.001
eval	Kernel#eval finds locals in a nested eval	Success		0.001
eval	Kernel#eval does not share locals across eval scopes	Success		4.556
eval	Kernel#eval doesn't accept a Proc object as a binding	Success		0.001
eval	Kernel#eval does not make Proc locals visible to evaluated code	Success		0.001
eval	Kernel#eval allows a binding to be captured inside an eval	Success		0.003
eval	Kernel#eval uses the same scope for local variables when given the same binding	Success		0.001
eval	Kernel#eval allows creating a new class in a binding	Success		0.008
eval	Kernel#eval allows creating a new class in a binding created by #eval	Success		0.004
eval	Kernel#eval includes file and line information in syntax error	Success		0.003
eval	Kernel#eval sets constants at the toplevel from inside a block	Success		0.006
eval	Kernel#eval does not alter the value of __FILE__ in the binding	Success		0.001
eval	Kernel#eval can be aliased	Success		0.001
eval	Kernel#eval uses the receiver as self inside the eval	Success		0.001
eval	Kernel#eval does not pass the block to the method being eval'ed	Success		0.001
eval	Kernel#eval raises a LocalJumpError if there is no lambda-style closure in the chain	Success		4.684
exec	Kernel#exec raises Errno::ENOENT for an empty string	Skipped	tagged	0.000
exec	Kernel#exec raises Errno::ENOENT for a command which does not exist	Skipped	tagged	0.000
exec	Kernel#exec raises an ArgumentError if the command includes a null byte	Skipped	tagged	0.000
exec	Kernel#exec raises Errno::EACCES when the file does not have execute permissions	Skipped	tagged	0.000
exec	Kernel#exec raises Errno::EACCES when passed a directory	Skipped	tagged	0.000
exec	Kernel#exec runs the specified command, replacing current process	Skipped	tagged	0.000
exec	Kernel#exec sets the current directory when given the :chdir option	Skipped	tagged	0.000
exec	Kernel#exec flushes STDOUT upon exit when it's not set to sync	Skipped	tagged	0.000
exec	Kernel#exec flushes STDERR upon exit when it's not set to sync	Skipped	tagged	0.000
exec	Kernel#exec is a private method	Success		0.002
exec	Kernel#exec with a single argument subjects the specified command to shell expansion	Skipped	tagged	0.000
exec	Kernel#exec with a single argument creates an argument array with shell parsing semantics for whitespace	Skipped	tagged	0.000
exec	Kernel#exec with multiple arguments does not subject the arguments to shell expansion	Skipped	tagged	0.000
exec	Kernel#exec (environment variables) sets environment variables in the child environment	Skipped	tagged	0.000
exec	Kernel#exec (environment variables) unsets environment variables whose value is nil	Skipped	tagged	0.000
exec	Kernel#exec (environment variables) coerces environment argument using to_hash	Skipped	tagged	0.000
exec	Kernel#exec (environment variables) unsets other environment variables when given a true :unsetenv_others option	Skipped	tagged	0.000
exec	Kernel#exec with a command array uses the first element as the command name and the second as the argv[0] value	Skipped	tagged	0.000
exec	Kernel#exec with a command array coerces the argument using to_ary	Skipped	tagged	0.000
exec	Kernel#exec with a command array raises an ArgumentError if the Array does not have exactly two elements	Skipped	tagged	0.000
exec	Kernel#exec with an options Hash with Integer option keys maps the key to a file descriptor in the child that inherits the file descriptor from the parent specified by the value	Skipped	tagged	0.000
exec	Kernel.exec raises Errno::ENOENT for an empty string	Skipped	tagged	0.000
exec	Kernel.exec raises Errno::ENOENT for a command which does not exist	Skipped	tagged	0.000
exec	Kernel.exec raises an ArgumentError if the command includes a null byte	Skipped	tagged	0.000
exec	Kernel.exec raises Errno::EACCES when the file does not have execute permissions	Skipped	tagged	0.000
exec	Kernel.exec raises Errno::EACCES when passed a directory	Skipped	tagged	0.000
exec	Kernel.exec runs the specified command, replacing current process	Skipped	tagged	0.000
exec	Kernel.exec sets the current directory when given the :chdir option	Skipped	tagged	0.000
exec	Kernel.exec flushes STDOUT upon exit when it's not set to sync	Skipped	tagged	0.000
exec	Kernel.exec flushes STDERR upon exit when it's not set to sync	Skipped	tagged	0.000
exec	Kernel.exec with a single argument subjects the specified command to shell expansion	Skipped	tagged	0.000
exec	Kernel.exec with a single argument creates an argument array with shell parsing semantics for whitespace	Skipped	tagged	0.000
exec	Kernel.exec with multiple arguments does not subject the arguments to shell expansion	Skipped	tagged	0.000
exec	Kernel.exec (environment variables) sets environment variables in the child environment	Skipped	tagged	0.000
exec	Kernel.exec (environment variables) unsets environment variables whose value is nil	Skipped	tagged	0.000
exec	Kernel.exec (environment variables) coerces environment argument using to_hash	Skipped	tagged	0.000
exec	Kernel.exec (environment variables) unsets other environment variables when given a true :unsetenv_others option	Skipped	tagged	0.000
exec	Kernel.exec with a command array uses the first element as the command name and the second as the argv[0] value	Skipped	tagged	0.000
exec	Kernel.exec with a command array coerces the argument using to_ary	Skipped	tagged	0.000
exec	Kernel.exec with a command array raises an ArgumentError if the Array does not have exactly two elements	Skipped	tagged	0.000
exec	Kernel.exec with an options Hash with Integer option keys maps the key to a file descriptor in the child that inherits the file descriptor from the parent specified by the value	Skipped	tagged	0.000
exit	Kernel#exit is a private method	Success		0.001
exit	Kernel#exit raises a SystemExit with status 0	Success		0.001
exit	Kernel#exit raises a SystemExit with the specified status	Success		0.002
exit	Kernel#exit raises a SystemExit with the specified boolean status	Success		0.001
exit	Kernel#exit tries to convert the passed argument to an Integer using #to_int	Success		0.002
exit	Kernel#exit converts the passed Float argument to an Integer	Success		0.001
exit	Kernel#exit raises TypeError if can't convert the argument to an Integer	Success		0.002
exit	Kernel#exit raises the SystemExit in the main thread if it reaches the top-level handler of another thread	Success		0.020
exit	Kernel#exit! is a private method	Success		0.001
exit	Kernel.exit raises a SystemExit with status 0	Success		0.001
exit	Kernel.exit raises a SystemExit with the specified status	Success		0.002
exit	Kernel.exit raises a SystemExit with the specified boolean status	Success		0.001
exit	Kernel.exit tries to convert the passed argument to an Integer using #to_int	Success		0.002
exit	Kernel.exit converts the passed Float argument to an Integer	Success		0.001
exit	Kernel.exit raises TypeError if can't convert the argument to an Integer	Success		0.002
exit	Kernel.exit raises the SystemExit in the main thread if it reaches the top-level handler of another thread	Success		0.013
extend	Kernel#extend calls extend_object on argument	Skipped	tagged	0.000
extend	Kernel#extend calls extended on argument	Skipped	tagged	0.000
extend	Kernel#extend requires multiple arguments	Success		0.001
extend	Kernel#extend does not calls append_features on arguments metaclass	Success		0.001
extend	Kernel#extend makes the class a kind_of? the argument	Success		0.000
extend	Kernel#extend raises an ArgumentError when no arguments given	Success		0.001
extend	Kernel#extend raises a TypeError when the argument is not a Module	Success		0.001
extend	Kernel#extend on frozen instance raises an ArgumentError when no arguments given	Success		0.001
extend	Kernel#extend on frozen instance raises a RuntimeError	Success		0.001
fail	Kernel.fail is a private method	Skipped	tagged	0.000
fail	Kernel.fail raises a RuntimeError	Skipped	tagged	0.000
fail	Kernel.fail instantiates the specified exception class	Skipped	tagged	0.000
fail	Kernel.fail uses the specified message	Skipped	tagged	0.000
fail	Kernel.fail accepts an Object with an exception method returning an Exception	Success		0.007
fail	Kernel#fail needs to be reviewed for spec completeness	Success		0.000
fork	Kernel#fork is a private method	Success		0.001
format	Kernel#format is a private method	Success		0.001
format	Kernel.format is accessible as a module function	Success		0.001
freeze	Kernel#freeze prevents self from being further modified	Success		0.001
freeze	Kernel#freeze returns self	Success		0.000
freeze	Kernel#freeze causes mutative calls to raise RuntimeError	Success		0.001
freeze	Kernel#freeze causes instance_variable_set to raise RuntimeError	Success		0.001
freeze	Kernel#freeze on integers has no effect since they are already frozen	Success		0.002
freeze	Kernel#freeze on a Float has no effect since it is already frozen	Success		0.001
freeze	Kernel#freeze on a Symbol has no effect since it is already frozen	Success		0.001
freeze	Kernel#freeze on true, false and nil has no effect since they are already frozen	Success		0.001
frozen	Kernel#frozen? returns true if self is frozen	Success		0.001
frozen	Kernel#frozen? on true, false and nil returns true	Success		0.001
frozen	Kernel#frozen? on integers returns true	Success		0.001
frozen	Kernel#frozen? on a Float returns true	Success		0.000
frozen	Kernel#frozen? on a Symbol returns true	Success		0.000
gets	Kernel#gets is a private method	Success		0.001
gets	Kernel.gets needs to be reviewed for spec completeness	Success		0.000
global_variables	Kernel.global_variables is a private method	Skipped	tagged	0.000
global_variables	Kernel.global_variables finds subset starting with std	Skipped	tagged	0.000
global_variables	Kernel#global_variables needs to be reviewed for spec completeness	Success		0.000
inspect	Kernel#inspect returns a String	Success		0.001
inspect	Kernel#inspect returns a tainted string if self is tainted	Success		0.000
inspect	Kernel#inspect returns an untrusted string if self is untrusted	Success		0.000
inspect	Kernel#inspect does not call #to_s if it is defined	Success		0.002
inspect	Kernel#inspect returns a String with the object class and object_id encoded	Success		0.001
instance_of	Kernel#instance_of? returns false if given a Module that is included in object's class	Skipped	tagged	0.000
instance_of	Kernel#instance_of? returns false if given a Module that is included one of object's ancestors only	Skipped	tagged	0.000
instance_of	Kernel#instance_of? returns false if given a Module that is not included in object's class	Skipped	tagged	0.000
instance_of	Kernel#instance_of? returns true if given class is object's class	Success		0.001
instance_of	Kernel#instance_of? returns false if given class is object's ancestor class	Success		0.000
instance_of	Kernel#instance_of? returns false if given class is not object's class nor object's ancestor class	Success		0.000
instance_of	Kernel#instance_of? raises a TypeError if given an object that is not a Class nor a Module	Success		0.001
instance_variable_defined	Kernel#instance_variable_defined? raises a TypeError if passed an Object not defining #to_str	Success		0.001
instance_variable_defined	Kernel#instance_variable_defined? when passed a String returns false if the instance variable is not defined	Success		0.001
instance_variable_defined	Kernel#instance_variable_defined? when passed a String returns true if the instance variable is defined	Success		0.000
instance_variable_defined	Kernel#instance_variable_defined? when passed a Symbol returns false if the instance variable is not defined	Success		0.000
instance_variable_defined	Kernel#instance_variable_defined? when passed a Symbol returns true if the instance variable is defined	Success		0.000
instance_variable_get	Kernel#instance_variable_get tries to convert the passed argument to a String using #to_str	Success		0.002
instance_variable_get	Kernel#instance_variable_get returns the value of the passed instance variable that is referred to by the conversion result	Success		0.002
instance_variable_get	Kernel#instance_variable_get returns nil when the referred instance variable does not exist	Success		0.000
instance_variable_get	Kernel#instance_variable_get raises a TypeError when the passed argument does not respond to #to_str	Success		0.001
instance_variable_get	Kernel#instance_variable_get raises a TypeError when the passed argument can't be converted to a String	Success		0.002
instance_variable_get	Kernel#instance_variable_get raises a NameError when the conversion result does not start with an '@'	Success		0.002
instance_variable_get	Kernel#instance_variable_get raises a NameError when passed just '@'	Success		0.002
instance_variable_get	Kernel#instance_variable_get when passed Symbol returns the value of the instance variable that is referred to by the passed Symbol	Success		0.001
instance_variable_get	Kernel#instance_variable_get when passed Symbol raises a NameError when passed :@ as an instance variable name	Success		0.001
instance_variable_get	Kernel#instance_variable_get when passed Symbol raises a NameError when the passed Symbol does not start with an '@'	Success		0.001
instance_variable_get	Kernel#instance_variable_get when passed Symbol raises a NameError when the passed Symbol is an invalid instance variable name	Success		0.001
instance_variable_get	Kernel#instance_variable_get when passed String returns the value of the instance variable that is referred to by the passed String	Success		0.001
instance_variable_get	Kernel#instance_variable_get when passed String raises a NameError when the passed String does not start with an '@'	Success		0.001
instance_variable_get	Kernel#instance_variable_get when passed String raises a NameError when the passed String is an invalid instance variable name	Success		0.001
instance_variable_get	Kernel#instance_variable_get when passed String raises a NameError when passed '@' as an instance variable name	Success		0.001
instance_variable_get	Kernel#instance_variable_get when passed Fixnum raises a TypeError	Success		0.001
instance_variable_set	Kernel#instance_variable_set sets the value of the specified instance variable	Success		0.007
instance_variable_set	Kernel#instance_variable_set sets the value of the instance variable when no instance variables exist yet	Success		0.004
instance_variable_set	Kernel#instance_variable_set raises a NameError exception if the argument is not of form '@x'	Success		0.004
instance_variable_set	Kernel#instance_variable_set raises a NameError exception if the argument is an invalid instance variable name	Success		0.004
instance_variable_set	Kernel#instance_variable_set raises a NameError when the argument is '@'	Success		0.004
instance_variable_set	Kernel#instance_variable_set raises a TypeError if the instance variable name is a Fixnum	Success		0.001
instance_variable_set	Kernel#instance_variable_set raises a TypeError if the instance variable name is an object that does not respond to to_str	Success		0.001
instance_variable_set	Kernel#instance_variable_set raises a NameError if the passed object, when coerced with to_str, does not start with @	Success		0.001
instance_variable_set	Kernel#instance_variable_set raises a NameError if pass an object that cannot be a symbol	Success		0.001
instance_variable_set	Kernel#instance_variable_set accepts as instance variable name any instance of a class that responds to to_str	Success		0.001
instance_variable_set	Kernel#instance_variable_set on frozen objects keeps stored object after any exceptions	Success		0.001
instance_variable_set	Kernel#instance_variable_set on frozen objects raises a RuntimeError when passed replacement is identical to stored object	Success		0.001
instance_variable_set	Kernel#instance_variable_set on frozen objects raises a RuntimeError when passed replacement is different from stored object	Success		0.001
instance_variables	Kernel#instance_variables immediate values returns an empty array if no instance variables are defined	Skipped	tagged	0.000
instance_variables	Kernel#instance_variables immediate values returns the correct array if an instance variable is added	Skipped	tagged	0.000
instance_variables	Kernel#instance_variables regular objects returns an empty array if no instance variables are defined	Success		0.001
instance_variables	Kernel#instance_variables regular objects returns the correct array if an instance variable is added	Success		0.001
is_a	Kernel#is_a? returns true if given class is the object's class	Success		0.001
is_a	Kernel#is_a? returns true if given class is an ancestor of the object's class	Success		0.001
is_a	Kernel#is_a? returns false if the given class is not object's class nor an ancestor	Success		0.000
is_a	Kernel#is_a? returns true if given a Module that is included in object's class	Success		0.000
is_a	Kernel#is_a? returns true if given a Module that is included one of object's ancestors only	Success		0.000
is_a	Kernel#is_a? returns true if given a Module that object has been extended with	Success		0.000
is_a	Kernel#is_a? returns false if given a Module not included in object's class nor ancestors	Success		0.000
is_a	Kernel#is_a? raises a TypeError if given an object that is not a Class nor a Module	Success		0.002
iterator	Kernel#iterator? is a private method	Success		0.001
iterator	Kernel.iterator? needs to be reviewed for spec completeness	Success		0.000
itself	Kernel#itself returns the receiver itself	Success		0.001
kind_of	Kernel#kind_of? returns true if given class is the object's class	Success		0.001
kind_of	Kernel#kind_of? returns true if given class is an ancestor of the object's class	Success		0.001
kind_of	Kernel#kind_of? returns false if the given class is not object's class nor an ancestor	Success		0.000
kind_of	Kernel#kind_of? returns true if given a Module that is included in object's class	Success		0.000
kind_of	Kernel#kind_of? returns true if given a Module that is included one of object's ancestors only	Success		0.000
kind_of	Kernel#kind_of? returns true if given a Module that object has been extended with	Success		0.000
kind_of	Kernel#kind_of? returns false if given a Module not included in object's class nor ancestors	Success		0.000
kind_of	Kernel#kind_of? raises a TypeError if given an object that is not a Class nor a Module	Success		0.001
lambda	Kernel.lambda raises an ArgumentError when no block is given	Skipped	tagged	0.000
lambda	Kernel.lambda allows long returns to flow through it	Skipped	tagged	0.000
lambda	Kernel.lambda returns a Proc object	Success		0.001
lambda	Kernel.lambda is a private method	Success		0.001
lambda	Kernel.lambda checks the arity of the call when no args are specified	Success		0.001
lambda	Kernel.lambda checks the arity when 1 arg is specified	Success		0.001
lambda	Kernel.lambda does not check the arity when passing a Proc with &	Success		0.001
lambda	Kernel.lambda accepts 0 arguments when used with \|\|	Success		0.001
lambda	Kernel.lambda strictly checks the arity when 0 or 2..inf args are specified	Success		0.001
lambda	Kernel.lambda returns from the lambda itself, not the creation site of the lambda	Success		0.001
load	Kernel#load is a private method	Success		0.002
load	Kernel#load (path resolution) does not require file twice after $LOAD_PATH change	Skipped	tagged	0.000
load	Kernel#load (path resolution) loads an absolute path	Success		0.002
load	Kernel#load (path resolution) loads a non-canonical absolute path	Success		0.002
load	Kernel#load (path resolution) loads a file defining many methods	Success		0.251
load	Kernel#load (path resolution) raises a LoadError if the file does not exist	Success		0.002
load	Kernel#load (path resolution) calls #to_str on non-String objects	Success		0.003
load	Kernel#load (path resolution) raises a TypeError if passed nil	Success		0.001
load	Kernel#load (path resolution) raises a TypeError if passed a Fixnum	Success		0.001
load	Kernel#load (path resolution) raises a TypeError if passed an Array	Success		0.001
load	Kernel#load (path resolution) raises a TypeError if passed an object that does not provide #to_str	Success		0.002
load	Kernel#load (path resolution) raises a TypeError if passed an object that has #to_s but not #to_str	Success		0.002
load	Kernel#load (path resolution) raises a TypeError if #to_str does not return a String	Success		0.002
load	Kernel#load (path resolution) calls #to_path on non-String objects	Success		0.002
load	Kernel#load (path resolution) calls #to_path on a String	Success		0.002
load	Kernel#load (path resolution) calls #to_str on non-String objects returned by #to_path	Success		0.003
load	Kernel#load (path resolution) loads a ./ relative path from the current working directory with empty $LOAD_PATH	Success		0.001
load	Kernel#load (path resolution) loads a ../ relative path from the current working directory with empty $LOAD_PATH	Success		0.001
load	Kernel#load (path resolution) loads a ./ relative path from the current working directory with non-empty $LOAD_PATH	Success		0.001
load	Kernel#load (path resolution) loads a ../ relative path from the current working directory with non-empty $LOAD_PATH	Success		0.001
load	Kernel#load (path resolution) loads a non-canonical path from the current working directory with non-empty $LOAD_PATH	Success		0.001
load	Kernel#load (path resolution) resolves a filename against $LOAD_PATH entries	Success		0.006
load	Kernel#load (path resolution) does not resolve a ./ relative path against $LOAD_PATH entries	Success		0.001
load	Kernel#load (path resolution) does not resolve a ../ relative path against $LOAD_PATH entries	Success		0.001
load	Kernel#load (path resolution) resolves a non-canonical path against $LOAD_PATH entries	Success		0.006
load	Kernel#load (path resolution) loads a path with duplicate path separators	Success		0.001
load	Kernel#load (path resolution) with an unreadable file raises a LoadError	Success		0.005
load	Kernel#load loads a non-extensioned file as a Ruby source file	Success		0.002
load	Kernel#load loads a non .rb extensioned file as a Ruby source file	Success		0.002
load	Kernel#load loads from the current working directory	Success		0.001
load	Kernel#load loads a file that recursively requires itself	Success		0.003
load	Kernel#load loads a file that recursively loads itself	Success		0.003
load	Kernel#load loads a file each time the method is called	Success		0.002
load	Kernel#load loads a file even when the name appears in $LOADED_FEATURES	Success		0.001
load	Kernel#load loads a file that has been loaded by #require	Success		0.002
load	Kernel#load loads file even after $LOAD_PATH change	Success		0.006
load	Kernel#load does not cause #require with the same path to fail	Success		0.002
load	Kernel#load does not add the loaded path to $LOADED_FEATURES	Success		0.002
load	Kernel#load raises a LoadError if passed a non-extensioned path that does not exist but a .rb extensioned path does exist	Success		0.002
load	Kernel#load when passed true for 'wrap' loads from an existing path	Skipped	tagged	0.000
load	Kernel#load when passed true for 'wrap' sets the enclosing scope to an anonymous module	Skipped	tagged	0.000
load	Kernel#load when passed true for 'wrap' allows referencing outside namespaces	Skipped	tagged	0.000
load	Kernel#load when passed true for 'wrap' with top-level methods allows calling top-level methods	Skipped	tagged	0.000
load	Kernel#load when passed true for 'wrap' with top-level methods does not pollute the receiver	Skipped	tagged	0.000
load	Kernel#load (shell expansion) expands a tilde to the HOME environment variable as the path to load	Skipped	tagged	0.000
load	Kernel.load (path resolution) does not require file twice after $LOAD_PATH change	Skipped	tagged	0.000
load	Kernel.load (path resolution) loads an absolute path	Success		0.001
load	Kernel.load (path resolution) loads a non-canonical absolute path	Success		0.002
load	Kernel.load (path resolution) loads a file defining many methods	Success		0.237
load	Kernel.load (path resolution) raises a LoadError if the file does not exist	Success		0.002
load	Kernel.load (path resolution) calls #to_str on non-String objects	Success		0.003
load	Kernel.load (path resolution) raises a TypeError if passed nil	Success		0.001
load	Kernel.load (path resolution) raises a TypeError if passed a Fixnum	Success		0.001
load	Kernel.load (path resolution) raises a TypeError if passed an Array	Success		0.001
load	Kernel.load (path resolution) raises a TypeError if passed an object that does not provide #to_str	Success		0.002
load	Kernel.load (path resolution) raises a TypeError if passed an object that has #to_s but not #to_str	Success		0.002
load	Kernel.load (path resolution) raises a TypeError if #to_str does not return a String	Success		0.002
load	Kernel.load (path resolution) calls #to_path on non-String objects	Success		0.002
load	Kernel.load (path resolution) calls #to_path on a String	Success		0.002
load	Kernel.load (path resolution) calls #to_str on non-String objects returned by #to_path	Success		0.003
load	Kernel.load (path resolution) loads a ./ relative path from the current working directory with empty $LOAD_PATH	Success		0.001
load	Kernel.load (path resolution) loads a ../ relative path from the current working directory with empty $LOAD_PATH	Success		0.001
load	Kernel.load (path resolution) loads a ./ relative path from the current working directory with non-empty $LOAD_PATH	Success		0.001
load	Kernel.load (path resolution) loads a ../ relative path from the current working directory with non-empty $LOAD_PATH	Success		0.001
load	Kernel.load (path resolution) loads a non-canonical path from the current working directory with non-empty $LOAD_PATH	Success		0.001
load	Kernel.load (path resolution) resolves a filename against $LOAD_PATH entries	Success		0.005
load	Kernel.load (path resolution) does not resolve a ./ relative path against $LOAD_PATH entries	Success		0.001
load	Kernel.load (path resolution) does not resolve a ../ relative path against $LOAD_PATH entries	Success		0.001
load	Kernel.load (path resolution) resolves a non-canonical path against $LOAD_PATH entries	Success		0.006
load	Kernel.load (path resolution) loads a path with duplicate path separators	Success		0.001
load	Kernel.load (path resolution) with an unreadable file raises a LoadError	Success		0.004
load	Kernel.load loads a non-extensioned file as a Ruby source file	Success		0.002
load	Kernel.load loads a non .rb extensioned file as a Ruby source file	Success		0.002
load	Kernel.load loads from the current working directory	Success		0.001
load	Kernel.load loads a file that recursively requires itself	Success		0.003
load	Kernel.load loads a file that recursively loads itself	Success		0.003
load	Kernel.load loads a file each time the method is called	Success		0.002
load	Kernel.load loads a file even when the name appears in $LOADED_FEATURES	Success		0.001
load	Kernel.load loads a file that has been loaded by #require	Success		0.002
load	Kernel.load loads file even after $LOAD_PATH change	Success		0.006
load	Kernel.load does not cause #require with the same path to fail	Success		0.002
load	Kernel.load does not add the loaded path to $LOADED_FEATURES	Success		0.002
load	Kernel.load raises a LoadError if passed a non-extensioned path that does not exist but a .rb extensioned path does exist	Success		0.002
load	Kernel.load when passed true for 'wrap' loads from an existing path	Skipped	tagged	0.000
load	Kernel.load when passed true for 'wrap' sets the enclosing scope to an anonymous module	Skipped	tagged	0.000
load	Kernel.load when passed true for 'wrap' allows referencing outside namespaces	Skipped	tagged	0.000
load	Kernel.load when passed true for 'wrap' with top-level methods allows calling top-level methods	Skipped	tagged	0.000
load	Kernel.load when passed true for 'wrap' with top-level methods does not pollute the receiver	Skipped	tagged	0.000
load	Kernel.load (shell expansion) expands a tilde to the HOME environment variable as the path to load	Skipped	tagged	0.000
local_variables	Kernel#local_variables is a private method	Skipped	tagged	0.000
local_variables	Kernel#local_variables is accessible from bindings	Skipped	tagged	0.000
local_variables	Kernel#local_variables contains locals as they are added	Success		0.001
local_variables	Kernel#local_variables is accessible in eval	Success		0.001
loop	Kernel.loop returns StopIteration#result, the result value of a finished iterator	Skipped	tagged	0.000
loop	Kernel.loop is a private method	Success		0.001
loop	Kernel.loop calls block until it is terminated by a break	Success		0.000
loop	Kernel.loop returns value passed to break	Success		0.000
loop	Kernel.loop returns nil if no value passed to break	Success		0.000
loop	Kernel.loop returns an enumerator if no block given	Success		0.001
loop	Kernel.loop rescues StopIteration	Success		0.001
loop	Kernel.loop rescues StopIteration's subclasses	Success		0.001
loop	Kernel.loop does not rescue other errors	Success		0.001
loop	Kernel.loop when no block is given returned Enumerator size returns Float::INFINITY	Success		0.001
match	Kernel#=~ returns nil matching any object	Success		0.001
method	Kernel#method returns a method object if we repond_to_missing? method	Skipped	tagged	0.000
method	Kernel#method will see an alias of the original method as == when in a derived class	Skipped	tagged	0.000
method	Kernel#method can be called even if we only repond_to_missing? method, true	Skipped	tagged	0.000
method	Kernel#method returns a method object for a valid method	Success		0.001
method	Kernel#method returns a method object for a valid singleton method	Success		0.001
method	Kernel#method raises a NameError for an invalid method name	Success		0.001
method	Kernel#method raises a NameError for an invalid singleton method name	Success		0.001
method	Kernel#method changes the method called for super on a target aliased method	Success		0.001
method	Kernel#method can be called on a private method	Success		0.000
method	Kernel#method can be called on a protected method	Success		0.000
method	Kernel#method can call methods created with define_method	Success		0.000
methods	Kernel#methods returns singleton methods defined by obj.meth	Success		0.002
methods	Kernel#methods returns singleton methods defined in 'class << self'	Success		0.000
methods	Kernel#methods returns private singleton methods defined by obj.meth	Success		0.000
methods	Kernel#methods returns singleton methods defined in 'class << self' when it follows 'private'	Success		0.000
methods	Kernel#methods does not return private singleton methods defined in 'class << self'	Success		0.000
methods	Kernel#methods returns the publicly accessible methods of the object	Success		0.001
methods	Kernel#methods returns the publicly accessible methods in the object, its ancestors and mixed-in modules	Success		0.007
methods	Kernel#methods returns methods added to the metaclass through extend	Success		0.002
methods	Kernel#methods does not return undefined singleton methods defined by obj.meth	Success		0.002
methods	Kernel#methods does not return superclass methods undefined in the object's class	Success		0.001
methods	Kernel#methods does not return superclass methods undefined in a superclass	Success		0.001
methods	Kernel#methods does not return included module methods undefined in the object's class	Success		0.001
methods	Kernel#methods when not passed an argument returns a unique list for an object extended by a module	Success		0.002
methods	Kernel#methods when not passed an argument returns a unique list for a class including a module	Success		0.002
methods	Kernel#methods when not passed an argument returns a unique list for a subclass of a class that includes a module	Success		0.002
methods	Kernel#methods when passed true returns a unique list for an object extended by a module	Success		0.002
methods	Kernel#methods when passed true returns a unique list for a class including a module	Success		0.002
methods	Kernel#methods when passed true returns a unique list for a subclass of a class that includes a module	Success		0.001
nil	Kernel#nil? needs to be reviewed for spec completeness	Success		0.000
not_match	Kernel#!~ calls =~ internally and negates the result	Success		0.002
not_match	Kernel#!~ can be overridden in subclasses	Success		0.000
object_id	Kernel#object_id returns a different value for two Float literals	Skipped	tagged	0.000
object_id	Kernel#object_id returns an integer	Success		0.001
object_id	Kernel#object_id returns the same value on all calls to id for a given object	Success		0.000
object_id	Kernel#object_id returns different values for different objects	Success		0.000
object_id	Kernel#object_id returns the same value for two Fixnums with the same value	Success		0.000
object_id	Kernel#object_id returns the same value for two Symbol literals	Success		0.000
object_id	Kernel#object_id returns the same value for two true literals	Success		0.000
object_id	Kernel#object_id returns the same value for two false literals	Success		0.000
object_id	Kernel#object_id returns the same value for two nil literals	Success		0.000
object_id	Kernel#object_id returns a different value for two Bignum literals	Success		0.000
object_id	Kernel#object_id returns a different value for two String literals	Success		0.000
object_id	Kernel#object_id returns a different value for an object and its dup	Success		0.000
object_id	Kernel#object_id returns a different value for two numbers near the 32 bit Fixnum limit	Success		0.000
object_id	Kernel#object_id returns a different value for two numbers near the 64 bit Fixnum limit	Success		0.000
open	Kernel#open opens an io when path starts with a pipe	Skipped	tagged	0.000
open	Kernel#open opens an io when called with a block	Skipped	tagged	0.000
open	Kernel#open opens an io for writing	Skipped	tagged	0.000
open	Kernel#open is a private method	Success		0.004
open	Kernel#open opens a file when given a valid filename	Success		0.003
open	Kernel#open opens a file when called with a block	Success		0.003
open	Kernel#open raises an ArgumentError if not passed one argument	Success		0.003
open	Kernel#open raises a TypeError if passed a non-String that does not respond to #to_open	Success		0.004
open	Kernel#open accepts nil for mode and permission	Success		0.003
open	Kernel#open when given an object that responds to to_open calls #to_path to covert the argument to a String before calling #to_str	Success		0.005
open	Kernel#open when given an object that responds to to_open calls #to_str to convert the argument to a String	Success		0.004
open	Kernel#open when given an object that responds to to_open calls #to_open on argument	Success		0.004
open	Kernel#open when given an object that responds to to_open returns the value from #to_open	Success		0.003
open	Kernel#open when given an object that responds to to_open passes its arguments onto #to_open	Success		0.003
open	Kernel#open when given an object that responds to to_open passes the return value from #to_open to a block	Success		0.003
open	Kernel.open needs to be reviewed for spec completeness	Success		0.000
p	Kernel#p flushes output if receiver is a File	Skipped	tagged	0.000
p	Kernel#p is not affected by setting $\, $/ or $,	Skipped	tagged	0.000
p	Kernel#p is a private method	Success		0.001
p	Kernel#p prints obj.inspect followed by system record separator for each argument given	Success		0.005
p	Kernel#p prints nothing if no argument is given	Success		0.000
p	Kernel#p prints nothing if called splatting an empty Array	Success		0.000
p	Kernel.p needs to be reviewed for spec completeness	Success		0.000
print	Kernel#print is a private method	Success		0.001
print	Kernel.print needs to be reviewed for spec completeness	Success		0.000
printf	Kernel#printf is a private method	Success		0.001
printf	Kernel.printf writes to stdout when a string is the first argument	Skipped	tagged	0.000
printf	Kernel.printf calls write on the first argument when it is not a string	Skipped	tagged	0.000
private_methods	Kernel#private_methods returns a list of the names of privately accessible methods in the object	Success		0.001
private_methods	Kernel#private_methods returns a list of the names of privately accessible methods in the object and its ancestors and mixed-in modules	Success		0.010
private_methods	Kernel#private_methods returns private methods mixed in to the metaclass	Success		0.001
private_methods	Kernel#private_methods when not passed an argument returns a unique list for an object extended by a module	Success		0.001
private_methods	Kernel#private_methods when not passed an argument returns a unique list for a class including a module	Success		0.001
private_methods	Kernel#private_methods when not passed an argument returns a unique list for a subclass of a class that includes a module	Success		0.001
private_methods	Kernel#private_methods when passed true returns a unique list for an object extended by a module	Success		0.001
private_methods	Kernel#private_methods when passed true returns a unique list for a class including a module	Success		0.001
private_methods	Kernel#private_methods when passed true returns a unique list for a subclass of a class that includes a module	Success		0.001
private_methods	Kernel#private_methods when passed false returns a list of private methods in without its ancestors	Success		0.002
private_methods	Kernel#private_methods when passed nil returns a list of private methods in without its ancestors	Success		0.001
proc	Kernel.proc is a private method	Success		0.001
proc	Kernel.proc returns a Proc object	Success		0.000
proc	Kernel.proc raises an ArgumentError when no block is given	Success		0.001
proc	Kernel.proc returns from the creation site of the proc, not just the proc itself	Success		0.001
proc	Kernel#proc uses the implicit block from an enclosing method	Success		0.001
proc	Kernel#proc needs to be reviewed for spec completeness	Success		0.000
protected_methods	Kernel#protected_methods returns a list of the names of protected methods accessible in the object	Success		0.001
protected_methods	Kernel#protected_methods returns a list of the names of protected methods accessible in the object and from its ancestors and mixed-in modules	Success		0.002
protected_methods	Kernel#protected_methods returns methods mixed in to the metaclass	Success		0.001
protected_methods	Kernel#protected_methods when not passed an argument returns a unique list for an object extended by a module	Success		0.001
protected_methods	Kernel#protected_methods when not passed an argument returns a unique list for a class including a module	Success		0.001
protected_methods	Kernel#protected_methods when not passed an argument returns a unique list for a subclass of a class that includes a module	Success		0.001
protected_methods	Kernel#protected_methods when passed true returns a unique list for an object extended by a module	Success		0.001
protected_methods	Kernel#protected_methods when passed true returns a unique list for a class including a module	Success		0.001
protected_methods	Kernel#protected_methods when passed true returns a unique list for a subclass of a class that includes a module	Success		0.001
protected_methods	Kernel#protected_methods when passed false returns a list of protected methods in without its ancestors	Success		0.001
protected_methods	Kernel#protected_methods when passed nil returns a list of protected methods in without its ancestors	Success		0.001
public_method	Kernel#public_method returns a method object for a valid method	Skipped	tagged	0.000
public_method	Kernel#public_method returns a method object for a valid singleton method	Skipped	tagged	0.000
public_method	Kernel#public_method returns a method object if we repond_to_missing? method	Skipped	tagged	0.000
public_method	Kernel#public_method changes the method called for super on a target aliased method	Skipped	tagged	0.000
public_method	Kernel#public_method raises a NameError for an invalid method name	Success		0.001
public_method	Kernel#public_method raises a NameError for an invalid singleton method name	Success		0.001
public_method	Kernel#public_method raises a NameError when called on a private method	Success		0.001
public_method	Kernel#public_method raises a NameError when called on a protected method	Success		0.001
public_method	Kernel#public_method raises a NameError if we only repond_to_missing? method, true	Success		0.001
public_methods	Kernel#public_methods returns a list of the names of publicly accessible methods in the object	Success		0.001
public_methods	Kernel#public_methods returns a list of names without protected accessible methods in the object	Success		0.001
public_methods	Kernel#public_methods returns a list of the names of publicly accessible methods in the object and its ancestors and mixed-in modules	Success		0.007
public_methods	Kernel#public_methods returns methods mixed in to the metaclass	Success		0.001
public_methods	Kernel#public_methods returns public methods for immediates	Success		0.001
public_methods	Kernel#public_methods when not passed an argument returns a unique list for an object extended by a module	Success		0.001
public_methods	Kernel#public_methods when not passed an argument returns a unique list for a class including a module	Success		0.001
public_methods	Kernel#public_methods when not passed an argument returns a unique list for a subclass of a class that includes a module	Success		0.001
public_methods	Kernel#public_methods when passed true returns a unique list for an object extended by a module	Success		0.001
public_methods	Kernel#public_methods when passed true returns a unique list for a class including a module	Success		0.001
public_methods	Kernel#public_methods when passed true returns a unique list for a subclass of a class that includes a module	Success		0.001
public_methods	Kernel#public_methods when passed false returns a list of public methods in without its ancestors	Success		0.001
public_methods	Kernel#public_methods when passed nil returns a list of public methods in without its ancestors	Success		0.001
public_send	Kernel#public_send raises a NoMethodError if the method is protected	Skipped	tagged	0.000
public_send	Kernel#public_send raises a NoMethodError if the named method is an alias of a protected method	Skipped	tagged	0.000
public_send	Kernel#public_send invokes the named public method	Success		0.001
public_send	Kernel#public_send invokes the named alias of a public method	Success		0.000
public_send	Kernel#public_send raises a NoMethodError if the named method is private	Success		0.001
public_send	Kernel#public_send raises a NoMethodError if the named method is an alias of a private method	Success		0.001
public_send	Kernel#public_send invokes the named method	Success		0.000
public_send	Kernel#public_send accepts a String method name	Success		0.000
public_send	Kernel#public_send invokes a class method if called on a class	Success		0.000
public_send	Kernel#public_send raises a NameError if the corresponding method can't be found	Success		0.001
public_send	Kernel#public_send raises a NameError if the corresponding singleton method can't be found	Success		0.001
public_send	Kernel#public_send raises an ArgumentError if no arguments are given	Success		0.001
public_send	Kernel#public_send raises an ArgumentError if called with more arguments than available parameters	Success		0.001
public_send	Kernel#public_send raises an ArgumentError if called with fewer arguments than required parameters	Success		0.001
public_send	Kernel#public_send succeeds if passed an arbitrary number of arguments as a splat parameter	Success		0.001
public_send	Kernel#public_send succeeds when passing 1 or more arguments as a required and a splat parameter	Success		0.001
public_send	Kernel#public_send succeeds when passing 0 arguments to a method with one parameter with a default	Success		0.001
public_send	Kernel#public_send has a negative arity	Success		0.000
putc	Kernel#putc is a private instance method	Success		0.001
putc	Kernel.putc calls #to_int to convert an object to an Integer	Success		0.004
putc	Kernel.putc raises IOError on a closed stream	Success		0.002
putc	Kernel.putc raises a TypeError when passed nil	Success		0.002
putc	Kernel.putc raises a TypeError when passed false	Success		0.002
putc	Kernel.putc raises a TypeError when passed true	Success		0.002
putc	Kernel.putc with a Fixnum argument writes one character as a String	Success		0.002
putc	Kernel.putc with a Fixnum argument writes the low byte as a String	Success		0.002
putc	Kernel.putc with a String argument writes one character	Success		0.002
putc	Kernel.putc with a String argument writes the first character	Success		0.002
putc	Kernel#putc calls #to_int to convert an object to an Integer	Success		0.003
putc	Kernel#putc raises IOError on a closed stream	Success		0.001
putc	Kernel#putc raises a TypeError when passed nil	Success		0.001
putc	Kernel#putc raises a TypeError when passed false	Success		0.001
putc	Kernel#putc raises a TypeError when passed true	Success		0.001
putc	Kernel#putc with a Fixnum argument writes one character as a String	Success		0.002
putc	Kernel#putc with a Fixnum argument writes the low byte as a String	Success		0.002
putc	Kernel#putc with a String argument writes one character	Success		0.002
putc	Kernel#putc with a String argument writes the first character	Success		0.002
puts	Kernel#puts is a private method	Success		0.002
puts	Kernel#puts delegates to $stdout.puts	Success		0.002
puts	Kernel.puts needs to be reviewed for spec completeness	Success		0.000
raise	Kernel#raise is a private method	Success		0.001
raise	Kernel#raise aborts execution	Success		0.001
raise	Kernel#raise raises RuntimeError if no exception class is given	Success		0.001
raise	Kernel#raise raises a given Exception instance	Success		0.001
raise	Kernel#raise raises a RuntimeError if string given	Success		0.001
raise	Kernel#raise raises a TypeError when passed a non-Exception object	Success		0.001
raise	Kernel#raise raises a TypeError when passed true	Success		0.001
raise	Kernel#raise raises a TypeError when passed false	Success		0.001
raise	Kernel#raise raises a TypeError when passed nil	Success		0.001
raise	Kernel#raise re-raises the rescued exception	Success		0.001
raise	Kernel#raise allows Exception, message, and backtrace parameters	Success		0.001
raise	Kernel.raise needs to be reviewed for spec completeness	Success		0.000
rand	Kernel.rand returns nil when range is backwards	Skipped	tagged	0.000
rand	Kernel.rand returns the range start/end when Float range is 0	Skipped	tagged	0.000
rand	Kernel.rand is a private method	Success		0.001
rand	Kernel.rand returns a float if no argument is passed	Success		0.000
rand	Kernel.rand returns an integer for an integer argument	Success		0.000
rand	Kernel.rand returns an integer for a float argument greater than 1	Success		0.000
rand	Kernel.rand returns a float for an argument between -1 and 1	Success		0.001
rand	Kernel.rand ignores the sign of the argument	Success		0.000
rand	Kernel.rand never returns a value greater or equal to 1.0 with no arguments	Success		0.095
rand	Kernel.rand never returns a value greater or equal to any passed in max argument	Success		0.091
rand	Kernel.rand calls to_int on its argument	Success		0.002
rand	Kernel.rand returns a numeric for an range argument where max is < 1	Success		0.001
rand	Kernel.rand returns the range start/end when Integer range is 0	Success		0.001
rand	Kernel.rand given an exclusive range returns a Float between the given Integer and Float	Skipped	tagged	0.000
rand	Kernel.rand given an exclusive range returns a Float between the given Float and Integer	Skipped	tagged	0.000
rand	Kernel.rand given an exclusive range returns a Float between the two given Floats	Skipped	tagged	0.000
rand	Kernel.rand given an exclusive range returns an Integer between the two Integers	Success		0.179
rand	Kernel.rand given an inclusive range returns an Integer between the two Integers	Success		0.163
rand	Kernel.rand given an inclusive range returns a Float between the given Integer and Float	Success		0.210
rand	Kernel.rand given an inclusive range returns a Float between the given Float and Integer	Success		0.203
rand	Kernel.rand given an inclusive range returns a Float between the two given Floats	Success		0.165
rand	Kernel#rand needs to be reviewed for spec completeness	Success		0.000
readline	Kernel#readline is a private method	Success		0.001
readline	Kernel.readline needs to be reviewed for spec completeness	Success		0.000
readlines	Kernel#readlines is a private method	Success		0.001
readlines	Kernel.readlines needs to be reviewed for spec completeness	Success		0.000
remove_instance_variable	Kernel#remove_instance_variable is a public method	Success		0.001
remove_instance_variable	Kernel#remove_instance_variable raises a NameError if the instance variable is not defined	Success		0.001
remove_instance_variable	Kernel#remove_instance_variable raises a NameError if the argument is not a valid instance variable name	Success		0.001
remove_instance_variable	Kernel#remove_instance_variable raises a TypeError if passed an Object not defining #to_str	Success		0.001
remove_instance_variable	Kernel#remove_instance_variable when passed a String returns the instance variable's value	Success		0.001
remove_instance_variable	Kernel#remove_instance_variable when passed a String removes the instance variable	Success		0.000
remove_instance_variable	Kernel#remove_instance_variable when passed a Symbol returns the instance variable's value	Success		0.000
remove_instance_variable	Kernel#remove_instance_variable when passed a Symbol removes the instance variable	Success		0.000
remove_instance_variable	Kernel#remove_instance_variable when passed an Object calls #to_str to convert the argument	Success		0.002
require	Kernel#require stores the missing path in a LoadError object	Skipped	tagged	0.000
require	Kernel#require is a private method	Success		0.002
require	Kernel#require (path resolution) calls #to_path on non-String objects	Skipped	tagged	0.000
require	Kernel#require (path resolution) does not require file twice after $LOAD_PATH change	Skipped	tagged	0.000
require	Kernel#require (path resolution) loads an absolute path	Success		0.002
require	Kernel#require (path resolution) loads a non-canonical absolute path	Success		0.002
require	Kernel#require (path resolution) loads a file defining many methods	Success		0.257
require	Kernel#require (path resolution) raises a LoadError if the file does not exist	Success		0.002
require	Kernel#require (path resolution) calls #to_str on non-String objects	Success		0.003
require	Kernel#require (path resolution) raises a TypeError if passed nil	Success		0.001
require	Kernel#require (path resolution) raises a TypeError if passed a Fixnum	Success		0.001
require	Kernel#require (path resolution) raises a TypeError if passed an Array	Success		0.001
require	Kernel#require (path resolution) raises a TypeError if passed an object that does not provide #to_str	Success		0.002
require	Kernel#require (path resolution) raises a TypeError if passed an object that has #to_s but not #to_str	Success		0.002
require	Kernel#require (path resolution) raises a TypeError if #to_str does not return a String	Success		0.002
require	Kernel#require (path resolution) calls #to_path on a String	Success		0.002
require	Kernel#require (path resolution) calls #to_str on non-String objects returned by #to_path	Success		0.003
require	Kernel#require (path resolution) loads a ./ relative path from the current working directory with empty $LOAD_PATH	Success		0.001
require	Kernel#require (path resolution) loads a ../ relative path from the current working directory with empty $LOAD_PATH	Success		0.001
require	Kernel#require (path resolution) loads a ./ relative path from the current working directory with non-empty $LOAD_PATH	Success		0.001
require	Kernel#require (path resolution) loads a ../ relative path from the current working directory with non-empty $LOAD_PATH	Success		0.001
require	Kernel#require (path resolution) loads a non-canonical path from the current working directory with non-empty $LOAD_PATH	Success		0.001
require	Kernel#require (path resolution) resolves a filename against $LOAD_PATH entries	Success		0.001
require	Kernel#require (path resolution) does not resolve a ./ relative path against $LOAD_PATH entries	Success		0.001
require	Kernel#require (path resolution) does not resolve a ../ relative path against $LOAD_PATH entries	Success		0.001
require	Kernel#require (path resolution) resolves a non-canonical path against $LOAD_PATH entries	Success		0.001
require	Kernel#require (path resolution) loads a path with duplicate path separators	Success		0.001
require	Kernel#require (path resolution) with an unreadable file raises a LoadError	Skipped	tagged	0.000
require	Kernel#require (path resolution) does not load a bare filename unless the current working directory is in $LOAD_PATH	Success		0.002
require	Kernel#require (path resolution) does not load a relative path unless the current working directory is in $LOAD_PATH	Success		0.001
require	Kernel#require (path resolution) loads a file that recursively requires itself	Success		0.002
require	Kernel#require (non-extensioned path) loads a .rb extensioned file when a C-extension file exists on an earlier load path	Success		0.002
require	Kernel#require (file extensions) loads a .rb extensioned file when a C-extension file of the same name is loaded	Skipped	tagged	0.000
require	Kernel#require (file extensions) does not load a C-extension file if a .rb extensioned file is already loaded	Skipped	tagged	0.000
require	Kernel#require (file extensions) loads a .rb extensioned file when a complex-extensioned C-extension file of the same name is loaded	Skipped	tagged	0.000
require	Kernel#require (file extensions) does not load a C-extension file if a complex-extensioned .rb file is already loaded	Skipped	tagged	0.000
require	Kernel#require (file extensions) loads a .rb extensioned file when passed a non-extensioned path	Success		0.001
require	Kernel#require (file extensions) loads a .rb extensioned file when passed a non-.rb extensioned path	Success		0.001
require	Kernel#require ($LOAD_FEATURES) does not load a ./ relative path that is already stored	Skipped	tagged	0.000
require	Kernel#require ($LOAD_FEATURES) does not load a ../ relative path that is already stored	Skipped	tagged	0.000
require	Kernel#require ($LOAD_FEATURES) does not load a non-canonical path that is already stored	Skipped	tagged	0.000
require	Kernel#require ($LOAD_FEATURES) stores an absolute path	Success		0.002
require	Kernel#require ($LOAD_FEATURES) does not store the path if the load fails	Success		0.003
require	Kernel#require ($LOAD_FEATURES) does not load an absolute path that is already stored	Success		0.001
require	Kernel#require ($LOAD_FEATURES) respects being replaced with a new array	Success		0.003
require	Kernel#require ($LOAD_FEATURES) does not load twice the same file with and without extension	Success		0.002
require	Kernel#require ($LOAD_FEATURES) stores ../ relative paths as absolute paths	Success		0.002
require	Kernel#require ($LOAD_FEATURES) stores ./ relative paths as absolute paths	Success		0.002
require	Kernel#require ($LOAD_FEATURES) collapses duplicate path separators	Success		0.002
require	Kernel#require ($LOAD_FEATURES) canonicalizes non-unique absolute paths	Success		0.002
require	Kernel#require ($LOAD_FEATURES) adds the suffix of the resolved filename	Success		0.002
require	Kernel#require ($LOAD_FEATURES) does not load a non-canonical path for a file already loaded	Success		0.001
require	Kernel#require ($LOAD_FEATURES) does not load a ./ relative path for a file already loaded	Success		0.001
require	Kernel#require ($LOAD_FEATURES) does not load a ../ relative path for a file already loaded	Success		0.001
require	Kernel#require ($LOAD_FEATURES) when a non-extensioned file is in $LOADED_FEATURES loads a .rb extensioned file when a non extensioned file is in $LOADED_FEATURES	Skipped	tagged	0.000
require	Kernel#require ($LOAD_FEATURES) when a non-extensioned file is in $LOADED_FEATURES loads a .rb extensioned file from a subdirectory	Skipped	tagged	0.000
require	Kernel#require ($LOAD_FEATURES) when a non-extensioned file is in $LOADED_FEATURES returns false if the file is not found	Skipped	tagged	0.000
require	Kernel#require ($LOAD_FEATURES) when a non-extensioned file is in $LOADED_FEATURES returns false when passed a path and the file is not found	Skipped	tagged	0.000
require	Kernel#require (shell expansion) performs tilde expansion on a .rb file before storing paths in $LOADED_FEATURES	Skipped	tagged	0.000
require	Kernel#require (shell expansion) performs tilde expansion on a non-extensioned file before storing paths in $LOADED_FEATURES	Skipped	tagged	0.000
require	Kernel#require (concurrently) blocks a second thread from returning while the 1st is still requiring	Skipped	tagged	0.000
require	Kernel#require (concurrently) blocks based on the path	Skipped	tagged	0.000
require	Kernel#require (concurrently) allows a 2nd require if the 1st raised an exception	Skipped	tagged	0.000
require	Kernel#require (concurrently) blocks a 3rd require if the 1st raises an exception and the 2nd is still running	Skipped	tagged	0.000
require	Kernel.require stores the missing path in a LoadError object	Skipped	tagged	0.000
require	Kernel.require (path resolution) calls #to_path on non-String objects	Skipped	tagged	0.000
require	Kernel.require (path resolution) does not require file twice after $LOAD_PATH change	Skipped	tagged	0.000
require	Kernel.require (path resolution) loads an absolute path	Success		0.002
require	Kernel.require (path resolution) loads a non-canonical absolute path	Success		0.002
require	Kernel.require (path resolution) loads a file defining many methods	Success		0.243
require	Kernel.require (path resolution) raises a LoadError if the file does not exist	Success		0.002
require	Kernel.require (path resolution) calls #to_str on non-String objects	Success		0.003
require	Kernel.require (path resolution) raises a TypeError if passed nil	Success		0.001
require	Kernel.require (path resolution) raises a TypeError if passed a Fixnum	Success		0.001
require	Kernel.require (path resolution) raises a TypeError if passed an Array	Success		0.001
require	Kernel.require (path resolution) raises a TypeError if passed an object that does not provide #to_str	Success		0.002
require	Kernel.require (path resolution) raises a TypeError if passed an object that has #to_s but not #to_str	Success		0.002
require	Kernel.require (path resolution) raises a TypeError if #to_str does not return a String	Success		0.002
require	Kernel.require (path resolution) calls #to_path on a String	Success		0.002
require	Kernel.require (path resolution) calls #to_str on non-String objects returned by #to_path	Success		0.003
require	Kernel.require (path resolution) loads a ./ relative path from the current working directory with empty $LOAD_PATH	Success		0.001
require	Kernel.require (path resolution) loads a ../ relative path from the current working directory with empty $LOAD_PATH	Success		0.001
require	Kernel.require (path resolution) loads a ./ relative path from the current working directory with non-empty $LOAD_PATH	Success		0.001
require	Kernel.require (path resolution) loads a ../ relative path from the current working directory with non-empty $LOAD_PATH	Success		0.001
require	Kernel.require (path resolution) loads a non-canonical path from the current working directory with non-empty $LOAD_PATH	Success		0.001
require	Kernel.require (path resolution) resolves a filename against $LOAD_PATH entries	Success		0.001
require	Kernel.require (path resolution) does not resolve a ./ relative path against $LOAD_PATH entries	Success		0.001
require	Kernel.require (path resolution) does not resolve a ../ relative path against $LOAD_PATH entries	Success		0.001
require	Kernel.require (path resolution) resolves a non-canonical path against $LOAD_PATH entries	Success		0.001
require	Kernel.require (path resolution) loads a path with duplicate path separators	Success		0.001
require	Kernel.require (path resolution) with an unreadable file raises a LoadError	Skipped	tagged	0.000
require	Kernel.require (path resolution) does not load a bare filename unless the current working directory is in $LOAD_PATH	Success		0.001
require	Kernel.require (path resolution) does not load a relative path unless the current working directory is in $LOAD_PATH	Success		0.001
require	Kernel.require (path resolution) loads a file that recursively requires itself	Success		0.002
require	Kernel.require (non-extensioned path) loads a .rb extensioned file when a C-extension file exists on an earlier load path	Success		0.002
require	Kernel.require (file extensions) loads a .rb extensioned file when passed a non-extensioned path	Skipped	tagged	0.000
require	Kernel.require (file extensions) loads a .rb extensioned file when a C-extension file of the same name is loaded	Skipped	tagged	0.000
require	Kernel.require (file extensions) does not load a C-extension file if a .rb extensioned file is already loaded	Skipped	tagged	0.000
require	Kernel.require (file extensions) loads a .rb extensioned file when passed a non-.rb extensioned path	Skipped	tagged	0.000
require	Kernel.require (file extensions) loads a .rb extensioned file when a complex-extensioned C-extension file of the same name is loaded	Skipped	tagged	0.000
require	Kernel.require (file extensions) does not load a C-extension file if a complex-extensioned .rb file is already loaded	Skipped	tagged	0.000
require	Kernel.require ($LOAD_FEATURES) does not load a ./ relative path that is already stored	Skipped	tagged	0.000
require	Kernel.require ($LOAD_FEATURES) does not load a ../ relative path that is already stored	Skipped	tagged	0.000
require	Kernel.require ($LOAD_FEATURES) does not load a non-canonical path that is already stored	Skipped	tagged	0.000
require	Kernel.require ($LOAD_FEATURES) stores an absolute path	Success		0.002
require	Kernel.require ($LOAD_FEATURES) does not store the path if the load fails	Success		0.003
require	Kernel.require ($LOAD_FEATURES) does not load an absolute path that is already stored	Success		0.001
require	Kernel.require ($LOAD_FEATURES) respects being replaced with a new array	Success		0.002
require	Kernel.require ($LOAD_FEATURES) does not load twice the same file with and without extension	Success		0.002
require	Kernel.require ($LOAD_FEATURES) stores ../ relative paths as absolute paths	Success		0.002
require	Kernel.require ($LOAD_FEATURES) stores ./ relative paths as absolute paths	Success		0.001
require	Kernel.require ($LOAD_FEATURES) collapses duplicate path separators	Success		0.002
require	Kernel.require ($LOAD_FEATURES) canonicalizes non-unique absolute paths	Success		0.002
require	Kernel.require ($LOAD_FEATURES) adds the suffix of the resolved filename	Success		0.002
require	Kernel.require ($LOAD_FEATURES) does not load a non-canonical path for a file already loaded	Success		0.001
require	Kernel.require ($LOAD_FEATURES) does not load a ./ relative path for a file already loaded	Success		0.001
require	Kernel.require ($LOAD_FEATURES) does not load a ../ relative path for a file already loaded	Success		0.001
require	Kernel.require ($LOAD_FEATURES) when a non-extensioned file is in $LOADED_FEATURES loads a .rb extensioned file when a non extensioned file is in $LOADED_FEATURES	Skipped	tagged	0.000
require	Kernel.require ($LOAD_FEATURES) when a non-extensioned file is in $LOADED_FEATURES loads a .rb extensioned file from a subdirectory	Skipped	tagged	0.000
require	Kernel.require ($LOAD_FEATURES) when a non-extensioned file is in $LOADED_FEATURES returns false if the file is not found	Skipped	tagged	0.000
require	Kernel.require ($LOAD_FEATURES) when a non-extensioned file is in $LOADED_FEATURES returns false when passed a path and the file is not found	Skipped	tagged	0.000
require	Kernel.require (shell expansion) performs tilde expansion on a .rb file before storing paths in $LOADED_FEATURES	Skipped	tagged	0.000
require	Kernel.require (shell expansion) performs tilde expansion on a non-extensioned file before storing paths in $LOADED_FEATURES	Skipped	tagged	0.000
require	Kernel.require (concurrently) blocks a second thread from returning while the 1st is still requiring	Skipped	tagged	0.000
require	Kernel.require (concurrently) blocks based on the path	Skipped	tagged	0.000
require	Kernel.require (concurrently) allows a 2nd require if the 1st raised an exception	Skipped	tagged	0.000
require	Kernel.require (concurrently) blocks a 3rd require if the 1st raises an exception and the 2nd is still running	Skipped	tagged	0.000
require_relative	Kernel#require_relative with a relative path raises a LoadError if basepath does not exist	Skipped	tagged	0.000
require_relative	Kernel#require_relative with a relative path stores the missing path in a LoadError object	Skipped	tagged	0.000
require_relative	Kernel#require_relative with a relative path calls #to_str on non-String objects	Skipped	tagged	0.000
require_relative	Kernel#require_relative with a relative path raises a TypeError if #to_str does not return a String	Skipped	tagged	0.000
require_relative	Kernel#require_relative with a relative path calls #to_path on non-String objects	Skipped	tagged	0.000
require_relative	Kernel#require_relative with a relative path calls #to_str on non-String objects returned by #to_path	Skipped	tagged	0.000
require_relative	Kernel#require_relative with a relative path needs to be reviewed for spec completeness	Success		0.005
require_relative	Kernel#require_relative with a relative path loads a path relative to the current file	Success		0.005
require_relative	Kernel#require_relative with a relative path loads a file defining many methods	Success		0.251
require_relative	Kernel#require_relative with a relative path raises a LoadError if the file does not exist	Success		0.005
require_relative	Kernel#require_relative with a relative path raises a TypeError if argument does not respond to #to_str	Success		0.005
require_relative	Kernel#require_relative with a relative path raises a TypeError if passed an object that has #to_s but not #to_str	Success		0.006
require_relative	Kernel#require_relative with a relative path when file is a symlink loads a path relative to current file	Skipped	tagged	0.000
require_relative	Kernel#require_relative with a relative path (file extensions) loads a .rb extensioned file when passed a non-extensioned path	Skipped	tagged	0.000
require_relative	Kernel#require_relative with a relative path (file extensions) does not load a C-extension file if a .rb extensioned file is already loaded	Skipped	tagged	0.000
require_relative	Kernel#require_relative with a relative path (file extensions) loads a .rb extensioned file when passed a non-.rb extensioned path	Skipped	tagged	0.000
require_relative	Kernel#require_relative with a relative path (file extensions) loads a .rb extensioned file when a complex-extensioned C-extension file of the same name is loaded	Skipped	tagged	0.000
require_relative	Kernel#require_relative with a relative path (file extensions) does not load a C-extension file if a complex-extensioned .rb file is already loaded	Skipped	tagged	0.000
require_relative	Kernel#require_relative with a relative path (file extensions) loads a .rb extensioned file when a C-extension file of the same name is loaded	Success		0.005
require_relative	Kernel#require_relative with a relative path ($LOADED_FEATURES) does not store the path if the load fails	Skipped	tagged	0.000
require_relative	Kernel#require_relative with a relative path ($LOADED_FEATURES) does not load an absolute path that is already stored	Skipped	tagged	0.000
require_relative	Kernel#require_relative with a relative path ($LOADED_FEATURES) adds the suffix of the resolved filename	Skipped	tagged	0.000
require_relative	Kernel#require_relative with a relative path ($LOADED_FEATURES) stores an absolute path	Success		0.005
require_relative	Kernel#require_relative with a relative path ($LOADED_FEATURES) loads a path for a file already loaded with a relative path	Success		0.005
require_relative	Kernel#require_relative with an absolute path stores the missing path in a LoadError object	Skipped	tagged	0.000
require_relative	Kernel#require_relative with an absolute path calls #to_str on non-String objects	Skipped	tagged	0.000
require_relative	Kernel#require_relative with an absolute path raises a TypeError if #to_str does not return a String	Skipped	tagged	0.000
require_relative	Kernel#require_relative with an absolute path calls #to_path on non-String objects	Skipped	tagged	0.000
require_relative	Kernel#require_relative with an absolute path calls #to_str on non-String objects returned by #to_path	Skipped	tagged	0.000
require_relative	Kernel#require_relative with an absolute path needs to be reviewed for spec completeness	Success		0.001
require_relative	Kernel#require_relative with an absolute path loads a path relative to the current file	Success		0.002
require_relative	Kernel#require_relative with an absolute path loads a file defining many methods	Success		0.243
require_relative	Kernel#require_relative with an absolute path raises a LoadError if the file does not exist	Success		0.002
require_relative	Kernel#require_relative with an absolute path raises a LoadError if basepath does not exist	Success		0.001
require_relative	Kernel#require_relative with an absolute path raises a TypeError if argument does not respond to #to_str	Success		0.002
require_relative	Kernel#require_relative with an absolute path raises a TypeError if passed an object that has #to_s but not #to_str	Success		0.002
require_relative	Kernel#require_relative with an absolute path (file extensions) loads a .rb extensioned file when passed a non-extensioned path	Skipped	tagged	0.000
require_relative	Kernel#require_relative with an absolute path (file extensions) does not load a C-extension file if a .rb extensioned file is already loaded	Skipped	tagged	0.000
require_relative	Kernel#require_relative with an absolute path (file extensions) loads a .rb extensioned file when passed a non-.rb extensioned path	Skipped	tagged	0.000
require_relative	Kernel#require_relative with an absolute path (file extensions) loads a .rb extensioned file when a complex-extensioned C-extension file of the same name is loaded	Skipped	tagged	0.000
require_relative	Kernel#require_relative with an absolute path (file extensions) does not load a C-extension file if a complex-extensioned .rb file is already loaded	Skipped	tagged	0.000
require_relative	Kernel#require_relative with an absolute path (file extensions) loads a .rb extensioned file when a C-extension file of the same name is loaded	Success		0.002
require_relative	Kernel#require_relative with an absolute path ($LOAD_FEATURES) does not store the path if the load fails	Skipped	tagged	0.000
require_relative	Kernel#require_relative with an absolute path ($LOAD_FEATURES) does not load an absolute path that is already stored	Skipped	tagged	0.000
require_relative	Kernel#require_relative with an absolute path ($LOAD_FEATURES) adds the suffix of the resolved filename	Skipped	tagged	0.000
require_relative	Kernel#require_relative with an absolute path ($LOAD_FEATURES) stores an absolute path	Success		0.002
require_relative	Kernel#require_relative with an absolute path ($LOAD_FEATURES) loads a path for a file already loaded with a relative path	Success		0.002
respond_to	Kernel#respond_to? returns false if obj responds to the given protected method	Skipped	tagged	0.000
respond_to	Kernel#respond_to? returns false if obj responds to the given protected method (include_private = false)	Skipped	tagged	0.000
respond_to	Kernel#respond_to? is a public method	Success		0.001
respond_to	Kernel#respond_to? is only an instance method	Success		0.000
respond_to	Kernel#respond_to? returns false if the given method was undefined	Success		0.001
respond_to	Kernel#respond_to? returns true if obj responds to the given public method	Success		0.001
respond_to	Kernel#respond_to? throws a type error if argument can't be coerced into a Symbol	Success		0.001
respond_to	Kernel#respond_to? returns false if obj responds to the given private method	Success		0.000
respond_to	Kernel#respond_to? returns true if obj responds to the given protected method (include_private = true)	Success		0.000
respond_to	Kernel#respond_to? returns false even if obj responds to the given private method (include_private = false)	Success		0.000
respond_to	Kernel#respond_to? returns true if obj responds to the given private method (include_private = true)	Success		0.000
respond_to	Kernel#respond_to? does not change method visibility when finding private method	Success		0.001
respond_to	Kernel#respond_to? indicates if an object responds to a particular message	Success		0.001
respond_to_missing	Kernel#respond_to_missing? is called when obj responds to the given protected method, include_private = false	Skipped	tagged	0.000
respond_to_missing	Kernel#respond_to_missing? is a private method	Success		0.001
respond_to_missing	Kernel#respond_to_missing? is only an instance method	Success		0.000
respond_to_missing	Kernel#respond_to_missing? is not called when #respond_to? would return true	Success		0.002
respond_to_missing	Kernel#respond_to_missing? is called with a 2nd argument of false when #respond_to? is	Success		0.001
respond_to_missing	Kernel#respond_to_missing? is called a 2nd argument of false when #respond_to? is called with only 1 argument	Success		0.001
respond_to_missing	Kernel#respond_to_missing? is called with true as the second argument when #respond_to? is	Success		0.001
respond_to_missing	Kernel#respond_to_missing? is called when #respond_to? would return false	Success		0.001
respond_to_missing	Kernel#respond_to_missing? causes #respond_to? to return true if called and not returning false	Success		0.001
respond_to_missing	Kernel#respond_to_missing? causes #respond_to? to return false if called and returning false	Success		0.001
respond_to_missing	Kernel#respond_to_missing? causes #respond_to? to return false if called and returning nil	Success		0.001
respond_to_missing	Kernel#respond_to_missing? isn't called when obj responds to the given public method	Success		0.001
respond_to_missing	Kernel#respond_to_missing? isn't called when obj responds to the given public method, include_private = true	Success		0.001
respond_to_missing	Kernel#respond_to_missing? isn't called when obj responds to the given protected method, include_private = true	Success		0.001
respond_to_missing	Kernel#respond_to_missing? is called when obj responds to the given private method, include_private = false	Success		0.001
respond_to_missing	Kernel#respond_to_missing? isn't called when obj responds to the given private method, include_private = true	Success		0.001
respond_to_missing	Kernel#respond_to_missing? is called for missing class methods	Success		0.001
select	Kernel#select is a private method	Success		0.001
select	Kernel.select needs to be reviewed for spec completeness	Success		0.000
send	Kernel#send invokes the named public method	Success		0.001
send	Kernel#send invokes the named alias of a public method	Success		0.000
send	Kernel#send invokes the named protected method	Success		0.000
send	Kernel#send invokes the named private method	Success		0.000
send	Kernel#send invokes the named alias of a private method	Success		0.000
send	Kernel#send invokes the named alias of a protected method	Success		0.000
send	Kernel#send invokes the named method	Success		0.000
send	Kernel#send accepts a String method name	Success		0.000
send	Kernel#send invokes a class method if called on a class	Success		0.000
send	Kernel#send raises a NameError if the corresponding method can't be found	Success		0.001
send	Kernel#send raises a NameError if the corresponding singleton method can't be found	Success		0.001
send	Kernel#send raises an ArgumentError if no arguments are given	Success		0.000
send	Kernel#send raises an ArgumentError if called with more arguments than available parameters	Success		0.000
send	Kernel#send raises an ArgumentError if called with fewer arguments than required parameters	Success		0.000
send	Kernel#send succeeds if passed an arbitrary number of arguments as a splat parameter	Success		0.001
send	Kernel#send succeeds when passing 1 or more arguments as a required and a splat parameter	Success		0.001
send	Kernel#send succeeds when passing 0 arguments to a method with one parameter with a default	Success		0.000
send	Kernel#send has a negative arity	Success		0.000
set_trace_func	Kernel#set_trace_func is a private method	Success		0.001
set_trace_func	Kernel.set_trace_func needs to be reviewed for spec completeness	Success		0.000
singleton_class	Kernel#singleton_class returns class extended from an object	Success		0.001
singleton_class	Kernel#singleton_class returns NilClass for nil	Success		0.001
singleton_class	Kernel#singleton_class returns TrueClass for true	Success		0.001
singleton_class	Kernel#singleton_class returns FalseClass for false	Success		0.001
singleton_class	Kernel#singleton_class raises TypeError for Fixnum	Success		0.001
singleton_class	Kernel#singleton_class raises TypeError for Symbol	Success		0.001
singleton_methods	Kernel#singleton_methods when not passed an argument returns an empty Array for an object with no singleton methods	Success		0.001
singleton_methods	Kernel#singleton_methods when not passed an argument returns the names of module methods for a module	Success		0.000
singleton_methods	Kernel#singleton_methods when not passed an argument does not return private module methods for a module	Success		0.000
singleton_methods	Kernel#singleton_methods when not passed an argument returns the names of class methods for a class	Success		0.000
singleton_methods	Kernel#singleton_methods when not passed an argument does not return private class methods for a class	Success		0.000
singleton_methods	Kernel#singleton_methods when not passed an argument returns the names of singleton methods for an object	Success		0.001
singleton_methods	Kernel#singleton_methods when not passed an argument returns the names of singleton methods for an object extented with a module	Success		0.001
singleton_methods	Kernel#singleton_methods when not passed an argument returns a unique list for an object extended with a module	Success		0.001
singleton_methods	Kernel#singleton_methods when not passed an argument returns the names of singleton methods for an object extented with two modules	Success		0.001
singleton_methods	Kernel#singleton_methods when not passed an argument returns the names of singleton methods for an object extented with a module including a module	Success		0.001
singleton_methods	Kernel#singleton_methods when not passed an argument returns the names of inherited singleton methods for a subclass	Success		0.000
singleton_methods	Kernel#singleton_methods when not passed an argument returns a unique list for a subclass	Success		0.001
singleton_methods	Kernel#singleton_methods when not passed an argument returns the names of inherited singleton methods for a subclass including a module	Success		0.000
singleton_methods	Kernel#singleton_methods when not passed an argument returns a unique list for a subclass including a module	Success		0.001
singleton_methods	Kernel#singleton_methods when not passed an argument returns the names of inherited singleton methods for a subclass of a class including a module	Success		0.000
singleton_methods	Kernel#singleton_methods when not passed an argument returns the names of inherited singleton methods for a subclass of a class that includes a module, where the subclass also includes a module	Success		0.000
singleton_methods	Kernel#singleton_methods when not passed an argument returns the names of inherited singleton methods for a class extended with a module	Success		0.000
singleton_methods	Kernel#singleton_methods when not passed an argument does not return any included methods for a module including a module	Success		0.000
singleton_methods	Kernel#singleton_methods when not passed an argument does not return any included methods for a class including a module	Success		0.000
singleton_methods	Kernel#singleton_methods when not passed an argument does not return private singleton methods for an object extended with a module	Success		0.000
singleton_methods	Kernel#singleton_methods when not passed an argument does not return private singleton methods for an object extended with two modules	Success		0.001
singleton_methods	Kernel#singleton_methods when not passed an argument does not return private singleton methods for an object extented with a module including a module	Success		0.000
singleton_methods	Kernel#singleton_methods when not passed an argument does not return private singleton methods for a class extended with a module	Success		0.000
singleton_methods	Kernel#singleton_methods when not passed an argument does not return private inherited singleton methods for a module including a module	Success		0.000
singleton_methods	Kernel#singleton_methods when not passed an argument does not return private inherited singleton methods for a class including a module	Success		0.000
singleton_methods	Kernel#singleton_methods when not passed an argument does not return private inherited singleton methods for a subclass	Success		0.000
singleton_methods	Kernel#singleton_methods when not passed an argument does not return private inherited singleton methods for a subclass including a module	Success		0.000
singleton_methods	Kernel#singleton_methods when not passed an argument does not return private inherited singleton methods for a subclass of a class including a module	Success		0.000
singleton_methods	Kernel#singleton_methods when not passed an argument does not return private inherited singleton methods for a subclass of a class that includes a module, where the subclass also includes a module	Success		0.000
singleton_methods	Kernel#singleton_methods when passed true returns an empty Array for an object with no singleton methods	Success		0.001
singleton_methods	Kernel#singleton_methods when passed true returns the names of module methods for a module	Success		0.000
singleton_methods	Kernel#singleton_methods when passed true does not return private module methods for a module	Success		0.000
singleton_methods	Kernel#singleton_methods when passed true returns the names of class methods for a class	Success		0.000
singleton_methods	Kernel#singleton_methods when passed true does not return private class methods for a class	Success		0.000
singleton_methods	Kernel#singleton_methods when passed true returns the names of singleton methods for an object	Success		0.001
singleton_methods	Kernel#singleton_methods when passed true returns the names of singleton methods for an object extented with a module	Success		0.000
singleton_methods	Kernel#singleton_methods when passed true returns a unique list for an object extended with a module	Success		0.001
singleton_methods	Kernel#singleton_methods when passed true returns the names of singleton methods for an object extented with two modules	Success		0.001
singleton_methods	Kernel#singleton_methods when passed true returns the names of singleton methods for an object extented with a module including a module	Success		0.000
singleton_methods	Kernel#singleton_methods when passed true returns the names of inherited singleton methods for a subclass	Success		0.000
singleton_methods	Kernel#singleton_methods when passed true returns a unique list for a subclass	Success		0.001
singleton_methods	Kernel#singleton_methods when passed true returns the names of inherited singleton methods for a subclass including a module	Success		0.000
singleton_methods	Kernel#singleton_methods when passed true returns a unique list for a subclass including a module	Success		0.001
singleton_methods	Kernel#singleton_methods when passed true returns the names of inherited singleton methods for a subclass of a class including a module	Success		0.000
singleton_methods	Kernel#singleton_methods when passed true returns the names of inherited singleton methods for a subclass of a class that includes a module, where the subclass also includes a module	Success		0.000
singleton_methods	Kernel#singleton_methods when passed true returns the names of inherited singleton methods for a class extended with a module	Success		0.000
singleton_methods	Kernel#singleton_methods when passed true does not return any included methods for a module including a module	Success		0.000
singleton_methods	Kernel#singleton_methods when passed true does not return any included methods for a class including a module	Success		0.000
singleton_methods	Kernel#singleton_methods when passed true does not return private singleton methods for an object extended with a module	Success		0.000
singleton_methods	Kernel#singleton_methods when passed true does not return private singleton methods for an object extended with two modules	Success		0.001
singleton_methods	Kernel#singleton_methods when passed true does not return private singleton methods for an object extented with a module including a module	Success		0.000
singleton_methods	Kernel#singleton_methods when passed true does not return private singleton methods for a class extended with a module	Success		0.000
singleton_methods	Kernel#singleton_methods when passed true does not return private inherited singleton methods for a module including a module	Success		0.000
singleton_methods	Kernel#singleton_methods when passed true does not return private inherited singleton methods for a class including a module	Success		0.000
singleton_methods	Kernel#singleton_methods when passed true does not return private inherited singleton methods for a subclass	Success		0.000
singleton_methods	Kernel#singleton_methods when passed true does not return private inherited singleton methods for a subclass including a module	Success		0.000
singleton_methods	Kernel#singleton_methods when passed true does not return private inherited singleton methods for a subclass of a class including a module	Success		0.000
singleton_methods	Kernel#singleton_methods when passed true does not return private inherited singleton methods for a subclass of a class that includes a module, where the subclass also includes a module	Success		0.000
singleton_methods	Kernel#singleton_methods when passed false returns an empty Array for an object with no singleton methods	Success		0.001
singleton_methods	Kernel#singleton_methods when passed false returns the names of module methods for a module	Success		0.000
singleton_methods	Kernel#singleton_methods when passed false does not return private module methods for a module	Success		0.000
singleton_methods	Kernel#singleton_methods when passed false returns the names of class methods for a class	Success		0.000
singleton_methods	Kernel#singleton_methods when passed false does not return private class methods for a class	Success		0.000
singleton_methods	Kernel#singleton_methods when passed false returns the names of singleton methods for an object	Success		0.000
singleton_methods	Kernel#singleton_methods when passed false does not return any included methods for a module including a module	Success		0.000
singleton_methods	Kernel#singleton_methods when passed false does not return any included methods for a class including a module	Success		0.000
singleton_methods	Kernel#singleton_methods when passed false does not return private singleton methods for an object extended with a module	Success		0.000
singleton_methods	Kernel#singleton_methods when passed false does not return private singleton methods for an object extended with two modules	Success		0.000
singleton_methods	Kernel#singleton_methods when passed false does not return private singleton methods for an object extented with a module including a module	Success		0.000
singleton_methods	Kernel#singleton_methods when passed false does not return private singleton methods for a class extended with a module	Success		0.000
singleton_methods	Kernel#singleton_methods when passed false does not return private inherited singleton methods for a module including a module	Success		0.000
singleton_methods	Kernel#singleton_methods when passed false does not return private inherited singleton methods for a class including a module	Success		0.000
singleton_methods	Kernel#singleton_methods when passed false does not return private inherited singleton methods for a subclass	Success		0.000
singleton_methods	Kernel#singleton_methods when passed false does not return private inherited singleton methods for a subclass including a module	Success		0.000
singleton_methods	Kernel#singleton_methods when passed false does not return private inherited singleton methods for a subclass of a class including a module	Success		0.000
singleton_methods	Kernel#singleton_methods when passed false does not return private inherited singleton methods for a subclass of a class that includes a module, where the subclass also includes a module	Success		0.000
singleton_methods	Kernel#singleton_methods when passed false returns an empty Array for an object extented with a module	Success		0.001
singleton_methods	Kernel#singleton_methods when passed false returns an empty Array for an object extented with two modules	Success		0.001
singleton_methods	Kernel#singleton_methods when passed false returns an empty Array for an object extended with a module including a module	Success		0.001
singleton_methods	Kernel#singleton_methods when passed false returns the names of singleton methods of the subclass	Success		0.000
singleton_methods	Kernel#singleton_methods when passed false does not return names of inherited singleton methods for a subclass	Success		0.000
singleton_methods	Kernel#singleton_methods when passed false does not return the names of inherited singleton methods for a class extended with a module	Success		0.000
sleep	Kernel#sleep is a private method	Success		0.001
sleep	Kernel#sleep accepts a Float	Success		0.101
sleep	Kernel#sleep accepts a Fixnum	Success		0.000
sleep	Kernel#sleep accepts a Rational	Success		0.114
sleep	Kernel#sleep raises an ArgumentError when passed a negative duration	Success		0.001
sleep	Kernel#sleep raises a TypeError when passed nil	Success		0.001
sleep	Kernel#sleep raises a TypeError when passed a String	Success		0.001
sleep	Kernel#sleep pauses execution indefinitely if not given a duration	Success		0.001
sleep	Kernel.sleep needs to be reviewed for spec completeness	Success		0.000
spawn	Kernel#spawn is a private method	Skipped	tagged	0.000
spawn	Kernel#spawn executes the given command	Skipped	tagged	0.000
spawn	Kernel#spawn returns the process ID of the new process as a Fixnum	Skipped	tagged	0.000
spawn	Kernel#spawn returns immediately	Skipped	tagged	0.000
spawn	Kernel#spawn sets environment variables in the child environment	Skipped	tagged	0.000
spawn	Kernel#spawn unsets environment variables whose value is nil	Skipped	tagged	0.000
spawn	Kernel#spawn calls #to_hash to convert the environment	Skipped	tagged	0.000
spawn	Kernel#spawn calls #to_str to convert the environment keys	Skipped	tagged	0.000
spawn	Kernel#spawn calls #to_str to convert the environment values	Skipped	tagged	0.000
spawn	Kernel#spawn raises an ArgumentError if an environment key includes an equals sign	Skipped	tagged	0.000
spawn	Kernel#spawn raises an ArgumentError if an environment key includes a null byte	Skipped	tagged	0.000
spawn	Kernel#spawn raises an ArgumentError if an environment value includes a null byte	Skipped	tagged	0.000
spawn	Kernel#spawn unsets other environment variables when given a true :unsetenv_others option	Skipped	tagged	0.000
spawn	Kernel#spawn unsets other environment variables when given a non-false :unsetenv_others option	Skipped	tagged	0.000
spawn	Kernel#spawn does not unset other environment variables when given a false :unsetenv_others option	Skipped	tagged	0.000
spawn	Kernel#spawn does not unset other environment variables when given a nil :unsetenv_others option	Skipped	tagged	0.000
spawn	Kernel#spawn does not unset environment variables included in the environment hash	Skipped	tagged	0.000
spawn	Kernel#spawn joins the current process group by default	Skipped	tagged	0.000
spawn	Kernel#spawn joins the current process if pgroup: false	Skipped	tagged	0.000
spawn	Kernel#spawn joins the current process if pgroup: nil	Skipped	tagged	0.000
spawn	Kernel#spawn joins a new process group if pgroup: true	Skipped	tagged	0.000
spawn	Kernel#spawn joins a new process group if pgroup: 0	Skipped	tagged	0.000
spawn	Kernel#spawn joins the specified process group if pgroup: pgid	Skipped	tagged	0.000
spawn	Kernel#spawn raises an ArgumentError if given a negative :pgroup option	Skipped	tagged	0.000
spawn	Kernel#spawn raises a TypeError if given a symbol as :pgroup option	Skipped	tagged	0.000
spawn	Kernel#spawn uses the current working directory as its working directory	Skipped	tagged	0.000
spawn	Kernel#spawn uses the current umask by default	Skipped	tagged	0.000
spawn	Kernel#spawn sets the umask if given the :umask option	Skipped	tagged	0.000
spawn	Kernel#spawn redirects STDOUT to the given file descriptior if out: Fixnum	Skipped	tagged	0.000
spawn	Kernel#spawn redirects STDOUT to the given file if out: IO	Skipped	tagged	0.000
spawn	Kernel#spawn redirects STDOUT to the given file if out: String	Skipped	tagged	0.000
spawn	Kernel#spawn redirects STDOUT to the given file if out: [String name, String mode]	Skipped	tagged	0.000
spawn	Kernel#spawn redirects STDERR to the given file descriptior if err: Fixnum	Skipped	tagged	0.000
spawn	Kernel#spawn redirects STDERR to the given file descriptor if err: IO	Skipped	tagged	0.000
spawn	Kernel#spawn redirects STDERR to the given file if err: String	Skipped	tagged	0.000
spawn	Kernel#spawn redirects STDERR to child STDOUT if :err => [:child, :out]	Skipped	tagged	0.000
spawn	Kernel#spawn redirects both STDERR and STDOUT to the given file descriptior	Skipped	tagged	0.000
spawn	Kernel#spawn redirects both STDERR and STDOUT to the given IO	Skipped	tagged	0.000
spawn	Kernel#spawn does NOT redirect both STDERR and STDOUT at the time to the given name	Skipped	tagged	0.000
spawn	Kernel#spawn raises an ArgumentError if passed no command arguments	Skipped	tagged	0.000
spawn	Kernel#spawn raises an ArgumentError if passed env or options but no command arguments	Skipped	tagged	0.000
spawn	Kernel#spawn raises an ArgumentError if passed env and options but no command arguments	Skipped	tagged	0.000
spawn	Kernel#spawn raises an Errno::ENOENT for an empty string	Skipped	tagged	0.000
spawn	Kernel#spawn raises an Errno::ENOENT if the command does not exist	Skipped	tagged	0.000
spawn	Kernel#spawn raises an Errno::EACCES when the file does not have execute permissions	Skipped	tagged	0.000
spawn	Kernel#spawn raises an Errno::EACCES when passed a directory	Skipped	tagged	0.000
spawn	Kernel#spawn raises an ArgumentError when passed a string key in options	Skipped	tagged	0.000
spawn	Kernel#spawn raises an ArgumentError when passed an unknown option key	Skipped	tagged	0.000
spawn	Kernel#spawn with a single argument subjects the specified command to shell expansion	Skipped	tagged	0.000
spawn	Kernel#spawn with a single argument creates an argument array with shell parsing semantics for whitespace	Skipped	tagged	0.000
spawn	Kernel#spawn with a single argument calls #to_str to convert the argument to a String	Skipped	tagged	0.000
spawn	Kernel#spawn with a single argument raises an ArgumentError if the command includes a null byte	Skipped	tagged	0.000
spawn	Kernel#spawn with a single argument raises a TypeError if the argument does not respond to #to_str	Skipped	tagged	0.000
spawn	Kernel#spawn with multiple arguments does not subject the arguments to shell expansion	Skipped	tagged	0.000
spawn	Kernel#spawn with multiple arguments preserves whitespace in passed arguments	Skipped	tagged	0.000
spawn	Kernel#spawn with multiple arguments calls #to_str to convert the arguments to Strings	Skipped	tagged	0.000
spawn	Kernel#spawn with multiple arguments raises an ArgumentError if an argument includes a null byte	Skipped	tagged	0.000
spawn	Kernel#spawn with multiple arguments raises a TypeError if an argument does not respond to #to_str	Skipped	tagged	0.000
spawn	Kernel#spawn with a command array uses the first element as the command name and the second as the argv[0] value	Skipped	tagged	0.000
spawn	Kernel#spawn with a command array does not subject the arguments to shell expansion	Skipped	tagged	0.000
spawn	Kernel#spawn with a command array preserves whitespace in passed arguments	Skipped	tagged	0.000
spawn	Kernel#spawn with a command array calls #to_ary to convert the argument to an Array	Skipped	tagged	0.000
spawn	Kernel#spawn with a command array calls #to_str to convert the first element to a String	Skipped	tagged	0.000
spawn	Kernel#spawn with a command array calls #to_str to convert the second element to a String	Skipped	tagged	0.000
spawn	Kernel#spawn with a command array raises an ArgumentError if the Array does not have exactly two elements	Skipped	tagged	0.000
spawn	Kernel#spawn with a command array raises an ArgumentError if the Strings in the Array include a null byte	Skipped	tagged	0.000
spawn	Kernel#spawn with a command array raises a TypeError if an element in the Array does not respond to #to_str	Skipped	tagged	0.000
spawn	Kernel#spawn when passed :chdir changes to the directory passed for :chdir	Skipped	tagged	0.000
spawn	Kernel#spawn when passed :chdir calls #to_path to convert the :chdir value	Skipped	tagged	0.000
spawn	Kernel#spawn when passed close_others: true closes file descriptors >= 3 in the child process	Skipped	tagged	0.000
spawn	Kernel#spawn when passed close_others: true does not close STDIN	Skipped	tagged	0.000
spawn	Kernel#spawn when passed close_others: true does not close STDOUT	Skipped	tagged	0.000
spawn	Kernel#spawn when passed close_others: true does not close STDERR	Skipped	tagged	0.000
spawn	Kernel#spawn when passed close_others: false closes file descriptors >= 3 in the child process because they are set close_on_exec by default	Skipped	tagged	0.000
spawn	Kernel#spawn when passed close_others: false does not close file descriptors >= 3 in the child process if fds are set close_on_exec=false	Skipped	tagged	0.000
spawn	Kernel#spawn when passed close_others: false does not close STDIN	Skipped	tagged	0.000
spawn	Kernel#spawn when passed close_others: false does not close STDOUT	Skipped	tagged	0.000
spawn	Kernel#spawn when passed close_others: false does not close STDERR	Skipped	tagged	0.000
spawn	Kernel#spawn with Integer option keys maps the key to a file descriptor in the child that inherits the file descriptor from the parent specified by the value	Skipped	tagged	0.000
spawn	Kernel.spawn executes the given command	Skipped	tagged	0.000
spawn	Kernel.spawn returns the process ID of the new process as a Fixnum	Skipped	tagged	0.000
spawn	Kernel.spawn returns immediately	Skipped	tagged	0.000
spawn	Kernel.spawn sets environment variables in the child environment	Skipped	tagged	0.000
spawn	Kernel.spawn unsets environment variables whose value is nil	Skipped	tagged	0.000
spawn	Kernel.spawn calls #to_hash to convert the environment	Skipped	tagged	0.000
spawn	Kernel.spawn calls #to_str to convert the environment keys	Skipped	tagged	0.000
spawn	Kernel.spawn calls #to_str to convert the environment values	Skipped	tagged	0.000
spawn	Kernel.spawn raises an ArgumentError if an environment key includes an equals sign	Skipped	tagged	0.000
spawn	Kernel.spawn raises an ArgumentError if an environment key includes a null byte	Skipped	tagged	0.000
spawn	Kernel.spawn raises an ArgumentError if an environment value includes a null byte	Skipped	tagged	0.000
spawn	Kernel.spawn unsets other environment variables when given a true :unsetenv_others option	Skipped	tagged	0.000
spawn	Kernel.spawn unsets other environment variables when given a non-false :unsetenv_others option	Skipped	tagged	0.000
spawn	Kernel.spawn does not unset other environment variables when given a false :unsetenv_others option	Skipped	tagged	0.000
spawn	Kernel.spawn does not unset other environment variables when given a nil :unsetenv_others option	Skipped	tagged	0.000
spawn	Kernel.spawn does not unset environment variables included in the environment hash	Skipped	tagged	0.000
spawn	Kernel.spawn joins the current process group by default	Skipped	tagged	0.000
spawn	Kernel.spawn joins the current process if pgroup: false	Skipped	tagged	0.000
spawn	Kernel.spawn joins the current process if pgroup: nil	Skipped	tagged	0.000
spawn	Kernel.spawn joins a new process group if pgroup: true	Skipped	tagged	0.000
spawn	Kernel.spawn joins a new process group if pgroup: 0	Skipped	tagged	0.000
spawn	Kernel.spawn joins the specified process group if pgroup: pgid	Skipped	tagged	0.000
spawn	Kernel.spawn raises an ArgumentError if given a negative :pgroup option	Skipped	tagged	0.000
spawn	Kernel.spawn raises a TypeError if given a symbol as :pgroup option	Skipped	tagged	0.000
spawn	Kernel.spawn uses the current working directory as its working directory	Skipped	tagged	0.000
spawn	Kernel.spawn uses the current umask by default	Skipped	tagged	0.000
spawn	Kernel.spawn sets the umask if given the :umask option	Skipped	tagged	0.000
spawn	Kernel.spawn redirects STDOUT to the given file descriptior if out: Fixnum	Skipped	tagged	0.000
spawn	Kernel.spawn redirects STDOUT to the given file if out: IO	Skipped	tagged	0.000
spawn	Kernel.spawn redirects STDOUT to the given file if out: String	Skipped	tagged	0.000
spawn	Kernel.spawn redirects STDOUT to the given file if out: [String name, String mode]	Skipped	tagged	0.000
spawn	Kernel.spawn redirects STDERR to the given file descriptior if err: Fixnum	Skipped	tagged	0.000
spawn	Kernel.spawn redirects STDERR to the given file descriptor if err: IO	Skipped	tagged	0.000
spawn	Kernel.spawn redirects STDERR to the given file if err: String	Skipped	tagged	0.000
spawn	Kernel.spawn redirects STDERR to child STDOUT if :err => [:child, :out]	Skipped	tagged	0.000
spawn	Kernel.spawn redirects both STDERR and STDOUT to the given file descriptior	Skipped	tagged	0.000
spawn	Kernel.spawn redirects both STDERR and STDOUT to the given IO	Skipped	tagged	0.000
spawn	Kernel.spawn does NOT redirect both STDERR and STDOUT at the time to the given name	Skipped	tagged	0.000
spawn	Kernel.spawn raises an ArgumentError if passed no command arguments	Skipped	tagged	0.000
spawn	Kernel.spawn raises an ArgumentError if passed env or options but no command arguments	Skipped	tagged	0.000
spawn	Kernel.spawn raises an ArgumentError if passed env and options but no command arguments	Skipped	tagged	0.000
spawn	Kernel.spawn raises an Errno::ENOENT for an empty string	Skipped	tagged	0.000
spawn	Kernel.spawn raises an Errno::ENOENT if the command does not exist	Skipped	tagged	0.000
spawn	Kernel.spawn raises an Errno::EACCES when the file does not have execute permissions	Skipped	tagged	0.000
spawn	Kernel.spawn raises an Errno::EACCES when passed a directory	Skipped	tagged	0.000
spawn	Kernel.spawn raises an ArgumentError when passed a string key in options	Skipped	tagged	0.000
spawn	Kernel.spawn raises an ArgumentError when passed an unknown option key	Skipped	tagged	0.000
spawn	Kernel.spawn with a single argument subjects the specified command to shell expansion	Skipped	tagged	0.000
spawn	Kernel.spawn with a single argument creates an argument array with shell parsing semantics for whitespace	Skipped	tagged	0.000
spawn	Kernel.spawn with a single argument calls #to_str to convert the argument to a String	Skipped	tagged	0.000
spawn	Kernel.spawn with a single argument raises an ArgumentError if the command includes a null byte	Skipped	tagged	0.000
spawn	Kernel.spawn with a single argument raises a TypeError if the argument does not respond to #to_str	Skipped	tagged	0.000
spawn	Kernel.spawn with multiple arguments does not subject the arguments to shell expansion	Skipped	tagged	0.000
spawn	Kernel.spawn with multiple arguments preserves whitespace in passed arguments	Skipped	tagged	0.000
spawn	Kernel.spawn with multiple arguments calls #to_str to convert the arguments to Strings	Skipped	tagged	0.000
spawn	Kernel.spawn with multiple arguments raises an ArgumentError if an argument includes a null byte	Skipped	tagged	0.000
spawn	Kernel.spawn with multiple arguments raises a TypeError if an argument does not respond to #to_str	Skipped	tagged	0.000
spawn	Kernel.spawn with a command array uses the first element as the command name and the second as the argv[0] value	Skipped	tagged	0.000
spawn	Kernel.spawn with a command array does not subject the arguments to shell expansion	Skipped	tagged	0.000
spawn	Kernel.spawn with a command array preserves whitespace in passed arguments	Skipped	tagged	0.000
spawn	Kernel.spawn with a command array calls #to_ary to convert the argument to an Array	Skipped	tagged	0.000
spawn	Kernel.spawn with a command array calls #to_str to convert the first element to a String	Skipped	tagged	0.000
spawn	Kernel.spawn with a command array calls #to_str to convert the second element to a String	Skipped	tagged	0.000
spawn	Kernel.spawn with a command array raises an ArgumentError if the Array does not have exactly two elements	Skipped	tagged	0.000
spawn	Kernel.spawn with a command array raises an ArgumentError if the Strings in the Array include a null byte	Skipped	tagged	0.000
spawn	Kernel.spawn with a command array raises a TypeError if an element in the Array does not respond to #to_str	Skipped	tagged	0.000
spawn	Kernel.spawn when passed :chdir changes to the directory passed for :chdir	Skipped	tagged	0.000
spawn	Kernel.spawn when passed :chdir calls #to_path to convert the :chdir value	Skipped	tagged	0.000
spawn	Kernel.spawn when passed close_others: true closes file descriptors >= 3 in the child process	Skipped	tagged	0.000
spawn	Kernel.spawn when passed close_others: true does not close STDIN	Skipped	tagged	0.000
spawn	Kernel.spawn when passed close_others: true does not close STDOUT	Skipped	tagged	0.000
spawn	Kernel.spawn when passed close_others: true does not close STDERR	Skipped	tagged	0.000
spawn	Kernel.spawn when passed close_others: false closes file descriptors >= 3 in the child process because they are set close_on_exec by default	Skipped	tagged	0.000
spawn	Kernel.spawn when passed close_others: false does not close file descriptors >= 3 in the child process if fds are set close_on_exec=false	Skipped	tagged	0.000
spawn	Kernel.spawn when passed close_others: false does not close STDIN	Skipped	tagged	0.000
spawn	Kernel.spawn when passed close_others: false does not close STDOUT	Skipped	tagged	0.000
spawn	Kernel.spawn when passed close_others: false does not close STDERR	Skipped	tagged	0.000
spawn	Kernel.spawn with Integer option keys maps the key to a file descriptor in the child that inherits the file descriptor from the parent specified by the value	Skipped	tagged	0.000
sprintf	Kernel#sprintf passes some tests for positive %x	Skipped	tagged	0.000
sprintf	Kernel#sprintf passes some tests for negative %x	Skipped	tagged	0.000
sprintf	Kernel#sprintf passes some tests for negative %u	Skipped	tagged	0.000
sprintf	Kernel#sprintf passes some tests for positive %u	Skipped	tagged	0.000
sprintf	Kernel#sprintf passes some tests for positive %d	Skipped	tagged	0.000
sprintf	Kernel#sprintf passes some tests for positive %f	Skipped	tagged	0.000
sprintf	Kernel#sprintf passes some tests for negative %f	Skipped	tagged	0.000
sprintf	Kernel#sprintf passes kstephens's tests	Skipped	tagged	0.000
sprintf	Kernel#sprintf returns a String in the same encoding as the format String if compatible	Skipped	tagged	0.000
sprintf	Kernel#sprintf returns a String in the argument encoding if format encoding is more restrictive	Skipped	tagged	0.000
sprintf	Kernel#sprintf is a private method	Success		0.001
sprintf	Kernel#sprintf treats nil arguments as zero-width strings in %s slots	Success		0.001
sprintf	Kernel#sprintf passes some tests for infinite and nan	Success		0.005
sprintf	Kernel#sprintf with format string that contains %{} sections substitutes values for named references	Skipped	tagged	0.000
sprintf	Kernel#sprintf with format string that contains %{} sections raises KeyError when no matching key is in second argument	Skipped	tagged	0.000
sprintf	Kernel#sprintf with format string that contains %<> sections formats values for named references	Skipped	tagged	0.000
sprintf	Kernel#sprintf with format string that contains %<> sections raises KeyError when no matching key is in second argument	Skipped	tagged	0.000
sprintf	Kernel#sprintf with negative values with format %x precedes the number with '..'	Skipped	tagged	0.000
sprintf	Kernel#sprintf with negative values with format %b or %B precedes the number with '..'	Skipped	tagged	0.000
sprintf	Kernel.sprintf needs to be reviewed for spec completeness	Success		0.000
srand	Kernel.srand is a private method	Success		0.001
srand	Kernel.srand returns the previous seed value	Success		0.001
srand	Kernel.srand seeds the RNG correctly and repeatably	Success		0.001
srand	Kernel.srand defaults number to a random value	Success		0.001
srand	Kernel.srand accepts and uses a seed of 0	Success		0.001
srand	Kernel.srand accepts a negative seed	Success		0.001
srand	Kernel.srand accepts a Bignum as a seed	Success		0.001
srand	Kernel.srand calls #to_int on seed	Success		0.002
srand	Kernel.srand raises a TypeError when passed nil	Success		0.001
srand	Kernel.srand raises a TypeError when passed a String	Success		0.001
srand	Kernel#srand needs to be reviewed for spec completeness	Success		0.000
syscall	Kernel#syscall is a private method	Skipped	tagged	0.000
syscall	Kernel.syscall needs to be reviewed for spec completeness	Success		0.000
system	Kernel#system executes the specified command in a subprocess	Skipped	tagged	0.000
system	Kernel#system returns false when the command exits with a non-zero exit status	Skipped	tagged	0.000
system	Kernel#system returns nil when command execution fails	Skipped	tagged	0.000
system	Kernel#system does not write to stderr when command execution fails	Skipped	tagged	0.000
system	Kernel#system executes with `sh` if the command contains shell characters	Skipped	tagged	0.000
system	Kernel#system ignores SHELL env var and always uses `sh`	Skipped	tagged	0.000
system	Kernel#system expands shell variables when given a single string argument	Skipped	tagged	0.000
system	Kernel#system does not expand shell variables when given multiples arguments	Skipped	tagged	0.000
system	Kernel#system is a private method	Success		0.002
system	Kernel#system returns true when the command exits with a zero exit status	Success		2.538
system	Kernel.system executes the specified command in a subprocess	Skipped	tagged	0.000
system	Kernel.system returns false when the command exits with a non-zero exit status	Skipped	tagged	0.000
system	Kernel.system returns nil when command execution fails	Skipped	tagged	0.000
system	Kernel.system does not write to stderr when command execution fails	Skipped	tagged	0.000
system	Kernel.system executes with `sh` if the command contains shell characters	Skipped	tagged	0.000
system	Kernel.system ignores SHELL env var and always uses `sh`	Skipped	tagged	0.000
system	Kernel.system expands shell variables when given a single string argument	Skipped	tagged	0.000
system	Kernel.system does not expand shell variables when given multiples arguments	Skipped	tagged	0.000
system	Kernel.system returns true when the command exits with a zero exit status	Success		2.504
taint	Kernel#taint returns self	Success		0.001
taint	Kernel#taint sets the tainted bit	Success		0.000
taint	Kernel#taint raises RuntimeError on an untainted, frozen object	Success		0.001
taint	Kernel#taint does not raise an error on a tainted, frozen object	Success		0.000
taint	Kernel#taint has no effect on immediate values	Success		0.002
taint	Kernel#taint no raises a RuntimeError on symbols	Success		0.001
taint	Kernel#taint no raises error on fixnum values	Success		0.001
tainted	Kernel#tainted? returns true if Object is tainted	Success		0.001
tap	Kernel#tap always yields self and returns self	Success		0.001
tap	Kernel#tap raises a LocalJumpError when no block given	Success		0.001
test	Kernel#test is a private method	Success		0.001
test	Kernel#test returns true when passed ?f if the argument is a regular file	Success		0.001
test	Kernel#test returns true when passed ?e if the argument is a file	Success		0.000
test	Kernel#test returns true when passed ?d if the argument is a directory	Success		0.000
test	Kernel#test returns true when passed ?l if the argument is a symlink	Success		0.001
test	Kernel#test returns true when passed ?r if the argument is readable by the effective uid	Success		0.000
test	Kernel#test returns true when passed ?R if the argument is readable by the real uid	Success		0.001
test	Kernel#test returns true when passed ?w if the argument is readable by the effective uid	Success		0.000
test	Kernel#test returns true when passed ?W if the argument is readable by the real uid	Success		0.000
test	Kernel#test calls #to_path on second argument when passed ?f and a filename	Success		0.002
test	Kernel#test calls #to_path on second argument when passed ?e and a filename	Success		0.001
test	Kernel#test calls #to_path on second argument when passed ?d and a directory	Success		0.001
test	Kernel#test time commands returns the last access time for the provided file when passed ?A	Skipped	tagged	0.000
test	Kernel#test time commands returns the time at which the file was created when passed ?C	Skipped	tagged	0.000
test	Kernel#test time commands returns the time at which the file was modified when passed ?M	Skipped	tagged	0.000
test	Kernel.test needs to be reviewed for spec completeness	Success		0.000
throw	Kernel.throw raises an UncaughtThrowError if there is no catch block for the symbol	Skipped	tagged	0.000
throw	Kernel.throw transfers control to the end of the active catch block waiting for symbol	Success		0.001
throw	Kernel.throw transfers control to the innermost catch block waiting for the same sympol	Success		0.001
throw	Kernel.throw sets the return value of the catch block to nil by default	Success		0.000
throw	Kernel.throw sets the return value of the catch block to a value specified as second parameter	Success		0.000
throw	Kernel.throw raises an ArgumentError if there is no catch block for the symbol	Success		0.001
throw	Kernel.throw raises ArgumentError if 3 or more arguments provided	Success		0.001
throw	Kernel.throw can throw an object	Success		0.001
throw	Kernel#throw is a private method	Success		0.001
to_enum	Kernel#to_enum needs to be reviewed for spec completeness	Success		0.000
to_s	Kernel#to_s returns a tainted result if self is tainted	Skipped	tagged	0.000
to_s	Kernel#to_s returns an untrusted result if self is untrusted	Skipped	tagged	0.000
to_s	Kernel#to_s returns a String containing the name of self's class	Success		0.001
trace_var	Kernel#trace_var is a private method	Skipped	tagged	0.000
trace_var	Kernel#trace_var hooks assignments to a global variable	Skipped	tagged	0.000
trace_var	Kernel#trace_var accepts a proc argument instead of a block	Skipped	tagged	0.000
trace_var	Kernel#trace_var accepts a String argument instead of a Proc or block	Skipped	tagged	0.000
trace_var	Kernel#trace_var raises ArgumentError if no block or proc is provided	Skipped	tagged	0.000
trap	Kernel#trap is a private method	Success		0.001
trap	Kernel.trap needs to be reviewed for spec completeness	Success		0.000
trust	Kernel#trust returns self	Success		0.000
trust	Kernel#trust clears the untrusted bit	Success		0.000
trust	Kernel#trust raises RuntimeError on an untrusted, frozen object	Success		0.001
trust	Kernel#trust does not raise an error on a trusted, frozen object	Success		0.000
untaint	Kernel#untaint returns self	Success		0.000
untaint	Kernel#untaint clears the tainted bit	Success		0.000
untaint	Kernel#untaint raises RuntimeError on a tainted, frozen object	Success		0.001
untaint	Kernel#untaint does not raise an error on an untainted, frozen object	Success		0.000
untrace_var	Kernel#untrace_var is a private method	Skipped	tagged	0.000
untrace_var	Kernel.untrace_var needs to be reviewed for spec completeness	Success		0.000
untrust	Kernel#untrust returns self	Success		0.000
untrust	Kernel#untrust sets the untrusted bit	Success		0.000
untrust	Kernel#untrust raises RuntimeError on a trusted, frozen object	Success		0.001
untrust	Kernel#untrust does not raise an error on an untrusted, frozen object	Success		0.000
untrusted	Kernel#untrusted? returns the untrusted status of an object	Success		0.001
untrusted	Kernel#untrusted? has no effect on immediate values	Success		0.001
untrusted	Kernel#untrusted? has effect on immediate values	Success		0.000
warn	Kernel#warn requires multiple arguments	Skipped	tagged	0.000
warn	Kernel#warn does not append line-end if last character is line-end	Skipped	tagged	0.000
warn	Kernel#warn calls #write on $stderr if $VERBOSE is true	Skipped	tagged	0.000
warn	Kernel#warn calls #write on $stderr if $VERBOSE is false	Skipped	tagged	0.000
warn	Kernel#warn writes each argument on a line when passed multiple arguments	Skipped	tagged	0.000
warn	Kernel#warn is a private method	Success		0.001
warn	Kernel#warn does not call #write on $stderr if $VERBOSE is nil	Success		0.001
warn	Kernel#warn does not write strings when passed no arguments	Success		0.001
warn	Kernel#warn writes the default record separator and NOT $/ to $stderr after the warning message	Success		0.001
define_method	main#define_method creates a public method in TOPLEVEL_BINDING	Success		0.007
define_method	main#define_method creates a public method in script binding	Success		0.007
define_method	main#define_method returns the method name as symbol	Success		0.006
include	main#include includes the given Module in Object	Success		0.006
include	main#include in a file loaded with wrapping includes the given Module in the load wrapper	Skipped	tagged	0.000
private	main#private sets the visibility of the given method to private	Success		0.010
private	main#private returns Object	Success		0.006
private	main#private raises a NameError when given an undefined name	Success		0.004
public	main#public sets the visibility of the given method to public	Success		0.009
public	main#public returns Object	Success		0.005
public	main#public raises a NameError when given an undefined name	Success		0.003
to_s	main#to_s returns 'main'	Success		0.001
dump	Marshal.dump dumps nil	Success		0.002
dump	Marshal.dump dumps true	Success		0.001
dump	Marshal.dump dumps false	Success		0.000
dump	Marshal.dump dumps an extended_object	Success		0.002
dump	Marshal.dump dumps an object that has had an ivar added and removed as though the ivar never was set	Success		0.002
dump	Marshal.dump dumps subsequent appearances of a symbol as a link	Success		0.001
dump	Marshal.dump dumps subsequent appearances of an object as a link	Success		0.001
dump	Marshal.dump nil returns a binary string	Success		0.000
dump	Marshal.dump 1..2 returns a binary string	Success		0.001
dump	Marshal.dump 1...2 returns a binary string	Success		0.001
dump	Marshal.dump 'a'..'b' returns a binary string	Success		0.002
dump	Marshal.dump Struct returns a binary string	Success		0.001
dump	Marshal.dump Symbol returns a binary string	Success		0.000
dump	Marshal.dump true returns a binary string	Success		0.000
dump	Marshal.dump false returns a binary string	Success		0.000
dump	Marshal.dump String empty returns a binary string	Success		0.001
dump	Marshal.dump String small returns a binary string	Success		0.001
dump	Marshal.dump String big returns a binary string	Success		0.001
dump	Marshal.dump String extended returns a binary string	Success		0.001
dump	Marshal.dump String subclass returns a binary string	Success		0.001
dump	Marshal.dump String subclass extended returns a binary string	Success		0.001
dump	Marshal.dump Symbol small returns a binary string	Success		0.000
dump	Marshal.dump Symbol big returns a binary string	Success		0.001
dump	Marshal.dump Bignum -2**64 returns a binary string	Success		0.001
dump	Marshal.dump Bignum -2**63 returns a binary string	Success		0.002
dump	Marshal.dump Fixnum -2**24 returns a binary string	Success		0.001
dump	Marshal.dump Fixnum -2**16 returns a binary string	Success		0.001
dump	Marshal.dump Fixnum -2**? returns a binary string	Success		0.001
dump	Marshal.dump Fixnum -123 returns a binary string	Success		0.000
dump	Marshal.dump Fixnum 0 returns a binary string	Success		0.000
dump	Marshal.dump Fixnum 5 returns a binary string	Success		0.000
dump	Marshal.dump Fixnum 2**? returns a binary string	Success		0.001
dump	Marshal.dump Fixnum 2**16 returns a binary string	Success		0.001
dump	Marshal.dump Fixnum 2**24 returns a binary string	Success		0.001
dump	Marshal.dump Bignum 2**64 returns a binary string	Success		0.001
dump	Marshal.dump Bignum 2**90 returns a binary string	Success		0.001
dump	Marshal.dump Class String returns a binary string	Success		0.001
dump	Marshal.dump Module Marshal returns a binary string	Success		0.001
dump	Marshal.dump Module nested returns a binary string	Success		0.001
dump	Marshal.dump _dump object returns a binary string	Success		0.001
dump	Marshal.dump _dump object extended returns a binary string	Success		0.001
dump	Marshal.dump marshal_dump object returns a binary string	Success		0.001
dump	Marshal.dump Regexp returns a binary string	Success		0.001
dump	Marshal.dump Regexp subclass /i returns a binary string	Success		0.001
dump	Marshal.dump Float 0.0 returns a binary string	Success		0.001
dump	Marshal.dump Float -0.0 returns a binary string	Success		0.001
dump	Marshal.dump Float Infinity returns a binary string	Success		0.001
dump	Marshal.dump Float -Infinity returns a binary string	Success		0.001
dump	Marshal.dump Float 1.0 returns a binary string	Success		0.001
dump	Marshal.dump Hash returns a binary string	Success		0.001
dump	Marshal.dump Hash subclass returns a binary string	Success		0.001
dump	Marshal.dump Array returns a binary string	Success		0.001
dump	Marshal.dump Array subclass returns a binary string	Success		0.001
dump	Marshal.dump Random returns a binary string	Success		0.001
dump	Marshal.dump raises an ArgumentError when the recursion limit is exceeded	Success		0.005
dump	Marshal.dump ignores the recursion limit if the limit is negative	Success		0.002
dump	Marshal.dump raises a TypeError if marshalling a Method instance	Success		0.001
dump	Marshal.dump raises a TypeError if marshalling a Proc	Success		0.001
dump	Marshal.dump raises a TypeError if dumping a IO/File instance	Success		0.002
dump	Marshal.dump raises a TypeError if dumping a MatchData instance	Success		0.001
dump	Marshal.dump returns an untainted string if object is untainted	Success		0.001
dump	Marshal.dump returns a tainted string if object is tainted	Success		0.001
dump	Marshal.dump returns a tainted string if nested object is tainted	Success		0.001
dump	Marshal.dump returns a trusted string if object is trusted	Success		0.001
dump	Marshal.dump returns an untrusted string if object is untrusted	Success		0.001
dump	Marshal.dump returns an untrusted string if nested object is untrusted	Success		0.001
dump	Marshal.dump with a Fixnum dumps a Fixnum	Success		0.004
dump	Marshal.dump with a Fixnum dumps a positive Fixnum > 31 bits as a Bignum	Success		0.001
dump	Marshal.dump with a Fixnum dumps a negative Fixnum > 31 bits as a Bignum	Success		0.002
dump	Marshal.dump with a Symbol dumps a binary encoded Symbol	Skipped	tagged	0.000
dump	Marshal.dump with a Symbol dumps a Symbol	Success		0.001
dump	Marshal.dump with a Symbol dumps a big Symbol	Success		0.001
dump	Marshal.dump with a Symbol dumps an encoded Symbol	Success		0.004
dump	Marshal.dump with an object responding to #marshal_dump dumps the object returned by #marshal_dump	Success		0.001
dump	Marshal.dump with an object responding to #marshal_dump does not use Class#name	Success		0.002
dump	Marshal.dump with an object responding to #_dump dumps the object returned by #marshal_dump	Success		0.001
dump	Marshal.dump with an object responding to #_dump raises a TypeError if _dump returns a non-string	Success		0.002
dump	Marshal.dump with an object responding to #_dump favors marshal_dump over _dump	Success		0.002
dump	Marshal.dump with a Class dumps a builtin Class	Success		0.001
dump	Marshal.dump with a Class dumps a user Class	Success		0.001
dump	Marshal.dump with a Class dumps a nested Class	Success		0.001
dump	Marshal.dump with a Class raises TypeError with an anonymous Class	Success		0.001
dump	Marshal.dump with a Class raises TypeError with a singleton Class	Success		0.001
dump	Marshal.dump with a Module dumps a builtin Module	Success		0.001
dump	Marshal.dump with a Module raises TypeError with an anonymous Module	Success		0.001
dump	Marshal.dump with a Float dumps a Float	Success		0.004
dump	Marshal.dump with a Bignum dumps a Bignum	Success		0.001
dump	Marshal.dump with a Bignum dumps a Bignum	Success		0.002
dump	Marshal.dump with a String dumps a blank String	Success		0.001
dump	Marshal.dump with a String dumps a short String	Success		0.001
dump	Marshal.dump with a String dumps a long String	Success		0.001
dump	Marshal.dump with a String dumps a String extended with a Module	Success		0.001
dump	Marshal.dump with a String dumps a String subclass	Success		0.001
dump	Marshal.dump with a String dumps a String subclass extended with a Module	Success		0.001
dump	Marshal.dump with a String dumps a String with instance variables	Success		0.001
dump	Marshal.dump with a String dumps a US-ASCII String	Success		0.001
dump	Marshal.dump with a String dumps a UTF-? String	Success		0.001
dump	Marshal.dump with a String dumps a String in another encoding	Success		0.001
dump	Marshal.dump with a String dumps multiple strings using symlinks for the :E (encoding) symbol	Success		0.001
dump	Marshal.dump with a Regexp dumps a Regexp	Success		0.001
dump	Marshal.dump with a Regexp dumps a Regexp with flags	Success		0.001
dump	Marshal.dump with a Regexp dumps a Regexp with instance variables	Success		0.001
dump	Marshal.dump with a Regexp dumps an extended Regexp	Success		0.001
dump	Marshal.dump with a Regexp dumps a Regexp subclass	Success		0.001
dump	Marshal.dump with a Regexp dumps a binary Regexp	Success		0.001
dump	Marshal.dump with a Regexp dumps a UTF-? Regexp	Success		0.001
dump	Marshal.dump with a Regexp dumps a Regexp in another encoding	Success		0.001
dump	Marshal.dump with an Array dumps an empty Array	Success		0.001
dump	Marshal.dump with an Array dumps a non-empty Array	Success		0.001
dump	Marshal.dump with an Array dumps an Array subclass	Success		0.001
dump	Marshal.dump with an Array dumps a recursive Array	Success		0.001
dump	Marshal.dump with an Array dumps an Array with instance variables	Success		0.001
dump	Marshal.dump with an Array dumps an extended Array	Success		0.001
dump	Marshal.dump with a Hash dumps a Hash	Success		0.001
dump	Marshal.dump with a Hash dumps a Hash subclass	Success		0.001
dump	Marshal.dump with a Hash dumps a Hash with a default value	Success		0.001
dump	Marshal.dump with a Hash raises a TypeError with hash having default proc	Success		0.001
dump	Marshal.dump with a Hash dumps a Hash with instance variables	Success		0.001
dump	Marshal.dump with a Hash dumps an extended Hash	Success		0.001
dump	Marshal.dump with a Hash dumps an Hash subclass with a parameter to initialize	Success		0.002
dump	Marshal.dump with a Struct dumps a Struct	Success		0.001
dump	Marshal.dump with a Struct dumps a Struct	Success		0.002
dump	Marshal.dump with a Struct dumps a Struct with instance variables	Success		0.003
dump	Marshal.dump with a Struct dumps an extended Struct	Success		0.004
dump	Marshal.dump with an Object dumps an Object	Success		0.001
dump	Marshal.dump with an Object dumps an extended Object	Success		0.001
dump	Marshal.dump with an Object dumps an Object with an instance variable	Success		0.001
dump	Marshal.dump with an Object dumps an Object that has had an instance variable added and removed as though it was never set	Success		0.001
dump	Marshal.dump with an Object dumps a BasicObject subclass if it defines respond_to?	Success		0.001
dump	Marshal.dump with a Range dumps a Range inclusive of end (with indeterminant order)	Success		0.006
dump	Marshal.dump with a Range dumps a Range exclusive of end (with indeterminant order)	Success		0.002
dump	Marshal.dump with a Time dumps the zone and the offset	Skipped	tagged	0.000
dump	Marshal.dump with an Exception dumps an empty Exception	Success		0.001
dump	Marshal.dump with an Exception dumps the message for the exception	Success		0.001
dump	Marshal.dump with an Exception contains the filename in the backtrace	Success		0.002
dump	Marshal.dump when passed an IO writes the serialized data to the IO-Object	Success		0.002
dump	Marshal.dump when passed an IO returns the IO-Object	Success		0.002
dump	Marshal.dump when passed an IO raises an Error when the IO-Object does not respond to #write	Success		0.001
dump	Marshal.dump when passed an IO calls binmode when it's defined	Success		0.002
float	Marshal.dump with Float represents NaN	Success		0.001
float	Marshal.dump with Float represents +Infinity	Success		0.001
float	Marshal.dump with Float represents -Infinity	Success		0.001
float	Marshal.dump with Float represents zero	Success		0.001
float	Marshal.dump with Float represents a Float less than 1	Success		0.001
float	Marshal.dump with Float represents a Float much less than 1	Success		0.001
float	Marshal.dump with Float represents a Float greater than 1	Success		0.001
float	Marshal.dump with Float represents a Float much greater than 1	Success		0.001
float	Marshal.dump with Float represents a Float much greater than 1 with a very small fractional part	Success		0.001
float	Marshal.load with Float loads NaN	Success		0.001
float	Marshal.load with Float loads +Infinity	Success		0.001
float	Marshal.load with Float loads -Infinity	Success		0.001
float	Marshal.load with Float loads zero	Success		0.001
float	Marshal.load with Float loads a Float less than 1	Success		0.001
float	Marshal.load with Float loads a Float much less than 1	Success		0.001
float	Marshal.load with Float loads a Float greater than 1	Success		0.000
float	Marshal.load with Float loads a Float much greater than 1	Success		0.001
float	Marshal.load with Float loads a Float much greater than 1 with a very small fractional part	Success		0.001
load	Marshal.load loads an array containing objects having _dump method, and with proc	Skipped	tagged	0.000
load	Marshal.load loads an array containing objects having marshal_dump method, and with proc	Skipped	tagged	0.000
load	Marshal.load loads a Random	Skipped	tagged	0.000
load	Marshal.load raises an ArgumentError when the dumped data is truncated	Success		0.004
load	Marshal.load raises an ArgumentError when the dumped class is missing	Success		0.016
load	Marshal.load assigns classes to nested subclasses of Array correctly	Success		0.003
load	Marshal.load loads subclasses of Array with overridden << and push correctly	Success		0.002
load	Marshal.load raises a TypeError with bad Marshal version	Success		0.003
load	Marshal.load raises EOFError on loading an empty file	Success		0.003
load	Marshal.load returns an untainted object if source is untainted	Success		0.001
load	Marshal.load preserves taintedness of nested structure	Success		0.002
load	Marshal.load returns a trusted object if source is trusted	Success		0.001
load	Marshal.load returns an untrusted object if source is untrusted	Success		0.002
load	Marshal.load loads a nil	Success		0.000
load	Marshal.load loads a 1..2	Success		0.001
load	Marshal.load loads a 1...2	Success		0.001
load	Marshal.load loads a 'a'..'b'	Success		0.001
load	Marshal.load loads a Struct	Success		0.001
load	Marshal.load loads a Symbol	Success		0.000
load	Marshal.load loads a true	Success		0.000
load	Marshal.load loads a false	Success		0.000
load	Marshal.load loads a String empty	Success		0.001
load	Marshal.load loads a String small	Success		0.000
load	Marshal.load loads a String big	Success		0.001
load	Marshal.load loads a String extended	Success		0.001
load	Marshal.load loads a String subclass	Success		0.001
load	Marshal.load loads a String subclass extended	Success		0.001
load	Marshal.load loads a Symbol small	Success		0.000
load	Marshal.load loads a Symbol big	Success		0.001
load	Marshal.load loads a Bignum -2**64	Success		0.002
load	Marshal.load loads a Bignum -2**63	Success		0.001
load	Marshal.load loads a Fixnum -2**24	Success		0.001
load	Marshal.load loads a Fixnum -4516727	Success		0.000
load	Marshal.load loads a Fixnum -2**16	Success		0.000
load	Marshal.load loads a Fixnum -2**?	Success		0.000
load	Marshal.load loads a Fixnum -123	Success		0.000
load	Marshal.load loads a Fixnum -124	Success		0.000
load	Marshal.load loads a Fixnum 0	Success		0.000
load	Marshal.load loads a Fixnum 5	Success		0.000
load	Marshal.load loads a Fixnum 122	Success		0.000
load	Marshal.load loads a Fixnum 123	Success		0.000
load	Marshal.load loads a Fixnum 2**?	Success		0.000
load	Marshal.load loads a Fixnum 2**16	Success		0.001
load	Marshal.load loads a Fixnum 2**24	Success		0.000
load	Marshal.load loads a Bignum 2**64	Success		0.001
load	Marshal.load loads a Bignum 2**90	Success		0.001
load	Marshal.load loads a Class String	Success		0.001
load	Marshal.load loads a Module Marshal	Success		0.001
load	Marshal.load loads a Module nested	Success		0.001
load	Marshal.load loads a _dump object	Success		0.002
load	Marshal.load loads a _dump object extended	Success		0.001
load	Marshal.load loads a marshal_dump object	Success		0.001
load	Marshal.load loads a Regexp	Success		0.001
load	Marshal.load loads a Regexp subclass /i	Success		0.001
load	Marshal.load loads a Float 0.0	Success		0.001
load	Marshal.load loads a Float -0.0	Success		0.000
load	Marshal.load loads a Float Infinity	Success		0.000
load	Marshal.load loads a Float -Infinity	Success		0.000
load	Marshal.load loads a Float 1.0	Success		0.000
load	Marshal.load loads a Float ?323434.342	Success		0.001
load	Marshal.load loads a Float 1.0799999999999912	Success		0.001
load	Marshal.load loads a Hash	Success		0.001
load	Marshal.load loads a Hash subclass	Success		0.001
load	Marshal.load loads a Array	Success		0.001
load	Marshal.load loads a Array subclass	Success		0.001
load	Marshal.load loads a nil	Success		0.000
load	Marshal.load loads a 1..2	Success		0.001
load	Marshal.load loads a 1...2	Success		0.001
load	Marshal.load loads a 'a'..'b'	Success		0.001
load	Marshal.load loads a Struct	Success		0.001
load	Marshal.load loads a Symbol	Success		0.000
load	Marshal.load loads a true	Success		0.000
load	Marshal.load loads a false	Success		0.000
load	Marshal.load loads a String empty	Success		0.001
load	Marshal.load loads a String small	Success		0.001
load	Marshal.load loads a String big	Success		0.001
load	Marshal.load loads a String extended	Success		0.001
load	Marshal.load loads a String subclass	Success		0.001
load	Marshal.load loads a String subclass extended	Success		0.001
load	Marshal.load loads a Symbol small	Success		0.000
load	Marshal.load loads a Symbol big	Success		0.000
load	Marshal.load loads a Bignum -2**64	Success		0.001
load	Marshal.load loads a Bignum -2**63	Success		0.001
load	Marshal.load loads a Fixnum -2**24	Success		0.000
load	Marshal.load loads a Fixnum -2**16	Success		0.000
load	Marshal.load loads a Fixnum -2**?	Success		0.000
load	Marshal.load loads a Fixnum -123	Success		0.000
load	Marshal.load loads a Fixnum 0	Success		0.000
load	Marshal.load loads a Fixnum 5	Success		0.000
load	Marshal.load loads a Fixnum 2**?	Success		0.000
load	Marshal.load loads a Fixnum 2**16	Success		0.000
load	Marshal.load loads a Fixnum 2**24	Success		0.000
load	Marshal.load loads a Bignum 2**64	Success		0.001
load	Marshal.load loads a Bignum 2**90	Success		0.001
load	Marshal.load loads a Class String	Success		0.001
load	Marshal.load loads a Module Marshal	Success		0.001
load	Marshal.load loads a Module nested	Success		0.001
load	Marshal.load loads a _dump object	Success		0.001
load	Marshal.load loads a _dump object extended	Success		0.001
load	Marshal.load loads a marshal_dump object	Success		0.001
load	Marshal.load loads a Regexp	Success		0.001
load	Marshal.load loads a Regexp subclass /i	Success		0.001
load	Marshal.load loads a Float 0.0	Success		0.000
load	Marshal.load loads a Float -0.0	Success		0.000
load	Marshal.load loads a Float Infinity	Success		0.000
load	Marshal.load loads a Float -Infinity	Success		0.000
load	Marshal.load loads a Float 1.0	Success		0.000
load	Marshal.load loads a Hash	Success		0.001
load	Marshal.load loads a Hash subclass	Success		0.001
load	Marshal.load loads a Array	Success		0.001
load	Marshal.load loads a Array subclass	Success		0.001
load	Marshal.load raises an ArgumentError with full constant name when the dumped constant is missing	Success		0.002
load	Marshal.load when called with a proc returns the value of the proc	Skipped	tagged	0.000
load	Marshal.load when called with a proc calls the proc for recursively visited data	Skipped	tagged	0.000
load	Marshal.load when called with a proc loads an Array with proc	Skipped	tagged	0.000
load	Marshal.load when called on objects with custom _dump methods does not set instance variables of an object with user-defined _dump/_load	Success		0.003
load	Marshal.load when called on objects with custom _dump methods that return an immediate value loads an array containing an instance of the object, followed by multiple instances of another object	Success		0.001
load	Marshal.load when called on objects with custom _dump methods that return an immediate value loads any structure with multiple references to the same object, followed by multiple instances of another object	Success		0.003
load	Marshal.load when called on objects with custom _dump methods that return an immediate value loads an array containing references to multiple instances of the object, followed by multiple instances of another object	Success		0.001
load	Marshal.load when source is tainted returns a tainted object	Success		0.002
load	Marshal.load when source is tainted does not taint Symbols	Success		0.001
load	Marshal.load when source is tainted does not taint Fixnums	Success		0.002
load	Marshal.load when source is tainted does not taint Bignums	Success		0.001
load	Marshal.load when source is tainted does not taint Floats	Success		0.002
load	Marshal.load for an Array loads an array containing the same objects	Skipped	tagged	0.000
load	Marshal.load for an Array loads an array having ivar	Success		0.002
load	Marshal.load for an Array loads an extended Array object containing a user-marshaled object	Success		0.002
load	Marshal.load for a Hash loads an extended_user_hash with a parameter to initialize	Success		0.002
load	Marshal.load for a Hash loads an extended hash object containing a user-marshaled object	Success		0.002
load	Marshal.load for a Hash preserves hash ivars when hash contains a string having ivar	Success		0.004
load	Marshal.load for a String loads a string having ivar with ref to self	Success		0.001
load	Marshal.load for a String loads a string through StringIO stream	Success		0.002
load	Marshal.load for a String loads a string with an ivar	Success		0.001
load	Marshal.load for a String loads a String subclass with custom constructor	Success		0.001
load	Marshal.load for a String loads a US-ASCII String	Success		0.001
load	Marshal.load for a String loads a UTF-? String	Success		0.001
load	Marshal.load for a String loads a String in another encoding	Success		0.002
load	Marshal.load for a String loads a String as ASCII-?BIT if no encoding is specified at the end	Success		0.001
load	Marshal.load for a Struct loads a extended_struct having fields with same objects	Success		0.005
load	Marshal.load for a Struct loads a struct having ivar	Success		0.003
load	Marshal.load for a Struct loads a struct having fields	Success		0.003
load	Marshal.load for a Struct does not call initialize on the unmarshaled struct	Success		0.003
load	Marshal.load for an Exception loads a marshalled exception with no message	Skipped	tagged	0.000
load	Marshal.load for an Exception loads a marshalled exception with a message	Skipped	tagged	0.000
load	Marshal.load for an Exception loads a marshalled exception with a backtrace	Skipped	tagged	0.000
load	Marshal.load for a user Class raises ArgumentError if the object from an 'o' stream is not dumpable as 'o' type user class	Skipped	tagged	0.000
load	Marshal.load for a user Class loads a user-marshaled extended object	Success		0.001
load	Marshal.load for a user Class loads a user_object	Success		0.001
load	Marshal.load for a user Class loads an object	Success		0.001
load	Marshal.load for a user Class loads an extended Object	Success		0.001
load	Marshal.load for a user Class loads an object having ivar	Success		0.001
load	Marshal.load for a user Class that extends a core type other than Object or BasicObject raises ArgumentError if the resulting class does not extend the same type	Skipped	tagged	0.000
load	Marshal.load for a Regexp loads an extended Regexp	Success		0.001
load	Marshal.load for a Regexp loads a extended_user_regexp having ivar	Success		0.002
load	Marshal.load for a Float loads a Float NaN	Success		0.001
load	Marshal.load for a Float loads a Float 1.3	Success		0.001
load	Marshal.load for a Float loads a Float -5.1?67345e-22	Success		0.001
load	Marshal.load for a Float loads a Float 1.1?67345e+22	Success		0.001
load	Marshal.load for a Integer loads 0	Success		0.001
load	Marshal.load for a Integer loads an Integer ?	Success		0.000
load	Marshal.load for a Integer loads and Integer -?	Success		0.000
load	Marshal.load for a Integer loads an Integer 1234	Success		0.000
load	Marshal.load for a Integer loads an Integer -1234	Success		0.000
load	Marshal.load for a Integer loads an Integer 46116?601?4273?7903	Success		0.001
load	Marshal.load for a Integer loads an Integer -46116?601?4273?7903	Success		0.001
load	Marshal.load for a Integer loads an Integer 23611?3241434?22606?47	Success		0.001
load	Marshal.load for a Integer loads an Integer -23611?3241434?22606?47	Success		0.001
load	Marshal.load for a Integer raises ArgumentError if the input is too short	Success		0.003
load	Marshal.load for a Integer roundtrips 46116?601?4273?7903 from dump/load correctly	Success		0.001
load	Marshal.load for a Rational loads	Success		0.003
load	Marshal.load for a Complex loads	Success		0.002
load	Marshal.load for a Bignum that is Bignum on 32-bit platforms but Fixnum on 64-bit dumps a Fixnum	Success		0.001
load	Marshal.load for a Bignum that is Bignum on 32-bit platforms but Fixnum on 64-bit dumps an array containing multiple references to the Bignum as an array of Fixnum	Success		0.001
load	Marshal.load for a Time loads	Success		0.012
load	Marshal.load for a Time loads serialized instance variables	Success		0.006
load	Marshal.load for a Time loads Time objects stored as links	Success		0.004
load	Marshal.load for a Time loads the zone	Success		0.005
load	Marshal.load for a Time loads nanoseconds	Success		0.004
load	Marshal.load for nil loads	Success		0.001
load	Marshal.load for true loads	Success		0.001
load	Marshal.load for false loads	Success		0.001
load	Marshal.load for a Class loads	Success		0.001
load	Marshal.load for a Class raises ArgumentError if given the name of a non-Module	Success		0.001
load	Marshal.load for a Class raises ArgumentError if given a nonexistent class	Success		0.001
load	Marshal.load for a Module loads a module	Success		0.001
load	Marshal.load for a Module raises ArgumentError if given the name of a non-Class	Success		0.001
load	Marshal.load for a Module loads an old module	Success		0.001
load	Marshal.load for a wrapped C pointer loads	Skipped	tagged	0.000
load	Marshal.load for a wrapped C pointer raises ArgumentError when the local class is a regular object	Skipped	tagged	0.000
load	Marshal.load for a wrapped C pointer raises TypeError when the local class is missing _load_data	Success		0.009
load	Marshal.load when a class does not exist in the namespace raises an ArgumentError	Skipped	tagged	0.000
major_version	Marshal::MAJOR_VERSION is 4	Success		0.001
minor_version	Marshal::MINOR_VERSION is ?	Success		0.000
restore	Marshal.restore loads an array containing objects having _dump method, and with proc	Skipped	tagged	0.000
restore	Marshal.restore loads an array containing objects having marshal_dump method, and with proc	Skipped	tagged	0.000
restore	Marshal.restore loads a Random	Skipped	tagged	0.000
restore	Marshal.restore raises an ArgumentError when the dumped data is truncated	Success		0.003
restore	Marshal.restore raises an ArgumentError when the dumped class is missing	Success		0.012
restore	Marshal.restore assigns classes to nested subclasses of Array correctly	Success		0.002
restore	Marshal.restore loads subclasses of Array with overridden << and push correctly	Success		0.002
restore	Marshal.restore raises a TypeError with bad Marshal version	Success		0.001
restore	Marshal.restore raises EOFError on loading an empty file	Success		0.003
restore	Marshal.restore returns an untainted object if source is untainted	Success		0.001
restore	Marshal.restore preserves taintedness of nested structure	Success		0.002
restore	Marshal.restore returns a trusted object if source is trusted	Success		0.001
restore	Marshal.restore returns an untrusted object if source is untrusted	Success		0.002
restore	Marshal.restore loads a nil	Success		0.000
restore	Marshal.restore loads a 1..2	Success		0.001
restore	Marshal.restore loads a 1...2	Success		0.001
restore	Marshal.restore loads a 'a'..'b'	Success		0.001
restore	Marshal.restore loads a Struct	Success		0.001
restore	Marshal.restore loads a Symbol	Success		0.000
restore	Marshal.restore loads a true	Success		0.000
restore	Marshal.restore loads a false	Success		0.000
restore	Marshal.restore loads a String empty	Success		0.000
restore	Marshal.restore loads a String small	Success		0.000
restore	Marshal.restore loads a String big	Success		0.001
restore	Marshal.restore loads a String extended	Success		0.001
restore	Marshal.restore loads a String subclass	Success		0.001
restore	Marshal.restore loads a String subclass extended	Success		0.001
restore	Marshal.restore loads a Symbol small	Success		0.000
restore	Marshal.restore loads a Symbol big	Success		0.001
restore	Marshal.restore loads a Bignum -2**64	Success		0.001
restore	Marshal.restore loads a Bignum -2**63	Success		0.001
restore	Marshal.restore loads a Fixnum -2**24	Success		0.000
restore	Marshal.restore loads a Fixnum -4516727	Success		0.000
restore	Marshal.restore loads a Fixnum -2**16	Success		0.000
restore	Marshal.restore loads a Fixnum -2**?	Success		0.000
restore	Marshal.restore loads a Fixnum -123	Success		0.000
restore	Marshal.restore loads a Fixnum -124	Success		0.000
restore	Marshal.restore loads a Fixnum 0	Success		0.000
restore	Marshal.restore loads a Fixnum 5	Success		0.000
restore	Marshal.restore loads a Fixnum 122	Success		0.000
restore	Marshal.restore loads a Fixnum 123	Success		0.000
restore	Marshal.restore loads a Fixnum 2**?	Success		0.000
restore	Marshal.restore loads a Fixnum 2**16	Success		0.000
restore	Marshal.restore loads a Fixnum 2**24	Success		0.000
restore	Marshal.restore loads a Bignum 2**64	Success		0.001
restore	Marshal.restore loads a Bignum 2**90	Success		0.001
restore	Marshal.restore loads a Class String	Success		0.001
restore	Marshal.restore loads a Module Marshal	Success		0.001
restore	Marshal.restore loads a Module nested	Success		0.001
restore	Marshal.restore loads a _dump object	Success		0.001
restore	Marshal.restore loads a _dump object extended	Success		0.001
restore	Marshal.restore loads a marshal_dump object	Success		0.001
restore	Marshal.restore loads a Regexp	Success		0.001
restore	Marshal.restore loads a Regexp subclass /i	Success		0.001
restore	Marshal.restore loads a Float 0.0	Success		0.001
restore	Marshal.restore loads a Float -0.0	Success		0.000
restore	Marshal.restore loads a Float Infinity	Success		0.000
restore	Marshal.restore loads a Float -Infinity	Success		0.000
restore	Marshal.restore loads a Float 1.0	Success		0.000
restore	Marshal.restore loads a Float ?323434.342	Success		0.000
restore	Marshal.restore loads a Float 1.0799999999999912	Success		0.001
restore	Marshal.restore loads a Hash	Success		0.001
restore	Marshal.restore loads a Hash subclass	Success		0.001
restore	Marshal.restore loads a Array	Success		0.001
restore	Marshal.restore loads a Array subclass	Success		0.001
restore	Marshal.restore loads a nil	Success		0.000
restore	Marshal.restore loads a 1..2	Success		0.001
restore	Marshal.restore loads a 1...2	Success		0.001
restore	Marshal.restore loads a 'a'..'b'	Success		0.001
restore	Marshal.restore loads a Struct	Success		0.001
restore	Marshal.restore loads a Symbol	Success		0.000
restore	Marshal.restore loads a true	Success		0.000
restore	Marshal.restore loads a false	Success		0.000
restore	Marshal.restore loads a String empty	Success		0.001
restore	Marshal.restore loads a String small	Success		0.001
restore	Marshal.restore loads a String big	Success		0.001
restore	Marshal.restore loads a String extended	Success		0.001
restore	Marshal.restore loads a String subclass	Success		0.001
restore	Marshal.restore loads a String subclass extended	Success		0.001
restore	Marshal.restore loads a Symbol small	Success		0.000
restore	Marshal.restore loads a Symbol big	Success		0.000
restore	Marshal.restore loads a Bignum -2**64	Success		0.001
restore	Marshal.restore loads a Bignum -2**63	Success		0.001
restore	Marshal.restore loads a Fixnum -2**24	Success		0.000
restore	Marshal.restore loads a Fixnum -2**16	Success		0.000
restore	Marshal.restore loads a Fixnum -2**?	Success		0.000
restore	Marshal.restore loads a Fixnum -123	Success		0.000
restore	Marshal.restore loads a Fixnum 0	Success		0.000
restore	Marshal.restore loads a Fixnum 5	Success		0.000
restore	Marshal.restore loads a Fixnum 2**?	Success		0.000
restore	Marshal.restore loads a Fixnum 2**16	Success		0.000
restore	Marshal.restore loads a Fixnum 2**24	Success		0.000
restore	Marshal.restore loads a Bignum 2**64	Success		0.001
restore	Marshal.restore loads a Bignum 2**90	Success		0.001
restore	Marshal.restore loads a Class String	Success		0.001
restore	Marshal.restore loads a Module Marshal	Success		0.001
restore	Marshal.restore loads a Module nested	Success		0.001
restore	Marshal.restore loads a _dump object	Success		0.001
restore	Marshal.restore loads a _dump object extended	Success		0.001
restore	Marshal.restore loads a marshal_dump object	Success		0.001
restore	Marshal.restore loads a Regexp	Success		0.001
restore	Marshal.restore loads a Regexp subclass /i	Success		0.001
restore	Marshal.restore loads a Float 0.0	Success		0.000
restore	Marshal.restore loads a Float -0.0	Success		0.000
restore	Marshal.restore loads a Float Infinity	Success		0.000
restore	Marshal.restore loads a Float -Infinity	Success		0.000
restore	Marshal.restore loads a Float 1.0	Success		0.000
restore	Marshal.restore loads a Hash	Success		0.000
restore	Marshal.restore loads a Hash subclass	Success		0.001
restore	Marshal.restore loads a Array	Success		0.000
restore	Marshal.restore loads a Array subclass	Success		0.001
restore	Marshal.restore raises an ArgumentError with full constant name when the dumped constant is missing	Success		0.002
restore	Marshal.restore when called with a proc returns the value of the proc	Skipped	tagged	0.000
restore	Marshal.restore when called with a proc calls the proc for recursively visited data	Skipped	tagged	0.000
restore	Marshal.restore when called with a proc loads an Array with proc	Skipped	tagged	0.000
restore	Marshal.restore when called on objects with custom _dump methods does not set instance variables of an object with user-defined _dump/_load	Success		0.002
restore	Marshal.restore when called on objects with custom _dump methods that return an immediate value loads an array containing an instance of the object, followed by multiple instances of another object	Success		0.001
restore	Marshal.restore when called on objects with custom _dump methods that return an immediate value loads any structure with multiple references to the same object, followed by multiple instances of another object	Success		0.002
restore	Marshal.restore when called on objects with custom _dump methods that return an immediate value loads an array containing references to multiple instances of the object, followed by multiple instances of another object	Success		0.001
restore	Marshal.restore when source is tainted returns a tainted object	Success		0.002
restore	Marshal.restore when source is tainted does not taint Symbols	Success		0.001
restore	Marshal.restore when source is tainted does not taint Fixnums	Success		0.001
restore	Marshal.restore when source is tainted does not taint Bignums	Success		0.001
restore	Marshal.restore when source is tainted does not taint Floats	Success		0.001
restore	Marshal.restore for an Array loads an array containing the same objects	Skipped	tagged	0.000
restore	Marshal.restore for an Array loads an array having ivar	Success		0.001
restore	Marshal.restore for an Array loads an extended Array object containing a user-marshaled object	Success		0.002
restore	Marshal.restore for a Hash loads an extended_user_hash with a parameter to initialize	Success		0.001
restore	Marshal.restore for a Hash loads an extended hash object containing a user-marshaled object	Success		0.001
restore	Marshal.restore for a Hash preserves hash ivars when hash contains a string having ivar	Success		0.004
restore	Marshal.restore for a String loads a string having ivar with ref to self	Success		0.001
restore	Marshal.restore for a String loads a string through StringIO stream	Success		0.001
restore	Marshal.restore for a String loads a string with an ivar	Success		0.001
restore	Marshal.restore for a String loads a String subclass with custom constructor	Success		0.001
restore	Marshal.restore for a String loads a US-ASCII String	Success		0.001
restore	Marshal.restore for a String loads a UTF-? String	Success		0.001
restore	Marshal.restore for a String loads a String in another encoding	Success		0.001
restore	Marshal.restore for a String loads a String as ASCII-?BIT if no encoding is specified at the end	Success		0.001
restore	Marshal.restore for a Struct loads a extended_struct having fields with same objects	Success		0.004
restore	Marshal.restore for a Struct loads a struct having ivar	Success		0.003
restore	Marshal.restore for a Struct loads a struct having fields	Success		0.003
restore	Marshal.restore for a Struct does not call initialize on the unmarshaled struct	Success		0.002
restore	Marshal.restore for an Exception loads a marshalled exception with no message	Skipped	tagged	0.000
restore	Marshal.restore for an Exception loads a marshalled exception with a message	Skipped	tagged	0.000
restore	Marshal.restore for an Exception loads a marshalled exception with a backtrace	Skipped	tagged	0.000
restore	Marshal.restore for a user Class raises ArgumentError if the object from an 'o' stream is not dumpable as 'o' type user class	Skipped	tagged	0.000
restore	Marshal.restore for a user Class loads a user-marshaled extended object	Success		0.001
restore	Marshal.restore for a user Class loads a user_object	Success		0.001
restore	Marshal.restore for a user Class loads an object	Success		0.001
restore	Marshal.restore for a user Class loads an extended Object	Success		0.001
restore	Marshal.restore for a user Class loads an object having ivar	Success		0.001
restore	Marshal.restore for a user Class that extends a core type other than Object or BasicObject raises ArgumentError if the resulting class does not extend the same type	Skipped	tagged	0.000
restore	Marshal.restore for a Regexp loads an extended Regexp	Success		0.001
restore	Marshal.restore for a Regexp loads a extended_user_regexp having ivar	Success		0.001
restore	Marshal.restore for a Float loads a Float NaN	Success		0.001
restore	Marshal.restore for a Float loads a Float 1.3	Success		0.001
restore	Marshal.restore for a Float loads a Float -5.1?67345e-22	Success		0.001
restore	Marshal.restore for a Float loads a Float 1.1?67345e+22	Success		0.001
restore	Marshal.restore for a Integer loads 0	Success		0.001
restore	Marshal.restore for a Integer loads an Integer ?	Success		0.000
restore	Marshal.restore for a Integer loads and Integer -?	Success		0.000
restore	Marshal.restore for a Integer loads an Integer 1234	Success		0.000
restore	Marshal.restore for a Integer loads an Integer -1234	Success		0.000
restore	Marshal.restore for a Integer loads an Integer 46116?601?4273?7903	Success		0.001
restore	Marshal.restore for a Integer loads an Integer -46116?601?4273?7903	Success		0.001
restore	Marshal.restore for a Integer loads an Integer 23611?3241434?22606?47	Success		0.001
restore	Marshal.restore for a Integer loads an Integer -23611?3241434?22606?47	Success		0.001
restore	Marshal.restore for a Integer raises ArgumentError if the input is too short	Success		0.003
restore	Marshal.restore for a Integer roundtrips 46116?601?4273?7903 from dump/load correctly	Success		0.001
restore	Marshal.restore for a Rational loads	Success		0.002
restore	Marshal.restore for a Complex loads	Success		0.002
restore	Marshal.restore for a Bignum that is Bignum on 32-bit platforms but Fixnum on 64-bit dumps a Fixnum	Success		0.001
restore	Marshal.restore for a Bignum that is Bignum on 32-bit platforms but Fixnum on 64-bit dumps an array containing multiple references to the Bignum as an array of Fixnum	Success		0.001
restore	Marshal.restore for a Time loads	Success		0.004
restore	Marshal.restore for a Time loads serialized instance variables	Success		0.004
restore	Marshal.restore for a Time loads Time objects stored as links	Success		0.004
restore	Marshal.restore for a Time loads the zone	Success		0.003
restore	Marshal.restore for a Time loads nanoseconds	Success		0.003
restore	Marshal.restore for nil loads	Success		0.001
restore	Marshal.restore for true loads	Success		0.000
restore	Marshal.restore for false loads	Success		0.000
restore	Marshal.restore for a Class loads	Success		0.001
restore	Marshal.restore for a Class raises ArgumentError if given the name of a non-Module	Success		0.001
restore	Marshal.restore for a Class raises ArgumentError if given a nonexistent class	Success		0.001
restore	Marshal.restore for a Module loads a module	Success		0.001
restore	Marshal.restore for a Module raises ArgumentError if given the name of a non-Class	Success		0.001
restore	Marshal.restore for a Module loads an old module	Success		0.001
restore	Marshal.restore for a wrapped C pointer loads	Skipped	tagged	0.000
restore	Marshal.restore for a wrapped C pointer raises ArgumentError when the local class is a regular object	Skipped	tagged	0.000
restore	Marshal.restore for a wrapped C pointer raises TypeError when the local class is missing _load_data	Success		0.001
restore	Marshal.restore when a class does not exist in the namespace raises an ArgumentError	Skipped	tagged	0.000
begin	MatchData#begin returns the offset of the start of the nth element	Success		0.001
begin	MatchData#begin returns nil when the nth match isn't found	Success		0.001
begin	MatchData#begin returns the offset for multi byte strings	Success		0.001
begin	MatchData#begin returns the offset for multi byte strings with unicode regexp	Success		0.001
captures	MatchData#captures returns an array of the match captures	Success		0.001
element_reference	MatchData#[] acts as normal array indexing [index]	Success		0.001
element_reference	MatchData#[] supports accessors [start, length]	Success		0.001
element_reference	MatchData#[] supports ranges [start..end]	Success		0.001
element_reference	MatchData#[Symbol] returns the corresponding named match when given a Symbol	Success		0.001
element_reference	MatchData#[Symbol] returns the corresponding named match when given a String	Success		0.001
element_reference	MatchData#[Symbol] returns the matching version of multiple corresponding named match	Success		0.001
element_reference	MatchData#[Symbol] returns the last match when multiple named matches exist with the same name	Success		0.001
element_reference	MatchData#[Symbol] returns nil on non-matching named matches	Success		0.001
element_reference	MatchData#[Symbol] raises an IndexError if there is no named match corresponding to the Symbol	Success		0.001
element_reference	MatchData#[Symbol] raises an IndexError if there is no named match corresponding to the String	Success		0.001
element_reference	MatchData#[Symbol] returns matches in the String's encoding	Success		0.001
end	MatchData#end returns the offset of the end of the nth element	Success		0.001
end	MatchData#end returns nil when the nth match isn't found	Success		0.000
end	MatchData#end returns the offset for multi byte strings	Success		0.001
end	MatchData#end returns the offset for multi byte strings with unicode regexp	Success		0.001
eql	MatchData#eql? returns true if both operands have equal target strings, patterns, and match positions	Success		0.001
eql	MatchData#eql? returns false if the operands have different target strings	Success		0.001
eql	MatchData#eql? returns false if the operands have different patterns	Success		0.001
eql	MatchData#eql? returns false if the argument is not a MatchData object	Success		0.000
equal_value	MatchData#== returns true if both operands have equal target strings, patterns, and match positions	Success		0.001
equal_value	MatchData#== returns false if the operands have different target strings	Success		0.001
equal_value	MatchData#== returns false if the operands have different patterns	Success		0.001
equal_value	MatchData#== returns false if the argument is not a MatchData object	Success		0.000
hash	MatchData#hash needs to be reviewed for spec completeness	Success		0.000
inspect	MatchData#inspect returns a String	Success		0.002
inspect	MatchData#inspect returns a human readable representation that contains entire matched string and the captures	Success		0.001
length	MatchData#length length should return the number of elements in the match array	Success		0.001
names	MatchData#names returns an Array	Success		0.002
names	MatchData#names sets each element to a String	Success		0.001
names	MatchData#names returns the names of the named capture groups	Success		0.001
names	MatchData#names returns [] if there were no named captures	Success		0.001
names	MatchData#names returns each name only once	Success		0.001
names	MatchData#names equals Regexp#names	Success		0.001
offset	MatchData#offset returns a two element array with the begin and end of the nth match	Success		0.001
offset	MatchData#offset returns [nil, nil] when the nth match isn't found	Success		0.001
offset	MatchData#offset returns the offset for multi byte strings	Success		0.001
offset	MatchData#offset returns the offset for multi byte strings with unicode regexp	Success		0.001
post_match	MatchData#post_match returns the string after the match equiv. special var $'	Success		0.001
post_match	MatchData#post_match keeps taint status from the source string	Success		0.001
post_match	MatchData#post_match keeps untrusted status from the source string	Success		0.001
post_match	MatchData#post_match sets the encoding to the encoding of the source String	Success		0.000
post_match	MatchData#post_match sets an empty result to the encoding of the source String	Success		0.000
pre_match	MatchData#pre_match returns the string before the match, equiv. special var $`	Success		0.001
pre_match	MatchData#pre_match keeps taint status from the source string	Success		0.001
pre_match	MatchData#pre_match keeps untrusted status from the source string	Success		0.001
pre_match	MatchData#pre_match sets the encoding to the encoding of the source String	Success		0.000
pre_match	MatchData#pre_match sets an empty result to the encoding of the source String	Success		0.000
regexp	MatchData#regexp returns a Regexp object	Success		0.001
regexp	MatchData#regexp returns the pattern used in the match	Success		0.001
size	MatchData#size length should return the number of elements in the match array	Success		0.001
string	MatchData#string returns a copy of the match string	Success		0.001
string	MatchData#string returns a frozen copy of the match string	Success		0.001
to_a	MatchData#to_a returns an array of matches	Success		0.001
to_s	MatchData#to_s returns the entire matched string	Success		0.001
values_at	MatchData#values_at returns an array of the matching value	Success		0.002
values_at	MatchData#values_at when passed a Range returns an array of the matching value	Success		0.001
acos	Math.acos returns a float	Success		0.001
acos	Math.acos returns the arccosine of the argument	Success		0.001
acos	Math.acos raises a TypeError if the string argument cannot be coerced with Float()	Success		0.001
acos	Math.acos returns NaN given NaN	Success		0.000
acos	Math.acos raises a TypeError if the argument cannot be coerced with Float()	Success		0.001
acos	Math.acos raises a TypeError if the argument is nil	Success		0.001
acos	Math.acos accepts any argument that can be coerced with Float()	Success		0.001
acos	Math#acos is accessible as a private instance method	Success		0.000
acosh	Math.acosh returns a float	Success		0.001
acosh	Math.acosh returns the principle value of the inverse hyperbolic cosine of the argument	Success		0.001
acosh	Math.acosh raises a TypeError if the argument cannot be coerced with Float()	Success		0.001
acosh	Math.acosh returns NaN given NaN	Success		0.000
acosh	Math.acosh raises a TypeError if the argument is nil	Success		0.001
acosh	Math.acosh accepts any argument that can be coerced with Float()	Success		0.000
acosh	Math#acosh is accessible as a private instance method	Success		0.000
asin	Math.asin returns a float	Success		0.001
asin	Math.asin returns the arcsine of the argument	Success		0.001
asin	Math.asin raises a TypeError if the argument cannot be coerced with Float()	Success		0.001
asin	Math.asin returns NaN given NaN	Success		0.000
asin	Math.asin raises a TypeError if the argument is nil	Success		0.001
asin	Math.asin accepts any argument that can be coerced with Float()	Success		0.000
asin	Math#asin is accessible as a private instance method	Success		0.000
asinh	Math.asinh returns a float	Success		0.001
asinh	Math.asinh returns the inverse hyperbolic sin of the argument	Success		0.001
asinh	Math.asinh raises a TypeError if the argument cannot be coerced with Float()	Success		0.001
asinh	Math.asinh returns NaN given NaN	Success		0.000
asinh	Math.asinh raises a TypeError if the argument is nil	Success		0.001
asinh	Math.asinh accepts any argument that can be coerced with Float()	Success		0.000
asinh	Math#asinh is accessible as a private instance method	Success		0.000
atan	Math.atan returns a float	Success		0.001
atan	Math.atan returns the arctangent of the argument	Success		0.001
atan	Math.atan raises a TypeError if the argument cannot be coerced with Float()	Success		0.001
atan	Math.atan returns NaN given NaN	Success		0.000
atan	Math.atan raises a TypeError if the argument is nil	Success		0.001
atan	Math.atan accepts any argument that can be coerced with Float()	Success		0.000
atan	Math#atan is accessible as a private instance method	Success		0.000
atan2	Math.atan2 returns a float	Success		0.000
atan2	Math.atan2 returns the arc tangent of y, x	Success		0.001
atan2	Math.atan2 raises a TypeError if the argument cannot be coerced with Float()	Success		0.001
atan2	Math.atan2 raises a TypeError if the argument is nil	Success		0.001
atan2	Math.atan2 accepts any argument that can be coerced with Float()	Success		0.000
atan2	Math.atan2 returns positive zero when passed 0.0, 0.0	Success		0.000
atan2	Math.atan2 returns negative zero when passed -0.0, 0.0	Success		0.000
atan2	Math.atan2 returns Pi when passed 0.0, -0.0	Success		0.000
atan2	Math.atan2 returns -Pi when passed -0.0, -0.0	Success		0.000
atan2	Math#atan2 is accessible as a private instance method	Success		0.000
atanh	Math.atanh returns a float	Success		0.001
atanh	Math.atanh returns the inverse hyperbolic tangent of the argument	Success		0.001
atanh	Math.atanh raises a TypeError if the argument is nil	Success		0.001
atanh	Math.atanh raises a TypeError if the argument is not a Numeric	Success		0.001
atanh	Math.atanh returns Infinity if x == 1.0	Success		0.000
atanh	Math.atanh return -Infinity if x == -1.0	Success		0.000
atanh	Math.atanh raises a Math::DomainError for arguments greater than 1.0	Success		0.001
atanh	Math.atanh raises a Math::DomainError for arguments less than -1.0	Success		0.001
atanh	Math#atanh is a private instance method	Success		0.001
atanh	Math#atanh returns a float	Success		0.000
atanh	Math#atanh returns the inverse hyperbolic tangent of the argument	Success		0.001
atanh	Math#atanh raises a TypeError if the argument is nil	Success		0.000
atanh	Math#atanh raises a TypeError if the argument is not a Numeric	Success		0.000
atanh	Math#atanh returns Infinity if x == 1.0	Success		0.000
atanh	Math#atanh return -Infinity if x == -1.0	Success		0.000
atanh	Math#atanh raises a Math::DomainError for arguments greater than 1.0	Success		0.000
atanh	Math#atanh raises a Math::DomainError for arguments less than -1.0	Success		0.000
cbrt	Math.cbrt returns a float	Success		0.002
cbrt	Math.cbrt returns the cubic root of the argument	Success		0.001
cbrt	Math.cbrt raises a TypeError if the argument cannot be coerced with Float()	Success		0.001
cbrt	Math.cbrt raises a TypeError if the argument is nil	Success		0.001
cbrt	Math.cbrt accepts any argument that can be coerced with Float()	Success		0.000
constants	Math::PI approximates the value of pi	Success		0.000
constants	Math::PI is accessible to a class that includes Math	Success		0.000
constants	Math::E approximates the value of Napier's constant	Success		0.000
constants	Math::E is accessible to a class that includes Math	Success		0.000
cos	Math.cos returns a float	Success		0.000
cos	Math.cos returns the cosine of the argument expressed in radians	Success		0.001
cos	Math.cos raises a TypeError unless the argument is Numeric and has #to_f	Success		0.001
cos	Math.cos returns NaN given NaN	Success		0.000
cos	Math.cos raises a TypeError if the argument is nil	Success		0.001
cos	Math.cos coerces its argument with #to_f	Success		0.002
cos	Math#cos is accessible as a private instance method	Success		0.000
cosh	Math.cosh returns a float	Success		0.001
cosh	Math.cosh returns the hyperbolic cosine of the argument	Success		0.001
cosh	Math.cosh raises a TypeError if the argument cannot be coerced with Float()	Success		0.001
cosh	Math.cosh returns NaN given NaN	Success		0.000
cosh	Math.cosh raises a TypeError if the argument is nil	Success		0.001
cosh	Math.cosh accepts any argument that can be coerced with Float()	Success		0.000
cosh	Math#cosh is accessible as a private instance method	Success		0.000
erf	Math.erf returns a float	Success		0.001
erf	Math.erf returns the error function of the argument	Success		0.001
erf	Math.erf raises a TypeError if the argument cannot be coerced with Float()	Success		0.001
erf	Math.erf returns NaN given NaN	Success		0.000
erf	Math.erf raises a TypeError if the argument is nil	Success		0.001
erf	Math.erf accepts any argument that can be coerced with Float()	Success		0.000
erf	Math#erf is accessible as a private instance method	Success		0.000
erfc	Math.erfc returns a float	Success		0.000
erfc	Math.erfc returns the complementary error function of the argument	Success		0.002
erfc	Math.erfc raises a TypeError if the argument cannot be coerced with Float()	Success		0.001
erfc	Math.erfc returns NaN given NaN	Success		0.000
erfc	Math.erfc raises a TypeError if the argument is nil	Success		0.001
erfc	Math.erfc accepts any argument that can be coerced with Float()	Success		0.000
erfc	Math#erfc is accessible as a private instance method	Success		0.000
exp	Math.exp returns a float	Success		0.000
exp	Math.exp returns the base-e exponential of the argument	Success		0.001
exp	Math.exp raises a TypeError if the argument cannot be coerced with Float()	Success		0.001
exp	Math.exp returns NaN given NaN	Success		0.000
exp	Math.exp raises a TypeError if the argument is nil	Success		0.001
exp	Math.exp accepts any argument that can be coerced with Float()	Success		0.000
exp	Math#exp is accessible as a private instance method	Success		0.000
frexp	Math.frexp returns the normalized fraction and exponent	Success		0.001
frexp	Math.frexp raises a TypeError if the argument cannot be coerced with Float()	Success		0.001
frexp	Math.frexp returns NaN given NaN	Success		0.000
frexp	Math.frexp raises a TypeError if the argument is nil	Success		0.001
frexp	Math.frexp accepts any argument that can be coerced with Float()	Success		0.001
frexp	Math#frexp is accessible as a private instance method	Success		0.001
gamma	Math.gamma returns +infinity given 0	Success		0.001
gamma	Math.gamma returns -infinity given -0.0	Success		0.001
gamma	Math.gamma returns Math.sqrt(Math::PI) given 0.5	Success		0.001
gamma	Math.gamma returns exactly (n-1)! given n for n between 2 and 23	Success		0.002
gamma	Math.gamma returns approximately (n-1)! given n for n between 24 and 30	Success		0.002
gamma	Math.gamma returns good numerical approximation for gamma(3.2)	Success		0.000
gamma	Math.gamma returns good numerical approximation for gamma(-2.15)	Success		0.000
gamma	Math.gamma returns good numerical approximation for gamma(0.00001)	Success		0.000
gamma	Math.gamma returns good numerical approximation for gamma(-0.00001)	Success		0.000
gamma	Math.gamma raises Math::DomainError given -1	Success		0.001
gamma	Math.gamma returns +infinity given +infinity	Success		0.000
gamma	Math.gamma raises Math::DomainError given negative infinity	Success		0.001
gamma	Math.gamma returns NaN given NaN	Success		0.000
hypot	Math.hypot returns a float	Success		0.000
hypot	Math.hypot returns the length of the hypotenuse of a right triangle with legs given by the arguments	Success		0.001
hypot	Math.hypot raises a TypeError if the argument cannot be coerced with Float()	Success		0.001
hypot	Math.hypot returns NaN given NaN	Success		0.001
hypot	Math.hypot raises a TypeError if the argument is nil	Success		0.001
hypot	Math.hypot accepts any argument that can be coerced with Float()	Success		0.000
hypot	Math#hypot is accessible as a private instance method	Success		0.000
ldexp	Math.ldexp returns a float	Success		0.000
ldexp	Math.ldexp returns the argument multiplied by 2**n	Success		0.001
ldexp	Math.ldexp raises a TypeError if the first argument cannot be coerced with Float()	Success		0.001
ldexp	Math.ldexp returns NaN given NaN	Success		0.000
ldexp	Math.ldexp raises RangeError if NaN is given as the second arg	Success		0.001
ldexp	Math.ldexp raises a TypeError if the second argument cannot be coerced with Integer()	Success		0.001
ldexp	Math.ldexp raises a TypeError if the first argument is nil	Success		0.001
ldexp	Math.ldexp raises a TypeError if the second argument is nil	Success		0.001
ldexp	Math.ldexp accepts any first argument that can be coerced with Float()	Success		0.000
ldexp	Math.ldexp accepts any second argument that can be coerced with Integer()	Success		0.000
ldexp	Math#ldexp is accessible as a private instance method	Success		0.000
lgamma	Math.lgamma returns [Infinity, 1] when passed 0	Success		0.001
lgamma	Math.lgamma returns [Infinity, 1] when passed -1	Success		0.001
lgamma	Math.lgamma returns [log(sqrt(PI)), 1] when passed 0.5	Success		0.001
lgamma	Math.lgamma returns [log(2/3*PI, 1] when passed 6.0	Success		0.001
lgamma	Math.lgamma returns an approximate value when passed -0.5	Success		0.000
lgamma	Math.lgamma returns an approximate value when passed -1.5	Success		0.000
lgamma	Math.lgamma raises Math::DomainError when passed -Infinity	Success		0.001
lgamma	Math.lgamma returns [Infinity, 1] when passed Infinity	Success		0.000
lgamma	Math.lgamma returns [NaN, 1] when passed NaN	Success		0.000
log	Math.log returns a float	Success		0.001
log	Math.log returns the natural logarithm of the argument	Success		0.001
log	Math.log raises a TypeError if the argument cannot be coerced with Float()	Success		0.001
log	Math.log raises a TypeError for numerical values passed as string	Success		0.001
log	Math.log accepts a second argument for the base	Success		0.001
log	Math.log raises a TypeError when the numerical base cannot be coerced to a float	Success		0.001
log	Math.log returns NaN given NaN	Success		0.000
log	Math.log raises a TypeError if the argument is nil	Success		0.001
log	Math.log accepts any argument that can be coerced with Float()	Success		0.000
log	Math#log is accessible as a private instance method	Success		0.000
log10	Math.log10 returns a float	Success		0.001
log10	Math.log10 returns the base-10 logarithm of the argument	Success		0.001
log10	Math.log10 raises a TypeError if the argument cannot be coerced with Float()	Success		0.001
log10	Math.log10 returns NaN given NaN	Success		0.000
log10	Math.log10 raises a TypeError if the argument is nil	Success		0.001
log10	Math.log10 accepts any argument that can be coerced with Float()	Success		0.000
log10	Math#log10 is accessible as a private instance method	Success		0.000
log2	Math.log2 returns a float	Success		0.001
log2	Math.log2 returns the natural logarithm of the argument	Success		0.000
log2	Math.log2 raises an Errno::EDOM if the argument is less than 0	Success		0.001
log2	Math.log2 raises a TypeError if the argument cannot be coerced with Float()	Success		0.001
log2	Math.log2 raises a TypeError if passed a numerical argument as a string	Success		0.001
log2	Math.log2 returns NaN given NaN	Success		0.000
log2	Math.log2 raises a TypeError if the argument is nil	Success		0.001
log2	Math.log2 accepts any argument that can be coerced with Float()	Success		0.000
sin	Math.sin returns a float	Success		0.000
sin	Math.sin returns the sine of the argument expressed in radians	Success		0.001
sin	Math.sin raises a TypeError if the argument cannot be coerced with Float()	Success		0.001
sin	Math.sin returns NaN given NaN	Success		0.000
sin	Math.sin raises a TypeError if the argument is nil	Success		0.001
sin	Math.sin accepts any argument that can be coerced with Float()	Success		0.000
sin	Math#sin is accessible as a private instance method	Success		0.000
sinh	Math.sinh returns a float	Success		0.001
sinh	Math.sinh returns the hyperbolic sin of the argument	Success		0.001
sinh	Math.sinh raises a TypeError if the argument cannot be coerced with Float()	Success		0.001
sinh	Math.sinh returns NaN given NaN	Success		0.000
sinh	Math.sinh raises a TypeError if the argument is nil	Success		0.001
sinh	Math.sinh accepts any argument that can be coerced with Float()	Success		0.001
sinh	Math#sinh is accessible as a private instance method	Success		0.000
sqrt	Math.sqrt returns a float	Success		0.000
sqrt	Math.sqrt returns the square root of the argument	Success		0.001
sqrt	Math.sqrt raises a TypeError if the argument cannot be coerced with Float()	Success		0.001
sqrt	Math.sqrt returns NaN given NaN	Success		0.000
sqrt	Math.sqrt raises a TypeError if the argument is nil	Success		0.001
sqrt	Math.sqrt accepts any argument that can be coerced with Float()	Success		0.000
sqrt	Math#sqrt is accessible as a private instance method	Success		0.000
tan	Math.tan returns a float	Success		0.001
tan	Math.tan returns the tangent of the argument	Success		0.001
tan	Math.tan returns NaN if called with +-Infinitty	Success		0.000
tan	Math.tan raises a TypeError if the argument cannot be coerced with Float()	Success		0.001
tan	Math.tan returns NaN given NaN	Success		0.000
tan	Math.tan raises a TypeError if the argument is nil	Success		0.001
tan	Math.tan accepts any argument that can be coerced with Float()	Success		0.000
tan	Math#tan is accessible as a private instance method	Success		0.000
tanh	Math.tanh returns a float	Success		0.001
tanh	Math.tanh returns the hyperbolic tangent of the argument	Success		0.001
tanh	Math.tanh raises a TypeError if the argument cannot be coerced with Float()	Success		0.001
tanh	Math.tanh returns NaN given NaN	Success		0.000
tanh	Math.tanh raises a TypeError if the argument is nil	Success		0.001
tanh	Math.tanh accepts any argument that can be coerced with Float()	Success		0.000
tanh	Math#tanh is accessible as a private instance method	Success		0.000
arity	Method#arity returns zero for method definition 'def m() end'	Success		0.001
arity	Method#arity returns zero for method definition 'def n(&b) end'	Success		0.001
arity	Method#arity returns positive values for method definition def m(a) end def n(a, b) end def o(a, b, c) end def p(a, b, c, d) end	Success		0.001
arity	Method#arity returns positive values for method definition def m(a:) end def n(a:, b:) end def o(a: 1, b:, c:, d: 2) end	Success		0.002
arity	Method#arity returns positive values for method definition def m(a, b:) end def n(a, b:, &l) end	Success		0.001
arity	Method#arity returns positive values for method definition def m(a, b, c:, d: 1) end def n(a, b, c:, d: 1, **k, &l) end	Success		0.001
arity	Method#arity returns negative values for method definition def m(a: 1) end def n(a: 1, b: 2) end	Skipped	tagged	0.000
arity	Method#arity returns negative values for method definition def m(a=1, b: 2) end def n(a, b: 1) end def o(a=1, b: 2) end def p(a=1, b, c: 2, &l) end	Skipped	tagged	0.000
arity	Method#arity returns negative values for method definition def m(*k, &l) end def n(a, k) end def o(a: 1, b: 2, k) end	Skipped	tagged	0.000
arity	Method#arity returns negative values for method definition def m(a=1) end def n(a=1, b=2) end	Success		0.001
arity	Method#arity returns negative values for method definition def m(a, b=1) end def n(a, b, c=1, d=2) end	Success		0.001
arity	Method#arity returns negative values for method definition def m(a=1, b) end def n(a=1, b=2, c) end	Success		0.001
arity	Method#arity returns negative values for method definition def m() end def n(a) end	Success		0.001
arity	Method#arity returns negative values for method definition def m(a, ) end def n(a, b) end def o(a, b, c) end def p(a, b, c, d) end	Success		0.001
arity	Method#arity returns negative values for method definition def m(a, b) end def n(a, b, c) end def o(*a, b, c, d) end	Success		0.001
arity	Method#arity returns negative values for method definition def m(a, b, c) end def n(a, b, c, d, e) end	Success		0.001
arity	Method#arity returns negative values for method definition def m(a, b=1, c=2, d, e, f) end def n(a, b, c=1, d, e, f, g) end	Success		0.001
arity	Method#arity returns negative values for method definition 'def m(a=1, b, c:, d: 2, *k, &l) end'	Success		0.001
arity	Method#arity returns negative values for method definition def m(a, b=1, c, d, e:, f: 2, k, &l) end def n(a, b=1, c, d:, e:, f: 2, *k, &l) end def o(a=0, b=1, c, d, e:, f: 2, *k, &l) end def p(a=0, b=1, c, d:, e:, f: 2, **k, &l) end	Success		0.002
arity	Method#arity for a Method generated by respond_to_missing? returns -1	Skipped	tagged	0.000
arity	Method#arity for a Method generated by attr_reader return 0	Success		0.001
arity	Method#arity for a Method generated by attr_writer returns 1	Success		0.001
call	Method#call invokes the method with the specified arguments, returning the method's return value	Success		0.001
call	Method#call raises an ArgumentError when given incorrect number of arguments	Success		0.001
call	Method#call for a Method generated by respond_to_missing? invokes method_missing with the specified arguments and returns the result	Success		0.002
call	Method#call for a Method generated by respond_to_missing? invokes method_missing with the method name and the specified arguments	Success		0.002
call	Method#call for a Method generated by respond_to_missing? invokes method_missing dynamically	Success		0.001
call	Method#call for a Method generated by respond_to_missing? does not call the original method name even if it now exists	Success		0.001
clone	Method#clone returns a copy of the method	Skipped	tagged	0.000
curry	Method#curry returns a curried proc	Skipped	tagged	0.000
curry	Method#curry with optional arity argument returns a curried proc when given correct arity	Skipped	tagged	0.000
curry	Method#curry with optional arity argument raises ArgumentError when the method requires less arguments than the given arity	Skipped	tagged	0.000
curry	Method#curry with optional arity argument raises ArgumentError when the method requires more arguments than the given arity	Skipped	tagged	0.000
element_reference	Method#[] invokes the method with the specified arguments, returning the method's return value	Success		0.001
element_reference	Method#[] raises an ArgumentError when given incorrect number of arguments	Success		0.001
element_reference	Method#[] for a Method generated by respond_to_missing? invokes method_missing with the specified arguments and returns the result	Success		0.001
element_reference	Method#[] for a Method generated by respond_to_missing? invokes method_missing with the method name and the specified arguments	Success		0.002
element_reference	Method#[] for a Method generated by respond_to_missing? invokes method_missing dynamically	Success		0.001
element_reference	Method#[] for a Method generated by respond_to_missing? does not call the original method name even if it now exists	Success		0.001
eql	Method#eql? returns true on aliased methods	Skipped	tagged	0.000
eql	Method#eql? returns true if the two core methods are aliases	Skipped	tagged	0.000
eql	Method#eql? returns true if a method was defined using the other one	Skipped	tagged	0.000
eql	Method#eql? returns true if methods are the same	Success		0.001
eql	Method#eql? returns false on a method which is neither aliased nor the same method	Success		0.001
eql	Method#eql? returns false for a method which is not bound to the same object	Success		0.001
eql	Method#eql? returns false if the two methods are bound to the same object but were defined independently	Success		0.000
eql	Method#eql? returns false if comparing a method defined via define_method and def	Success		0.001
eql	Method#eql? returns false if the two methods are bound to different objects, have the same names, and identical bodies	Success		0.000
eql	Method#eql? returns false if the argument is not a Method object	Success		0.000
eql	Method#eql? returns false if the argument is an unbound version of self	Success		0.001
eql	Method#eql? missing methods returns true for the same method missing	Skipped	tagged	0.000
eql	Method#eql? missing methods calls respond_to_missing? with true to include private methods	Success		0.002
equal_value	Method#== returns true on aliased methods	Skipped	tagged	0.000
equal_value	Method#== returns true if the two core methods are aliases	Skipped	tagged	0.000
equal_value	Method#== returns true if a method was defined using the other one	Skipped	tagged	0.000
equal_value	Method#== returns true if methods are the same	Success		0.001
equal_value	Method#== returns false on a method which is neither aliased nor the same method	Success		0.000
equal_value	Method#== returns false for a method which is not bound to the same object	Success		0.001
equal_value	Method#== returns false if the two methods are bound to the same object but were defined independently	Success		0.000
equal_value	Method#== returns false if comparing a method defined via define_method and def	Success		0.000
equal_value	Method#== returns false if the two methods are bound to different objects, have the same names, and identical bodies	Success		0.001
equal_value	Method#== returns false if the argument is not a Method object	Success		0.001
equal_value	Method#== returns false if the argument is an unbound version of self	Success		0.000
equal_value	Method#== missing methods returns true for the same method missing	Skipped	tagged	0.000
equal_value	Method#== missing methods calls respond_to_missing? with true to include private methods	Success		0.002
hash	Method#hash returns the same value for user methods that are eql?	Skipped	tagged	0.000
hash	Method#hash returns the same value for builtin methods that are eql?	Skipped	tagged	0.000
hash	Method#hash needs to be reviewed for spec completeness	Success		0.000
inspect	Method#inspect returns a String	Success		0.001
inspect	Method#inspect returns a String for methods defined with attr_accessor	Success		0.001
inspect	Method#inspect returns a String containing 'Method'	Success		0.001
inspect	Method#inspect returns a String containing the method name	Success		0.001
inspect	Method#inspect returns a String containing the Module the method is defined in	Success		0.001
inspect	Method#inspect returns a String containing the Module the method is referenced from	Success		0.001
name	Method#name returns the name of the method	Success		0.000
name	Method#name returns the name even when aliased	Success		0.001
name	Method#name for a Method generated by respond_to_missing? returns the name passed to respond_to_missing?	Success		0.001
owner	Method#owner returns the owner of the method	Success		0.000
owner	Method#owner returns the same owner when aliased in the same classes	Success		0.001
owner	Method#owner returns the class/module it was defined in	Success		0.001
owner	Method#owner for a Method generated by respond_to_missing? returns the owner of the method	Success		0.001
parameters	Method#parameters returns [[:rest]] for a Method generated by respond_to_missing?	Skipped	tagged	0.000
parameters	Method#parameters return [[:req]] for a Method generated by attr_writer	Skipped	tagged	0.000
parameters	Method#parameters returns an empty Array when the method expects no arguments	Success		0.001
parameters	Method#parameters returns [[:req,:name]] for a method expecting one required argument called 'name'	Success		0.001
parameters	Method#parameters returns [[:req,:a],[:req,:b]] for a method expecting two required arguments called 'a' and 'b''	Success		0.001
parameters	Method#parameters returns [[:block,:blk]] for a method expecting one block argument called 'a'	Success		0.001
parameters	Method#parameters returns [[:req,:a],[:block,:b] for a method expecting a required argument ('a') and a block argument ('b')	Success		0.001
parameters	Method#parameters returns [[:req,:a],[:req,:b],[:block,:c] for a method expecting two required arguments ('a','b') and a block argument ('c')	Success		0.001
parameters	Method#parameters returns [[:opt,:a]] for a method expecting one optional argument ('a')	Success		0.001
parameters	Method#parameters returns [[:req,:a],[:opt,:b]] for a method expecting one required argument ('a') and one optional argument ('b')	Success		0.001
parameters	Method#parameters returns [[:req,:a],[:opt,:b]] for a method expecting one required argument ('a') and one optional argument ('b')	Success		0.001
parameters	Method#parameters returns [[:req,:a],[:opt,:b],[:opt,:c]] for a method expecting one required argument ('a') and two optional arguments ('b','c')	Success		0.001
parameters	Method#parameters returns [[:req,:a],[:req,:b],[:opt,:c]] for a method expecting two required arguments ('a','b') and one optional arguments ('c')	Success		0.001
parameters	Method#parameters returns [[:opt,:a],[:block,:b]] for a method expecting one required argument ('a') and one block argument ('b')	Success		0.001
parameters	Method#parameters returns [[:req,:a],[:opt,:b],[:block,:c]] for a method expecting one required argument ('a'), one optional argument ('b'), and a block ('c')	Success		0.001
parameters	Method#parameters returns [[:req,:a],[:opt,:b],[:opt,:c],[:block,:d]] for a method expecting one required argument ('a'), two optional arguments ('b','c'), and a block ('d')	Success		0.001
parameters	Method#parameters returns [[:rest,:a]] for a method expecting a single splat argument ('a')	Success		0.001
parameters	Method#parameters returns [[:req,:a],[:rest,:b]] for a method expecting a splat argument ('a') and a required argument ('b')	Success		0.001
parameters	Method#parameters returns [[:req,:a],[:req,:b],[:rest,:c]] for a method expecting two required arguments ('a','b') and a splat argument ('c')	Success		0.001
parameters	Method#parameters returns [[:req,:a],[:opt,:b],[:rest,:c]] for a method expecting a required argument ('a','b'), an optional argument ('b'), and a splat argument ('c')	Success		0.001
parameters	Method#parameters returns [[:req,:a],[:req,:b],[:opt,:b],[:rest,:d]] for a method expecting two required arguments ('a','b'), an optional argument ('c'), and a splat argument ('d')	Success		0.001
parameters	Method#parameters returns [[:req,:a],[:opt,:b],[:opt,:c],[:rest,:d]] for a method expecting a required argument ('a'), two optional arguments ('b','c'), and a splat argument ('d')	Success		0.001
parameters	Method#parameters returns [[:rest,:a],[:block,:b]] for a method expecting a splat argument ('a') and a block argument ('b')	Success		0.001
parameters	Method#parameters returns [[:req,:a],[:rest,:b],[:block,:c]] for a method expecting a required argument ('a'), a splat argument ('b'), and a block ('c')	Success		0.001
parameters	Method#parameters returns [[:req,:a],[:req,:b],[:rest,:c],[:block,:d]] for a method expecting two required arguments ('a','b'), a splat argument ('c'), and a block ('d')	Success		0.001
parameters	Method#parameters returns [[:req,:a],[:opt,:b],[:rest,:c],[:block,:d]] for a method expecting a required argument ('a'), a splat argument ('c'), and a block ('d')	Success		0.001
parameters	Method#parameters returns [[:req,:a],[:req,:b],[:opt,:c],[:block,:d]] for a method expecting two required arguments ('a','b'), an optional argument ('c'), a splat argument ('d'), and a block ('e')	Success		0.001
parameters	Method#parameters returns [[:rest,:a],[:req,:b]] for a method expecting a splat argument ('a') and a required argument ('b')	Success		0.001
parameters	Method#parameters returns [[:rest,:a],[:req,:b],[:req,:c]] for a method expecting a splat argument ('a') and two required arguments ('b','c')	Success		0.001
parameters	Method#parameters returns [[:rest,:a],[:req,:b],[:block,:c]] for a method expecting a splat argument ('a'), a required argument ('b'), and a block ('c')	Success		0.001
parameters	Method#parameters returns [[:key,:a]] for a method with a single optional keyword argument	Success		0.001
parameters	Method#parameters returns [[:keyrest,:a]] for a method with a keyword rest argument	Success		0.001
parameters	Method#parameters returns [[:keyreq,:a]] for a method with a single required keyword argument	Success		0.001
parameters	Method#parameters works with ->(){} as the value of an optional argument	Success		0.001
parameters	Method#parameters returns [] for a define_method method with explicit no-args \|\| specification	Success		0.000
parameters	Method#parameters returns [[:rest, :x]] for a define_method method with rest arg 'x' only	Success		0.001
parameters	Method#parameters returns [[:req, :x]] for a define_method method expecting one required argument 'x'	Success		0.001
parameters	Method#parameters returns [[:req, :x], [:req, :y]] for a define_method method expecting two required arguments 'x' and 'y'	Success		0.001
parameters	Method#parameters returns [] for a define_method method with no args specification	Success		0.000
parameters	Method#parameters returns [[:req]] for a define_method method with a grouping as its only argument	Success		0.001
parameters	Method#parameters returns [[:opt, :x]] for a define_method method with an optional argument 'x'	Success		0.001
parameters	Method#parameters adds nameless rest arg for "star" argument	Success		0.001
parameters	Method#parameters returns the args and block for a splat and block argument	Success		0.001
parameters	Method#parameters returns [] for a Method generated by attr_reader	Success		0.000
receiver	Method#receiver returns the receiver of the method	Success		0.001
receiver	Method#receiver returns the right receiver even when aliased	Success		0.001
receiver	Method#receiver for a Method generated by respond_to_missing? returns the receiver of the method	Success		0.001
source_location	Method#source_location returns an Array	Success		0.001
source_location	Method#source_location sets the first value to the path of the file in which the method was defined	Success		0.001
source_location	Method#source_location sets the last value to a Fixnum representing the line on which the method was defined	Success		0.001
source_location	Method#source_location returns the last place the method was defined	Success		0.000
source_location	Method#source_location returns the location of the original method even if it was aliased	Success		0.000
source_location	Method#source_location works for methods defined with a block	Success		0.001
source_location	Method#source_location works for methods defined with a Method	Success		0.001
source_location	Method#source_location works for methods defined with an UnboundMethod	Success		0.001
source_location	Method#source_location works for methods whose visibility has been overridden in a subclass	Success		0.001
source_location	Method#source_location for a Method generated by respond_to_missing? returns nil	Skipped	tagged	0.000
super_method	Method#super_method returns the method that would be called by super in the method	Skipped	tagged	0.000
super_method	Method#super_method returns nil when there's no super method in the parent	Skipped	tagged	0.000
super_method	Method#super_method returns nil when the parent's method is removed	Skipped	tagged	0.000
to_proc	Method#to_proc returns a Proc object corresponding to the method	Success		0.001
to_proc	Method#to_proc returns a Proc which does not depends on the value of self	Success		0.001
to_proc	Method#to_proc returns a Proc object with the correct arity	Success		0.003
to_proc	Method#to_proc returns a proc that can be used by define_method	Success		0.001
to_proc	Method#to_proc returns a proc that can be yielded to	Success		0.001
to_proc	Method#to_proc returns a proc that can receive a block	Success		0.001
to_proc	Method#to_proc can be called directly and not unwrap arguments like a block	Success		0.001
to_proc	Method#to_proc should correct handle arguments (unwrap)	Success		0.001
to_proc	Method#to_proc executes method with whole array (one argument)	Success		0.001
to_s	Method#to_s returns a String	Success		0.001
to_s	Method#to_s returns a String for methods defined with attr_accessor	Success		0.001
to_s	Method#to_s returns a String containing 'Method'	Success		0.001
to_s	Method#to_s returns a String containing the method name	Success		0.001
to_s	Method#to_s returns a String containing the Module the method is defined in	Success		0.001
to_s	Method#to_s returns a String containing the Module the method is referenced from	Success		0.001
unbind	Method#unbind returns an UnboundMethod	Success		0.001
unbind	Method#unbind returns a String containing 'UnboundMethod'	Success		0.001
unbind	Method#unbind returns a String containing the method name	Success		0.001
unbind	Method#unbind returns a String containing the Module the method is defined in	Success		0.001
unbind	Method#unbind returns a String containing the Module the method is referenced from	Success		0.001
unbind	Method#unbind rebinding UnboundMethod to Method's obj produces exactly equivalent Methods	Success		0.001
alias_method	Module#alias_method makes a copy of the method	Success		0.001
alias_method	Module#alias_method preserves the arguments information of the original methods	Success		0.001
alias_method	Module#alias_method retains method visibility	Success		0.001
alias_method	Module#alias_method handles aliasing a stub that changes visibility	Success		0.000
alias_method	Module#alias_method fails if origin method not found	Success		0.001
alias_method	Module#alias_method raises RuntimeError if frozen	Success		0.001
alias_method	Module#alias_method converts the names using #to_str	Success		0.002
alias_method	Module#alias_method raises a TypeError when the given name can't be converted using to_str	Success		0.001
alias_method	Module#alias_method is a private method	Success		0.001
alias_method	Module#alias_method returns self	Success		0.000
alias_method	Module#alias_method works in module	Success		0.000
alias_method	Module#alias_method works on private module methods in a module that has been reopened	Success		0.001
alias_method	Module#alias_method accesses a method defined on Object from Kernel	Success		0.003
alias_method	Module#alias_method can call a method with super aliased twice	Success		0.001
alias_method	Module#alias_method preserves original super call after alias redefine	Success		0.000
alias_method	Module#alias_method aliasing special methods keeps initialize private when aliasing	Success		0.001
alias_method	Module#alias_method aliasing special methods keeps initialize_copy private when aliasing	Success		0.001
alias_method	Module#alias_method aliasing special methods keeps initialize_clone private when aliasing	Success		0.001
alias_method	Module#alias_method aliasing special methods keeps initialize_dup private when aliasing	Success		0.001
alias_method	Module#alias_method aliasing special methods keeps respond_to_missing? private when aliasing	Success		0.001
allocate	Module.allocate returns an instance of Module	Success		0.001
allocate	Module.allocate returns a fully-formed instance of Module	Success		0.001
ancestors	Module#ancestors returns a list of modules included in self (including self)	Success		0.002
ancestors	Module#ancestors returns only modules and classes	Success		0.000
ancestors	Module#ancestors has 1 entry per module or class	Success		0.001
ancestors	Module#ancestors when called on a singleton class includes the singleton classes of ancestors	Success		0.001
ancestors	Module#ancestors when called on a singleton class for a standalone module does not include Class	Success		0.001
ancestors	Module#ancestors when called on a singleton class for a standalone module does not include other singleton classes	Success		0.000
ancestors	Module#ancestors when called on a singleton class for a standalone module includes its own singleton class	Success		0.000
ancestors	Module#ancestors when called on a singleton class for a standalone module includes standard chain	Success		0.000
append_features	Module#append_features is a private method	Success		0.001
append_features	Module#append_features gets called when self is included in another module/class	Success		0.001
append_features	Module#append_features raises an ArgumentError on a cyclic include	Success		0.001
append_features	Module#append_features copies own tainted status to the given module	Success		0.001
append_features	Module#append_features copies own untrusted status to the given module	Success		0.000
append_features	Module#append_features on Class is undefined	Success		0.001
append_features	Module#append_features on Class raises a TypeError if calling after rebinded to Class	Success		0.001
append_features	Module#append_features when other is frozen raises a RuntimeError before appending self	Success		0.001
attr	Module#attr creates a getter for the given attribute name	Success		0.001
attr	Module#attr creates a setter for the given attribute name if writable is true	Success		0.001
attr	Module#attr creates a getter and setter for the given attribute name if called with and without writeable is true	Success		0.001
attr	Module#attr applies current visibility to methods created	Success		0.001
attr	Module#attr creates a getter but no setter for all given attribute names	Success		0.001
attr	Module#attr applies current visibility to methods created	Success		0.001
attr	Module#attr converts non string/symbol/fixnum names to strings using to_str	Success		0.002
attr	Module#attr raises a TypeError when the given names can't be converted to strings using to_str	Success		0.002
attr	Module#attr is a private method	Success		0.001
attr_accessor	Module#attr_accessor creates a getter and setter for each given attribute name	Success		0.001
attr_accessor	Module#attr_accessor not allows creating an attr_accessor on an immediate class	Success		0.001
attr_accessor	Module#attr_accessor converts non string/symbol/fixnum names to strings using to_str	Success		0.002
attr_accessor	Module#attr_accessor raises a TypeError when the given names can't be converted to strings using to_str	Success		0.002
attr_accessor	Module#attr_accessor applies current visibility to methods created	Success		0.001
attr_accessor	Module#attr_accessor is a private method	Success		0.001
attr_accessor	Module#attr_accessor on immediates can read through the accessor	Success		0.001
attr_reader	Module#attr_reader creates a getter for each given attribute name	Success		0.001
attr_reader	Module#attr_reader not allows for adding an attr_reader to an immediate	Success		0.001
attr_reader	Module#attr_reader converts non string/symbol/fixnum names to strings using to_str	Success		0.002
attr_reader	Module#attr_reader raises a TypeError when the given names can't be converted to strings using to_str	Success		0.002
attr_reader	Module#attr_reader applies current visibility to methods created	Success		0.001
attr_reader	Module#attr_reader is a private method	Success		0.001
attr_writer	Module#attr_writer creates a setter for each given attribute name	Success		0.001
attr_writer	Module#attr_writer not allows for adding an attr_writer to an immediate	Success		0.001
attr_writer	Module#attr_writer converts non string/symbol/fixnum names to strings using to_str	Success		0.002
attr_writer	Module#attr_writer raises a TypeError when the given names can't be converted to strings using to_str	Success		0.002
attr_writer	Module#attr_writer applies current visibility to methods created	Success		0.001
attr_writer	Module#attr_writer is a private method	Success		0.001
autoload	Module#autoload? returns the name of the file that will be autoloaded	Success		0.001
autoload	Module#autoload? returns nil if no file has been registered for a constant	Success		0.000
autoload	Module#autoload shares the autoload request across dup'ed copies of modules	Skipped	tagged	0.000
autoload	Module#autoload registers a file to load the first time the named constant is accessed	Success		0.001
autoload	Module#autoload sets the autoload constant in the constants table	Success		0.001
autoload	Module#autoload loads the registered constant when it is accessed	Success		0.004
autoload	Module#autoload loads the registered constant into a dynamically created class	Success		0.003
autoload	Module#autoload loads the registered constant into a dynamically created module	Success		0.003
autoload	Module#autoload loads the registered constant when it is opened as a class	Success		0.003
autoload	Module#autoload loads the registered constant when it is opened as a module	Success		0.003
autoload	Module#autoload loads the registered constant when it is inherited from	Success		0.003
autoload	Module#autoload loads the registered constant when it is included	Success		0.003
autoload	Module#autoload does not load the file when the constant is already set	Success		0.003
autoload	Module#autoload loads a file with .rb extension when passed the name without the extension	Success		0.003
autoload	Module#autoload does not load the file if the file is manually required	Success		0.003
autoload	Module#autoload ignores the autoload request if the file is already loaded	Success		0.003
autoload	Module#autoload retains the autoload even if the request to require fails	Success		0.003
autoload	Module#autoload allows multiple autoload constants for a single file	Success		0.003
autoload	Module#autoload runs for an exception condition class and doesn't trample the exception	Success		0.003
autoload	Module#autoload does not load the file when referring to the constant in defined?	Success		0.003
autoload	Module#autoload does not remove the constant from the constant table if load fails	Success		0.002
autoload	Module#autoload does not remove the constant from the constant table if the loaded files does not define it	Success		0.004
autoload	Module#autoload returns 'constant' on referring the constant with defined?()	Success		0.003
autoload	Module#autoload does not load the file when removing an autoload constant	Success		0.003
autoload	Module#autoload does not load the file when accessing the constants table of the module	Success		0.001
autoload	Module#autoload loads the file when opening a module that is the autoloaded constant	Success		0.003
autoload	Module#autoload loads the file that defines subclass XX::YY < YY and YY is a top level constant	Success		0.011
autoload	Module#autoload looks up the constant in the scope where it is referred	Success		0.004
autoload	Module#autoload looks up the constant when in a meta class scope	Success		0.003
autoload	Module#autoload does NOT raise a NameError when the autoload file did not define the constant and a module is opened with the same name	Success		0.003
autoload	Module#autoload calls #to_path on non-string filenames	Success		0.002
autoload	Module#autoload raises an ArgumentError when an empty filename is given	Success		0.001
autoload	Module#autoload raises a NameError when the constant name starts with a lower case letter	Success		0.001
autoload	Module#autoload raises a NameError when the constant name starts with a number	Success		0.001
autoload	Module#autoload raises a NameError when the constant name has a space in it	Success		0.001
autoload	Module#autoload raises a TypeError if opening a class with a different superclass than the class defined in the autoload file	Success		0.003
autoload	Module#autoload raises a TypeError if not passed a String or object respodning to #to_path for the filename	Success		0.002
autoload	Module#autoload calls #to_path on non-String filename arguments	Success		0.002
autoload	Module#autoload loads the registered constant even if the constant was already loaded by another thread	Success		0.002
autoload	Module#autoload on a frozen module raises a RuntimeError before setting the name	Success		0.002
autoload	Module#autoload (concurrently) blocks a second thread while a first is doing the autoload	Skipped	tagged	0.000
autoload	Module#autoload when changing $LOAD_PATH does not reload a file due to a different load path	Success		0.003
autoload	Module#autoload (concurrently) blocks others threads while doing an autoload	Skipped	tagged	0.000
case_compare	Module#=== returns true when the given Object is an instance of self or of self's descendants	Success		0.001
case_compare	Module#=== returns true when the given Object's class includes self or when the given Object is extended by self	Success		0.001
case_compare	Module#=== does not let a module singleton class interfere when its on the RHS	Success		0.000
class_eval	Module#class_eval evaluates a given string in the context of self	Success		0.001
class_eval	Module#class_eval does not add defined methods to other classes	Success		0.001
class_eval	Module#class_eval resolves constants in the caller scope	Success		0.001
class_eval	Module#class_eval resolves constants in the caller scope ignoring send	Success		0.001
class_eval	Module#class_eval resolves constants in the receiver's scope	Success		0.001
class_eval	Module#class_eval defines constants in the receiver's scope	Success		0.001
class_eval	Module#class_eval evaluates a given block in the context of self	Success		0.001
class_eval	Module#class_eval passes the module as the first argument of the block	Success		0.001
class_eval	Module#class_eval uses the optional filename and lineno parameters for error messages	Success		0.004
class_eval	Module#class_eval converts a non-string filename to a string using to_str	Success		0.002
class_eval	Module#class_eval raises a TypeError when the given filename can't be converted to string using to_str	Success		0.002
class_eval	Module#class_eval converts non string eval-string to string using to_str	Success		0.002
class_eval	Module#class_eval raises a TypeError when the given eval-string can't be converted to string using to_str	Success		0.002
class_eval	Module#class_eval raises an ArgumentError when no arguments and no block are given	Success		0.001
class_eval	Module#class_eval raises an ArgumentError when more than 3 arguments are given	Success		0.001
class_eval	Module#class_eval raises an ArgumentError when a block and normal arguments are given	Success		0.001
class_eval	Module#class_eval adds methods respecting the lexical constant scope	Success		0.001
class_exec	Module#class_exec does not add defined methods to other classes	Success		0.001
class_exec	Module#class_exec defines method in the receiver's scope	Success		0.001
class_exec	Module#class_exec evaluates a given block in the context of self	Success		0.001
class_exec	Module#class_exec raises a LocalJumpError when no block is given	Success		0.001
class_exec	Module#class_exec passes arguments to the block	Success		0.000
class_variable_defined	Module#class_variable_defined? returns true if a class variable with the given name is defined in self	Success		0.001
class_variable_defined	Module#class_variable_defined? returns true if a class variable with the given name is defined in the metaclass	Success		0.000
class_variable_defined	Module#class_variable_defined? returns true if the class variable is defined in a metaclass	Success		0.001
class_variable_defined	Module#class_variable_defined? returns false if the class variable is not defined in a metaclass	Success		0.001
class_variable_defined	Module#class_variable_defined? returns true if a class variables with the given name is defined in an included module	Success		0.001
class_variable_defined	Module#class_variable_defined? returns false if a class variables with the given name is defined in an extended module	Success		0.001
class_variable_defined	Module#class_variable_defined? raises a NameError when the given name is not allowed	Success		0.001
class_variable_defined	Module#class_variable_defined? converts a non string/symbol/fixnum name to string using to_str	Success		0.002
class_variable_defined	Module#class_variable_defined? raises a TypeError when the given names can't be converted to strings using to_str	Success		0.002
class_variable_get	Module#class_variable_get returns the value of the class variable with the given name	Success		0.001
class_variable_get	Module#class_variable_get returns the value of a class variable with the given name defined in an included module	Success		0.001
class_variable_get	Module#class_variable_get raises a NameError for a class variable named '@@'	Success		0.001
class_variable_get	Module#class_variable_get raises a NameError for a class variables with the given name defined in an extended module	Success		0.001
class_variable_get	Module#class_variable_get returns class variables defined in the class body and accessed in the metaclass	Success		0.000
class_variable_get	Module#class_variable_get returns class variables defined in the metaclass and accessed by class methods	Success		0.000
class_variable_get	Module#class_variable_get returns class variables defined in the metaclass and accessed by instance methods	Success		0.000
class_variable_get	Module#class_variable_get returns a class variable defined in a metaclass	Success		0.001
class_variable_get	Module#class_variable_get raises a NameError when an uninitialized class variable is accessed	Success		0.001
class_variable_get	Module#class_variable_get raises a NameError when the given name is not allowed	Success		0.001
class_variable_get	Module#class_variable_get converts a non string/symbol/fixnum name to string using to_str	Success		0.002
class_variable_get	Module#class_variable_get raises a TypeError when the given names can't be converted to strings using to_str	Success		0.002
class_variable_set	Module#class_variable_set sets the class variable with the given name to the given value	Success		0.001
class_variable_set	Module#class_variable_set sets a class variable on a metaclass	Success		0.001
class_variable_set	Module#class_variable_set sets the value of a class variable with the given name defined in an included module	Success		0.001
class_variable_set	Module#class_variable_set raises a RuntimeError when self is frozen	Success		0.001
class_variable_set	Module#class_variable_set raises a NameError when the given name is not allowed	Success		0.001
class_variable_set	Module#class_variable_set converts a non string/symbol/fixnum name to string using to_str	Success		0.002
class_variable_set	Module#class_variable_set raises a TypeError when the given names can't be converted to strings using to_str	Success		0.002
class_variables	Module#class_variables returns an Array with the names of class variables of self	Success		0.001
class_variables	Module#class_variables returns an Array of Symbols of class variable names defined in a metaclass	Success		0.001
class_variables	Module#class_variables returns an Array with names of class variables defined in metaclasses	Success		0.000
class_variables	Module#class_variables does not return class variables defined in extended modules	Success		0.001
comparison	Module#<=> returns -1 if self is a subclass of or includes the given module	Success		0.001
comparison	Module#<=> returns 0 if self is the same as the given module	Success		0.001
comparison	Module#<=> returns +1 if self is a superclas of or included by the given module	Success		0.001
comparison	Module#<=> returns nil if self and the given module are not related	Success		0.001
comparison	Module#<=> returns nil if the argument is not a class/module	Success		0.001
const_defined	Module#const_defined? returns true if the given Symbol names a constant defined in the receiver	Success		0.001
const_defined	Module#const_defined? returns true if the constant is defined in the reciever's superclass	Success		0.000
const_defined	Module#const_defined? returns true if the constant is defined in a mixed-in module of the reciever	Success		0.000
const_defined	Module#const_defined? returns true if the constant is defined in Object and the receiver is a module	Success		0.000
const_defined	Module#const_defined? returns true if the constant is defined in Object and the receiver is a class that has Object among its ancestors	Success		0.000
const_defined	Module#const_defined? returns false if the constant is defined in the receiver's superclass and the inherit flag is false	Success		0.000
const_defined	Module#const_defined? returns true if the constant is defined in the receiver's superclass and the inherit flag is true	Success		0.000
const_defined	Module#const_defined? returns true if the given String names a constant defined in the receiver	Success		0.001
const_defined	Module#const_defined? returns true when passed a constant name with unicode characters	Success		0.004
const_defined	Module#const_defined? returns true when passed a constant name with EUC-JP characters	Success		0.009
const_defined	Module#const_defined? returns false if the constant is not defined in the receiver, its superclass, or any included modules	Success		0.001
const_defined	Module#const_defined? does not call #const_missing if the constant is not defined in the receiver	Success		0.002
const_defined	Module#const_defined? calls #to_str to convert the given name to a String	Success		0.003
const_defined	Module#const_defined? special cases Object and checks it's included Modules	Success		0.001
const_defined	Module#const_defined? returns true for toplevel constant when the name begins with '::'	Success		0.001
const_defined	Module#const_defined? returns true when passed a scoped constant name	Success		0.001
const_defined	Module#const_defined? returns true when passed a scoped constant name for a constant in the inheritance hierarchy and the inherited flag is default	Success		0.001
const_defined	Module#const_defined? returns true when passed a scoped constant name for a constant in the inheritance hierarchy and the inherited flag is true	Success		0.001
const_defined	Module#const_defined? returns false when passed a scoped constant name for a constant in the inheritance hierarchy and the inherited flag is false	Success		0.001
const_defined	Module#const_defined? returns false when the name begins with '::' and the toplevel constant does not exist	Success		0.001
const_defined	Module#const_defined? raises a NameError if the name does not start with a capital letter	Success		0.001
const_defined	Module#const_defined? raises a NameError if the name starts with '_'	Success		0.001
const_defined	Module#const_defined? raises a NameError if the name starts with '@'	Success		0.001
const_defined	Module#const_defined? raises a NameError if the name starts with '!'	Success		0.001
const_defined	Module#const_defined? returns true or false for the nested name	Success		0.001
const_defined	Module#const_defined? raises a NameError if the name contains non-alphabetic characters except '_'	Success		0.002
const_defined	Module#const_defined? raises a TypeError if conversion to a String by calling #to_str fails	Success		0.003
const_get	Module#const_get accepts a String or Symbol name	Success		0.001
const_get	Module#const_get raises a NameError if no constant is defined in the search path	Success		0.001
const_get	Module#const_get raises a NameError with the not found constant symbol	Success		0.001
const_get	Module#const_get raises a NameError if the name does not start with a capital letter	Success		0.001
const_get	Module#const_get raises a NameError if the name starts with a non-alphabetic character	Success		0.001
const_get	Module#const_get raises a NameError if the name contains non-alphabetic characters except '_'	Success		0.001
const_get	Module#const_get calls #to_str to convert the given name to a String	Success		0.005
const_get	Module#const_get raises a TypeError if conversion to a String by calling #to_str fails	Success		0.002
const_get	Module#const_get calls #const_missing on the receiver if unable to locate the constant	Success		0.002
const_get	Module#const_get does not search the singleton class of a Class or Module	Success		0.001
const_get	Module#const_get does not search the containing scope	Success		0.001
const_get	Module#const_get raises a NameError if the constant is defined in the receiver's supperclass and the inherit flag is false	Success		0.001
const_get	Module#const_get searches into the receiver superclasses if the inherit flag is true	Success		0.000
const_get	Module#const_get raises a NameError when the receiver is a Module, the constant is defined at toplevel and the inherit flag is false	Success		0.001
const_get	Module#const_get raises a NameError when the receiver is a Class, the constant is defined at toplevel and the inherit flag is false	Success		0.001
const_get	Module#const_get accepts a toplevel scope qualifier	Success		0.001
const_get	Module#const_get accepts a scoped constant name	Success		0.000
const_get	Module#const_get raises a NameError if only '::' is passed	Success		0.001
const_get	Module#const_get raises a NameError if a Symbol has a toplevel scope qualifier	Success		0.001
const_get	Module#const_get raises a NameError if a Symbol is a scoped constant name	Success		0.001
const_get	Module#const_get does read private constants	Success		0.000
const_get	Module#const_get with statically assigned constants searches the immediate class or module first	Success		0.002
const_get	Module#const_get with statically assigned constants searches a module included in the immediate class before the superclass	Success		0.000
const_get	Module#const_get with statically assigned constants searches the superclass before a module included in the superclass	Success		0.000
const_get	Module#const_get with statically assigned constants searches a module included in the superclass	Success		0.000
const_get	Module#const_get with statically assigned constants searches the superclass chain	Success		0.000
const_get	Module#const_get with statically assigned constants returns a toplevel constant when the receiver is a Class	Success		0.000
const_get	Module#const_get with statically assigned constants returns a toplevel constant when the receiver is a Module	Success		0.001
const_get	Module#const_get with dynamically assigned constants searches the immediate class or module first	Success		0.010
const_get	Module#const_get with dynamically assigned constants searches a module included in the immediate class before the superclass	Success		0.001
const_get	Module#const_get with dynamically assigned constants searches the superclass before a module included in the superclass	Success		0.000
const_get	Module#const_get with dynamically assigned constants searches a module included in the superclass	Success		0.009
const_get	Module#const_get with dynamically assigned constants searches the superclass chain	Success		0.009
const_get	Module#const_get with dynamically assigned constants returns a toplevel constant when the receiver is a Class	Success		0.009
const_get	Module#const_get with dynamically assigned constants returns a toplevel constant when the receiver is a Module	Success		0.009
const_get	Module#const_get with dynamically assigned constants returns the updated value of a constant	Success		0.001
const_missing	Module#const_missing is called when an undefined constant is referenced via literal form	Success		0.001
const_missing	Module#const_missing is called when an undefined constant is referenced via #const_get	Success		0.000
const_missing	Module#const_missing raises NameError and includes the name of the value that wasn't found	Success		0.001
const_missing	Module#const_missing raises NameError and does not include toplevel Object	Success		0.001
const_set	Module#const_set sets the constant specified by a String or Symbol to the given value	Success		0.014
const_set	Module#const_set returns the value set	Success		0.006
const_set	Module#const_set sets the name of an anonymous module	Success		0.007
const_set	Module#const_set does not set the name of a module scoped by an anonymous module	Success		0.001
const_set	Module#const_set sets the name of contained modules when assigning a toplevel anonymous module	Success		0.008
const_set	Module#const_set raises a NameError if the name does not start with a capital letter	Success		0.001
const_set	Module#const_set raises a NameError if the name starts with a non-alphabetic character	Success		0.001
const_set	Module#const_set raises a NameError if the name contains non-alphabetic characters except '_'	Success		0.008
const_set	Module#const_set calls #to_str to convert the given name to a String	Success		0.008
const_set	Module#const_set raises a TypeError if conversion to a String by calling #to_str fails	Success		0.002
const_set	Module#const_set on a frozen module raises a RuntimeError before setting the name	Success		0.002
constants	Module.constants returns an array of the names of all toplevel constants	Success		0.010
constants	Module.constants returns an array of Symbol names	Success		0.003
constants	Module.constants returns Module's constants when given a parameter	Success		0.012
constants	Module#constants returns an array of Symbol names of all constants defined in the module and all included modules	Success		0.001
constants	Module#constants returns all constants including inherited when passed true	Success		0.001
constants	Module#constants returns all constants including inherited when passed some object	Success		0.001
constants	Module#constants doesn't returns inherited constants when passed false	Success		0.001
constants	Module#constants doesn't returns inherited constants when passed nil	Success		0.001
constants	Module#constants returns only public constants	Success		0.000
constants	Module#constants includes names of constants defined after a module is included	Success		0.001
define_method	passed { \|a, b = 1\| } creates a method that raises an ArgumentError when passed zero arguments	Success		0.001
define_method	passed { \|a, b = 1\| } creates a method that has a default value for b when passed one argument	Success		0.001
define_method	passed { \|a, b = 1\| } creates a method that overrides the default argument when passed two arguments	Success		0.001
define_method	passed { \|a, b = 1\| } creates a method that raises an ArgumentError when passed three arguments	Success		0.001
define_method	Module#define_method when given an UnboundMethod passes the given arguments to the new method	Success		0.001
define_method	Module#define_method when given an UnboundMethod adds the new method to the methods list	Success		0.002
define_method	Module#define_method when given an UnboundMethod defining a method on a singleton class doesn't raise TypeError when calling the method	Success		0.001
define_method	Module#define_method when name is not a special private name given an UnboundMethod and called from the target module sets the visibility of the method to the current visibility	Success		0.002
define_method	Module#define_method when name is not a special private name given an UnboundMethod and called from another module sets the visibility of the method to public	Skipped	tagged	0.000
define_method	Module#define_method when name is not a special private name passed a block and called from the target module sets the visibility of the method to the current visibility	Success		0.002
define_method	Module#define_method when name is not a special private name passed a block and called from another module sets the visibility of the method to public	Skipped	tagged	0.000
define_method	Module#define_method when name is :initialize passed a block sets visibility to private when method name is :initialize	Success		0.001
define_method	Module#define_method when name is :initialize given an UnboundMethod sets the visibility to private when method is named :initialize	Success		0.001
define_method	Module#define_method defines the given method as an instance method with the given name in self	Success		0.001
define_method	Module#define_method calls #method_added after the method is added to the Module	Success		0.002
define_method	Module#define_method defines a new method with the given name and the given block as body in self	Success		0.001
define_method	Module#define_method raises a TypeError when the given method is no Method/Proc	Success		0.001
define_method	Module#define_method raises an ArgumentError when no block is given	Success		0.001
define_method	Module#define_method does not change the arity check style of the original proc	Success		0.001
define_method	Module#define_method raises a RuntimeError if frozen	Success		0.001
define_method	Module#define_method accepts a Method (still bound)	Success		0.002
define_method	Module#define_method raises a TypeError when a Method from a singleton class is defined on another class	Success		0.001
define_method	Module#define_method raises a TypeError when a Method from one class is defined on an unrelated class	Success		0.001
define_method	Module#define_method accepts a proc from a method	Success		0.009
define_method	Module#define_method maintains the Proc's scope	Success		0.001
define_method	Module#define_method accepts a String method name	Success		0.001
define_method	Module#define_method is private	Success		0.002
define_method	Module#define_method returns its symbol	Success		0.000
define_method	Module#define_method allows an UnboundMethod from a module to be defined on a class	Success		0.006
define_method	Module#define_method allows an UnboundMethod from a parent class to be defined on a child class	Success		0.008
define_method	Module#define_method allows an UnboundMethod from a module to be defined on another unrelated module	Success		0.008
define_method	Module#define_method raises a TypeError when an UnboundMethod from a child class is defined on a parent class	Success		0.008
define_method	Module#define_method raises a TypeError when an UnboundMethod from one class is defined on an unrelated class	Success		0.001
define_method	Module#define_method passed { } creates a method that returns the value computed by the block when passed zero arguments	Success		0.001
define_method	Module#define_method passed { } creates a method that raises an ArgumentError when passed one argument	Success		0.001
define_method	Module#define_method passed { } creates a method that raises an ArgumentError when passed two arguments	Success		0.001
define_method	Module#define_method passed { \|\| } creates a method that returns the value computed by the block when passed zero arguments	Success		0.001
define_method	Module#define_method passed { \|\| } creates a method that raises an ArgumentError when passed one argument	Success		0.001
define_method	Module#define_method passed { \|\| } creates a method that raises an ArgumentError when passed two arguments	Success		0.001
define_method	Module#define_method passed { \|a\| } creates a method that raises an ArgumentError when passed zero arguments	Success		0.001
define_method	Module#define_method passed { \|a\| } creates a method that raises an ArgumentError when passed zero arguments and a block	Success		0.001
define_method	Module#define_method passed { \|a\| } creates a method that raises an ArgumentError when passed two arguments	Success		0.001
define_method	Module#define_method passed { \|a\| } creates a method that receives the value passed as the argument when passed one argument	Success		0.000
define_method	Module#define_method passed { \|*a\| } creates a method that receives an empty array as the argument when passed zero arguments	Success		0.001
define_method	Module#define_method passed { \|*a\| } creates a method that receives the value in an array when passed one argument	Success		0.001
define_method	Module#define_method passed { \|*a\| } creates a method that receives the values in an array when passed two arguments	Success		0.001
define_method	Module#define_method passed { \|a, *b\| } creates a method that raises an ArgumentError when passed zero arguments	Success		0.001
define_method	Module#define_method passed { \|a, *b\| } creates a method that returns the value computed by the block when passed one argument	Success		0.001
define_method	Module#define_method passed { \|a, *b\| } creates a method that returns the value computed by the block when passed two arguments	Success		0.001
define_method	Module#define_method passed { \|a, *b\| } creates a method that returns the value computed by the block when passed three arguments	Success		0.001
define_method	Module#define_method passed { \|a, b\| } creates a method that returns the value computed by the block when passed two arguments	Success		0.001
define_method	Module#define_method passed { \|a, b\| } creates a method that raises an ArgumentError when passed zero arguments	Success		0.001
define_method	Module#define_method passed { \|a, b\| } creates a method that raises an ArgumentError when passed one argument	Success		0.001
define_method	Module#define_method passed { \|a, b\| } creates a method that raises an ArgumentError when passed one argument and a block	Success		0.001
define_method	Module#define_method passed { \|a, b\| } creates a method that raises an ArgumentError when passed three arguments	Success		0.001
define_method	Module#define_method passed { \|a, b, *c\| } creates a method that raises an ArgumentError when passed zero arguments	Success		0.001
define_method	Module#define_method passed { \|a, b, *c\| } creates a method that raises an ArgumentError when passed one argument	Success		0.001
define_method	Module#define_method passed { \|a, b, *c\| } creates a method that raises an ArgumentError when passed one argument and a block	Success		0.001
define_method	Module#define_method passed { \|a, b, *c\| } creates a method that receives an empty array as the third argument when passed two arguments	Success		0.001
define_method	Module#define_method passed { \|a, b, *c\| } creates a method that receives the third argument in an array when passed three arguments	Success		0.001
define_method	Method#define_method when passed a Method object defines a method with the same #arity as the original	Success		0.001
define_method	Method#define_method when passed a Method object defines a method with the same #parameters as the original	Success		0.001
define_method	Method#define_method when passed an UnboundMethod object defines a method with the same #arity as the original	Success		0.001
define_method	Method#define_method when passed an UnboundMethod object defines a method with the same #parameters as the original	Success		0.001
define_singleton_method	Module#define_singleton_method defines the given method as an class method with the given name in self	Success		0.001
define_singleton_method	Module#define_singleton_method needs to be reviewed for spec completeness	Success		0.000
deprecate_constant	Module#deprecate_constant accepts multiple symbols and strings as constant names	Skipped	tagged	0.000
deprecate_constant	Module#deprecate_constant returns self	Skipped	tagged	0.000
deprecate_constant	Module#deprecate_constant raises a NameError when given an undefined name	Skipped	tagged	0.000
deprecate_constant	Module#deprecate_constant when accessing the deprecated module passes the accessing	Skipped	tagged	0.000
deprecate_constant	Module#deprecate_constant when accessing the deprecated module warns with a message	Skipped	tagged	0.000
eql	Module#eql? returns true if self and the given module are the same	Success		0.001
equal	Module#equal? returns true if self and the given module are the same	Success		0.001
equal_value	Module#== returns true if self and the given module are the same	Success		0.001
extend_object	Module#extend_object is a private method	Success		0.001
extend_object	Module#extend_object is called when #extend is called on an object	Success		0.002
extend_object	Module#extend_object extends the given object with its constants and methods by default	Success		0.001
extend_object	Module#extend_object is called even when private	Success		0.000
extend_object	Module#extend_object does not copy own tainted status to the given object	Success		0.001
extend_object	Module#extend_object does not copy own untrusted status to the given object	Success		0.000
extend_object	Module#extend_object on Class is undefined	Success		0.001
extend_object	Module#extend_object on Class raises a TypeError if calling after rebinded to Class	Success		0.001
extend_object	Module#extend_object when given a frozen object raises a RuntimeError before extending the object	Success		0.001
extended	Module#extended is called when an object gets extended with self	Success		0.001
extended	Module#extended is called after Module#extend_object	Success		0.001
extended	Module#extended is private in its default implementation	Success		0.001
freeze	Module#freeze needs to be reviewed for spec completeness	Success		0.000
gt	Module#> returns false if self is a subclass of or includes the given module	Success		0.001
gt	Module#> returns true if self is a superclass of or included by the given module	Success		0.001
gt	Module#> returns false if self is the same as the given module	Success		0.001
gt	Module#> returns nil if self is not related to the given module	Success		0.001
gt	Module#> raises a TypeError if the argument is not a class/module	Success		0.001
gte	Module#>= returns true if self is a superclass of, the same as or included by given module	Success		0.001
gte	Module#>= returns nil if self is not related to the given module	Success		0.001
gte	Module#>= returns false if self is a subclass of or includes the given module	Success		0.001
gte	Module#>= raises a TypeError if the argument is not a class/module	Success		0.001
include	Module#include is a public method	Success		0.001
include	Module#include calls #append_features(self) in reversed order on each module	Success		0.001
include	Module#include adds all ancestor modules when a previously included module is included again	Success		0.001
include	Module#include raises a TypeError when the argument is not a Module	Success		0.001
include	Module#include does not raise a TypeError when the argument is an instance of a subclass of Module	Success		0.001
include	Module#include imports constants to modules and classes	Success		0.001
include	Module#include shadows constants from outer scopes	Success		0.001
include	Module#include does not override existing constants in modules and classes	Success		0.001
include	Module#include imports instance methods to modules and classes	Success		0.001
include	Module#include does not import methods to modules and classes	Success		0.002
include	Module#include attaches the module as the caller's immediate ancestor	Success		0.017
include	Module#include doesn't include module if it is included in a super class	Success		0.001
include	Module#include recursively includes new mixins	Success		0.001
include	Module#include preserves ancestor order	Success		0.001
include	Module#include detects cyclic includes	Success		0.001
include	Module#include accepts no-arguments	Success		0.000
include	Module#include returns the class it's included into	Success		0.001
include	Module#include ignores modules it has already included via module mutual inclusion	Success		0.001
include	Module#include clears any caches	Success		0.001
include	Module#include? returns true if the given module is included by self or one of it's ancestors	Success		0.001
include	Module#include? returns false if given module is equal to self	Success		0.000
include	Module#include? raises a TypeError when no module was given	Success		0.001
included	Module#included is invoked when self is included in another module or class	Success		0.001
included	Module#included allows extending self with the object into which it is being included	Success		0.001
included	Module#included is private in its default implementation	Success		0.001
included	Module#included works with super using a singleton class	Success		0.001
included_modules	Module#included_modules returns a list of modules included in self	Success		0.001
initialize	Module#initialize accepts a block	Success		0.001
initialize	Module#initialize is called on subclasses	Success		0.001
instance_method	Module#instance_method is a public method	Success		0.001
instance_method	Module#instance_method requires an argument	Success		0.000
instance_method	Module#instance_method returns an UnboundMethod corresponding to the given name	Success		0.001
instance_method	Module#instance_method returns an UnboundMethod corresponding to the given name from a superclass	Success		0.001
instance_method	Module#instance_method returns an UnboundMethod corresponding to the given name from an included Module	Success		0.001
instance_method	Module#instance_method returns an UnboundMethod when given a protected method name	Success		0.000
instance_method	Module#instance_method returns an UnboundMethod when given a private method name	Success		0.000
instance_method	Module#instance_method gives UnboundMethod method name, Module defined in and Module extracted from	Success		0.001
instance_method	Module#instance_method raises a TypeError if not passed a symbol	Success		0.001
instance_method	Module#instance_method raises a TypeError if the given name is not a string/symbol	Success		0.001
instance_method	Module#instance_method raises a NameError if the method has been undefined	Success		0.001
instance_method	Module#instance_method raises a NameError if the method does not exist	Success		0.001
instance_method	Module#instance_method sets the NameError#name attribute to the name of the missing method	Success		0.001
instance_methods	Module#instance_methods does not return methods undefined in a superclass	Success		0.001
instance_methods	Module#instance_methods only includes module methods on an included module	Success		0.001
instance_methods	Module#instance_methods does not return methods undefined in a subclass	Success		0.001
instance_methods	Module#instance_methods does not return methods undefined in the current class	Success		0.001
instance_methods	Module#instance_methods does not return methods from an included module that are undefined in the class	Success		0.001
instance_methods	Module#instance_methods returns the public and protected methods of self if include_super is false	Success		0.001
instance_methods	Module#instance_methods returns the public and protected methods of self and it's ancestors	Success		0.001
instance_methods	Module#instance_methods makes a private Object instance method public in Kernel	Success		0.001
lt	Module#< returns true if self is a subclass of or includes the given module	Success		0.001
lt	Module#< returns false if self is a superclass of or included by the given module	Success		0.001
lt	Module#< returns false if self is the same as the given module	Success		0.001
lt	Module#< returns nil if self is not related to the given module	Success		0.001
lt	Module#< raises a TypeError if the argument is not a class/module	Success		0.001
lte	Module#<= returns true if self is a subclass of, the same as or includes the given module	Success		0.001
lte	Module#<= returns nil if self is not related to the given module	Success		0.001
lte	Module#<= returns false if self is a superclass of or is included by the given module	Success		0.001
lte	Module#<= raises a TypeError if the argument is not a class/module	Success		0.001
method_added	Module#method_added is a private instance method	Success		0.001
method_added	Module#method_added returns nil in the default implementation	Success		0.000
method_added	Module#method_added is called when a new instance method is defined in self	Success		0.001
method_added	Module#method_added is not called when a singleton method is added	Success		0.001
method_added	Module#method_added is not called when a method is undefined in self	Success		0.001
method_defined	Module#method_defined? returns true if a public or private method with the given name is defined in self, self's ancestors or one of self's included modules	Success		0.001
method_defined	Module#method_defined? does not search Object or Kernel when called on a module	Success		0.000
method_defined	Module#method_defined? raises a TypeError when the given object is not a string/symbol/fixnum	Success		0.002
method_defined	Module#method_defined? converts the given name to a string using to_str	Success		0.001
method_removed	Module#method_removed is a private instance method	Success		0.001
method_removed	Module#method_removed returns nil in the default implementation	Success		0.000
method_removed	Module#method_removed is called when a method is removed from self	Success		0.001
method_undefined	Module#method_undefined is a private instance method	Success		0.001
method_undefined	Module#method_undefined returns nil in the default implementation	Success		0.000
method_undefined	Module#method_undefined is called when a method is undefined from self	Success		0.001
module_eval	Module#module_eval evaluates a given string in the context of self	Success		0.001
module_eval	Module#module_eval does not add defined methods to other classes	Success		0.001
module_eval	Module#module_eval resolves constants in the caller scope	Success		0.000
module_eval	Module#module_eval resolves constants in the caller scope ignoring send	Success		0.000
module_eval	Module#module_eval resolves constants in the receiver's scope	Success		0.001
module_eval	Module#module_eval defines constants in the receiver's scope	Success		0.001
module_eval	Module#module_eval evaluates a given block in the context of self	Success		0.001
module_eval	Module#module_eval passes the module as the first argument of the block	Success		0.000
module_eval	Module#module_eval uses the optional filename and lineno parameters for error messages	Success		0.001
module_eval	Module#module_eval converts a non-string filename to a string using to_str	Success		0.002
module_eval	Module#module_eval raises a TypeError when the given filename can't be converted to string using to_str	Success		0.001
module_eval	Module#module_eval converts non string eval-string to string using to_str	Success		0.001
module_eval	Module#module_eval raises a TypeError when the given eval-string can't be converted to string using to_str	Success		0.002
module_eval	Module#module_eval raises an ArgumentError when no arguments and no block are given	Success		0.001
module_eval	Module#module_eval raises an ArgumentError when more than 3 arguments are given	Success		0.000
module_eval	Module#module_eval raises an ArgumentError when a block and normal arguments are given	Success		0.001
module_eval	Module#module_eval adds methods respecting the lexical constant scope	Success		0.001
module_exec	Module#module_exec does not add defined methods to other classes	Success		0.001
module_exec	Module#module_exec defines method in the receiver's scope	Success		0.000
module_exec	Module#module_exec evaluates a given block in the context of self	Success		0.001
module_exec	Module#module_exec raises a LocalJumpError when no block is given	Success		0.001
module_exec	Module#module_exec passes arguments to the block	Success		0.000
module_function	Module#module_function is a private method	Success		0.001
module_function	Module#module_function on Class is undefined	Success		0.001
module_function	Module#module_function on Class raises a TypeError if calling after rebinded to Class	Success		0.001
module_function	Module#module_function with specific method names creates duplicates of the given instance methods on the Module object	Success		0.001
module_function	Module#module_function with specific method names returns the current module	Success		0.000
module_function	Module#module_function with specific method names creates an independent copy of the method, not a redirect	Success		0.013
module_function	Module#module_function with specific method names makes the instance methods private	Success		0.002
module_function	Module#module_function with specific method names makes the new Module methods public	Success		0.001
module_function	Module#module_function with specific method names tries to convert the given names to strings using to_str	Success		0.003
module_function	Module#module_function with specific method names raises a TypeError when the given names can't be converted to string using to_str	Success		0.002
module_function	Module#module_function with specific method names can make accessible private methods	Success		0.001
module_function	Module#module_function as a toggle (no arguments) in a Module body makes any subsequently defined methods module functions with the normal semantics	Success		0.001
module_function	Module#module_function as a toggle (no arguments) in a Module body returns the current module	Success		0.000
module_function	Module#module_function as a toggle (no arguments) in a Module body stops creating module functions if the body encounters another toggle like public/protected/private without arguments	Success		0.001
module_function	Module#module_function as a toggle (no arguments) in a Module body does not stop creating module functions if the body encounters public/protected/private WITH arguments	Success		0.001
module_function	Module#module_function as a toggle (no arguments) in a Module body does not affect module_evaled method definitions also if outside the eval itself	Success		0.001
module_function	Module#module_function as a toggle (no arguments) in a Module body has no effect if inside a module_eval if the definitions are outside of it	Success		0.001
module_function	Module#module_function as a toggle (no arguments) in a Module body functions normally if both toggle and definitions inside a module_eval	Success		0.001
module_function	Module#module_function as a toggle (no arguments) in a Module body affects evaled method definitions also even when outside the eval itself	Success		0.001
module_function	Module#module_function as a toggle (no arguments) in a Module body doesn't affect definitions when inside an eval even if the definitions are outside of it	Success		0.001
module_function	Module#module_function as a toggle (no arguments) in a Module body functions normally if both toggle and definitions inside a eval	Success		0.001
name	Module#name is set with a conditional assignment to a nested constant	Skipped	tagged	0.000
name	Module#name is nil for an anonymous module	Success		0.000
name	Module#name is nil when assigned to a constant in an anonymous module	Success		0.000
name	Module#name is not nil for a nested module created with the module keyword	Success		0.001
name	Module#name is set when opened with the module keyword	Success		0.000
name	Module#name is set when a nested module is opened with the module keyword	Success		0.000
name	Module#name is set when assigning to a constant	Success		0.000
name	Module#name is not modified when assigning to a new constant after it has been accessed	Success		0.001
name	Module#name is set with a conditional assignment to a constant	Success		0.001
name	Module#name preserves the encoding in which the class was defined	Success		0.003
name	Module#name is set when the anonymous outer module name is set	Success		0.000
nesting	Module::Nesting returns the list of Modules nested at the point of call	Success		0.001
nesting	Module::Nesting returns the nesting for module/class declaring the called method	Success		0.001
nesting	Module.nesting needs to be reviewed for spec completeness	Success		0.000
new	Module.new creates a new Module and passes it to the provided block	Skipped	tagged	0.000
new	Module.new creates a new anonymous Module	Success		0.000
new	Module.new evaluates a passed block in the context of the module	Success		0.001
prepend	Module#prepend keeps the module in the chain when dupping the class	Skipped	tagged	0.000
prepend	Module#prepend is a public method	Success		0.001
prepend	Module#prepend does not affect the superclass	Success		0.001
prepend	Module#prepend calls #prepend_features(self) in reversed order on each module	Success		0.001
prepend	Module#prepend raises a TypeError when the argument is not a Module	Success		0.001
prepend	Module#prepend does not raise a TypeError when the argument is an instance of a subclass of Module	Success		0.000
prepend	Module#prepend does not import constants	Success		0.009
prepend	Module#prepend imports instance methods	Success		0.001
prepend	Module#prepend does not import methods to modules and classes	Success		0.001
prepend	Module#prepend allows wrapping methods	Success		0.001
prepend	Module#prepend also prepends included modules	Success		0.001
prepend	Module#prepend prepends multiple modules in the right order	Success		0.001
prepend	Module#prepend includes prepended modules in ancestors	Success		0.001
prepend	Module#prepend reports the prepended module as the method owner	Success		0.001
prepend	Module#prepend reports the prepended module as the unbound method owner	Success		0.001
prepend	Module#prepend causes the prepended module's method to be aliased by alias_method	Success		0.001
prepend	Module#prepend sees an instance of a prepended class as kind of the prepended module	Success		0.001
prepend	Module#prepend keeps the module in the chain when dupping an intermediate module	Success		0.001
prepend	Module#prepend depends on prepend_features to add the module	Success		0.001
prepend	Module#prepend adds the module in the subclass chains	Success		0.001
prepend	Module#prepend inserts a later prepended module into the chain	Success		0.001
prepend	Module#prepend works with subclasses	Success		0.001
prepend	Module#prepend throws a NoMethodError when there is no more superclass	Success		0.001
prepend	Module#prepend calls prepended after prepend_features	Success		0.001
prepend	Module#prepend detects cyclic prepends	Success		0.001
prepend	Module#prepend accepts no-arguments	Success		0.000
prepend	Module#prepend returns the class it's included into	Success		0.001
prepend	Module#prepend clears any caches	Success		0.001
prepend	Module#prepend supports super when the module is prepended into a singleton class	Success		0.001
prepend	Module#prepend supports super when the module is prepended into a singleton class with a class super	Success		0.001
prepend	Module#prepend does not interfere with a define_method super in the original class	Success		0.001
prepend_features	Module#prepend_features is a private method	Success		0.001
prepend_features	Module#prepend_features gets called when self is included in another module/class	Success		0.001
prepend_features	Module#prepend_features raises an ArgumentError on a cyclic prepend	Success		0.001
prepend_features	Module#prepend_features copies own tainted status to the given module	Success		0.001
prepend_features	Module#prepend_features copies own untrusted status to the given module	Success		0.000
prepend_features	Module#prepend_features clears caches of the given module	Success		0.001
prepend_features	Module#prepend_features on Class is undefined	Success		0.001
prepend_features	Module#prepend_features on Class raises a TypeError if calling after rebinded to Class	Success		0.001
prepended	Module#prepended is a private method	Success		0.002
prepended	Module#prepended is invoked when self is prepended to another module or class	Success		0.001
private	Module#private is a private method	Success		0.001
private	Module#private makes the target method uncallable from other types	Success		0.001
private	Module#private makes a public Object instance method private in a new module	Success		0.002
private	Module#private makes a public Object instance method private in Kernel	Success		0.002
private	Module#private returns self	Success		0.001
private	Module#private raises a NameError when given an undefined name	Success		0.001
private	Module#private without arguments sets visibility to following method definitions	Success		0.001
private	Module#private without arguments stops setting visibility if the body encounters other visibility setters without arguments	Success		0.001
private	Module#private without arguments continues setting visibility if the body encounters other visibility setters with arguments	Success		0.001
private	Module#private without arguments does not affect module_evaled method definitions when itself is outside the eval	Success		0.002
private	Module#private without arguments does not affect outside method definitions when itself is inside a module_eval	Success		0.001
private	Module#private without arguments affects normally if itself and method definitions are inside a module_eval	Success		0.002
private	Module#private without arguments does not affect method definitions when itself is inside an eval and method definitions are outside	Success		0.001
private	Module#private without arguments affects evaled method definitions when itself is outside the eval	Success		0.001
private	Module#private without arguments affects normally if itself and following method definitions are inside a eval	Success		0.001
private	Module#private without arguments within a closure sets the visibility outside the closure	Success		0.001
private_class_method	Module#private_class_method makes an existing class method private	Success		0.001
private_class_method	Module#private_class_method makes an existing class method private up the inheritance tree	Success		0.001
private_class_method	Module#private_class_method accepts more than one method at a time	Success		0.001
private_class_method	Module#private_class_method raises a NameError if class method doesn't exist	Success		0.001
private_class_method	Module#private_class_method makes a class method private	Success		0.001
private_class_method	Module#private_class_method raises a NameError when the given name is not a method	Success		0.001
private_class_method	Module#private_class_method raises a NameError when the given name is an instance method	Success		0.001
private_constant	Module#private_constant can only be passed constant names defined in the target (self) module	Success		0.001
private_constant	Module#private_constant accepts strings as constant names	Success		0.001
private_constant	Module#private_constant accepts multiple names	Success		0.001
private_instance_methods	Module#private_instance_methods returns a list of private methods in module and its ancestors	Success		0.004
private_instance_methods	Module#private_instance_methods when passed false as a parameter, should return only methods defined in that module	Success		0.002
private_instance_methods	Module#private_instance_methods default list should be the same as passing true as an argument	Success		0.003
private_instance_methods	Module#private_instance_methods when not passed an argument returns a unique list for a class including a module	Success		0.001
private_instance_methods	Module#private_instance_methods when not passed an argument returns a unique list for a subclass	Success		0.001
private_instance_methods	Module#private_instance_methods when passed true returns a unique list for a class including a module	Success		0.001
private_instance_methods	Module#private_instance_methods when passed true returns a unique list for a subclass	Success		0.001
private_method_defined	Module#private_method_defined? returns true if the named private method is defined by module or its ancestors	Success		0.001
private_method_defined	Module#private_method_defined? returns false if method is not a private method	Success		0.001
private_method_defined	Module#private_method_defined? returns false if the named method is not defined by the module or its ancestors	Success		0.000
private_method_defined	Module#private_method_defined? accepts symbols for the method name	Success		0.000
private_method_defined	Module#private_method_defined? raises a TypeError if passed a Fixnum	Success		0.001
private_method_defined	Module#private_method_defined? raises a TypeError if passed nil	Success		0.001
private_method_defined	Module#private_method_defined? raises a TypeError if passed false	Success		0.001
private_method_defined	Module#private_method_defined? raises a TypeError if passed an object that does not defined #to_str	Success		0.001
private_method_defined	Module#private_method_defined? raises a TypeError if passed an object that defines #to_sym	Success		0.001
private_method_defined	Module#private_method_defined? calls #to_str to convert an Object	Success		0.001
protected	Module#protected is a private method	Success		0.001
protected	Module#protected makes an existing class method protected	Success		0.001
protected	Module#protected makes a public Object instance method protected in a new module	Success		0.002
protected	Module#protected makes a public Object instance method protected in Kernel	Success		0.001
protected	Module#protected returns self	Success		0.001
protected	Module#protected raises a NameError when given an undefined name	Success		0.001
protected	Module#protected without arguments sets visibility to following method definitions	Success		0.001
protected	Module#protected without arguments stops setting visibility if the body encounters other visibility setters without arguments	Success		0.001
protected	Module#protected without arguments continues setting visibility if the body encounters other visibility setters with arguments	Success		0.001
protected	Module#protected without arguments does not affect module_evaled method definitions when itself is outside the eval	Success		0.002
protected	Module#protected without arguments does not affect outside method definitions when itself is inside a module_eval	Success		0.001
protected	Module#protected without arguments affects normally if itself and method definitions are inside a module_eval	Success		0.001
protected	Module#protected without arguments does not affect method definitions when itself is inside an eval and method definitions are outside	Success		0.001
protected	Module#protected without arguments affects evaled method definitions when itself is outside the eval	Success		0.001
protected	Module#protected without arguments affects normally if itself and following method definitions are inside a eval	Success		0.001
protected	Module#protected without arguments within a closure sets the visibility outside the closure	Success		0.001
protected_instance_methods	Module#protected_instance_methods returns a list of protected methods in module and its ancestors	Success		0.001
protected_instance_methods	Module#protected_instance_methods when passed false as a parameter, should return only methods defined in that module	Success		0.001
protected_instance_methods	Module#protected_instance_methods default list should be the same as passing true as an argument	Success		0.001
protected_instance_methods	Module#protected_instance_methods when not passed an argument returns a unique list for a class including a module	Success		0.001
protected_instance_methods	Module#protected_instance_methods when not passed an argument returns a unique list for a subclass	Success		0.001
protected_instance_methods	Module#protected_instance_methods when passed true returns a unique list for a class including a module	Success		0.001
protected_instance_methods	Module#protected_instance_methods when passed true returns a unique list for a subclass	Success		0.001
protected_method_defined	Module#protected_method_defined? returns true if the named protected method is defined by module or its ancestors	Success		0.001
protected_method_defined	Module#protected_method_defined? returns false if method is not a protected method	Success		0.001
protected_method_defined	Module#protected_method_defined? returns false if the named method is not defined by the module or its ancestors	Success		0.000
protected_method_defined	Module#protected_method_defined? accepts symbols for the method name	Success		0.000
protected_method_defined	Module#protected_method_defined? raises a TypeError if passed a Fixnum	Success		0.001
protected_method_defined	Module#protected_method_defined? raises a TypeError if passed nil	Success		0.001
protected_method_defined	Module#protected_method_defined? raises a TypeError if passed false	Success		0.001
protected_method_defined	Module#protected_method_defined? raises a TypeError if passed an object that does not defined #to_str	Success		0.001
protected_method_defined	Module#protected_method_defined? raises a TypeError if passed an object that defines #to_sym	Success		0.001
protected_method_defined	Module#protected_method_defined? calls #to_str to convert an Object	Success		0.002
public	Module#public on a superclass method calls the redefined method	Skipped	tagged	0.000
public	Module#public is a private method	Success		0.001
public	Module#public makes a private Object instance method public in a new module	Success		0.002
public	Module#public makes a private Object instance method public in Kernel	Success		0.002
public	Module#public returns self	Success		0.001
public	Module#public raises a NameError when given an undefined name	Success		0.001
public	Module#public without arguments sets visibility to following method definitions	Success		0.001
public	Module#public without arguments stops setting visibility if the body encounters other visibility setters without arguments	Success		0.001
public	Module#public without arguments continues setting visibility if the body encounters other visibility setters with arguments	Success		0.001
public	Module#public without arguments does not affect module_evaled method definitions when itself is outside the eval	Success		0.001
public	Module#public without arguments does not affect outside method definitions when itself is inside a module_eval	Success		0.001
public	Module#public without arguments affects normally if itself and method definitions are inside a module_eval	Success		0.001
public	Module#public without arguments does not affect method definitions when itself is inside an eval and method definitions are outside	Success		0.001
public	Module#public without arguments affects evaled method definitions when itself is outside the eval	Success		0.001
public	Module#public without arguments affects normally if itself and following method definitions are inside a eval	Success		0.001
public	Module#public without arguments within a closure sets the visibility outside the closure	Success		0.001
public_class_method	Module#public_class_method makes an existing class method public	Success		0.001
public_class_method	Module#public_class_method makes an existing class method public up the inheritance tree	Success		0.001
public_class_method	Module#public_class_method accepts more than one method at a time	Success		0.001
public_class_method	Module#public_class_method raises a NameError if class method doesn't exist	Success		0.001
public_class_method	Module#public_class_method makes a class method public	Success		0.001
public_class_method	Module#public_class_method raises a NameError when the given name is not a method	Success		0.001
public_class_method	Module#public_class_method raises a NameError when the given name is an instance method	Success		0.001
public_constant	Module#public_constant can only be passed constant names defined in the target (self) module	Success		0.001
public_constant	Module#public_constant accepts strings as constant names	Success		0.001
public_constant	Module#public_constant accepts multiple names	Success		0.001
public_instance_method	Module#public_instance_method is a public method	Success		0.001
public_instance_method	Module#public_instance_method requires an argument	Success		0.000
public_instance_method	Module#public_instance_method raises a TypeError when given a name is not Symbol or String	Success		0.001
public_instance_method	Module#public_instance_method raises a NameError when given a protected method name	Success		0.001
public_instance_method	Module#public_instance_method raises a NameError if the method is private	Success		0.001
public_instance_method	Module#public_instance_method raises a NameError if the method has been undefined	Success		0.001
public_instance_method	Module#public_instance_method raises a NameError if the method does not exist	Success		0.001
public_instance_method	Module#public_instance_method sets the NameError#name attribute to the name of the missing method	Success		0.001
public_instance_method	Module#public_instance_method when given a public method name returns an UnboundMethod corresponding to the defined Module	Success		0.001
public_instance_method	Module#public_instance_method when given a public method name accepts if the name is a Symbol or String	Success		0.000
public_instance_methods	Module#public_instance_methods returns a list of public methods in module and its ancestors	Success		0.002
public_instance_methods	Module#public_instance_methods when passed false as a parameter, should return only methods defined in that module	Success		0.001
public_instance_methods	Module#public_instance_methods default list should be the same as passing true as an argument	Success		0.003
public_instance_methods	Module#public_instance_methods when not passed an argument returns a unique list for a class including a module	Success		0.001
public_instance_methods	Module#public_instance_methods when not passed an argument returns a unique list for a subclass	Success		0.002
public_instance_methods	Module#public_instance_methods when passed true returns a unique list for a class including a module	Success		0.001
public_instance_methods	Module#public_instance_methods when passed true returns a unique list for a subclass	Success		0.001
public_method_defined	Module#public_method_defined? returns true if the named public method is defined by module or its ancestors	Success		0.020
public_method_defined	Module#public_method_defined? returns false if method is not a public method	Success		0.001
public_method_defined	Module#public_method_defined? returns false if the named method is not defined by the module or its ancestors	Success		0.000
public_method_defined	Module#public_method_defined? accepts symbols for the method name	Success		0.000
public_method_defined	Module#public_method_defined? raises a TypeError if passed a Fixnum	Success		0.001
public_method_defined	Module#public_method_defined? raises a TypeError if passed nil	Success		0.001
public_method_defined	Module#public_method_defined? raises a TypeError if passed false	Success		0.001
public_method_defined	Module#public_method_defined? raises a TypeError if passed an object that does not defined #to_str	Success		0.001
public_method_defined	Module#public_method_defined? raises a TypeError if passed an object that defines #to_sym	Success		0.001
public_method_defined	Module#public_method_defined? calls #to_str to convert an Object	Success		0.001
remove_class_variable	Module#remove_class_variable removes class variable	Success		0.001
remove_class_variable	Module#remove_class_variable returns the value of removing class variable	Success		0.000
remove_class_variable	Module#remove_class_variable removes a class variable defined in a metaclass	Success		0.001
remove_class_variable	Module#remove_class_variable raises a NameError when removing class variable declared in included module	Success		0.001
remove_class_variable	Module#remove_class_variable raises a NameError when passed a symbol with one leading @	Success		0.001
remove_class_variable	Module#remove_class_variable raises a NameError when passed a symbol with no leading @	Success		0.001
remove_class_variable	Module#remove_class_variable raises a NameError when an uninitialized class variable is given	Success		0.001
remove_class_variable	Module#remove_class_variable is public	Success		0.001
remove_const	Module#remove_const removes the constant specified by a String or Symbol from the receiver's constant table	Success		0.001
remove_const	Module#remove_const returns the value of the removed constant	Success		0.000
remove_const	Module#remove_const raises a NameError and does not call #const_missing if the constant is not defined	Success		0.010
remove_const	Module#remove_const raises a NameError and does not call #const_missing if the constant is not defined directly in the module	Success		0.002
remove_const	Module#remove_const raises a NameError if the name does not start with a capital letter	Success		0.007
remove_const	Module#remove_const raises a NameError if the name starts with a non-alphabetic character	Success		0.020
remove_const	Module#remove_const raises a NameError if the name contains non-alphabetic characters except '_'	Success		0.011
remove_const	Module#remove_const calls #to_str to convert the given name to a String	Success		0.013
remove_const	Module#remove_const raises a TypeError if conversion to a String by calling #to_str fails	Success		0.002
remove_const	Module#remove_const is a private method	Success		0.001
remove_const	Module#remove_const returns nil when removing autoloaded constant	Success		0.006
remove_method	Module#remove_method is a private method	Success		0.001
remove_method	Module#remove_method removes the method from a class	Success		0.000
remove_method	Module#remove_method removes method from subclass, but not parent	Success		0.001
remove_method	Module#remove_method removes multiple methods with 1 call	Success		0.001
remove_method	Module#remove_method accepts multiple arguments	Success		0.000
remove_method	Module#remove_method does not remove any instance methods when argument not given	Success		0.001
remove_method	Module#remove_method returns self	Success		0.000
remove_method	Module#remove_method raises a NameError when attempting to remove method further up the inheritance tree	Success		0.009
remove_method	Module#remove_method raises a NameError when attempting to remove a missing method	Success		0.001
remove_method	Module#remove_method on frozen instance raises a RuntimeError when passed a name	Success		0.001
remove_method	Module#remove_method on frozen instance raises a RuntimeError when passed a missing name	Success		0.001
remove_method	Module#remove_method on frozen instance raises a TypeError when passed a not name	Success		0.001
remove_method	Module#remove_method on frozen instance does not raise exceptions when no arguments given	Success		0.001
singleton_class	Module#singleton_class? returns true for singleton classes	Success		0.001
singleton_class	Module#singleton_class? returns false for other classes	Success		0.000
singleton_class	Module#singleton_class? with singleton values returns false for nil's singleton class	Success		0.000
singleton_class	Module#singleton_class? with singleton values returns false for true's singleton class	Success		0.000
singleton_class	Module#singleton_class? with singleton values returns false for false's singleton class	Success		0.000
to_s	Module#to_s returns the full constant path leading to the module	Success		0.001
to_s	Module#to_s works with an anonymous module	Success		0.001
to_s	Module#to_s works with an anonymous class	Success		0.000
undef_method	Module#undef_method is a private method	Success		0.001
undef_method	Module#undef_method requires multiple arguments	Success		0.001
undef_method	Module#undef_method allows multiple methods to be removed at once	Success		0.001
undef_method	Module#undef_method does not undef any instance methods when argument not given	Success		0.001
undef_method	Module#undef_method returns self	Success		0.000
undef_method	Module#undef_method raises a NameError when passed a missing name	Success		0.001
undef_method	Module#undef_method on frozen instance raises a RuntimeError when passed a name	Success		0.001
undef_method	Module#undef_method on frozen instance raises a RuntimeError when passed a missing name	Success		0.001
undef_method	Module#undef_method on frozen instance raises a TypeError when passed a not name	Success		0.001
undef_method	Module#undef_method on frozen instance does not raise exceptions when no arguments given	Success		0.000
undef_method	Module#undef_method with symbol removes a method defined in a class	Success		0.001
undef_method	Module#undef_method with symbol removes a method defined in a super class	Success		0.001
undef_method	Module#undef_method with symbol does not remove a method defined in a super class when removed from a subclass	Success		0.001
undef_method	Module#undef_method with string removes a method defined in a class	Success		0.001
undef_method	Module#undef_method with string removes a method defined in a super class	Success		0.001
undef_method	Module#undef_method with string does not remove a method defined in a super class when removed from a subclass	Success		0.001
lock	Mutex#lock returns self	Success		0.001
lock	Mutex#lock waits if the lock is not available	Success		0.002
lock	Mutex#lock raises a ThreadError when used recursively	Success		0.001
locked	Mutex#locked? returns true if locked	Success		0.001
locked	Mutex#locked? returns false if unlocked	Success		0.000
locked	Mutex#locked? returns the status of the lock	Success		0.001
owned	Mutex#owned? when unlocked returns false	Success		0.001
owned	Mutex#owned? when locked by the current thread returns true	Success		0.000
owned	Mutex#owned? when locked by another thread returns false	Success		0.006
sleep	Mutex#sleep raises an ArgumentError if passed a negative duration	Success		0.002
sleep	Mutex#sleep pauses execution for approximately the duration requested	Success		0.101
sleep	Mutex#sleep unlocks the mutex while sleeping	Success		0.002
sleep	Mutex#sleep relocks the mutex when woken	Success		0.011
sleep	Mutex#sleep relocks the mutex when woken by an exception being raised	Success		0.012
sleep	Mutex#sleep returns the rounded number of seconds asleep	Success		0.011
sleep	Mutex#sleep when not locked by the current thread raises a ThreadError	Success		0.001
sleep	Mutex#sleep when not locked by the current thread raises an ArgumentError if passed a negative duration	Success		0.001
synchronize	Mutex#synchronize wraps the lock/unlock pair in an ensure	Success		0.002
try_lock	Mutex#try_lock when unlocked returns true	Success		0.001
try_lock	Mutex#try_lock when unlocked locks the mutex	Success		0.000
try_lock	Mutex#try_lock when locked by the current thread returns false	Success		0.000
try_lock	Mutex#try_lock when locked by another thread returns false	Success		0.001
unlock	Mutex#unlock raises ThreadError unless Mutex is locked	Success		0.001
unlock	Mutex#unlock raises ThreadError unless thread owns Mutex	Success		0.001
unlock	Mutex#unlock raises ThreadError if previously locking thread is gone	Success		0.001
and	NilClass#& returns false	Success		0.001
dup	NilClass#dup raises a TypeError	Success		0.001
inspect	NilClass#inspect returns the string 'nil'	Success		0.000
nil	NilClass#nil? returns true	Success		0.000
or	NilClass#\| returns false if other is nil or false, otherwise true	Success		0.001
rationalize	NilClass#rationalize returns 0/1	Success		0.001
rationalize	NilClass#rationalize ignores a single argument	Success		0.000
rationalize	NilClass#rationalize raises ArgumentError when passed more than one argument	Success		0.001
to_a	NilClass#to_a returns an empty array	Success		0.001
to_c	NilClass#to_c returns Complex(0, 0)	Success		0.001
to_f	NilClass#to_f returns 0.0	Success		0.000
to_f	NilClass#to_f does not cause NilClass to be coerced to Float	Success		0.001
to_h	NilClass#to_h returns an empty hash	Success		0.001
to_i	NilClass#to_i returns 0	Success		0.000
to_i	NilClass#to_i does not cause NilClass to be coerced to Fixnum	Success		0.000
to_r	NilClass#to_r returns 0/1	Success		0.000
to_s	NilClass#to_s returns the string ''	Success		0.000
xor	NilClass#^ returns false if other is nil or false, otherwise true	Success		0.001
abs	Numeric#abs returns self when self is greater than 0	Success		0.002
abs	Numeric#abs returns self#@- when self is less than 0	Success		0.002
abs2	Numeric#abs2 returns the square of the absolute value of self	Success		0.005
abs2	Numeric#abs2 calls #* on self	Success		0.005
abs2	Numeric#abs2 returns NaN when self is NaN	Success		0.003
angle	Numeric#angle returns 0 if positive	Success		0.001
angle	Numeric#angle returns Pi if negative	Success		0.001
angle	Numeric#angle with a Numeric subclass returns 0 if self#<(0) returns false	Success		0.002
angle	Numeric#angle with a Numeric subclass returns Pi if self#<(0) returns true	Success		0.001
arg	Numeric#arg returns 0 if positive	Success		0.001
arg	Numeric#arg returns Pi if negative	Success		0.001
arg	Numeric#arg with a Numeric subclass returns 0 if self#<(0) returns false	Success		0.001
arg	Numeric#arg with a Numeric subclass returns Pi if self#<(0) returns true	Success		0.001
ceil	Numeric#ceil converts self to a Float (using #to_f) and returns the #ceil'ed result	Success		0.003
coerce	Numeric#coerce returns [other, self] if self and other are instances of the same class	Success		0.001
coerce	Numeric#coerce calls #to_f to convert other if self responds to #to_f	Success		0.002
coerce	Numeric#coerce returns [other.to_f, self.to_f] if self and other are instances of different classes	Success		0.003
coerce	Numeric#coerce raises a TypeError when passed nil	Success		0.001
coerce	Numeric#coerce raises a TypeError when passed a boolean	Success		0.001
coerce	Numeric#coerce raises a TypeError when passed a Symbol	Success		0.002
coerce	Numeric#coerce raises an ArgumentError when passed a String	Success		0.001
comparison	Numeric#<=> returns 0 if self equals other	Success		0.001
comparison	Numeric#<=> returns nil if self does not equal other	Success		0.001
comparison	Numeric#<=> with subclasses of Numeric is called when instances are compared with #<	Success		0.001
comparison	Numeric#<=> with subclasses of Numeric is called when instances are compared with #<=	Success		0.001
comparison	Numeric#<=> with subclasses of Numeric is called when instances are compared with #>	Success		0.001
comparison	Numeric#<=> with subclasses of Numeric is called when instances are compared with #>=	Success		0.001
conj	Numeric#conj returns self	Success		0.001
conjugate	Numeric#conjugate returns self	Success		0.001
denominator	Numeric#denominator returns 1	Success		0.001
denominator	Numeric#denominator works with Numeric subclasses	Success		0.002
div	Numeric#div calls self#/ with other, then returns the #floor'ed result	Skipped	tagged	0.000
div	Numeric#div raises ZeroDivisionError for 0	Success		0.001
divmod	Numeric#divmod returns [quotient, modulus], with quotient being obtained as in Numeric#div then #floor and modulus being obtained by calling self#- with quotient * other	Skipped	tagged	0.000
eql	Numeric#eql? returns false if self's and other's types don't match	Success		0.001
eql	Numeric#eql? returns the result of calling self#== with other when self's and other's types match	Success		0.002
fdiv	Numeric#fdiv coerces self with #to_f	Success		0.001
fdiv	Numeric#fdiv coerces other with #to_f	Success		0.001
fdiv	Numeric#fdiv performs floating-point division	Success		0.000
fdiv	Numeric#fdiv returns a Float	Success		0.001
fdiv	Numeric#fdiv returns Infinity if other is 0	Success		0.000
fdiv	Numeric#fdiv returns NaN if other is NaN	Success		0.000
floor	Numeric#floor converts self to a Float (using #to_f) and returns the #floor'ed result	Success		0.002
i	Numeric#i returns a Complex object	Success		0.000
i	Numeric#i sets the real part to 0	Success		0.000
i	Numeric#i sets the imaginary part to self	Success		0.000
imag	Numeric#imag returns 0	Success		0.003
imag	Numeric#imag raises an ArgumentError if given any arguments	Success		0.004
imaginary	Numeric#imaginary returns 0	Success		0.003
imaginary	Numeric#imaginary raises an ArgumentError if given any arguments	Success		0.004
integer	Numeric#integer? returns false	Success		0.000
magnitude	Numeric#magnitude returns self when self is greater than 0	Success		0.002
magnitude	Numeric#magnitude returns self#@- when self is less than 0	Success		0.002
modulo	Numeric#modulo returns self - other * self.div(other)	Success		0.003
modulo	Numeric#% returns self - other * self.div(other)	Success		0.003
negative	Numeric#negative? on positive numbers returns false	Success		0.001
negative	Numeric#negative? on zero returns false	Success		0.000
negative	Numeric#negative? on negative numbers returns true	Success		0.001
negative	Numeric#negative? returns true if self is less than 0	Success		0.002
negative	Numeric#negative? returns false if self is greater than 0	Success		0.001
nonzero	Numeric#nonzero? returns self if self#zero? is false	Success		0.002
nonzero	Numeric#nonzero? returns nil if self#zero? is true	Success		0.001
numerator	Numeric#numerator converts self to a Rational object then returns its numerator	Success		0.003
numerator	Numeric#numerator works with Numeric subclasses	Success		0.002
numeric	Numeric includes Comparable	Success		0.001
phase	Numeric#phase returns 0 if positive	Success		0.001
phase	Numeric#phase returns Pi if negative	Success		0.001
phase	Numeric#phase with a Numeric subclass returns 0 if self#<(0) returns false	Success		0.001
phase	Numeric#phase with a Numeric subclass returns Pi if self#<(0) returns true	Success		0.001
polar	Numeric#polar returns a two-element Array	Success		0.003
polar	Numeric#polar sets the first value to the absolute value of self	Success		0.002
polar	Numeric#polar sets the last value to 0 if self is positive	Success		0.002
polar	Numeric#polar sets the last value to Pi if self is negative	Success		0.001
polar	Numeric#polar returns [NaN, NaN] if self is NaN	Success		0.001
positive	Numeric#positive? on positive numbers returns true	Success		0.001
positive	Numeric#positive? on zero returns false	Success		0.001
positive	Numeric#positive? on negative numbers returns false	Success		0.001
positive	Numeric#positive? returns true if self is greater than 0	Success		0.002
positive	Numeric#positive? returns false if self is less than 0	Success		0.001
quo	Numeric#quo returns the result of self divided by the given Integer as a Rational	Success		0.001
quo	Numeric#quo returns the result of self divided by the given Float as a Float	Success		0.000
quo	Numeric#quo returns the result of self divided by the given Bignum as a Float	Success		0.001
quo	Numeric#quo raises a ZeroDivisionError when the given Integer is 0	Success		0.001
quo	Numeric#quo calls #to_r to convert the object to a Rational	Success		0.002
quo	Numeric#quo raises a TypeError of #to_r does not return a Rational	Success		0.002
quo	Numeric#quo raises a TypeError when given a non-Integer	Success		0.003
quo	Numeric#quo returns the result of calling self#/ with other	Success		0.001
real	Numeric#real returns self	Success		0.003
real	Numeric#real raises an ArgumentError if given any arguments	Success		0.004
real	Numeric#real? returns true	Success		0.000
rect	Numeric#rect returns an Array	Success		0.001
rect	Numeric#rect returns a two-element Array	Success		0.001
rect	Numeric#rect returns self as the first element	Success		0.001
rect	Numeric#rect returns 0 as the last element	Success		0.001
rect	Numeric#rect raises an ArgumentError if given any arguments	Success		0.001
rectangular	Numeric#rectangular returns an Array	Success		0.001
rectangular	Numeric#rectangular returns a two-element Array	Success		0.001
rectangular	Numeric#rectangular returns self as the first element	Success		0.001
rectangular	Numeric#rectangular returns 0 as the last element	Success		0.001
rectangular	Numeric#rectangular raises an ArgumentError if given any arguments	Success		0.001
remainder	Numeric#remainder returns the result of calling self#% with other if self is 0	Success		0.003
remainder	Numeric#remainder returns the result of calling self#% with other if self and other are greater than 0	Success		0.006
remainder	Numeric#remainder returns the result of calling self#% with other if self and other are less than 0	Success		0.005
remainder	Numeric#remainder returns the result of calling self#% with other - other if self is greater than 0 and other is less than 0	Success		0.006
remainder	Numeric#remainder returns the result of calling self#% with other - other if self is less than 0 and other is greater than 0	Success		0.005
round	Numeric#round converts self to a Float (using #to_f) and returns the #round'ed result	Success		0.002
singleton_method_added	Numeric#singleton_method_added raises a TypeError when trying to define a singleton method on a Numeric	Skipped	tagged	0.000
step	Numeric#step with positional args raises an ArgumentError when step is 0	Success		0.001
step	Numeric#step with positional args raises an ArgumentError when step is 0.0	Success		0.001
step	Numeric#step with positional args defaults to step = 1	Success		0.001
step	Numeric#step with positional args does not rescue ArgumentError exceptions	Success		0.001
step	Numeric#step with positional args does not rescue TypeError exceptions	Success		0.001
step	Numeric#step with positional args when self, stop and step are Fixnums yields only Fixnums	Success		0.001
step	Numeric#step with positional args when self, stop and step are Fixnums with a positive step yields while increasing self by step until stop is reached	Success		0.001
step	Numeric#step with positional args when self, stop and step are Fixnums with a positive step yields once when self equals stop	Success		0.001
step	Numeric#step with positional args when self, stop and step are Fixnums with a positive step does not yield when self is greater than stop	Success		0.001
step	Numeric#step with positional args when self, stop and step are Fixnums with a negative step yields while decreasing self by step until stop is reached	Success		0.001
step	Numeric#step with positional args when self, stop and step are Fixnums with a negative step yields once when self equals stop	Success		0.001
step	Numeric#step with positional args when self, stop and step are Fixnums with a negative step does not yield when self is less than stop	Success		0.001
step	Numeric#step with positional args when at least one of self, stop or step is a Float yields Floats even if only self is a Float	Success		0.002
step	Numeric#step with positional args when at least one of self, stop or step is a Float yields Floats even if only stop is a Float	Success		0.001
step	Numeric#step with positional args when at least one of self, stop or step is a Float yields Floats even if only step is a Float	Success		0.001
step	Numeric#step with positional args when at least one of self, stop or step is a Float with a positive step yields while increasing self by step while < stop	Success		0.001
step	Numeric#step with positional args when at least one of self, stop or step is a Float with a positive step yields once when self equals stop	Success		0.001
step	Numeric#step with positional args when at least one of self, stop or step is a Float with a positive step does not yield when self is greater than stop	Success		0.001
step	Numeric#step with positional args when at least one of self, stop or step is a Float with a positive step is careful about not yielding a value greater than limit	Success		0.001
step	Numeric#step with positional args when at least one of self, stop or step is a Float with a negative step yields while decreasing self by step while self > stop	Success		0.001
step	Numeric#step with positional args when at least one of self, stop or step is a Float with a negative step yields once when self equals stop	Success		0.001
step	Numeric#step with positional args when at least one of self, stop or step is a Float with a negative step does not yield when self is less than stop	Success		0.001
step	Numeric#step with positional args when at least one of self, stop or step is a Float with a negative step is careful about not yielding a value smaller than limit	Success		0.001
step	Numeric#step with positional args when at least one of self, stop or step is a Float with a positive Infinity step yields once if self < stop	Success		0.001
step	Numeric#step with positional args when at least one of self, stop or step is a Float with a positive Infinity step yields once when stop is Infinity	Success		0.001
step	Numeric#step with positional args when at least one of self, stop or step is a Float with a positive Infinity step yields once when self equals stop	Success		0.001
step	Numeric#step with positional args when at least one of self, stop or step is a Float with a positive Infinity step yields once when self and stop are Infinity	Success		0.001
step	Numeric#step with positional args when at least one of self, stop or step is a Float with a positive Infinity step does not yield when self > stop	Success		0.001
step	Numeric#step with positional args when at least one of self, stop or step is a Float with a positive Infinity step does not yield when stop is -Infinity	Success		0.001
step	Numeric#step with positional args when at least one of self, stop or step is a Float with a negative Infinity step yields once if self > stop	Success		0.001
step	Numeric#step with positional args when at least one of self, stop or step is a Float with a negative Infinity step yields once if stop is -Infinity	Success		0.001
step	Numeric#step with positional args when at least one of self, stop or step is a Float with a negative Infinity step yields once when self equals stop	Success		0.001
step	Numeric#step with positional args when at least one of self, stop or step is a Float with a negative Infinity step yields once when self and stop are Infinity	Success		0.001
step	Numeric#step with positional args when at least one of self, stop or step is a Float with a negative Infinity step does not yield when self > stop	Success		0.001
step	Numeric#step with positional args when at least one of self, stop or step is a Float with a negative Infinity step does not yield when stop is Infinity	Success		0.001
step	Numeric#step with positional args when at least one of self, stop or step is a Float with a Infinity stop and a positive step does not yield when self is infinity	Success		0.001
step	Numeric#step with positional args when at least one of self, stop or step is a Float with a Infinity stop and a negative step does not yield when self is negative infinity	Success		0.001
step	Numeric#step with positional args when at least one of self, stop or step is a Float with a Infinity stop and a negative step does not yield when self is positive infinity	Success		0.001
step	Numeric#step with positional args when at least one of self, stop or step is a Float with a negative Infinity stop and a positive step does not yield when self is negative infinity	Success		0.001
step	Numeric#step with positional args when at least one of self, stop or step is a Float with a negative Infinity stop and a negative step does not yield when self is negative infinity	Success		0.001
step	Numeric#step with positional args when step is a String with self and stop as Fixnums raises an when step is a numeric representation	Success		0.003
step	Numeric#step with positional args when step is a String with self and stop as Fixnums raises an with step as an alphanumeric string	Success		0.001
step	Numeric#step with positional args when step is a String with self and stop as Floats raises an when step is a numeric representation	Success		0.002
step	Numeric#step with positional args when step is a String with self and stop as Floats raises an with step as an alphanumeric string	Success		0.001
step	Numeric#step with positional args when no block is given returns an Enumerator when step is 0	Success		0.001
step	Numeric#step with positional args when no block is given returns an Enumerator when not passed a block and self > stop	Success		0.001
step	Numeric#step with positional args when no block is given returns an Enumerator when not passed a block and self < stop	Success		0.001
step	Numeric#step with positional args when no block is given returns an Enumerator that uses the given step	Success		0.001
step	Numeric#step with positional args when no block is given when step is a String with self and stop as Fixnums returns an Enumerator	Success		0.001
step	Numeric#step with positional args when no block is given when step is a String with self and stop as Floats returns an Enumerator	Success		0.001
step	Numeric#step with positional args when no block is given returned Enumerator size when step is a String with self and stop as Fixnums raises an when step is a numeric representation	Success		0.003
step	Numeric#step with positional args when no block is given returned Enumerator size when step is a String with self and stop as Fixnums raises an with step as an alphanumeric string	Success		0.001
step	Numeric#step with positional args when no block is given returned Enumerator size when step is a String with self and stop as Floats raises an when step is a numeric representation	Success		0.003
step	Numeric#step with positional args when no block is given returned Enumerator size when step is a String with self and stop as Floats raises an with step as an alphanumeric string	Success		0.001
step	Numeric#step with positional args when no block is given returned Enumerator size when self, stop and step are Fixnums and step is positive returns the difference between self and stop divided by the number of steps	Success		0.002
step	Numeric#step with positional args when no block is given returned Enumerator size when self, stop and step are Fixnums and step is positive returns 0 if value > limit	Success		0.001
step	Numeric#step with positional args when no block is given returned Enumerator size when self, stop and step are Fixnums and step is negative returns the difference between self and stop divided by the number of steps	Success		0.002
step	Numeric#step with positional args when no block is given returned Enumerator size when self, stop and step are Fixnums and step is negative returns 0 if value < limit	Success		0.001
step	Numeric#step with positional args when no block is given returned Enumerator size when self, stop or step is a Float and step is positive returns the difference between self and stop divided by the number of steps	Success		0.003
step	Numeric#step with positional args when no block is given returned Enumerator size when self, stop or step is a Float and step is positive returns 0 if value > limit	Success		0.001
step	Numeric#step with positional args when no block is given returned Enumerator size when self, stop or step is a Float and step is positive returns 1 if step is infinity_value	Success		0.001
step	Numeric#step with positional args when no block is given returned Enumerator size when self, stop or step is a Float and step is negative returns the difference between self and stop divided by the number of steps	Success		0.002
step	Numeric#step with positional args when no block is given returned Enumerator size when self, stop or step is a Float and step is negative returns 0 if value < limit	Success		0.001
step	Numeric#step with positional args when no block is given returned Enumerator size when self, stop or step is a Float and step is negative returns 1 if step is infinity_value	Success		0.001
step	Numeric#step with positional args when no block is given returns an Enumerator when step is 0	Success		0.001
step	Numeric#step with positional args when no block is given returns an Enumerator when step is 0.0	Success		0.001
step	Numeric#step with positional args when no block is given returned Enumerator size raises an ArgumentError when step is 0	Success		0.001
step	Numeric#step with positional args when no block is given returned Enumerator size raises an ArgumentError when step is 0.0	Success		0.001
step	Numeric#step with keyword arguments doesn't raise an error when step is 0	Skipped	tagged	0.000
step	Numeric#step with keyword arguments doesn't raise an error when step is 0.0	Skipped	tagged	0.000
step	Numeric#step with keyword arguments should loop over self when step is 0 or 0.0	Skipped	tagged	0.000
step	Numeric#step with keyword arguments defaults to step = 1	Skipped	tagged	0.000
step	Numeric#step with keyword arguments does not rescue TypeError exceptions	Skipped	tagged	0.000
step	Numeric#step with keyword arguments does not rescue ArgumentError exceptions	Success		0.001
step	Numeric#step with keyword arguments when no block is given returned Enumerator size should return infinity_value when step is 0	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when no block is given returned Enumerator size should return infinity_value when step is 0.0	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when self, stop and step are Fixnums yields only Fixnums	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when self, stop and step are Fixnums with a positive step yields while increasing self by step until stop is reached	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when self, stop and step are Fixnums with a positive step yields once when self equals stop	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when self, stop and step are Fixnums with a positive step does not yield when self is greater than stop	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when self, stop and step are Fixnums with a negative step yields while decreasing self by step until stop is reached	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when self, stop and step are Fixnums with a negative step yields once when self equals stop	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when self, stop and step are Fixnums with a negative step does not yield when self is less than stop	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when at least one of self, stop or step is a Float yields Floats even if only self is a Float	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when at least one of self, stop or step is a Float yields Floats even if only stop is a Float	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when at least one of self, stop or step is a Float yields Floats even if only step is a Float	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when at least one of self, stop or step is a Float with a positive step yields while increasing self by step while < stop	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when at least one of self, stop or step is a Float with a positive step yields once when self equals stop	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when at least one of self, stop or step is a Float with a positive step does not yield when self is greater than stop	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when at least one of self, stop or step is a Float with a positive step is careful about not yielding a value greater than limit	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when at least one of self, stop or step is a Float with a negative step yields while decreasing self by step while self > stop	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when at least one of self, stop or step is a Float with a negative step yields once when self equals stop	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when at least one of self, stop or step is a Float with a negative step does not yield when self is less than stop	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when at least one of self, stop or step is a Float with a negative step is careful about not yielding a value smaller than limit	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when at least one of self, stop or step is a Float with a positive Infinity step yields once if self < stop	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when at least one of self, stop or step is a Float with a positive Infinity step yields once when stop is Infinity	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when at least one of self, stop or step is a Float with a positive Infinity step yields once when self equals stop	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when at least one of self, stop or step is a Float with a positive Infinity step yields once when self and stop are Infinity	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when at least one of self, stop or step is a Float with a positive Infinity step does not yield when self > stop	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when at least one of self, stop or step is a Float with a positive Infinity step does not yield when stop is -Infinity	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when at least one of self, stop or step is a Float with a negative Infinity step yields once if self > stop	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when at least one of self, stop or step is a Float with a negative Infinity step yields once if stop is -Infinity	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when at least one of self, stop or step is a Float with a negative Infinity step yields once when self equals stop	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when at least one of self, stop or step is a Float with a negative Infinity step yields once when self and stop are Infinity	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when at least one of self, stop or step is a Float with a negative Infinity step does not yield when self > stop	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when at least one of self, stop or step is a Float with a negative Infinity step does not yield when stop is Infinity	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when at least one of self, stop or step is a Float with a Infinity stop and a positive step does not yield when self is infinity	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when at least one of self, stop or step is a Float with a Infinity stop and a negative step does not yield when self is negative infinity	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when at least one of self, stop or step is a Float with a Infinity stop and a negative step does not yield when self is positive infinity	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when at least one of self, stop or step is a Float with a negative Infinity stop and a positive step does not yield when self is negative infinity	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when at least one of self, stop or step is a Float with a negative Infinity stop and a negative step does not yield when self is negative infinity	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when step is a String with self and stop as Fixnums raises an when step is a numeric representation	Success		0.003
step	Numeric#step with keyword arguments when step is a String with self and stop as Fixnums raises an with step as an alphanumeric string	Success		0.001
step	Numeric#step with keyword arguments when step is a String with self and stop as Floats raises an when step is a numeric representation	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when step is a String with self and stop as Floats raises an with step as an alphanumeric string	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when no block is given returns an Enumerator that uses the given step	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when no block is given returns an Enumerator when step is 0	Success		0.001
step	Numeric#step with keyword arguments when no block is given returns an Enumerator when not passed a block and self > stop	Success		0.001
step	Numeric#step with keyword arguments when no block is given returns an Enumerator when not passed a block and self < stop	Success		0.001
step	Numeric#step with keyword arguments when no block is given when step is a String with self and stop as Fixnums returns an Enumerator	Success		0.001
step	Numeric#step with keyword arguments when no block is given when step is a String with self and stop as Floats returns an Enumerator	Success		0.001
step	Numeric#step with keyword arguments when no block is given returned Enumerator size when step is a String with self and stop as Fixnums raises an when step is a numeric representation	Success		0.003
step	Numeric#step with keyword arguments when no block is given returned Enumerator size when step is a String with self and stop as Fixnums raises an with step as an alphanumeric string	Success		0.001
step	Numeric#step with keyword arguments when no block is given returned Enumerator size when step is a String with self and stop as Floats raises an when step is a numeric representation	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when no block is given returned Enumerator size when step is a String with self and stop as Floats raises an with step as an alphanumeric string	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when no block is given returned Enumerator size when self, stop and step are Fixnums and step is positive returns the difference between self and stop divided by the number of steps	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when no block is given returned Enumerator size when self, stop and step are Fixnums and step is positive returns 0 if value > limit	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when no block is given returned Enumerator size when self, stop and step are Fixnums and step is negative returns the difference between self and stop divided by the number of steps	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when no block is given returned Enumerator size when self, stop and step are Fixnums and step is negative returns 0 if value < limit	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when no block is given returned Enumerator size when self, stop or step is a Float and step is positive returns the difference between self and stop divided by the number of steps	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when no block is given returned Enumerator size when self, stop or step is a Float and step is positive returns 0 if value > limit	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when no block is given returned Enumerator size when self, stop or step is a Float and step is positive returns 1 if step is infinity_value	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when no block is given returned Enumerator size when self, stop or step is a Float and step is negative returns the difference between self and stop divided by the number of steps	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when no block is given returned Enumerator size when self, stop or step is a Float and step is negative returns 0 if value < limit	Skipped	tagged	0.000
step	Numeric#step with keyword arguments when no block is given returned Enumerator size when self, stop or step is a Float and step is negative returns 1 if step is infinity_value	Skipped	tagged	0.000
step	Numeric#step with mixed arguments doesn't raise an error when step is 0	Skipped	tagged	0.000
step	Numeric#step with mixed arguments doesn't raise an error when step is 0.0	Skipped	tagged	0.000
step	Numeric#step with mixed arguments should loop over self when step is 0 or 0.0	Skipped	tagged	0.000
step	Numeric#step with mixed arguments raises a ArgumentError when limit and to are defined	Success		0.001
step	Numeric#step with mixed arguments raises a ArgumentError when step and by are defined	Success		0.001
step	Numeric#step with mixed arguments defaults to step = 1	Success		0.001
step	Numeric#step with mixed arguments does not rescue ArgumentError exceptions	Success		0.001
step	Numeric#step with mixed arguments does not rescue TypeError exceptions	Success		0.001
step	Numeric#step with mixed arguments when no block is given returned Enumerator size should return infinity_value when step is 0	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when no block is given returned Enumerator size should return infinity_value when step is 0.0	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when self, stop and step are Fixnums yields only Fixnums	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when self, stop and step are Fixnums with a positive step yields while increasing self by step until stop is reached	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when self, stop and step are Fixnums with a positive step yields once when self equals stop	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when self, stop and step are Fixnums with a positive step does not yield when self is greater than stop	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when self, stop and step are Fixnums with a negative step yields while decreasing self by step until stop is reached	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when self, stop and step are Fixnums with a negative step yields once when self equals stop	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when self, stop and step are Fixnums with a negative step does not yield when self is less than stop	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when at least one of self, stop or step is a Float yields Floats even if only self is a Float	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when at least one of self, stop or step is a Float yields Floats even if only stop is a Float	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when at least one of self, stop or step is a Float yields Floats even if only step is a Float	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when at least one of self, stop or step is a Float with a positive step yields while increasing self by step while < stop	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when at least one of self, stop or step is a Float with a positive step yields once when self equals stop	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when at least one of self, stop or step is a Float with a positive step does not yield when self is greater than stop	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when at least one of self, stop or step is a Float with a positive step is careful about not yielding a value greater than limit	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when at least one of self, stop or step is a Float with a negative step yields while decreasing self by step while self > stop	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when at least one of self, stop or step is a Float with a negative step yields once when self equals stop	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when at least one of self, stop or step is a Float with a negative step does not yield when self is less than stop	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when at least one of self, stop or step is a Float with a negative step is careful about not yielding a value smaller than limit	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when at least one of self, stop or step is a Float with a positive Infinity step yields once if self < stop	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when at least one of self, stop or step is a Float with a positive Infinity step yields once when stop is Infinity	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when at least one of self, stop or step is a Float with a positive Infinity step yields once when self equals stop	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when at least one of self, stop or step is a Float with a positive Infinity step yields once when self and stop are Infinity	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when at least one of self, stop or step is a Float with a positive Infinity step does not yield when self > stop	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when at least one of self, stop or step is a Float with a positive Infinity step does not yield when stop is -Infinity	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when at least one of self, stop or step is a Float with a negative Infinity step yields once if self > stop	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when at least one of self, stop or step is a Float with a negative Infinity step yields once if stop is -Infinity	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when at least one of self, stop or step is a Float with a negative Infinity step yields once when self equals stop	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when at least one of self, stop or step is a Float with a negative Infinity step yields once when self and stop are Infinity	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when at least one of self, stop or step is a Float with a negative Infinity step does not yield when self > stop	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when at least one of self, stop or step is a Float with a negative Infinity step does not yield when stop is Infinity	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when at least one of self, stop or step is a Float with a Infinity stop and a positive step does not yield when self is infinity	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when at least one of self, stop or step is a Float with a Infinity stop and a negative step does not yield when self is negative infinity	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when at least one of self, stop or step is a Float with a Infinity stop and a negative step does not yield when self is positive infinity	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when at least one of self, stop or step is a Float with a negative Infinity stop and a positive step does not yield when self is negative infinity	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when at least one of self, stop or step is a Float with a negative Infinity stop and a negative step does not yield when self is negative infinity	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when step is a String with self and stop as Fixnums raises an when step is a numeric representation	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when step is a String with self and stop as Fixnums raises an with step as an alphanumeric string	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when step is a String with self and stop as Floats raises an when step is a numeric representation	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when step is a String with self and stop as Floats raises an with step as an alphanumeric string	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when no block is given returns an Enumerator that uses the given step	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when no block is given returns an Enumerator when step is 0	Success		0.001
step	Numeric#step with mixed arguments when no block is given returns an Enumerator when not passed a block and self > stop	Success		0.001
step	Numeric#step with mixed arguments when no block is given returns an Enumerator when not passed a block and self < stop	Success		0.001
step	Numeric#step with mixed arguments when no block is given when step is a String with self and stop as Fixnums returns an Enumerator	Success		0.001
step	Numeric#step with mixed arguments when no block is given when step is a String with self and stop as Floats returns an Enumerator	Success		0.001
step	Numeric#step with mixed arguments when no block is given returned Enumerator size when step is a String with self and stop as Fixnums raises an when step is a numeric representation	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when no block is given returned Enumerator size when step is a String with self and stop as Fixnums raises an with step as an alphanumeric string	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when no block is given returned Enumerator size when step is a String with self and stop as Floats raises an when step is a numeric representation	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when no block is given returned Enumerator size when step is a String with self and stop as Floats raises an with step as an alphanumeric string	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when no block is given returned Enumerator size when self, stop and step are Fixnums and step is positive returns the difference between self and stop divided by the number of steps	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when no block is given returned Enumerator size when self, stop and step are Fixnums and step is positive returns 0 if value > limit	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when no block is given returned Enumerator size when self, stop and step are Fixnums and step is negative returns the difference between self and stop divided by the number of steps	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when no block is given returned Enumerator size when self, stop and step are Fixnums and step is negative returns 0 if value < limit	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when no block is given returned Enumerator size when self, stop or step is a Float and step is positive returns the difference between self and stop divided by the number of steps	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when no block is given returned Enumerator size when self, stop or step is a Float and step is positive returns 0 if value > limit	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when no block is given returned Enumerator size when self, stop or step is a Float and step is positive returns 1 if step is infinity_value	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when no block is given returned Enumerator size when self, stop or step is a Float and step is negative returns the difference between self and stop divided by the number of steps	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when no block is given returned Enumerator size when self, stop or step is a Float and step is negative returns 0 if value < limit	Skipped	tagged	0.000
step	Numeric#step with mixed arguments when no block is given returned Enumerator size when self, stop or step is a Float and step is negative returns 1 if step is infinity_value	Skipped	tagged	0.000
to_c	Numeric#to_c returns a Complex object	Success		0.002
to_c	Numeric#to_c uses self as the real component	Success		0.002
to_c	Numeric#to_c uses 0 as the imaginary component	Success		0.001
to_int	Numeric#to_int returns self#to_i	Success		0.002
truncate	Numeric#truncate converts self to a Float (using #to_f) and returns the #truncate'd result	Success		0.002
uminus	Numeric#-@ returns the same value with opposite sign (integers)	Success		0.001
uminus	Numeric#-@ returns the same value with opposite sign (floats)	Success		0.000
uminus	Numeric#-@ returns the same value with opposite sign (two complement)	Success		0.001
uminus	Numeric#-@ with a Numeric subclass calls #coerce(0) on self, then subtracts the second element of the result from the first	Success		0.002
uplus	Numeric#+@ returns self	Success		0.000
zero	Numeric#zero? returns true if self is 0	Success		0.001
zero	Numeric#zero? returns false if self is not 0	Success		0.001
_id2ref	ObjectSpace._id2ref converts an object id to a reference to the object	Success		0.164
_id2ref	ObjectSpace._id2ref retrieves a Fixnum by object_id	Success		0.001
_id2ref	ObjectSpace._id2ref retrieves a Symbol by object_id	Success		0.106
_id2ref	ObjectSpace._id2ref raises RangeError when an object could not be found	Success		0.109
add_finalizer	ObjectSpace.add_finalizer needs to be reviewed for spec completeness	Success		0.000
call_finalizer	ObjectSpace.call_finalizer needs to be reviewed for spec completeness	Success		0.000
count_objects	ObjectSpace.count_objects needs to be reviewed for spec completeness	Success		0.000
define_finalizer	ObjectSpace.define_finalizer raises an ArgumentError if the action does not respond to call	Success		0.002
define_finalizer	ObjectSpace.define_finalizer accepts an object and a proc	Success		0.002
define_finalizer	ObjectSpace.define_finalizer accepts an object and a callable	Success		0.001
define_finalizer	ObjectSpace.define_finalizer raises ArgumentError trying to define a finalizer on a non-reference	Success		0.001
each_object	ObjectSpace.each_object walks a class and its normal descendants when passed the class's singleton class	Skipped	tagged	0.000
each_object	ObjectSpace.each_object calls the block once for each living, non-immediate object in the Ruby process	Success		0.133
each_object	ObjectSpace.each_object calls the block once for each class, module in the Ruby process	Success		0.244
each_object	ObjectSpace.each_object returns an enumerator if not given a block	Success		0.121
each_object	ObjectSpace.each_object finds an object stored in a global variable	Success		0.107
each_object	ObjectSpace.each_object finds an object stored in a top-level constant	Success		0.123
each_object	ObjectSpace.each_object finds an object stored in a second-level constant	Success		0.077
each_object	ObjectSpace.each_object finds an object stored in a local variable	Success		0.094
each_object	ObjectSpace.each_object finds an object stored in a local variable captured in a block explicitly	Success		0.075
each_object	ObjectSpace.each_object finds an object stored in a local variable captured in a block implicitly	Success		0.085
each_object	ObjectSpace.each_object finds an object stored in a local variable captured in by a method defined with a block	Success		0.080
each_object	ObjectSpace.each_object finds an object stored in a local variable captured in a Proc#binding	Success		0.075
each_object	ObjectSpace.each_object finds an object stored in a local variable captured in a Kernel#binding	Success		0.075
each_object	ObjectSpace.each_object finds an object stored in a local variable set in a binding manually	Success		0.074
each_object	ObjectSpace.each_object finds an object stored in an array	Success		0.075
each_object	ObjectSpace.each_object finds an object stored in a hash key	Success		0.075
each_object	ObjectSpace.each_object finds an object stored in a hash value	Success		0.075
each_object	ObjectSpace.each_object finds an object stored in an instance variable	Success		0.088
each_object	ObjectSpace.each_object finds an object stored in a thread local	Success		0.074
each_object	ObjectSpace.each_object finds an object stored in a fiber local	Success		0.073
each_object	ObjectSpace.each_object finds an object captured in an at_exit handler	Success		0.073
each_object	ObjectSpace.each_object finds an object captured in finalizer	Success		0.074
each_object	ObjectSpace.each_object on singleton classes walks singleton classes	Skipped	tagged	0.000
each_object	ObjectSpace.each_object on singleton classes does not walk hidden metaclasses	Success		0.078
finalizers	ObjectSpace.finalizers needs to be reviewed for spec completeness	Success		0.000
garbage_collect	ObjectSpace.garbage_collect can be invoked without any exceptions	Success		1.477
garbage_collect	ObjectSpace.garbage_collect doesn't accept any arguments	Success		0.001
garbage_collect	ObjectSpace.garbage_collect ignores the supplied block	Success		0.553
garbage_collect	ObjectSpace.garbage_collect always returns nil	Success		0.227
remove_finalizer	ObjectSpace.remove_finalizer needs to be reviewed for spec completeness	Success		0.000
undefine_finalizer	ObjectSpace.undefine_finalizer needs to be reviewed for spec completeness	Success		0.000
allocate	Proc.allocate raises a TypeError	Success		0.001
arity	Proc#arity for instances created with -> () { } returns zero for definition '@a = -> () {}'	Success		0.001
arity	Proc#arity for instances created with -> () { } returns zero for definition '@a = -> (&b) {}'	Success		0.001
arity	Proc#arity for instances created with -> () { } returns positive values for definition @a = -> (a) { } @b = -> (a, b) { } @c = -> (a, b, c) { } @d = -> (a, b, c, d) { }	Success		0.001
arity	Proc#arity for instances created with -> () { } returns positive values for definition @a = -> (a:) { } @b = -> (a:, b:) { } @c = -> (a: 1, b:, c:, d: 2) { }	Success		0.001
arity	Proc#arity for instances created with -> () { } returns positive values for definition @a = -> (a, b:) { } @b = -> (a, b:, &l) { }	Success		0.001
arity	Proc#arity for instances created with -> () { } returns positive values for definition @a = -> (a, b, c:, d: 1) { } @b = -> (a, b, c:, d: 1, **k, &l) { }	Success		0.002
arity	Proc#arity for instances created with -> () { } returns positive values for definition @a = -> ((a, (b, c))) { } @b = -> (a, (b, c), d, (e), ()) { }	Success		0.001
arity	Proc#arity for instances created with -> () { } returns negative values for definition @a = -> (a: 1) { } @b = -> (a: 1, b: 2) { }	Skipped	tagged	0.000
arity	Proc#arity for instances created with -> () { } returns negative values for definition @a = -> (a=1, b: 2) { } @b = -> (a, b: 1) { } @c = -> (a=1, b: 2) { } @d = -> (a=1, b, c: 2, &l) { }	Skipped	tagged	0.000
arity	Proc#arity for instances created with -> () { } returns negative values for definition @a = -> (*k, &l) { } @b= -> (a, k) { } @c = ->(a: 1, b: 2, k) { }	Skipped	tagged	0.000
arity	Proc#arity for instances created with -> () { } returns negative values for definition @a = -> (a=1) { } @b = -> (a=1, b=2) { }	Success		0.001
arity	Proc#arity for instances created with -> () { } returns negative values for definition @a = -> (a, b=1) { } @b = -> (a, b, c=1, d=2) { }	Success		0.001
arity	Proc#arity for instances created with -> () { } returns negative values for definition @a = -> (a=1, b) { } @b = -> (a=1, b=2, c) { }	Success		0.001
arity	Proc#arity for instances created with -> () { } returns negative values for definition @a = -> () { } @b = -> (a) { }	Success		0.001
arity	Proc#arity for instances created with -> () { } returns negative values for definition @a = -> (a, ) { } @b = -> (a, b) { } @c = -> (a, b, c) { } @d = -> (a, b, c, d) { }	Success		0.001
arity	Proc#arity for instances created with -> () { } returns negative values for definition @a = -> (a, b) { } @b = -> (a, b, c) { } @c = -> (*a, b, c, d) { }	Success		0.001
arity	Proc#arity for instances created with -> () { } returns negative values for definition @a = -> (a, b, c) { } @b = -> (a, b, c, d, e) { }	Success		0.001
arity	Proc#arity for instances created with -> () { } returns negative values for definition @a = -> (a, b=1, c=2, d, e, f) { } @b = -> (a, b, c=1, d, e, f, g) { }	Success		0.001
arity	Proc#arity for instances created with -> () { } returns negative values for definition '@a = -> (a=1, b, c:, d: 2, *k, &l) { }'	Success		0.001
arity	Proc#arity for instances created with -> () { } returns negative values for definition @a = -> (a, b=1, c, d, e:, f: 2, k, &l) { } @b = -> (a, b=1, c, d:, e:, f: 2, *k, &l) { } @c = -> (a=0, b=1, c, d, e:, f: 2, *k, &l) { } @d = -> (a=0, b=1, c, d:, e:, f: 2, **k, &l) { }	Success		0.001
arity	Proc#arity for instances created with lambda { \|\| } returns zero for definition @a = lambda { } @b = lambda { \|\| }	Success		0.001
arity	Proc#arity for instances created with lambda { \|\| } returns zero for definition '@a = lambda { \|&b\| }'	Success		0.001
arity	Proc#arity for instances created with lambda { \|\| } returns positive values for definition @a = lambda { \|a\| } @b = lambda { \|a, b\| } @c = lambda { \|a, b, c\| } @d = lambda { \|a, b, c, d\| }	Success		0.001
arity	Proc#arity for instances created with lambda { \|\| } returns positive values for definition @a = lambda { \|a:\| } @b = lambda { \|a:, b:\| } @c = lambda { \|a: 1, b:, c:, d: 2\| }	Success		0.001
arity	Proc#arity for instances created with lambda { \|\| } returns positive values for definition @a = lambda { \|a, b:\| } @b = lambda { \|a, b:, &l\| }	Success		0.001
arity	Proc#arity for instances created with lambda { \|\| } returns positive values for definition @a = lambda { \|a, b, c:, d: 1\| } @b = lambda { \|a, b, c:, d: 1, **k, &l\| }	Success		0.001
arity	Proc#arity for instances created with lambda { \|\| } returns positive values for definition @a = lambda { \|a, b, c:, d: 1\| } @b = lambda { \|a, b, c:, d: 1, **k, &l\| }	Success		0.001
arity	Proc#arity for instances created with lambda { \|\| } returns negative values for definition @a = lambda { \|a: 1\| } @b = lambda { \|a: 1, b: 2\| }	Skipped	tagged	0.000
arity	Proc#arity for instances created with lambda { \|\| } returns negative values for definition @a = lambda { \|a=1, b: 2\| } @b = lambda { \|a, b: 1\| } @c = lambda { \|a=1, b: 2\| } @d = lambda { \|a=1, b, c: 2, &l\| }	Skipped	tagged	0.000
arity	Proc#arity for instances created with lambda { \|\| } returns negative values for definition @a = lambda { \|*k, &l\| } @b = lambda { \|a, k\| } @c = lambda { \|a: 1, b: 2, k\| }	Skipped	tagged	0.000
arity	Proc#arity for instances created with lambda { \|\| } returns negative values for definition @a = lambda { \|(a, (b, c)), d=1\| } @b = lambda { \|a, (b, c), d, (e), (), *k\| } @c = lambda { \|a, (b, c), , d:, e: 2, **\| }	Skipped	tagged	0.000
arity	Proc#arity for instances created with lambda { \|\| } returns negative values for definition @a = lambda { \|a=1\| } @b = lambda { \|a=1, b=2\| }	Success		0.001
arity	Proc#arity for instances created with lambda { \|\| } returns negative values for definition @a = lambda { \|a, b=1\| } @b = lambda { \|a, b, c=1, d=2\| }	Success		0.001
arity	Proc#arity for instances created with lambda { \|\| } returns negative values for definition @a = lambda { \|a=1, b\| } @b = lambda { \|a=1, b=2, c\| }	Success		0.001
arity	Proc#arity for instances created with lambda { \|\| } returns negative values for definition @a = lambda { \|\| } @b = lambda { \|a\| }	Success		0.001
arity	Proc#arity for instances created with lambda { \|\| } returns negative values for definition @a = lambda { \|a, \| } @b = lambda { \|a, b\| } @c = lambda { \|a, b, c\| } @d = lambda { \|a, b, c, d\| }	Success		0.001
arity	Proc#arity for instances created with lambda { \|\| } returns negative values for definition @a = lambda { \|a, b\| } @b = lambda { \|a, b, c\| } @c = lambda { \|*a, b, c, d\| }	Success		0.001
arity	Proc#arity for instances created with lambda { \|\| } returns negative values for definition @a = lambda { \|a, b, c\| } @b = lambda { \|a, b, c, d, e\| }	Success		0.001
arity	Proc#arity for instances created with lambda { \|\| } returns negative values for definition @a = lambda { \|a, b=1, c=2, d, e, f\| } @b = lambda { \|a, b, c=1, d, e, f, g\| }	Success		0.001
arity	Proc#arity for instances created with lambda { \|\| } returns negative values for definition '@a = lambda { \|a=1, b, c:, d: 2, *k, &l\| }'	Success		0.001
arity	Proc#arity for instances created with lambda { \|\| } returns negative values for definition @a = lambda { \|a, b=1, c, d, e:, f: 2, k, &l\| } @b = lambda { \|a, b=1, c, d:, e:, f: 2, *k, &l\| } @c = lambda { \|a=0, b=1, c, d, e:, f: 2, *k, &l\| } @d = lambda { \|a=0, b=1, c, d:, e:, f: 2, **k, &l\| }	Success		0.001
arity	Proc#arity for instances created with proc { \|\| } returns zero for definition @a = proc { \|a=1\| } @b = proc { \|a=1, b=2\| }	Skipped	tagged	0.000
arity	Proc#arity for instances created with proc { \|\| } returns zero for definition @a = proc { \|a: 1\| } @b = proc { \|a: 1, b: 2\| }	Skipped	tagged	0.000
arity	Proc#arity for instances created with proc { \|\| } returns zero for definition @a = proc { \|k, &l\| } @b = proc { \|a: 1, b: 2, k\| }	Skipped	tagged	0.000
arity	Proc#arity for instances created with proc { \|\| } returns zero for definition @a = proc { \|a=1, b: 2\| } @b = proc { \|a=1, b: 2\| }	Skipped	tagged	0.000
arity	Proc#arity for instances created with proc { \|\| } returns zero for definition @a = proc { } @b = proc { \|\| }	Success		0.001
arity	Proc#arity for instances created with proc { \|\| } returns zero for definition '@a = proc { \|&b\| }'	Success		0.001
arity	Proc#arity for instances created with proc { \|\| } returns positive values for definition @a = proc { \|a, b=1\| } @b = proc { \|a, b, c=1, d=2\| }	Skipped	tagged	0.000
arity	Proc#arity for instances created with proc { \|\| } returns positive values for definition @a = proc { \|(a, (b, c)), d=1\| } @b = proc { \|a, (b, c), d, (e), (), **k\| }	Skipped	tagged	0.000
arity	Proc#arity for instances created with proc { \|\| } returns positive values for definition @a = proc { \|a\| } @b = proc { \|a, b\| } @c = proc { \|a, b, c\| } @d = proc { \|a, b, c, d\| }	Success		0.001
arity	Proc#arity for instances created with proc { \|\| } returns positive values for definition @a = lambda { \|a:\| } @b = lambda { \|a:, b:\| } @c = lambda { \|a: 1, b:, c:, d: 2\| }	Success		0.001
arity	Proc#arity for instances created with proc { \|\| } returns positive values for definition @a = proc { \|a, b:\| } @b = proc { \|a, b:, &l\| }	Success		0.001
arity	Proc#arity for instances created with proc { \|\| } returns positive values for definition @a = proc { \|a, b, c:, d: 1\| } @b = proc { \|a, b, c:, d: 1, **k, &l\| }	Success		0.001
arity	Proc#arity for instances created with proc { \|\| } returns positive values for definition @a = proc { \|a, b, c:, d: 1\| } @b = proc { \|a, b, c:, d: 1, **k, &l\| }	Success		0.001
arity	Proc#arity for instances created with proc { \|\| } returns negative values for definition @a = proc { \|a, b: 1\| } @b = proc { \|a=1, b, c: 2, &l\| }	Skipped	tagged	0.000
arity	Proc#arity for instances created with proc { \|\| } returns negative values for definition '@a = proc { \|a, *k\| }'	Skipped	tagged	0.000
arity	Proc#arity for instances created with proc { \|\| } returns negative values for definition @a = proc { \|a=1, b\| } @b = proc { \|a=1, b=2, c\| }	Success		0.001
arity	Proc#arity for instances created with proc { \|\| } returns negative values for definition @a = proc { \|\| } @b = proc { \|a\| }	Success		0.001
arity	Proc#arity for instances created with proc { \|\| } returns negative values for definition @a = proc { \|a, \| } @b = proc { \|a, b\| } @c = proc { \|a, b, c\| } @d = proc { \|a, b, c, d\| }	Success		0.001
arity	Proc#arity for instances created with proc { \|\| } returns negative values for definition @a = proc { \|a, b\| } @b = proc { \|a, b, c\| } @c = proc { \|*a, b, c, d\| }	Success		0.001
arity	Proc#arity for instances created with proc { \|\| } returns negative values for definition @a = proc { \|a, b, c\| } @b = proc { \|a, b, c, d, e\| }	Success		0.001
arity	Proc#arity for instances created with proc { \|\| } returns negative values for definition @a = proc { \|a, b=1, c=2, d, e, f\| } @b = proc { \|a, b, c=1, d, e, f, g\| }	Success		0.001
arity	Proc#arity for instances created with proc { \|\| } returns negative values for definition '@a = proc { \|a=1, b, c:, d: 2, *k, &l\| }'	Success		0.001
arity	Proc#arity for instances created with proc { \|\| } returns negative values for definition '@a = proc { \|a, (b, c), , d:, e: 2, *\| }'	Success		0.001
arity	Proc#arity for instances created with proc { \|\| } returns negative values for definition @a = proc { \|a, b=1, c, d, e:, f: 2, k, &l\| } @b = proc { \|a, b=1, c, d:, e:, f: 2, *k, &l\| } @c = proc { \|a=0, b=1, c, d, e:, f: 2, *k, &l\| } @d = proc { \|a=0, b=1, c, d:, e:, f: 2, **k, &l\| }	Success		0.001
binding	Proc#binding returns a Binding instance	Success		0.001
binding	Proc#binding returns the binding associated with self	Success		0.001
block_pass	Proc as a block pass argument remains the same object if re-vivified by the target method	Success		0.001
block_pass	Proc as a block pass argument remains the same object if reconstructed with Proc.new	Success		0.001
block_pass	Proc as an implicit block pass argument remains the same object if re-vivified by the target method	Success		0.001
block_pass	Proc as an implicit block pass argument remains the same object if reconstructed with Proc.new	Success		0.001
call	Proc#call invokes self	Success		0.001
call	Proc#call sets self's parameters to the given values	Success		0.002
call	Proc#call can receive block arguments	Success		0.001
call	Proc#call on a Proc created with Proc.new replaces missing arguments with nil	Success		0.001
call	Proc#call on a Proc created with Proc.new silently ignores extra arguments	Success		0.000
call	Proc#call on a Proc created with Proc.new auto-explodes a single Array argument	Success		0.001
call	Proc#call on a Proc created with Kernel#lambda or Kernel#proc ignores excess arguments when self is a proc	Success		0.001
call	Proc#call on a Proc created with Kernel#lambda or Kernel#proc will call #to_ary on argument and return self if return is nil	Success		0.001
call	Proc#call on a Proc created with Kernel#lambda or Kernel#proc substitutes nil for missing arguments when self is a proc	Success		0.001
call	Proc#call on a Proc created with Kernel#lambda or Kernel#proc raises an ArgumentError on excess arguments when self is a lambda	Success		0.001
call	Proc#call on a Proc created with Kernel#lambda or Kernel#proc raises an ArgumentError on missing arguments when self is a lambda	Success		0.001
call	Proc#call on a Proc created with Kernel#lambda or Kernel#proc treats a single Array argument as a single argument when self is a lambda	Success		0.001
call	Proc#call on a Proc created with Kernel#lambda or Kernel#proc treats a single Array argument as a single argument when self is a proc	Success		0.001
case_compare	Proc#=== invokes self	Success		0.001
case_compare	Proc#=== sets self's parameters to the given values	Success		0.001
case_compare	Proc#=== can receive block arguments	Success		0.001
case_compare	Proc#=== on a Proc created with Proc.new replaces missing arguments with nil	Success		0.001
case_compare	Proc#=== on a Proc created with Proc.new silently ignores extra arguments	Success		0.000
case_compare	Proc#=== on a Proc created with Proc.new auto-explodes a single Array argument	Success		0.001
case_compare	Proc#=== on a Proc created with Kernel#lambda or Kernel#proc ignores excess arguments when self is a proc	Success		0.001
case_compare	Proc#=== on a Proc created with Kernel#lambda or Kernel#proc will call #to_ary on argument and return self if return is nil	Success		0.000
case_compare	Proc#=== on a Proc created with Kernel#lambda or Kernel#proc substitutes nil for missing arguments when self is a proc	Success		0.001
case_compare	Proc#=== on a Proc created with Kernel#lambda or Kernel#proc raises an ArgumentError on excess arguments when self is a lambda	Success		0.001
case_compare	Proc#=== on a Proc created with Kernel#lambda or Kernel#proc raises an ArgumentError on missing arguments when self is a lambda	Success		0.001
case_compare	Proc#=== on a Proc created with Kernel#lambda or Kernel#proc treats a single Array argument as a single argument when self is a lambda	Success		0.001
case_compare	Proc#=== on a Proc created with Kernel#lambda or Kernel#proc treats a single Array argument as a single argument when self is a proc	Success		0.001
clone	Proc#clone returns a copy of self	Success		0.001
curry	Proc#curry returns a Proc when called on a proc	Skipped	tagged	0.000
curry	Proc#curry returns a Proc when called on a lambda	Skipped	tagged	0.000
curry	Proc#curry calls the curried proc with the arguments if sufficient arguments have been given	Skipped	tagged	0.000
curry	Proc#curry returns a Proc that consumes the remainder of the arguments unless sufficient arguments have been given	Skipped	tagged	0.000
curry	Proc#curry can be called multiple times on the same Proc	Skipped	tagged	0.000
curry	Proc#curry can be passed superfluous arguments if created from a proc	Skipped	tagged	0.000
curry	Proc#curry raises an ArgumentError if passed superfluous arguments when created from a lambda	Skipped	tagged	0.000
curry	Proc#curry returns Procs with arities of -1	Skipped	tagged	0.000
curry	Proc#curry produces Procs that raise ArgumentError for #binding	Skipped	tagged	0.000
curry	Proc#curry produces Procs that return [[:rest]] for #parameters	Skipped	tagged	0.000
curry	Proc#curry produces Procs that return nil for #source_location	Skipped	tagged	0.000
curry	Proc#curry produces Procs that can be passed as the block for instance_exec	Skipped	tagged	0.000
curry	Proc#curry combines arguments and calculates incoming arity accurately for successively currying	Skipped	tagged	0.000
curry	Proc#curry with arity argument accepts an optional Integer argument for the arity	Skipped	tagged	0.000
curry	Proc#curry with arity argument returns a Proc when called on a proc	Skipped	tagged	0.000
curry	Proc#curry with arity argument returns a Proc when called on a lambda	Skipped	tagged	0.000
curry	Proc#curry with arity argument retains the lambda-ness of the Proc on which its called	Skipped	tagged	0.000
curry	Proc#curry with arity argument raises an ArgumentError if called on a lambda that requires fewer than _arity_ arguments	Skipped	tagged	0.000
curry	Proc#curry with arity argument calls the curried proc with the arguments if _arity_ arguments have been given	Skipped	tagged	0.000
curry	Proc#curry with arity argument returns a Proc that consumes the remainder of the arguments when fewer than _arity_ arguments are given	Skipped	tagged	0.000
curry	Proc#curry with arity argument can be specified multiple times on the same Proc	Skipped	tagged	0.000
curry	Proc#curry with arity argument raises an ArgumentError if passed more than _arity_ arguments when created from a lambda	Skipped	tagged	0.000
curry	Proc#curry with arity argument returns Procs with arities of -1 regardless of the value of _arity_	Skipped	tagged	0.000
curry	Proc#curry with arity argument raises an ArgumentError if called on a lambda that requires more than _arity_ arguments	Success		0.002
curry	Proc#curry with arity argument can be passed more than _arity_ arguments if created from a proc	Success		0.001
dup	Proc#dup returns a copy of self	Success		0.001
element_reference	Proc#[] invokes self	Success		0.001
element_reference	Proc#[] sets self's parameters to the given values	Success		0.001
element_reference	Proc#[] can receive block arguments	Success		0.001
element_reference	Proc#call on a Proc created with Proc.new replaces missing arguments with nil	Success		0.001
element_reference	Proc#call on a Proc created with Proc.new silently ignores extra arguments	Success		0.000
element_reference	Proc#call on a Proc created with Proc.new auto-explodes a single Array argument	Success		0.001
element_reference	Proc#call on a Proc created with Kernel#lambda or Kernel#proc ignores excess arguments when self is a proc	Success		0.000
element_reference	Proc#call on a Proc created with Kernel#lambda or Kernel#proc will call #to_ary on argument and return self if return is nil	Success		0.000
element_reference	Proc#call on a Proc created with Kernel#lambda or Kernel#proc substitutes nil for missing arguments when self is a proc	Success		0.001
element_reference	Proc#call on a Proc created with Kernel#lambda or Kernel#proc raises an ArgumentError on excess arguments when self is a lambda	Success		0.001
element_reference	Proc#call on a Proc created with Kernel#lambda or Kernel#proc raises an ArgumentError on missing arguments when self is a lambda	Success		0.001
element_reference	Proc#call on a Proc created with Kernel#lambda or Kernel#proc treats a single Array argument as a single argument when self is a lambda	Success		0.001
element_reference	Proc#call on a Proc created with Kernel#lambda or Kernel#proc treats a single Array argument as a single argument when self is a proc	Success		0.001
eql	Proc#eql? is not defined	Success		0.001
eql	Proc#eql? returns false if other is a dup of the original	Success		0.001
equal_value	Proc#== is not defined	Success		0.001
equal_value	Proc#== returns false if other is a dup of the original	Success		0.001
hash	Proc#hash does not depend on whether self is a proc or lambda	Skipped	tagged	0.000
hash	Proc#hash is provided	Success		0.001
hash	Proc#hash returns an Integer	Success		0.000
hash	Proc#hash is stable	Success		0.000
inspect	Proc#inspect for a proc created with Proc.new returns a description optionally including file and line number	Success		0.001
inspect	Proc#inspect for a proc created with lambda returns a description including '(lambda)' and optionally including file and line number	Success		0.001
inspect	Proc#inspect for a proc created with proc returns a description optionally including file and line number	Success		0.001
inspect	Proc#inspect for a proc created with UnboundMethod#to_proc returns a description including '(lambda)' and optionally including file and line number	Success		0.001
lambda	Proc#lambda? is preserved when passing a Proc with & to the lambda keyword	Skipped	tagged	0.000
lambda	Proc#lambda? is preserved when a Proc is curried	Skipped	tagged	0.000
lambda	Proc#lambda? is preserved when a curried Proc is called without enough arguments	Skipped	tagged	0.000
lambda	Proc#lambda? returns true if the Proc was created from a block with the lambda keyword	Success		0.001
lambda	Proc#lambda? returns false if the Proc was created from a block with the proc keyword	Success		0.000
lambda	Proc#lambda? returns false if the Proc was created from a block with Proc.new	Success		0.000
lambda	Proc#lambda? is preserved when passing a Proc with & to the proc keyword	Success		0.001
lambda	Proc#lambda? is preserved when passing a Proc with & to Proc.new	Success		0.001
lambda	Proc#lambda? returns false if the Proc was created from a block with &	Success		0.000
lambda	Proc#lambda? is preserved when the Proc was passed using &	Success		0.001
lambda	Proc#lambda? returns true for a Method converted to a Proc	Success		0.001
new	Proc.new with an associated block raises a LocalJumpError when context of the block no longer exists	Skipped	tagged	0.000
new	Proc.new with an associated block returns a proc that represents the block	Success		0.001
new	Proc.new with an associated block returns from within enclosing method when 'return' is used in the block	Success		0.000
new	Proc.new with an associated block returns a subclass of Proc	Success		0.001
new	Proc.new with an associated block calls initialize on the Proc object	Success		0.001
new	Proc.new with an associated block returns a new Proc instance from the block passed to the containing method	Success		0.001
new	Proc.new with an associated block returns a new Proc instance from the block passed to the containing method	Success		0.001
new	Proc.new with an associated block called on a subclass of Proc returns an instance of the subclass	Success		0.001
new	Proc.new with an associated block called on a subclass of Proc using a reified block parameter returns an instance of the subclass	Success		0.001
new	Proc.new with an associated block called on a subclass of Proc that does not 'super' in 'initialize' still constructs a functional proc	Success		0.001
new	Proc.new with a block argument returns the passed proc created from a block	Success		0.001
new	Proc.new with a block argument returns the passed proc created from a method	Success		0.001
new	Proc.new with a block argument returns the passed proc created from a symbol	Success		0.001
new	Proc.new with a block argument called indirectly from a subclass returns the passed proc created from a block	Success		0.001
new	Proc.new with a block argument called indirectly from a subclass returns the passed proc created from a method	Success		0.001
new	Proc.new with a block argument called indirectly from a subclass returns the passed proc created from a symbol	Success		0.001
new	Proc.new without a block raises an ArgumentError	Success		0.001
new	Proc.new without a block raises an ArgumentError if invoked from within a method with no block	Success		0.001
new	Proc.new without a block raises an ArgumentError if invoked on a subclass from within a method with no block	Success		0.001
new	Proc.new without a block uses the implicit block from an enclosing method	Success		0.000
parameters	Proc#parameters returns an empty Array for a proc expecting no parameters	Success		0.001
parameters	Proc#parameters returns an Array of Arrays for a proc expecting parameters	Success		0.001
parameters	Proc#parameters sets the first element of each sub-Array to :opt for optional arguments	Success		0.001
parameters	Proc#parameters regards named parameters in procs as optional	Success		0.000
parameters	Proc#parameters regards optional keyword parameters in procs as optional	Success		0.000
parameters	Proc#parameters regards parameters with default values as optional	Success		0.001
parameters	Proc#parameters sets the first element of each sub-Array to :req for required arguments	Success		0.001
parameters	Proc#parameters regards named parameters in lambdas as required	Success		0.000
parameters	Proc#parameters regards keyword parameters in lambdas as required	Success		0.001
parameters	Proc#parameters sets the first element of each sub-Array to :rest for parameters prefixed with asterisks	Success		0.001
parameters	Proc#parameters sets the first element of each sub-Array to :keyrest for parameters prefixed with double asterisks	Success		0.001
parameters	Proc#parameters sets the first element of each sub-Array to :block for parameters prefixed with ampersands	Success		0.001
parameters	Proc#parameters sets the second element of each sub-Array to the name of the argument	Success		0.001
parameters	Proc#parameters ignores unnamed rest args	Success		0.001
parameters	Proc#parameters adds nameless rest arg for "star" argument	Success		0.001
parameters	Proc#parameters does not add locals as block options with a block and splat	Success		0.001
source_location	Proc#source_location returns an Array	Success		0.001
source_location	Proc#source_location sets the first value to the path of the file in which the proc was defined	Success		0.001
source_location	Proc#source_location sets the last value to a Fixnum representing the line on which the proc was defined	Success		0.001
source_location	Proc#source_location works even if the proc was created on the same line	Success		0.001
source_location	Proc#source_location returns the first line of a multi-line proc (i.e. the line containing 'proc do')	Success		0.001
source_location	Proc#source_location returns the location of the proc's body; not necessarily the proc itself	Success		0.001
to_proc	Proc#to_proc returns self	Success		0.001
to_s	Proc#to_s for a proc created with Proc.new returns a description optionally including file and line number	Success		0.001
to_s	Proc#to_s for a proc created with lambda returns a description including '(lambda)' and optionally including file and line number	Success		0.001
to_s	Proc#to_s for a proc created with proc returns a description optionally including file and line number	Success		0.001
to_s	Proc#to_s for a proc created with UnboundMethod#to_proc returns a description including '(lambda)' and optionally including file and line number	Success		0.001
yield	Proc#yield invokes self	Success		0.001
yield	Proc#yield sets self's parameters to the given values	Success		0.001
yield	Proc#yield can receive block arguments	Success		0.001
yield	Proc#yield on a Proc created with Proc.new replaces missing arguments with nil	Success		0.001
yield	Proc#yield on a Proc created with Proc.new silently ignores extra arguments	Success		0.000
yield	Proc#yield on a Proc created with Proc.new auto-explodes a single Array argument	Success		0.001
yield	Proc#yield on a Proc created with Kernel#lambda or Kernel#proc will call #to_ary on argument and return self if return is nil	Skipped	tagged	0.000
yield	Proc#yield on a Proc created with Kernel#lambda or Kernel#proc ignores excess arguments when self is a proc	Success		0.001
yield	Proc#yield on a Proc created with Kernel#lambda or Kernel#proc substitutes nil for missing arguments when self is a proc	Success		0.001
yield	Proc#yield on a Proc created with Kernel#lambda or Kernel#proc raises an ArgumentError on excess arguments when self is a lambda	Success		0.001
yield	Proc#yield on a Proc created with Kernel#lambda or Kernel#proc raises an ArgumentError on missing arguments when self is a lambda	Success		0.001
yield	Proc#yield on a Proc created with Kernel#lambda or Kernel#proc treats a single Array argument as a single argument when self is a lambda	Success		0.001
yield	Proc#yield on a Proc created with Kernel#lambda or Kernel#proc treats a single Array argument as a single argument when self is a proc	Success		0.001
abort	Process.abort raises a SystemExit exception	Success		0.001
abort	Process.abort sets the exception message to the given message	Success		0.001
abort	Process.abort sets the exception status code of 1	Success		0.001
abort	Process.abort prints the specified message to STDERR	Success		0.001
abort	Process.abort coerces the argument with #to_str	Success		0.002
abort	Process.abort raises TypeError when given a non-String object	Success		0.001
constants	Process::Constants has the correct constant values on Linux	Success		0.002
daemon	Process.daemon returns 0	Skipped	tagged	0.000
daemon	Process.daemon has a different PID after daemonizing	Skipped	tagged	0.000
daemon	Process.daemon has a different process group after daemonizing	Skipped	tagged	0.000
daemon	Process.daemon does not run existing at_exit handlers when daemonizing	Skipped	tagged	0.000
daemon	Process.daemon runs at_exit handlers when the daemon exits	Skipped	tagged	0.000
daemon	Process.daemon changes directory to the root directory if the first argument is not given	Skipped	tagged	0.000
daemon	Process.daemon changes directory to the root directory if the first argument is false	Skipped	tagged	0.000
daemon	Process.daemon changes directory to the root directory if the first argument is nil	Skipped	tagged	0.000
daemon	Process.daemon does not change to the root directory if the first argument is true	Skipped	tagged	0.000
daemon	Process.daemon does not change to the root directory if the first argument is non-false	Skipped	tagged	0.000
daemon	Process.daemon when the second argument is not given redirects stdout to /dev/null	Skipped	tagged	0.000
daemon	Process.daemon when the second argument is not given redirects stderr to /dev/null	Skipped	tagged	0.000
daemon	Process.daemon when the second argument is not given redirects stdin to /dev/null	Skipped	tagged	0.000
daemon	Process.daemon when the second argument is not given does not close open files	Skipped	tagged	0.000
daemon	Process.daemon when the second argument is false redirects stdout to /dev/null	Skipped	tagged	0.000
daemon	Process.daemon when the second argument is false redirects stderr to /dev/null	Skipped	tagged	0.000
daemon	Process.daemon when the second argument is false redirects stdin to /dev/null	Skipped	tagged	0.000
daemon	Process.daemon when the second argument is false does not close open files	Skipped	tagged	0.000
daemon	Process.daemon when the second argument is nil redirects stdout to /dev/null	Skipped	tagged	0.000
daemon	Process.daemon when the second argument is nil redirects stderr to /dev/null	Skipped	tagged	0.000
daemon	Process.daemon when the second argument is nil redirects stdin to /dev/null	Skipped	tagged	0.000
daemon	Process.daemon when the second argument is nil does not close open files	Skipped	tagged	0.000
daemon	Process.daemon when the second argument is true does not redirect stdout to /dev/null	Skipped	tagged	0.000
daemon	Process.daemon when the second argument is true does not redirect stderr to /dev/null	Skipped	tagged	0.000
daemon	Process.daemon when the second argument is true does not redirect stdin to /dev/null	Skipped	tagged	0.000
daemon	Process.daemon when the second argument is true does not close open files	Skipped	tagged	0.000
daemon	Process.daemon when the second argument is non-false does not redirect stdout to /dev/null	Skipped	tagged	0.000
daemon	Process.daemon when the second argument is non-false does not redirect stderr to /dev/null	Skipped	tagged	0.000
daemon	Process.daemon when the second argument is non-false does not redirect stdin to /dev/null	Skipped	tagged	0.000
daemon	Process.daemon when the second argument is non-false does not close open files	Skipped	tagged	0.000
detach	Process.detach returns a thread	Skipped	tagged	0.000
detach	Process.detach produces the exit Process::Status as the thread value	Skipped	tagged	0.000
detach	Process.detach reaps the child process's status automatically	Skipped	tagged	0.000
detach	Process.detach sets the :pid thread-local to the PID	Skipped	tagged	0.000
detach	Process.detach provides a #pid method on the returned thread which returns the PID	Skipped	tagged	0.000
egid	Process.egid returns the effective group ID for this process	Success		0.001
egid	Process.egid also goes by Process::GID.eid	Success		0.000
egid	Process.egid also goes by Process::Sys.getegid	Success		0.000
egid	Process.egid= needs to be reviewed for spec completeness	Success		0.000
euid	Process.euid returns the effective user ID for this process	Success		0.001
euid	Process.euid also goes by Process::UID.eid	Success		0.000
euid	Process.euid also goes by Process::Sys.geteuid	Success		0.000
euid	Process.euid= raises Errno::ERPERM if run by a non superuser trying to set the superuser id from username	Skipped	tagged	0.000
euid	Process.euid= raises TypeError if not passed an Integer	Success		0.001
euid	Process.euid= raises Errno::ERPERM if run by a non superuser trying to set the superuser id	Success		0.003
euid	Process.euid= needs to be reviewed for spec completeness	Success		0.000
exec	Process.exec raises Errno::ENOENT for an empty string	Skipped	tagged	0.000
exec	Process.exec raises Errno::ENOENT for a command which does not exist	Skipped	tagged	0.000
exec	Process.exec raises an ArgumentError if the command includes a null byte	Skipped	tagged	0.000
exec	Process.exec raises Errno::EACCES when the file does not have execute permissions	Skipped	tagged	0.000
exec	Process.exec raises Errno::EACCES when passed a directory	Skipped	tagged	0.000
exec	Process.exec runs the specified command, replacing current process	Skipped	tagged	0.000
exec	Process.exec sets the current directory when given the :chdir option	Skipped	tagged	0.000
exec	Process.exec flushes STDOUT upon exit when it's not set to sync	Skipped	tagged	0.000
exec	Process.exec flushes STDERR upon exit when it's not set to sync	Skipped	tagged	0.000
exec	Process.exec with a single argument subjects the specified command to shell expansion	Skipped	tagged	0.000
exec	Process.exec with a single argument creates an argument array with shell parsing semantics for whitespace	Skipped	tagged	0.000
exec	Process.exec with multiple arguments does not subject the arguments to shell expansion	Skipped	tagged	0.000
exec	Process.exec (environment variables) sets environment variables in the child environment	Skipped	tagged	0.000
exec	Process.exec (environment variables) unsets environment variables whose value is nil	Skipped	tagged	0.000
exec	Process.exec (environment variables) coerces environment argument using to_hash	Skipped	tagged	0.000
exec	Process.exec (environment variables) unsets other environment variables when given a true :unsetenv_others option	Skipped	tagged	0.000
exec	Process.exec with a command array uses the first element as the command name and the second as the argv[0] value	Skipped	tagged	0.000
exec	Process.exec with a command array coerces the argument using to_ary	Skipped	tagged	0.000
exec	Process.exec with a command array raises an ArgumentError if the Array does not have exactly two elements	Skipped	tagged	0.000
exec	Process.exec with an options Hash with Integer option keys maps the key to a file descriptor in the child that inherits the file descriptor from the parent specified by the value	Skipped	tagged	0.000
exit	Process.exit raises a SystemExit with status 0	Success		0.001
exit	Process.exit raises a SystemExit with the specified status	Success		0.002
exit	Process.exit raises a SystemExit with the specified boolean status	Success		0.001
exit	Process.exit tries to convert the passed argument to an Integer using #to_int	Success		0.002
exit	Process.exit converts the passed Float argument to an Integer	Success		0.001
exit	Process.exit raises TypeError if can't convert the argument to an Integer	Success		0.002
exit	Process.exit raises the SystemExit in the main thread if it reaches the top-level handler of another thread	Success		0.002
getpgid	Process.getpgid coerces the argument to an Integer	Success		0.002
getpgid	Process.getpgid returns the process group ID for the given process id	Success		0.000
getpgid	Process.getpgid returns the process group ID for the calling process id when passed 0	Success		0.000
getpgrp	Process.getpgrp needs to be reviewed for spec completeness	Success		0.000
getpriority	Process.getpriority coerces arguments to Integers	Success		0.002
getpriority	Process.getpriority gets the scheduling priority for a specified process	Success		0.000
getpriority	Process.getpriority gets the scheduling priority for a specified process group	Success		0.000
getpriority	Process.getpriority gets the scheduling priority for a specified user	Success		0.000
getrlimit	Process.getrlimit returns a two-element Array of Integers	Success		0.002
getrlimit	Process.getrlimit when passed an Object calls #to_int to convert to an Integer	Success		0.002
getrlimit	Process.getrlimit when passed an Object raises a TypeError if #to_int does not return an Integer	Success		0.002
getrlimit	Process.getrlimit when passed a Symbol coerces :SBSIZE into RLIMIT_SBSIZE	Success		0.001
getrlimit	Process.getrlimit when passed a Symbol coerces :DATA into RLIMIT_DATA	Success		0.001
getrlimit	Process.getrlimit when passed a Symbol coerces :RTTIME into RLIMIT_RTTIME	Success		0.001
getrlimit	Process.getrlimit when passed a Symbol coerces :NPROC into RLIMIT_NPROC	Success		0.001
getrlimit	Process.getrlimit when passed a Symbol coerces :AS into RLIMIT_AS	Success		0.001
getrlimit	Process.getrlimit when passed a Symbol coerces :RSS into RLIMIT_RSS	Success		0.001
getrlimit	Process.getrlimit when passed a Symbol coerces :STACK into RLIMIT_STACK	Success		0.001
getrlimit	Process.getrlimit when passed a Symbol coerces :MEMLOCK into RLIMIT_MEMLOCK	Success		0.001
getrlimit	Process.getrlimit when passed a Symbol coerces :NOFILE into RLIMIT_NOFILE	Success		0.001
getrlimit	Process.getrlimit when passed a Symbol coerces :FSIZE into RLIMIT_FSIZE	Success		0.001
getrlimit	Process.getrlimit when passed a Symbol coerces :MSGQUEUE into RLIMIT_MSGQUEUE	Success		0.001
getrlimit	Process.getrlimit when passed a Symbol coerces :RTPRIO into RLIMIT_RTPRIO	Success		0.001
getrlimit	Process.getrlimit when passed a Symbol coerces :CORE into RLIMIT_CORE	Success		0.001
getrlimit	Process.getrlimit when passed a Symbol coerces :CPU into RLIMIT_CPU	Success		0.001
getrlimit	Process.getrlimit when passed a Symbol coerces :NICE into RLIMIT_NICE	Success		0.001
getrlimit	Process.getrlimit when passed a Symbol coerces :SIGPENDING into RLIMIT_SIGPENDING	Success		0.001
getrlimit	Process.getrlimit when passed a Symbol raises ArgumentError when passed an unknown resource	Success		0.001
getrlimit	Process.getrlimit when passed a String coerces 'SBSIZE' into RLIMIT_SBSIZE	Success		0.001
getrlimit	Process.getrlimit when passed a String coerces 'DATA' into RLIMIT_DATA	Success		0.001
getrlimit	Process.getrlimit when passed a String coerces 'RTTIME' into RLIMIT_RTTIME	Success		0.001
getrlimit	Process.getrlimit when passed a String coerces 'NPROC' into RLIMIT_NPROC	Success		0.001
getrlimit	Process.getrlimit when passed a String coerces 'AS' into RLIMIT_AS	Success		0.001
getrlimit	Process.getrlimit when passed a String coerces 'RSS' into RLIMIT_RSS	Success		0.001
getrlimit	Process.getrlimit when passed a String coerces 'STACK' into RLIMIT_STACK	Success		0.001
getrlimit	Process.getrlimit when passed a String coerces 'MEMLOCK' into RLIMIT_MEMLOCK	Success		0.001
getrlimit	Process.getrlimit when passed a String coerces 'NOFILE' into RLIMIT_NOFILE	Success		0.001
getrlimit	Process.getrlimit when passed a String coerces 'FSIZE' into RLIMIT_FSIZE	Success		0.001
getrlimit	Process.getrlimit when passed a String coerces 'MSGQUEUE' into RLIMIT_MSGQUEUE	Success		0.001
getrlimit	Process.getrlimit when passed a String coerces 'RTPRIO' into RLIMIT_RTPRIO	Success		0.001
getrlimit	Process.getrlimit when passed a String coerces 'CORE' into RLIMIT_CORE	Success		0.001
getrlimit	Process.getrlimit when passed a String coerces 'CPU' into RLIMIT_CPU	Success		0.001
getrlimit	Process.getrlimit when passed a String coerces 'NICE' into RLIMIT_NICE	Success		0.001
getrlimit	Process.getrlimit when passed a String coerces 'SIGPENDING' into RLIMIT_SIGPENDING	Success		0.001
getrlimit	Process.getrlimit when passed a String raises ArgumentError when passed an unknown resource	Success		0.001
getrlimit	Process.getrlimit when passed on Object calls #to_str to convert to a String	Success		0.003
getrlimit	Process.getrlimit when passed on Object calls #to_int if #to_str does not return a String	Success		0.002
gid	Process.gid returns the correct gid for the user executing this process	Success		0.010
gid	Process.gid also goes by Process::GID.rid	Success		0.000
gid	Process.gid also goes by Process::Sys.getgid	Success		0.000
gid	Process.gid= needs to be reviewed for spec completeness	Success		0.000
groups	Process.groups gets an Array of the gids of groups in the supplemental group access list	Skipped	tagged	0.000
groups	Process.groups sets the list of gids of groups in the supplemental group access list	Skipped	tagged	0.000
groups	Process.groups= needs to be reviewed for spec completeness	Success		0.000
initgroups	Process.initgroups initializes the supplemental group access list	Skipped	tagged	0.000
kill	Process.kill raises an ArgumentError for unknown signals	Skipped	tagged	0.000
kill	Process.kill raises an ArgumentError if passed a lowercase signal name	Skipped	tagged	0.000
kill	Process.kill raises an ArgumentError if signal is not a Fixnum or String	Skipped	tagged	0.000
kill	Process.kill raises Errno::ESRCH if the process does not exist	Skipped	tagged	0.000
kill	Process.kill accepts a Symbol as a signal name	Skipped	tagged	0.000
kill	Process.kill accepts a String as signal name	Skipped	tagged	0.000
kill	Process.kill accepts a signal name without the 'SIG' prefix	Skipped	tagged	0.000
kill	Process.kill accepts a signal name with the 'SIG' prefix	Skipped	tagged	0.000
kill	Process.kill acceps an Integer as a signal value	Skipped	tagged	0.000
kill	Process.kill calls #to_int to coerce the pid to an Integer	Skipped	tagged	0.000
kill	Process.kill signals multiple processes	Skipped	tagged	0.000
kill	Process.kill returns the number of processes signaled	Skipped	tagged	0.000
kill	Process.kill signals the process group if the PID is zero	Skipped	tagged	0.000
kill	Process.kill signals the process group if the signal number is negative	Skipped	tagged	0.000
kill	Process.kill signals the process group if the short signal name starts with a minus sign	Skipped	tagged	0.000
kill	Process.kill signals the process group if the full signal name starts with a minus sign	Skipped	tagged	0.000
maxgroups	Process.maxgroups returns the maximum number of gids allowed in the supplemental group access list	Success		0.001
maxgroups	Process.maxgroups sets the maximum number of gids allowed in the supplemental group access list	Success		0.001
pid	Process.pid returns the process id of this process	Success		0.001
set_proctitle	Process.setproctitle should set the process title	Skipped	tagged	0.000
setpgrp	Process.setpgrp and Process.getpgrp sets and gets the process group ID of the calling process	Skipped	tagged	0.000
setpgrp	Process.setpgrp and Process.getpgrp Process.setpgrp returns zero	Skipped	tagged	0.000
setpriority	Process.setpriority sets the scheduling priority for a specified process group	Success		0.002
setrlimit	Process.setrlimit when passed an Object calls #to_int to convert resource to an Integer	Success		0.003
setrlimit	Process.setrlimit when passed an Object raises a TypeError if #to_int for resource does not return an Integer	Success		0.002
setrlimit	Process.setrlimit when passed an Object calls #to_int to convert the soft limit to an Integer	Success		0.001
setrlimit	Process.setrlimit when passed an Object raises a TypeError if #to_int for resource does not return an Integer	Success		0.002
setrlimit	Process.setrlimit when passed an Object calls #to_int to convert the hard limit to an Integer	Success		0.001
setrlimit	Process.setrlimit when passed an Object raises a TypeError if #to_int for resource does not return an Integer	Success		0.002
setrlimit	Process.setrlimit when passed a Symbol coerces :AS into RLIMIT_AS	Success		0.001
setrlimit	Process.setrlimit when passed a Symbol coerces :CORE into RLIMIT_CORE	Success		0.001
setrlimit	Process.setrlimit when passed a Symbol coerces :CPU into RLIMIT_CPU	Success		0.001
setrlimit	Process.setrlimit when passed a Symbol coerces :DATA into RLIMIT_DATA	Success		0.001
setrlimit	Process.setrlimit when passed a Symbol coerces :FSIZE into RLIMIT_FSIZE	Success		0.001
setrlimit	Process.setrlimit when passed a Symbol coerces :NOFILE into RLIMIT_NOFILE	Success		0.001
setrlimit	Process.setrlimit when passed a Symbol coerces :STACK into RLIMIT_STACK	Success		0.001
setrlimit	Process.setrlimit when passed a Symbol coerces :MEMLOCK into RLIMIT_MEMLOCK	Success		0.001
setrlimit	Process.setrlimit when passed a Symbol coerces :NPROC into RLIMIT_NPROC	Success		0.001
setrlimit	Process.setrlimit when passed a Symbol coerces :RSS into RLIMIT_RSS	Success		0.001
setrlimit	Process.setrlimit when passed a Symbol coerces :RTPRIO into RLIMIT_RTPRIO	Success		0.001
setrlimit	Process.setrlimit when passed a Symbol coerces :RTTIME into RLIMIT_RTTIME	Success		0.001
setrlimit	Process.setrlimit when passed a Symbol coerces :SIGPENDING into RLIMIT_SIGPENDING	Success		0.001
setrlimit	Process.setrlimit when passed a Symbol coerces :MSGQUEUE into RLIMIT_MSGQUEUE	Success		0.001
setrlimit	Process.setrlimit when passed a Symbol coerces :NICE into RLIMIT_NICE	Success		0.001
setrlimit	Process.setrlimit when passed a Symbol raises ArgumentError when passed an unknown resource	Success		0.001
setrlimit	Process.setrlimit when passed a String coerces 'AS' into RLIMIT_AS	Success		0.001
setrlimit	Process.setrlimit when passed a String coerces 'CORE' into RLIMIT_CORE	Success		0.001
setrlimit	Process.setrlimit when passed a String coerces 'CPU' into RLIMIT_CPU	Success		0.001
setrlimit	Process.setrlimit when passed a String coerces 'DATA' into RLIMIT_DATA	Success		0.001
setrlimit	Process.setrlimit when passed a String coerces 'FSIZE' into RLIMIT_FSIZE	Success		0.001
setrlimit	Process.setrlimit when passed a String coerces 'NOFILE' into RLIMIT_NOFILE	Success		0.001
setrlimit	Process.setrlimit when passed a String coerces 'STACK' into RLIMIT_STACK	Success		0.001
setrlimit	Process.setrlimit when passed a String coerces 'MEMLOCK' into RLIMIT_MEMLOCK	Success		0.001
setrlimit	Process.setrlimit when passed a String coerces 'NPROC' into RLIMIT_NPROC	Success		0.001
setrlimit	Process.setrlimit when passed a String coerces 'RSS' into RLIMIT_RSS	Success		0.001
setrlimit	Process.setrlimit when passed a String coerces 'RTPRIO' into RLIMIT_RTPRIO	Success		0.001
setrlimit	Process.setrlimit when passed a String coerces 'RTTIME' into RLIMIT_RTTIME	Success		0.001
setrlimit	Process.setrlimit when passed a String coerces 'SIGPENDING' into RLIMIT_SIGPENDING	Success		0.001
setrlimit	Process.setrlimit when passed a String coerces 'MSGQUEUE' into RLIMIT_MSGQUEUE	Success		0.001
setrlimit	Process.setrlimit when passed a String coerces 'NICE' into RLIMIT_NICE	Success		0.001
setrlimit	Process.setrlimit when passed a String raises ArgumentError when passed an unknown resource	Success		0.001
setrlimit	Process.setrlimit when passed on Object calls #to_str to convert to a String	Success		0.003
setrlimit	Process.setrlimit when passed on Object calls #to_int if #to_str does not return a String	Success		0.002
spawn	Process.spawn executes the given command	Skipped	tagged	0.000
spawn	Process.spawn returns the process ID of the new process as a Fixnum	Skipped	tagged	0.000
spawn	Process.spawn returns immediately	Skipped	tagged	0.000
spawn	Process.spawn sets environment variables in the child environment	Skipped	tagged	0.000
spawn	Process.spawn unsets environment variables whose value is nil	Skipped	tagged	0.000
spawn	Process.spawn calls #to_hash to convert the environment	Skipped	tagged	0.000
spawn	Process.spawn calls #to_str to convert the environment keys	Skipped	tagged	0.000
spawn	Process.spawn calls #to_str to convert the environment values	Skipped	tagged	0.000
spawn	Process.spawn raises an ArgumentError if an environment key includes an equals sign	Skipped	tagged	0.000
spawn	Process.spawn raises an ArgumentError if an environment key includes a null byte	Skipped	tagged	0.000
spawn	Process.spawn raises an ArgumentError if an environment value includes a null byte	Skipped	tagged	0.000
spawn	Process.spawn unsets other environment variables when given a true :unsetenv_others option	Skipped	tagged	0.000
spawn	Process.spawn unsets other environment variables when given a non-false :unsetenv_others option	Skipped	tagged	0.000
spawn	Process.spawn does not unset other environment variables when given a false :unsetenv_others option	Skipped	tagged	0.000
spawn	Process.spawn does not unset other environment variables when given a nil :unsetenv_others option	Skipped	tagged	0.000
spawn	Process.spawn does not unset environment variables included in the environment hash	Skipped	tagged	0.000
spawn	Process.spawn joins the current process group by default	Skipped	tagged	0.000
spawn	Process.spawn joins the current process if pgroup: false	Skipped	tagged	0.000
spawn	Process.spawn joins the current process if pgroup: nil	Skipped	tagged	0.000
spawn	Process.spawn joins a new process group if pgroup: true	Skipped	tagged	0.000
spawn	Process.spawn joins a new process group if pgroup: 0	Skipped	tagged	0.000
spawn	Process.spawn joins the specified process group if pgroup: pgid	Skipped	tagged	0.000
spawn	Process.spawn raises an ArgumentError if given a negative :pgroup option	Skipped	tagged	0.000
spawn	Process.spawn raises a TypeError if given a symbol as :pgroup option	Skipped	tagged	0.000
spawn	Process.spawn uses the current working directory as its working directory	Skipped	tagged	0.000
spawn	Process.spawn uses the current umask by default	Skipped	tagged	0.000
spawn	Process.spawn sets the umask if given the :umask option	Skipped	tagged	0.000
spawn	Process.spawn redirects STDOUT to the given file descriptior if out: Fixnum	Skipped	tagged	0.000
spawn	Process.spawn redirects STDOUT to the given file if out: IO	Skipped	tagged	0.000
spawn	Process.spawn redirects STDOUT to the given file if out: String	Skipped	tagged	0.000
spawn	Process.spawn redirects STDOUT to the given file if out: [String name, String mode]	Skipped	tagged	0.000
spawn	Process.spawn redirects STDERR to the given file descriptior if err: Fixnum	Skipped	tagged	0.000
spawn	Process.spawn redirects STDERR to the given file descriptor if err: IO	Skipped	tagged	0.000
spawn	Process.spawn redirects STDERR to the given file if err: String	Skipped	tagged	0.000
spawn	Process.spawn redirects STDERR to child STDOUT if :err => [:child, :out]	Skipped	tagged	0.000
spawn	Process.spawn redirects both STDERR and STDOUT to the given file descriptior	Skipped	tagged	0.000
spawn	Process.spawn redirects both STDERR and STDOUT to the given IO	Skipped	tagged	0.000
spawn	Process.spawn does NOT redirect both STDERR and STDOUT at the time to the given name	Skipped	tagged	0.000
spawn	Process.spawn raises an ArgumentError if passed no command arguments	Skipped	tagged	0.000
spawn	Process.spawn raises an ArgumentError if passed env or options but no command arguments	Skipped	tagged	0.000
spawn	Process.spawn raises an ArgumentError if passed env and options but no command arguments	Skipped	tagged	0.000
spawn	Process.spawn raises an Errno::ENOENT for an empty string	Skipped	tagged	0.000
spawn	Process.spawn raises an Errno::ENOENT if the command does not exist	Skipped	tagged	0.000
spawn	Process.spawn raises an Errno::EACCES when the file does not have execute permissions	Skipped	tagged	0.000
spawn	Process.spawn raises an Errno::EACCES when passed a directory	Skipped	tagged	0.000
spawn	Process.spawn raises an ArgumentError when passed a string key in options	Skipped	tagged	0.000
spawn	Process.spawn raises an ArgumentError when passed an unknown option key	Skipped	tagged	0.000
spawn	Process.spawn with a single argument subjects the specified command to shell expansion	Skipped	tagged	0.000
spawn	Process.spawn with a single argument creates an argument array with shell parsing semantics for whitespace	Skipped	tagged	0.000
spawn	Process.spawn with a single argument calls #to_str to convert the argument to a String	Skipped	tagged	0.000
spawn	Process.spawn with a single argument raises an ArgumentError if the command includes a null byte	Skipped	tagged	0.000
spawn	Process.spawn with a single argument raises a TypeError if the argument does not respond to #to_str	Skipped	tagged	0.000
spawn	Process.spawn with multiple arguments does not subject the arguments to shell expansion	Skipped	tagged	0.000
spawn	Process.spawn with multiple arguments preserves whitespace in passed arguments	Skipped	tagged	0.000
spawn	Process.spawn with multiple arguments calls #to_str to convert the arguments to Strings	Skipped	tagged	0.000
spawn	Process.spawn with multiple arguments raises an ArgumentError if an argument includes a null byte	Skipped	tagged	0.000
spawn	Process.spawn with multiple arguments raises a TypeError if an argument does not respond to #to_str	Skipped	tagged	0.000
spawn	Process.spawn with a command array uses the first element as the command name and the second as the argv[0] value	Skipped	tagged	0.000
spawn	Process.spawn with a command array does not subject the arguments to shell expansion	Skipped	tagged	0.000
spawn	Process.spawn with a command array preserves whitespace in passed arguments	Skipped	tagged	0.000
spawn	Process.spawn with a command array calls #to_ary to convert the argument to an Array	Skipped	tagged	0.000
spawn	Process.spawn with a command array calls #to_str to convert the first element to a String	Skipped	tagged	0.000
spawn	Process.spawn with a command array calls #to_str to convert the second element to a String	Skipped	tagged	0.000
spawn	Process.spawn with a command array raises an ArgumentError if the Array does not have exactly two elements	Skipped	tagged	0.000
spawn	Process.spawn with a command array raises an ArgumentError if the Strings in the Array include a null byte	Skipped	tagged	0.000
spawn	Process.spawn with a command array raises a TypeError if an element in the Array does not respond to #to_str	Skipped	tagged	0.000
spawn	Process.spawn when passed :chdir changes to the directory passed for :chdir	Skipped	tagged	0.000
spawn	Process.spawn when passed :chdir calls #to_path to convert the :chdir value	Skipped	tagged	0.000
spawn	Process.spawn when passed close_others: true closes file descriptors >= 3 in the child process	Skipped	tagged	0.000
spawn	Process.spawn when passed close_others: true does not close STDIN	Skipped	tagged	0.000
spawn	Process.spawn when passed close_others: true does not close STDOUT	Skipped	tagged	0.000
spawn	Process.spawn when passed close_others: true does not close STDERR	Skipped	tagged	0.000
spawn	Process.spawn when passed close_others: false closes file descriptors >= 3 in the child process because they are set close_on_exec by default	Skipped	tagged	0.000
spawn	Process.spawn when passed close_others: false does not close file descriptors >= 3 in the child process if fds are set close_on_exec=false	Skipped	tagged	0.000
spawn	Process.spawn when passed close_others: false does not close STDIN	Skipped	tagged	0.000
spawn	Process.spawn when passed close_others: false does not close STDOUT	Skipped	tagged	0.000
spawn	Process.spawn when passed close_others: false does not close STDERR	Skipped	tagged	0.000
spawn	Process.spawn with Integer option keys maps the key to a file descriptor in the child that inherits the file descriptor from the parent specified by the value	Skipped	tagged	0.000
times	Process.times returns a Struct::Tms	Success		0.004
times	Process.times returns current cpu times	Success		0.502
uid	Process.uid returns the correct uid for the user executing this process	Success		0.009
uid	Process.uid also goes by Process::UID.rid	Success		0.000
uid	Process.uid also goes by Process::Sys.getuid	Success		0.000
uid	Process.uid= raises Errno::ERPERM if run by a non privileged user trying to set the superuser id	Skipped	tagged	0.000
uid	Process.uid= raises Errno::ERPERM if run by a non privileged user trying to set the superuser id from username	Skipped	tagged	0.000
uid	Process.uid= raises TypeError if not passed an Integer	Success		0.001
uid	Process.uid= needs to be reviewed for spec completeness	Success		0.000
wait	Process.wait raises an Errno::ECHILD if there are no child processes	Skipped	tagged	0.000
wait	Process.wait returns its childs pid	Skipped	tagged	0.000
wait	Process.wait sets $? to a Process::Status	Skipped	tagged	0.000
wait	Process.wait waits for any child process if no pid is given	Skipped	tagged	0.000
wait	Process.wait waits for a specific child if a pid is given	Skipped	tagged	0.000
wait	Process.wait coerces the pid to an Integer	Skipped	tagged	0.000
wait	Process.wait waits for a child whose process group ID is that of the calling process	Skipped	tagged	0.000
wait	Process.wait doesn't block if no child is available when WNOHANG is used	Skipped	tagged	0.000
wait	Process.wait always accepts flags=0	Skipped	tagged	0.000
wait2	Process.wait2 returns the pid and status of child process	Skipped	tagged	0.000
wait2	Process.wait2 raises a StandardError if no child processes exist	Skipped	tagged	0.000
waitall	Process.waitall returns an empty array when there are no children	Skipped	tagged	0.000
waitall	Process.waitall takes no arguments	Skipped	tagged	0.000
waitall	Process.waitall waits for all children	Skipped	tagged	0.000
waitall	Process.waitall returns an array of pid/status pairs	Skipped	tagged	0.000
waitpid	Process.waitpid returns nil when the process has not yet completed and WNOHANG is specified	Skipped	tagged	0.000
waitpid	Process.waitpid needs to be reviewed for spec completeness	Success		0.000
waitpid2	Process.waitpid2 needs to be reviewed for spec completeness	Success		0.000
change_privilege	Process::GID.change_privilege needs to be reviewed for spec completeness	Success		0.000
eid	Process::GID.eid needs to be reviewed for spec completeness	Success		0.000
eid	Process::GID.eid= needs to be reviewed for spec completeness	Success		0.000
grant_privilege	Process::GID.grant_privilege needs to be reviewed for spec completeness	Success		0.000
re_exchange	Process::GID.re_exchange needs to be reviewed for spec completeness	Success		0.000
re_exchangeable	Process::GID.re_exchangeable? needs to be reviewed for spec completeness	Success		0.000
rid	Process::GID.rid needs to be reviewed for spec completeness	Success		0.000
sid_available	Process::GID.sid_available? needs to be reviewed for spec completeness	Success		0.000
switch	Process::GID.switch needs to be reviewed for spec completeness	Success		0.000
bit_and	Process::Status#& needs to be reviewed for spec completeness	Success		0.000
coredump	Process::Status#coredump? needs to be reviewed for spec completeness	Skipped	tagged	0.000
equal_value	Process::Status#== needs to be reviewed for spec completeness	Skipped	tagged	0.000
exited	Process::Status#exited? for a child that exited normally returns true	Skipped	tagged	0.000
exited	Process::Status#exited? for a terminated child returns false	Skipped	tagged	0.000
exitstatus	Process::Status#exitstatus returns the process exit code	Skipped	tagged	0.000
inspect	Process::Status#inspect needs to be reviewed for spec completeness	Skipped	tagged	0.000
pid	Process::Status#pid returns the pid of the process	Skipped	tagged	0.000
right_shift	Process::Status#>> needs to be reviewed for spec completeness	Skipped	tagged	0.000
signaled	Process::Status#signaled? for a cleanly exited child returns false	Skipped	tagged	0.000
signaled	Process::Status#signaled? for a terminated child returns true	Skipped	tagged	0.000
stopped	Process::Status#stopped? needs to be reviewed for spec completeness	Skipped	tagged	0.000
stopsig	Process::Status#stopsig needs to be reviewed for spec completeness	Skipped	tagged	0.000
success	Process::Status#success? for a child that exited normally returns true	Skipped	tagged	0.000
success	Process::Status#success? for a child that exited with a non zero status returns false	Skipped	tagged	0.000
success	Process::Status#success? for a child that was terminated returns nil	Skipped	tagged	0.000
termsig	Process::Status#termsig for a child that exited normally returns true	Skipped	tagged	0.000
termsig	Process::Status#termsig for a child that was sent a signal returns the signal	Skipped	tagged	0.000
to_i	Process::Status#to_i needs to be reviewed for spec completeness	Skipped	tagged	0.000
to_int	Process::Status#to_int needs to be reviewed for spec completeness	Skipped	tagged	0.000
to_s	Process::Status#to_s needs to be reviewed for spec completeness	Skipped	tagged	0.000
getegid	Process::Sys.getegid needs to be reviewed for spec completeness	Skipped	tagged	0.000
geteuid	Process::Sys.geteuid needs to be reviewed for spec completeness	Skipped	tagged	0.000
getgid	Process::Sys.getgid needs to be reviewed for spec completeness	Skipped	tagged	0.000
getuid	Process::Sys.getuid needs to be reviewed for spec completeness	Skipped	tagged	0.000
issetugid	Process::Sys.issetugid needs to be reviewed for spec completeness	Skipped	tagged	0.000
setegid	Process::Sys.setegid needs to be reviewed for spec completeness	Skipped	tagged	0.000
seteuid	Process::Sys.seteuid needs to be reviewed for spec completeness	Skipped	tagged	0.000
setgid	Process::Sys.setgid needs to be reviewed for spec completeness	Skipped	tagged	0.000
setregid	Process::Sys.setregid needs to be reviewed for spec completeness	Skipped	tagged	0.000
setresgid	Process::Sys.setresgid needs to be reviewed for spec completeness	Skipped	tagged	0.000
setresuid	Process::Sys.setresuid needs to be reviewed for spec completeness	Skipped	tagged	0.000
setreuid	Process::Sys.setreuid needs to be reviewed for spec completeness	Skipped	tagged	0.000
setrgid	Process::Sys.setrgid needs to be reviewed for spec completeness	Skipped	tagged	0.000
setruid	Process::Sys.setruid needs to be reviewed for spec completeness	Skipped	tagged	0.000
setuid	Process::Sys.setuid needs to be reviewed for spec completeness	Skipped	tagged	0.000
change_privilege	Process::UID.change_privilege needs to be reviewed for spec completeness	Skipped	tagged	0.000
eid	Process::UID.eid needs to be reviewed for spec completeness	Skipped	tagged	0.000
eid	Process::UID.eid= needs to be reviewed for spec completeness	Skipped	tagged	0.000
grant_privilege	Process::UID.grant_privilege needs to be reviewed for spec completeness	Skipped	tagged	0.000
re_exchange	Process::UID.re_exchange needs to be reviewed for spec completeness	Skipped	tagged	0.000
re_exchangeable	Process::UID.re_exchangeable? needs to be reviewed for spec completeness	Skipped	tagged	0.000
rid	Process::UID.rid needs to be reviewed for spec completeness	Skipped	tagged	0.000
sid_available	Process::UID.sid_available? needs to be reviewed for spec completeness	Skipped	tagged	0.000
switch	Process::UID.switch needs to be reviewed for spec completeness	Skipped	tagged	0.000
bytes	Random#bytes returns the same numeric output for a given seed accross all implementations and platforms	Skipped	tagged	0.000
bytes	Random#bytes returns the same numeric output for a given huge seed accross all implementations and platforms	Skipped	tagged	0.000
bytes	Random#bytes returns a String	Success		0.001
bytes	Random#bytes returns a String of the length given as argument	Success		0.001
bytes	Random#bytes returns an ASCII-?BIT String	Success		0.001
bytes	Random#bytes returns the same output for a given seed	Success		0.001
bytes	Random#bytes returns a random binary String	Success		0.001
equal_value	Random#== returns true if the two objects have the same state	Success		0.001
equal_value	Random#== returns false if the two objects have different state	Success		0.001
equal_value	Random#== returns true if the two objects have the same seed	Success		0.001
equal_value	Random#== returns false if the two objects have a different seed	Success		0.001
equal_value	Random#== returns false if the other object is not a Random	Success		0.001
new	Random.new returns a new instance of Random	Success		0.001
new	Random.new uses a random seed value if none is supplied	Success		0.001
new	Random.new returns Random instances initialized with different seeds	Success		0.002
new	Random.new accepts an Integer seed value as an argument	Success		0.001
new	Random.new accepts (and truncates) a Float seed value as an argument	Success		0.001
new	Random.new accepts (and converts to Integer) a Rational seed value as an argument	Success		0.001
new	Random.new accepts (and converts to Integer) a Complex (without imaginary part) seed value as an argument	Success		0.001
new	Random.new raises a RangeError if passed a Complex (with imaginary part) seed value as an argument	Success		0.001
new_seed	Random.new_seed returns a Bignum	Success		0.001
new_seed	Random.new_seed returns an arbitrary seed value each time	Success		0.012
new_seed	Random.new_seed is not affected by Kernel#srand	Success		0.001
rand	Random.rand returns a Float if no max argument is passed	Success		0.001
rand	Random.rand returns a Float >= 0 if no max argument is passed	Success		0.002
rand	Random.rand returns a Float < 1 if no max argument is passed	Success		0.002
rand	Random.rand returns the same sequence for a given seed if no max argument is passed	Success		0.001
rand	Random.rand returns an Integer if an Integer argument is passed	Success		0.001
rand	Random.rand returns an Integer >= 0 if an Integer argument is passed	Success		0.004
rand	Random.rand returns an Integer < the max argument if an Integer argument is passed	Success		0.003
rand	Random.rand returns the same sequence for a given seed if an Integer argument is passed	Success		0.001
rand	Random.rand coerces arguments to Integers with #to_int	Success		0.002
rand	Random#rand with Fixnum returns an Integer	Success		0.001
rand	Random#rand with Fixnum returns a Fixnum greater than or equal to 0	Success		0.001
rand	Random#rand with Fixnum returns a Fixnum less than the argument	Success		0.001
rand	Random#rand with Fixnum returns the same sequence for a given seed	Success		0.002
rand	Random#rand with Fixnum eventually returns all possible values	Success		0.006
rand	Random#rand with Fixnum raises an ArgumentError when the argument is 0	Success		0.001
rand	Random#rand with Fixnum raises an ArgumentError when the argument is negative	Success		0.001
rand	Random#rand with Bignum typically returns a Bignum	Skipped	tagged	0.000
rand	Random#rand with Bignum returns a Bignum greater than or equal to 0	Success		0.002
rand	Random#rand with Bignum returns a Bignum less than the argument	Success		0.001
rand	Random#rand with Bignum returns the same sequence for a given seed	Success		0.002
rand	Random#rand with Bignum raises an ArgumentError when the argument is negative	Success		0.001
rand	Random#rand with Float returns a Float	Success		0.001
rand	Random#rand with Float returns a Float greater than or equal to 0.0	Success		0.001
rand	Random#rand with Float returns a Float less than the argument	Success		0.001
rand	Random#rand with Float returns the same sequence for a given seed	Success		0.001
rand	Random#rand with Float raises an ArgumentError when the argument is negative	Success		0.001
rand	Random#rand with Range returns an element from the Range	Success		0.001
rand	Random#rand with Range returns an object that is a member of the Range	Success		0.003
rand	Random#rand with Range works with inclusive ranges	Success		0.004
rand	Random#rand with Range works with exclusive ranges	Success		0.002
rand	Random#rand with Range returns the same sequence for a given seed	Success		0.003
rand	Random#rand with Range eventually returns all possible values	Success		0.020
rand	Random#rand with Range considers Integers as Floats if one end point is a float	Success		0.001
rand	Random#rand with Range raises an ArgumentError when the startpoint lacks #+ and #- methods	Success		0.001
rand	Random#rand with Range raises an ArgumentError when the endpoint lacks #+ and #- methods	Success		0.001
seed	Random#seed returns an Integer	Success		0.001
seed	Random#seed returns an arbitrary seed if the constructor was called without arguments	Success		0.001
seed	Random#seed returns the same generated seed when repeatedly called on the same object	Success		0.000
seed	Random#seed returns the seed given in the constructor	Success		0.001
seed	Random#seed returns the given seed coerced with #to_int	Success		0.002
srand	Random.srand returns an arbitrary seed if .srand wasn't called previously with an argument and no argument is supplied this time	Success		0.001
srand	Random.srand returns the previous argument to .srand if one was given and no argument is supplied	Success		0.000
srand	Random.srand returns an arbitrary seed if .srand wasn't called previously with an argument and 0 is supplied this time	Success		0.001
srand	Random.srand returns the previous argument to .srand if one was given and 0 is supplied	Success		0.000
srand	Random.srand seeds Random.rand such that its return value is deterministic	Success		0.001
srand	Random.srand seeds Kernel.rand such that its return value is deterministic	Success		0.001
begin	Range#begin returns the first element of self	Success		0.001
bsearch	Range#bsearch returns an Enumerator when not passed a block	Success		0.001
bsearch	Range#bsearch raises a TypeError if the block returns an Object	Success		0.001
bsearch	Range#bsearch raises a TypeError if the block returns a String	Success		0.001
bsearch	Range#bsearch raises a TypeError if the Range has Object values	Success		0.001
bsearch	Range#bsearch raises a TypeError if the Range has String values	Success		0.001
bsearch	Range#bsearch when no block is given returned Enumerator size returns nil	Success		0.001
bsearch	Range#bsearch with Integer values with a block returning true or false returns nil if the block returns false for every element	Success		0.001
bsearch	Range#bsearch with Integer values with a block returning true or false returns nil if the block returns nil for every element	Success		0.000
bsearch	Range#bsearch with Integer values with a block returning true or false returns minimum element if the block returns true for every element	Success		0.001
bsearch	Range#bsearch with Integer values with a block returning true or false returns the smallest element for which block returns true	Success		0.001
bsearch	Range#bsearch with Integer values with a block returning true or false returns the last element if the block returns true for the last element	Success		0.001
bsearch	Range#bsearch with Integer values with a block returning negative, zero, positive numbers returns nil if the block returns less than zero for every element	Success		0.001
bsearch	Range#bsearch with Integer values with a block returning negative, zero, positive numbers returns nil if the block returns greater than zero for every element	Success		0.000
bsearch	Range#bsearch with Integer values with a block returning negative, zero, positive numbers returns nil if the block never returns zero	Success		0.000
bsearch	Range#bsearch with Integer values with a block returning negative, zero, positive numbers accepts (+/-)Float::INFINITY from the block	Success		0.001
bsearch	Range#bsearch with Integer values with a block returning negative, zero, positive numbers returns an element at an index for which block returns 0.0	Success		0.000
bsearch	Range#bsearch with Integer values with a block returning negative, zero, positive numbers returns an element at an index for which block returns 0	Success		0.001
bsearch	Range#bsearch with Float values with a block returning true or false returns nil if the block returns false for every element	Success		0.001
bsearch	Range#bsearch with Float values with a block returning true or false returns nil if the block returns nil for every element	Success		0.000
bsearch	Range#bsearch with Float values with a block returning true or false returns minimum element if the block returns true for every element	Success		0.001
bsearch	Range#bsearch with Float values with a block returning true or false returns the smallest element for which block returns true	Success		0.001
bsearch	Range#bsearch with Float values with a block returning negative, zero, positive numbers returns nil if the block returns less than zero for every element	Success		0.001
bsearch	Range#bsearch with Float values with a block returning negative, zero, positive numbers returns nil if the block returns greater than zero for every element	Success		0.000
bsearch	Range#bsearch with Float values with a block returning negative, zero, positive numbers returns nil if the block never returns zero	Success		0.000
bsearch	Range#bsearch with Float values with a block returning negative, zero, positive numbers accepts (+/-)Float::INFINITY from the block	Success		0.001
bsearch	Range#bsearch with Float values with a block returning negative, zero, positive numbers returns an element at an index for which block returns 0.0	Success		0.001
bsearch	Range#bsearch with Float values with a block returning negative, zero, positive numbers returns an element at an index for which block returns 0	Success		0.001
case_compare	Range#=== returns the result of calling #include? on self	Success		0.003
cover	Range#cover? returns true if other is an element of self	Success		0.002
cover	Range#cover? compares values using <=>	Success		0.002
cover	Range#cover? raises an ArgumentError without exactly one argument	Success		0.001
cover	Range#cover? returns true if argument is equal to the first value of the range	Success		0.001
cover	Range#cover? returns true if argument is equal to the last value of the range	Success		0.001
cover	Range#cover? returns true if argument is less than the last value of the range and greater than the first value	Success		0.001
cover	Range#cover? returns true if argument is sole element in the range	Success		0.000
cover	Range#cover? returns false if range is empty	Success		0.001
cover	Range#cover? returns false if the range does not contain the argument	Success		0.001
cover	Range#cover? uses the range element's <=> to make the comparison	Success		0.002
cover	Range#cover? uses a continuous inclusion test	Success		0.001
cover	Range#cover? on string elements returns true if other is matched by element.succ	Success		0.001
cover	Range#cover? on string elements returns true if other is not matched by element.succ	Success		0.001
cover	Range#cover? with weird succ when included end value returns false if other is less than first element	Success		0.001
cover	Range#cover? with weird succ when included end value returns true if other is equal as first element	Success		0.000
cover	Range#cover? with weird succ when included end value returns true if other is matched by element.succ	Success		0.000
cover	Range#cover? with weird succ when included end value returns true if other is not matched by element.succ	Success		0.000
cover	Range#cover? with weird succ when included end value returns true if other is equal as last element but not matched by element.succ	Success		0.000
cover	Range#cover? with weird succ when included end value returns false if other is greater than last element but matched by element.succ	Success		0.000
cover	Range#cover? with weird succ when excluded end value returns false if other is less than first element	Success		0.001
cover	Range#cover? with weird succ when excluded end value returns true if other is equal as first element	Success		0.000
cover	Range#cover? with weird succ when excluded end value returns true if other is matched by element.succ	Success		0.000
cover	Range#cover? with weird succ when excluded end value returns true if other is not matched by element.succ	Success		0.000
cover	Range#cover? with weird succ when excluded end value returns false if other is equal as last element but not matched by element.succ	Success		0.000
cover	Range#cover? with weird succ when excluded end value returns false if other is greater than last element but matched by element.succ	Success		0.000
dup	Range#dup duplicates the range	Success		0.002
each	Range#each passes each element to the given block by using #succ	Success		0.006
each	Range#each raises a TypeError if the first element does not respond to #succ	Success		0.002
each	Range#each returns self	Success		0.000
each	Range#each returns an enumerator when no block given	Success		0.001
each	Range#each raises a TypeError if the first element is a Time object	Success		0.001
each	Range#each passes each Symbol element by using #succ	Success		0.001
each	Range#each when no block is given returned Enumerator size returns the enumerable size	Skipped	tagged	0.000
end	Range#end end returns the last element of self	Success		0.001
eql	Range#eql? returns true if other has same begin, end, and exclude_end? values	Success		0.002
eql	Range#eql? returns false if other is no Range	Success		0.001
eql	Range#eql? returns true for subclasses to Range	Success		0.010
equal_value	Range#== returns true if other has same begin, end, and exclude_end? values	Success		0.002
equal_value	Range#== returns false if other is no Range	Success		0.001
equal_value	Range#== returns true for subclasses to Range	Success		0.000
exclude_end	Range#exclude_end? returns false if the range does not exclude the end value	Success		0.001
exclude_end	Range#exclude_end? returns true if the range excludes the end value	Success		0.001
first	Range#first returns the first element of self	Success		0.001
first	Range#first returns the specified number of elements from the beginning	Success		0.001
first	Range#first returns an empty array for an empty Range	Success		0.000
first	Range#first returns an empty array when passed zero	Success		0.000
first	Range#first returns all elements in the range when count exceeds the number of elements	Success		0.001
first	Range#first raises an ArgumentError when count is negative	Success		0.001
first	Range#first calls #to_int to convert the argument	Success		0.001
first	Range#first raises a TypeError if #to_int does not return an Integer	Success		0.002
first	Range#first truncates the value when passed a Float	Success		0.001
first	Range#first raises a TypeError when passed nil	Success		0.001
first	Range#first raises a TypeError when passed a String	Success		0.001
hash	Range#hash is provided	Success		0.001
hash	Range#hash generates the same hash values for Ranges with the same start, end and exclude_end? values	Success		0.001
hash	Range#hash generates a Fixnum for the hash value	Success		0.001
include	Range#include? returns true if other is an element of self	Success		0.003
include	Range#include? compares values using <=>	Success		0.002
include	Range#include? raises an ArgumentError without exactly one argument	Success		0.001
include	Range#include? returns true if argument is equal to the first value of the range	Success		0.001
include	Range#include? returns true if argument is equal to the last value of the range	Success		0.001
include	Range#include? returns true if argument is less than the last value of the range and greater than the first value	Success		0.001
include	Range#include? returns true if argument is sole element in the range	Success		0.000
include	Range#include? returns false if range is empty	Success		0.001
include	Range#include? returns false if the range does not contain the argument	Success		0.001
include	Range#include? on string elements returns true if other is matched by element.succ	Success		0.001
include	Range#include? on string elements returns false if other is not matched by element.succ	Success		0.001
include	Range#include? with weird succ when included end value returns false if other is less than first element	Success		0.001
include	Range#include? with weird succ when included end value returns true if other is equal as first element	Success		0.001
include	Range#include? with weird succ when included end value returns true if other is matched by element.succ	Success		0.001
include	Range#include? with weird succ when included end value returns false if other is not matched by element.succ	Success		0.001
include	Range#include? with weird succ when included end value returns false if other is equal as last element but not matched by element.succ	Success		0.001
include	Range#include? with weird succ when included end value returns false if other is greater than last element but matched by element.succ	Success		0.001
include	Range#include? with weird succ when excluded end value returns false if other is less than first element	Success		0.001
include	Range#include? with weird succ when excluded end value returns true if other is equal as first element	Success		0.001
include	Range#include? with weird succ when excluded end value returns true if other is matched by element.succ	Success		0.001
include	Range#include? with weird succ when excluded end value returns false if other is not matched by element.succ	Success		0.001
include	Range#include? with weird succ when excluded end value returns false if other is equal as last element but not matched by element.succ	Success		0.001
include	Range#include? with weird succ when excluded end value returns false if other is greater than last element but matched by element.succ	Success		0.001
initialize	Range#initialize is private	Success		0.002
initialize	Range#initialize initializes correctly the Range object when given 2 arguments	Success		0.001
initialize	Range#initialize initializes correctly the Range object when given 3 arguments	Success		0.000
initialize	Range#initialize raises an ArgumentError if passed without or with only one argument	Success		0.001
initialize	Range#initialize raises an ArgumentError if passed with four or more arguments	Success		0.001
initialize	Range#initialize raises a NameError if called on an already initialized Range	Success		0.001
initialize	Range#initialize raises an ArgumentError if arguments don't respond to <=>	Success		0.001
inspect	Range#inspect returns a tainted string if either end is tainted	Skipped	tagged	0.000
inspect	Range#inspect returns a untrusted string if either end is untrusted	Skipped	tagged	0.000
inspect	Range#inspect provides a printable form, using #inspect to convert the start and end objects	Success		0.002
last	Range#last end returns the last element of self	Success		0.001
last	Range#last returns the specified number of elements from the end	Success		0.001
last	Range#last returns an empty array for an empty Range	Success		0.000
last	Range#last returns an empty array when passed zero	Success		0.000
last	Range#last returns all elements in the range when count exceeds the number of elements	Success		0.001
last	Range#last raises an ArgumentError when count is negative	Success		0.001
last	Range#last calls #to_int to convert the argument	Success		0.001
last	Range#last raises a TypeError if #to_int does not return an Integer	Success		0.002
last	Range#last truncates the value when passed a Float	Success		0.001
last	Range#last raises a TypeError when passed nil	Success		0.001
last	Range#last raises a TypeError when passed a String	Success		0.001
max	Range#max returns the maximum value in the range when called with no arguments	Success		0.002
max	Range#max returns the maximum value in the Float range when called with no arguments	Success		0.000
max	Range#max raises TypeError when called on an exclusive range and a non Integer value	Success		0.001
max	Range#max returns nil when the endpoint is less than the start point	Success		0.001
max	Range#max returns nil when the endpoint equals the start point and the range is exclusive	Success		0.000
max	Range#max returns the endpoint when the endpoint equals the start point and the range is inclusive	Success		0.000
max	Range#max returns nil when the endpoint is less than the start point in a Float range	Success		0.000
max	Range#max returns end point when the range is Time..Time(included end point)	Success		0.002
max	Range#max raises TypeError when called on a Time...Time(excluded end point)	Success		0.001
max	Range#max given a block passes each pair of values in the range to the block	Success		0.004
max	Range#max given a block passes each pair of elements to the block in reversed order	Success		0.001
max	Range#max given a block calls #> and #< on the return value of the block	Success		0.003
max	Range#max given a block returns the element the block determines to be the maximum	Success		0.000
max	Range#max given a block returns nil when the endpoint is less than the start point	Success		0.001
member	Range#member? returns true if other is an element of self	Success		0.002
member	Range#member? compares values using <=>	Success		0.002
member	Range#member? raises an ArgumentError without exactly one argument	Success		0.001
member	Range#member? returns true if argument is equal to the first value of the range	Success		0.001
member	Range#member? returns true if argument is equal to the last value of the range	Success		0.001
member	Range#member? returns true if argument is less than the last value of the range and greater than the first value	Success		0.001
member	Range#member? returns true if argument is sole element in the range	Success		0.000
member	Range#member? returns false if range is empty	Success		0.001
member	Range#member? returns false if the range does not contain the argument	Success		0.001
member	Range#member? on string elements returns true if other is matched by element.succ	Success		0.001
member	Range#member? on string elements returns false if other is not matched by element.succ	Success		0.001
member	Range#member? with weird succ when included end value returns false if other is less than first element	Success		0.001
member	Range#member? with weird succ when included end value returns true if other is equal as first element	Success		0.001
member	Range#member? with weird succ when included end value returns true if other is matched by element.succ	Success		0.001
member	Range#member? with weird succ when included end value returns false if other is not matched by element.succ	Success		0.001
member	Range#member? with weird succ when included end value returns false if other is equal as last element but not matched by element.succ	Success		0.001
member	Range#member? with weird succ when included end value returns false if other is greater than last element but matched by element.succ	Success		0.001
member	Range#member? with weird succ when excluded end value returns false if other is less than first element	Success		0.001
member	Range#member? with weird succ when excluded end value returns true if other is equal as first element	Success		0.001
member	Range#member? with weird succ when excluded end value returns true if other is matched by element.succ	Success		0.001
member	Range#member? with weird succ when excluded end value returns false if other is not matched by element.succ	Success		0.001
member	Range#member? with weird succ when excluded end value returns false if other is equal as last element but not matched by element.succ	Success		0.001
member	Range#member? with weird succ when excluded end value returns false if other is greater than last element but matched by element.succ	Success		0.001
min	Range#min returns the minimum value in the range when called with no arguments	Success		0.001
min	Range#min returns the minimum value in the Float range when called with no arguments	Success		0.000
min	Range#min returns nil when the start point is greater than the endpoint	Success		0.000
min	Range#min returns nil when the endpoint equals the start point and the range is exclusive	Success		0.000
min	Range#min returns the start point when the endpoint equals the start point and the range is inclusive	Success		0.000
min	Range#min returns nil when the start point is greater than the endpoint in a Float range	Success		0.001
min	Range#min returns start point when the range is Time..Time(included end point)	Success		0.001
min	Range#min returns start point when the range is Time...Time(excluded end point)	Success		0.001
min	Range#min given a block passes each pair of values in the range to the block	Success		0.004
min	Range#min given a block passes each pair of elements to the block where the first argument is the current element, and the last is the first element	Success		0.001
min	Range#min given a block calls #> and #< on the return value of the block	Success		0.003
min	Range#min given a block returns the element the block determines to be the minimum	Success		0.000
min	Range#min given a block returns nil when the start point is greater than the endpoint	Success		0.001
new	Range.new constructs a range using the given start and end	Success		0.001
new	Range.new includes the end object when the third parameter is omitted or false	Success		0.002
new	Range.new raises an ArgumentError when the given start and end can't be compared by using #<=>	Success		0.002
range	Range includes Enumerable	Success		0.001
size	Range#size returns the number of elements in the range	Success		0.001
size	Range#size returns 0 if last is less than first	Success		0.001
size	Range#size returns Float::INFINITY for increasing, infinite ranges	Success		0.001
size	Range#size returns nil if first and last are not Numeric	Success		0.001
step	Range#step returns an enumerator when no block is given	Success		0.002
step	Range#step returns self	Success		0.001
step	Range#step raises TypeError if step	Success		0.002
step	Range#step calls #to_int to coerce step to an Integer	Success		0.002
step	Range#step raises a TypeError if step does not respond to #to_int	Success		0.001
step	Range#step raises a TypeError if #to_int does not return an Integer	Success		0.002
step	Range#step coerces the argument to integer by invoking to_int	Success		0.001
step	Range#step raises a TypeError if the first element does not respond to #succ	Success		0.002
step	Range#step raises an ArgumentError if step is 0	Success		0.001
step	Range#step raises an ArgumentError if step is 0.0	Success		0.001
step	Range#step raises an ArgumentError if step is negative	Success		0.001
step	Range#step with inclusive end and Integer values yields Integer values incremented by 1 and less than or equal to end when not passed a step	Success		0.001
step	Range#step with inclusive end and Integer values yields Integer values incremented by an Integer step	Success		0.001
step	Range#step with inclusive end and Integer values yields Float values incremented by a Float step	Success		0.001
step	Range#step with inclusive end and Float values yields Float values incremented by 1 and less than or equal to end when not passed a step	Success		0.001
step	Range#step with inclusive end and Float values yields Float values incremented by an Integer step	Success		0.001
step	Range#step with inclusive end and Float values yields Float values incremented by a Float step	Success		0.001
step	Range#step with inclusive end and Float values returns Float values of 'step * n + begin <= end'	Success		0.001
step	Range#step with inclusive end and Integer, Float values yields Float values incremented by 1 and less than or equal to end when not passed a step	Success		0.001
step	Range#step with inclusive end and Integer, Float values yields Float values incremented by an Integer step	Success		0.001
step	Range#step with inclusive end and Integer, Float values yields Float values incremented by a Float step	Success		0.001
step	Range#step with inclusive end and Float, Integer values yields Float values incremented by 1 and less than or equal to end when not passed a step	Success		0.001
step	Range#step with inclusive end and Float, Integer values yields Float values incremented by an Integer step	Success		0.001
step	Range#step with inclusive end and Float, Integer values yields Float values incremented by a Float step	Success		0.001
step	Range#step with inclusive end and String values yields String values incremented by #succ and less than or equal to end when not passed a step	Success		0.001
step	Range#step with inclusive end and String values yields String values incremented by #succ called Integer step times	Success		0.001
step	Range#step with inclusive end and String values raises a TypeError when passed a Float step	Success		0.001
step	Range#step with inclusive end and String values calls #succ on begin and each element returned by #succ	Success		0.003
step	Range#step with exclusive end and Integer values yields Integer values incremented by 1 and less than end when not passed a step	Success		0.001
step	Range#step with exclusive end and Integer values yields Integer values incremented by an Integer step	Success		0.001
step	Range#step with exclusive end and Integer values yields Float values incremented by a Float step	Success		0.001
step	Range#step with exclusive end and Float values yields Float values incremented by 1 and less than end when not passed a step	Success		0.001
step	Range#step with exclusive end and Float values yields Float values incremented by an Integer step	Success		0.001
step	Range#step with exclusive end and Float values yields Float values incremented by a Float step	Success		0.001
step	Range#step with exclusive end and Float values returns Float values of 'step * n + begin < end'	Success		0.001
step	Range#step with exclusive end and Integer, Float values yields Float values incremented by 1 and less than end when not passed a step	Success		0.001
step	Range#step with exclusive end and Integer, Float values yields Float values incremented by an Integer step	Success		0.001
step	Range#step with exclusive end and Integer, Float values yields an Float and then Float values incremented by a Float step	Success		0.001
step	Range#step with exclusive end and Float, Integer values yields Float values incremented by 1 and less than end when not passed a step	Success		0.001
step	Range#step with exclusive end and Float, Integer values yields Float values incremented by an Integer step	Success		0.001
step	Range#step with exclusive end and Float, Integer values yields Float values incremented by a Float step	Success		0.001
step	Range#step with exclusive end and String values yields String values incremented by #succ and less than or equal to end when not passed a step	Success		0.001
step	Range#step with exclusive end and String values yields String values incremented by #succ called Integer step times	Success		0.001
step	Range#step with exclusive end and String values raises a TypeError when passed a Float step	Success		0.001
step	Range#step when no block is given returned Enumerator size raises a TypeError if step does not respond to #to_int	Skipped	tagged	0.000
step	Range#step when no block is given returned Enumerator size raises a TypeError if #to_int does not return an Integer	Skipped	tagged	0.000
step	Range#step when no block is given returned Enumerator size raises an ArgumentError if step is 0	Skipped	tagged	0.000
step	Range#step when no block is given returned Enumerator size raises an ArgumentError if step is 0.0	Skipped	tagged	0.000
step	Range#step when no block is given returned Enumerator size raises an ArgumentError if step is negative	Skipped	tagged	0.000
step	Range#step when no block is given returned Enumerator size returns the ceil of range size divided by the number of steps	Skipped	tagged	0.000
step	Range#step when no block is given returned Enumerator size returns the correct number of steps when one of the arguments is a float	Skipped	tagged	0.000
step	Range#step when no block is given returned Enumerator size returns the range size when there's no step_size	Skipped	tagged	0.000
step	Range#step when no block is given returned Enumerator size returns nil with begin and end are String	Success		0.001
step	Range#step when no block is given returned Enumerator size return nil and not raises a TypeError if the first element does not respond to #succ	Success		0.002
to_a	Range#to_a converts self to an array	Success		0.002
to_a	Range#to_a returns empty array for descending-ordered	Success		0.001
to_a	Range#to_a works with Ranges of Symbols	Success		0.001
to_s	Range#to_s returns a tainted string if either end is tainted	Skipped	tagged	0.000
to_s	Range#to_s returns a untrusted string if either end is untrusted	Skipped	tagged	0.000
to_s	Range#to_s provides a printable form of self	Success		0.001
abs	Rational#abs returns self's absolute value	Success		0.001
ceil	Rational#ceil with no arguments (precision = 0) returns an Integer	Success		0.001
ceil	Rational#ceil with no arguments (precision = 0) returns the truncated value toward positive infinity	Success		0.001
ceil	Rational#ceil with a precision < 0 returns an Integer	Success		0.001
ceil	Rational#ceil with a precision < 0 moves the truncation point n decimal places left	Success		0.001
ceil	Rational#ceil with precision > 0 returns a Rational	Success		0.001
ceil	Rational#ceil with precision > 0 moves the truncation point n decimal places right	Success		0.001
coerce	Rational#coerce returns the passed argument, self as Float, when given a Float	Success		0.001
coerce	Rational#coerce returns the passed argument, self as Rational, when given an Integer	Success		0.001
coerce	Rational#coerce returns [argument, self] when given a Rational	Success		0.001
comparison	Rational#<=> when passed a Rational object returns 1 when self is greater than the passed argument	Success		0.001
comparison	Rational#<=> when passed a Rational object returns 0 when self is equal to the passed argument	Success		0.001
comparison	Rational#<=> when passed a Rational object returns -1 when self is less than the passed argument	Success		0.001
comparison	Rational#<=> when passed a Integer object returns 1 when self is greater than the passed argument	Success		0.001
comparison	Rational#<=> when passed a Integer object returns 0 when self is equal to the passed argument	Success		0.001
comparison	Rational#<=> when passed a Integer object returns -1 when self is less than the passed argument	Success		0.001
comparison	Rational#<=> when passed a Float object returns 1 when self is greater than the passed argument	Success		0.001
comparison	Rational#<=> when passed a Float object returns 0 when self is equal to the passed argument	Success		0.001
comparison	Rational#<=> when passed a Float object returns -1 when self is less than the passed argument	Success		0.001
comparison	Rational#<=> when passed an Object that responds to #coerce calls #coerce on the passed argument with self	Success		0.002
comparison	Rational#<=> when passed an Object that responds to #coerce calls #<=> on the coerced Rational with the coerced Object	Success		0.002
comparison	Rational#<=> when passed a non-Numeric Object that doesn't respond to #coerce returns nil	Success		0.000
denominator	Rational#denominator returns the denominator	Success		0.001
denominator	Rational#denominator returns 1 if no denominator was given	Success		0.000
div	Rational#div returns an Integer	Success		0.001
div	Rational#div raises an ArgumentError if passed more than one argument	Success		0.001
div	Rational#div raises a TypeError if passed a non-numeric argument	Success		0.001
div	Rational#div passed a Rational performs integer division and returns the result	Success		0.001
div	Rational#div passed a Rational raises a ZeroDivisionError when the argument has a numerator of 0	Success		0.001
div	Rational#div passed a Rational raises a ZeroDivisionError when the argument has a numerator of 0.0	Success		0.001
div	Rational#div passed an Integer performs integer division and returns the result	Success		0.001
div	Rational#div passed an Integer raises a ZeroDivisionError when the argument is 0	Success		0.001
div	Rational#div passed a Float performs integer division and returns the result	Success		0.001
div	Rational#div passed a Float raises a ZeroDivisionError when the argument is 0.0	Success		0.001
divide	Rational#/ calls #coerce on the passed argument with self	Success		0.002
divide	Rational#/ calls #/ on the coerced Rational with the coerced Object	Success		0.002
divide	Rational#/ when passed an Integer returns self divided by other as a Rational	Success		0.001
divide	Rational#/ when passed an Integer raises a ZeroDivisionError when passed 0	Success		0.001
divide	Rational#/ when passed a Rational returns self divided by other as a Rational	Success		0.001
divide	Rational#/ when passed a Rational raises a ZeroDivisionError when passed a Rational with a numerator of 0	Success		0.001
divide	Rational#/ when passed a Float returns self divided by other as a Float	Success		0.001
divide	Rational#/ when passed a Float returns infinity when passed 0	Success		0.001
divmod	Rational#divmod when passed a Rational returns the quotient as Integer and the remainder as Rational	Success		0.002
divmod	Rational#divmod when passed a Rational raises a ZeroDivisonError when passed a Rational with a numerator of 0	Success		0.001
divmod	Rational#divmod when passed an Integer returns the quotient as Integer and the remainder as Rational	Success		0.001
divmod	Rational#divmod when passed an Integer raises a ZeroDivisionError when passed 0	Success		0.001
divmod	Rational#divmod when passed a Float returns the quotient as Integer and the remainder as Float	Success		0.001
divmod	Rational#divmod when passed a Float returns the quotient as Integer and the remainder as Float	Success		0.001
divmod	Rational#divmod when passed a Float raises a ZeroDivisionError when passed 0	Success		0.001
equal_value	Rational#== returns the result of calling #== with self on the passed argument	Success		0.002
equal_value	Rational#== when passed a Rational returns true if self has the same numerator and denominator as the passed argument	Success		0.001
equal_value	Rational#== when passed a Float converts self to a Float and compares it with the passed argument	Success		0.001
equal_value	Rational#== when passed an Integer returns true if self has the passed argument as numerator and a denominator of 1	Success		0.001
exponent	Rational#** calls #coerce on the passed argument with self	Success		0.002
exponent	Rational# calls # on the coerced Rational with the coerced Object	Success		0.002
exponent	Rational#** raises ZeroDivisionError for Rational(0, 1) passed a negative Integer	Success		0.001
exponent	Rational#** raises ZeroDivisionError for Rational(0, 1) passed a negative Rational with denominator 1	Success		0.001
exponent	Rational#** raises ZeroDivisionError for Rational(0, 1) passed a negative Rational	Success		0.001
exponent	Rational#** returns Infinity for Rational(0, 1) passed a negative Float	Success		0.001
exponent	Rational#** when passed Rational returns Rational(1) if the exponent is Rational(0)	Success		0.001
exponent	Rational#** when passed Rational returns self raised to the argument as a Rational if the exponent's denominator is 1	Success		0.001
exponent	Rational#** when passed Rational returns self raised to the argument as a Float if the exponent's denominator is not 1	Success		0.001
exponent	Rational#** when passed Rational returns a complex number when self is negative and the passed argument is not 0	Success		0.001
exponent	Rational#** when passed Integer returns the Rational value of self raised to the passed argument	Success		0.002
exponent	Rational#** when passed Integer returns Rational(1, 1) when the passed argument is 0	Success		0.001
exponent	Rational#** when passed Bignum returns 0.0 when self is > 1 and the exponent is negative	Skipped	tagged	0.000
exponent	Rational#** when passed Bignum returns Rational(0) when self is Rational(0) and the exponent is positive	Success		0.001
exponent	Rational#** when passed Bignum raises ZeroDivisionError when self is Rational(0) and the exponent is negative	Success		0.001
exponent	Rational#** when passed Bignum returns Rational(1) when self is Rational(1)	Success		0.001
exponent	Rational#** when passed Bignum returns Rational(1) when self is Rational(-1) and the exponent is positive and even	Success		0.001
exponent	Rational#** when passed Bignum returns Rational(-1) when self is Rational(-1) and the exponent is positive and odd	Success		0.001
exponent	Rational#** when passed Bignum returns positive Infinity when self is > 1	Success		0.001
exponent	Rational#** when passed Float returns self converted to Float and raised to the passed argument	Success		0.001
exponent	Rational#** when passed Float returns a complex number if self is negative and the passed argument is not 0	Success		0.001
exponent	Rational#** when passed Float returns Complex(1.0) when the passed argument is 0.0	Success		0.001
fdiv	Rational#fdiv needs to be reviewed for spec completeness	Success		0.000
floor	Rational#floor with no arguments (precision = 0) returns an integer	Success		0.001
floor	Rational#floor with no arguments (precision = 0) returns the truncated value toward negative infinity	Success		0.001
floor	Rational#floor with a precision < 0 returns an integer	Success		0.002
floor	Rational#floor with a precision < 0 moves the truncation point n decimal places left	Success		0.001
floor	Rational#floor with a precision > 0 returns a Rational	Success		0.001
floor	Rational#floor with a precision > 0 moves the truncation point n decimal places right	Success		0.001
hash	Rational#hash is static	Success		0.001
inspect	Rational#inspect returns a string representation of self	Success		0.001
integer	Rational#integer? returns false for a rational with a numerator and no denominator	Success		0.000
integer	Rational#integer? returns false for a rational with a numerator and a denominator	Success		0.000
magnitude	Rational#abs returns self's absolute value	Success		0.001
marshal_dump	Rational#marshal_dump is a private method	Success		0.001
marshal_dump	Rational#marshal_dump dumps numerator and denominator	Success		0.001
minus	Rational#- calls #coerce on the passed argument with self	Success		0.002
minus	Rational#- calls #- on the coerced Rational with the coerced Object	Success		0.002
modulo	Rational#% returns the remainder when this value is divided by other	Success		0.002
modulo	Rational#% returns a Float value when the argument is Float	Success		0.001
modulo	Rational#% raises ZeroDivisionError on zero denominator	Success		0.001
modulo	Rational#% raises a ZeroDivisionError when the argument is 0.0	Success		0.001
multiply	Rational#* calls #coerce on the passed argument with self	Success		0.002
multiply	Rational#* calls #* on the coerced Rational with the coerced Object	Success		0.002
multiply	Rational#* passed a Rational returns self divided by other as a Rational	Success		0.001
multiply	Rational#* passed a Float returns self divided by other as a Float	Success		0.001
multiply	Rational#* passed an Integer returns self divided by other as a Rational	Success		0.001
numerator	Rational#numerator returns the numerator	Success		0.001
plus	Rational#+ calls #coerce on the passed argument with self	Success		0.002
plus	Rational#+ calls #+ on the coerced Rational with the coerced Object	Success		0.002
plus	Rational#+ with a Rational returns the result of substracting other from self as a Rational	Success		0.001
plus	Rational#+ with a Float returns the result of substracting other from self as a Float	Success		0.001
plus	Rational#+ with an Integer returns the result of substracting other from self as a Rational	Success		0.001
quo	Rational#quo calls #coerce on the passed argument with self	Success		0.001
quo	Rational#quo calls #/ on the coerced Rational with the coerced Object	Success		0.002
rational	Rational includes Comparable	Success		0.001
rationalize	Rational#rationalize returns self with no argument	Success		0.001
rationalize	Rational#rationalize simplifies self to the degree specified by a Rational argument	Success		0.003
rationalize	Rational#rationalize simplifies self to the degree specified by a Float argument	Success		0.001
rationalize	Rational#rationalize raises ArgumentError when passed more than one argument	Success		0.001
remainder	Rational#remainder needs to be reviewed for spec completeness	Success		0.000
round	Rational#round with no arguments (precision = 0) returns an integer	Success		0.001
round	Rational#round with no arguments (precision = 0) returns the truncated value toward the nearest integer	Success		0.001
round	Rational#round with a precision < 0 returns an integer	Success		0.001
round	Rational#round with a precision < 0 moves the truncation point n decimal places left	Success		0.001
round	Rational#round with a precision > 0 returns a Rational	Success		0.001
round	Rational#round with a precision > 0 moves the truncation point n decimal places right	Success		0.001
round	Rational#round with a precision > 0 doesn't alter the value if the precision is too great	Success		0.001
round	Rational#round with a precision > 0 doesn't fail when rounding to an absurdly large positive precision	Success		0.485
to_f	Rational#to_f returns self converted to a Float	Success		0.001
to_i	Rational#to_i converts self to an Integer by truncation	Success		0.001
to_i	Rational#to_i converts self to an Integer by truncation	Success		0.000
to_r	Rational#to_r returns self	Success		0.001
to_s	Rational#to_s returns a string representation of self	Success		0.001
truncate	Rational#truncate with no arguments (precision = 0) returns an integer	Success		0.001
truncate	Rational#truncate with no arguments (precision = 0) returns the truncated value toward 0	Success		0.001
truncate	Rational#truncate with a precision < 0 returns an integer	Success		0.001
truncate	Rational#truncate with a precision < 0 moves the truncation point n decimal places left	Success		0.001
truncate	Rational#truncate with a precision > 0 returns a Rational	Success		0.001
truncate	Rational#truncate with a precision > 0 moves the truncation point n decimal places right	Success		0.001
zero	Rational#zero? returns true if the numerator is 0	Success		0.000
zero	Rational#zero? returns true if the numerator is 0.0	Success		0.001
zero	Rational#zero? returns false if the numerator isn't 0	Success		0.000
case_compare	Regexp#=== is true if there is a match	Success		0.000
case_compare	Regexp#=== is false if there is no match	Success		0.000
case_compare	Regexp#=== returns true if it matches a Symbol	Success		0.000
case_compare	Regexp#=== returns false if it does not match a Symbol	Success		0.000
case_compare	Regexp#=== returns false if the other value cannot be coerced to a string	Success		0.001
casefold	Regexp#casefold? returns the value of the case-insensitive flag	Success		0.001
compile	Regexp.compile requires one argument and creates a new regular expression object	Success		0.001
compile	Regexp.compile works by default for subclasses with overridden #initialize	Success		0.015
compile	Regexp.compile requires one argument and creates a new regular expression object	Success		0.000
compile	Regexp.compile works by default for subclasses with overridden #initialize	Success		0.001
compile	Regexp.compile given a String uses ASCII_?BIT encoding if third argument is 'n' or 'none' (case insensitive) and non-ascii characters	Skipped	tagged	0.000
compile	Regexp.compile given a String uses ASCII_?BIT encoding if third argument is 'n' or 'none' (case insensitive) and non-ascii characters	Skipped	tagged	0.000
compile	Regexp.compile given a String uses the String argument as an unescaped literal to construct a Regexp object	Success		0.001
compile	Regexp.compile given a String raises a RegexpError when passed an incorrect regexp	Success		0.001
compile	Regexp.compile given a String does not set Regexp options if only given one argument	Success		0.001
compile	Regexp.compile given a String does not set Regexp options if second argument is nil or false	Success		0.001
compile	Regexp.compile given a String sets options from second argument if it is one of the Fixnum option constants	Success		0.002
compile	Regexp.compile given a String accepts a Fixnum of two or more options ORed together as the second argument	Success		0.001
compile	Regexp.compile given a String treats any non-Fixnum, non-nil, non-false second argument as IGNORECASE	Success		0.001
compile	Regexp.compile given a String ignores the third argument if it is 'e' or 'euc' (case-insensitive)	Success		0.001
compile	Regexp.compile given a String ignores the third argument if it is 's' or 'sjis' (case-insensitive)	Success		0.001
compile	Regexp.compile given a String ignores the third argument if it is 'u' or 'utf?' (case-insensitive)	Success		0.001
compile	Regexp.compile given a String uses US_ASCII encoding if third argument is 'n' or 'none' (case insensitive) and only ascii characters	Success		0.001
compile	Regexp.compile given a String uses the String argument as an unescaped literal to construct a Regexp object	Success		0.000
compile	Regexp.compile given a String raises a RegexpError when passed an incorrect regexp	Success		0.001
compile	Regexp.compile given a String does not set Regexp options if only given one argument	Success		0.001
compile	Regexp.compile given a String does not set Regexp options if second argument is nil or false	Success		0.001
compile	Regexp.compile given a String sets options from second argument if it is one of the Fixnum option constants	Success		0.002
compile	Regexp.compile given a String accepts a Fixnum of two or more options ORed together as the second argument	Success		0.001
compile	Regexp.compile given a String treats any non-Fixnum, non-nil, non-false second argument as IGNORECASE	Success		0.001
compile	Regexp.compile given a String ignores the third argument if it is 'e' or 'euc' (case-insensitive)	Success		0.001
compile	Regexp.compile given a String ignores the third argument if it is 's' or 'sjis' (case-insensitive)	Success		0.001
compile	Regexp.compile given a String ignores the third argument if it is 'u' or 'utf?' (case-insensitive)	Success		0.001
compile	Regexp.compile given a String uses US_ASCII encoding if third argument is 'n' or 'none' (case insensitive) and only ascii characters	Success		0.001
compile	Regexp.compile given a String with escaped characters raises a Regexp error if there is a trailing backslash	Success		0.002
compile	Regexp.compile given a String with escaped characters does not raise a Regexp error if there is an escaped trailing backslash	Success		0.001
compile	Regexp.compile given a String with escaped characters accepts a backspace followed by a character	Success		0.001
compile	Regexp.compile given a String with escaped characters accepts a one-digit octal value	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts a two-digit octal value	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts a one-digit hexadecimal value	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts a two-digit hexadecimal value	Success		0.000
compile	Regexp.compile given a String with escaped characters interprets a digit following a two-digit hexadecimal value as a character	Success		0.000
compile	Regexp.compile given a String with escaped characters raises a RegexpError if \x is not followed by any hexadecimal digits	Success		0.002
compile	Regexp.compile given a String with escaped characters accepts an escaped string interpolation	Success		0.001
compile	Regexp.compile given a String with escaped characters accepts '\n'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\t'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\r'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\f'	Success		0.001
compile	Regexp.compile given a String with escaped characters accepts '\v'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\a'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\e'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\C-\n'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\C-\t'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\C-\r'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\C-\f'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\C-\v'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\C-\a'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\C-\e'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\c\n'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\c\t'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\c\r'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\c\f'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\c\v'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\c\a'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\c\e'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts multiple consecutive '\' characters	Success		0.001
compile	Regexp.compile given a String with escaped characters accepts characters and escaped octal digits	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts escaped octal digits and characters	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts characters and escaped hexadecimal digits	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts escaped hexadecimal digits and characters	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts escaped hexadecimal and octal digits	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts \u{H} for a single Unicode codepoint	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts \u{HH} for a single Unicode codepoint	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts \u{HHH} for a single Unicode codepoint	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts \u{HHHH} for a single Unicode codepoint	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts \u{HHHHH} for a single Unicode codepoint	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts \u{HHHHHH} for a single Unicode codepoint	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts characters followed by \u{HHHH}	Success		0.001
compile	Regexp.compile given a String with escaped characters accepts \u{HHHH} followed by characters	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts escaped hexadecimal digits followed by \u{HHHH}	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts escaped octal digits followed by \u{HHHH}	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts a combination of escaped octal and hexadecimal digits and \u{HHHH}	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts \uHHHH for a single Unicode codepoint	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts characters followed by \uHHHH	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts \uHHHH followed by characters	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts escaped hexadecimal digits followed by \uHHHH	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts escaped octal digits followed by \uHHHH	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts a combination of escaped octal and hexadecimal digits and \uHHHH	Success		0.000
compile	Regexp.compile given a String with escaped characters raises a RegexpError if less than four digits are given for \uHHHH	Success		0.002
compile	Regexp.compile given a String with escaped characters raises a RegexpError if the \u{} escape is empty	Success		0.001
compile	Regexp.compile given a String with escaped characters raises a RegexpError if more than six hexadecimal digits are given	Success		0.001
compile	Regexp.compile given a String with escaped characters returns a Regexp with US-ASCII encoding if only 7-bit ASCII characters are present regardless of the input String's encoding	Success		0.001
compile	Regexp.compile given a String with escaped characters returns a Regexp with source String having US-ASCII encoding if only 7-bit ASCII characters are present regardless of the input String's encoding	Success		0.000
compile	Regexp.compile given a String with escaped characters returns a Regexp with US-ASCII encoding if UTF-? escape sequences using only 7-bit ASCII are present	Success		0.000
compile	Regexp.compile given a String with escaped characters returns a Regexp with source String having US-ASCII encoding if UTF-? escape sequences using only 7-bit ASCII are present	Success		0.000
compile	Regexp.compile given a String with escaped characters returns a Regexp with UTF-? encoding if any UTF-? escape sequences outside 7-bit ASCII are present	Success		0.000
compile	Regexp.compile given a String with escaped characters returns a Regexp with source String having UTF-? encoding if any UTF-? escape sequences outside 7-bit ASCII are present	Success		0.000
compile	Regexp.compile given a String with escaped characters returns a Regexp with the input String's encoding	Success		0.001
compile	Regexp.compile given a String with escaped characters returns a Regexp with source String having the input String's encoding	Success		0.001
compile	Regexp.compile given a String with escaped characters raises a Regexp error if there is a trailing backslash	Success		0.002
compile	Regexp.compile given a String with escaped characters accepts a backspace followed by a character	Success		0.001
compile	Regexp.compile given a String with escaped characters accepts a one-digit octal value	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts a two-digit octal value	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts a three-digit octal value	Success		0.001
compile	Regexp.compile given a String with escaped characters interprets a digit following a three-digit octal value as a character	Success		0.001
compile	Regexp.compile given a String with escaped characters accepts a one-digit hexadecimal value	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts a two-digit hexadecimal value	Success		0.000
compile	Regexp.compile given a String with escaped characters interprets a digit following a two-digit hexadecimal value as a character	Success		0.000
compile	Regexp.compile given a String with escaped characters raises a RegexpError if \x is not followed by any hexadecimal digits	Success		0.002
compile	Regexp.compile given a String with escaped characters accepts an escaped string interpolation	Success		0.001
compile	Regexp.compile given a String with escaped characters accepts '\n'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\t'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\r'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\f'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\v'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\a'	Success		0.001
compile	Regexp.compile given a String with escaped characters accepts '\e'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\C-\n'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\C-\t'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\C-\r'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\C-\f'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\C-\v'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\C-\a'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\C-\e'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\c\n'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\c\t'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\c\r'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\c\f'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\c\v'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\c\a'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\c\e'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\M-\n'	Success		0.001
compile	Regexp.compile given a String with escaped characters accepts '\M-\t'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\M-\r'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\M-\f'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\M-\v'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\M-\a'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\M-\e'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\M-\C-\n'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\M-\C-\t'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\M-\C-\r'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\M-\C-\f'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\M-\C-\v'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\M-\C-\a'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\M-\C-\e'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\M-\c\n'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\M-\c\t'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\M-\c\r'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\M-\c\f'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\M-\c\v'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\M-\c\a'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts '\M-\c\e'	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts multiple consecutive '\' characters	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts characters and escaped octal digits	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts escaped octal digits and characters	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts characters and escaped hexadecimal digits	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts escaped hexadecimal digits and characters	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts escaped hexadecimal and octal digits	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts \u{H} for a single Unicode codepoint	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts \u{HH} for a single Unicode codepoint	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts \u{HHH} for a single Unicode codepoint	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts \u{HHHH} for a single Unicode codepoint	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts \u{HHHHH} for a single Unicode codepoint	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts \u{HHHHHH} for a single Unicode codepoint	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts characters followed by \u{HHHH}	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts \u{HHHH} followed by characters	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts escaped hexadecimal digits followed by \u{HHHH}	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts escaped octal digits followed by \u{HHHH}	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts a combination of escaped octal and hexadecimal digits and \u{HHHH}	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts \uHHHH for a single Unicode codepoint	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts characters followed by \uHHHH	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts \uHHHH followed by characters	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts escaped hexadecimal digits followed by \uHHHH	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts escaped octal digits followed by \uHHHH	Success		0.000
compile	Regexp.compile given a String with escaped characters accepts a combination of escaped octal and hexadecimal digits and \uHHHH	Success		0.000
compile	Regexp.compile given a String with escaped characters raises a RegexpError if less than four digits are given for \uHHHH	Success		0.002
compile	Regexp.compile given a String with escaped characters raises a RegexpError if the \u{} escape is empty	Success		0.001
compile	Regexp.compile given a String with escaped characters raises a RegexpError if more than six hexadecimal digits are given	Success		0.001
compile	Regexp.compile given a String with escaped characters returns a Regexp with US-ASCII encoding if only 7-bit ASCII characters are present regardless of the input String's encoding	Success		0.000
compile	Regexp.compile given a String with escaped characters returns a Regexp with source String having US-ASCII encoding if only 7-bit ASCII characters are present regardless of the input String's encoding	Success		0.000
compile	Regexp.compile given a String with escaped characters returns a Regexp with US-ASCII encoding if UTF-? escape sequences using only 7-bit ASCII are present	Success		0.000
compile	Regexp.compile given a String with escaped characters returns a Regexp with source String having US-ASCII encoding if UTF-? escape sequences using only 7-bit ASCII are present	Success		0.000
compile	Regexp.compile given a String with escaped characters returns a Regexp with UTF-? encoding if any UTF-? escape sequences outside 7-bit ASCII are present	Success		0.000
compile	Regexp.compile given a String with escaped characters returns a Regexp with source String having UTF-? encoding if any UTF-? escape sequences outside 7-bit ASCII are present	Success		0.000
compile	Regexp.compile given a String with escaped characters returns a Regexp with the input String's encoding	Success		0.001
compile	Regexp.compile given a String with escaped characters returns a Regexp with source String having the input String's encoding	Success		0.000
compile	Regexp.compile given a Regexp sets the encoding to source String's encoding if the Regexp literal has the 'n' option and the source String is not ASCII only	Skipped	tagged	0.000
compile	Regexp.compile given a Regexp sets the encoding to source String's encoding if the Regexp literal has the 'n' option and the source String is not ASCII only	Skipped	tagged	0.000
compile	Regexp.compile given a Regexp uses the argument as a literal to construct a Regexp object	Success		0.001
compile	Regexp.compile given a Regexp preserves any options given in the Regexp literal	Success		0.002
compile	Regexp.compile given a Regexp does not honour options given as additional arguments	Success		0.000
compile	Regexp.compile given a Regexp sets the encoding to UTF-? if the Regexp literal has the 'u' option	Success		0.000
compile	Regexp.compile given a Regexp sets the encoding to EUC-JP if the Regexp literal has the 'e' option	Success		0.000
compile	Regexp.compile given a Regexp sets the encoding to Windows-31J if the Regexp literal has the 's' option	Success		0.000
compile	Regexp.compile given a Regexp sets the encoding to US-ASCII if the Regexp literal has the 'n' option and the source String is ASCII only	Success		0.000
compile	Regexp.compile given a Regexp uses the argument as a literal to construct a Regexp object	Success		0.000
compile	Regexp.compile given a Regexp preserves any options given in the Regexp literal	Success		0.002
compile	Regexp.compile given a Regexp does not honour options given as additional arguments	Success		0.000
compile	Regexp.compile given a Regexp sets the encoding to UTF-? if the Regexp literal has the 'u' option	Success		0.000
compile	Regexp.compile given a Regexp sets the encoding to EUC-JP if the Regexp literal has the 'e' option	Success		0.000
compile	Regexp.compile given a Regexp sets the encoding to Windows-31J if the Regexp literal has the 's' option	Success		0.000
compile	Regexp.compile given a Regexp sets the encoding to US-ASCII if the Regexp literal has the 'n' option and the source String is ASCII only	Success		0.000
encoding	Regexp#encoding returns an Encoding object	Success		0.001
encoding	Regexp#encoding defaults to US-ASCII if the Regexp contains only US-ASCII character	Success		0.000
encoding	Regexp#encoding returns US_ASCII if the 'n' modifier is supplied and only US-ASCII characters are present	Success		0.000
encoding	Regexp#encoding returns ASCII-?BIT if the 'n' modifier is supplied and non-US-ASCII characters are present	Success		0.001
encoding	Regexp#encoding defaults to UTF-? if \u escapes appear	Success		0.000
encoding	Regexp#encoding defaults to UTF-? if a literal UTF-? character appears	Success		0.000
encoding	Regexp#encoding returns UTF-? if the 'u' modifier is supplied	Success		0.000
encoding	Regexp#encoding returns Windows-31J if the 's' modifier is supplied	Success		0.000
encoding	Regexp#encoding returns EUC_JP if the 'e' modifier is supplied	Success		0.000
encoding	Regexp#encoding upgrades the encoding to that of an embedded String	Success		0.001
encoding	Regexp#encoding ignores the encoding and uses US-ASCII if the string has only ASCII characters	Success		0.001
encoding	Regexp#encoding ignores the default_internal encoding	Success		0.001
eql	Regexp#eql? is true if self and other have the same pattern	Success		0.001
eql	Regexp#eql? is true if self and other have the same character set code	Success		0.001
eql	Regexp#eql? is true if other has the same #casefold? values	Success		0.000
eql	Regexp#eql? is true if self does not specify /n option and other does	Success		0.000
eql	Regexp#eql? is true if self specifies /n option and other does not	Success		0.000
equal_value	Regexp#== is true if self and other have the same pattern	Success		0.001
equal_value	Regexp#== is true if self and other have the same character set code	Success		0.001
equal_value	Regexp#== is true if other has the same #casefold? values	Success		0.000
equal_value	Regexp#== is true if self does not specify /n option and other does	Success		0.000
equal_value	Regexp#== is true if self specifies /n option and other does not	Success		0.000
escape	Regexp.escape escapes any characters with special meaning in a regular expression	Success		0.001
escape	Regexp.escape works with symbols	Success		0.001
escape	Regexp.escape sets the encoding of the result to US-ASCII if there are only US-ASCII characters present in the input String	Success		0.000
escape	Regexp.escape sets the encoding of the result to the encoding of the String if any non-US-ASCII characters are present in an input String with valid encoding	Success		0.001
escape	Regexp.escape sets the encoding of the result to ASCII-?BIT if any non-US-ASCII characters are present in an input String with invalid encoding	Success		0.001
fixed_encoding	Regexp#fixed_encoding? returns false by default	Success		0.001
fixed_encoding	Regexp#fixed_encoding? returns false if the 'n' modifier was supplied to the Regexp	Success		0.000
fixed_encoding	Regexp#fixed_encoding? returns true if the 'u' modifier was supplied to the Regexp	Success		0.000
fixed_encoding	Regexp#fixed_encoding? returns true if the 's' modifier was supplied to the Regexp	Success		0.000
fixed_encoding	Regexp#fixed_encoding? returns true if the 'e' modifier was supplied to the Regexp	Success		0.000
fixed_encoding	Regexp#fixed_encoding? returns true if the Regexp contains a \u escape	Success		0.000
fixed_encoding	Regexp#fixed_encoding? returns true if the Regexp contains a UTF-? literal	Success		0.000
fixed_encoding	Regexp#fixed_encoding? returns true if the Regexp was created with the Regexp::FIXEDENCODING option	Success		0.000
hash	Regexp#hash is provided	Success		0.000
hash	Regexp#hash is based on the text and options of Regexp	Success		0.001
hash	Regexp#hash returns the same value for two Regexps differing only in the /n option	Success		0.000
initialize	Regexp#initialize is a private method	Success		0.002
initialize	Regexp#initialize raises a SecurityError on a Regexp literal	Success		0.001
initialize	Regexp#initialize raises a TypeError on an initialized non-literal Regexp	Success		0.001
inspect	Regexp#inspect returns a formatted string that would eval to the same regexp	Success		0.001
inspect	Regexp#inspect returns options in the order 'mixn'	Success		0.000
inspect	Regexp#inspect does not include the 'o' option	Success		0.000
inspect	Regexp#inspect does not include a character set code	Success		0.001
inspect	Regexp#inspect correctly escapes forward slashes /	Success		0.001
inspect	Regexp#inspect doesn't over escape forward slashes	Success		0.001
inspect	Regexp#inspect escapes 2 slashes in a row properly	Success		0.001
inspect	Regexp#inspect does not over escape	Success		0.001
last_match	Regexp.last_match returns MatchData instance when not passed arguments	Success		0.001
last_match	Regexp.last_match returns the nth field in this MatchData when passed a Fixnum	Success		0.001
match	Regexp#=~ returns nil if there is no match	Success		0.001
match	Regexp#=~ returns nil if the object is nil	Success		0.001
match	Regexp#=~ returns the index of the first character of the matching region	Success		0.000
match	Regexp#=~ returns the index too, when argument is a Symbol	Success		0.000
match	Regexp#match returns nil if there is no match	Success		0.001
match	Regexp#match returns nil if the object is nil	Success		0.000
match	Regexp#match returns a MatchData object	Success		0.000
match	Regexp#match returns a MatchData object, when argument is a Symbol	Success		0.000
match	Regexp#match raises a TypeError on an uninitialized Regexp	Success		0.001
match	Regexp#match resets $~ if passed nil	Success		0.001
match	Regexp#match raises TypeError when the given argument cannot be coarce to String	Success		0.001
match	Regexp#match raises TypeError when the given argument is an Exception	Success		0.001
match	Regexp#match with [string, position] when given a positive position matches the input at a given position	Success		0.001
match	Regexp#match with [string, position] when given a positive position uses the start as a character offset	Success		0.001
match	Regexp#match with [string, position] when given a positive position raises an ArgumentError for an invalid encoding	Success		0.001
match	Regexp#match with [string, position] when given a negative position matches the input at a given position	Success		0.001
match	Regexp#match with [string, position] when given a negative position uses the start as a character offset	Success		0.001
match	Regexp#match with [string, position] when given a negative position raises an ArgumentError for an invalid encoding	Success		0.001
match	Regexp#match with [string, position] when passed a block yields the MatchData	Success		0.001
match	Regexp#match with [string, position] when passed a block returns the block result	Success		0.000
match	Regexp#match with [string, position] when passed a block does not yield if there is no match	Success		0.001
match	Regexp#~ matches against the contents of $_	Success		0.001
named_captures	Regexp#named_captures returns a Hash	Success		0.001
named_captures	Regexp#named_captures returns an empty Hash when there are no capture groups	Success		0.000
named_captures	Regexp#named_captures sets the keys of the Hash to the names of the capture groups	Success		0.001
named_captures	Regexp#named_captures sets the values of the Hash to Arrays	Success		0.001
named_captures	Regexp#named_captures sets each element of the Array to the corresponding group's index	Success		0.001
named_captures	Regexp#named_captures works with duplicate capture group names	Success		0.001
names	Regexp#names returns an Array	Success		0.000
names	Regexp#names returns an empty Array if there are no named captures	Success		0.000
names	Regexp#names returns each named capture as a String	Success		0.001
names	Regexp#names returns all of the named captures	Success		0.001
names	Regexp#names works with nested named captures	Success		0.001
names	Regexp#names returns each capture name only once	Success		0.001
new	Regexp.new requires one argument and creates a new regular expression object	Success		0.001
new	Regexp.new works by default for subclasses with overridden #initialize	Success		0.001
new	Regexp.new requires one argument and creates a new regular expression object	Success		0.000
new	Regexp.new works by default for subclasses with overridden #initialize	Success		0.001
new	Regexp.new given a String uses ASCII_?BIT encoding if third argument is 'n' or 'none' (case insensitive) and non-ascii characters	Skipped	tagged	0.000
new	Regexp.new given a String uses ASCII_?BIT encoding if third argument is 'n' or 'none' (case insensitive) and non-ascii characters	Skipped	tagged	0.000
new	Regexp.new given a String uses the String argument as an unescaped literal to construct a Regexp object	Success		0.001
new	Regexp.new given a String raises a RegexpError when passed an incorrect regexp	Success		0.001
new	Regexp.new given a String does not set Regexp options if only given one argument	Success		0.001
new	Regexp.new given a String does not set Regexp options if second argument is nil or false	Success		0.001
new	Regexp.new given a String sets options from second argument if it is one of the Fixnum option constants	Success		0.001
new	Regexp.new given a String accepts a Fixnum of two or more options ORed together as the second argument	Success		0.001
new	Regexp.new given a String treats any non-Fixnum, non-nil, non-false second argument as IGNORECASE	Success		0.001
new	Regexp.new given a String ignores the third argument if it is 'e' or 'euc' (case-insensitive)	Success		0.001
new	Regexp.new given a String ignores the third argument if it is 's' or 'sjis' (case-insensitive)	Success		0.001
new	Regexp.new given a String ignores the third argument if it is 'u' or 'utf?' (case-insensitive)	Success		0.001
new	Regexp.new given a String uses US_ASCII encoding if third argument is 'n' or 'none' (case insensitive) and only ascii characters	Success		0.001
new	Regexp.new given a String uses the String argument as an unescaped literal to construct a Regexp object	Success		0.000
new	Regexp.new given a String raises a RegexpError when passed an incorrect regexp	Success		0.001
new	Regexp.new given a String does not set Regexp options if only given one argument	Success		0.001
new	Regexp.new given a String does not set Regexp options if second argument is nil or false	Success		0.001
new	Regexp.new given a String sets options from second argument if it is one of the Fixnum option constants	Success		0.001
new	Regexp.new given a String accepts a Fixnum of two or more options ORed together as the second argument	Success		0.001
new	Regexp.new given a String treats any non-Fixnum, non-nil, non-false second argument as IGNORECASE	Success		0.001
new	Regexp.new given a String ignores the third argument if it is 'e' or 'euc' (case-insensitive)	Success		0.001
new	Regexp.new given a String ignores the third argument if it is 's' or 'sjis' (case-insensitive)	Success		0.001
new	Regexp.new given a String ignores the third argument if it is 'u' or 'utf?' (case-insensitive)	Success		0.001
new	Regexp.new given a String uses US_ASCII encoding if third argument is 'n' or 'none' (case insensitive) and only ascii characters	Success		0.001
new	Regexp.new given a String with escaped characters raises a Regexp error if there is a trailing backslash	Success		0.002
new	Regexp.new given a String with escaped characters does not raise a Regexp error if there is an escaped trailing backslash	Success		0.000
new	Regexp.new given a String with escaped characters accepts a backspace followed by a character	Success		0.000
new	Regexp.new given a String with escaped characters accepts a one-digit octal value	Success		0.000
new	Regexp.new given a String with escaped characters accepts a two-digit octal value	Success		0.000
new	Regexp.new given a String with escaped characters accepts a one-digit hexadecimal value	Success		0.000
new	Regexp.new given a String with escaped characters accepts a two-digit hexadecimal value	Success		0.000
new	Regexp.new given a String with escaped characters interprets a digit following a two-digit hexadecimal value as a character	Success		0.000
new	Regexp.new given a String with escaped characters raises a RegexpError if \x is not followed by any hexadecimal digits	Success		0.001
new	Regexp.new given a String with escaped characters accepts an escaped string interpolation	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\n'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\t'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\r'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\f'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\v'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\a'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\e'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\C-\n'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\C-\t'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\C-\r'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\C-\f'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\C-\v'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\C-\a'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\C-\e'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\c\n'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\c\t'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\c\r'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\c\f'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\c\v'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\c\a'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\c\e'	Success		0.000
new	Regexp.new given a String with escaped characters accepts multiple consecutive '\' characters	Success		0.000
new	Regexp.new given a String with escaped characters accepts characters and escaped octal digits	Success		0.000
new	Regexp.new given a String with escaped characters accepts escaped octal digits and characters	Success		0.000
new	Regexp.new given a String with escaped characters accepts characters and escaped hexadecimal digits	Success		0.000
new	Regexp.new given a String with escaped characters accepts escaped hexadecimal digits and characters	Success		0.000
new	Regexp.new given a String with escaped characters accepts escaped hexadecimal and octal digits	Success		0.000
new	Regexp.new given a String with escaped characters accepts \u{H} for a single Unicode codepoint	Success		0.000
new	Regexp.new given a String with escaped characters accepts \u{HH} for a single Unicode codepoint	Success		0.000
new	Regexp.new given a String with escaped characters accepts \u{HHH} for a single Unicode codepoint	Success		0.000
new	Regexp.new given a String with escaped characters accepts \u{HHHH} for a single Unicode codepoint	Success		0.000
new	Regexp.new given a String with escaped characters accepts \u{HHHHH} for a single Unicode codepoint	Success		0.000
new	Regexp.new given a String with escaped characters accepts \u{HHHHHH} for a single Unicode codepoint	Success		0.000
new	Regexp.new given a String with escaped characters accepts characters followed by \u{HHHH}	Success		0.000
new	Regexp.new given a String with escaped characters accepts \u{HHHH} followed by characters	Success		0.000
new	Regexp.new given a String with escaped characters accepts escaped hexadecimal digits followed by \u{HHHH}	Success		0.000
new	Regexp.new given a String with escaped characters accepts escaped octal digits followed by \u{HHHH}	Success		0.000
new	Regexp.new given a String with escaped characters accepts a combination of escaped octal and hexadecimal digits and \u{HHHH}	Success		0.000
new	Regexp.new given a String with escaped characters accepts \uHHHH for a single Unicode codepoint	Success		0.000
new	Regexp.new given a String with escaped characters accepts characters followed by \uHHHH	Success		0.000
new	Regexp.new given a String with escaped characters accepts \uHHHH followed by characters	Success		0.000
new	Regexp.new given a String with escaped characters accepts escaped hexadecimal digits followed by \uHHHH	Success		0.000
new	Regexp.new given a String with escaped characters accepts escaped octal digits followed by \uHHHH	Success		0.000
new	Regexp.new given a String with escaped characters accepts a combination of escaped octal and hexadecimal digits and \uHHHH	Success		0.000
new	Regexp.new given a String with escaped characters raises a RegexpError if less than four digits are given for \uHHHH	Success		0.002
new	Regexp.new given a String with escaped characters raises a RegexpError if the \u{} escape is empty	Success		0.001
new	Regexp.new given a String with escaped characters raises a RegexpError if more than six hexadecimal digits are given	Success		0.001
new	Regexp.new given a String with escaped characters returns a Regexp with US-ASCII encoding if only 7-bit ASCII characters are present regardless of the input String's encoding	Success		0.000
new	Regexp.new given a String with escaped characters returns a Regexp with source String having US-ASCII encoding if only 7-bit ASCII characters are present regardless of the input String's encoding	Success		0.000
new	Regexp.new given a String with escaped characters returns a Regexp with US-ASCII encoding if UTF-? escape sequences using only 7-bit ASCII are present	Success		0.000
new	Regexp.new given a String with escaped characters returns a Regexp with source String having US-ASCII encoding if UTF-? escape sequences using only 7-bit ASCII are present	Success		0.000
new	Regexp.new given a String with escaped characters returns a Regexp with UTF-? encoding if any UTF-? escape sequences outside 7-bit ASCII are present	Success		0.000
new	Regexp.new given a String with escaped characters returns a Regexp with source String having UTF-? encoding if any UTF-? escape sequences outside 7-bit ASCII are present	Success		0.000
new	Regexp.new given a String with escaped characters returns a Regexp with the input String's encoding	Success		0.001
new	Regexp.new given a String with escaped characters returns a Regexp with source String having the input String's encoding	Success		0.000
new	Regexp.new given a String with escaped characters raises a Regexp error if there is a trailing backslash	Success		0.001
new	Regexp.new given a String with escaped characters accepts a backspace followed by a character	Success		0.000
new	Regexp.new given a String with escaped characters accepts a one-digit octal value	Success		0.000
new	Regexp.new given a String with escaped characters accepts a two-digit octal value	Success		0.000
new	Regexp.new given a String with escaped characters accepts a three-digit octal value	Success		0.000
new	Regexp.new given a String with escaped characters interprets a digit following a three-digit octal value as a character	Success		0.000
new	Regexp.new given a String with escaped characters accepts a one-digit hexadecimal value	Success		0.000
new	Regexp.new given a String with escaped characters accepts a two-digit hexadecimal value	Success		0.000
new	Regexp.new given a String with escaped characters interprets a digit following a two-digit hexadecimal value as a character	Success		0.000
new	Regexp.new given a String with escaped characters raises a RegexpError if \x is not followed by any hexadecimal digits	Success		0.001
new	Regexp.new given a String with escaped characters accepts an escaped string interpolation	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\n'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\t'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\r'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\f'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\v'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\a'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\e'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\C-\n'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\C-\t'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\C-\r'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\C-\f'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\C-\v'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\C-\a'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\C-\e'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\c\n'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\c\t'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\c\r'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\c\f'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\c\v'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\c\a'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\c\e'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\M-\n'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\M-\t'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\M-\r'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\M-\f'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\M-\v'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\M-\a'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\M-\e'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\M-\C-\n'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\M-\C-\t'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\M-\C-\r'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\M-\C-\f'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\M-\C-\v'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\M-\C-\a'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\M-\C-\e'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\M-\c\n'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\M-\c\t'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\M-\c\r'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\M-\c\f'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\M-\c\v'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\M-\c\a'	Success		0.000
new	Regexp.new given a String with escaped characters accepts '\M-\c\e'	Success		0.000
new	Regexp.new given a String with escaped characters accepts multiple consecutive '\' characters	Success		0.000
new	Regexp.new given a String with escaped characters accepts characters and escaped octal digits	Success		0.000
new	Regexp.new given a String with escaped characters accepts escaped octal digits and characters	Success		0.000
new	Regexp.new given a String with escaped characters accepts characters and escaped hexadecimal digits	Success		0.000
new	Regexp.new given a String with escaped characters accepts escaped hexadecimal digits and characters	Success		0.000
new	Regexp.new given a String with escaped characters accepts escaped hexadecimal and octal digits	Success		0.000
new	Regexp.new given a String with escaped characters accepts \u{H} for a single Unicode codepoint	Success		0.000
new	Regexp.new given a String with escaped characters accepts \u{HH} for a single Unicode codepoint	Success		0.000
new	Regexp.new given a String with escaped characters accepts \u{HHH} for a single Unicode codepoint	Success		0.000
new	Regexp.new given a String with escaped characters accepts \u{HHHH} for a single Unicode codepoint	Success		0.000
new	Regexp.new given a String with escaped characters accepts \u{HHHHH} for a single Unicode codepoint	Success		0.000
new	Regexp.new given a String with escaped characters accepts \u{HHHHHH} for a single Unicode codepoint	Success		0.000
new	Regexp.new given a String with escaped characters accepts characters followed by \u{HHHH}	Success		0.000
new	Regexp.new given a String with escaped characters accepts \u{HHHH} followed by characters	Success		0.000
new	Regexp.new given a String with escaped characters accepts escaped hexadecimal digits followed by \u{HHHH}	Success		0.000
new	Regexp.new given a String with escaped characters accepts escaped octal digits followed by \u{HHHH}	Success		0.000
new	Regexp.new given a String with escaped characters accepts a combination of escaped octal and hexadecimal digits and \u{HHHH}	Success		0.000
new	Regexp.new given a String with escaped characters accepts \uHHHH for a single Unicode codepoint	Success		0.000
new	Regexp.new given a String with escaped characters accepts characters followed by \uHHHH	Success		0.000
new	Regexp.new given a String with escaped characters accepts \uHHHH followed by characters	Success		0.000
new	Regexp.new given a String with escaped characters accepts escaped hexadecimal digits followed by \uHHHH	Success		0.000
new	Regexp.new given a String with escaped characters accepts escaped octal digits followed by \uHHHH	Success		0.000
new	Regexp.new given a String with escaped characters accepts a combination of escaped octal and hexadecimal digits and \uHHHH	Success		0.000
new	Regexp.new given a String with escaped characters raises a RegexpError if less than four digits are given for \uHHHH	Success		0.001
new	Regexp.new given a String with escaped characters raises a RegexpError if the \u{} escape is empty	Success		0.001
new	Regexp.new given a String with escaped characters raises a RegexpError if more than six hexadecimal digits are given	Success		0.001
new	Regexp.new given a String with escaped characters returns a Regexp with US-ASCII encoding if only 7-bit ASCII characters are present regardless of the input String's encoding	Success		0.000
new	Regexp.new given a String with escaped characters returns a Regexp with source String having US-ASCII encoding if only 7-bit ASCII characters are present regardless of the input String's encoding	Success		0.000
new	Regexp.new given a String with escaped characters returns a Regexp with US-ASCII encoding if UTF-? escape sequences using only 7-bit ASCII are present	Success		0.000
new	Regexp.new given a String with escaped characters returns a Regexp with source String having US-ASCII encoding if UTF-? escape sequences using only 7-bit ASCII are present	Success		0.000
new	Regexp.new given a String with escaped characters returns a Regexp with UTF-? encoding if any UTF-? escape sequences outside 7-bit ASCII are present	Success		0.000
new	Regexp.new given a String with escaped characters returns a Regexp with source String having UTF-? encoding if any UTF-? escape sequences outside 7-bit ASCII are present	Success		0.000
new	Regexp.new given a String with escaped characters returns a Regexp with the input String's encoding	Success		0.000
new	Regexp.new given a String with escaped characters returns a Regexp with source String having the input String's encoding	Success		0.000
new	Regexp.new given a Regexp sets the encoding to source String's encoding if the Regexp literal has the 'n' option and the source String is not ASCII only	Skipped	tagged	0.000
new	Regexp.new given a Regexp sets the encoding to source String's encoding if the Regexp literal has the 'n' option and the source String is not ASCII only	Skipped	tagged	0.000
new	Regexp.new given a Regexp uses the argument as a literal to construct a Regexp object	Success		0.001
new	Regexp.new given a Regexp preserves any options given in the Regexp literal	Success		0.001
new	Regexp.new given a Regexp does not honour options given as additional arguments	Success		0.000
new	Regexp.new given a Regexp sets the encoding to UTF-? if the Regexp literal has the 'u' option	Success		0.000
new	Regexp.new given a Regexp sets the encoding to EUC-JP if the Regexp literal has the 'e' option	Success		0.000
new	Regexp.new given a Regexp sets the encoding to Windows-31J if the Regexp literal has the 's' option	Success		0.000
new	Regexp.new given a Regexp sets the encoding to US-ASCII if the Regexp literal has the 'n' option and the source String is ASCII only	Success		0.000
new	Regexp.new given a Regexp uses the argument as a literal to construct a Regexp object	Success		0.000
new	Regexp.new given a Regexp preserves any options given in the Regexp literal	Success		0.001
new	Regexp.new given a Regexp does not honour options given as additional arguments	Success		0.000
new	Regexp.new given a Regexp sets the encoding to UTF-? if the Regexp literal has the 'u' option	Success		0.000
new	Regexp.new given a Regexp sets the encoding to EUC-JP if the Regexp literal has the 'e' option	Success		0.000
new	Regexp.new given a Regexp sets the encoding to Windows-31J if the Regexp literal has the 's' option	Success		0.000
new	Regexp.new given a Regexp sets the encoding to US-ASCII if the Regexp literal has the 'n' option and the source String is ASCII only	Success		0.000
new	Regexp.new given a Fixnum raises a TypeError	Success		0.001
new	Regexp.new given a Float raises a TypeError	Success		0.001
options	Regexp#options returns a Fixnum bitvector of regexp options for the Regexp object	Success		0.001
options	Regexp#options allows checking for presence of a certain option with bitwise &	Success		0.001
options	Regexp#options returns 0 for a Regexp literal without options	Success		0.000
options	Regexp#options raises a TypeError on an uninitialized Regexp	Success		0.001
options	Regexp#options includes Regexp::FIXEDENCODING for a Regexp literal with the 'u' option	Success		0.000
options	Regexp#options includes Regexp::FIXEDENCODING for a Regexp literal with the 'e' option	Success		0.000
options	Regexp#options includes Regexp::FIXEDENCODING for a Regexp literal with the 's' option	Success		0.000
options	Regexp#options does not include Regexp::FIXEDENCODING for a Regexp literal with the 'n' option	Success		0.000
options	Regexp#options includes Regexp::NOENCODING for a Regexp literal with the 'n' option	Success		0.000
quote	Regexp.quote escapes any characters with special meaning in a regular expression	Success		0.001
quote	Regexp.quote works with symbols	Success		0.000
quote	Regexp.quote sets the encoding of the result to US-ASCII if there are only US-ASCII characters present in the input String	Success		0.000
quote	Regexp.quote sets the encoding of the result to the encoding of the String if any non-US-ASCII characters are present in an input String with valid encoding	Success		0.001
quote	Regexp.quote sets the encoding of the result to ASCII-?BIT if any non-US-ASCII characters are present in an input String with invalid encoding	Success		0.001
source	Regexp#source returns the original string of the pattern	Success		0.001
source	Regexp#source has US-ASCII encoding when created from an ASCII-only \u{} literal	Success		0.000
source	Regexp#source has UTF-? encoding when created from a non-ASCII-only \u{} literal	Success		0.000
to_s	Regexp#to_s displays options if included	Success		0.001
to_s	Regexp#to_s shows non-included options after a - sign	Success		0.000
to_s	Regexp#to_s shows all options as excluded if none are selected	Success		0.000
to_s	Regexp#to_s shows the pattern after the options	Success		0.001
to_s	Regexp#to_s displays groups with options	Success		0.001
to_s	Regexp#to_s displays single group with same options as main regex as the main regex	Success		0.000
to_s	Regexp#to_s deals properly with uncaptured groups	Success		0.000
to_s	Regexp#to_s deals properly with the two types of lookahead groups	Success		0.000
to_s	Regexp#to_s returns a string in (?xxx:yyy) notation	Success		0.001
to_s	Regexp#to_s handles abusive option groups	Success		0.000
try_convert	Regexp.try_convert returns the argument if given a Regexp	Success		0.001
try_convert	Regexp.try_convert returns nil if given an argument that can't be converted to a Regexp	Success		0.001
try_convert	Regexp.try_convert tries to coerce the argument by calling #to_regexp	Success		0.002
union	Regexp.union raises ArgumentError if the arguments include conflicting fixed encoding Regexps	Skipped	tagged	0.000
union	Regexp.union returns /(?!)/ when passed no arguments	Success		0.001
union	Regexp.union returns a regular expression that will match passed arguments	Success		0.002
union	Regexp.union quotes any string arguments	Success		0.001
union	Regexp.union returns a Regexp with the encoding of an ASCII-incompatible String argument	Success		0.001
union	Regexp.union returns a Regexp with the encoding of a String containing non-ASCII-compatible characters	Success		0.001
union	Regexp.union returns a Regexp with US-ASCII encoding if all arguments are ASCII-only	Success		0.001
union	Regexp.union returns a Regexp with the encoding of multiple non-conflicting ASCII-incompatible String arguments	Success		0.002
union	Regexp.union returns a Regexp with the encoding of multiple non-conflicting Strings containing non-ASCII-compatible characters	Success		0.001
union	Regexp.union returns a Regexp with the encoding of a String containing non-ASCII-compatible characters and another ASCII-only String	Success		0.001
union	Regexp.union returns a Regexp with UTF-? if one part is UTF-?	Success		0.001
union	Regexp.union returns a Regexp if an array of string with special characters is passed	Success		0.001
union	Regexp.union raises ArgumentError if the arguments include conflicting ASCII-incompatible Strings	Success		0.001
union	Regexp.union raises ArgumentError if the arguments include conflicting ASCII-incompatible Regexps	Success		0.001
union	Regexp.union raises ArgumentError if the arguments include a fixed encoding Regexp and a String containing non-ASCII-compatible characters in a different encoding	Success		0.001
union	Regexp.union raises ArgumentError if the arguments include a String containing non-ASCII-compatible characters and a fixed encoding Regexp in a different encoding	Success		0.001
union	Regexp.union raises ArgumentError if the arguments include an ASCII-incompatible String and an ASCII-only String	Success		0.001
union	Regexp.union raises ArgumentError if the arguments include an ASCII-incompatible Regexp and an ASCII-only String	Success		0.001
union	Regexp.union raises ArgumentError if the arguments include an ASCII-incompatible String and an ASCII-only Regexp	Success		0.001
union	Regexp.union raises ArgumentError if the arguments include an ASCII-incompatible Regexp and an ASCII-only Regexp	Success		0.001
union	Regexp.union raises ArgumentError if the arguments include an ASCII-incompatible String and a String containing non-ASCII-compatible characters in a different encoding	Success		0.001
union	Regexp.union raises ArgumentError if the arguments include an ASCII-incompatible Regexp and a String containing non-ASCII-compatible characters in a different encoding	Success		0.001
union	Regexp.union raises ArgumentError if the arguments include an ASCII-incompatible String and a Regexp containing non-ASCII-compatible characters in a different encoding	Success		0.001
union	Regexp.union raises ArgumentError if the arguments include an ASCII-incompatible Regexp and a Regexp containing non-ASCII-compatible characters in a different encoding	Success		0.001
union	Regexp.union uses to_str to convert arguments (if not Regexp)	Success		0.002
union	Regexp.union accepts a single array of patterns as arguments	Success		0.003
list	Signal.list doesn't contain other signals than the known list	Success		0.004
list	Signal.list redefines CLD with CHLD if defined	Success		0.000
list	Signal.list includes the EXIT key with a value of zero	Success		0.000
trap	Signal.trap returns the previous handler	Success		0.002
trap	Signal.trap accepts a block in place of a proc/command argument	Success		0.502
trap	Signal.trap ignores the signal when passed nil	Success		0.001
trap	Signal.trap accepts 'DEFAULT' as a symbol in place of a proc	Success		0.001
trap	Signal.trap accepts 'SIG_DFL' as a symbol in place of a proc	Success		0.001
trap	Signal.trap accepts 'SIG_IGN' as a symbol in place of a proc	Success		0.001
trap	Signal.trap accepts 'IGNORE' as a symbol in place of a proc	Success		0.001
trap	Signal.trap accepts long names as Strings	Success		0.001
trap	Signal.trap acceps short names as Strings	Success		0.001
trap	Signal.trap accepts long names as Symbols	Success		0.001
trap	Signal.trap accepts short names as Symbols	Success		0.001
trap	Signal.trap accepts 'SIG_DFL' in place of a proc	Success		0.001
trap	Signal.trap accepts 'DEFAULT' in place of a proc	Success		0.001
trap	Signal.trap accepts 'SIG_IGN' in place of a proc	Success		0.001
trap	Signal.trap accepts 'IGNORE' in place of a proc	Success		0.001
trap	Signal.trap the special EXIT signal code accepts the EXIT code	Skipped	tagged	0.000
trap	Signal.trap the special EXIT signal code runs the proc before at_exit handlers	Skipped	tagged	0.000
trap	Signal.trap the special EXIT signal code can unset the handler	Success		4.796
allocate	String.allocate returns an instance of String	Success		0.000
allocate	String.allocate returns a fully-formed String	Success		0.000
allocate	String.allocate returns a binary String	Success		0.000
append	String#<< concatenates the given argument to self and returns self	Success		0.001
append	String#<< converts the given argument to a String using to_str	Success		0.002
append	String#<< raises a TypeError if the given argument can't be converted to a String	Success		0.002
append	String#<< raises a RuntimeError when self is frozen	Success		0.001
append	String#<< returns a String when given a subclass instance	Success		0.001
append	String#<< returns an instance of same class when called on a subclass	Success		0.001
append	String#<< taints self if other is tainted	Success		0.001
append	String#<< untrusts self if other is untrusted	Success		0.000
append	String#<< with Integer concatencates the argument interpreted as a codepoint	Success		0.001
append	String#<< with Integer returns a ASCII-?BIT string if self is US-ASCII and the argument is between 12?-255 (inclusive)	Success		0.001
append	String#<< with Integer raises RangeError if the argument is an invalid codepoint for self's encoding	Success		0.001
append	String#<< with Integer raises RangeError if the argument is negative	Success		0.001
append	String#<< with Integer doesn't call to_int on its argument	Success		0.002
append	String#<< with Integer raises a RuntimeError when self is frozen	Success		0.001
append	String#<< when self is in an ASCII-incompatible encoding incompatible with the argument's encoding uses self's encoding if both are empty	Success		0.001
append	String#<< when self is in an ASCII-incompatible encoding incompatible with the argument's encoding uses self's encoding if the argument is empty	Success		0.001
append	String#<< when self is in an ASCII-incompatible encoding incompatible with the argument's encoding uses the argument's encoding if self is empty	Success		0.001
append	String#<< when self is in an ASCII-incompatible encoding incompatible with the argument's encoding raises Encoding::CompatibilityError if neither are empty	Success		0.001
append	String#<< when the argument is in an ASCII-incompatible encoding incompatible with self's encoding uses self's encoding if both are empty	Success		0.001
append	String#<< when the argument is in an ASCII-incompatible encoding incompatible with self's encoding uses self's encoding if the argument is empty	Success		0.001
append	String#<< when the argument is in an ASCII-incompatible encoding incompatible with self's encoding uses the argument's encoding if self is empty	Success		0.001
append	String#<< when the argument is in an ASCII-incompatible encoding incompatible with self's encoding raises Encoding::CompatibilityError if neither are empty	Success		0.001
append	String#<< when self and the argument are in different ASCII-compatible encodings uses self's encoding if both are ASCII-only	Success		0.001
append	String#<< when self and the argument are in different ASCII-compatible encodings uses self's encoding if the argument is ASCII-only	Success		0.001
append	String#<< when self and the argument are in different ASCII-compatible encodings uses the argument's encoding if self is ASCII-only	Success		0.001
append	String#<< when self and the argument are in different ASCII-compatible encodings raises Encoding::CompatibilityError if neither are ASCII-only	Success		0.001
append	String#<< when self is ASCII-?BIT and argument is US-ASCII uses ASCII-?BIT encoding	Success		0.001
ascii_only	String#ascii_only? returns true for the empty String with an ASCII-compatible encoding	Success		0.001
ascii_only	String#ascii_only? returns false for the empty String with a non-ASCII-compatible encoding	Success		0.001
ascii_only	String#ascii_only? returns false for a non-empty String with non-ASCII-compatible encoding	Success		0.000
ascii_only	String#ascii_only? returns false when interpolating non ascii strings	Success		0.001
ascii_only	String#ascii_only? returns false after appending non ASCII characters to an empty String	Success		0.000
ascii_only	String#ascii_only? returns false when concatenating an ASCII and non-ASCII String	Success		0.001
ascii_only	String#ascii_only? returns false when replacing an ASCII String with a non-ASCII String	Success		0.000
ascii_only	String#ascii_only? with ASCII only characters returns true if the encoding is UTF-?	Success		0.001
ascii_only	String#ascii_only? with ASCII only characters returns true if the encoding is US-ASCII	Success		0.000
ascii_only	String#ascii_only? with ASCII only characters returns true for all single-character UTF-? Strings	Success		0.008
ascii_only	String#ascii_only? with non-ASCII only characters returns false if the encoding is ASCII-?BIT	Success		0.001
ascii_only	String#ascii_only? with non-ASCII only characters returns false if the String contains any non-ASCII characters	Success		0.001
ascii_only	String#ascii_only? with non-ASCII only characters returns false if the encoding is US-ASCII	Success		0.000
b	String#b returns an ASCII-?BIT encoded string	Success		0.001
b	String#b returns new string without modifying self	Success		0.001
b	String#b copies own tainted/untrusted status to the returning value	Success		0.001
bytes	String#bytes returns an Array when no block is given	Success		0.001
bytes	String#bytes yields each byte to a block if one is given, returning self	Success		0.001
bytes	String#bytes returns #bytesize bytes	Success		0.000
bytes	String#bytes returns bytes as Fixnums	Success		0.001
bytes	String#bytes agrees with #unpack('C*')	Success		0.003
bytes	String#bytes yields/returns no bytes for the empty string	Success		0.000
bytes	String#bytes agrees with #getbyte	Success		0.001
bytes	String#bytes is unaffected by #force_encoding	Success		0.001
bytesize	#String#bytesize needs to be reviewed for spec completeness	Success		0.000
bytesize	#String#bytesize returns the length of self in bytes	Success		0.000
bytesize	#String#bytesize works with strings containing single UTF-? characters	Success		0.000
bytesize	#String#bytesize works with pseudo-ASCII strings containing single UTF-? characters	Success		0.000
bytesize	#String#bytesize works with strings containing UTF-? characters	Success		0.000
bytesize	#String#bytesize works with pseudo-ASCII strings containing UTF-? characters	Success		0.000
bytesize	#String#bytesize returns 0 for the empty string	Success		0.001
byteslice	String#byteslice needs to reviewed for spec completeness	Success		0.000
byteslice	String#byteslice returns the character code of the character at the given index	Success		0.001
byteslice	String#byteslice returns nil if index is outside of self	Success		0.001
byteslice	String#byteslice calls to_int on the given index	Success		0.002
byteslice	String#byteslice raises a TypeError if the given index is nil	Success		0.001
byteslice	String#byteslice raises a TypeError if the given index can't be converted to an Integer	Success		0.001
byteslice	String#byteslice with index, length returns the substring starting at the given index with the given length	Success		0.003
byteslice	String#byteslice with index, length always taints resulting strings when self is tainted	Success		0.001
byteslice	String#byteslice with index, length returns nil if the offset falls outside of self	Success		0.001
byteslice	String#byteslice with index, length returns nil if the length is negative	Success		0.001
byteslice	String#byteslice with index, length calls to_int on the given index and the given length	Success		0.003
byteslice	String#byteslice with index, length raises a TypeError when idx or length can't be converted to an integer	Success		0.001
byteslice	String#byteslice with index, length raises a TypeError when the given index or the given length is nil	Success		0.001
byteslice	String#byteslice with index, length returns subclass instances	Success		0.001
byteslice	String#byteslice with index, length handles repeated application	Success		0.001
byteslice	String#byteslice with Range returns the substring given by the offsets of the range	Success		0.003
byteslice	String#byteslice with Range returns nil if the beginning of the range falls outside of self	Success		0.001
byteslice	String#byteslice with Range returns an empty string if range.begin is inside self and > real end	Success		0.002
byteslice	String#byteslice with Range always taints resulting strings when self is tainted	Success		0.001
byteslice	String#byteslice with Range returns subclass instances	Success		0.001
byteslice	String#byteslice with Range calls to_int on range arguments	Success		0.004
byteslice	String#byteslice with Range works with Range subclasses	Success		0.001
byteslice	String#byteslice with Range handles repeated application	Success		0.002
byteslice	String#byteslice on on non ASCII strings returns byteslice of unicode strings	Success		0.001
capitalize	String#capitalize returns a copy of self with the first character converted to uppercase and the remainder to lowercase	Success		0.001
capitalize	String#capitalize taints resulting string when self is tainted	Success		0.001
capitalize	String#capitalize is locale insensitive (only upcases a-z and only downcases A-Z)	Success		0.001
capitalize	String#capitalize returns subclass instances when called on a subclass	Success		0.001
capitalize	String#capitalize! capitalizes self in place	Success		0.001
capitalize	String#capitalize! returns nil when no changes are made	Success		0.001
capitalize	String#capitalize! raises a RuntimeError when self is frozen	Success		0.001
case_compare	String#=== returns true if self <=> string returns 0	Success		0.001
case_compare	String#=== returns false if self <=> string does not return 0	Success		0.000
case_compare	String#=== ignores encoding difference of compatible string	Success		0.000
case_compare	String#=== considers encoding difference of incompatible string	Success		0.000
case_compare	String#=== considers encoding compatibility	Success		0.001
case_compare	String#=== ignores subclass differences	Success		0.001
case_compare	String#=== returns false if obj does not respond to to_str	Success		0.001
case_compare	String#=== returns obj == self if obj responds to to_str	Success		0.002
case_compare	String#=== is not fooled by NUL characters	Success		0.000
casecmp	String#casecmp independent of case returns -1 when less than other	Success		0.001
casecmp	String#casecmp independent of case returns 0 when equal to other	Success		0.000
casecmp	String#casecmp independent of case returns 1 when greater than other	Success		0.000
casecmp	String#casecmp independent of case tries to convert other to string using to_str	Success		0.001
casecmp	String#casecmp independent of case raises a TypeError if other can't be converted to a string	Success		0.001
casecmp	String#casecmp independent of case in UTF-? mode for non-ASCII characters returns -1 when numerically less than other	Success		0.001
casecmp	String#casecmp independent of case in UTF-? mode for non-ASCII characters returns 0 when numerically equal to other	Success		0.000
casecmp	String#casecmp independent of case in UTF-? mode for non-ASCII characters returns 1 when numerically greater than other	Success		0.001
casecmp	String#casecmp independent of case in UTF-? mode for ASCII characters returns -1 when less than other	Success		0.001
casecmp	String#casecmp independent of case in UTF-? mode for ASCII characters returns 0 when equal to other	Success		0.000
casecmp	String#casecmp independent of case in UTF-? mode for ASCII characters returns 1 when greater than other	Success		0.001
casecmp	String#casecmp independent of case for non-ASCII characters returns -1 when numerically less than other	Success		0.000
casecmp	String#casecmp independent of case for non-ASCII characters returns 0 when equal to other	Success		0.000
casecmp	String#casecmp independent of case for non-ASCII characters returns 1 when numerically greater than other	Success		0.000
casecmp	String#casecmp independent of case when comparing a subclass instance returns -1 when less than other	Success		0.001
casecmp	String#casecmp independent of case when comparing a subclass instance returns 0 when equal to other	Success		0.000
casecmp	String#casecmp independent of case when comparing a subclass instance returns 1 when greater than other	Success		0.001
center	String#center with length, padding returns a new string of specified length with self centered and padded with padstr	Success		0.008
center	String#center with length, padding pads with whitespace if no padstr is given	Success		0.001
center	String#center with length, padding returns self if it's longer than or as long as the specified length	Success		0.001
center	String#center with length, padding taints result when self or padstr is tainted	Success		0.001
center	String#center with length, padding calls #to_int to convert length to an integer	Success		0.002
center	String#center with length, padding raises a TypeError when length can't be converted to an integer	Success		0.003
center	String#center with length, padding calls #to_str to convert padstr to a String	Success		0.002
center	String#center with length, padding raises a TypeError when padstr can't be converted to a string	Success		0.002
center	String#center with length, padding raises an ArgumentError if padstr is empty	Success		0.001
center	String#center with length, padding returns subclass instances when called on subclasses	Success		0.001
center	String#center with length, padding when padding is tainted and self is untainted returns a tainted string if and only if length is longer than self	Success		0.001
center	String#center with length, padding with width returns a String in the same encoding as the original	Success		0.001
center	String#center with length, padding with width, pattern returns a String in the compatible encoding	Success		0.001
center	String#center with length, padding with width, pattern raises an Encoding::CompatibilityError if the encodings are incompatible	Success		0.001
chars	String#chars passes each char in self to the given block	Success		0.001
chars	String#chars returns self	Success		0.001
chars	String#chars is unicode aware	Success		0.001
chars	String#chars returns characters in the same encoding as self	Success		0.001
chars	String#chars works with multibyte characters	Success		0.001
chars	String#chars works if the String's contents is invalid for its encoding	Success		0.001
chars	String#chars returns a different character if the String is transcoded	Success		0.002
chars	String#chars uses the String's encoding to determine what characters it contains	Success		0.001
chars	String#chars taints resulting strings when self is tainted	Success		0.001
chars	String#chars returns an array when no block given	Success		0.001
chomp	String#chomp when passed no argument does not modify a String with no trailing carriage return or newline	Success		0.001
chomp	String#chomp when passed no argument returns a copy of the String when it is not modified	Success		0.001
chomp	String#chomp when passed no argument removes one trailing newline	Success		0.001
chomp	String#chomp when passed no argument removes one trailing carriage return	Success		0.000
chomp	String#chomp when passed no argument removes one trailing carrige return, newline pair	Success		0.001
chomp	String#chomp when passed no argument returns an empty String when self is empty	Success		0.000
chomp	String#chomp when passed no argument taints the result if self is tainted	Success		0.001
chomp	String#chomp when passed no argument returns subclass instances when called on a subclass	Success		0.001
chomp	String#chomp when passed no argument removes trailing characters that match $/ when it has been assigned a value	Success		0.001
chomp	String#chomp when passed nil does not modify the String	Success		0.000
chomp	String#chomp when passed nil returns a copy of the String	Success		0.000
chomp	String#chomp when passed nil taints the result if self is tainted	Success		0.000
chomp	String#chomp when passed nil returns an empty String when self is empty	Success		0.000
chomp	String#chomp when passed '' removes a final newline	Success		0.001
chomp	String#chomp when passed '' removes a final carriage return, newline	Success		0.001
chomp	String#chomp when passed '' does not remove a final carriage return	Success		0.000
chomp	String#chomp when passed '' removes more than one trailing newlines	Success		0.000
chomp	String#chomp when passed '' removes more than one trailing carriage return, newline pairs	Success		0.000
chomp	String#chomp when passed '' taints the result if self is tainted	Success		0.000
chomp	String#chomp when passed '' returns an empty String when self is empty	Success		0.000
chomp	String#chomp when passed '\n' removes one trailing newline	Success		0.001
chomp	String#chomp when passed '\n' removes one trailing carriage return	Success		0.000
chomp	String#chomp when passed '\n' removes one trailing carrige return, newline pair	Success		0.000
chomp	String#chomp when passed '\n' taints the result if self is tainted	Success		0.000
chomp	String#chomp when passed '\n' returns an empty String when self is empty	Success		0.000
chomp	String#chomp when passed an Object calls #to_str to convert to a String	Success		0.002
chomp	String#chomp when passed an Object raises a TypeError if #to_str does not return a String	Success		0.002
chomp	String#chomp when passed a String removes the trailing characters if they match the argument	Success		0.001
chomp	String#chomp when passed a String does not modify the String if the argument does not match the trailing characters	Success		0.000
chomp	String#chomp when passed a String returns an empty String when self is empty	Success		0.000
chomp	String#chomp when passed a String taints the result if self is tainted	Success		0.001
chomp	String#chomp when passed a String does not taint the result when the argument is tainted	Success		0.001
chomp	String#chomp! raises a RuntimeError on a frozen instance when it is modified	Success		0.001
chomp	String#chomp! raises a RuntimeError on a frozen instance when it would not be modified	Success		0.001
chomp	String#chomp! when passed no argument modifies self	Success		0.001
chomp	String#chomp! when passed no argument returns nil if self is not modified	Success		0.000
chomp	String#chomp! when passed no argument removes one trailing newline	Success		0.000
chomp	String#chomp! when passed no argument removes one trailing carriage return	Success		0.000
chomp	String#chomp! when passed no argument removes one trailing carrige return, newline pair	Success		0.000
chomp	String#chomp! when passed no argument returns nil when self is empty	Success		0.000
chomp	String#chomp! when passed no argument taints the result if self is tainted	Success		0.001
chomp	String#chomp! when passed no argument returns subclass instances when called on a subclass	Success		0.001
chomp	String#chomp! when passed no argument removes trailing characters that match $/ when it has been assigned a value	Success		0.000
chomp	String#chomp! when passed nil returns nil	Success		0.000
chomp	String#chomp! when passed nil returns nil when self is empty	Success		0.000
chomp	String#chomp! when passed '' removes a final newline	Success		0.001
chomp	String#chomp! when passed '' removes a final carriage return, newline	Success		0.000
chomp	String#chomp! when passed '' does not remove a final carriage return	Success		0.000
chomp	String#chomp! when passed '' removes more than one trailing newlines	Success		0.000
chomp	String#chomp! when passed '' removes more than one trailing carriage return, newline pairs	Success		0.000
chomp	String#chomp! when passed '' taints the result if self is tainted	Success		0.000
chomp	String#chomp! when passed '' returns nil when self is empty	Success		0.000
chomp	String#chomp! when passed '\n' removes one trailing newline	Success		0.001
chomp	String#chomp! when passed '\n' removes one trailing carriage return	Success		0.000
chomp	String#chomp! when passed '\n' removes one trailing carrige return, newline pair	Success		0.000
chomp	String#chomp! when passed '\n' taints the result if self is tainted	Success		0.000
chomp	String#chomp! when passed '\n' returns nil when self is empty	Success		0.000
chomp	String#chomp! when passed an Object calls #to_str to convert to a String	Success		0.001
chomp	String#chomp! when passed an Object raises a TypeError if #to_str does not return a String	Success		0.001
chomp	String#chomp! when passed a String removes the trailing characters if they match the argument	Success		0.000
chomp	String#chomp! when passed a String returns nil if the argument does not match the trailing characters	Success		0.000
chomp	String#chomp! when passed a String returns nil when self is empty	Success		0.000
chomp	String#chomp! when passed a String taints the result if self is tainted	Success		0.000
chomp	String#chomp! when passed a String does not taint the result when the argument is tainted	Success		0.000
chomp	String#chomp does not modify a multi-byte character	Success		0.001
chomp	String#chomp removes the final carriage return, newline from a multibyte String	Success		0.001
chomp	String#chomp removes the final carriage return, newline from a non-ASCII String	Success		0.002
chomp	String#chomp removes the final carriage return, newline from a non-ASCII String when the record separator is changed	Success		0.001
chomp	String#chomp! returns nil when the String is not modified	Success		0.001
chomp	String#chomp! removes the final carriage return, newline from a multibyte String	Success		0.000
chomp	String#chomp! removes the final carriage return, newline from a non-ASCII String	Success		0.001
chomp	String#chomp! removes the final carriage return, newline from a non-ASCII String when the record separator is changed	Success		0.001
chop	String#chop removes the final character	Success		0.001
chop	String#chop removes the final carriage return	Success		0.000
chop	String#chop removes the final newline	Success		0.001
chop	String#chop removes the final carriage return, newline	Success		0.000
chop	String#chop removes the carrige return, newline if they are the only characters	Success		0.000
chop	String#chop does not remove more than the final carriage return, newline	Success		0.000
chop	String#chop removes a multi-byte character	Success		0.001
chop	String#chop removes the final carriage return, newline from a multibyte String	Success		0.000
chop	String#chop removes the final carriage return, newline from a non-ASCII String	Success		0.001
chop	String#chop returns an empty string when applied to an empty string	Success		0.000
chop	String#chop returns a new string when applied to an empty string	Success		0.000
chop	String#chop taints result when self is tainted	Success		0.001
chop	String#chop untrusts result when self is untrusted	Success		0.001
chop	String#chop returns subclass instances when called on a subclass	Success		0.001
chop	String#chop! removes the final character	Success		0.000
chop	String#chop! removes the final carriage return	Success		0.000
chop	String#chop! removes the final newline	Success		0.000
chop	String#chop! removes the final carriage return, newline	Success		0.000
chop	String#chop! removes the carrige return, newline if they are the only characters	Success		0.000
chop	String#chop! does not remove more than the final carriage return, newline	Success		0.000
chop	String#chop! removes a multi-byte character	Success		0.000
chop	String#chop! removes the final carriage return, newline from a multibyte String	Success		0.000
chop	String#chop! removes the final carriage return, newline from a non-ASCII String	Success		0.001
chop	String#chop! returns self if modifications were made	Success		0.000
chop	String#chop! returns nil when called on an empty string	Success		0.000
chop	String#chop! raises a RuntimeError on a frozen instance that is modified	Success		0.001
chop	String#chop! raises a RuntimeError on a frozen instance that would not be modified	Success		0.001
chr	String#chr returns a copy of self	Success		0.001
chr	String#chr returns a String	Success		0.000
chr	String#chr returns an empty String if self is an empty String	Success		0.000
chr	String#chr returns a 1-character String	Success		0.000
chr	String#chr returns the character at the start of the String	Success		0.000
chr	String#chr returns a String in the same encoding as self	Success		0.000
chr	String#chr understands multi-byte characters	Success		0.001
chr	String#chr understands Strings that contain a mixture of character widths	Success		0.001
clear	String#clear sets self equal to the empty String	Success		0.001
clear	String#clear returns self after emptying it	Success		0.001
clear	String#clear preserves its encoding	Success		0.001
clear	String#clear works with multibyte Strings	Success		0.000
clear	String#clear raises a RuntimeError if self is frozen	Success		0.001
clone	String#clone calls #initialize_copy on the new instance	Success		0.001
clone	String#clone copies instance variables	Success		0.000
clone	String#clone copies singleton methods	Success		0.001
clone	String#clone copies modules included in the singleton class	Success		0.001
clone	String#clone copies constants defined in the singleton class	Success		0.001
clone	String#clone copies frozen state	Success		0.001
clone	String#clone does not modify the original string when changing cloned string	Success		0.001
codepoints	String#codepoints raises an ArgumentError when self has an invalid encoding and a method is called on the returned Enumerator	Success		0.001
codepoints	String#codepoints yields each codepoint to the block if one is given	Success		0.001
codepoints	String#codepoints raises an ArgumentError if self's encoding is invalid and a block is given	Success		0.001
codepoints	String#codepoints returns codepoints as Fixnums	Success		0.001
codepoints	String#codepoints returns one codepoint for each character	Success		0.001
codepoints	String#codepoints works for multibyte characters	Success		0.001
codepoints	String#codepoints returns the codepoint corresponding to the character's position in the String's encoding	Success		0.001
codepoints	String#codepoints round-trips to the original String using Integer#chr	Success		0.001
codepoints	String#codepoints is synonomous with #bytes for Strings which are single-byte optimisable	Success		0.001
codepoints	String#codepoints returns an Array when no block is given	Success		0.001
codepoints	String#codepoints raises an ArgumentError when no block is given if self has an invalid encoding	Success		0.001
comparison	String#<=> with String compares individual characters based on their ascii value	Success		0.013
comparison	String#<=> with String returns -1 when self is less than other	Success		0.000
comparison	String#<=> with String returns 0 when self is equal to other	Success		0.000
comparison	String#<=> with String returns 1 when self is greater than other	Success		0.000
comparison	String#<=> with String considers string that comes lexicographically first to be less if strings have same size	Success		0.000
comparison	String#<=> with String doesn't consider shorter string to be less if longer string starts with shorter one	Success		0.000
comparison	String#<=> with String compares shorter string with corresponding number of first chars of longer string	Success		0.000
comparison	String#<=> with String ignores subclass differences	Success		0.001
comparison	String#<=> with String returns 0 if self and other are bytewise identical and have the same encoding	Success		0.000
comparison	String#<=> with String returns 0 if self and other are bytewise identical and have the same encoding	Success		0.000
comparison	String#<=> with String returns -1 if self is bytewise less than other	Success		0.000
comparison	String#<=> with String returns 1 if self is bytewise greater than other	Success		0.000
comparison	String#<=> with String ignores encoding difference	Success		0.000
comparison	String#<=> with String returns 0 with identical ASCII-compatible bytes of different encodings	Success		0.001
comparison	String#<=> with String compares the indices of the encodings when the strings have identical non-ASCII-compatible bytes	Success		0.001
comparison	String#<=> returns nil if its argument provides neither #to_str nor #<=>	Success		0.001
comparison	String#<=> uses the result of calling #to_str for comparison when #to_str is defined	Success		0.002
comparison	String#<=> uses the result of calling #<=> on its argument when #<=> is defined but #to_str is not	Success		0.003
comparison	String#<=> returns nil if argument also uses an inverse comparison for <=>	Success		0.001
concat	String#concat concatenates the given argument to self and returns self	Success		0.001
concat	String#concat converts the given argument to a String using to_str	Success		0.002
concat	String#concat raises a TypeError if the given argument can't be converted to a String	Success		0.002
concat	String#concat raises a RuntimeError when self is frozen	Success		0.001
concat	String#concat returns a String when given a subclass instance	Success		0.000
concat	String#concat returns an instance of same class when called on a subclass	Success		0.000
concat	String#concat taints self if other is tainted	Success		0.001
concat	String#concat untrusts self if other is untrusted	Success		0.000
concat	String#concat with Integer concatencates the argument interpreted as a codepoint	Success		0.001
concat	String#concat with Integer returns a ASCII-?BIT string if self is US-ASCII and the argument is between 12?-255 (inclusive)	Success		0.001
concat	String#concat with Integer raises RangeError if the argument is an invalid codepoint for self's encoding	Success		0.001
concat	String#concat with Integer raises RangeError if the argument is negative	Success		0.001
concat	String#concat with Integer doesn't call to_int on its argument	Success		0.002
concat	String#concat with Integer raises a RuntimeError when self is frozen	Success		0.001
concat	String#concat when self is in an ASCII-incompatible encoding incompatible with the argument's encoding uses self's encoding if both are empty	Success		0.001
concat	String#concat when self is in an ASCII-incompatible encoding incompatible with the argument's encoding uses self's encoding if the argument is empty	Success		0.001
concat	String#concat when self is in an ASCII-incompatible encoding incompatible with the argument's encoding uses the argument's encoding if self is empty	Success		0.001
concat	String#concat when self is in an ASCII-incompatible encoding incompatible with the argument's encoding raises Encoding::CompatibilityError if neither are empty	Success		0.001
concat	String#concat when the argument is in an ASCII-incompatible encoding incompatible with self's encoding uses self's encoding if both are empty	Success		0.001
concat	String#concat when the argument is in an ASCII-incompatible encoding incompatible with self's encoding uses self's encoding if the argument is empty	Success		0.001
concat	String#concat when the argument is in an ASCII-incompatible encoding incompatible with self's encoding uses the argument's encoding if self is empty	Success		0.001
concat	String#concat when the argument is in an ASCII-incompatible encoding incompatible with self's encoding raises Encoding::CompatibilityError if neither are empty	Success		0.001
concat	String#concat when self and the argument are in different ASCII-compatible encodings uses self's encoding if both are ASCII-only	Success		0.001
concat	String#concat when self and the argument are in different ASCII-compatible encodings uses self's encoding if the argument is ASCII-only	Success		0.000
concat	String#concat when self and the argument are in different ASCII-compatible encodings uses the argument's encoding if self is ASCII-only	Success		0.001
concat	String#concat when self and the argument are in different ASCII-compatible encodings raises Encoding::CompatibilityError if neither are ASCII-only	Success		0.001
concat	String#concat when self is ASCII-?BIT and argument is US-ASCII uses ASCII-?BIT encoding	Success		0.001
count	String#count counts occurrences of chars from the intersection of the specified sets	Success		0.003
count	String#count raises an ArgumentError when given no arguments	Success		0.001
count	String#count negates sets starting with ^	Success		0.001
count	String#count counts all chars in a sequence	Success		0.003
count	String#count raises if the given sequences are invalid	Success		0.002
count	String#count returns the number of occurrences of a multi-byte character	Success		0.001
count	String#count calls #to_str to convert each set arg to a String	Success		0.003
count	String#count raises a TypeError when a set arg can't be converted to a string	Success		0.001
crypt	String#crypt returns a cryptographic hash of self by applying the UNIX crypt algorithm with the specified salt	Success		0.002
crypt	String#crypt raises an ArgumentError when the salt is shorter than two characters	Success		0.003
crypt	String#crypt calls #to_str to converts the salt arg to a String	Success		0.002
crypt	String#crypt raises a type error when the salt arg can't be converted to a string	Success		0.001
crypt	String#crypt taints the result if either salt or self is tainted	Success		0.001
crypt	String#crypt doesn't return subclass instances	Success		0.001
delete	String#delete returns a new string with the chars from the intersection of sets removed	Success		0.004
delete	String#delete raises an ArgumentError when given no arguments	Success		0.001
delete	String#delete negates sets starting with ^	Success		0.001
delete	String#delete deletes all chars in a sequence	Success		0.002
delete	String#delete deletes multibyte characters	Success		0.001
delete	String#delete respects backslash for escaping a -	Success		0.000
delete	String#delete raises if the given ranges are invalid	Success		0.003
delete	String#delete taints result when self is tainted	Success		0.001
delete	String#delete tries to convert each set arg to a string using to_str	Success		0.003
delete	String#delete raises a TypeError when one set arg can't be converted to a string	Success		0.001
delete	String#delete returns subclass instances when called on a subclass	Success		0.000
delete	String#delete! modifies self in place and returns self	Success		0.001
delete	String#delete! returns nil if no modifications were made	Success		0.000
delete	String#delete! raises a RuntimeError when self is frozen	Success		0.001
downcase	String#downcase returns a copy of self with all uppercase letters downcased	Success		0.001
downcase	String#downcase is locale insensitive (only replaces A-Z)	Success		0.012
downcase	String#downcase taints result when self is tainted	Success		0.001
downcase	String#downcase returns a subclass instance for subclasses	Success		0.000
downcase	String#downcase! modifies self in place	Success		0.001
downcase	String#downcase! returns nil if no modifications were made	Success		0.000
downcase	String#downcase! raises a RuntimeError when self is frozen	Success		0.001
downcase	String#downcase! sets the result String encoding to the source String encoding	Success		0.000
dump	String#dump taints the result if self is tainted	Success		0.001
dump	String#dump untrusts the result if self is untrusted	Success		0.001
dump	String#dump returns a subclass instance	Success		0.000
dump	String#dump returns a string with special characters replaced with \<char> notation	Success		0.001
dump	String#dump returns a string with " and \ escaped with a backslash	Success		0.000
dump	String#dump returns a string with \#<char> when # is followed by $, @, {	Success		0.001
dump	String#dump returns a string with # not escaped when followed by any other character	Success		0.000
dump	String#dump returns a string with printable non-alphanumeric characters unescaped	Success		0.001
dump	String#dump returns a string with numeric characters unescaped	Success		0.001
dump	String#dump returns a string with upper-case alpha characters unescaped	Success		0.001
dump	String#dump returns a string with lower-case alpha characters unescaped	Success		0.001
dump	String#dump returns a string with non-printing ASCII characters replaced by \x notation	Success		0.008
dump	String#dump returns a string with non-printing single-byte UTF-? characters replaced by \x notation	Success		0.003
dump	String#dump returns a string with multi-byte UTF-? characters replaced by \u{} notation with lower-case hex digits	Success		0.003
dump	String#dump includes .force_encoding(name) if the encoding isn't ASCII compatible	Success		0.002
dup	String#dup calls #initialize_copy on the new instance	Success		0.001
dup	String#dup copies instance variables	Success		0.000
dup	String#dup does not copy singleton methods	Success		0.001
dup	String#dup does not copy modules included in the singleton class	Success		0.001
dup	String#dup does not copy constants defined in the singleton class	Success		0.001
dup	String#dup does not modify the original string when changing dupped string	Success		0.001
each_byte	String#each_byte passes each byte in self to the given block	Success		0.001
each_byte	String#each_byte keeps iterating from the old position (to new string end) when self changes	Success		0.003
each_byte	String#each_byte returns self	Success		0.000
each_byte	String#each_byte when no block is given returns an enumerator	Success		0.002
each_byte	String#each_byte when no block is given returned enumerator size should return the bytesize of the string	Skipped	tagged	0.000
each_char	String#each_char passes each char in self to the given block	Success		0.001
each_char	String#each_char returns self	Success		0.000
each_char	String#each_char is unicode aware	Success		0.001
each_char	String#each_char returns characters in the same encoding as self	Success		0.001
each_char	String#each_char works with multibyte characters	Success		0.001
each_char	String#each_char works if the String's contents is invalid for its encoding	Success		0.001
each_char	String#each_char returns a different character if the String is transcoded	Success		0.002
each_char	String#each_char uses the String's encoding to determine what characters it contains	Success		0.001
each_char	String#each_char taints resulting strings when self is tainted	Success		0.001
each_char	String#each_char when no block is given returns an enumerator	Success		0.001
each_char	String#each_char when no block is given returned enumerator size should return the size of the string	Skipped	tagged	0.000
each_codepoint	String#each_codepoint raises an ArgumentError when self has an invalid encoding and a method is called on the returned Enumerator	Success		0.001
each_codepoint	String#each_codepoint yields each codepoint to the block if one is given	Success		0.001
each_codepoint	String#each_codepoint raises an ArgumentError if self's encoding is invalid and a block is given	Success		0.001
each_codepoint	String#each_codepoint returns codepoints as Fixnums	Success		0.001
each_codepoint	String#each_codepoint returns one codepoint for each character	Success		0.001
each_codepoint	String#each_codepoint works for multibyte characters	Success		0.001
each_codepoint	String#each_codepoint returns the codepoint corresponding to the character's position in the String's encoding	Success		0.001
each_codepoint	String#each_codepoint round-trips to the original String using Integer#chr	Success		0.001
each_codepoint	String#each_codepoint is synonomous with #bytes for Strings which are single-byte optimisable	Success		0.001
each_codepoint	String#each_codepoint when no block is given returns an Enumerator	Success		0.001
each_codepoint	String#each_codepoint when no block is given returns an Enumerator even when self has an invalid encoding	Success		0.001
each_codepoint	String#each_codepoint when no block is given returned Enumerator size should return the size of the string	Success		0.001
each_codepoint	String#each_codepoint when no block is given returned Enumerator size should return the size of the string even when the string has an invalid encoding	Success		0.001
each_line	String#each_line splits using default newline separator when none is specified	Success		0.001
each_line	String#each_line splits self using the supplied record separator and passes each substring to the block	Success		0.001
each_line	String#each_line taints substrings that are passed to the block if self is tainted	Success		0.001
each_line	String#each_line passes self as a whole to the block if the separator is nil	Success		0.001
each_line	String#each_line yields paragraphs (broken by 2 or more successive newlines) when passed ''	Success		0.001
each_line	String#each_line yields subclass instances for subclasses	Success		0.001
each_line	String#each_line returns self	Success		0.000
each_line	String#each_line tries to convert the separator to a string using to_str	Success		0.002
each_line	String#each_line does not care if the string is modified while substituting	Success		0.001
each_line	String#each_line raises a TypeError when the separator can't be converted to a string	Success		0.002
each_line	String#each_line accepts a string separator	Success		0.001
each_line	String#each_line raises a TypeError when the separator is a symbol	Success		0.001
each_line	String#each_line uses $/ as the separator when none is given	Success		0.007
each_line	String#each_line when no block is given returns an enumerator	Success		0.001
each_line	String#each_line when no block is given returned Enumerator size should return nil	Success		0.001
element_reference	String#[] returns the character code of the character at the given index	Success		0.001
element_reference	String#[] returns nil if index is outside of self	Success		0.001
element_reference	String#[] calls to_int on the given index	Success		0.002
element_reference	String#[] raises a TypeError if the given index is nil	Success		0.001
element_reference	String#[] raises a TypeError if the given index can't be converted to an Integer	Success		0.001
element_reference	String#[] with index, length returns the substring starting at the given index with the given length	Success		0.003
element_reference	String#[] with index, length always taints resulting strings when self is tainted	Success		0.001
element_reference	String#[] with index, length returns nil if the offset falls outside of self	Success		0.002
element_reference	String#[] with index, length returns nil if the length is negative	Success		0.000
element_reference	String#[] with index, length calls to_int on the given index and the given length	Success		0.003
element_reference	String#[] with index, length raises a TypeError when idx or length can't be converted to an integer	Success		0.001
element_reference	String#[] with index, length raises a TypeError when the given index or the given length is nil	Success		0.001
element_reference	String#[] with index, length returns subclass instances	Success		0.001
element_reference	String#[] with index, length handles repeated application	Success		0.001
element_reference	String#[] with Range returns the substring given by the offsets of the range	Success		0.001
element_reference	String#[] with Range returns nil if the beginning of the range falls outside of self	Success		0.001
element_reference	String#[] with Range returns an empty string if range.begin is inside self and > real end	Success		0.001
element_reference	String#[] with Range always taints resulting strings when self is tainted	Success		0.001
element_reference	String#[] with Range returns subclass instances	Success		0.001
element_reference	String#[] with Range calls to_int on range arguments	Success		0.004
element_reference	String#[] with Range works with Range subclasses	Success		0.001
element_reference	String#[] with Range handles repeated application	Success		0.001
element_reference	String#[] with Regexp returns the matching portion of self	Success		0.002
element_reference	String#[] with Regexp returns nil if there is no match	Success		0.000
element_reference	String#[] with Regexp always taints resulting strings when self or regexp is tainted	Success		0.001
element_reference	String#[] with Regexp returns an untrusted string if the regexp is untrusted	Success		0.001
element_reference	String#[] with Regexp returns subclass instances	Success		0.001
element_reference	String#[] with Regexp sets $~ to MatchData when there is a match and nil when there's none	Success		0.001
element_reference	String#[] with Regexp, index returns the capture for the given index	Success		0.002
element_reference	String#[] with Regexp, index always taints resulting strings when self or regexp is tainted	Success		0.003
element_reference	String#[] with Regexp, index returns an untrusted string if the regexp is untrusted	Success		0.000
element_reference	String#[] with Regexp, index returns nil if there is no match	Success		0.000
element_reference	String#[] with Regexp, index returns nil if there is no capture for the given index	Success		0.001
element_reference	String#[] with Regexp, index calls to_int on the given index	Success		0.002
element_reference	String#[] with Regexp, index raises a TypeError when the given index can't be converted to Integer	Success		0.002
element_reference	String#[] with Regexp, index raises a TypeError when the given index is nil	Success		0.001
element_reference	String#[] with Regexp, index returns subclass instances	Success		0.001
element_reference	String#[] with Regexp, index sets $~ to MatchData when there is a match and nil when there's none	Success		0.001
element_reference	String#[] with Regexp, group returns the capture for the given name	Success		0.002
element_reference	String#[] with Regexp, group returns the last capture for duplicate names	Success		0.001
element_reference	String#[] with Regexp, group returns the innermost capture for nested duplicate names	Success		0.001
element_reference	String#[] with Regexp, group always taints resulting strings when self or regexp is tainted	Success		0.004
element_reference	String#[] with Regexp, group returns nil if there is no match	Success		0.000
element_reference	String#[] with Regexp, group raises an IndexError if there is no capture for the given name	Success		0.001
element_reference	String#[] with Regexp, group raises a TypeError when the given name is not a String	Success		0.002
element_reference	String#[] with Regexp, group raises an IndexError when given the empty String as a group name	Success		0.001
element_reference	String#[] with Regexp, group returns subclass instances	Success		0.001
element_reference	String#[] with Regexp, group sets $~ to MatchData when there is a match and nil when there's none	Success		0.001
element_reference	String#[] with String returns other_str if it occurs in self	Success		0.001
element_reference	String#[] with String taints resulting strings when other is tainted	Success		0.004
element_reference	String#[] with String doesn't set $~	Success		0.001
element_reference	String#[] with String returns nil if there is no match	Success		0.001
element_reference	String#[] with String doesn't call to_str on its argument	Success		0.002
element_reference	String#[] with String returns a subclass instance when given a subclass instance	Success		0.001
element_reference	String#[] with Symbol raises TypeError	Success		0.001
element_set	String#[]= with Fixnum index replaces the char at idx with other_str	Success		0.001
element_set	String#[]= with Fixnum index taints self if other_str is tainted	Success		0.001
element_set	String#[]= with Fixnum index raises an IndexError without changing self if idx is outside of self	Success		0.001
element_set	String#[]= with Fixnum index allows assignment to the zero'th element of an empty String	Success		0.000
element_set	String#[]= with Fixnum index raises IndexError if the string index doesn't match a position in the string	Success		0.001
element_set	String#[]= with Fixnum index raises a RuntimeError when self is frozen	Success		0.001
element_set	String#[]= with Fixnum index calls to_int on index	Success		0.002
element_set	String#[]= with Fixnum index calls #to_str to convert other to a String	Success		0.001
element_set	String#[]= with Fixnum index raises a TypeError if other_str can't be converted to a String	Success		0.002
element_set	String#[]= with Fixnum index raises a TypeError if passed a Fixnum replacement	Success		0.001
element_set	String#[]= with Fixnum index raises an IndexError if the index is greater than character size	Success		0.001
element_set	String#[]= with Fixnum index calls #to_int to convert the index	Success		0.002
element_set	String#[]= with Fixnum index raises a TypeError if #to_int does not return an Fixnum	Success		0.002
element_set	String#[]= with Fixnum index raises an IndexError if #to_int returns a value out of range	Success		0.002
element_set	String#[]= with Fixnum index replaces a character with a multibyte character	Success		0.001
element_set	String#[]= with Fixnum index replaces a multibyte character with a character	Success		0.001
element_set	String#[]= with Fixnum index replaces a multibyte character with a multibyte character	Success		0.000
element_set	String#[]= with Fixnum index encodes the String in an encoding compatible with the replacement	Success		0.001
element_set	String#[]= with Fixnum index raises an Encoding::CompatibilityError if the replacement encoding is incompatible	Success		0.001
element_set	String#[]= with String index replaces fewer characters with more characters	Success		0.001
element_set	String#[]= with String index replaces more characters with fewer characters	Success		0.000
element_set	String#[]= with String index replaces characters with no characters	Success		0.001
element_set	String#[]= with String index raises an IndexError if the search String is not found	Success		0.001
element_set	String#[]= with String index replaces characters with a multibyte character	Success		0.001
element_set	String#[]= with String index replaces multibyte characters with characters	Success		0.000
element_set	String#[]= with String index replaces multibyte characters with multibyte characters	Success		0.001
element_set	String#[]= with String index encodes the String in an encoding compatible with the replacement	Success		0.001
element_set	String#[]= with String index raises an Encoding::CompatibilityError if the replacement encoding is incompatible	Success		0.001
element_set	String#[]= with a Regexp index replaces the matched text with the rhs	Success		0.001
element_set	String#[]= with a Regexp index raises IndexError if the regexp index doesn't match a position in the string	Success		0.001
element_set	String#[]= with a Regexp index calls #to_str to convert the replacement	Success		0.002
element_set	String#[]= with a Regexp index checks the match before calling #to_str to convert the replacement	Success		0.001
element_set	String#[]= with a Regexp index replaces characters with a multibyte character	Success		0.001
element_set	String#[]= with a Regexp index replaces multibyte characters with characters	Success		0.001
element_set	String#[]= with a Regexp index replaces multibyte characters with multibyte characters	Success		0.001
element_set	String#[]= with a Regexp index encodes the String in an encoding compatible with the replacement	Success		0.001
element_set	String#[]= with a Regexp index raises an Encoding::CompatibilityError if the replacement encoding is incompatible	Success		0.001
element_set	String#[]= with a Regexp index with 3 arguments calls #to_int to convert the second object	Success		0.002
element_set	String#[]= with a Regexp index with 3 arguments raises a TypeError if #to_int does not return a Fixnum	Success		0.002
element_set	String#[]= with a Regexp index with 3 arguments uses the 2nd of 3 arguments as which capture should be replaced	Success		0.001
element_set	String#[]= with a Regexp index with 3 arguments allows the specified capture to be negative and count from the end	Success		0.001
element_set	String#[]= with a Regexp index with 3 arguments checks the match index before calling #to_str to convert the replacement	Success		0.001
element_set	String#[]= with a Regexp index with 3 arguments raises IndexError if the specified capture isn't available	Success		0.001
element_set	String#[]= with a Regexp index with 3 arguments when the optional capture does not match raises an IndexError before setting the replacement	Success		0.001
element_set	String#[]= with a Range index replaces the contents with a shorter String	Success		0.001
element_set	String#[]= with a Range index replaces the contents with a longer String	Success		0.001
element_set	String#[]= with a Range index replaces a partial string	Success		0.001
element_set	String#[]= with a Range index raises a RangeError if negative Range begin is out of range	Success		0.001
element_set	String#[]= with a Range index raises a RangeError if positive Range begin is greater than String size	Success		0.001
element_set	String#[]= with a Range index uses the Range end as an index rather than a count	Success		0.001
element_set	String#[]= with a Range index treats a negative out-of-range Range end with a positive Range begin as a zero count	Success		0.001
element_set	String#[]= with a Range index treats a negative out-of-range Range end with a negative Range begin as a zero count	Success		0.001
element_set	String#[]= with a Range index replaces characters with a multibyte character	Success		0.001
element_set	String#[]= with a Range index replaces multibyte characters with characters	Success		0.001
element_set	String#[]= with a Range index replaces multibyte characters by negative indexes	Success		0.001
element_set	String#[]= with a Range index replaces multibyte characters with multibyte characters	Success		0.001
element_set	String#[]= with a Range index deletes a multibyte character	Success		0.001
element_set	String#[]= with a Range index inserts a multibyte character	Success		0.001
element_set	String#[]= with a Range index encodes the String in an encoding compatible with the replacement	Success		0.001
element_set	String#[]= with a Range index raises an Encoding::CompatibilityError if the replacement encoding is incompatible	Success		0.001
element_set	String#[]= with a Range index with an empty replacement does not replace a character with a zero-index, zero exclude-end range	Success		0.001
element_set	String#[]= with a Range index with an empty replacement does not replace a character with a zero exclude-end range	Success		0.001
element_set	String#[]= with a Range index with an empty replacement replaces a character with zero-index, zero non-exclude-end range	Success		0.001
element_set	String#[]= with a Range index with an empty replacement replaces a character with a zero non-exclude-end range	Success		0.001
element_set	String#[]= with Fixnum index, count starts at idx and overwrites count characters before inserting the rest of other_str	Success		0.001
element_set	String#[]= with Fixnum index, count counts negative idx values from end of the string	Success		0.001
element_set	String#[]= with Fixnum index, count overwrites and deletes characters if count is more than the length of other_str	Success		0.001
element_set	String#[]= with Fixnum index, count deletes characters if other_str is an empty string	Success		0.000
element_set	String#[]= with Fixnum index, count deletes characters up to the maximum length of the existing string	Success		0.001
element_set	String#[]= with Fixnum index, count appends other_str to the end of the string if idx == the length of the string	Success		0.001
element_set	String#[]= with Fixnum index, count taints self if other_str is tainted	Success		0.001
element_set	String#[]= with Fixnum index, count calls #to_int to convert the index and count objects	Success		0.003
element_set	String#[]= with Fixnum index, count raises a TypeError if #to_int for index does not return an Integer	Success		0.002
element_set	String#[]= with Fixnum index, count raises a TypeError if #to_int for count does not return an Integer	Success		0.001
element_set	String#[]= with Fixnum index, count calls #to_str to convert the replacement object	Success		0.001
element_set	String#[]= with Fixnum index, count raises a TypeError of #to_str does not return a String	Success		0.001
element_set	String#[]= with Fixnum index, count raises an IndexError if \|idx\| is greater than the length of the string	Success		0.001
element_set	String#[]= with Fixnum index, count raises an IndexError if count < 0	Success		0.001
element_set	String#[]= with Fixnum index, count raises a TypeError if other_str is a type other than String	Success		0.001
element_set	String#[]= with Fixnum index, count replaces characters with a multibyte character	Success		0.001
element_set	String#[]= with Fixnum index, count replaces multibyte characters with characters	Success		0.001
element_set	String#[]= with Fixnum index, count replaces multibyte characters with multibyte characters	Success		0.000
element_set	String#[]= with Fixnum index, count deletes a multibyte character	Success		0.001
element_set	String#[]= with Fixnum index, count inserts a multibyte character	Success		0.000
element_set	String#[]= with Fixnum index, count raises an IndexError if the character index is out of range of a multibyte String	Success		0.001
element_set	String#[]= with Fixnum index, count encodes the String in an encoding compatible with the replacement	Success		0.001
element_set	String#[]= with Fixnum index, count raises an Encoding::CompatibilityError if the replacement encoding is incompatible	Success		0.001
empty	String#empty? returns true if the string has a length of zero	Success		0.001
encode	String#encode raises ArgumentError if the value of the :xml option is not :text or :attr	Success		0.001
encode	String#encode when passed no options transcodes to Encoding.default_internal when set	Success		0.001
encode	String#encode when passed no options transcodes a 7-bit String despite no generic converting being available	Success		0.001
encode	String#encode when passed no options raises an Encoding::ConverterNotFoundError when no conversion is possible	Success		0.014
encode	String#encode when passed to encoding accepts a String argument	Success		0.001
encode	String#encode when passed to encoding calls #to_str to convert the object to an Encoding	Success		0.002
encode	String#encode when passed to encoding transcodes to the passed encoding	Success		0.001
encode	String#encode when passed to encoding transcodes Japanese multibyte characters	Success		0.001
encode	String#encode when passed to encoding transcodes a 7-bit String despite no generic converting being available	Success		0.001
encode	String#encode when passed to encoding raises an Encoding::ConverterNotFoundError when no conversion is possible	Success		0.014
encode	String#encode when passed to encoding raises an Encoding::ConverterNotFoundError for an invalid encoding	Success		0.001
encode	String#encode when passed options replaces invalid characters when replacing Emacs-Mule encoded strings	Skipped	tagged	0.000
encode	String#encode when passed options does not process transcoding options if not transcoding	Success		0.001
encode	String#encode when passed options calls #to_hash to convert the object	Success		0.002
encode	String#encode when passed options transcodes to Encoding.default_internal when set	Success		0.001
encode	String#encode when passed options raises an Encoding::ConverterNotFoundError when no conversion is possible despite 'invalid: :replace, undef: :replace'	Success		0.014
encode	String#encode when passed to, from transcodes between the encodings ignoring the String encoding	Success		0.001
encode	String#encode when passed to, from calls #to_str to convert the from object to an Encoding	Success		0.002
encode	String#encode when passed to, options replaces undefined characters in the destination encoding	Success		0.001
encode	String#encode when passed to, options replaces invalid characters in the destination encoding	Success		0.001
encode	String#encode when passed to, options calls #to_hash to convert the options object	Success		0.002
encode	String#encode when passed to, from, options replaces undefined characters in the destination encoding	Success		0.001
encode	String#encode when passed to, from, options replaces invalid characters in the destination encoding	Success		0.001
encode	String#encode when passed to, from, options calls #to_str to convert the to object to an encoding	Success		0.004
encode	String#encode when passed to, from, options calls #to_str to convert the from object to an encoding	Success		0.002
encode	String#encode when passed to, from, options calls #to_hash to convert the options object	Success		0.002
encode	String#encode given the xml: :text option replaces undefined characters with their upper-case hexadecimal numeric character references	Skipped	tagged	0.000
encode	String#encode given the xml: :text option replaces all instances of '&' with '&'	Success		0.002
encode	String#encode given the xml: :text option replaces all instances of '<' with '<'	Success		0.001
encode	String#encode given the xml: :text option replaces all instances of '>' with '>'	Success		0.001
encode	String#encode given the xml: :text option does not replace '"'	Success		0.001
encode	String#encode given the xml: :attr option replaces undefined characters with their upper-case hexadecimal numeric character references	Skipped	tagged	0.000
encode	String#encode given the xml: :attr option surrounds the encoded text with double-quotes	Success		0.002
encode	String#encode given the xml: :attr option replaces all instances of '&' with '&'	Success		0.001
encode	String#encode given the xml: :attr option replaces all instances of '<' with '<'	Success		0.001
encode	String#encode given the xml: :attr option replaces all instances of '>' with '>'	Success		0.001
encode	String#encode given the xml: :attr option replaces all instances of '"' with '"'	Success		0.001
encode	String#encode when passed no options returns a copy when Encoding.default_internal is nil	Success		0.001
encode	String#encode when passed no options returns a copy for a ASCII-only String when Encoding.default_internal is nil	Success		0.001
encode	String#encode when passed no options encodes an ascii substring of a binary string to UTF-?	Success		0.001
encode	String#encode when passed to encoding returns a copy when passed the same encoding as the String	Success		0.001
encode	String#encode when passed to encoding round trips a String	Success		0.001
encode	String#encode when passed options returns a copy when Encoding.default_internal is nil	Success		0.001
encode	String#encode when passed options normalizes newlines	Success		0.001
encode	String#encode when passed to, from returns a copy when both encodings are the same	Success		0.001
encode	String#encode when passed to, from returns the transcoded string	Success		0.001
encode	String#encode when passed to, options returns a copy when the destination encoding is the same as the String encoding	Success		0.001
encode	String#encode when passed to, from, options returns a copy when both encodings are the same	Success		0.001
encode	String#encode! raises ArgumentError if the value of the :xml option is not :text or :attr	Success		0.001
encode	String#encode! raises a RuntimeError when called on a frozen String	Success		0.001
encode	String#encode! raises a RuntimeError when called on a frozen String when it's a no-op	Success		0.001
encode	String#encode! when passed no options transcodes to Encoding.default_internal when set	Success		0.001
encode	String#encode! when passed no options transcodes a 7-bit String despite no generic converting being available	Success		0.001
encode	String#encode! when passed no options raises an Encoding::ConverterNotFoundError when no conversion is possible	Success		0.013
encode	String#encode! when passed to encoding accepts a String argument	Success		0.001
encode	String#encode! when passed to encoding calls #to_str to convert the object to an Encoding	Success		0.002
encode	String#encode! when passed to encoding transcodes to the passed encoding	Success		0.001
encode	String#encode! when passed to encoding transcodes Japanese multibyte characters	Success		0.001
encode	String#encode! when passed to encoding transcodes a 7-bit String despite no generic converting being available	Success		0.001
encode	String#encode! when passed to encoding raises an Encoding::ConverterNotFoundError when no conversion is possible	Success		0.013
encode	String#encode! when passed to encoding raises an Encoding::ConverterNotFoundError for an invalid encoding	Success		0.001
encode	String#encode! when passed options replaces invalid characters when replacing Emacs-Mule encoded strings	Skipped	tagged	0.000
encode	String#encode! when passed options does not process transcoding options if not transcoding	Success		0.001
encode	String#encode! when passed options calls #to_hash to convert the object	Success		0.002
encode	String#encode! when passed options transcodes to Encoding.default_internal when set	Success		0.001
encode	String#encode! when passed options raises an Encoding::ConverterNotFoundError when no conversion is possible despite 'invalid: :replace, undef: :replace'	Success		0.013
encode	String#encode! when passed to, from transcodes between the encodings ignoring the String encoding	Success		0.001
encode	String#encode! when passed to, from calls #to_str to convert the from object to an Encoding	Success		0.002
encode	String#encode! when passed to, options replaces undefined characters in the destination encoding	Success		0.001
encode	String#encode! when passed to, options replaces invalid characters in the destination encoding	Success		0.001
encode	String#encode! when passed to, options calls #to_hash to convert the options object	Success		0.002
encode	String#encode! when passed to, from, options replaces undefined characters in the destination encoding	Success		0.001
encode	String#encode! when passed to, from, options replaces invalid characters in the destination encoding	Success		0.001
encode	String#encode! when passed to, from, options calls #to_str to convert the to object to an encoding	Success		0.002
encode	String#encode! when passed to, from, options calls #to_str to convert the from object to an encoding	Success		0.002
encode	String#encode! when passed to, from, options calls #to_hash to convert the options object	Success		0.002
encode	String#encode! given the xml: :text option replaces undefined characters with their upper-case hexadecimal numeric character references	Skipped	tagged	0.000
encode	String#encode! given the xml: :text option replaces all instances of '&' with '&'	Success		0.001
encode	String#encode! given the xml: :text option replaces all instances of '<' with '<'	Success		0.001
encode	String#encode! given the xml: :text option replaces all instances of '>' with '>'	Success		0.001
encode	String#encode! given the xml: :text option does not replace '"'	Success		0.001
encode	String#encode! given the xml: :attr option replaces undefined characters with their upper-case hexadecimal numeric character references	Skipped	tagged	0.000
encode	String#encode! given the xml: :attr option surrounds the encoded text with double-quotes	Success		0.001
encode	String#encode! given the xml: :attr option replaces all instances of '&' with '&'	Success		0.001
encode	String#encode! given the xml: :attr option replaces all instances of '<' with '<'	Success		0.001
encode	String#encode! given the xml: :attr option replaces all instances of '>' with '>'	Success		0.001
encode	String#encode! given the xml: :attr option replaces all instances of '"' with '"'	Success		0.001
encode	String#encode! when passed no options returns self when Encoding.default_internal is nil	Success		0.001
encode	String#encode! when passed no options returns self for a ASCII-only String when Encoding.default_internal is nil	Success		0.001
encode	String#encode! when passed options returns self for ASCII-only String when Encoding.default_internal is nil	Success		0.001
encode	String#encode! when passed to encoding returns self	Success		0.001
encode	String#encode! when passed to, from returns self	Success		0.001
encoding	String#encoding returns an Encoding object	Success		0.001
encoding	String#encoding is equal to the source encoding by default	Success		0.000
encoding	String#encoding returns the given encoding if #force_encoding has been called	Success		0.000
encoding	String#encoding returns the given encoding if #encode!has been called	Success		0.000
encoding	String#encoding for US-ASCII Strings returns US-ASCII if self is US-ASCII	Success		0.000
encoding	String#encoding for US-ASCII Strings returns US-ASCII if self is US-ASCII only, despite the default internal encoding being different	Success		0.001
encoding	String#encoding for US-ASCII Strings returns US-ASCII if self is US-ASCII only, despite the default external encoding being different	Success		0.001
encoding	String#encoding for US-ASCII Strings returns US-ASCII if self is US-ASCII only, despite the default internal and external encodings being different	Success		0.001
encoding	String#encoding for US-ASCII Strings returns US-ASCII if self is US-ASCII only, despite the default encodings being different	Success		0.001
encoding	String#encoding for Strings with \u escapes returns UTF-?	Success		0.000
encoding	String#encoding for Strings with \u escapes returns US-ASCII if self is US-ASCII only	Success		0.001
encoding	String#encoding for Strings with \u escapes returns UTF-? if self isn't US-ASCII only	Success		0.000
encoding	String#encoding for Strings with \u escapes is not affected by the default internal encoding	Success		0.001
encoding	String#encoding for Strings with \u escapes is not affected by the default external encoding	Success		0.001
encoding	String#encoding for Strings with \u escapes is not affected by both the default internal and external encoding being set at the same time	Success		0.001
encoding	String#encoding for Strings with \u escapes returns the given encoding if #force_encoding has been called	Success		0.000
encoding	String#encoding for Strings with \u escapes returns the given encoding if #encode!has been called	Success		0.001
encoding	String#encoding for Strings with \x escapes returns US-ASCII if self is US-ASCII only	Success		0.001
encoding	String#encoding for Strings with \x escapes returns ASCII-?BIT when an escape creates a byte with the ?th bit set if the source encoding is US-ASCII	Success		0.001
encoding	String#encoding for Strings with \x escapes returns the source encoding when an escape creates a byte with the ?th bit set if the source encoding isn't US-ASCII	Success		0.001
encoding	String#encoding for Strings with \x escapes is not affected by the default internal encoding	Success		0.001
encoding	String#encoding for Strings with \x escapes is not affected by the default external encoding	Success		0.001
encoding	String#encoding for Strings with \x escapes is not affected by both the default internal and external encoding being set at the same time	Success		0.001
encoding	String#encoding for Strings with \x escapes returns the given encoding if #force_encoding has been called	Success		0.000
encoding	String#encoding for Strings with \x escapes returns the given encoding if #encode!has been called	Success		0.001
end_with	String#end_with? returns true only if ends match	Success		0.001
end_with	String#end_with? returns false if the end does not match	Success		0.000
end_with	String#end_with? returns true if the search string is empty	Success		0.001
end_with	String#end_with? returns true only if any ending match	Success		0.000
end_with	String#end_with? converts its argument using :to_str	Success		0.002
end_with	String#end_with? ignores arguments not convertible to string	Success		0.001
end_with	String#end_with? uses only the needed arguments	Success		0.001
end_with	String#end_with? works for multibyte strings	Success		0.001
eql	String#eql? returns true if self <=> string returns 0	Success		0.000
eql	String#eql? returns false if self <=> string does not return 0	Success		0.000
eql	String#eql? ignores encoding difference of compatible string	Success		0.000
eql	String#eql? considers encoding difference of incompatible string	Success		0.000
eql	String#eql? considers encoding compatibility	Success		0.000
eql	String#eql? ignores subclass differences	Success		0.000
eql	String#eql? when given a non-String returns false	Success		0.001
eql	String#eql? when given a non-String does not try to call #to_str on the given argument	Success		0.001
equal_value	String#== returns true if self <=> string returns 0	Success		0.001
equal_value	String#== returns false if self <=> string does not return 0	Success		0.000
equal_value	String#== ignores encoding difference of compatible string	Success		0.000
equal_value	String#== considers encoding difference of incompatible string	Success		0.000
equal_value	String#== considers encoding compatibility	Success		0.000
equal_value	String#== ignores subclass differences	Success		0.000
equal_value	String#== returns false if obj does not respond to to_str	Success		0.001
equal_value	String#== returns obj == self if obj responds to to_str	Success		0.002
equal_value	String#== is not fooled by NUL characters	Success		0.000
force_encoding	String#force_encoding accepts a String as the name of an Encoding	Success		0.001
force_encoding	String#force_encoding accepts an Encoding instance	Success		0.000
force_encoding	String#force_encoding calls #to_str to convert an object to an encoding name	Success		0.002
force_encoding	String#force_encoding raises a TypeError if #to_str does not return a String	Success		0.002
force_encoding	String#force_encoding raises a TypeError if passed nil	Success		0.001
force_encoding	String#force_encoding returns self	Success		0.000
force_encoding	String#force_encoding sets the encoding even if the String contents are invalid in that encoding	Success		0.001
force_encoding	String#force_encoding does not transcode self	Success		0.001
force_encoding	String#force_encoding raises a RuntimeError if self is frozen	Success		0.001
freeze	String#freeze produces the same object whenever called on an instance of a literal in the source	Success		0.001
freeze	String#freeze doesn't produce the same object for different instances of literals in the source	Success		0.000
freeze	String#freeze being a special form doesn't change the value of defined?	Success		0.000
getbyte	String#getbyte returns an Integer if given a valid index	Success		0.000
getbyte	String#getbyte starts indexing at 0	Success		0.001
getbyte	String#getbyte counts from the end of the String if given a negative argument	Success		0.001
getbyte	String#getbyte returns an Integer between 0 and 255	Success		0.001
getbyte	String#getbyte regards a multi-byte character as having multiple bytes	Success		0.001
getbyte	String#getbyte mirrors the output of #bytes	Success		0.002
getbyte	String#getbyte interprets bytes relative to the String's encoding	Success		0.001
getbyte	String#getbyte returns nil for out-of-bound indexes	Success		0.000
getbyte	String#getbyte regards the empty String as containing no bytes	Success		0.000
getbyte	String#getbyte raises an ArgumentError unless given one argument	Success		0.001
getbyte	String#getbyte raises a TypeError unless its argument can be coerced into an Integer	Success		0.001
gsub	String#gsub with pattern and replacement inserts the replacement around every character when the pattern collapses	Success		0.003
gsub	String#gsub with pattern and replacement respects $KCODE when the pattern collapses	Success		0.001
gsub	String#gsub with pattern and replacement doesn't freak out when replacing ^	Success		0.001
gsub	String#gsub with pattern and replacement returns a copy of self with all occurrences of pattern replaced with replacement	Success		0.002
gsub	String#gsub with pattern and replacement ignores a block if supplied	Success		0.001
gsub	String#gsub with pattern and replacement supports \G which matches at the beginning of the remaining (non-matched) string	Success		0.001
gsub	String#gsub with pattern and replacement supports /i for ignoring case	Success		0.001
gsub	String#gsub with pattern and replacement doesn't interpret regexp metacharacters if pattern is a string	Success		0.001
gsub	String#gsub with pattern and replacement replaces \1 sequences with the regexp's corresponding capture	Success		0.004
gsub	String#gsub with pattern and replacement treats \1 sequences without corresponding captures as empty strings	Success		0.005
gsub	String#gsub with pattern and replacement replaces \& and \0 with the complete match	Success		0.007
gsub	String#gsub with pattern and replacement replaces \` with everything before the current match	Success		0.003
gsub	String#gsub with pattern and replacement replaces \' with everything after the current match	Success		0.003
gsub	String#gsub with pattern and replacement replaces \+ with the last paren that actually matched	Success		0.003
gsub	String#gsub with pattern and replacement treats \+ as an empty string if there was no captures	Success		0.001
gsub	String#gsub with pattern and replacement maps \\ in replacement to \	Success		0.001
gsub	String#gsub with pattern and replacement leaves unknown \x escapes in replacement untouched	Success		0.002
gsub	String#gsub with pattern and replacement leaves \ at the end of replacement untouched	Success		0.001
gsub	String#gsub with pattern and replacement replaces \k named backreferences with the regexp's corresponding capture	Success		0.003
gsub	String#gsub with pattern and replacement taints the result if the original string or replacement is tainted	Success		0.003
gsub	String#gsub with pattern and replacement handles pattern collapse without $KCODE	Success		0.001
gsub	String#gsub with pattern and replacement untrusts the result if the original string or replacement is untrusted	Success		0.003
gsub	String#gsub with pattern and replacement tries to convert pattern to a string using to_str	Success		0.001
gsub	String#gsub with pattern and replacement raises a TypeError when pattern can't be converted to a string	Success		0.002
gsub	String#gsub with pattern and replacement tries to convert replacement to a string using to_str	Success		0.001
gsub	String#gsub with pattern and replacement raises a TypeError when replacement can't be converted to a string	Success		0.001
gsub	String#gsub with pattern and replacement returns subclass instances when called on a subclass	Success		0.001
gsub	String#gsub with pattern and replacement sets $~ to MatchData of last match and nil when there's none	Success		0.001
gsub	String#gsub with pattern and Hash returns a copy of self with all occurrences of pattern replaced with the value of the corresponding hash key	Success		0.002
gsub	String#gsub with pattern and Hash ignores keys that don't correspond to matches	Success		0.001
gsub	String#gsub with pattern and Hash returns an empty string if the pattern matches but the hash specifies no replacements	Success		0.001
gsub	String#gsub with pattern and Hash ignores non-String keys	Success		0.001
gsub	String#gsub with pattern and Hash uses a key's value as many times as needed	Success		0.001
gsub	String#gsub with pattern and Hash uses the hash's default value for missing keys	Success		0.001
gsub	String#gsub with pattern and Hash coerces the hash values with #to_s	Success		0.002
gsub	String#gsub with pattern and Hash uses the hash's value set from default_proc for missing keys	Success		0.001
gsub	String#gsub with pattern and Hash sets $~ to MatchData of last match and nil when there's none for access from outside	Success		0.001
gsub	String#gsub with pattern and Hash doesn't interpolate special sequences like \1 for the block's return value	Success		0.001
gsub	String#gsub with pattern and Hash untrusts the result if the original string is untrusted	Success		0.001
gsub	String#gsub with pattern and Hash untrusts the result if a hash value is untrusted	Success		0.001
gsub	String#gsub with pattern and Hash taints the result if the original string is tainted	Success		0.001
gsub	String#gsub with pattern and Hash taints the result if a hash value is tainted	Success		0.001
gsub	String#gsub! with pattern and Hash returns self with all occurrences of pattern replaced with the value of the corresponding hash key	Success		0.002
gsub	String#gsub! with pattern and Hash ignores keys that don't correspond to matches	Success		0.001
gsub	String#gsub! with pattern and Hash replaces self with an empty string if the pattern matches but the hash specifies no replacements	Success		0.001
gsub	String#gsub! with pattern and Hash ignores non-String keys	Success		0.001
gsub	String#gsub! with pattern and Hash uses a key's value as many times as needed	Success		0.001
gsub	String#gsub! with pattern and Hash uses the hash's default value for missing keys	Success		0.001
gsub	String#gsub! with pattern and Hash coerces the hash values with #to_s	Success		0.002
gsub	String#gsub! with pattern and Hash uses the hash's value set from default_proc for missing keys	Success		0.001
gsub	String#gsub! with pattern and Hash sets $~ to MatchData of last match and nil when there's none for access from outside	Success		0.001
gsub	String#gsub! with pattern and Hash doesn't interpolate special sequences like \1 for the block's return value	Success		0.001
gsub	String#gsub! with pattern and Hash keeps untrusted state	Success		0.001
gsub	String#gsub! with pattern and Hash untrusts self if a hash value is untrusted	Success		0.001
gsub	String#gsub! with pattern and Hash keeps tainted state	Success		0.001
gsub	String#gsub! with pattern and Hash taints self if a hash value is tainted	Success		0.001
gsub	String#gsub with pattern and block returns a copy of self with all occurrences of pattern replaced with the block's return value	Success		0.003
gsub	String#gsub with pattern and block sets $~ for access from the block	Success		0.002
gsub	String#gsub with pattern and block restores $~ after leaving the block	Success		0.002
gsub	String#gsub with pattern and block sets $~ to MatchData of last match and nil when there's none for access from outside	Success		0.001
gsub	String#gsub with pattern and block doesn't interpolate special sequences like \1 for the block's return value	Success		0.001
gsub	String#gsub with pattern and block converts the block's return value to a string using to_s	Success		0.001
gsub	String#gsub with pattern and block untrusts the result if the original string or replacement is untrusted	Success		0.004
gsub	String#gsub with pattern and block uses the compatible encoding if they are compatible	Success		0.001
gsub	String#gsub with pattern and block raises an Encoding::CompatibilityError if the encodings are not compatible	Success		0.001
gsub	String#gsub with pattern and block replaces the incompatible part properly even if the encodings are not compatible	Success		0.001
gsub	String#gsub with pattern and block raises an ArgumentError if encoding is not valid	Success		0.001
gsub	String#gsub with pattern and without replacement and block returns an enumerator	Success		0.002
gsub	String#gsub with pattern and without replacement and block returned Enumerator size should return nil	Success		0.001
gsub	String#gsub! with pattern and replacement modifies self in place and returns self	Success		0.001
gsub	String#gsub! with pattern and replacement modifies self in place with multi-byte characters and returns self	Success		0.001
gsub	String#gsub! with pattern and replacement taints self if replacement is tainted	Success		0.002
gsub	String#gsub! with pattern and replacement untrusts self if replacement is untrusted	Success		0.002
gsub	String#gsub! with pattern and replacement returns nil if no modifications were made	Success		0.001
gsub	String#gsub! with pattern and replacement raises a RuntimeError when self is frozen	Success		0.001
gsub	String#gsub! with pattern and block modifies self in place and returns self	Success		0.001
gsub	String#gsub! with pattern and block taints self if block's result is tainted	Success		0.002
gsub	String#gsub! with pattern and block untrusts self if block's result is untrusted	Success		0.002
gsub	String#gsub! with pattern and block returns nil if no modifications were made	Success		0.001
gsub	String#gsub! with pattern and block raises a RuntimeError when self is frozen	Success		0.001
gsub	String#gsub! with pattern and block uses the compatible encoding if they are compatible	Success		0.001
gsub	String#gsub! with pattern and block raises an Encoding::CompatibilityError if the encodings are not compatible	Success		0.001
gsub	String#gsub! with pattern and block replaces the incompatible part properly even if the encodings are not compatible	Success		0.001
gsub	String#gsub! with pattern and block raises an ArgumentError if encoding is not valid	Success		0.001
gsub	String#gsub! with pattern and without replacement and block returns an enumerator	Success		0.001
gsub	String#gsub! with pattern and without replacement and block returned Enumerator size should return nil	Success		0.001
hash	String#hash returns a hash based on a string's length and content	Success		0.001
hex	String#hex treats leading characters of self as a string of hex digits	Success		0.001
hex	String#hex does not accept a sequence of underscores as part of a number	Success		0.001
hex	String#hex takes an optional sign	Success		0.001
hex	String#hex takes an optional 0x	Success		0.000
hex	String#hex requires that the sign is in front of the 0x if present	Success		0.000
hex	String#hex returns 0 on error	Success		0.001
hex	String#hex returns 0 if sequence begins with underscore	Success		0.001
include	String#include? with String returns true if self contains other_str	Success		0.001
include	String#include? with String ignores subclass differences	Success		0.001
include	String#include? with String tries to convert other to string using to_str	Success		0.001
include	String#include? with String raises a TypeError if other can't be converted to string	Success		0.002
index	String#index raises a TypeError if passed nil	Success		0.001
index	String#index raises a TypeError if passed a boolean	Success		0.001
index	String#index raises a TypeError if passed a Symbol	Success		0.001
index	String#index calls #to_str to convert the first argument	Success		0.001
index	String#index calls #to_int to convert the second argument	Success		0.001
index	String#index raises a TypeError if passed a Fixnum	Success		0.001
index	String#index with String behaves the same as String#index(char) for one-character strings	Success		0.012
index	String#index with String returns the index of the first occurrence of the given substring	Success		0.001
index	String#index with String doesn't set $~	Success		0.001
index	String#index with String ignores string subclasses	Success		0.001
index	String#index with String starts the search at the given offset	Success		0.003
index	String#index with String starts the search at offset + self.length if offset is negative	Success		0.008
index	String#index with String returns nil if the substring isn't found	Success		0.001
index	String#index with String returns the character index of a multibyte character	Success		0.000
index	String#index with String returns the character index after offset	Success		0.000
index	String#index with String returns the character index after a partial first match	Success		0.000
index	String#index with String raises an Encoding::CompatibilityError if the encodings are incompatible	Success		0.001
index	String#index with Regexp behaves the same as String#index(string) for escaped string regexps	Success		0.054
index	String#index with Regexp returns the index of the first match of regexp	Success		0.015
index	String#index with Regexp sets $~ to MatchData of match and nil when there's none	Success		0.001
index	String#index with Regexp starts the search at the given offset	Success		0.003
index	String#index with Regexp starts the search at offset + self.length if offset is negative	Success		0.007
index	String#index with Regexp returns nil if the substring isn't found	Success		0.001
index	String#index with Regexp returns nil if the Regexp matches the empty string and the offset is out of range	Success		0.000
index	String#index with Regexp supports \G which matches at the given start offset	Success		0.001
index	String#index with Regexp converts start_offset to an integer via to_int	Success		0.002
index	String#index with Regexp returns the character index of a multibyte character	Success		0.001
index	String#index with Regexp returns the character index after offset	Success		0.000
index	String#index with Regexp treats the offset as a character index	Success		0.000
index	String#index with Regexp raises an Encoding::CompatibilityError if the encodings are incompatible	Success		0.001
initialize	String#initialize is a private method	Success		0.002
initialize	String#initialize with no arguments does not change self	Success		0.000
initialize	String#initialize with no arguments does not raise an exception when frozen	Success		0.000
initialize	String#initialize with an argument returns self	Success		0.000
initialize	String#initialize with an argument replaces the content of self with other	Success		0.000
initialize	String#initialize with an argument taints self if other is tainted	Success		0.000
initialize	String#initialize with an argument does not untaint self if other is untainted	Success		0.000
initialize	String#initialize with an argument untrusts self if other is untrusted	Success		0.000
initialize	String#initialize with an argument does not trust self if other is trusted	Success		0.000
initialize	String#initialize with an argument replaces the encoding of self with that of other	Success		0.001
initialize	String#initialize with an argument carries over the encoding invalidity	Success		0.000
initialize	String#initialize with an argument tries to convert other to string using to_str	Success		0.002
initialize	String#initialize with an argument raises a TypeError if other can't be converted to string	Success		0.001
initialize	String#initialize with an argument raises a RuntimeError on a frozen instance that is modified	Success		0.001
initialize	String#initialize with an argument raises a RuntimeError on a frozen instance when self-replacing	Success		0.001
insert	String#insert with index, other inserts other before the character at the given index	Success		0.001
insert	String#insert with index, other modifies self in place	Success		0.000
insert	String#insert with index, other inserts after the given character on an negative count	Success		0.001
insert	String#insert with index, other raises an IndexError if the index is beyond string	Success		0.001
insert	String#insert with index, other converts index to an integer using to_int	Success		0.001
insert	String#insert with index, other converts other to a string using to_str	Success		0.001
insert	String#insert with index, other taints self if string to insert is tainted	Success		0.001
insert	String#insert with index, other raises a TypeError if other can't be converted to string	Success		0.001
insert	String#insert with index, other raises a RuntimeError if self is frozen	Success		0.001
insert	String#insert with index, other inserts a character into a multibyte encoded string	Success		0.000
insert	String#insert with index, other returns a String in the compatible encoding	Success		0.000
insert	String#insert with index, other raises an Encoding::CompatibilityError if the encodings are incompatible	Success		0.001
inspect	String#inspect taints the result if self is tainted	Success		0.001
inspect	String#inspect untrusts the result if self is untrusted	Success		0.001
inspect	String#inspect does not return a subclass instance	Success		0.001
inspect	String#inspect returns a string with special characters replaced with \<char> notation	Success		0.001
inspect	String#inspect returns a string with " and \ escaped with a backslash	Success		0.001
inspect	String#inspect returns a string with \#<char> when # is followed by $, @, {	Success		0.001
inspect	String#inspect returns a string with # not escaped when followed by any other character	Success		0.001
inspect	String#inspect returns a string with printable non-alphanumeric characters unescaped	Success		0.004
inspect	String#inspect returns a string with numeric characters unescaped	Success		0.002
inspect	String#inspect returns a string with upper-case alpha characters unescaped	Success		0.004
inspect	String#inspect returns a string with lower-case alpha characters unescaped	Success		0.003
inspect	String#inspect returns a string with non-printing characters replaced by \x notation	Success		0.022
inspect	String#inspect returns a string with a NUL character replaced by \x notation	Success		0.001
inspect	String#inspect when default external is UTF-? returns a string with non-printing characters replaced by \u notation for Unicode strings	Success		0.011
inspect	String#inspect when default external is UTF-? returns a string with a NUL character replaced by \u notation	Success		0.001
inspect	String#inspect when default external is UTF-? returns a string with extended characters for Unicode strings	Success		0.017
intern	String#intern returns the symbol corresponding to self	Success		0.001
intern	String#intern does not special case +(binary) and -(binary)	Success		0.000
intern	String#intern does not special case certain operators	Success		0.000
length	String#length returns the length of self	Success		0.001
length	String#length returns the length of a string in different encodings	Success		0.002
length	String#length returns the length of the new self after encoding is changed	Success		0.000
lines	String#lines splits using default newline separator when none is specified	Success		0.001
lines	String#lines splits self using the supplied record separator and passes each substring to the block	Success		0.001
lines	String#lines taints substrings that are passed to the block if self is tainted	Success		0.001
lines	String#lines passes self as a whole to the block if the separator is nil	Success		0.000
lines	String#lines yields paragraphs (broken by 2 or more successive newlines) when passed ''	Success		0.001
lines	String#lines yields subclass instances for subclasses	Success		0.001
lines	String#lines returns self	Success		0.000
lines	String#lines tries to convert the separator to a string using to_str	Success		0.002
lines	String#lines does not care if the string is modified while substituting	Success		0.001
lines	String#lines raises a TypeError when the separator can't be converted to a string	Success		0.001
lines	String#lines accepts a string separator	Success		0.001
lines	String#lines raises a TypeError when the separator is a symbol	Success		0.001
lines	String#lines returns an array when no block given	Success		0.001
lines	String#lines uses $/ as the separator when none is given	Success		0.007
ljust	String#ljust with length, padding returns a new string of specified length with self left justified and padded with padstr	Success		0.002
ljust	String#ljust with length, padding pads with whitespace if no padstr is given	Success		0.001
ljust	String#ljust with length, padding returns self if it's longer than or as long as the specified length	Success		0.001
ljust	String#ljust with length, padding taints result when self or padstr is tainted	Success		0.001
ljust	String#ljust with length, padding tries to convert length to an integer using to_int	Success		0.002
ljust	String#ljust with length, padding raises a TypeError when length can't be converted to an integer	Success		0.002
ljust	String#ljust with length, padding tries to convert padstr to a string using to_str	Success		0.001
ljust	String#ljust with length, padding raises a TypeError when padstr can't be converted	Success		0.002
ljust	String#ljust with length, padding raises an ArgumentError when padstr is empty	Success		0.001
ljust	String#ljust with length, padding returns subclass instances when called on subclasses	Success		0.001
ljust	String#ljust with length, padding when padding is tainted and self is untainted returns a tainted string if and only if length is longer than self	Success		0.001
ljust	String#ljust with length, padding with width returns a String in the same encoding as the original	Success		0.001
ljust	String#ljust with length, padding with width, pattern returns a String in the compatible encoding	Success		0.001
ljust	String#ljust with length, padding with width, pattern raises an Encoding::CompatibilityError if the encodings are incompatible	Success		0.001
lstrip	String#lstrip returns a copy of self with leading whitespace removed	Success		0.001
lstrip	String#lstrip does not strip leading \0	Success		0.000
lstrip	String#lstrip taints the result when self is tainted	Success		0.002
lstrip	String#lstrip! modifies self in place and returns self	Success		0.001
lstrip	String#lstrip! returns nil if no modifications were made	Success		0.000
lstrip	String#lstrip! raises a RuntimeError on a frozen instance that is modified	Success		0.001
lstrip	String#lstrip! raises a RuntimeError on a frozen instance that would not be modified	Success		0.001
match	String#=~ behaves the same way as index() when given a regexp	Success		0.001
match	String#=~ raises a TypeError if a obj is a string	Success		0.001
match	String#=~ invokes obj.=~ with self if obj is neither a string nor regexp	Success		0.003
match	String#=~ sets $~ to MatchData when there is a match and nil when there's none	Success		0.001
match	String#=~ returns the character index of a found match	Success		0.000
match	String#match matches the pattern against self	Success		0.001
match	String#match matches a literal Regexp that uses ASCII-only UTF-? escape sequences	Success		0.001
match	String#match tries to convert pattern to a string via to_str	Success		0.001
match	String#match raises a TypeError if pattern is not a regexp or a string	Success		0.001
match	String#match converts string patterns to regexps without escaping	Success		0.001
match	String#match returns nil if there's no match	Success		0.000
match	String#match matches \G at the start of the string	Success		0.001
match	String#match sets $~ to MatchData of match or nil when there is none	Success		0.001
match	String#match calls match on the regular expression	Success		0.001
match	String#match with [pattern, position] when given a positive position matches the pattern against self starting at an optional index	Success		0.001
match	String#match with [pattern, position] when given a positive position uses the start as a character offset	Success		0.001
match	String#match with [pattern, position] when given a negative position matches the pattern against self starting at an optional index	Success		0.001
match	String#match with [pattern, position] when given a negative position uses the start as a character offset	Success		0.001
match	String#match when passed a block yields the MatchData	Success		0.001
match	String#match when passed a block returns the block result	Success		0.000
match	String#match when passed a block does not yield if there is no match	Success		0.001
modulo	String#% formats multiple expressions	Skipped	tagged	0.000
modulo	String#% formats single % characters before a newline or NULL as literal %s	Skipped	tagged	0.000
modulo	String#% raises an error if single % appears anywhere else	Skipped	tagged	0.000
modulo	String#% raises an error if NULL or \n appear anywhere else in the format string	Skipped	tagged	0.000
modulo	String#% raises an ArgumentError for unused arguments when $DEBUG is true	Skipped	tagged	0.000
modulo	String#% always allows unused arguments when positional argument style is used	Skipped	tagged	0.000
modulo	String#% replaces trailing absolute argument specifier without type with percent sign	Skipped	tagged	0.000
modulo	String#% raises an ArgumentError when given invalid argument specifiers	Skipped	tagged	0.000
modulo	String#% raises an ArgumentError when multiple positional argument tokens are given for one format specifier	Skipped	tagged	0.000
modulo	String#% respects positional arguments and precision tokens given for one format specifier	Skipped	tagged	0.000
modulo	String#% allows more than one digit of position	Skipped	tagged	0.000
modulo	String#% raises an ArgumentError when multiple width star tokens are given for one format specifier	Skipped	tagged	0.000
modulo	String#% raises an ArgumentError when a width star token is seen after a width token	Skipped	tagged	0.000
modulo	String#% raises an ArgumentError when multiple precision tokens are given	Skipped	tagged	0.000
modulo	String#% raises an ArgumentError when absolute and relative argument numbers are mixed	Skipped	tagged	0.000
modulo	String#% allows reuse of the one argument multiple via absolute argument numbers	Skipped	tagged	0.000
modulo	String#% allows positional arguments for width star and precision star arguments	Skipped	tagged	0.000
modulo	String#% allows negative width to imply '-' flag	Skipped	tagged	0.000
modulo	String#% ignores negative precision	Skipped	tagged	0.000
modulo	String#% allows a star to take an argument number to use as the width	Skipped	tagged	0.000
modulo	String#% calls to_int on width star and precision star tokens	Skipped	tagged	0.000
modulo	String#% does not call #to_a to convert the argument	Skipped	tagged	0.000
modulo	String#% calls #to_ary to convert the argument	Skipped	tagged	0.000
modulo	String#% wraps the object in an Array if #to_ary returns nil	Skipped	tagged	0.000
modulo	String#% raises a TypeError if #to_ary does not return an Array	Skipped	tagged	0.000
modulo	String#% tries to convert the argument to Array by calling #to_ary	Skipped	tagged	0.000
modulo	String#% doesn't return subclass instances when called on a subclass	Skipped	tagged	0.000
modulo	String#% always taints the result when the format string is tainted	Skipped	tagged	0.000
modulo	String#% supports binary formats using %b for positive numbers	Skipped	tagged	0.000
modulo	String#% supports binary formats using %b for negative numbers	Skipped	tagged	0.000
modulo	String#% supports binary formats using %B with same behaviour as %b except for using 0B instead of 0b for #	Skipped	tagged	0.000
modulo	String#% supports character formats using %c	Skipped	tagged	0.000
modulo	String#% supports single character strings as argument for %c	Skipped	tagged	0.000
modulo	String#% raises an exception for multiple character strings as argument for %c	Skipped	tagged	0.000
modulo	String#% calls to_str on argument for %c formats	Skipped	tagged	0.000
modulo	String#% calls #to_ary on argument for %c formats	Skipped	tagged	0.000
modulo	String#% calls #to_int on argument for %c formats, if the argument does not respond to #to_ary	Skipped	tagged	0.000
modulo	String#% supports integer formats using %d	Skipped	tagged	0.000
modulo	String#% supports negative integers using %d	Skipped	tagged	0.000
modulo	String#% supports negative integers using %d, giving priority to `-`	Skipped	tagged	0.000
modulo	String#% supports integer formats using %i	Skipped	tagged	0.000
modulo	String#% supports negative integers using %i	Skipped	tagged	0.000
modulo	String#% supports negative integers using %i, giving priority to `-`	Skipped	tagged	0.000
modulo	String#% supports float formats using %e	Skipped	tagged	0.000
modulo	String#% supports float formats using %e, but Inf, -Inf, and NaN are not floats	Skipped	tagged	0.000
modulo	String#% supports float formats using %E, but Inf, -Inf, and NaN are not floats	Skipped	tagged	0.000
modulo	String#% supports float formats using %E	Skipped	tagged	0.000
modulo	String#% supports float formats using %f	Skipped	tagged	0.000
modulo	String#% supports float formats using %g	Skipped	tagged	0.000
modulo	String#% supports float formats using %G	Skipped	tagged	0.000
modulo	String#% supports octal formats using %o for positive numbers	Skipped	tagged	0.000
modulo	String#% supports octal formats using %o for negative numbers	Skipped	tagged	0.000
modulo	String#% supports inspect formats using %p	Skipped	tagged	0.000
modulo	String#% supports string formats using %s	Skipped	tagged	0.000
modulo	String#% taints result for %s when argument is tainted	Skipped	tagged	0.000
modulo	String#% raises an ArgumentError for huge precisions for %s	Skipped	tagged	0.000
modulo	String#% supports unsigned formats using %u	Skipped	tagged	0.000
modulo	String#% formats negative values with a leading sign using %u	Skipped	tagged	0.000
modulo	String#% supports hex formats using %x for positive numbers	Skipped	tagged	0.000
modulo	String#% supports hex formats using %x for negative numbers	Skipped	tagged	0.000
modulo	String#% supports hex formats using %X for positive numbers	Skipped	tagged	0.000
modulo	String#% supports hex formats using %X for negative numbers	Skipped	tagged	0.000
modulo	String#% formats zero without prefix using %#x	Skipped	tagged	0.000
modulo	String#% formats zero without prefix using %#X	Skipped	tagged	0.000
modulo	String#% behaves as if calling Kernel#Integer for %b argument, if it does not respond to #to_ary	Skipped	tagged	0.000
modulo	String#% tries to convert the passed argument to an Array using #to_ary	Skipped	tagged	0.000
modulo	String#% behaves as if calling Kernel#Float for %e arguments, when the passed argument does not respond to #to_ary	Skipped	tagged	0.000
modulo	String#% behaves as if calling Kernel#Float for %e arguments, when the passed argument is hexadecimal string	Skipped	tagged	0.000
modulo	String#% tries to convert the passed argument to an Array using #to_ary	Skipped	tagged	0.000
modulo	String#% behaves as if calling Kernel#Float for %E arguments, when the passed argument does not respond to #to_ary	Skipped	tagged	0.000
modulo	String#% behaves as if calling Kernel#Float for %E arguments, when the passed argument is hexadecimal string	Skipped	tagged	0.000
modulo	String#% tries to convert the passed argument to an Array using #to_ary	Skipped	tagged	0.000
modulo	String#% behaves as if calling Kernel#Float for %f arguments, when the passed argument does not respond to #to_ary	Skipped	tagged	0.000
modulo	String#% behaves as if calling Kernel#Float for %f arguments, when the passed argument is hexadecimal string	Skipped	tagged	0.000
modulo	String#% tries to convert the passed argument to an Array using #to_ary	Skipped	tagged	0.000
modulo	String#% behaves as if calling Kernel#Float for %g arguments, when the passed argument does not respond to #to_ary	Skipped	tagged	0.000
modulo	String#% behaves as if calling Kernel#Float for %g arguments, when the passed argument is hexadecimal string	Skipped	tagged	0.000
modulo	String#% tries to convert the passed argument to an Array using #to_ary	Skipped	tagged	0.000
modulo	String#% behaves as if calling Kernel#Float for %G arguments, when the passed argument does not respond to #to_ary	Skipped	tagged	0.000
modulo	String#% behaves as if calling Kernel#Float for %G arguments, when the passed argument is hexadecimal string	Skipped	tagged	0.000
modulo	String#% formats expressions mid string	Success		0.001
modulo	String#% formats %% into %	Success		0.001
modulo	String#% ignores unused arguments when $DEBUG is false	Success		0.001
modulo	String#% raises an ArgumentError when there are less arguments than format specifiers	Success		0.001
modulo	String#% always interprets an array argument as a list of argument parameters	Success		0.001
modulo	String#% always interprets an array subclass argument as a list of argument parameters	Success		0.001
modulo	String#% calls inspect on arguments for %p format	Success		0.001
modulo	String#% taints result for %p when argument.inspect is tainted	Success		0.001
modulo	String#% respects a space padding request not as part of the width	Success		0.001
modulo	String#% calls to_s on non-String arguments for %s format	Success		0.001
modulo	String#% supports negative bignums with %u or %d	Success		0.001
modulo	String#% behaves as if calling Kernel#Integer for %d argument, if it does not respond to #to_ary	Success		0.012
modulo	String#% behaves as if calling Kernel#Integer for %i argument, if it does not respond to #to_ary	Success		0.011
modulo	String#% behaves as if calling Kernel#Integer for %o argument, if it does not respond to #to_ary	Success		0.013
modulo	String#% behaves as if calling Kernel#Integer for %u argument, if it does not respond to #to_ary	Success		0.011
modulo	String#% behaves as if calling Kernel#Integer for %x argument, if it does not respond to #to_ary	Success		0.011
modulo	String#% behaves as if calling Kernel#Integer for %X argument, if it does not respond to #to_ary	Success		0.012
modulo	String#% doesn't taint the result for %e when argument is tainted	Success		0.001
modulo	String#% doesn't taint the result for %E when argument is tainted	Success		0.001
modulo	String#% doesn't taint the result for %f when argument is tainted	Success		0.001
modulo	String#% doesn't taint the result for %g when argument is tainted	Success		0.001
modulo	String#% doesn't taint the result for %G when argument is tainted	Success		0.001
modulo	String#% when format string contains %{} sections replaces %{} sections with values from passed-in hash	Success		0.002
modulo	String#% when format string contains %{} sections raises KeyError if key is missing from passed-in hash	Success		0.001
modulo	String#% when format string contains %{} sections should raise ArgumentError if no hash given	Success		0.001
modulo	String#% when format string contains %<> formats should raise ArgumentError if no hash given	Skipped	tagged	0.000
modulo	String#% when format string contains %<> formats uses the named argument for the format's value	Success		0.001
modulo	String#% when format string contains %<> formats raises KeyError if key is missing from passed-in hash	Success		0.001
multiply	String#* returns a new string containing count copies of self	Success		0.001
multiply	String#* tries to convert the given argument to an integer using to_int	Success		0.002
multiply	String#* raises an ArgumentError when given integer is negative	Success		0.001
multiply	String#* raises a RangeError when given integer is a Bignum	Success		0.001
multiply	String#* returns subclass instances	Success		0.001
multiply	String#* always taints the result when self is tainted	Success		0.001
multiply	String#* returns a String in the same encoding as self	Success		0.000
new	String.new accepts an encoding argument	Skipped	tagged	0.000
new	String.new returns an instance of String	Success		0.000
new	String.new returns a fully-formed String	Success		0.000
new	String.new returns a new string given a string argument	Success		0.001
new	String.new returns an instance of a subclass	Success		0.000
new	String.new is called on subclasses	Success		0.001
new	String.new raises TypeError on inconvertible object	Success		0.001
new	String.new returns a binary String	Success		0.000
next	String#next returns an empty string for empty strings	Success		0.000
next	String#next returns the successor by increasing the rightmost alphanumeric (digit => digit, letter => letter with same case)	Success		0.001
next	String#next increases non-alphanumerics (via ascii rules) if there are no alphanumerics	Success		0.001
next	String#next increases the next best alphanumeric (jumping over non-alphanumerics) if there is a carry	Success		0.001
next	String#next increases the next best character if there is a carry for non-alphanumerics	Success		0.001
next	String#next adds an additional character (just left to the last increased one) if there is a carry and no character left to increase	Success		0.001
next	String#next returns subclass instances when called on a subclass	Success		0.001
next	String#next taints the result if self is tainted	Success		0.001
next	String#next! is equivalent to succ, but modifies self in place (still returns self)	Success		0.001
next	String#next! raises a RuntimeError if self is frozen	Success		0.001
oct	String#oct treats numeric digits as base-? digits by default	Success		0.001
oct	String#oct accepts numbers formatted as binary	Success		0.000
oct	String#oct accepts numbers formatted as hexadecimal	Success		0.000
oct	String#oct accepts numbers formatted as decimal	Success		0.000
oct	String#oct accepts a single underscore separating digits	Success		0.000
oct	String#oct does not accept a sequence of underscores as part of a number	Success		0.001
oct	String#oct ignores characters that are incorrect for the base-? digits	Success		0.000
oct	String#oct returns 0 if no characters can be interpreted as a base-? number	Success		0.001
oct	String#oct returns 0 for strings with leading underscores	Success		0.001
oct	String#oct with a leading minus sign treats numeric digits as base-? digits by default	Success		0.000
oct	String#oct with a leading minus sign accepts numbers formatted as binary	Success		0.000
oct	String#oct with a leading minus sign accepts numbers formatted as hexadecimal	Success		0.000
oct	String#oct with a leading minus sign accepts numbers formatted as decimal	Success		0.000
oct	String#oct with a leading plus sign treats numeric digits as base-? digits by default	Success		0.000
oct	String#oct with a leading plus sign accepts numbers formatted as binary	Success		0.000
oct	String#oct with a leading plus sign accepts numbers formatted as hexadecimal	Success		0.000
oct	String#oct with a leading plus sign accepts numbers formatted as decimal	Success		0.000
ord	String#ord returns a Fixnum	Success		0.000
ord	String#ord returns the codepoint of the first character in the String	Success		0.000
ord	String#ord ignores subsequent characters	Success		0.000
ord	String#ord understands multibyte characters	Success		0.000
ord	String#ord is equivalent to #codepoints.first	Success		0.001
ord	String#ord raises an ArgumentError if called on an empty String	Success		0.001
partition	String#partition with String returns an array of substrings based on splitting on the given string	Success		0.001
partition	String#partition with String always returns 3 elements	Success		0.001
partition	String#partition with String accepts regexp	Success		0.001
partition	String#partition with String sets global vars if regexp used	Success		0.001
partition	String#partition with String converts its argument using :to_str	Success		0.002
partition	String#partition with String raises an error if not convertible to string	Success		0.001
partition	String#partition with String takes precedence over a given block	Success		0.001
plus	String#+ returns a new string containing the given string concatenated to self	Success		0.001
plus	String#+ converts any non-String argument with #to_str	Success		0.001
plus	String#+ raises a TypeError when given any object that fails #to_str	Success		0.001
plus	String#+ doesn't return subclass instances	Success		0.001
plus	String#+ taints the result when self or other is tainted	Success		0.004
plus	String#+ when self is in an ASCII-incompatible encoding incompatible with the argument's encoding uses self's encoding if both are empty	Success		0.001
plus	String#+ when self is in an ASCII-incompatible encoding incompatible with the argument's encoding uses self's encoding if the argument is empty	Success		0.001
plus	String#+ when self is in an ASCII-incompatible encoding incompatible with the argument's encoding uses the argument's encoding if self is empty	Success		0.001
plus	String#+ when self is in an ASCII-incompatible encoding incompatible with the argument's encoding raises Encoding::CompatibilityError if neither are empty	Success		0.001
plus	String#+ when the argument is in an ASCII-incompatible encoding incompatible with self's encoding uses self's encoding if both are empty	Success		0.001
plus	String#+ when the argument is in an ASCII-incompatible encoding incompatible with self's encoding uses self's encoding if the argument is empty	Success		0.001
plus	String#+ when the argument is in an ASCII-incompatible encoding incompatible with self's encoding uses the argument's encoding if self is empty	Success		0.001
plus	String#+ when the argument is in an ASCII-incompatible encoding incompatible with self's encoding raises Encoding::CompatibilityError if neither are empty	Success		0.001
plus	String#+ when self and the argument are in different ASCII-compatible encodings uses self's encoding if both are ASCII-only	Success		0.001
plus	String#+ when self and the argument are in different ASCII-compatible encodings uses self's encoding if the argument is ASCII-only	Success		0.000
plus	String#+ when self and the argument are in different ASCII-compatible encodings uses the argument's encoding if self is ASCII-only	Success		0.001
plus	String#+ when self and the argument are in different ASCII-compatible encodings raises Encoding::CompatibilityError if neither are ASCII-only	Success		0.001
plus	String#+ when self is ASCII-?BIT and argument is US-ASCII uses ASCII-?BIT encoding	Success		0.001
prepend	String#prepend prepends the given argument to self and returns self	Success		0.001
prepend	String#prepend converts the given argument to a String using to_str	Success		0.002
prepend	String#prepend raises a TypeError if the given argument can't be converted to a String	Success		0.002
prepend	String#prepend raises a RuntimeError when self if frozen	Success		0.001
prepend	String#prepend works when given a subclass instance	Success		0.001
prepend	String#prepend taints self if other is tainted	Success		0.001
replace	String#replace returns self	Success		0.000
replace	String#replace replaces the content of self with other	Success		0.000
replace	String#replace taints self if other is tainted	Success		0.000
replace	String#replace does not untaint self if other is untainted	Success		0.000
replace	String#replace untrusts self if other is untrusted	Success		0.000
replace	String#replace does not trust self if other is trusted	Success		0.000
replace	String#replace replaces the encoding of self with that of other	Success		0.001
replace	String#replace carries over the encoding invalidity	Success		0.000
replace	String#replace tries to convert other to string using to_str	Success		0.001
replace	String#replace raises a TypeError if other can't be converted to string	Success		0.001
replace	String#replace raises a RuntimeError on a frozen instance that is modified	Success		0.001
replace	String#replace raises a RuntimeError on a frozen instance when self-replacing	Success		0.001
reverse	String#reverse returns a new string with the characters of self in reverse order	Success		0.001
reverse	String#reverse taints the result if self is tainted	Success		0.001
reverse	String#reverse reverses a string with multi byte characters	Success		0.001
reverse	String#reverse! reverses self in place and always returns self	Success		0.001
reverse	String#reverse! raises a RuntimeError on a frozen instance that is modified	Success		0.001
reverse	String#reverse! raises a RuntimeError on a frozen instance that would not be modified	Success		0.001
reverse	String#reverse! reverses a string with multi byte characters	Success		0.000
rindex	String#rindex with object raises a TypeError if obj isn't a String, Fixnum or Regexp	Success		0.002
rindex	String#rindex with object doesn't try to convert obj to an integer via to_int	Success		0.002
rindex	String#rindex with object tries to convert obj to a string via to_str	Success		0.001
rindex	String#rindex with String behaves the same as String#rindex(char) for one-character strings	Success		0.013
rindex	String#rindex with String behaves the same as String#rindex(?char) for one-character strings	Success		0.015
rindex	String#rindex with String returns the index of the last occurrence of the given substring	Success		0.003
rindex	String#rindex with String doesn't set $~	Success		0.001
rindex	String#rindex with String ignores string subclasses	Success		0.001
rindex	String#rindex with String starts the search at the given offset	Success		0.003
rindex	String#rindex with String starts the search at offset + self.length if offset is negative	Success		0.008
rindex	String#rindex with String returns nil if the substring isn't found	Success		0.002
rindex	String#rindex with String tries to convert start_offset to an integer via to_int	Success		0.001
rindex	String#rindex with String raises a TypeError when given offset is nil	Success		0.001
rindex	String#rindex with Regexp behaves the same as String#rindex(string) for escaped string regexps	Success		0.055
rindex	String#rindex with Regexp returns the index of the first match from the end of string of regexp	Success		0.003
rindex	String#rindex with Regexp sets $~ to MatchData of match and nil when there's none	Success		0.001
rindex	String#rindex with Regexp starts the search at the given offset	Success		0.003
rindex	String#rindex with Regexp starts the search at offset + self.length if offset is negative	Success		0.008
rindex	String#rindex with Regexp returns nil if the substring isn't found	Success		0.001
rindex	String#rindex with Regexp supports \G which matches at the given start offset	Success		0.002
rindex	String#rindex with Regexp tries to convert start_offset to an integer via to_int	Success		0.001
rindex	String#rindex with Regexp raises a TypeError when given offset is nil	Success		0.001
rindex	String#rindex with Regexp returns the reverse character index of a multibyte character	Success		0.001
rindex	String#rindex with Regexp returns the character index before the finish	Success		0.001
rindex	String#rindex with Regexp raises an Encoding::CompatibilityError if the encodings are incompatible	Success		0.001
rjust	String#rjust with length, padding returns a new string of specified length with self right justified and padded with padstr	Success		0.002
rjust	String#rjust with length, padding pads with whitespace if no padstr is given	Success		0.000
rjust	String#rjust with length, padding returns self if it's longer than or as long as the specified length	Success		0.001
rjust	String#rjust with length, padding taints result when self or padstr is tainted	Success		0.001
rjust	String#rjust with length, padding tries to convert length to an integer using to_int	Success		0.002
rjust	String#rjust with length, padding raises a TypeError when length can't be converted to an integer	Success		0.003
rjust	String#rjust with length, padding tries to convert padstr to a string using to_str	Success		0.001
rjust	String#rjust with length, padding raises a TypeError when padstr can't be converted	Success		0.002
rjust	String#rjust with length, padding raises an ArgumentError when padstr is empty	Success		0.001
rjust	String#rjust with length, padding returns subclass instances when called on subclasses	Success		0.001
rjust	String#rjust with length, padding when padding is tainted and self is untainted returns a tainted string if and only if length is longer than self	Success		0.001
rjust	String#rjust with length, padding with width returns a String in the same encoding as the original	Success		0.001
rjust	String#rjust with length, padding with width, pattern returns a String in the compatible encoding	Success		0.001
rjust	String#rjust with length, padding with width, pattern raises an Encoding::CompatibilityError if the encodings are incompatible	Success		0.001
rpartition	String#rpartition with String returns an array of substrings based on splitting on the given string	Success		0.001
rpartition	String#rpartition with String always returns 3 elements	Success		0.001
rpartition	String#rpartition with String accepts regexp	Success		0.001
rpartition	String#rpartition with String affects $~	Success		0.000
rpartition	String#rpartition with String converts its argument using :to_str	Success		0.002
rpartition	String#rpartition with String raises an error if not convertible to string	Success		0.001
rstrip	String#rstrip returns a copy of self with trailing whitespace removed	Success		0.001
rstrip	String#rstrip returns a copy of self with all trailing whitespace and NULL bytes removed	Success		0.000
rstrip	String#rstrip taints the result when self is tainted	Success		0.001
rstrip	String#rstrip! modifies self in place and returns self	Success		0.001
rstrip	String#rstrip! modifies self removing trailing NULL bytes and whitespace	Success		0.000
rstrip	String#rstrip! returns nil if no modifications were made	Success		0.000
rstrip	String#rstrip! raises a RuntimeError on a frozen instance that is modified	Success		0.001
rstrip	String#rstrip! raises a RuntimeError on a frozen instance that would not be modified	Success		0.001
scan	String#scan returns an array containing all matches	Success		0.002
scan	String#scan respects $KCODE when the pattern collapses to nothing	Success		0.001
scan	String#scan stores groups as arrays in the returned arrays	Success		0.003
scan	String#scan scans for occurrences of the string if pattern is a string	Success		0.001
scan	String#scan sets $~ to MatchData of last match and nil when there's none	Success		0.001
scan	String#scan supports \G which matches the end of the previous match / string start for first match	Success		0.001
scan	String#scan tries to convert pattern to a string via to_str	Success		0.002
scan	String#scan raises a TypeError if pattern isn't a Regexp and can't be converted to a String	Success		0.002
scan	String#scan taints the results if the String argument is tainted	Success		0.001
scan	String#scan taints the results when passed a String argument if self is tainted	Success		0.001
scan	String#scan taints the results if the Regexp argument is tainted	Success		0.001
scan	String#scan taints the results when passed a Regexp argument if self is tainted	Success		0.001
scan	String#scan with pattern and block returns self	Success		0.001
scan	String#scan with pattern and block passes each match to the block as one argument: an array	Success		0.001
scan	String#scan with pattern and block passes groups to the block as one argument: an array	Success		0.001
scan	String#scan with pattern and block sets $~ for access from the block	Success		0.002
scan	String#scan with pattern and block restores $~ after leaving the block	Success		0.001
scan	String#scan with pattern and block sets $~ to MatchData of last match and nil when there's none for access from outside	Success		0.001
scan	String#scan with pattern and block taints the results if the String argument is tainted	Success		0.001
scan	String#scan with pattern and block taints the results when passed a String argument if self is tainted	Success		0.001
scan	String#scan with pattern and block taints the results if the Regexp argument is tainted	Success		0.001
scan	String#scan with pattern and block taints the results when passed a Regexp argument if self is tainted	Success		0.001
scrub	String#scrub with a default replacement returns self for valid strings	Success		0.001
scrub	String#scrub with a default replacement replaces invalid byte sequences	Success		0.001
scrub	String#scrub with a default replacement returns a copy of self when the input encoding is BINARY	Success		0.001
scrub	String#scrub with a default replacement replaces invalid byte sequences when using ASCII as the input encoding	Success		0.002
scrub	String#scrub with a custom replacement returns self for valid strings	Success		0.001
scrub	String#scrub with a custom replacement replaces invalid byte sequences	Success		0.001
scrub	String#scrub with a custom replacement replaces groups of sequences together with a single replacement	Success		0.001
scrub	String#scrub with a custom replacement raises ArgumentError for replacements with an invalid encoding	Success		0.001
scrub	String#scrub with a custom replacement raises TypeError when a non String replacement is given	Success		0.001
scrub	String#scrub with a block returns self for valid strings	Success		0.001
scrub	String#scrub with a block replaces invalid byte sequences	Success		0.002
scrub	String#scrub with a block replaces invalid byte sequences using a custom encoding	Success		0.001
scrub	String#scrub! modifies self for valid strings	Success		0.001
scrub	String#scrub! accepts blocks	Success		0.001
setbyte	String#setbyte returns an Integer	Success		0.001
setbyte	String#setbyte modifies the receiver	Success		0.001
setbyte	String#setbyte changes the byte at the given index to the new byte	Success		0.001
setbyte	String#setbyte allows changing bytes in multi-byte characters	Success		0.001
setbyte	String#setbyte can invalidate a String's encoding	Success		0.001
setbyte	String#setbyte regards a negative index as counting from the end of the String	Success		0.001
setbyte	String#setbyte raises an IndexError if the index is greater than the String bytesize	Success		0.001
setbyte	String#setbyte raises an IndexError if the nexgative index is greater magnitude than the String bytesize	Success		0.001
setbyte	String#setbyte sets a byte at an index greater than String size	Success		0.000
setbyte	String#setbyte does not modify the original string when using String.new	Success		0.001
setbyte	String#setbyte raises a RuntimeError if self is frozen	Success		0.001
setbyte	String#setbyte raises a TypeError unless the second argument is an Integer	Success		0.001
setbyte	String#setbyte calls #to_int to convert the index	Success		0.002
setbyte	String#setbyte calls to_int to convert the value	Success		0.001
size	String#size returns the length of self	Success		0.001
size	String#size returns the length of a string in different encodings	Success		0.001
size	String#size returns the length of the new self after encoding is changed	Success		0.000
slice	String#slice returns the character code of the character at the given index	Success		0.001
slice	String#slice returns nil if index is outside of self	Success		0.001
slice	String#slice calls to_int on the given index	Success		0.002
slice	String#slice raises a TypeError if the given index is nil	Success		0.001
slice	String#slice raises a TypeError if the given index can't be converted to an Integer	Success		0.001
slice	String#slice with index, length returns the substring starting at the given index with the given length	Success		0.002
slice	String#slice with index, length always taints resulting strings when self is tainted	Success		0.001
slice	String#slice with index, length returns nil if the offset falls outside of self	Success		0.001
slice	String#slice with index, length returns nil if the length is negative	Success		0.000
slice	String#slice with index, length calls to_int on the given index and the given length	Success		0.002
slice	String#slice with index, length raises a TypeError when idx or length can't be converted to an integer	Success		0.001
slice	String#slice with index, length raises a TypeError when the given index or the given length is nil	Success		0.001
slice	String#slice with index, length returns subclass instances	Success		0.001
slice	String#slice with index, length handles repeated application	Success		0.001
slice	String#slice with Range returns the substring given by the offsets of the range	Success		0.001
slice	String#slice with Range returns nil if the beginning of the range falls outside of self	Success		0.001
slice	String#slice with Range returns an empty string if range.begin is inside self and > real end	Success		0.001
slice	String#slice with Range always taints resulting strings when self is tainted	Success		0.001
slice	String#slice with Range returns subclass instances	Success		0.001
slice	String#slice with Range calls to_int on range arguments	Success		0.004
slice	String#slice with Range works with Range subclasses	Success		0.001
slice	String#slice with Range handles repeated application	Success		0.001
slice	String#slice with Regexp returns the matching portion of self	Success		0.001
slice	String#slice with Regexp returns nil if there is no match	Success		0.000
slice	String#slice with Regexp always taints resulting strings when self or regexp is tainted	Success		0.001
slice	String#slice with Regexp returns an untrusted string if the regexp is untrusted	Success		0.000
slice	String#slice with Regexp returns subclass instances	Success		0.001
slice	String#slice with Regexp sets $~ to MatchData when there is a match and nil when there's none	Success		0.001
slice	String#slice with Regexp, index returns the capture for the given index	Success		0.002
slice	String#slice with Regexp, index always taints resulting strings when self or regexp is tainted	Success		0.003
slice	String#slice with Regexp, index returns an untrusted string if the regexp is untrusted	Success		0.000
slice	String#slice with Regexp, index returns nil if there is no match	Success		0.001
slice	String#slice with Regexp, index returns nil if there is no capture for the given index	Success		0.001
slice	String#slice with Regexp, index calls to_int on the given index	Success		0.002
slice	String#slice with Regexp, index raises a TypeError when the given index can't be converted to Integer	Success		0.002
slice	String#slice with Regexp, index raises a TypeError when the given index is nil	Success		0.001
slice	String#slice with Regexp, index returns subclass instances	Success		0.001
slice	String#slice with Regexp, index sets $~ to MatchData when there is a match and nil when there's none	Success		0.001
slice	String#slice with Regexp, group returns the capture for the given name	Success		0.002
slice	String#slice with Regexp, group returns the last capture for duplicate names	Success		0.001
slice	String#slice with Regexp, group returns the innermost capture for nested duplicate names	Success		0.001
slice	String#slice with Regexp, group always taints resulting strings when self or regexp is tainted	Success		0.004
slice	String#slice with Regexp, group returns nil if there is no match	Success		0.000
slice	String#slice with Regexp, group raises an IndexError if there is no capture for the given name	Success		0.001
slice	String#slice with Regexp, group raises a TypeError when the given name is not a String	Success		0.001
slice	String#slice with Regexp, group raises an IndexError when given the empty String as a group name	Success		0.001
slice	String#slice with Regexp, group returns subclass instances	Success		0.001
slice	String#slice with Regexp, group sets $~ to MatchData when there is a match and nil when there's none	Success		0.001
slice	String#slice with String returns other_str if it occurs in self	Success		0.001
slice	String#slice with String taints resulting strings when other is tainted	Success		0.003
slice	String#slice with String doesn't set $~	Success		0.001
slice	String#slice with String returns nil if there is no match	Success		0.000
slice	String#slice with String doesn't call to_str on its argument	Success		0.001
slice	String#slice with String returns a subclass instance when given a subclass instance	Success		0.001
slice	String#slice with Symbol raises TypeError	Success		0.001
slice	String#slice! with index calls to_int on index	Skipped	tagged	0.000
slice	String#slice! with index deletes and return the char at the given position	Success		0.001
slice	String#slice! with index returns nil if idx is outside of self	Success		0.001
slice	String#slice! with index raises a RuntimeError if self is frozen	Success		0.001
slice	String#slice! with index returns the character given by the character index	Success		0.001
slice	String#slice! with index, length deletes and returns the substring at idx and the given length	Success		0.001
slice	String#slice! with index, length always taints resulting strings when self is tainted	Success		0.001
slice	String#slice! with index, length returns nil if the given position is out of self	Success		0.001
slice	String#slice! with index, length returns nil if the length is negative	Success		0.000
slice	String#slice! with index, length raises a RuntimeError if self is frozen	Success		0.002
slice	String#slice! with index, length calls to_int on idx and length	Success		0.001
slice	String#slice! with index, length returns subclass instances	Success		0.001
slice	String#slice! with index, length returns the substring given by the character offsets	Success		0.001
slice	String#slice! with index, length treats invalid bytes as single bytes	Success		0.000
slice	String#slice! Range deletes and return the substring given by the offsets of the range	Success		0.001
slice	String#slice! Range returns nil if the given range is out of self	Success		0.001
slice	String#slice! Range always taints resulting strings when self is tainted	Success		0.001
slice	String#slice! Range returns subclass instances	Success		0.001
slice	String#slice! Range calls to_int on range arguments	Success		0.001
slice	String#slice! Range works with Range subclasses	Success		0.001
slice	String#slice! Range returns the substring given by the character offsets of the range	Success		0.001
slice	String#slice! Range raises a RuntimeError on a frozen instance that is modified	Success		0.001
slice	String#slice! Range raises a RuntimeError on a frozen instance that would not be modified	Success		0.001
slice	String#slice! with Regexp deletes and returns the first match from self	Success		0.001
slice	String#slice! with Regexp returns nil if there was no match	Success		0.001
slice	String#slice! with Regexp always taints resulting strings when self or regexp is tainted	Success		0.002
slice	String#slice! with Regexp doesn't taint self when regexp is tainted	Success		0.001
slice	String#slice! with Regexp returns subclass instances	Success		0.001
slice	String#slice! with Regexp returns the matching portion of self with a multi byte character	Success		0.001
slice	String#slice! with Regexp sets $~ to MatchData when there is a match and nil when there's none	Success		0.001
slice	String#slice! with Regexp raises a RuntimeError on a frozen instance that is modified	Success		0.001
slice	String#slice! with Regexp raises a RuntimeError on a frozen instance that would not be modified	Success		0.001
slice	String#slice! with Regexp, index deletes and returns the capture for idx from self	Success		0.001
slice	String#slice! with Regexp, index always taints resulting strings when self or regexp is tainted	Success		0.002
slice	String#slice! with Regexp, index doesn't taint self when regexp is tainted	Success		0.001
slice	String#slice! with Regexp, index returns nil if there was no match	Success		0.001
slice	String#slice! with Regexp, index returns nil if there is no capture for idx	Success		0.001
slice	String#slice! with Regexp, index accepts a Float for capture index	Success		0.001
slice	String#slice! with Regexp, index calls #to_int to convert an Object to capture index	Success		0.002
slice	String#slice! with Regexp, index returns subclass instances	Success		0.001
slice	String#slice! with Regexp, index returns the encoding aware capture for the given index	Success		0.001
slice	String#slice! with Regexp, index sets $~ to MatchData when there is a match and nil when there's none	Success		0.001
slice	String#slice! with Regexp, index raises a RuntimeError if self is frozen	Success		0.001
slice	String#slice! with String removes and returns the first occurrence of other_str from self	Success		0.001
slice	String#slice! with String taints resulting strings when other is tainted	Success		0.004
slice	String#slice! with String doesn't set $~	Success		0.001
slice	String#slice! with String returns nil if self does not contain other	Success		0.000
slice	String#slice! with String doesn't call to_str on its argument	Success		0.001
slice	String#slice! with String returns a subclass instance when given a subclass instance	Success		0.001
slice	String#slice! with String raises a RuntimeError if self is frozen	Success		0.001
split	String#split with String splits between characters when its argument is an empty string	Skipped	tagged	0.000
split	String#split with String throws an ArgumentError if the pattern is not a valid string	Success		0.001
split	String#split with String splits on multibyte characters	Success		0.001
split	String#split with String returns an array of substrings based on splitting on the given string	Success		0.001
split	String#split with String suppresses trailing empty fields when limit isn't given or 0	Success		0.002
split	String#split with String returns an array with one entry if limit is 1: the original string	Success		0.001
split	String#split with String returns at most limit fields when limit > 1	Success		0.005
split	String#split with String doesn't suppress or limit fields when limit is negative	Success		0.001
split	String#split with String defaults to $; when string isn't given or nil	Success		0.020
split	String#split with String ignores leading and continuous whitespace when string is a single space	Success		0.001
split	String#split with String tries converting its pattern argument to a string via to_str	Success		0.002
split	String#split with String tries converting limit to an integer via to_int	Success		0.002
split	String#split with String doesn't set $~	Success		0.001
split	String#split with String returns the original string if no matches are found	Success		0.001
split	String#split with String returns subclass instances based on self	Success		0.010
split	String#split with String does not call constructor on created subclass instances	Success		0.001
split	String#split with String taints the resulting strings if self is tainted	Success		0.012
split	String#split with String when limit is zero ignores leading and continuous whitespace when string is a single space	Success		0.001
split	String#split with Regexp splits between characters when regexp matches a zero-length string	Skipped	tagged	0.000
split	String#split with Regexp divides self on regexp matches	Success		0.002
split	String#split with Regexp treats negative limits as no limit	Success		0.000
split	String#split with Regexp suppresses trailing empty fields when limit isn't given or 0	Success		0.003
split	String#split with Regexp returns an array with one entry if limit is 1: the original string	Success		0.001
split	String#split with Regexp returns at most limit fields when limit > 1	Success		0.004
split	String#split with Regexp doesn't suppress or limit fields when limit is negative	Success		0.002
split	String#split with Regexp defaults to $; when regexp isn't given or nil	Success		0.033
split	String#split with Regexp respects $KCODE when splitting between characters	Success		0.001
split	String#split with Regexp respects the encoding of the regexp when splitting between characters	Success		0.001
split	String#split with Regexp includes all captures in the result array	Success		0.002
split	String#split with Regexp does not include non-matching captures in the result array	Success		0.001
split	String#split with Regexp tries converting limit to an integer via to_int	Success		0.002
split	String#split with Regexp returns a type error if limit can't be converted to an integer	Success		0.001
split	String#split with Regexp doesn't set $~	Success		0.001
split	String#split with Regexp returns the original string if no matches are found	Success		0.001
split	String#split with Regexp returns subclass instances based on self	Success		0.006
split	String#split with Regexp does not call constructor on created subclass instances	Success		0.001
split	String#split with Regexp taints the resulting strings if self is tainted	Success		0.006
split	String#split with Regexp taints an empty string if self is tainted	Success		0.001
split	String#split with Regexp doesn't taints the resulting strings if the Regexp is tainted	Success		0.007
split	String#split with Regexp retains the encoding of the source string	Success		0.001
split	String#split with Regexp splits a string on each character for a multibyte encoding and empty split	Success		0.001
split	String#split with Regexp returns an ArgumentError if an invalid UTF-? string is supplied	Success		0.001
squeeze	String#squeeze returns new string where runs of the same character are replaced by a single character when no args are given	Success		0.001
squeeze	String#squeeze only squeezes chars that are in the intersection of all sets given	Success		0.001
squeeze	String#squeeze negates sets starting with ^	Success		0.001
squeeze	String#squeeze squeezes all chars in a sequence	Success		0.002
squeeze	String#squeeze raises an ArgumentError when the parameter is out of sequence	Success		0.002
squeeze	String#squeeze taints the result when self is tainted	Success		0.001
squeeze	String#squeeze tries to convert each set arg to a string using to_str	Success		0.002
squeeze	String#squeeze raises a TypeError when one set arg can't be converted to a string	Success		0.001
squeeze	String#squeeze returns subclass instances when called on a subclass	Success		0.000
squeeze	String#squeeze! modifies self in place and returns self	Success		0.001
squeeze	String#squeeze! returns nil if no modifications were made	Success		0.001
squeeze	String#squeeze! raises an ArgumentError when the parameter is out of sequence	Success		0.002
squeeze	String#squeeze! raises a RuntimeError when self is frozen	Success		0.001
start_with	String#start_with? returns true only if beginning match	Success		0.001
start_with	String#start_with? returns true only if any beginning match	Success		0.000
start_with	String#start_with? returns true if the search string is empty	Success		0.001
start_with	String#start_with? converts its argument using :to_str	Success		0.001
start_with	String#start_with? ignores arguments not convertible to string	Success		0.001
start_with	String#start_with? uses only the needed arguments	Success		0.001
start_with	String#start_with? works for multibyte strings	Success		0.000
string	String includes Comparable	Success		0.001
strip	String#strip returns a new string with leading and trailing whitespace removed	Success		0.001
strip	String#strip returns a copy of self with trailing NULL bytes and whitespace	Success		0.000
strip	String#strip taints the result when self is tainted	Success		0.001
strip	String#strip! modifies self in place and returns self	Success		0.001
strip	String#strip! returns nil if no modifications where made	Success		0.000
strip	String#strip! modifies self removing trailing NULL bytes and whitespace	Success		0.000
strip	String#strip! raises a RuntimeError on a frozen instance that is modified	Success		0.001
strip	String#strip! raises a RuntimeError on a frozen instance that would not be modified	Success		0.001
sub	String#sub with pattern, replacement returns a copy of self when no modification is made	Skipped	tagged	0.000
sub	String#sub with pattern, replacement returns a copy of self with all occurrences of pattern replaced with replacement	Success		0.001
sub	String#sub with pattern, replacement ignores a block if supplied	Success		0.000
sub	String#sub with pattern, replacement supports \G which matches at the beginning of the string	Success		0.000
sub	String#sub with pattern, replacement supports /i for ignoring case	Success		0.001
sub	String#sub with pattern, replacement doesn't interpret regexp metacharacters if pattern is a string	Success		0.001
sub	String#sub with pattern, replacement replaces \1 sequences with the regexp's corresponding capture	Success		0.002
sub	String#sub with pattern, replacement treats \1 sequences without corresponding captures as empty strings	Success		0.001
sub	String#sub with pattern, replacement replaces \& and \0 with the complete match	Success		0.002
sub	String#sub with pattern, replacement replaces \` with everything before the current match	Success		0.001
sub	String#sub with pattern, replacement replaces \' with everything after the current match	Success		0.001
sub	String#sub with pattern, replacement replaces \\\+ with \\+	Success		0.001
sub	String#sub with pattern, replacement replaces \+ with the last paren that actually matched	Success		0.001
sub	String#sub with pattern, replacement treats \+ as an empty string if there was no captures	Success		0.000
sub	String#sub with pattern, replacement maps \\ in replacement to \	Success		0.001
sub	String#sub with pattern, replacement leaves unknown \x escapes in replacement untouched	Success		0.001
sub	String#sub with pattern, replacement leaves \ at the end of replacement untouched	Success		0.000
sub	String#sub with pattern, replacement taints the result if the original string or replacement is tainted	Success		0.001
sub	String#sub with pattern, replacement tries to convert pattern to a string using to_str	Success		0.002
sub	String#sub with pattern, replacement raises a TypeError when pattern is a Symbol	Success		0.001
sub	String#sub with pattern, replacement raises a TypeError when pattern is an Array	Success		0.001
sub	String#sub with pattern, replacement raises a TypeError when pattern can't be converted to a string	Success		0.001
sub	String#sub with pattern, replacement tries to convert replacement to a string using to_str	Success		0.001
sub	String#sub with pattern, replacement raises a TypeError when replacement can't be converted to a string	Success		0.001
sub	String#sub with pattern, replacement returns subclass instances when called on a subclass	Success		0.001
sub	String#sub with pattern, replacement sets $~ to MatchData of match and nil when there's none	Success		0.001
sub	String#sub with pattern, replacement replaces \\\1 with \1	Success		0.001
sub	String#sub with pattern, replacement replaces \\\\1 with \1	Success		0.001
sub	String#sub with pattern, replacement replaces \\\\\1 with \	Success		0.001
sub	String#sub with pattern and block returns a copy of self with the first occurrences of pattern replaced with the block's return value	Success		0.001
sub	String#sub with pattern and block sets $~ for access from the block	Success		0.001
sub	String#sub with pattern and block sets $~ to MatchData of last match and nil when there's none for access from outside	Success		0.001
sub	String#sub with pattern and block doesn't raise a RuntimeError if the string is modified while substituting	Success		0.001
sub	String#sub with pattern and block doesn't interpolate special sequences like \1 for the block's return value	Success		0.000
sub	String#sub with pattern and block converts the block's return value to a string using to_s	Success		0.002
sub	String#sub with pattern and block taints the result if the original string or replacement is tainted	Success		0.001
sub	String#sub! with pattern, replacement modifies self in place and returns self	Success		0.001
sub	String#sub! with pattern, replacement taints self if replacement is tainted	Success		0.001
sub	String#sub! with pattern, replacement returns nil if no modifications were made	Success		0.001
sub	String#sub! with pattern, replacement raises a RuntimeError when self is frozen	Success		0.001
sub	String#sub! with pattern and block raises a RuntimeError if the string is modified while substituting	Skipped	tagged	0.000
sub	String#sub! with pattern and block modifies self in place and returns self	Success		0.001
sub	String#sub! with pattern and block sets $~ for access from the block	Success		0.001
sub	String#sub! with pattern and block taints self if block's result is tainted	Success		0.001
sub	String#sub! with pattern and block returns nil if no modifications were made	Success		0.001
sub	String#sub! with pattern and block raises a RuntimeError when self is frozen	Success		0.001
sub	String#sub with pattern and Hash returns a copy of self with the first occurrence of pattern replaced with the value of the corresponding hash key	Success		0.001
sub	String#sub with pattern and Hash removes keys that don't correspond to matches	Success		0.001
sub	String#sub with pattern and Hash ignores non-String keys	Success		0.001
sub	String#sub with pattern and Hash uses a key's value only a single time	Success		0.000
sub	String#sub with pattern and Hash uses the hash's default value for missing keys	Success		0.001
sub	String#sub with pattern and Hash coerces the hash values with #to_s	Success		0.001
sub	String#sub with pattern and Hash uses the hash's value set from default_proc for missing keys	Success		0.001
sub	String#sub with pattern and Hash sets $~ to MatchData of first match and nil when there's none for access from outside	Success		0.001
sub	String#sub with pattern and Hash doesn't interpolate special sequences like \1 for the block's return value	Success		0.001
sub	String#sub with pattern and Hash untrusts the result if the original string is untrusted	Success		0.001
sub	String#sub with pattern and Hash untrusts the result if a hash value is untrusted	Success		0.001
sub	String#sub with pattern and Hash taints the result if the original string is tainted	Success		0.001
sub	String#sub with pattern and Hash taints the result if a hash value is tainted	Success		0.001
sub	String#sub! with pattern and Hash returns self with the first occurrence of pattern replaced with the value of the corresponding hash key	Success		0.001
sub	String#sub! with pattern and Hash removes keys that don't correspond to matches	Success		0.001
sub	String#sub! with pattern and Hash ignores non-String keys	Success		0.001
sub	String#sub! with pattern and Hash uses a key's value only a single time	Success		0.000
sub	String#sub! with pattern and Hash uses the hash's default value for missing keys	Success		0.001
sub	String#sub! with pattern and Hash coerces the hash values with #to_s	Success		0.001
sub	String#sub! with pattern and Hash uses the hash's value set from default_proc for missing keys	Success		0.001
sub	String#sub! with pattern and Hash sets $~ to MatchData of first match and nil when there's none for access from outside	Success		0.001
sub	String#sub! with pattern and Hash doesn't interpolate special sequences like \1 for the block's return value	Success		0.001
sub	String#sub! with pattern and Hash keeps untrusted state	Success		0.001
sub	String#sub! with pattern and Hash untrusts self if a hash value is untrusted	Success		0.001
sub	String#sub! with pattern and Hash keeps tainted state	Success		0.001
sub	String#sub! with pattern and Hash taints self if a hash value is tainted	Success		0.001
sub	String#sub with pattern and without replacement and block raises a ArgumentError	Success		0.001
sub	String#sub! with pattern and without replacement and block raises a ArgumentError	Success		0.001
succ	String#succ returns an empty string for empty strings	Success		0.001
succ	String#succ returns the successor by increasing the rightmost alphanumeric (digit => digit, letter => letter with same case)	Success		0.001
succ	String#succ increases non-alphanumerics (via ascii rules) if there are no alphanumerics	Success		0.000
succ	String#succ increases the next best alphanumeric (jumping over non-alphanumerics) if there is a carry	Success		0.001
succ	String#succ increases the next best character if there is a carry for non-alphanumerics	Success		0.001
succ	String#succ adds an additional character (just left to the last increased one) if there is a carry and no character left to increase	Success		0.001
succ	String#succ returns subclass instances when called on a subclass	Success		0.001
succ	String#succ taints the result if self is tainted	Success		0.001
succ	String#succ! is equivalent to succ, but modifies self in place (still returns self)	Success		0.001
succ	String#succ! raises a RuntimeError if self is frozen	Success		0.001
sum	String#sum returns a basic n-bit checksum of the characters in self	Success		0.001
sum	String#sum tries to convert n to an integer using to_int	Success		0.002
sum	String#sum returns sum of the bytes in self if n less or equal to zero	Success		0.000
swapcase	String#swapcase returns a new string with all uppercase chars from self converted to lowercase and vice versa	Success		0.001
swapcase	String#swapcase taints resulting string when self is tainted	Success		0.001
swapcase	String#swapcase is locale insensitive (only upcases a-z and only downcases A-Z)	Success		0.001
swapcase	String#swapcase returns subclass instances when called on a subclass	Success		0.001
swapcase	String#swapcase! modifies self in place	Success		0.001
swapcase	String#swapcase! returns nil if no modifications were made	Success		0.001
swapcase	String#swapcase! raises a RuntimeError when self is frozen	Success		0.001
to_c	String#to_c returns a Complex object	Success		0.001
to_c	String#to_c understands integers	Success		0.001
to_c	String#to_c understands negative integers	Success		0.001
to_c	String#to_c understands fractions (numerator/denominator) for the real part	Success		0.001
to_c	String#to_c understands fractions (numerator/denominator) for the imaginary part	Success		0.001
to_c	String#to_c understands negative fractions (-numerator/denominator) for the real part	Success		0.001
to_c	String#to_c understands negative fractions (-numerator/denominator) for the imaginary part	Success		0.001
to_c	String#to_c understands floats (a.b) for the real part	Success		0.001
to_c	String#to_c understands floats (a.b) for the imaginary part	Success		0.001
to_c	String#to_c understands negative floats (-a.b) for the real part	Success		0.001
to_c	String#to_c understands negative floats (-a.b) for the imaginary part	Success		0.001
to_c	String#to_c understands an integer followed by 'i' to mean that integer is the imaginary part	Success		0.001
to_c	String#to_c understands a negative integer followed by 'i' to mean that negative integer is the imaginary part	Success		0.001
to_c	String#to_c understands an 'i' by itself as denoting a complex number with an imaginary part of 1	Success		0.001
to_c	String#to_c understands a '-i' by itself as denoting a complex number with an imaginary part of -1	Success		0.001
to_c	String#to_c understands 'a+bi' to mean a complex number with 'a' as the real part, 'b' as the imaginary	Success		0.001
to_c	String#to_c understands 'a-bi' to mean a complex number with 'a' as the real part, '-b' as the imaginary	Success		0.001
to_c	String#to_c understands scientific notation for the real part	Success		0.001
to_c	String#to_c understands negative scientific notation for the real part	Success		0.001
to_c	String#to_c understands scientific notation for the imaginary part	Success		0.001
to_c	String#to_c understands negative scientific notation for the imaginary part	Success		0.001
to_c	String#to_c understands scientific notation for the real and imaginary part in the same String	Success		0.001
to_c	String#to_c understands negative scientific notation for the real and imaginary part in the same String	Success		0.001
to_c	String#to_c returns a complex number with 0 as the real part, 0 as the imaginary part for unrecognised Strings	Success		0.001
to_f	String#to_f treats leading characters of self as a floating point number	Success		0.001
to_f	String#to_f treats special float value strings as characters	Success		0.001
to_f	String#to_f allows for varying case	Success		0.000
to_f	String#to_f allows for varying signs	Success		0.001
to_f	String#to_f allows for underscores, even in the decimal side	Success		0.000
to_f	String#to_f returns 0 for strings with any non-digit in them	Success		0.001
to_f	String#to_f returns 0 for strings with leading underscores	Success		0.000
to_f	String#to_f takes an optional sign	Success		0.001
to_f	String#to_f returns 0.0 if the conversion fails	Success		0.000
to_i	String#to_i returns 0 for strings with leading underscores	Success		0.001
to_i	String#to_i ignores underscores in between the digits	Success		0.000
to_i	String#to_i ignores leading whitespaces	Success		0.001
to_i	String#to_i ignores subsequent invalid characters	Success		0.001
to_i	String#to_i returns 0 if self is no valid integer-representation	Success		0.001
to_i	String#to_i accepts '+' at the beginning of a String	Success		0.000
to_i	String#to_i interprets leading characters as a number in the given base	Success		0.001
to_i	String#to_i auto-detects base ? via leading 0 when base = 0	Success		0.000
to_i	String#to_i auto-detects base 2 via 0b when base = 0	Success		0.000
to_i	String#to_i auto-detects base 10 via 0d when base = 0	Success		0.000
to_i	String#to_i auto-detects base ? via 0o when base = 0	Success		0.000
to_i	String#to_i auto-detects base 16 via 0x when base = 0	Success		0.000
to_i	String#to_i auto-detects base 10 with no base specifier when base = 0	Success		0.000
to_i	String#to_i doesn't handle foreign base specifiers when base is > 0	Success		0.002
to_i	String#to_i tries to convert the base to an integer using to_int	Success		0.002
to_i	String#to_i requires that the sign if any appears before the base specifier	Success		0.001
to_i	String#to_i raises an ArgumentError for illegal bases (1, < 0 or > 36)	Success		0.001
to_i	String#to_i returns a Fixnum for long strings with trailing spaces	Success		0.001
to_i	String#to_i returns a Fixnum for long strings with leading spaces	Success		0.001
to_i	String#to_i returns the correct Bignum for long strings	Success		0.001
to_i	String#to_i with bases parses a String in base 2	Success		0.001
to_i	String#to_i with bases parses a String in base 3	Success		0.001
to_i	String#to_i with bases parses a String in base 4	Success		0.001
to_i	String#to_i with bases parses a String in base 5	Success		0.001
to_i	String#to_i with bases parses a String in base 6	Success		0.000
to_i	String#to_i with bases parses a String in base 7	Success		0.000
to_i	String#to_i with bases parses a String in base ?	Success		0.001
to_i	String#to_i with bases parses a String in base 9	Success		0.000
to_i	String#to_i with bases parses a String in base 10	Success		0.001
to_i	String#to_i with bases parses a String in base 11	Success		0.000
to_i	String#to_i with bases parses a String in base 12	Success		0.000
to_i	String#to_i with bases parses a String in base 13	Success		0.000
to_i	String#to_i with bases parses a String in base 14	Success		0.000
to_i	String#to_i with bases parses a String in base 15	Success		0.001
to_i	String#to_i with bases parses a String in base 16	Success		0.001
to_i	String#to_i with bases parses a String in base 17	Success		0.000
to_i	String#to_i with bases parses a String in base 1?	Success		0.000
to_i	String#to_i with bases parses a String in base 19	Success		0.001
to_i	String#to_i with bases parses a String in base 20	Success		0.001
to_i	String#to_i with bases parses a String in base 21	Success		0.001
to_i	String#to_i with bases parses a String in base 22	Success		0.000
to_i	String#to_i with bases parses a String in base 23	Success		0.001
to_i	String#to_i with bases parses a String in base 24	Success		0.001
to_i	String#to_i with bases parses a String in base 25	Success		0.001
to_i	String#to_i with bases parses a String in base 26	Success		0.001
to_i	String#to_i with bases parses a String in base 27	Success		0.000
to_i	String#to_i with bases parses a String in base 2?	Success		0.000
to_i	String#to_i with bases parses a String in base 29	Success		0.001
to_i	String#to_i with bases parses a String in base 30	Success		0.001
to_i	String#to_i with bases parses a String in base 31	Success		0.001
to_i	String#to_i with bases parses a String in base 32	Success		0.000
to_i	String#to_i with bases parses a String in base 33	Success		0.000
to_i	String#to_i with bases parses a String in base 34	Success		0.000
to_i	String#to_i with bases parses a String in base 35	Success		0.000
to_i	String#to_i with bases parses a String in base 36	Success		0.000
to_r	String#to_r returns a Rational object	Success		0.001
to_r	String#to_r returns (0/1) for the empty String	Success		0.001
to_r	String#to_r returns (n/1) for a String starting with a decimal _n_	Success		0.001
to_r	String#to_r ignores trailing characters	Success		0.001
to_r	String#to_r ignores leading spaces	Success		0.001
to_r	String#to_r does not ignore arbitrary, non-numeric leading characters	Success		0.001
to_r	String#to_r treats leading hypens as minus signs	Success		0.001
to_r	String#to_r does not treat a leading period without a numeric prefix as a decimal point	Success		0.001
to_r	String#to_r understands decimal points	Success		0.001
to_r	String#to_r ignores underscores between numbers	Success		0.001
to_r	String#to_r understands a forward slash as separating the numerator from the denominator	Success		0.001
to_r	String#to_r returns (0/1) for Strings it can't parse	Success		0.001
to_s	String#to_s returns self when self.class == String	Success		0.000
to_s	String#to_s returns a new instance of String when called on a subclass	Success		0.001
to_s	String#to_s taints the result when self is tainted	Success		0.001
to_str	String#to_str returns self when self.class == String	Success		0.000
to_str	String#to_str returns a new instance of String when called on a subclass	Success		0.001
to_str	String#to_str taints the result when self is tainted	Success		0.000
to_sym	String#to_sym returns the symbol corresponding to self	Success		0.001
to_sym	String#to_sym does not special case +(binary) and -(binary)	Success		0.000
to_sym	String#to_sym does not special case certain operators	Success		0.001
tr	String#tr returns a new string with the characters from from_string replaced by the ones in to_string	Success		0.001
tr	String#tr accepts c1-c2 notation to denote ranges of characters	Success		0.001
tr	String#tr pads to_str with its last char if it is shorter than from_string	Success		0.001
tr	String#tr raises an ArgumentError a descending range in the replacement as containing just the start character	Success		0.001
tr	String#tr raises an ArgumentError a descending range in the source as empty	Success		0.001
tr	String#tr translates chars not in from_string when it starts with a ^	Success		0.001
tr	String#tr supports non-injective replacements	Success		0.000
tr	String#tr tries to convert from_str and to_str to strings using to_str	Success		0.002
tr	String#tr returns subclass instances when called on a subclass	Success		0.000
tr	String#tr taints the result when self is tainted	Success		0.001
tr	String#tr can replace a 7-bit ASCII character with a multibyte one	Success		0.001
tr	String#tr can replace a multibyte character with a single byte one	Success		0.001
tr	String#tr does not replace a multibyte character where part of the bytes match the tr string	Success		0.000
tr	String#tr! modifies self in place	Success		0.001
tr	String#tr! returns nil if no modification was made	Success		0.001
tr	String#tr! does not modify self if from_str is empty	Success		0.001
tr	String#tr! raises a RuntimeError if self is frozen	Success		0.001
tr_s	String#tr_s returns a string processed according to tr with newly duplicate characters removed	Success		0.002
tr_s	String#tr_s accepts c1-c2 notation to denote ranges of characters	Success		0.001
tr_s	String#tr_s pads to_str with its last char if it is shorter than from_string	Success		0.000
tr_s	String#tr_s translates chars not in from_string when it starts with a ^	Success		0.001
tr_s	String#tr_s tries to convert from_str and to_str to strings using to_str	Success		0.002
tr_s	String#tr_s returns subclass instances when called on a subclass	Success		0.000
tr_s	String#tr_s taints the result when self is tainted	Success		0.001
tr_s	String#tr_s can replace a 7-bit ASCII character with a multibyte one	Success		0.001
tr_s	String#tr_s can replace multiple 7-bit ASCII characters with a multibyte one	Success		0.001
tr_s	String#tr_s can replace a multibyte character with a single byte one	Success		0.001
tr_s	String#tr_s can replace multiple multibyte characters with a single byte one	Success		0.001
tr_s	String#tr_s does not replace a multibyte character where part of the bytes match the tr string	Success		0.000
tr_s	String#tr_s! modifies self in place	Success		0.001
tr_s	String#tr_s! returns nil if no modification was made	Success		0.001
tr_s	String#tr_s! does not modify self if from_str is empty	Success		0.001
tr_s	String#tr_s! raises a RuntimeError if self is frozen	Success		0.001
try_convert	String.try_convert returns the argument if it's a String	Success		0.001
try_convert	String.try_convert returns the argument if it's a kind of String	Success		0.000
try_convert	String.try_convert returns nil when the argument does not respond to #to_str	Success		0.000
try_convert	String.try_convert sends #to_str to the argument and returns the result if it's nil	Success		0.001
try_convert	String.try_convert sends #to_str to the argument and returns the result if it's a String	Success		0.001
try_convert	String.try_convert sends #to_str to the argument and returns the result if it's a kind of String	Success		0.001
try_convert	String.try_convert sends #to_str to the argument and raises TypeError if it's not a kind of String	Success		0.001
try_convert	String.try_convert does not rescue exceptions raised by #to_str	Success		0.001
uminus	String#-@ returns self if the String is frozen	Success		0.001
uminus	String#-@ returns a frozen copy if the String is not frozen	Success		0.001
unicode_normalize	String#unicode_normalize normalizes code points in the string according to the form that is specified	Skipped	tagged	0.000
unicode_normalize	String#unicode_normalize defaults to the nfc normalization form if no forms are specified	Skipped	tagged	0.000
unicode_normalize	String#unicode_normalize raises an Encoding::CompatibilityError if string is not in an unicode encoding	Skipped	tagged	0.000
unicode_normalize	String#unicode_normalize raises an ArgumentError if the specified form is invalid	Skipped	tagged	0.000
unicode_normalize	String#unicode_normalize returns normalized form of string by default 03D3 (?) GREEK UPSILON WITH ACUTE AND HOOK SYMBOL	Skipped	tagged	0.000
unicode_normalize	String#unicode_normalize returns normalized form of string by default 03D4 (?) GREEK UPSILON WITH DIAERESIS AND HOOK SYMBOL	Skipped	tagged	0.000
unicode_normalize	String#unicode_normalize returns normalized form of string by default 1E9B (?) LATIN SMALL LETTER LONG S WITH DOT ABOVE	Skipped	tagged	0.000
unicode_normalize	String#unicode_normalize! normalizes code points and modifies the receiving string	Skipped	tagged	0.000
unicode_normalize	String#unicode_normalize! modifies original string (nfc)	Skipped	tagged	0.000
unicode_normalize	String#unicode_normalize! modifies self in place (nfd)	Skipped	tagged	0.000
unicode_normalize	String#unicode_normalize! modifies self in place (nfkc)	Skipped	tagged	0.000
unicode_normalize	String#unicode_normalize! modifies self in place (nfkd)	Skipped	tagged	0.000
unicode_normalize	String#unicode_normalize! raises an Encoding::CompatibilityError if the string is not in an unicode encoding	Skipped	tagged	0.000
unicode_normalize	String#unicode_normalize! raises an ArgumentError if the specified form is invalid	Skipped	tagged	0.000
unicode_normalized	String#unicode_normalized? returns true if string is in the specified normalization form	Skipped	tagged	0.000
unicode_normalized	String#unicode_normalized? returns false if string is not in the supplied normalization form	Skipped	tagged	0.000
unicode_normalized	String#unicode_normalized? defaults to the nfc normalization form if no forms are specified	Skipped	tagged	0.000
unicode_normalized	String#unicode_normalized? returns true if string is empty	Skipped	tagged	0.000
unicode_normalized	String#unicode_normalized? returns true if string does not contain any unicode codepoints	Skipped	tagged	0.000
unicode_normalized	String#unicode_normalized? raises an Encoding::CompatibilityError if the string is not in an unicode encoding	Skipped	tagged	0.000
unicode_normalized	String#unicode_normalized? raises an ArgumentError if the specified form is invalid	Skipped	tagged	0.000
unicode_normalized	String#unicode_normalized? returns true if str is in Unicode normalization form (nfc)	Skipped	tagged	0.000
unicode_normalized	String#unicode_normalized? returns true if str is in Unicode normalization form (nfd)	Skipped	tagged	0.000
unicode_normalized	String#unicode_normalized? returns true if str is in Unicode normalization form (nfkc)	Skipped	tagged	0.000
unicode_normalized	String#unicode_normalized? returns true if str is in Unicode normalization form (nfkd)	Skipped	tagged	0.000
upcase	String#upcase returns a copy of self with all lowercase letters upcased	Success		0.001
upcase	String#upcase is locale insensitive (only replaces a-z)	Success		0.010
upcase	String#upcase taints result when self is tainted	Success		0.001
upcase	String#upcase returns a subclass instance for subclasses	Success		0.000
upcase	String#upcase! modifies self in place	Success		0.001
upcase	String#upcase! returns nil if no modifications were made	Success		0.000
upcase	String#upcase! raises a RuntimeError when self is frozen	Success		0.001
uplus	String#+@ returns an unfrozen copy of a frozen String	Success		0.001
uplus	String#+@ returns self if the String is not frozen	Success		0.000
upto	String#upto passes successive values, starting at self and ending at other_string, to the block	Success		0.001
upto	String#upto calls the block once even when start eqals stop	Success		0.001
upto	String#upto doesn't call block with self even if self is less than stop but stop length is less than self length	Success		0.000
upto	String#upto doesn't call block if stop is less than self and stop length is less than self length	Success		0.000
upto	String#upto doesn't call the block if self is greater than stop	Success		0.001
upto	String#upto stops iterating as soon as the current value's character count gets higher than stop's	Success		0.001
upto	String#upto returns self	Success		0.001
upto	String#upto tries to convert other to string using to_str	Success		0.001
upto	String#upto raises a TypeError if other can't be converted to a string	Success		0.002
upto	String#upto does not work with symbols	Success		0.001
upto	String#upto returns non-alphabetic characters in the ASCII range for single letters	Success		0.001
upto	String#upto stops before the last value if exclusive	Success		0.001
upto	String#upto on sequence of numbers calls the block as Integer#upto	Success		0.001
upto	String#upto when no block is given returns an enumerator	Success		0.015
upto	String#upto when no block is given returned Enumerator size should return nil	Success		0.001
valid_encoding	String#valid_encoding? returns true if an invalid string is appended another invalid one but both make a valid string	Skipped	tagged	0.000
valid_encoding	String#valid_encoding? returns true if the String's encoding is valid	Success		0.001
valid_encoding	String#valid_encoding? returns true if self is valid in the current encoding and other encodings	Success		0.000
valid_encoding	String#valid_encoding? returns true for all encodings self is valid in	Success		0.008
valid_encoding	String#valid_encoding? returns false if self is valid in one encoding, but invalid in the one it's tagged with	Success		0.001
valid_encoding	String#valid_encoding? returns false if self contains a character invalid in the associated encoding	Success		0.000
valid_encoding	String#valid_encoding? returns false if a valid String had an invalid character appended to it	Success		0.001
a	String#unpack with format 'A' ignores whitespace in the format string	Success		0.002
a	String#unpack with format 'A' calls #to_str to coerce the directives string	Success		0.002
a	String#unpack with format 'A' raises a TypeError when passed nil	Success		0.001
a	String#unpack with format 'A' raises a TypeError when passed an Integer	Success		0.001
a	String#unpack with format 'A' raises an ArgumentError when the format modifier is '_'	Success		0.001
a	String#unpack with format 'A' raises an ArgumentError when the format modifier is '!'	Success		0.001
a	String#unpack with format 'A' returns an empty string if the input is empty	Success		0.001
a	String#unpack with format 'A' returns empty strings for repeated formats if the input is empty	Success		0.001
a	String#unpack with format 'A' returns an empty string and does not decode any bytes when the count modifier is zero	Success		0.001
a	String#unpack with format 'A' implicitly has a count of one when no count is specified	Success		0.001
a	String#unpack with format 'A' decodes the number of bytes specified by the count modifier	Success		0.001
a	String#unpack with format 'A' decodes the number of bytes specified by the count modifier including whitespace bytes	Success		0.001
a	String#unpack with format 'A' decodes past whitespace bytes when passed the '*' modifier	Success		0.001
a	String#unpack with format 'A' decodes the number of bytes specified by the count modifier including NULL bytes	Success		0.001
a	String#unpack with format 'A' decodes past NULL bytes when passed the '*' modifier	Success		0.001
a	String#unpack with format 'A' removes trailing space and NULL bytes from the decoded string	Success		0.001
a	String#unpack with format 'A' does not remove whitespace other than space	Success		0.001
a	String#unpack with format 'a' ignores whitespace in the format string	Success		0.001
a	String#unpack with format 'a' calls #to_str to coerce the directives string	Success		0.001
a	String#unpack with format 'a' raises a TypeError when passed nil	Success		0.001
a	String#unpack with format 'a' raises a TypeError when passed an Integer	Success		0.001
a	String#unpack with format 'a' raises an ArgumentError when the format modifier is '_'	Success		0.001
a	String#unpack with format 'a' raises an ArgumentError when the format modifier is '!'	Success		0.001
a	String#unpack with format 'a' returns an empty string if the input is empty	Success		0.001
a	String#unpack with format 'a' returns empty strings for repeated formats if the input is empty	Success		0.001
a	String#unpack with format 'a' returns an empty string and does not decode any bytes when the count modifier is zero	Success		0.001
a	String#unpack with format 'a' implicitly has a count of one when no count is specified	Success		0.001
a	String#unpack with format 'a' decodes the number of bytes specified by the count modifier	Success		0.001
a	String#unpack with format 'a' decodes the number of bytes specified by the count modifier including whitespace bytes	Success		0.001
a	String#unpack with format 'a' decodes past whitespace bytes when passed the '*' modifier	Success		0.001
a	String#unpack with format 'a' decodes the number of bytes specified by the count modifier including NULL bytes	Success		0.001
a	String#unpack with format 'a' decodes past NULL bytes when passed the '*' modifier	Success		0.001
a	String#unpack with format 'a' does not remove trailing whitespace or NULL bytes from the decoded string	Success		0.002
at	String#unpack with format '@' ignores whitespace in the format string	Success		0.001
at	String#unpack with format '@' calls #to_str to coerce the directives string	Success		0.002
at	String#unpack with format '@' raises a TypeError when passed nil	Success		0.001
at	String#unpack with format '@' raises a TypeError when passed an Integer	Success		0.001
at	String#unpack with format '@' raises an ArgumentError when the format modifier is '_'	Success		0.001
at	String#unpack with format '@' raises an ArgumentError when the format modifier is '!'	Success		0.001
at	String#unpack with format '@' moves the read index to the byte specified by the count	Success		0.001
at	String#unpack with format '@' implicitly has a count of zero when count is not specified	Success		0.001
at	String#unpack with format '@' has no effect when passed the '*' modifier	Success		0.001
at	String#unpack with format '@' positions the read index one beyond the last readable byte in the String	Success		0.001
at	String#unpack with format '@' raises an ArgumentError if the count exceeds the size of the String	Success		0.001
b	String#unpack with format 'B' ignores whitespace in the format string	Success		0.001
b	String#unpack with format 'B' calls #to_str to coerce the directives string	Success		0.002
b	String#unpack with format 'B' raises a TypeError when passed nil	Success		0.001
b	String#unpack with format 'B' raises a TypeError when passed an Integer	Success		0.001
b	String#unpack with format 'B' raises an ArgumentError when the format modifier is '_'	Success		0.001
b	String#unpack with format 'B' raises an ArgumentError when the format modifier is '!'	Success		0.001
b	String#unpack with format 'B' decodes one bit from each byte for each format character starting with the most significant bit	Success		0.002
b	String#unpack with format 'B' decodes only the number of bits in the string when passed a count	Success		0.001
b	String#unpack with format 'B' decodes multiple differing bit counts from a single string	Success		0.001
b	String#unpack with format 'B' decodes a directive with a '*' modifier after a directive with a count modifier	Success		0.001
b	String#unpack with format 'B' decodes a directive with a count modifier after a directive with a '*' modifier	Success		0.001
b	String#unpack with format 'B' decodes the number of bits specified by the count modifier	Success		0.003
b	String#unpack with format 'B' decodes all the bits when passed the '*' modifier	Success		0.002
b	String#unpack with format 'B' adds an empty string for each element requested beyond the end of the String	Success		0.001
b	String#unpack with format 'B' ignores NULL bytes between directives	Success		0.001
b	String#unpack with format 'B' ignores spaces between directives	Success		0.001
b	String#unpack with format 'b' ignores whitespace in the format string	Success		0.001
b	String#unpack with format 'b' calls #to_str to coerce the directives string	Success		0.001
b	String#unpack with format 'b' raises a TypeError when passed nil	Success		0.001
b	String#unpack with format 'b' raises a TypeError when passed an Integer	Success		0.001
b	String#unpack with format 'b' raises an ArgumentError when the format modifier is '_'	Success		0.001
b	String#unpack with format 'b' raises an ArgumentError when the format modifier is '!'	Success		0.001
b	String#unpack with format 'b' decodes one bit from each byte for each format character starting with the least significant bit	Success		0.002
b	String#unpack with format 'b' decodes only the number of bits in the string when passed a count	Success		0.001
b	String#unpack with format 'b' decodes multiple differing bit counts from a single string	Success		0.001
b	String#unpack with format 'b' decodes a directive with a '*' modifier after a directive with a count modifier	Success		0.001
b	String#unpack with format 'b' decodes a directive with a count modifier after a directive with a '*' modifier	Success		0.001
b	String#unpack with format 'b' decodes the number of bits specified by the count modifier	Success		0.003
b	String#unpack with format 'b' decodes all the bits when passed the '*' modifier	Success		0.002
b	String#unpack with format 'b' adds an empty string for each element requested beyond the end of the String	Success		0.001
b	String#unpack with format 'b' ignores NULL bytes between directives	Success		0.001
b	String#unpack with format 'b' ignores spaces between directives	Success		0.001
c	String#unpack with format 'C' ignores whitespace in the format string	Success		0.001
c	String#unpack with format 'C' calls #to_str to coerce the directives string	Success		0.002
c	String#unpack with format 'C' raises a TypeError when passed nil	Success		0.001
c	String#unpack with format 'C' raises a TypeError when passed an Integer	Success		0.001
c	String#unpack with format 'C' decodes one byte for a single format character	Success		0.001
c	String#unpack with format 'C' decodes two bytes for two format characters	Success		0.001
c	String#unpack with format 'C' decodes the number of bytes requested by the count modifier	Success		0.001
c	String#unpack with format 'C' decodes the remaining bytes when passed the '*' modifier	Success		0.001
c	String#unpack with format 'C' decodes the remaining bytes when passed the '*' modifer after another directive	Success		0.001
c	String#unpack with format 'C' decodes zero bytes when no bytes remain and the '*' modifier is passed	Success		0.001
c	String#unpack with format 'C' adds nil for each element requested beyond the end of the String	Success		0.001
c	String#unpack with format 'C' ignores NULL bytes between directives	Success		0.001
c	String#unpack with format 'C' ignores spaces between directives	Success		0.001
c	String#unpack with format 'C' decodes a byte with most significant bit set as a positive number	Success		0.001
c	String#unpack with format 'c' ignores whitespace in the format string	Success		0.001
c	String#unpack with format 'c' calls #to_str to coerce the directives string	Success		0.001
c	String#unpack with format 'c' raises a TypeError when passed nil	Success		0.001
c	String#unpack with format 'c' raises a TypeError when passed an Integer	Success		0.001
c	String#unpack with format 'c' decodes one byte for a single format character	Success		0.001
c	String#unpack with format 'c' decodes two bytes for two format characters	Success		0.001
c	String#unpack with format 'c' decodes the number of bytes requested by the count modifier	Success		0.001
c	String#unpack with format 'c' decodes the remaining bytes when passed the '*' modifier	Success		0.001
c	String#unpack with format 'c' decodes the remaining bytes when passed the '*' modifer after another directive	Success		0.001
c	String#unpack with format 'c' decodes zero bytes when no bytes remain and the '*' modifier is passed	Success		0.001
c	String#unpack with format 'c' adds nil for each element requested beyond the end of the String	Success		0.001
c	String#unpack with format 'c' ignores NULL bytes between directives	Success		0.001
c	String#unpack with format 'c' ignores spaces between directives	Success		0.001
c	String#unpack with format 'c' decodes a byte with most significant bit set as a negative number	Success		0.001
comment	String#unpack ignores directives text from '#' to the first newline	Success		0.001
comment	String#unpack ignores directives text from '#' to the end if no newline is present	Success		0.001
comment	String#unpack ignores comments at the start of the directives string	Success		0.001
comment	String#unpack ignores the entire directive string if it is a comment	Success		0.001
comment	String#unpack ignores multiple comments	Success		0.001
d	String#unpack with format 'D' ignores whitespace in the format string	Success		0.003
d	String#unpack with format 'D' calls #to_str to coerce the directives string	Success		0.002
d	String#unpack with format 'D' raises a TypeError when passed nil	Success		0.001
d	String#unpack with format 'D' raises a TypeError when passed an Integer	Success		0.001
d	String#unpack with format 'D' decodes one double for a single format character	Success		0.001
d	String#unpack with format 'D' decodes a negative double	Success		0.001
d	String#unpack with format 'D' decodes two doubles for two format characters	Success		0.001
d	String#unpack with format 'D' decodes the number of doubles requested by the count modifier	Success		0.001
d	String#unpack with format 'D' decodes the remaining doubles when passed the '*' modifier	Success		0.001
d	String#unpack with format 'D' decodes the remaining doubles when passed the '*' modifier after another directive	Success		0.001
d	String#unpack with format 'D' does not decode a double when fewer bytes than a double remain and the '*' modifier is passed	Success		0.002
d	String#unpack with format 'D' adds nil for each element requested beyond the end of the String	Success		0.001
d	String#unpack with format 'D' decodes positive Infinity	Success		0.001
d	String#unpack with format 'D' decodes negative Infinity	Success		0.001
d	String#unpack with format 'D' decodes NaN	Success		0.001
d	String#unpack with format 'D' ignores NULL bytes between directives	Success		0.001
d	String#unpack with format 'D' ignores spaces between directives	Success		0.001
d	String#unpack with format 'd' ignores whitespace in the format string	Success		0.001
d	String#unpack with format 'd' calls #to_str to coerce the directives string	Success		0.001
d	String#unpack with format 'd' raises a TypeError when passed nil	Success		0.001
d	String#unpack with format 'd' raises a TypeError when passed an Integer	Success		0.001
d	String#unpack with format 'd' decodes one double for a single format character	Success		0.001
d	String#unpack with format 'd' decodes a negative double	Success		0.001
d	String#unpack with format 'd' decodes two doubles for two format characters	Success		0.001
d	String#unpack with format 'd' decodes the number of doubles requested by the count modifier	Success		0.001
d	String#unpack with format 'd' decodes the remaining doubles when passed the '*' modifier	Success		0.001
d	String#unpack with format 'd' decodes the remaining doubles when passed the '*' modifier after another directive	Success		0.001
d	String#unpack with format 'd' does not decode a double when fewer bytes than a double remain and the '*' modifier is passed	Success		0.001
d	String#unpack with format 'd' adds nil for each element requested beyond the end of the String	Success		0.001
d	String#unpack with format 'd' decodes positive Infinity	Success		0.001
d	String#unpack with format 'd' decodes negative Infinity	Success		0.001
d	String#unpack with format 'd' decodes NaN	Success		0.001
d	String#unpack with format 'd' ignores NULL bytes between directives	Success		0.001
d	String#unpack with format 'd' ignores spaces between directives	Success		0.001
e	String#unpack with format 'E' ignores whitespace in the format string	Success		0.001
e	String#unpack with format 'E' calls #to_str to coerce the directives string	Success		0.002
e	String#unpack with format 'E' raises a TypeError when passed nil	Success		0.001
e	String#unpack with format 'E' raises a TypeError when passed an Integer	Success		0.001
e	String#unpack with format 'E' decodes one double for a single format character	Success		0.001
e	String#unpack with format 'E' decodes a negative double	Success		0.001
e	String#unpack with format 'E' decodes two doubles for two format characters	Success		0.001
e	String#unpack with format 'E' decodes the number of doubles requested by the count modifier	Success		0.001
e	String#unpack with format 'E' decodes the remaining doubles when passed the '*' modifier	Success		0.001
e	String#unpack with format 'E' decodes the remaining doubles when passed the '*' modifier after another directive	Success		0.001
e	String#unpack with format 'E' does not decode a double when fewer bytes than a double remain and the '*' modifier is passed	Success		0.001
e	String#unpack with format 'E' adds nil for each element requested beyond the end of the String	Success		0.001
e	String#unpack with format 'E' decodes positive Infinity	Success		0.001
e	String#unpack with format 'E' decodes negative Infinity	Success		0.001
e	String#unpack with format 'E' decodes NaN	Success		0.001
e	String#unpack with format 'E' ignores NULL bytes between directives	Success		0.001
e	String#unpack with format 'E' ignores spaces between directives	Success		0.001
e	String#unpack with format 'e' ignores whitespace in the format string	Success		0.002
e	String#unpack with format 'e' calls #to_str to coerce the directives string	Success		0.001
e	String#unpack with format 'e' raises a TypeError when passed nil	Success		0.001
e	String#unpack with format 'e' raises a TypeError when passed an Integer	Success		0.001
e	String#unpack with format 'e' decodes one float for a single format character	Success		0.001
e	String#unpack with format 'e' decodes a negative float	Success		0.001
e	String#unpack with format 'e' decodes two floats for two format characters	Success		0.001
e	String#unpack with format 'e' decodes the number of floats requested by the count modifier	Success		0.001
e	String#unpack with format 'e' decodes the remaining floats when passed the '*' modifier	Success		0.001
e	String#unpack with format 'e' decodes the remaining floats when passed the '*' modifier after another directive	Success		0.001
e	String#unpack with format 'e' does not decode a float when fewer bytes than a float remain and the '*' modifier is passed	Success		0.001
e	String#unpack with format 'e' adds nil for each element requested beyond the end of the String	Success		0.001
e	String#unpack with format 'e' decodes positive Infinity	Success		0.001
e	String#unpack with format 'e' decodes negative Infinity	Success		0.001
e	String#unpack with format 'e' decodes NaN	Success		0.001
e	String#unpack with format 'e' ignores NULL bytes between directives	Success		0.001
e	String#unpack with format 'e' ignores spaces between directives	Success		0.001
f	String#unpack with format 'F' ignores whitespace in the format string	Success		0.001
f	String#unpack with format 'F' calls #to_str to coerce the directives string	Success		0.002
f	String#unpack with format 'F' raises a TypeError when passed nil	Success		0.001
f	String#unpack with format 'F' raises a TypeError when passed an Integer	Success		0.001
f	String#unpack with format 'F' decodes one float for a single format character	Success		0.001
f	String#unpack with format 'F' decodes a negative float	Success		0.001
f	String#unpack with format 'F' decodes two floats for two format characters	Success		0.001
f	String#unpack with format 'F' decodes the number of floats requested by the count modifier	Success		0.001
f	String#unpack with format 'F' decodes the remaining floats when passed the '*' modifier	Success		0.001
f	String#unpack with format 'F' decodes the remaining floats when passed the '*' modifier after another directive	Success		0.001
f	String#unpack with format 'F' does not decode a float when fewer bytes than a float remain and the '*' modifier is passed	Success		0.001
f	String#unpack with format 'F' adds nil for each element requested beyond the end of the String	Success		0.001
f	String#unpack with format 'F' decodes positive Infinity	Success		0.001
f	String#unpack with format 'F' decodes negative Infinity	Success		0.001
f	String#unpack with format 'F' decodes NaN	Success		0.001
f	String#unpack with format 'F' ignores NULL bytes between directives	Success		0.001
f	String#unpack with format 'F' ignores spaces between directives	Success		0.001
f	String#unpack with format 'f' ignores whitespace in the format string	Success		0.001
f	String#unpack with format 'f' calls #to_str to coerce the directives string	Success		0.001
f	String#unpack with format 'f' raises a TypeError when passed nil	Success		0.001
f	String#unpack with format 'f' raises a TypeError when passed an Integer	Success		0.001
f	String#unpack with format 'f' decodes one float for a single format character	Success		0.001
f	String#unpack with format 'f' decodes a negative float	Success		0.001
f	String#unpack with format 'f' decodes two floats for two format characters	Success		0.001
f	String#unpack with format 'f' decodes the number of floats requested by the count modifier	Success		0.001
f	String#unpack with format 'f' decodes the remaining floats when passed the '*' modifier	Success		0.001
f	String#unpack with format 'f' decodes the remaining floats when passed the '*' modifier after another directive	Success		0.001
f	String#unpack with format 'f' does not decode a float when fewer bytes than a float remain and the '*' modifier is passed	Success		0.001
f	String#unpack with format 'f' adds nil for each element requested beyond the end of the String	Success		0.001
f	String#unpack with format 'f' decodes positive Infinity	Success		0.001
f	String#unpack with format 'f' decodes negative Infinity	Success		0.001
f	String#unpack with format 'f' decodes NaN	Success		0.001
f	String#unpack with format 'f' ignores NULL bytes between directives	Success		0.001
f	String#unpack with format 'f' ignores spaces between directives	Success		0.001
g	String#unpack with format 'G' ignores whitespace in the format string	Success		0.002
g	String#unpack with format 'G' calls #to_str to coerce the directives string	Success		0.002
g	String#unpack with format 'G' raises a TypeError when passed nil	Success		0.001
g	String#unpack with format 'G' raises a TypeError when passed an Integer	Success		0.001
g	String#unpack with format 'G' decodes one double for a single format character	Success		0.001
g	String#unpack with format 'G' decodes a negative double	Success		0.001
g	String#unpack with format 'G' decodes two doubles for two format characters	Success		0.001
g	String#unpack with format 'G' decodes the number of doubles requested by the count modifier	Success		0.001
g	String#unpack with format 'G' decodes the remaining doubles when passed the '*' modifier	Success		0.001
g	String#unpack with format 'G' decodes the remaining doubles when passed the '*' modifier after another directive	Success		0.001
g	String#unpack with format 'G' does not decode a double when fewer bytes than a double remain and the '*' modifier is passed	Success		0.002
g	String#unpack with format 'G' adds nil for each element requested beyond the end of the String	Success		0.001
g	String#unpack with format 'G' decodes positive Infinity	Success		0.001
g	String#unpack with format 'G' decodes negative Infinity	Success		0.001
g	String#unpack with format 'G' decodes NaN	Success		0.001
g	String#unpack with format 'G' ignores NULL bytes between directives	Success		0.001
g	String#unpack with format 'G' ignores spaces between directives	Success		0.001
g	String#unpack with format 'g' ignores whitespace in the format string	Success		0.001
g	String#unpack with format 'g' calls #to_str to coerce the directives string	Success		0.001
g	String#unpack with format 'g' raises a TypeError when passed nil	Success		0.001
g	String#unpack with format 'g' raises a TypeError when passed an Integer	Success		0.001
g	String#unpack with format 'g' decodes one float for a single format character	Success		0.001
g	String#unpack with format 'g' decodes a negative float	Success		0.001
g	String#unpack with format 'g' decodes two floats for two format characters	Success		0.001
g	String#unpack with format 'g' decodes the number of floats requested by the count modifier	Success		0.001
g	String#unpack with format 'g' decodes the remaining floats when passed the '*' modifier	Success		0.001
g	String#unpack with format 'g' decodes the remaining floats when passed the '*' modifier after another directive	Success		0.001
g	String#unpack with format 'g' does not decode a float when fewer bytes than a float remain and the '*' modifier is passed	Success		0.001
g	String#unpack with format 'g' adds nil for each element requested beyond the end of the String	Success		0.001
g	String#unpack with format 'g' decodes positive Infinity	Success		0.001
g	String#unpack with format 'g' decodes negative Infinity	Success		0.001
g	String#unpack with format 'g' decodes NaN	Success		0.001
g	String#unpack with format 'g' ignores NULL bytes between directives	Success		0.001
g	String#unpack with format 'g' ignores spaces between directives	Success		0.001
h	String#unpack with format 'H' ignores whitespace in the format string	Success		0.001
h	String#unpack with format 'H' calls #to_str to coerce the directives string	Success		0.002
h	String#unpack with format 'H' raises a TypeError when passed nil	Success		0.001
h	String#unpack with format 'H' raises a TypeError when passed an Integer	Success		0.001
h	String#unpack with format 'H' raises an ArgumentError when the format modifier is '_'	Success		0.001
h	String#unpack with format 'H' raises an ArgumentError when the format modifier is '!'	Success		0.001
h	String#unpack with format 'H' decodes one nibble from each byte for each format character starting with the most significant bit	Success		0.001
h	String#unpack with format 'H' decodes only the number of nibbles in the string when passed a count	Success		0.001
h	String#unpack with format 'H' decodes multiple differing nibble counts from a single string	Success		0.001
h	String#unpack with format 'H' decodes a directive with a '*' modifier after a directive with a count modifier	Success		0.001
h	String#unpack with format 'H' decodes a directive with a count modifier after a directive with a '*' modifier	Success		0.001
h	String#unpack with format 'H' decodes the number of nibbles specified by the count modifier	Success		0.001
h	String#unpack with format 'H' decodes all the nibbles when passed the '*' modifier	Success		0.001
h	String#unpack with format 'H' adds an empty string for each element requested beyond the end of the String	Success		0.001
h	String#unpack with format 'H' ignores NULL bytes between directives	Success		0.001
h	String#unpack with format 'H' ignores spaces between directives	Success		0.001
h	String#unpack with format 'h' ignores whitespace in the format string	Success		0.001
h	String#unpack with format 'h' calls #to_str to coerce the directives string	Success		0.001
h	String#unpack with format 'h' raises a TypeError when passed nil	Success		0.001
h	String#unpack with format 'h' raises a TypeError when passed an Integer	Success		0.001
h	String#unpack with format 'h' raises an ArgumentError when the format modifier is '_'	Success		0.001
h	String#unpack with format 'h' raises an ArgumentError when the format modifier is '!'	Success		0.001
h	String#unpack with format 'h' decodes one nibble from each byte for each format character starting with the least significant bit	Success		0.001
h	String#unpack with format 'h' decodes only the number of nibbles in the string when passed a count	Success		0.001
h	String#unpack with format 'h' decodes multiple differing nibble counts from a single string	Success		0.001
h	String#unpack with format 'h' decodes a directive with a '*' modifier after a directive with a count modifier	Success		0.001
h	String#unpack with format 'h' decodes a directive with a count modifier after a directive with a '*' modifier	Success		0.001
h	String#unpack with format 'h' decodes the number of nibbles specified by the count modifier	Success		0.001
h	String#unpack with format 'h' decodes all the nibbles when passed the '*' modifier	Success		0.001
h	String#unpack with format 'h' adds an empty string for each element requested beyond the end of the String	Success		0.001
h	String#unpack with format 'h' ignores NULL bytes between directives	Success		0.001
h	String#unpack with format 'h' ignores spaces between directives	Success		0.001
i	String#unpack with format 'I' with modifier '<' decodes one int for a single format character	Success		0.001
i	String#unpack with format 'I' with modifier '<' decodes two ints for two format characters	Success		0.001
i	String#unpack with format 'I' with modifier '<' decodes the number of ints requested by the count modifier	Success		0.001
i	String#unpack with format 'I' with modifier '<' decodes the remaining ints when passed the '*' modifier	Success		0.001
i	String#unpack with format 'I' with modifier '<' decodes the remaining ints when passed the '*' modifier after another directive	Success		0.001
i	String#unpack with format 'I' with modifier '<' does not decode an int when fewer bytes than an int remain and the '*' modifier is passed	Success		0.001
i	String#unpack with format 'I' with modifier '<' adds nil for each element requested beyond the end of the String	Success		0.001
i	String#unpack with format 'I' with modifier '<' ignores NULL bytes between directives	Success		0.001
i	String#unpack with format 'I' with modifier '<' ignores spaces between directives	Success		0.001
i	String#unpack with format 'I' with modifier '<' decodes an int with most significant bit set as a positive number	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '_' decodes one int for a single format character	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '_' decodes two ints for two format characters	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '_' decodes the number of ints requested by the count modifier	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '_' decodes the remaining ints when passed the '*' modifier	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '_' decodes the remaining ints when passed the '*' modifier after another directive	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '_' does not decode an int when fewer bytes than an int remain and the '*' modifier is passed	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '_' adds nil for each element requested beyond the end of the String	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '_' ignores NULL bytes between directives	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '_' ignores spaces between directives	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '_' decodes one int for a single format character	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '_' decodes two ints for two format characters	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '_' decodes the number of ints requested by the count modifier	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '_' decodes the remaining ints when passed the '*' modifier	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '_' decodes the remaining ints when passed the '*' modifier after another directive	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '_' does not decode an int when fewer bytes than an int remain and the '*' modifier is passed	Success		0.000
i	String#unpack with format 'I' with modifier '<' and '_' adds nil for each element requested beyond the end of the String	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '_' ignores NULL bytes between directives	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '_' ignores spaces between directives	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '_' decodes an int with most significant bit set as a positive number	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '_' decodes an int with most significant bit set as a positive number	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '!' decodes one int for a single format character	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '!' decodes two ints for two format characters	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '!' decodes the number of ints requested by the count modifier	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '!' decodes the remaining ints when passed the '*' modifier	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '!' decodes the remaining ints when passed the '*' modifier after another directive	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '!' does not decode an int when fewer bytes than an int remain and the '*' modifier is passed	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '!' adds nil for each element requested beyond the end of the String	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '!' ignores NULL bytes between directives	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '!' ignores spaces between directives	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '!' decodes one int for a single format character	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '!' decodes two ints for two format characters	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '!' decodes the number of ints requested by the count modifier	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '!' decodes the remaining ints when passed the '*' modifier	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '!' decodes the remaining ints when passed the '*' modifier after another directive	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '!' does not decode an int when fewer bytes than an int remain and the '*' modifier is passed	Success		0.000
i	String#unpack with format 'I' with modifier '<' and '!' adds nil for each element requested beyond the end of the String	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '!' ignores NULL bytes between directives	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '!' ignores spaces between directives	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '!' decodes an int with most significant bit set as a positive number	Success		0.001
i	String#unpack with format 'I' with modifier '<' and '!' decodes an int with most significant bit set as a positive number	Success		0.001
i	String#unpack with format 'I' with modifier '>' decodes one int for a single format character	Success		0.001
i	String#unpack with format 'I' with modifier '>' decodes two ints for two format characters	Success		0.001
i	String#unpack with format 'I' with modifier '>' decodes the number of ints requested by the count modifier	Success		0.001
i	String#unpack with format 'I' with modifier '>' decodes the remaining ints when passed the '*' modifier	Success		0.001
i	String#unpack with format 'I' with modifier '>' decodes the remaining ints when passed the '*' modifier after another directive	Success		0.001
i	String#unpack with format 'I' with modifier '>' does not decode an int when fewer bytes than an int remain and the '*' modifier is passed	Success		0.001
i	String#unpack with format 'I' with modifier '>' adds nil for each element requested beyond the end of the String	Success		0.001
i	String#unpack with format 'I' with modifier '>' ignores NULL bytes between directives	Success		0.001
i	String#unpack with format 'I' with modifier '>' ignores spaces between directives	Success		0.001
i	String#unpack with format 'I' with modifier '>' decodes an int with most significant bit set as a positive number	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '_' decodes one int for a single format character	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '_' decodes two ints for two format characters	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '_' decodes the number of ints requested by the count modifier	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '_' decodes the remaining ints when passed the '*' modifier	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '_' decodes the remaining ints when passed the '*' modifier after another directive	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '_' does not decode an int when fewer bytes than an int remain and the '*' modifier is passed	Success		0.000
i	String#unpack with format 'I' with modifier '>' and '_' adds nil for each element requested beyond the end of the String	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '_' ignores NULL bytes between directives	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '_' ignores spaces between directives	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '_' decodes one int for a single format character	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '_' decodes two ints for two format characters	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '_' decodes the number of ints requested by the count modifier	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '_' decodes the remaining ints when passed the '*' modifier	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '_' decodes the remaining ints when passed the '*' modifier after another directive	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '_' does not decode an int when fewer bytes than an int remain and the '*' modifier is passed	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '_' adds nil for each element requested beyond the end of the String	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '_' ignores NULL bytes between directives	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '_' ignores spaces between directives	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '_' decodes an int with most significant bit set as a positive number	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '_' decodes an int with most significant bit set as a positive number	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '!' decodes one int for a single format character	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '!' decodes two ints for two format characters	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '!' decodes the number of ints requested by the count modifier	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '!' decodes the remaining ints when passed the '*' modifier	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '!' decodes the remaining ints when passed the '*' modifier after another directive	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '!' does not decode an int when fewer bytes than an int remain and the '*' modifier is passed	Success		0.000
i	String#unpack with format 'I' with modifier '>' and '!' adds nil for each element requested beyond the end of the String	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '!' ignores NULL bytes between directives	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '!' ignores spaces between directives	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '!' decodes one int for a single format character	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '!' decodes two ints for two format characters	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '!' decodes the number of ints requested by the count modifier	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '!' decodes the remaining ints when passed the '*' modifier	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '!' decodes the remaining ints when passed the '*' modifier after another directive	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '!' does not decode an int when fewer bytes than an int remain and the '*' modifier is passed	Success		0.000
i	String#unpack with format 'I' with modifier '>' and '!' adds nil for each element requested beyond the end of the String	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '!' ignores NULL bytes between directives	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '!' ignores spaces between directives	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '!' decodes an int with most significant bit set as a positive number	Success		0.001
i	String#unpack with format 'I' with modifier '>' and '!' decodes an int with most significant bit set as a positive number	Success		0.001
i	String#unpack with format 'i' with modifier '<' decodes one int for a single format character	Success		0.001
i	String#unpack with format 'i' with modifier '<' decodes two ints for two format characters	Success		0.001
i	String#unpack with format 'i' with modifier '<' decodes the number of ints requested by the count modifier	Success		0.001
i	String#unpack with format 'i' with modifier '<' decodes the remaining ints when passed the '*' modifier	Success		0.001
i	String#unpack with format 'i' with modifier '<' decodes the remaining ints when passed the '*' modifier after another directive	Success		0.001
i	String#unpack with format 'i' with modifier '<' does not decode an int when fewer bytes than an int remain and the '*' modifier is passed	Success		0.000
i	String#unpack with format 'i' with modifier '<' adds nil for each element requested beyond the end of the String	Success		0.001
i	String#unpack with format 'i' with modifier '<' ignores NULL bytes between directives	Success		0.001
i	String#unpack with format 'i' with modifier '<' ignores spaces between directives	Success		0.001
i	String#unpack with format 'i' with modifier '<' decodes an int with most significant bit set as a negative number	Success		0.001
i	String#unpack with format 'i' with modifier '<' and '_' decodes one int for a single format character	Success		0.001
i	String#unpack with format 'i' with modifier '<' and '_' decodes two ints for two format characters	Success		0.001
i	String#unpack with format 'i' with modifier '<' and '_' decodes the number of ints requested by the count modifier	Success		0.001
i	String#unpack with format 'i' with modifier '<' and '_' decodes the remaining ints when passed the '*' modifier	Success		0.001
i	String#unpack with format 'i' with modifier '<' and '_' decodes the remaining ints when passed the '*' modifier after another directive	Success		0.001
i	String#unpack with format 'i' with modifier '<' and '_' does not decode an int when fewer bytes than an int remain and the '*' modifier is passed	Success		0.001
i	String#unpack with format 'i' with modifier '<' and '_' adds nil for each element requested beyond the end of the String	Success		0.001
i	String#unpack with format 'i' with modifier '<' and '_' ignores NULL bytes between directives	Success		0.001
i	String#unpack with format 'i' with modifier '<' and '_' ignores spaces between directives	Success		0.001
i	String#unpack with format 'i' with modifier '<' and '_' decodes one int for a single format character	Success		0.000
i	String#unpack with format 'i' with modifier '<' and '_' decodes two ints for two format characters	Success		0.001
i	String#unpack with format 'i' with modifier '<' and '_' decodes the number of ints requested by the count modifier	Success		0.001
i	String#unpack with format 'i' with modifier '<' and '_' decodes the remaining ints when passed the '*' modifier	Success		0.001
i	String#unpack with format 'i' with modifier '<' and '_' decodes the remaining ints when passed the '*' modifier after another directive	Success		0.013
i	String#unpack with format 'i' with modifier '<' and '_' does not decode an int when fewer bytes than an int remain and the '*' modifier is passed	Success		0.001
i	String#unpack with format 'i' with modifier '<' and '_' adds nil for each element requested beyond the end of the String	Success		0.001
i	String#unpack with format 'i' with modifier '<' and '_' ignores NULL bytes between directives	Success		0.001
i	String#unpack with format 'i' with modifier '<' and '_' ignores spaces between directives	Success		0.001
i	String#unpack with format 'i' with modifier '<' and '_' decodes an int with most significant bit set as a negative number	Success		0.001
i	String#unpack with format 'i' with modifier '<' and '_' decodes an int with most significant bit set as a negative number	Success		0.000
i	String#unpack with format 'i' with modifier '<' and '!' decodes one int for a single format character	Success		0.001
i	String#unpack with format 'i' with modifier '<' and '!' decodes two ints for two format characters	Success		0.001
i	String#unpack with format 'i' with modifier '<' and '!' decodes the number of ints requested by the count modifier	Success		0.001
i	String#unpack with format 'i' with modifier '<' and '!' decodes the remaining ints when passed the '*' modifier	Success		0.001
i	String#unpack with format 'i' with modifier '<' and '!' decodes the remaining ints when passed the '*' modifier after another directive	Success		0.001
i	String#unpack with format 'i' with modifier '<' and '!' does not decode an int when fewer bytes than an int remain and the '*' modifier is passed	Success		0.000
i	String#unpack with format 'i' with modifier '<' and '!' adds nil for each element requested beyond the end of the String	Success		0.001
i	String#unpack with format 'i' with modifier '<' and '!' ignores NULL bytes between directives	Success		0.001
i	String#unpack with format 'i' with modifier '<' and '!' ignores spaces between directives	Success		0.001
i	String#unpack with format 'i' with modifier '<' and '!' decodes one int for a single format character	Success		0.001
i	String#unpack with format 'i' with modifier '<' and '!' decodes two ints for two format characters	Success		0.001
i	String#unpack with format 'i' with modifier '<' and '!' decodes the number of ints requested by the count modifier	Success		0.001
i	String#unpack with format 'i' with modifier '<' and '!' decodes the remaining ints when passed the '*' modifier	Success		0.001
i	String#unpack with format 'i' with modifier '<' and '!' decodes the remaining ints when passed the '*' modifier after another directive	Success		0.001
i	String#unpack with format 'i' with modifier '<' and '!' does not decode an int when fewer bytes than an int remain and the '*' modifier is passed	Success		0.001
i	String#unpack with format 'i' with modifier '<' and '!' adds nil for each element requested beyond the end of the String	Success		0.001
i	String#unpack with format 'i' with modifier '<' and '!' ignores NULL bytes between directives	Success		0.001
i	String#unpack with format 'i' with modifier '<' and '!' ignores spaces between directives	Success		0.001
i	String#unpack with format 'i' with modifier '<' and '!' decodes an int with most significant bit set as a negative number	Success		0.001
i	String#unpack with format 'i' with modifier '<' and '!' decodes an int with most significant bit set as a negative number	Success		0.000
i	String#unpack with format 'i' with modifier '>' decodes one int for a single format character	Success		0.001
i	String#unpack with format 'i' with modifier '>' decodes two ints for two format characters	Success		0.001
i	String#unpack with format 'i' with modifier '>' decodes the number of ints requested by the count modifier	Success		0.001
i	String#unpack with format 'i' with modifier '>' decodes the remaining ints when passed the '*' modifier	Success		0.001
i	String#unpack with format 'i' with modifier '>' decodes the remaining ints when passed the '*' modifier after another directive	Success		0.001
i	String#unpack with format 'i' with modifier '>' does not decode an int when fewer bytes than an int remain and the '*' modifier is passed	Success		0.000
i	String#unpack with format 'i' with modifier '>' adds nil for each element requested beyond the end of the String	Success		0.001
i	String#unpack with format 'i' with modifier '>' ignores NULL bytes between directives	Success		0.001
i	String#unpack with format 'i' with modifier '>' ignores spaces between directives	Success		0.001
i	String#unpack with format 'i' with modifier '>' decodes an int with most significant bit set as a negative number	Success		0.001
i	String#unpack with format 'i' with modifier '>' and '_' decodes one int for a single format character	Success		0.001
i	String#unpack with format 'i' with modifier '>' and '_' decodes two ints for two format characters	Success		0.001
i	String#unpack with format 'i' with modifier '>' and '_' decodes the number of ints requested by the count modifier	Success		0.001
i	String#unpack with format 'i' with modifier '>' and '_' decodes the remaining ints when passed the '*' modifier	Success		0.001
i	String#unpack with format 'i' with modifier '>' and '_' decodes the remaining ints when passed the '*' modifier after another directive	Success		0.001
i	String#unpack with format 'i' with modifier '>' and '_' does not decode an int when fewer bytes than an int remain and the '*' modifier is passed	Success		0.000
i	String#unpack with format 'i' with modifier '>' and '_' adds nil for each element requested beyond the end of the String	Success		0.001
i	String#unpack with format 'i' with modifier '>' and '_' ignores NULL bytes between directives	Success		0.001
i	String#unpack with format 'i' with modifier '>' and '_' ignores spaces between directives	Success		0.001
i	String#unpack with format 'i' with modifier '>' and '_' decodes one int for a single format character	Success		0.000
i	String#unpack with format 'i' with modifier '>' and '_' decodes two ints for two format characters	Success		0.001
i	String#unpack with format 'i' with modifier '>' and '_' decodes the number of ints requested by the count modifier	Success		0.001
i	String#unpack with format 'i' with modifier '>' and '_' decodes the remaining ints when passed the '*' modifier	Success		0.001
i	String#unpack with format 'i' with modifier '>' and '_' decodes the remaining ints when passed the '*' modifier after another directive	Success		0.001
i	String#unpack with format 'i' with modifier '>' and '_' does not decode an int when fewer bytes than an int remain and the '*' modifier is passed	Success		0.000
i	String#unpack with format 'i' with modifier '>' and '_' adds nil for each element requested beyond the end of the String	Success		0.001
i	String#unpack with format 'i' with modifier '>' and '_' ignores NULL bytes between directives	Success		0.001
i	String#unpack with format 'i' with modifier '>' and '_' ignores spaces between directives	Success		0.001
i	String#unpack with format 'i' with modifier '>' and '_' decodes an int with most significant bit set as a negative number	Success		0.000
i	String#unpack with format 'i' with modifier '>' and '_' decodes an int with most significant bit set as a negative number	Success		0.000
i	String#unpack with format 'i' with modifier '>' and '!' decodes one int for a single format character	Success		0.001
i	String#unpack with format 'i' with modifier '>' and '!' decodes two ints for two format characters	Success		0.001
i	String#unpack with format 'i' with modifier '>' and '!' decodes the number of ints requested by the count modifier	Success		0.001
i	String#unpack with format 'i' with modifier '>' and '!' decodes the remaining ints when passed the '*' modifier	Success		0.001
i	String#unpack with format 'i' with modifier '>' and '!' decodes the remaining ints when passed the '*' modifier after another directive	Success		0.001
i	String#unpack with format 'i' with modifier '>' and '!' does not decode an int when fewer bytes than an int remain and the '*' modifier is passed	Success		0.000
i	String#unpack with format 'i' with modifier '>' and '!' adds nil for each element requested beyond the end of the String	Success		0.001
i	String#unpack with format 'i' with modifier '>' and '!' ignores NULL bytes between directives	Success		0.001
i	String#unpack with format 'i' with modifier '>' and '!' ignores spaces between directives	Success		0.001
i	String#unpack with format 'i' with modifier '>' and '!' decodes one int for a single format character	Success		0.000
i	String#unpack with format 'i' with modifier '>' and '!' decodes two ints for two format characters	Success		0.001
i	String#unpack with format 'i' with modifier '>' and '!' decodes the number of ints requested by the count modifier	Success		0.001
i	String#unpack with format 'i' with modifier '>' and '!' decodes the remaining ints when passed the '*' modifier	Success		0.001
i	String#unpack with format 'i' with modifier '>' and '!' decodes the remaining ints when passed the '*' modifier after another directive	Success		0.001
i	String#unpack with format 'i' with modifier '>' and '!' does not decode an int when fewer bytes than an int remain and the '*' modifier is passed	Success		0.000
i	String#unpack with format 'i' with modifier '>' and '!' adds nil for each element requested beyond the end of the String	Success		0.001
i	String#unpack with format 'i' with modifier '>' and '!' ignores NULL bytes between directives	Success		0.001
i	String#unpack with format 'i' with modifier '>' and '!' ignores spaces between directives	Success		0.001
i	String#unpack with format 'i' with modifier '>' and '!' decodes an int with most significant bit set as a negative number	Success		0.000
i	String#unpack with format 'i' with modifier '>' and '!' decodes an int with most significant bit set as a negative number	Success		0.000
i	String#unpack with format 'I' ignores whitespace in the format string	Success		0.001
i	String#unpack with format 'I' calls #to_str to coerce the directives string	Success		0.002
i	String#unpack with format 'I' raises a TypeError when passed nil	Success		0.001
i	String#unpack with format 'I' raises a TypeError when passed an Integer	Success		0.001
i	String#unpack with format 'I' decodes one int for a single format character	Success		0.001
i	String#unpack with format 'I' decodes two ints for two format characters	Success		0.001
i	String#unpack with format 'I' decodes the number of ints requested by the count modifier	Success		0.001
i	String#unpack with format 'I' decodes the remaining ints when passed the '*' modifier	Success		0.001
i	String#unpack with format 'I' decodes the remaining ints when passed the '*' modifier after another directive	Success		0.001
i	String#unpack with format 'I' does not decode an int when fewer bytes than an int remain and the '*' modifier is passed	Success		0.000
i	String#unpack with format 'I' adds nil for each element requested beyond the end of the String	Success		0.001
i	String#unpack with format 'I' ignores NULL bytes between directives	Success		0.001
i	String#unpack with format 'I' ignores spaces between directives	Success		0.001
i	String#unpack with format 'I' decodes an int with most significant bit set as a positive number	Success		0.001
i	String#unpack with format 'I' with modifier '_' decodes one int for a single format character	Success		0.001
i	String#unpack with format 'I' with modifier '_' decodes two ints for two format characters	Success		0.001
i	String#unpack with format 'I' with modifier '_' decodes the number of ints requested by the count modifier	Success		0.001
i	String#unpack with format 'I' with modifier '_' decodes the remaining ints when passed the '*' modifier	Success		0.001
i	String#unpack with format 'I' with modifier '_' decodes the remaining ints when passed the '*' modifier after another directive	Success		0.001
i	String#unpack with format 'I' with modifier '_' does not decode an int when fewer bytes than an int remain and the '*' modifier is passed	Success		0.000
i	String#unpack with format 'I' with modifier '_' adds nil for each element requested beyond the end of the String	Success		0.001
i	String#unpack with format 'I' with modifier '_' ignores NULL bytes between directives	Success		0.001
i	String#unpack with format 'I' with modifier '_' ignores spaces between directives	Success		0.001
i	String#unpack with format 'I' with modifier '_' decodes an int with most significant bit set as a positive number	Success		0.001
i	String#unpack with format 'I' with modifier '!' decodes one int for a single format character	Success		0.001
i	String#unpack with format 'I' with modifier '!' decodes two ints for two format characters	Success		0.001
i	String#unpack with format 'I' with modifier '!' decodes the number of ints requested by the count modifier	Success		0.001
i	String#unpack with format 'I' with modifier '!' decodes the remaining ints when passed the '*' modifier	Success		0.001
i	String#unpack with format 'I' with modifier '!' decodes the remaining ints when passed the '*' modifier after another directive	Success		0.001
i	String#unpack with format 'I' with modifier '!' does not decode an int when fewer bytes than an int remain and the '*' modifier is passed	Success		0.000
i	String#unpack with format 'I' with modifier '!' adds nil for each element requested beyond the end of the String	Success		0.001
i	String#unpack with format 'I' with modifier '!' ignores NULL bytes between directives	Success		0.001
i	String#unpack with format 'I' with modifier '!' ignores spaces between directives	Success		0.001
i	String#unpack with format 'I' with modifier '!' decodes an int with most significant bit set as a positive number	Success		0.001
i	String#unpack with format 'i' ignores whitespace in the format string	Success		0.001
i	String#unpack with format 'i' calls #to_str to coerce the directives string	Success		0.001
i	String#unpack with format 'i' raises a TypeError when passed nil	Success		0.001
i	String#unpack with format 'i' raises a TypeError when passed an Integer	Success		0.001
i	String#unpack with format 'i' decodes one int for a single format character	Success		0.001
i	String#unpack with format 'i' decodes two ints for two format characters	Success		0.001
i	String#unpack with format 'i' decodes the number of ints requested by the count modifier	Success		0.001
i	String#unpack with format 'i' decodes the remaining ints when passed the '*' modifier	Success		0.001
i	String#unpack with format 'i' decodes the remaining ints when passed the '*' modifier after another directive	Success		0.001
i	String#unpack with format 'i' does not decode an int when fewer bytes than an int remain and the '*' modifier is passed	Success		0.000
i	String#unpack with format 'i' adds nil for each element requested beyond the end of the String	Success		0.001
i	String#unpack with format 'i' ignores NULL bytes between directives	Success		0.001
i	String#unpack with format 'i' ignores spaces between directives	Success		0.001
i	String#unpack with format 'i' decodes an int with most significant bit set as a negative number	Success		0.000
i	String#unpack with format 'i' with modifier '_' decodes one int for a single format character	Success		0.001
i	String#unpack with format 'i' with modifier '_' decodes two ints for two format characters	Success		0.001
i	String#unpack with format 'i' with modifier '_' decodes the number of ints requested by the count modifier	Success		0.001
i	String#unpack with format 'i' with modifier '_' decodes the remaining ints when passed the '*' modifier	Success		0.000
i	String#unpack with format 'i' with modifier '_' decodes the remaining ints when passed the '*' modifier after another directive	Success		0.001
i	String#unpack with format 'i' with modifier '_' does not decode an int when fewer bytes than an int remain and the '*' modifier is passed	Success		0.000
i	String#unpack with format 'i' with modifier '_' adds nil for each element requested beyond the end of the String	Success		0.001
i	String#unpack with format 'i' with modifier '_' ignores NULL bytes between directives	Success		0.001
i	String#unpack with format 'i' with modifier '_' ignores spaces between directives	Success		0.001
i	String#unpack with format 'i' with modifier '_' decodes an int with most significant bit set as a negative number	Success		0.000
i	String#unpack with format 'i' with modifier '!' decodes one int for a single format character	Success		0.001
i	String#unpack with format 'i' with modifier '!' decodes two ints for two format characters	Success		0.001
i	String#unpack with format 'i' with modifier '!' decodes the number of ints requested by the count modifier	Success		0.001
i	String#unpack with format 'i' with modifier '!' decodes the remaining ints when passed the '*' modifier	Success		0.000
i	String#unpack with format 'i' with modifier '!' decodes the remaining ints when passed the '*' modifier after another directive	Success		0.001
i	String#unpack with format 'i' with modifier '!' does not decode an int when fewer bytes than an int remain and the '*' modifier is passed	Success		0.000
i	String#unpack with format 'i' with modifier '!' adds nil for each element requested beyond the end of the String	Success		0.001
i	String#unpack with format 'i' with modifier '!' ignores NULL bytes between directives	Success		0.001
i	String#unpack with format 'i' with modifier '!' ignores spaces between directives	Success		0.001
i	String#unpack with format 'i' with modifier '!' decodes an int with most significant bit set as a negative number	Success		0.000
l	String#unpack with format 'L' with modifier '<' decodes one int for a single format character	Success		0.001
l	String#unpack with format 'L' with modifier '<' decodes two ints for two format characters	Success		0.001
l	String#unpack with format 'L' with modifier '<' decodes the number of ints requested by the count modifier	Success		0.001
l	String#unpack with format 'L' with modifier '<' decodes the remaining ints when passed the '*' modifier	Success		0.001
l	String#unpack with format 'L' with modifier '<' decodes the remaining ints when passed the '*' modifier after another directive	Success		0.001
l	String#unpack with format 'L' with modifier '<' does not decode an int when fewer bytes than an int remain and the '*' modifier is passed	Success		0.001
l	String#unpack with format 'L' with modifier '<' adds nil for each element requested beyond the end of the String	Success		0.001
l	String#unpack with format 'L' with modifier '<' ignores NULL bytes between directives	Success		0.001
l	String#unpack with format 'L' with modifier '<' ignores spaces between directives	Success		0.001
l	String#unpack with format 'L' with modifier '<' decodes an int with most significant bit set as a positive number	Success		0.001
l	String#unpack with format 'L' with modifier '>' decodes one int for a single format character	Success		0.001
l	String#unpack with format 'L' with modifier '>' decodes two ints for two format characters	Success		0.001
l	String#unpack with format 'L' with modifier '>' decodes the number of ints requested by the count modifier	Success		0.001
l	String#unpack with format 'L' with modifier '>' decodes the remaining ints when passed the '*' modifier	Success		0.001
l	String#unpack with format 'L' with modifier '>' decodes the remaining ints when passed the '*' modifier after another directive	Success		0.001
l	String#unpack with format 'L' with modifier '>' does not decode an int when fewer bytes than an int remain and the '*' modifier is passed	Success		0.000
l	String#unpack with format 'L' with modifier '>' adds nil for each element requested beyond the end of the String	Success		0.001
l	String#unpack with format 'L' with modifier '>' ignores NULL bytes between directives	Success		0.001
l	String#unpack with format 'L' with modifier '>' ignores spaces between directives	Success		0.001
l	String#unpack with format 'L' with modifier '>' decodes an int with most significant bit set as a positive number	Success		0.001
l	String#unpack with format 'L' with modifier '<' and '_' decodes one long for a single format character	Success		0.001
l	String#unpack with format 'L' with modifier '<' and '_' decodes two longs for two format characters	Success		0.001
l	String#unpack with format 'L' with modifier '<' and '_' decodes the number of longs requested by the count modifier	Success		0.001
l	String#unpack with format 'L' with modifier '<' and '_' decodes the remaining longs when passed the '*' modifier	Success		0.001
l	String#unpack with format 'L' with modifier '<' and '_' decodes the remaining longs when passed the '*' modifier after another directive	Success		0.001
l	String#unpack with format 'L' with modifier '<' and '_' does not decode a long when fewer bytes than a long remain and the '*' modifier is passed	Success		0.001
l	String#unpack with format 'L' with modifier '<' and '_' ignores NULL bytes between directives	Success		0.001
l	String#unpack with format 'L' with modifier '<' and '_' ignores spaces between directives	Success		0.001
l	String#unpack with format 'L' with modifier '<' and '_' decodes one long for a single format character	Success		0.001
l	String#unpack with format 'L' with modifier '<' and '_' decodes two longs for two format characters	Success		0.001
l	String#unpack with format 'L' with modifier '<' and '_' decodes the number of longs requested by the count modifier	Success		0.001
l	String#unpack with format 'L' with modifier '<' and '_' decodes the remaining longs when passed the '*' modifier	Success		0.001
l	String#unpack with format 'L' with modifier '<' and '_' decodes the remaining longs when passed the '*' modifier after another directive	Success		0.001
l	String#unpack with format 'L' with modifier '<' and '_' does not decode a long when fewer bytes than a long remain and the '*' modifier is passed	Success		0.000
l	String#unpack with format 'L' with modifier '<' and '_' ignores NULL bytes between directives	Success		0.001
l	String#unpack with format 'L' with modifier '<' and '_' ignores spaces between directives	Success		0.001
l	String#unpack with format 'L' with modifier '<' and '_' decodes a long with most significant bit set as a positive number	Success		0.001
l	String#unpack with format 'L' with modifier '<' and '_' decodes a long with most significant bit set as a positive number	Success		0.001
l	String#unpack with format 'L' with modifier '<' and '!' decodes one long for a single format character	Success		0.001
l	String#unpack with format 'L' with modifier '<' and '!' decodes two longs for two format characters	Success		0.001
l	String#unpack with format 'L' with modifier '<' and '!' decodes the number of longs requested by the count modifier	Success		0.001
l	String#unpack with format 'L' with modifier '<' and '!' decodes the remaining longs when passed the '*' modifier	Success		0.001
l	String#unpack with format 'L' with modifier '<' and '!' decodes the remaining longs when passed the '*' modifier after another directive	Success		0.001
l	String#unpack with format 'L' with modifier '<' and '!' does not decode a long when fewer bytes than a long remain and the '*' modifier is passed	Success		0.000
l	String#unpack with format 'L' with modifier '<' and '!' ignores NULL bytes between directives	Success		0.001
l	String#unpack with format 'L' with modifier '<' and '!' ignores spaces between directives	Success		0.001
l	String#unpack with format 'L' with modifier '<' and '!' decodes one long for a single format character	Success		0.001
l	String#unpack with format 'L' with modifier '<' and '!' decodes two longs for two format characters	Success		0.001
l	String#unpack with format 'L' with modifier '<' and '!' decodes the number of longs requested by the count modifier	Success		0.001
l	String#unpack with format 'L' with modifier '<' and '!' decodes the remaining longs when passed the '*' modifier	Success		0.001
l	String#unpack with format 'L' with modifier '<' and '!' decodes the remaining longs when passed the '*' modifier after another directive	Success		0.001
l	String#unpack with format 'L' with modifier '<' and '!' does not decode a long when fewer bytes than a long remain and the '*' modifier is passed	Success		0.000
l	String#unpack with format 'L' with modifier '<' and '!' ignores NULL bytes between directives	Success		0.001
l	String#unpack with format 'L' with modifier '<' and '!' ignores spaces between directives	Success		0.001
l	String#unpack with format 'L' with modifier '<' and '!' decodes a long with most significant bit set as a positive number	Success		0.001
l	String#unpack with format 'L' with modifier '<' and '!' decodes a long with most significant bit set as a positive number	Success		0.001
l	String#unpack with format 'L' with modifier '>' and '_' decodes one long for a single format character	Success		0.001
l	String#unpack with format 'L' with modifier '>' and '_' decodes two longs for two format characters	Success		0.001
l	String#unpack with format 'L' with modifier '>' and '_' decodes the number of longs requested by the count modifier	Success		0.001
l	String#unpack with format 'L' with modifier '>' and '_' decodes the remaining longs when passed the '*' modifier	Success		0.001
l	String#unpack with format 'L' with modifier '>' and '_' decodes the remaining longs when passed the '*' modifier after another directive	Success		0.001
l	String#unpack with format 'L' with modifier '>' and '_' does not decode a long when fewer bytes than a long remain and the '*' modifier is passed	Success		0.001
l	String#unpack with format 'L' with modifier '>' and '_' ignores NULL bytes between directives	Success		0.001
l	String#unpack with format 'L' with modifier '>' and '_' ignores spaces between directives	Success		0.001
l	String#unpack with format 'L' with modifier '>' and '_' decodes one long for a single format character	Success		0.001
l	String#unpack with format 'L' with modifier '>' and '_' decodes two longs for two format characters	Success		0.001
l	String#unpack with format 'L' with modifier '>' and '_' decodes the number of longs requested by the count modifier	Success		0.001
l	String#unpack with format 'L' with modifier '>' and '_' decodes the remaining longs when passed the '*' modifier	Success		0.001
l	String#unpack with format 'L' with modifier '>' and '_' decodes the remaining longs when passed the '*' modifier after another directive	Success		0.001
l	String#unpack with format 'L' with modifier '>' and '_' does not decode a long when fewer bytes than a long remain and the '*' modifier is passed	Success		0.000
l	String#unpack with format 'L' with modifier '>' and '_' ignores NULL bytes between directives	Success		0.001
l	String#unpack with format 'L' with modifier '>' and '_' ignores spaces between directives	Success		0.001
l	String#unpack with format 'L' with modifier '>' and '_' decodes a long with most significant bit set as a positive number	Success		0.001
l	String#unpack with format 'L' with modifier '>' and '_' decodes a long with most significant bit set as a positive number	Success		0.001
l	String#unpack with format 'L' with modifier '>' and '!' decodes one long for a single format character	Success		0.001
l	String#unpack with format 'L' with modifier '>' and '!' decodes two longs for two format characters	Success		0.001
l	String#unpack with format 'L' with modifier '>' and '!' decodes the number of longs requested by the count modifier	Success		0.001
l	String#unpack with format 'L' with modifier '>' and '!' decodes the remaining longs when passed the '*' modifier	Success		0.001
l	String#unpack with format 'L' with modifier '>' and '!' decodes the remaining longs when passed the '*' modifier after another directive	Success		0.001
l	String#unpack with format 'L' with modifier '>' and '!' does not decode a long when fewer bytes than a long remain and the '*' modifier is passed	Success		0.000
l	String#unpack with format 'L' with modifier '>' and '!' ignores NULL bytes between directives	Success		0.001
l	String#unpack with format 'L' with modifier '>' and '!' ignores spaces between directives	Success		0.001
l	String#unpack with format 'L' with modifier '>' and '!' decodes one long for a single format character	Success		0.001
l	String#unpack with format 'L' with modifier '>' and '!' decodes two longs for two format characters	Success		0.001
l	String#unpack with format 'L' with modifier '>' and '!' decodes the number of longs requested by the count modifier	Success		0.001
l	String#unpack with format 'L' with modifier '>' and '!' decodes the remaining longs when passed the '*' modifier	Success		0.001
l	String#unpack with format 'L' with modifier '>' and '!' decodes the remaining longs when passed the '*' modifier after another directive	Success		0.001
l	String#unpack with format 'L' with modifier '>' and '!' does not decode a long when fewer bytes than a long remain and the '*' modifier is passed	Success		0.000
l	String#unpack with format 'L' with modifier '>' and '!' ignores NULL bytes between directives	Success		0.001
l	String#unpack with format 'L' with modifier '>' and '!' ignores spaces between directives	Success		0.001
l	String#unpack with format 'L' with modifier '>' and '!' decodes a long with most significant bit set as a positive number	Success		0.001
l	String#unpack with format 'L' with modifier '>' and '!' decodes a long with most significant bit set as a positive number	Success		0.001
l	String#unpack with format 'l' with modifier '<' decodes one int for a single format character	Success		0.001
l	String#unpack with format 'l' with modifier '<' decodes two ints for two format characters	Success		0.001
l	String#unpack with format 'l' with modifier '<' decodes the number of ints requested by the count modifier	Success		0.001
l	String#unpack with format 'l' with modifier '<' decodes the remaining ints when passed the '*' modifier	Success		0.001
l	String#unpack with format 'l' with modifier '<' decodes the remaining ints when passed the '*' modifier after another directive	Success		0.001
l	String#unpack with format 'l' with modifier '<' does not decode an int when fewer bytes than an int remain and the '*' modifier is passed	Success		0.000
l	String#unpack with format 'l' with modifier '<' adds nil for each element requested beyond the end of the String	Success		0.001
l	String#unpack with format 'l' with modifier '<' ignores NULL bytes between directives	Success		0.001
l	String#unpack with format 'l' with modifier '<' ignores spaces between directives	Success		0.001
l	String#unpack with format 'l' with modifier '<' decodes an int with most significant bit set as a negative number	Success		0.000
l	String#unpack with format 'l' with modifier '>' decodes one int for a single format character	Success		0.001
l	String#unpack with format 'l' with modifier '>' decodes two ints for two format characters	Success		0.001
l	String#unpack with format 'l' with modifier '>' decodes the number of ints requested by the count modifier	Success		0.001
l	String#unpack with format 'l' with modifier '>' decodes the remaining ints when passed the '*' modifier	Success		0.001
l	String#unpack with format 'l' with modifier '>' decodes the remaining ints when passed the '*' modifier after another directive	Success		0.001
l	String#unpack with format 'l' with modifier '>' does not decode an int when fewer bytes than an int remain and the '*' modifier is passed	Success		0.000
l	String#unpack with format 'l' with modifier '>' adds nil for each element requested beyond the end of the String	Success		0.001
l	String#unpack with format 'l' with modifier '>' ignores NULL bytes between directives	Success		0.001
l	String#unpack with format 'l' with modifier '>' ignores spaces between directives	Success		0.001
l	String#unpack with format 'l' with modifier '>' decodes an int with most significant bit set as a negative number	Success		0.000
l	String#unpack with format 'l' with modifier '<' and '_' decodes one long for a single format character	Success		0.001
l	String#unpack with format 'l' with modifier '<' and '_' decodes two longs for two format characters	Success		0.001
l	String#unpack with format 'l' with modifier '<' and '_' decodes the number of longs requested by the count modifier	Success		0.001
l	String#unpack with format 'l' with modifier '<' and '_' decodes the remaining longs when passed the '*' modifier	Success		0.001
l	String#unpack with format 'l' with modifier '<' and '_' decodes the remaining longs when passed the '*' modifier after another directive	Success		0.001
l	String#unpack with format 'l' with modifier '<' and '_' does not decode a long when fewer bytes than a long remain and the '*' modifier is passed	Success		0.000
l	String#unpack with format 'l' with modifier '<' and '_' ignores NULL bytes between directives	Success		0.001
l	String#unpack with format 'l' with modifier '<' and '_' ignores spaces between directives	Success		0.001
l	String#unpack with format 'l' with modifier '<' and '_' decodes one long for a single format character	Success		0.001
l	String#unpack with format 'l' with modifier '<' and '_' decodes two longs for two format characters	Success		0.001
l	String#unpack with format 'l' with modifier '<' and '_' decodes the number of longs requested by the count modifier	Success		0.001
l	String#unpack with format 'l' with modifier '<' and '_' decodes the remaining longs when passed the '*' modifier	Success		0.001
l	String#unpack with format 'l' with modifier '<' and '_' decodes the remaining longs when passed the '*' modifier after another directive	Success		0.001
l	String#unpack with format 'l' with modifier '<' and '_' does not decode a long when fewer bytes than a long remain and the '*' modifier is passed	Success		0.000
l	String#unpack with format 'l' with modifier '<' and '_' ignores NULL bytes between directives	Success		0.001
l	String#unpack with format 'l' with modifier '<' and '_' ignores spaces between directives	Success		0.001
l	String#unpack with format 'l' with modifier '<' and '_' decodes a long with most significant bit set as a negative number	Success		0.001
l	String#unpack with format 'l' with modifier '<' and '_' decodes a long with most significant bit set as a negative number	Success		0.001
l	String#unpack with format 'l' with modifier '<' and '!' decodes one long for a single format character	Success		0.001
l	String#unpack with format 'l' with modifier '<' and '!' decodes two longs for two format characters	Success		0.001
l	String#unpack with format 'l' with modifier '<' and '!' decodes the number of longs requested by the count modifier	Success		0.001
l	String#unpack with format 'l' with modifier '<' and '!' decodes the remaining longs when passed the '*' modifier	Success		0.001
l	String#unpack with format 'l' with modifier '<' and '!' decodes the remaining longs when passed the '*' modifier after another directive	Success		0.001
l	String#unpack with format 'l' with modifier '<' and '!' does not decode a long when fewer bytes than a long remain and the '*' modifier is passed	Success		0.000
l	String#unpack with format 'l' with modifier '<' and '!' ignores NULL bytes between directives	Success		0.001
l	String#unpack with format 'l' with modifier '<' and '!' ignores spaces between directives	Success		0.001
l	String#unpack with format 'l' with modifier '<' and '!' decodes one long for a single format character	Success		0.000
l	String#unpack with format 'l' with modifier '<' and '!' decodes two longs for two format characters	Success		0.001
l	String#unpack with format 'l' with modifier '<' and '!' decodes the number of longs requested by the count modifier	Success		0.001
l	String#unpack with format 'l' with modifier '<' and '!' decodes the remaining longs when passed the '*' modifier	Success		0.001
l	String#unpack with format 'l' with modifier '<' and '!' decodes the remaining longs when passed the '*' modifier after another directive	Success		0.001
l	String#unpack with format 'l' with modifier '<' and '!' does not decode a long when fewer bytes than a long remain and the '*' modifier is passed	Success		0.000
l	String#unpack with format 'l' with modifier '<' and '!' ignores NULL bytes between directives	Success		0.001
l	String#unpack with format 'l' with modifier '<' and '!' ignores spaces between directives	Success		0.001
l	String#unpack with format 'l' with modifier '<' and '!' decodes a long with most significant bit set as a negative number	Success		0.000
l	String#unpack with format 'l' with modifier '<' and '!' decodes a long with most significant bit set as a negative number	Success		0.001
l	String#unpack with format 'l' with modifier '>' and '_' decodes one long for a single format character	Success		0.001
l	String#unpack with format 'l' with modifier '>' and '_' decodes two longs for two format characters	Success		0.001
l	String#unpack with format 'l' with modifier '>' and '_' decodes the number of longs requested by the count modifier	Success		0.001
l	String#unpack with format 'l' with modifier '>' and '_' decodes the remaining longs when passed the '*' modifier	Success		0.001
l	String#unpack with format 'l' with modifier '>' and '_' decodes the remaining longs when passed the '*' modifier after another directive	Success		0.001
l	String#unpack with format 'l' with modifier '>' and '_' does not decode a long when fewer bytes than a long remain and the '*' modifier is passed	Success		0.000
l	String#unpack with format 'l' with modifier '>' and '_' ignores NULL bytes between directives	Success		0.001
l	String#unpack with format 'l' with modifier '>' and '_' ignores spaces between directives	Success		0.001
l	String#unpack with format 'l' with modifier '>' and '_' decodes one long for a single format character	Success		0.000
l	String#unpack with format 'l' with modifier '>' and '_' decodes two longs for two format characters	Success		0.001
l	String#unpack with format 'l' with modifier '>' and '_' decodes the number of longs requested by the count modifier	Success		0.001
l	String#unpack with format 'l' with modifier '>' and '_' decodes the remaining longs when passed the '*' modifier	Success		0.001
l	String#unpack with format 'l' with modifier '>' and '_' decodes the remaining longs when passed the '*' modifier after another directive	Success		0.001
l	String#unpack with format 'l' with modifier '>' and '_' does not decode a long when fewer bytes than a long remain and the '*' modifier is passed	Success		0.000
l	String#unpack with format 'l' with modifier '>' and '_' ignores NULL bytes between directives	Success		0.001
l	String#unpack with format 'l' with modifier '>' and '_' ignores spaces between directives	Success		0.001
l	String#unpack with format 'l' with modifier '>' and '_' decodes a long with most significant bit set as a negative number	Success		0.001
l	String#unpack with format 'l' with modifier '>' and '_' decodes a long with most significant bit set as a negative number	Success		0.000
l	String#unpack with format 'l' with modifier '>' and '!' decodes one long for a single format character	Success		0.001
l	String#unpack with format 'l' with modifier '>' and '!' decodes two longs for two format characters	Success		0.001
l	String#unpack with format 'l' with modifier '>' and '!' decodes the number of longs requested by the count modifier	Success		0.001
l	String#unpack with format 'l' with modifier '>' and '!' decodes the remaining longs when passed the '*' modifier	Success		0.001
l	String#unpack with format 'l' with modifier '>' and '!' decodes the remaining longs when passed the '*' modifier after another directive	Success		0.001
l	String#unpack with format 'l' with modifier '>' and '!' does not decode a long when fewer bytes than a long remain and the '*' modifier is passed	Success		0.000
l	String#unpack with format 'l' with modifier '>' and '!' ignores NULL bytes between directives	Success		0.001
l	String#unpack with format 'l' with modifier '>' and '!' ignores spaces between directives	Success		0.001
l	String#unpack with format 'l' with modifier '>' and '!' decodes one long for a single format character	Success		0.001
l	String#unpack with format 'l' with modifier '>' and '!' decodes two longs for two format characters	Success		0.001
l	String#unpack with format 'l' with modifier '>' and '!' decodes the number of longs requested by the count modifier	Success		0.001
l	String#unpack with format 'l' with modifier '>' and '!' decodes the remaining longs when passed the '*' modifier	Success		0.001
l	String#unpack with format 'l' with modifier '>' and '!' decodes the remaining longs when passed the '*' modifier after another directive	Success		0.001
l	String#unpack with format 'l' with modifier '>' and '!' does not decode a long when fewer bytes than a long remain and the '*' modifier is passed	Success		0.000
l	String#unpack with format 'l' with modifier '>' and '!' ignores NULL bytes between directives	Success		0.001
l	String#unpack with format 'l' with modifier '>' and '!' ignores spaces between directives	Success		0.001
l	String#unpack with format 'l' with modifier '>' and '!' decodes a long with most significant bit set as a negative number	Success		0.000
l	String#unpack with format 'l' with modifier '>' and '!' decodes a long with most significant bit set as a negative number	Success		0.000
l	String#unpack with format 'L' ignores whitespace in the format string	Success		0.001
l	String#unpack with format 'L' calls #to_str to coerce the directives string	Success		0.002
l	String#unpack with format 'L' raises a TypeError when passed nil	Success		0.001
l	String#unpack with format 'L' raises a TypeError when passed an Integer	Success		0.001
l	String#unpack with format 'L' decodes one int for a single format character	Success		0.001
l	String#unpack with format 'L' decodes two ints for two format characters	Success		0.001
l	String#unpack with format 'L' decodes the number of ints requested by the count modifier	Success		0.001
l	String#unpack with format 'L' decodes the remaining ints when passed the '*' modifier	Success		0.001
l	String#unpack with format 'L' decodes the remaining ints when passed the '*' modifier after another directive	Success		0.001
l	String#unpack with format 'L' does not decode an int when fewer bytes than an int remain and the '*' modifier is passed	Success		0.000
l	String#unpack with format 'L' adds nil for each element requested beyond the end of the String	Success		0.001
l	String#unpack with format 'L' ignores NULL bytes between directives	Success		0.001
l	String#unpack with format 'L' ignores spaces between directives	Success		0.001
l	String#unpack with format 'L' decodes an int with most significant bit set as a positive number	Success		0.001
l	String#unpack with format 'l' ignores whitespace in the format string	Success		0.001
l	String#unpack with format 'l' calls #to_str to coerce the directives string	Success		0.002
l	String#unpack with format 'l' raises a TypeError when passed nil	Success		0.001
l	String#unpack with format 'l' raises a TypeError when passed an Integer	Success		0.001
l	String#unpack with format 'l' decodes one int for a single format character	Success		0.000
l	String#unpack with format 'l' decodes two ints for two format characters	Success		0.001
l	String#unpack with format 'l' decodes the number of ints requested by the count modifier	Success		0.001
l	String#unpack with format 'l' decodes the remaining ints when passed the '*' modifier	Success		0.000
l	String#unpack with format 'l' decodes the remaining ints when passed the '*' modifier after another directive	Success		0.001
l	String#unpack with format 'l' does not decode an int when fewer bytes than an int remain and the '*' modifier is passed	Success		0.000
l	String#unpack with format 'l' adds nil for each element requested beyond the end of the String	Success		0.001
l	String#unpack with format 'l' ignores NULL bytes between directives	Success		0.001
l	String#unpack with format 'l' ignores spaces between directives	Success		0.001
l	String#unpack with format 'l' decodes an int with most significant bit set as a negative number	Success		0.000
l	String#unpack with format 'L' with modifier '_' decodes one long for a single format character	Success		0.001
l	String#unpack with format 'L' with modifier '_' decodes two longs for two format characters	Success		0.001
l	String#unpack with format 'L' with modifier '_' decodes the number of longs requested by the count modifier	Success		0.001
l	String#unpack with format 'L' with modifier '_' decodes the remaining longs when passed the '*' modifier	Success		0.001
l	String#unpack with format 'L' with modifier '_' decodes the remaining longs when passed the '*' modifier after another directive	Success		0.001
l	String#unpack with format 'L' with modifier '_' does not decode a long when fewer bytes than a long remain and the '*' modifier is passed	Success		0.000
l	String#unpack with format 'L' with modifier '_' ignores NULL bytes between directives	Success		0.001
l	String#unpack with format 'L' with modifier '_' ignores spaces between directives	Success		0.001
l	String#unpack with format 'L' with modifier '_' decodes a long with most significant bit set as a positive number	Success		0.001
l	String#unpack with format 'L' with modifier '!' decodes one long for a single format character	Success		0.001
l	String#unpack with format 'L' with modifier '!' decodes two longs for two format characters	Success		0.001
l	String#unpack with format 'L' with modifier '!' decodes the number of longs requested by the count modifier	Success		0.001
l	String#unpack with format 'L' with modifier '!' decodes the remaining longs when passed the '*' modifier	Success		0.001
l	String#unpack with format 'L' with modifier '!' decodes the remaining longs when passed the '*' modifier after another directive	Success		0.001
l	String#unpack with format 'L' with modifier '!' does not decode a long when fewer bytes than a long remain and the '*' modifier is passed	Success		0.001
l	String#unpack with format 'L' with modifier '!' ignores NULL bytes between directives	Success		0.001
l	String#unpack with format 'L' with modifier '!' ignores spaces between directives	Success		0.001
l	String#unpack with format 'L' with modifier '!' decodes a long with most significant bit set as a positive number	Success		0.001
l	String#unpack with format 'l' with modifier '_' decodes one long for a single format character	Success		0.001
l	String#unpack with format 'l' with modifier '_' decodes two longs for two format characters	Success		0.001
l	String#unpack with format 'l' with modifier '_' decodes the number of longs requested by the count modifier	Success		0.001
l	String#unpack with format 'l' with modifier '_' decodes the remaining longs when passed the '*' modifier	Success		0.000
l	String#unpack with format 'l' with modifier '_' decodes the remaining longs when passed the '*' modifier after another directive	Success		0.001
l	String#unpack with format 'l' with modifier '_' does not decode a long when fewer bytes than a long remain and the '*' modifier is passed	Success		0.000
l	String#unpack with format 'l' with modifier '_' ignores NULL bytes between directives	Success		0.001
l	String#unpack with format 'l' with modifier '_' ignores spaces between directives	Success		0.001
l	String#unpack with format 'l' with modifier '_' decodes a long with most significant bit set as a negative number	Success		0.000
l	String#unpack with format 'l' with modifier '!' decodes one long for a single format character	Success		0.001
l	String#unpack with format 'l' with modifier '!' decodes two longs for two format characters	Success		0.001
l	String#unpack with format 'l' with modifier '!' decodes the number of longs requested by the count modifier	Success		0.000
l	String#unpack with format 'l' with modifier '!' decodes the remaining longs when passed the '*' modifier	Success		0.001
l	String#unpack with format 'l' with modifier '!' decodes the remaining longs when passed the '*' modifier after another directive	Success		0.001
l	String#unpack with format 'l' with modifier '!' does not decode a long when fewer bytes than a long remain and the '*' modifier is passed	Success		0.000
l	String#unpack with format 'l' with modifier '!' ignores NULL bytes between directives	Success		0.001
l	String#unpack with format 'l' with modifier '!' ignores spaces between directives	Success		0.001
l	String#unpack with format 'l' with modifier '!' decodes a long with most significant bit set as a negative number	Success		0.000
m	String#unpack with format 'M' ignores whitespace in the format string	Success		0.001
m	String#unpack with format 'M' calls #to_str to coerce the directives string	Success		0.002
m	String#unpack with format 'M' raises a TypeError when passed nil	Success		0.001
m	String#unpack with format 'M' raises a TypeError when passed an Integer	Success		0.001
m	String#unpack with format 'M' raises an ArgumentError when the format modifier is '_'	Success		0.001
m	String#unpack with format 'M' raises an ArgumentError when the format modifier is '!'	Success		0.001
m	String#unpack with format 'M' decodes an empty string	Success		0.001
m	String#unpack with format 'M' decodes the complete string ignoring newlines when given a single directive	Success		0.001
m	String#unpack with format 'M' appends empty string to the array for directives exceeding the input size	Success		0.001
m	String#unpack with format 'M' ignores the count or '*' modifier and decodes the entire string	Success		0.001
m	String#unpack with format 'M' decodes the '=' character	Success		0.001
m	String#unpack with format 'M' decodes an embedded space character	Success		0.001
m	String#unpack with format 'M' decodes a space at the end of the pre-encoded string	Success		0.001
m	String#unpack with format 'M' decodes an embedded tab character	Success		0.000
m	String#unpack with format 'M' decodes a tab character at the end of the pre-encoded string	Success		0.000
m	String#unpack with format 'M' decodes an embedded newline	Success		0.000
m	String#unpack with format 'M' decodes pre-encoded byte values 33..60	Success		0.001
m	String#unpack with format 'M' decodes pre-encoded byte values 62..126	Success		0.001
m	String#unpack with format 'M' decodes pre-encoded byte values 0..31 except tab and newline	Success		0.001
m	String#unpack with format 'M' decodes pre-encoded byte values 127..255	Success		0.002
m	String#unpack with format 'm' ignores whitespace in the format string	Success		0.001
m	String#unpack with format 'm' calls #to_str to coerce the directives string	Success		0.001
m	String#unpack with format 'm' raises a TypeError when passed nil	Success		0.001
m	String#unpack with format 'm' raises a TypeError when passed an Integer	Success		0.001
m	String#unpack with format 'm' raises an ArgumentError when the format modifier is '_'	Success		0.001
m	String#unpack with format 'm' raises an ArgumentError when the format modifier is '!'	Success		0.001
m	String#unpack with format 'm' decodes an empty string	Success		0.001
m	String#unpack with format 'm' decodes the complete string ignoring newlines when given a single directive	Success		0.001
m	String#unpack with format 'm' ignores the count or '*' modifier and decodes the entire string	Success		0.001
m	String#unpack with format 'm' appends empty string to the array for directives exceeding the input size	Success		0.001
m	String#unpack with format 'm' decodes all pre-encoded ascii byte values	Success		0.005
m	String#unpack with format 'm' produces binary strings	Success		0.001
n	String#unpack with format 'N' ignores whitespace in the format string	Success		0.001
n	String#unpack with format 'N' calls #to_str to coerce the directives string	Success		0.002
n	String#unpack with format 'N' raises a TypeError when passed nil	Success		0.001
n	String#unpack with format 'N' raises a TypeError when passed an Integer	Success		0.001
n	String#unpack with format 'N' decodes one int for a single format character	Success		0.001
n	String#unpack with format 'N' decodes two ints for two format characters	Success		0.001
n	String#unpack with format 'N' decodes the number of ints requested by the count modifier	Success		0.001
n	String#unpack with format 'N' decodes the remaining ints when passed the '*' modifier	Success		0.001
n	String#unpack with format 'N' decodes the remaining ints when passed the '*' modifier after another directive	Success		0.001
n	String#unpack with format 'N' does not decode an int when fewer bytes than an int remain and the '*' modifier is passed	Success		0.001
n	String#unpack with format 'N' adds nil for each element requested beyond the end of the String	Success		0.001
n	String#unpack with format 'N' ignores NULL bytes between directives	Success		0.001
n	String#unpack with format 'N' ignores spaces between directives	Success		0.001
n	String#unpack with format 'N' decodes an int with most significant bit set as a positive number	Success		0.001
n	String#unpack with format 'N' raises an ArgumentError when the format modifier is '_'	Success		0.001
n	String#unpack with format 'N' raises an ArgumentError when the format modifier is '!'	Success		0.001
n	String#unpack with format 'n' ignores whitespace in the format string	Success		0.002
n	String#unpack with format 'n' calls #to_str to coerce the directives string	Success		0.001
n	String#unpack with format 'n' raises a TypeError when passed nil	Success		0.001
n	String#unpack with format 'n' raises a TypeError when passed an Integer	Success		0.001
n	String#unpack with format 'n' decodes one short for a single format character	Success		0.001
n	String#unpack with format 'n' decodes two shorts for two format characters	Success		0.001
n	String#unpack with format 'n' decodes the number of shorts requested by the count modifier	Success		0.001
n	String#unpack with format 'n' decodes the remaining shorts when passed the '*' modifier	Success		0.001
n	String#unpack with format 'n' decodes the remaining shorts when passed the '*' modifier after another directive	Success		0.001
n	String#unpack with format 'n' does not decode a short when fewer bytes than a short remain and the '*' modifier is passed	Success		0.001
n	String#unpack with format 'n' adds nil for each element requested beyond the end of the String	Success		0.001
n	String#unpack with format 'n' ignores NULL bytes between directives	Success		0.001
n	String#unpack with format 'n' ignores spaces between directives	Success		0.001
n	String#unpack with format 'n' decodes a short with most significant bit set as a positive number	Success		0.001
n	String#unpack with format 'n' raises an ArgumentError when the format modifier is '_'	Success		0.001
n	String#unpack with format 'n' raises an ArgumentError when the format modifier is '!'	Success		0.001
p	String#unpack with format 'P' ignores whitespace in the format string	Success		0.001
p	String#unpack with format 'P' calls #to_str to coerce the directives string	Success		0.001
p	String#unpack with format 'P' raises a TypeError when passed nil	Success		0.001
p	String#unpack with format 'P' raises a TypeError when passed an Integer	Success		0.001
p	String#unpack with format 'P' returns a random object after consuming a size-of a machine word bytes	Success		0.001
p	String#unpack with format 'p' ignores whitespace in the format string	Success		0.000
p	String#unpack with format 'p' calls #to_str to coerce the directives string	Success		0.001
p	String#unpack with format 'p' raises a TypeError when passed nil	Success		0.001
p	String#unpack with format 'p' raises a TypeError when passed an Integer	Success		0.001
p	String#unpack with format 'p' returns a random object after consuming a size-of a machine word bytes	Success		0.000
percent	String#unpack with format '%' raises an Argument Error	Success		0.001
q	String#unpack with format 'Q' with modifier '<' decodes one long for a single format character	Success		0.001
q	String#unpack with format 'Q' with modifier '<' decodes two longs for two format characters	Success		0.001
q	String#unpack with format 'Q' with modifier '<' decodes the number of longs requested by the count modifier	Success		0.001
q	String#unpack with format 'Q' with modifier '<' decodes the remaining longs when passed the '*' modifier	Success		0.001
q	String#unpack with format 'Q' with modifier '<' decodes the remaining longs when passed the '*' modifier after another directive	Success		0.001
q	String#unpack with format 'Q' with modifier '<' does not decode a long when fewer bytes than a long remain and the '*' modifier is passed	Success		0.001
q	String#unpack with format 'Q' with modifier '<' ignores NULL bytes between directives	Success		0.001
q	String#unpack with format 'Q' with modifier '<' ignores spaces between directives	Success		0.001
q	String#unpack with format 'Q' with modifier '<' decodes a long with most significant bit set as a positive number	Success		0.001
q	String#unpack with format 'Q' with modifier '>' decodes one long for a single format character	Success		0.001
q	String#unpack with format 'Q' with modifier '>' decodes two longs for two format characters	Success		0.001
q	String#unpack with format 'Q' with modifier '>' decodes the number of longs requested by the count modifier	Success		0.001
q	String#unpack with format 'Q' with modifier '>' decodes the remaining longs when passed the '*' modifier	Success		0.001
q	String#unpack with format 'Q' with modifier '>' decodes the remaining longs when passed the '*' modifier after another directive	Success		0.001
q	String#unpack with format 'Q' with modifier '>' does not decode a long when fewer bytes than a long remain and the '*' modifier is passed	Success		0.001
q	String#unpack with format 'Q' with modifier '>' ignores NULL bytes between directives	Success		0.001
q	String#unpack with format 'Q' with modifier '>' ignores spaces between directives	Success		0.001
q	String#unpack with format 'Q' with modifier '>' decodes a long with most significant bit set as a positive number	Success		0.001
q	String#unpack with format 'q' with modifier '<' decodes one long for a single format character	Success		0.001
q	String#unpack with format 'q' with modifier '<' decodes two longs for two format characters	Success		0.001
q	String#unpack with format 'q' with modifier '<' decodes the number of longs requested by the count modifier	Success		0.001
q	String#unpack with format 'q' with modifier '<' decodes the remaining longs when passed the '*' modifier	Success		0.001
q	String#unpack with format 'q' with modifier '<' decodes the remaining longs when passed the '*' modifier after another directive	Success		0.001
q	String#unpack with format 'q' with modifier '<' does not decode a long when fewer bytes than a long remain and the '*' modifier is passed	Success		0.001
q	String#unpack with format 'q' with modifier '<' ignores NULL bytes between directives	Success		0.001
q	String#unpack with format 'q' with modifier '<' ignores spaces between directives	Success		0.001
q	String#unpack with format 'q' with modifier '<' decodes a long with most significant bit set as a negative number	Success		0.000
q	String#unpack with format 'q' with modifier '>' decodes one long for a single format character	Success		0.001
q	String#unpack with format 'q' with modifier '>' decodes two longs for two format characters	Success		0.001
q	String#unpack with format 'q' with modifier '>' decodes the number of longs requested by the count modifier	Success		0.001
q	String#unpack with format 'q' with modifier '>' decodes the remaining longs when passed the '*' modifier	Success		0.001
q	String#unpack with format 'q' with modifier '>' decodes the remaining longs when passed the '*' modifier after another directive	Success		0.001
q	String#unpack with format 'q' with modifier '>' does not decode a long when fewer bytes than a long remain and the '*' modifier is passed	Success		0.000
q	String#unpack with format 'q' with modifier '>' ignores NULL bytes between directives	Success		0.001
q	String#unpack with format 'q' with modifier '>' ignores spaces between directives	Success		0.001
q	String#unpack with format 'q' with modifier '>' decodes a long with most significant bit set as a negative number	Success		0.001
q	String#unpack with format 'Q' ignores whitespace in the format string	Success		0.001
q	String#unpack with format 'Q' calls #to_str to coerce the directives string	Success		0.001
q	String#unpack with format 'Q' raises a TypeError when passed nil	Success		0.001
q	String#unpack with format 'Q' raises a TypeError when passed an Integer	Success		0.001
q	String#unpack with format 'q' ignores whitespace in the format string	Success		0.001
q	String#unpack with format 'q' calls #to_str to coerce the directives string	Success		0.001
q	String#unpack with format 'q' raises a TypeError when passed nil	Success		0.001
q	String#unpack with format 'q' raises a TypeError when passed an Integer	Success		0.001
q	String#unpack with format 'Q' decodes one long for a single format character	Success		0.001
q	String#unpack with format 'Q' decodes two longs for two format characters	Success		0.001
q	String#unpack with format 'Q' decodes the number of longs requested by the count modifier	Success		0.001
q	String#unpack with format 'Q' decodes the remaining longs when passed the '*' modifier	Success		0.001
q	String#unpack with format 'Q' decodes the remaining longs when passed the '*' modifier after another directive	Success		0.001
q	String#unpack with format 'Q' does not decode a long when fewer bytes than a long remain and the '*' modifier is passed	Success		0.001
q	String#unpack with format 'Q' ignores NULL bytes between directives	Success		0.001
q	String#unpack with format 'Q' ignores spaces between directives	Success		0.001
q	String#unpack with format 'Q' adds nil for each element requested beyond the end of the String	Success		0.001
q	String#unpack with format 'Q' decodes a long with most significant bit set as a positive number	Success		0.001
q	String#unpack with format 'q' decodes one long for a single format character	Success		0.001
q	String#unpack with format 'q' decodes two longs for two format characters	Success		0.001
q	String#unpack with format 'q' decodes the number of longs requested by the count modifier	Success		0.001
q	String#unpack with format 'q' decodes the remaining longs when passed the '*' modifier	Success		0.000
q	String#unpack with format 'q' decodes the remaining longs when passed the '*' modifier after another directive	Success		0.001
q	String#unpack with format 'q' does not decode a long when fewer bytes than a long remain and the '*' modifier is passed	Success		0.000
q	String#unpack with format 'q' ignores NULL bytes between directives	Success		0.001
q	String#unpack with format 'q' ignores spaces between directives	Success		0.001
q	String#unpack with format 'q' adds nil for each element requested beyond the end of the String	Success		0.001
q	String#unpack with format 'q' decodes a long with most significant bit set as a negative number	Success		0.000
s	String#unpack with format 'S' with modifier '<' decodes one short for a single format character	Success		0.002
s	String#unpack with format 'S' with modifier '<' decodes two shorts for two format characters	Success		0.001
s	String#unpack with format 'S' with modifier '<' decodes the number of shorts requested by the count modifier	Success		0.001
s	String#unpack with format 'S' with modifier '<' decodes the remaining shorts when passed the '*' modifier	Success		0.001
s	String#unpack with format 'S' with modifier '<' decodes the remaining shorts when passed the '*' modifier after another directive	Success		0.001
s	String#unpack with format 'S' with modifier '<' does not decode a short when fewer bytes than a short remain and the '*' modifier is passed	Success		0.001
s	String#unpack with format 'S' with modifier '<' adds nil for each element requested beyond the end of the String	Success		0.001
s	String#unpack with format 'S' with modifier '<' ignores NULL bytes between directives	Success		0.001
s	String#unpack with format 'S' with modifier '<' ignores spaces between directives	Success		0.001
s	String#unpack with format 'S' with modifier '<' decodes a short with most significant bit set as a positive number	Success		0.001
s	String#unpack with format 'S' with modifier '<' and '_' decodes one short for a single format character	Success		0.001
s	String#unpack with format 'S' with modifier '<' and '_' decodes two shorts for two format characters	Success		0.001
s	String#unpack with format 'S' with modifier '<' and '_' decodes the number of shorts requested by the count modifier	Success		0.001
s	String#unpack with format 'S' with modifier '<' and '_' decodes the remaining shorts when passed the '*' modifier	Success		0.001
s	String#unpack with format 'S' with modifier '<' and '_' decodes the remaining shorts when passed the '*' modifier after another directive	Success		0.001
s	String#unpack with format 'S' with modifier '<' and '_' does not decode a short when fewer bytes than a short remain and the '*' modifier is passed	Success		0.000
s	String#unpack with format 'S' with modifier '<' and '_' adds nil for each element requested beyond the end of the String	Success		0.001
s	String#unpack with format 'S' with modifier '<' and '_' ignores NULL bytes between directives	Success		0.001
s	String#unpack with format 'S' with modifier '<' and '_' ignores spaces between directives	Success		0.001
s	String#unpack with format 'S' with modifier '<' and '_' decodes one short for a single format character	Success		0.000
s	String#unpack with format 'S' with modifier '<' and '_' decodes two shorts for two format characters	Success		0.001
s	String#unpack with format 'S' with modifier '<' and '_' decodes the number of shorts requested by the count modifier	Success		0.001
s	String#unpack with format 'S' with modifier '<' and '_' decodes the remaining shorts when passed the '*' modifier	Success		0.001
s	String#unpack with format 'S' with modifier '<' and '_' decodes the remaining shorts when passed the '*' modifier after another directive	Success		0.001
s	String#unpack with format 'S' with modifier '<' and '_' does not decode a short when fewer bytes than a short remain and the '*' modifier is passed	Success		0.000
s	String#unpack with format 'S' with modifier '<' and '_' adds nil for each element requested beyond the end of the String	Success		0.001
s	String#unpack with format 'S' with modifier '<' and '_' ignores NULL bytes between directives	Success		0.001
s	String#unpack with format 'S' with modifier '<' and '_' ignores spaces between directives	Success		0.001
s	String#unpack with format 'S' with modifier '<' and '_' decodes a short with most significant bit set as a positive number	Success		0.000
s	String#unpack with format 'S' with modifier '<' and '_' decodes a short with most significant bit set as a positive number	Success		0.000
s	String#unpack with format 'S' with modifier '<' and '!' decodes one short for a single format character	Success		0.001
s	String#unpack with format 'S' with modifier '<' and '!' decodes two shorts for two format characters	Success		0.001
s	String#unpack with format 'S' with modifier '<' and '!' decodes the number of shorts requested by the count modifier	Success		0.001
s	String#unpack with format 'S' with modifier '<' and '!' decodes the remaining shorts when passed the '*' modifier	Success		0.001
s	String#unpack with format 'S' with modifier '<' and '!' decodes the remaining shorts when passed the '*' modifier after another directive	Success		0.001
s	String#unpack with format 'S' with modifier '<' and '!' does not decode a short when fewer bytes than a short remain and the '*' modifier is passed	Success		0.000
s	String#unpack with format 'S' with modifier '<' and '!' adds nil for each element requested beyond the end of the String	Success		0.001
s	String#unpack with format 'S' with modifier '<' and '!' ignores NULL bytes between directives	Success		0.001
s	String#unpack with format 'S' with modifier '<' and '!' ignores spaces between directives	Success		0.001
s	String#unpack with format 'S' with modifier '<' and '!' decodes one short for a single format character	Success		0.000
s	String#unpack with format 'S' with modifier '<' and '!' decodes two shorts for two format characters	Success		0.001
s	String#unpack with format 'S' with modifier '<' and '!' decodes the number of shorts requested by the count modifier	Success		0.001
s	String#unpack with format 'S' with modifier '<' and '!' decodes the remaining shorts when passed the '*' modifier	Success		0.000
s	String#unpack with format 'S' with modifier '<' and '!' decodes the remaining shorts when passed the '*' modifier after another directive	Success		0.001
s	String#unpack with format 'S' with modifier '<' and '!' does not decode a short when fewer bytes than a short remain and the '*' modifier is passed	Success		0.000
s	String#unpack with format 'S' with modifier '<' and '!' adds nil for each element requested beyond the end of the String	Success		0.001
s	String#unpack with format 'S' with modifier '<' and '!' ignores NULL bytes between directives	Success		0.001
s	String#unpack with format 'S' with modifier '<' and '!' ignores spaces between directives	Success		0.001
s	String#unpack with format 'S' with modifier '<' and '!' decodes a short with most significant bit set as a positive number	Success		0.001
s	String#unpack with format 'S' with modifier '<' and '!' decodes a short with most significant bit set as a positive number	Success		0.000
s	String#unpack with format 'S' with modifier '>' decodes one short for a single format character	Success		0.001
s	String#unpack with format 'S' with modifier '>' decodes two shorts for two format characters	Success		0.001
s	String#unpack with format 'S' with modifier '>' decodes the number of shorts requested by the count modifier	Success		0.001
s	String#unpack with format 'S' with modifier '>' decodes the remaining shorts when passed the '*' modifier	Success		0.001
s	String#unpack with format 'S' with modifier '>' decodes the remaining shorts when passed the '*' modifier after another directive	Success		0.001
s	String#unpack with format 'S' with modifier '>' does not decode a short when fewer bytes than a short remain and the '*' modifier is passed	Success		0.000
s	String#unpack with format 'S' with modifier '>' adds nil for each element requested beyond the end of the String	Success		0.001
s	String#unpack with format 'S' with modifier '>' ignores NULL bytes between directives	Success		0.001
s	String#unpack with format 'S' with modifier '>' ignores spaces between directives	Success		0.001
s	String#unpack with format 'S' with modifier '>' decodes a short with most significant bit set as a positive number	Success		0.001
s	String#unpack with format 'S' with modifier '>' and '_' decodes one short for a single format character	Success		0.001
s	String#unpack with format 'S' with modifier '>' and '_' decodes two shorts for two format characters	Success		0.001
s	String#unpack with format 'S' with modifier '>' and '_' decodes the number of shorts requested by the count modifier	Success		0.001
s	String#unpack with format 'S' with modifier '>' and '_' decodes the remaining shorts when passed the '*' modifier	Success		0.001
s	String#unpack with format 'S' with modifier '>' and '_' decodes the remaining shorts when passed the '*' modifier after another directive	Success		0.001
s	String#unpack with format 'S' with modifier '>' and '_' does not decode a short when fewer bytes than a short remain and the '*' modifier is passed	Success		0.000
s	String#unpack with format 'S' with modifier '>' and '_' adds nil for each element requested beyond the end of the String	Success		0.001
s	String#unpack with format 'S' with modifier '>' and '_' ignores NULL bytes between directives	Success		0.001
s	String#unpack with format 'S' with modifier '>' and '_' ignores spaces between directives	Success		0.001
s	String#unpack with format 'S' with modifier '>' and '_' decodes one short for a single format character	Success		0.000
s	String#unpack with format 'S' with modifier '>' and '_' decodes two shorts for two format characters	Success		0.001
s	String#unpack with format 'S' with modifier '>' and '_' decodes the number of shorts requested by the count modifier	Success		0.001
s	String#unpack with format 'S' with modifier '>' and '_' decodes the remaining shorts when passed the '*' modifier	Success		0.000
s	String#unpack with format 'S' with modifier '>' and '_' decodes the remaining shorts when passed the '*' modifier after another directive	Success		0.001
s	String#unpack with format 'S' with modifier '>' and '_' does not decode a short when fewer bytes than a short remain and the '*' modifier is passed	Success		0.000
s	String#unpack with format 'S' with modifier '>' and '_' adds nil for each element requested beyond the end of the String	Success		0.001
s	String#unpack with format 'S' with modifier '>' and '_' ignores NULL bytes between directives	Success		0.001
s	String#unpack with format 'S' with modifier '>' and '_' ignores spaces between directives	Success		0.001
s	String#unpack with format 'S' with modifier '>' and '_' decodes a short with most significant bit set as a positive number	Success		0.000
s	String#unpack with format 'S' with modifier '>' and '_' decodes a short with most significant bit set as a positive number	Success		0.000
s	String#unpack with format 'S' with modifier '>' and '!' decodes one short for a single format character	Success		0.001
s	String#unpack with format 'S' with modifier '>' and '!' decodes two shorts for two format characters	Success		0.001
s	String#unpack with format 'S' with modifier '>' and '!' decodes the number of shorts requested by the count modifier	Success		0.001
s	String#unpack with format 'S' with modifier '>' and '!' decodes the remaining shorts when passed the '*' modifier	Success		0.001
s	String#unpack with format 'S' with modifier '>' and '!' decodes the remaining shorts when passed the '*' modifier after another directive	Success		0.001
s	String#unpack with format 'S' with modifier '>' and '!' does not decode a short when fewer bytes than a short remain and the '*' modifier is passed	Success		0.000
s	String#unpack with format 'S' with modifier '>' and '!' adds nil for each element requested beyond the end of the String	Success		0.001
s	String#unpack with format 'S' with modifier '>' and '!' ignores NULL bytes between directives	Success		0.001
s	String#unpack with format 'S' with modifier '>' and '!' ignores spaces between directives	Success		0.001
s	String#unpack with format 'S' with modifier '>' and '!' decodes one short for a single format character	Success		0.000
s	String#unpack with format 'S' with modifier '>' and '!' decodes two shorts for two format characters	Success		0.001
s	String#unpack with format 'S' with modifier '>' and '!' decodes the number of shorts requested by the count modifier	Success		0.001
s	String#unpack with format 'S' with modifier '>' and '!' decodes the remaining shorts when passed the '*' modifier	Success		0.001
s	String#unpack with format 'S' with modifier '>' and '!' decodes the remaining shorts when passed the '*' modifier after another directive	Success		0.001
s	String#unpack with format 'S' with modifier '>' and '!' does not decode a short when fewer bytes than a short remain and the '*' modifier is passed	Success		0.000
s	String#unpack with format 'S' with modifier '>' and '!' adds nil for each element requested beyond the end of the String	Success		0.001
s	String#unpack with format 'S' with modifier '>' and '!' ignores NULL bytes between directives	Success		0.001
s	String#unpack with format 'S' with modifier '>' and '!' ignores spaces between directives	Success		0.001
s	String#unpack with format 'S' with modifier '>' and '!' decodes a short with most significant bit set as a positive number	Success		0.000
s	String#unpack with format 'S' with modifier '>' and '!' decodes a short with most significant bit set as a positive number	Success		0.001
s	String#unpack with format 's' with modifier '<' decodes one short for a single format character	Success		0.001
s	String#unpack with format 's' with modifier '<' decodes two shorts for two format characters	Success		0.001
s	String#unpack with format 's' with modifier '<' decodes the number of shorts requested by the count modifier	Success		0.001
s	String#unpack with format 's' with modifier '<' decodes the remaining shorts when passed the '*' modifier	Success		0.001
s	String#unpack with format 's' with modifier '<' decodes the remaining shorts when passed the '*' modifier after another directive	Success		0.001
s	String#unpack with format 's' with modifier '<' does not decode a short when fewer bytes than a short remain and the '*' modifier is passed	Success		0.001
s	String#unpack with format 's' with modifier '<' adds nil for each element requested beyond the end of the String	Success		0.001
s	String#unpack with format 's' with modifier '<' ignores NULL bytes between directives	Success		0.001
s	String#unpack with format 's' with modifier '<' ignores spaces between directives	Success		0.001
s	String#unpack with format 's' with modifier '<' decodes a short with most significant bit set as a negative number	Success		0.001
s	String#unpack with format 's' with modifier '<' and '_' decodes one short for a single format character	Success		0.001
s	String#unpack with format 's' with modifier '<' and '_' decodes two shorts for two format characters	Success		0.001
s	String#unpack with format 's' with modifier '<' and '_' decodes the number of shorts requested by the count modifier	Success		0.001
s	String#unpack with format 's' with modifier '<' and '_' decodes the remaining shorts when passed the '*' modifier	Success		0.001
s	String#unpack with format 's' with modifier '<' and '_' decodes the remaining shorts when passed the '*' modifier after another directive	Success		0.001
s	String#unpack with format 's' with modifier '<' and '_' does not decode a short when fewer bytes than a short remain and the '*' modifier is passed	Success		0.001
s	String#unpack with format 's' with modifier '<' and '_' adds nil for each element requested beyond the end of the String	Success		0.001
s	String#unpack with format 's' with modifier '<' and '_' ignores NULL bytes between directives	Success		0.001
s	String#unpack with format 's' with modifier '<' and '_' ignores spaces between directives	Success		0.001
s	String#unpack with format 's' with modifier '<' and '_' decodes one short for a single format character	Success		0.001
s	String#unpack with format 's' with modifier '<' and '_' decodes two shorts for two format characters	Success		0.001
s	String#unpack with format 's' with modifier '<' and '_' decodes the number of shorts requested by the count modifier	Success		0.001
s	String#unpack with format 's' with modifier '<' and '_' decodes the remaining shorts when passed the '*' modifier	Success		0.001
s	String#unpack with format 's' with modifier '<' and '_' decodes the remaining shorts when passed the '*' modifier after another directive	Success		0.001
s	String#unpack with format 's' with modifier '<' and '_' does not decode a short when fewer bytes than a short remain and the '*' modifier is passed	Success		0.001
s	String#unpack with format 's' with modifier '<' and '_' adds nil for each element requested beyond the end of the String	Success		0.001
s	String#unpack with format 's' with modifier '<' and '_' ignores NULL bytes between directives	Success		0.001
s	String#unpack with format 's' with modifier '<' and '_' ignores spaces between directives	Success		0.001
s	String#unpack with format 's' with modifier '<' and '_' decodes a short with most significant bit set as a negative number	Success		0.001
s	String#unpack with format 's' with modifier '<' and '_' decodes a short with most significant bit set as a negative number	Success		0.001
s	String#unpack with format 's' with modifier '<' and '!' decodes one short for a single format character	Success		0.001
s	String#unpack with format 's' with modifier '<' and '!' decodes two shorts for two format characters	Success		0.001
s	String#unpack with format 's' with modifier '<' and '!' decodes the number of shorts requested by the count modifier	Success		0.001
s	String#unpack with format 's' with modifier '<' and '!' decodes the remaining shorts when passed the '*' modifier	Success		0.001
s	String#unpack with format 's' with modifier '<' and '!' decodes the remaining shorts when passed the '*' modifier after another directive	Success		0.001
s	String#unpack with format 's' with modifier '<' and '!' does not decode a short when fewer bytes than a short remain and the '*' modifier is passed	Success		0.001
s	String#unpack with format 's' with modifier '<' and '!' adds nil for each element requested beyond the end of the String	Success		0.001
s	String#unpack with format 's' with modifier '<' and '!' ignores NULL bytes between directives	Success		0.001
s	String#unpack with format 's' with modifier '<' and '!' ignores spaces between directives	Success		0.001
s	String#unpack with format 's' with modifier '<' and '!' decodes one short for a single format character	Success		0.001
s	String#unpack with format 's' with modifier '<' and '!' decodes two shorts for two format characters	Success		0.001
s	String#unpack with format 's' with modifier '<' and '!' decodes the number of shorts requested by the count modifier	Success		0.001
s	String#unpack with format 's' with modifier '<' and '!' decodes the remaining shorts when passed the '*' modifier	Success		0.001
s	String#unpack with format 's' with modifier '<' and '!' decodes the remaining shorts when passed the '*' modifier after another directive	Success		0.001
s	String#unpack with format 's' with modifier '<' and '!' does not decode a short when fewer bytes than a short remain and the '*' modifier is passed	Success		0.001
s	String#unpack with format 's' with modifier '<' and '!' adds nil for each element requested beyond the end of the String	Success		0.001
s	String#unpack with format 's' with modifier '<' and '!' ignores NULL bytes between directives	Success		0.001
s	String#unpack with format 's' with modifier '<' and '!' ignores spaces between directives	Success		0.001
s	String#unpack with format 's' with modifier '<' and '!' decodes a short with most significant bit set as a negative number	Success		0.001
s	String#unpack with format 's' with modifier '<' and '!' decodes a short with most significant bit set as a negative number	Success		0.001
s	String#unpack with format 's' with modifier '>' decodes one short for a single format character	Success		0.001
s	String#unpack with format 's' with modifier '>' decodes two shorts for two format characters	Success		0.001
s	String#unpack with format 's' with modifier '>' decodes the number of shorts requested by the count modifier	Success		0.001
s	String#unpack with format 's' with modifier '>' decodes the remaining shorts when passed the '*' modifier	Success		0.001
s	String#unpack with format 's' with modifier '>' decodes the remaining shorts when passed the '*' modifier after another directive	Success		0.001
s	String#unpack with format 's' with modifier '>' does not decode a short when fewer bytes than a short remain and the '*' modifier is passed	Success		0.001
s	String#unpack with format 's' with modifier '>' adds nil for each element requested beyond the end of the String	Success		0.001
s	String#unpack with format 's' with modifier '>' ignores NULL bytes between directives	Success		0.001
s	String#unpack with format 's' with modifier '>' ignores spaces between directives	Success		0.001
s	String#unpack with format 's' with modifier '>' decodes a short with most significant bit set as a negative number	Success		0.001
s	String#unpack with format 's' with modifier '>' and '_' decodes one short for a single format character	Success		0.001
s	String#unpack with format 's' with modifier '>' and '_' decodes two shorts for two format characters	Success		0.001
s	String#unpack with format 's' with modifier '>' and '_' decodes the number of shorts requested by the count modifier	Success		0.001
s	String#unpack with format 's' with modifier '>' and '_' decodes the remaining shorts when passed the '*' modifier	Success		0.001
s	String#unpack with format 's' with modifier '>' and '_' decodes the remaining shorts when passed the '*' modifier after another directive	Success		0.001
s	String#unpack with format 's' with modifier '>' and '_' does not decode a short when fewer bytes than a short remain and the '*' modifier is passed	Success		0.001
s	String#unpack with format 's' with modifier '>' and '_' adds nil for each element requested beyond the end of the String	Success		0.001
s	String#unpack with format 's' with modifier '>' and '_' ignores NULL bytes between directives	Success		0.001
s	String#unpack with format 's' with modifier '>' and '_' ignores spaces between directives	Success		0.001
s	String#unpack with format 's' with modifier '>' and '_' decodes one short for a single format character	Success		0.001
s	String#unpack with format 's' with modifier '>' and '_' decodes two shorts for two format characters	Success		0.001
s	String#unpack with format 's' with modifier '>' and '_' decodes the number of shorts requested by the count modifier	Success		0.001
s	String#unpack with format 's' with modifier '>' and '_' decodes the remaining shorts when passed the '*' modifier	Success		0.001
s	String#unpack with format 's' with modifier '>' and '_' decodes the remaining shorts when passed the '*' modifier after another directive	Success		0.001
s	String#unpack with format 's' with modifier '>' and '_' does not decode a short when fewer bytes than a short remain and the '*' modifier is passed	Success		0.001
s	String#unpack with format 's' with modifier '>' and '_' adds nil for each element requested beyond the end of the String	Success		0.001
s	String#unpack with format 's' with modifier '>' and '_' ignores NULL bytes between directives	Success		0.001
s	String#unpack with format 's' with modifier '>' and '_' ignores spaces between directives	Success		0.001
s	String#unpack with format 's' with modifier '>' and '_' decodes a short with most significant bit set as a negative number	Success		0.001
s	String#unpack with format 's' with modifier '>' and '_' decodes a short with most significant bit set as a negative number	Success		0.001
s	String#unpack with format 's' with modifier '>' and '!' decodes one short for a single format character	Success		0.001
s	String#unpack with format 's' with modifier '>' and '!' decodes two shorts for two format characters	Success		0.001
s	String#unpack with format 's' with modifier '>' and '!' decodes the number of shorts requested by the count modifier	Success		0.001
s	String#unpack with format 's' with modifier '>' and '!' decodes the remaining shorts when passed the '*' modifier	Success		0.001
s	String#unpack with format 's' with modifier '>' and '!' decodes the remaining shorts when passed the '*' modifier after another directive	Success		0.001
s	String#unpack with format 's' with modifier '>' and '!' does not decode a short when fewer bytes than a short remain and the '*' modifier is passed	Success		0.001
s	String#unpack with format 's' with modifier '>' and '!' adds nil for each element requested beyond the end of the String	Success		0.001
s	String#unpack with format 's' with modifier '>' and '!' ignores NULL bytes between directives	Success		0.001
s	String#unpack with format 's' with modifier '>' and '!' ignores spaces between directives	Success		0.001
s	String#unpack with format 's' with modifier '>' and '!' decodes one short for a single format character	Success		0.001
s	String#unpack with format 's' with modifier '>' and '!' decodes two shorts for two format characters	Success		0.001
s	String#unpack with format 's' with modifier '>' and '!' decodes the number of shorts requested by the count modifier	Success		0.001
s	String#unpack with format 's' with modifier '>' and '!' decodes the remaining shorts when passed the '*' modifier	Success		0.001
s	String#unpack with format 's' with modifier '>' and '!' decodes the remaining shorts when passed the '*' modifier after another directive	Success		0.001
s	String#unpack with format 's' with modifier '>' and '!' does not decode a short when fewer bytes than a short remain and the '*' modifier is passed	Success		0.001
s	String#unpack with format 's' with modifier '>' and '!' adds nil for each element requested beyond the end of the String	Success		0.001
s	String#unpack with format 's' with modifier '>' and '!' ignores NULL bytes between directives	Success		0.001
s	String#unpack with format 's' with modifier '>' and '!' ignores spaces between directives	Success		0.001
s	String#unpack with format 's' with modifier '>' and '!' decodes a short with most significant bit set as a negative number	Success		0.001
s	String#unpack with format 's' with modifier '>' and '!' decodes a short with most significant bit set as a negative number	Success		0.001
s	String#unpack with format 'S' ignores whitespace in the format string	Success		0.001
s	String#unpack with format 'S' calls #to_str to coerce the directives string	Success		0.002
s	String#unpack with format 'S' raises a TypeError when passed nil	Success		0.001
s	String#unpack with format 'S' raises a TypeError when passed an Integer	Success		0.001
s	String#unpack with format 'S' decodes one short for a single format character	Success		0.001
s	String#unpack with format 'S' decodes two shorts for two format characters	Success		0.001
s	String#unpack with format 'S' decodes the number of shorts requested by the count modifier	Success		0.001
s	String#unpack with format 'S' decodes the remaining shorts when passed the '*' modifier	Success		0.001
s	String#unpack with format 'S' decodes the remaining shorts when passed the '*' modifier after another directive	Success		0.001
s	String#unpack with format 'S' does not decode a short when fewer bytes than a short remain and the '*' modifier is passed	Success		0.001
s	String#unpack with format 'S' adds nil for each element requested beyond the end of the String	Success		0.001
s	String#unpack with format 'S' ignores NULL bytes between directives	Success		0.001
s	String#unpack with format 'S' ignores spaces between directives	Success		0.001
s	String#unpack with format 'S' decodes a short with most significant bit set as a positive number	Success		0.000
s	String#unpack with format 'S' with modifier '_' decodes one short for a single format character	Success		0.001
s	String#unpack with format 'S' with modifier '_' decodes two shorts for two format characters	Success		0.001
s	String#unpack with format 'S' with modifier '_' decodes the number of shorts requested by the count modifier	Success		0.001
s	String#unpack with format 'S' with modifier '_' decodes the remaining shorts when passed the '*' modifier	Success		0.001
s	String#unpack with format 'S' with modifier '_' decodes the remaining shorts when passed the '*' modifier after another directive	Success		0.001
s	String#unpack with format 'S' with modifier '_' does not decode a short when fewer bytes than a short remain and the '*' modifier is passed	Success		0.000
s	String#unpack with format 'S' with modifier '_' adds nil for each element requested beyond the end of the String	Success		0.001
s	String#unpack with format 'S' with modifier '_' ignores NULL bytes between directives	Success		0.001
s	String#unpack with format 'S' with modifier '_' ignores spaces between directives	Success		0.001
s	String#unpack with format 'S' with modifier '_' decodes a short with most significant bit set as a positive number	Success		0.001
s	String#unpack with format 'S' with modifier '!' decodes one short for a single format character	Success		0.001
s	String#unpack with format 'S' with modifier '!' decodes two shorts for two format characters	Success		0.001
s	String#unpack with format 'S' with modifier '!' decodes the number of shorts requested by the count modifier	Success		0.001
s	String#unpack with format 'S' with modifier '!' decodes the remaining shorts when passed the '*' modifier	Success		0.001
s	String#unpack with format 'S' with modifier '!' decodes the remaining shorts when passed the '*' modifier after another directive	Success		0.001
s	String#unpack with format 'S' with modifier '!' does not decode a short when fewer bytes than a short remain and the '*' modifier is passed	Success		0.000
s	String#unpack with format 'S' with modifier '!' adds nil for each element requested beyond the end of the String	Success		0.001
s	String#unpack with format 'S' with modifier '!' ignores NULL bytes between directives	Success		0.001
s	String#unpack with format 'S' with modifier '!' ignores spaces between directives	Success		0.001
s	String#unpack with format 'S' with modifier '!' decodes a short with most significant bit set as a positive number	Success		0.000
s	String#unpack with format 's' ignores whitespace in the format string	Success		0.001
s	String#unpack with format 's' calls #to_str to coerce the directives string	Success		0.001
s	String#unpack with format 's' raises a TypeError when passed nil	Success		0.001
s	String#unpack with format 's' raises a TypeError when passed an Integer	Success		0.001
s	String#unpack with format 's' decodes one short for a single format character	Success		0.001
s	String#unpack with format 's' decodes two shorts for two format characters	Success		0.001
s	String#unpack with format 's' decodes the number of shorts requested by the count modifier	Success		0.001
s	String#unpack with format 's' decodes the remaining shorts when passed the '*' modifier	Success		0.001
s	String#unpack with format 's' decodes the remaining shorts when passed the '*' modifier after another directive	Success		0.001
s	String#unpack with format 's' does not decode a short when fewer bytes than a short remain and the '*' modifier is passed	Success		0.000
s	String#unpack with format 's' adds nil for each element requested beyond the end of the String	Success		0.001
s	String#unpack with format 's' ignores NULL bytes between directives	Success		0.001
s	String#unpack with format 's' ignores spaces between directives	Success		0.001
s	String#unpack with format 's' decodes a short with most significant bit set as a negative number	Success		0.001
s	String#unpack with format 's' with modifier '_' decodes one short for a single format character	Success		0.001
s	String#unpack with format 's' with modifier '_' decodes two shorts for two format characters	Success		0.001
s	String#unpack with format 's' with modifier '_' decodes the number of shorts requested by the count modifier	Success		0.001
s	String#unpack with format 's' with modifier '_' decodes the remaining shorts when passed the '*' modifier	Success		0.001
s	String#unpack with format 's' with modifier '_' decodes the remaining shorts when passed the '*' modifier after another directive	Success		0.001
s	String#unpack with format 's' with modifier '_' does not decode a short when fewer bytes than a short remain and the '*' modifier is passed	Success		0.001
s	String#unpack with format 's' with modifier '_' adds nil for each element requested beyond the end of the String	Success		0.001
s	String#unpack with format 's' with modifier '_' ignores NULL bytes between directives	Success		0.001
s	String#unpack with format 's' with modifier '_' ignores spaces between directives	Success		0.001
s	String#unpack with format 's' with modifier '_' decodes a short with most significant bit set as a negative number	Success		0.000
s	String#unpack with format 's' with modifier '!' decodes one short for a single format character	Success		0.001
s	String#unpack with format 's' with modifier '!' decodes two shorts for two format characters	Success		0.001
s	String#unpack with format 's' with modifier '!' decodes the number of shorts requested by the count modifier	Success		0.001
s	String#unpack with format 's' with modifier '!' decodes the remaining shorts when passed the '*' modifier	Success		0.001
s	String#unpack with format 's' with modifier '!' decodes the remaining shorts when passed the '*' modifier after another directive	Success		0.001
s	String#unpack with format 's' with modifier '!' does not decode a short when fewer bytes than a short remain and the '*' modifier is passed	Success		0.000
s	String#unpack with format 's' with modifier '!' adds nil for each element requested beyond the end of the String	Success		0.001
s	String#unpack with format 's' with modifier '!' ignores NULL bytes between directives	Success		0.001
s	String#unpack with format 's' with modifier '!' ignores spaces between directives	Success		0.001
s	String#unpack with format 's' with modifier '!' decodes a short with most significant bit set as a negative number	Success		0.001
u	String#unpack with format 'U' ignores whitespace in the format string	Success		0.002
u	String#unpack with format 'U' calls #to_str to coerce the directives string	Success		0.002
u	String#unpack with format 'U' raises a TypeError when passed nil	Success		0.001
u	String#unpack with format 'U' raises a TypeError when passed an Integer	Success		0.001
u	String#unpack with format 'U' raises an ArgumentError when the format modifier is '_'	Success		0.001
u	String#unpack with format 'U' raises an ArgumentError when the format modifier is '!'	Success		0.001
u	String#unpack with format 'U' decodes Unicode codepoints as ASCII values	Success		0.002
u	String#unpack with format 'U' decodes the number of characters specified by the count modifier	Success		0.001
u	String#unpack with format 'U' implicitly has a count of one when no count modifier is passed	Success		0.001
u	String#unpack with format 'U' decodes all remaining characters when passed the '*' modifier	Success		0.001
u	String#unpack with format 'U' decodes UTF-? BMP codepoints	Success		0.001
u	String#unpack with format 'U' decodes UTF-? max codepoints	Success		0.001
u	String#unpack with format 'U' does not decode any items for directives exceeding the input string size	Success		0.001
u	String#unpack with format 'U' ignores NULL bytes between directives	Success		0.001
u	String#unpack with format 'U' ignores spaces between directives	Success		0.001
u	String#unpack with format 'U' raises ArgumentError on a malformed byte sequence	Success		0.001
u	String#unpack with format 'U' raises ArgumentError on a malformed byte sequence and doesn't continue when used with the * modifier	Success		0.001
u	String#unpack with format 'u' ignores whitespace in the format string	Success		0.001
u	String#unpack with format 'u' calls #to_str to coerce the directives string	Success		0.001
u	String#unpack with format 'u' raises a TypeError when passed nil	Success		0.001
u	String#unpack with format 'u' raises a TypeError when passed an Integer	Success		0.001
u	String#unpack with format 'u' raises an ArgumentError when the format modifier is '_'	Success		0.001
u	String#unpack with format 'u' raises an ArgumentError when the format modifier is '!'	Success		0.001
u	String#unpack with format 'u' decodes an empty string as an empty string	Success		0.001
u	String#unpack with format 'u' decodes the complete string ignoring newlines when given a single directive	Success		0.001
u	String#unpack with format 'u' appends empty string to the array for directives exceeding the input size	Success		0.001
u	String#unpack with format 'u' ignores the count or '*' modifier and decodes the entire string	Success		0.001
u	String#unpack with format 'u' decodes all ascii characters	Success		0.005
v	String#unpack with format 'V' ignores whitespace in the format string	Success		0.001
v	String#unpack with format 'V' calls #to_str to coerce the directives string	Success		0.001
v	String#unpack with format 'V' raises a TypeError when passed nil	Success		0.001
v	String#unpack with format 'V' raises a TypeError when passed an Integer	Success		0.001
v	String#unpack with format 'V' decodes one int for a single format character	Success		0.001
v	String#unpack with format 'V' decodes two ints for two format characters	Success		0.001
v	String#unpack with format 'V' decodes the number of ints requested by the count modifier	Success		0.001
v	String#unpack with format 'V' decodes the remaining ints when passed the '*' modifier	Success		0.001
v	String#unpack with format 'V' decodes the remaining ints when passed the '*' modifier after another directive	Success		0.001
v	String#unpack with format 'V' does not decode an int when fewer bytes than an int remain and the '*' modifier is passed	Success		0.000
v	String#unpack with format 'V' adds nil for each element requested beyond the end of the String	Success		0.001
v	String#unpack with format 'V' ignores NULL bytes between directives	Success		0.001
v	String#unpack with format 'V' ignores spaces between directives	Success		0.001
v	String#unpack with format 'V' decodes an int with most significant bit set as a positive number	Success		0.000
v	String#unpack with format 'V' raises an ArgumentError when the format modifier is '_'	Success		0.001
v	String#unpack with format 'V' raises an ArgumentError when the format modifier is '!'	Success		0.001
v	String#unpack with format 'v' ignores whitespace in the format string	Success		0.001
v	String#unpack with format 'v' calls #to_str to coerce the directives string	Success		0.001
v	String#unpack with format 'v' raises a TypeError when passed nil	Success		0.001
v	String#unpack with format 'v' raises a TypeError when passed an Integer	Success		0.001
v	String#unpack with format 'v' decodes one short for a single format character	Success		0.001
v	String#unpack with format 'v' decodes two shorts for two format characters	Success		0.001
v	String#unpack with format 'v' decodes the number of shorts requested by the count modifier	Success		0.001
v	String#unpack with format 'v' decodes the remaining shorts when passed the '*' modifier	Success		0.001
v	String#unpack with format 'v' decodes the remaining shorts when passed the '*' modifier after another directive	Success		0.001
v	String#unpack with format 'v' does not decode a short when fewer bytes than a short remain and the '*' modifier is passed	Success		0.000
v	String#unpack with format 'v' adds nil for each element requested beyond the end of the String	Success		0.001
v	String#unpack with format 'v' ignores NULL bytes between directives	Success		0.001
v	String#unpack with format 'v' ignores spaces between directives	Success		0.001
v	String#unpack with format 'v' decodes a short with most significant bit set as a positive number	Success		0.000
v	String#unpack with format 'v' raises an ArgumentError when the format modifier is '_'	Success		0.001
v	String#unpack with format 'v' raises an ArgumentError when the format modifier is '!'	Success		0.001
w	String#unpack with directive 'w' ignores whitespace in the format string	Success		0.001
w	String#unpack with directive 'w' calls #to_str to coerce the directives string	Success		0.001
w	String#unpack with directive 'w' raises a TypeError when passed nil	Success		0.001
w	String#unpack with directive 'w' raises a TypeError when passed an Integer	Success		0.001
w	String#unpack with directive 'w' raises an ArgumentError when the format modifier is '_'	Success		0.001
w	String#unpack with directive 'w' raises an ArgumentError when the format modifier is '!'	Success		0.001
w	String#unpack with directive 'w' decodes a BER-compressed integer	Success		0.001
w	String#unpack with directive 'w' ignores NULL bytes between directives	Success		0.001
w	String#unpack with directive 'w' ignores spaces between directives	Success		0.001
x	String#unpack with format 'X' ignores whitespace in the format string	Success		0.001
x	String#unpack with format 'X' calls #to_str to coerce the directives string	Success		0.001
x	String#unpack with format 'X' raises a TypeError when passed nil	Success		0.001
x	String#unpack with format 'X' raises a TypeError when passed an Integer	Success		0.001
x	String#unpack with format 'X' raises an ArgumentError when the format modifier is '_'	Success		0.001
x	String#unpack with format 'X' raises an ArgumentError when the format modifier is '!'	Success		0.001
x	String#unpack with format 'X' moves the read index back by the number of bytes specified by count	Success		0.001
x	String#unpack with format 'X' does not change the read index when passed a count of zero	Success		0.001
x	String#unpack with format 'X' implicitly has a count of one when count is not specified	Success		0.001
x	String#unpack with format 'X' moves the read index back by the remaining bytes when passed the '*' modifier	Success		0.001
x	String#unpack with format 'X' raises an ArgumentError when passed the '*' modifier if the remaining bytes exceed the bytes from the index to the start of the String	Success		0.001
x	String#unpack with format 'X' raises an ArgumentError if the count exceeds the bytes from current index to the start of the String	Success		0.001
x	String#unpack with format 'x' ignores whitespace in the format string	Success		0.001
x	String#unpack with format 'x' calls #to_str to coerce the directives string	Success		0.001
x	String#unpack with format 'x' raises a TypeError when passed nil	Success		0.001
x	String#unpack with format 'x' raises a TypeError when passed an Integer	Success		0.001
x	String#unpack with format 'x' raises an ArgumentError when the format modifier is '_'	Success		0.001
x	String#unpack with format 'x' raises an ArgumentError when the format modifier is '!'	Success		0.001
x	String#unpack with format 'x' moves the read index forward by the number of bytes specified by count	Success		0.001
x	String#unpack with format 'x' implicitly has a count of one when count is not specified	Success		0.001
x	String#unpack with format 'x' does not change the read index when passed a count of zero	Success		0.001
x	String#unpack with format 'x' moves the read index to the end of the string when passed the '*' modifier	Success		0.001
x	String#unpack with format 'x' positions the read index one beyond the last readable byte in the String	Success		0.001
x	String#unpack with format 'x' raises an ArgumentError if the count exceeds the size of the String	Success		0.001
z	String#unpack with format 'Z' ignores whitespace in the format string	Success		0.001
z	String#unpack with format 'Z' calls #to_str to coerce the directives string	Success		0.001
z	String#unpack with format 'Z' raises a TypeError when passed nil	Success		0.001
z	String#unpack with format 'Z' raises a TypeError when passed an Integer	Success		0.001
z	String#unpack with format 'Z' raises an ArgumentError when the format modifier is '_'	Success		0.001
z	String#unpack with format 'Z' raises an ArgumentError when the format modifier is '!'	Success		0.001
z	String#unpack with format 'Z' returns an empty string if the input is empty	Success		0.001
z	String#unpack with format 'Z' returns empty strings for repeated formats if the input is empty	Success		0.001
z	String#unpack with format 'Z' returns an empty string and does not decode any bytes when the count modifier is zero	Success		0.001
z	String#unpack with format 'Z' implicitly has a count of one when no count is specified	Success		0.000
z	String#unpack with format 'Z' decodes the number of bytes specified by the count modifier	Success		0.001
z	String#unpack with format 'Z' decodes the number of bytes specified by the count modifier including whitespace bytes	Success		0.001
z	String#unpack with format 'Z' decodes past whitespace bytes when passed the '*' modifier	Success		0.001
z	String#unpack with format 'Z' stops decoding at NULL bytes when passed the '*' modifier	Success		0.001
z	String#unpack with format 'Z' decodes the number of bytes specified by the count modifier and truncates the decoded string at the first NULL byte	Success		0.001
dig	Struct#dig returns the nested value specified by the sequence of keys	Skipped	tagged	0.000
dig	Struct#dig returns the nested value specified if the sequence includes an index	Skipped	tagged	0.000
dig	Struct#dig returns nil if any intermediate step is nil	Skipped	tagged	0.000
dig	Struct#dig raises a TypeError if any intermediate step does not respond to #dig	Skipped	tagged	0.000
dig	Struct#dig raises an ArgumentError if no arguments provided	Skipped	tagged	0.000
dig	Struct#dig calls #dig on any intermediate step with the rest of the sequence as arguments	Skipped	tagged	0.000
dup	Struct-based class#dup retains an included module in the ancestor chain for the struct's singleton class	Skipped	tagged	0.000
each	Struct#each passes each value to the given block	Success		0.001
each	Struct#each returns self if passed a block	Success		0.001
each	Struct#each returns an Enumerator if not passed a block	Success		0.001
each	Struct#each does not override the instance accessor method	Success		0.002
each	Struct#each when no block is given returned Enumerator size returns the enumerable size	Success		0.001
each_pair	Struct#each_pair passes each key value pair to the given block	Success		0.001
each_pair	Struct#each_pair returns self if passed a block	Success		0.000
each_pair	Struct#each_pair returns an Enumerator if not passed a block	Success		0.001
each_pair	Struct#each_pair does not override the instance accessor method	Success		0.002
each_pair	Struct#each_pair with a block variable passes an array to the given block	Success		0.001
each_pair	Struct#each_pair when no block is given returned Enumerator size returns the enumerable size	Success		0.001
element_reference	Struct[] is a synonym for new	Success		0.001
element_reference	Struct#[] returns the attribute referenced	Success		0.001
element_reference	Struct#[] fails when it does not know about the requested attribute	Success		0.002
element_reference	Struct#[] fails if passed too many arguments	Success		0.001
element_reference	Struct#[] fails if not passed a string, symbol, or integer	Success		0.001
element_reference	Struct#[] returns attribute names that contain hyphens	Success		0.004
element_set	Struct#[]= assigns the passed value	Success		0.001
element_set	Struct#[]= fails when trying to assign attributes which don't exist	Success		0.002
eql	Struct#eql? returns true if the other is the same object	Success		0.001
eql	Struct#eql? returns true if the other has all the same fields	Success		0.001
eql	Struct#eql? returns false if the other is a different object or has different fields	Success		0.001
eql	Struct#eql? handles recursive structures by returning false if a difference can be found	Success		0.013
eql	Struct#eql? returns false if any corresponding elements are not #eql?	Success		0.001
equal_value	Struct#== returns true if the other is the same object	Success		0.001
equal_value	Struct#== returns true if the other has all the same fields	Success		0.001
equal_value	Struct#== returns false if the other is a different object or has different fields	Success		0.001
equal_value	Struct#== handles recursive structures by returning false if a difference can be found	Success		0.013
hash	Struct#hash returns the same fixnum for structs with the same content	Success		0.001
hash	Struct#hash returns the same value if structs are #eql?	Success		0.001
hash	Struct#hash allows for overriding methods in an included module	Success		0.002
hash	Struct#hash returns the same hash for recursive structs	Success		0.001
hash	Struct#hash does not override the instance accessor method	Success		0.001
initialize	Struct#initialize is private	Success		0.002
initialize	Struct#initialize allows valid Ruby method names for members	Success		0.007
initialize	Struct#initialize does nothing when passed a set of fields equal to self	Success		0.001
initialize	Struct#initialize explicitly sets instance variables to nil when args not provided to initialize	Success		0.001
initialize	Struct#initialize can be overriden	Success		0.001
inspect	Struct#inspect returns a string representation of some kind	Success		0.013
inspect	Struct#inspect returns a string representation without the class name for anonymous structs	Success		0.002
instance_variables	Struct#instance_variables returns an empty array if only attributes are defined	Success		0.001
instance_variables	Struct#instance_variables returns an array with one name if an instance variable is added	Success		0.001
length	Struct#length returns the number of attributes	Success		0.001
length	Struct#length does not override the instance accessor method	Success		0.001
members	Struct#members returns an array of attribute names	Success		0.001
members	Struct#members does not override the instance accessor method	Success		0.001
new	Struct.new creates a constant in Struct namespace with string as first argument	Success		0.002
new	Struct.new overwrites previously defined constants with string as first argument	Success		0.003
new	Struct.new calls to_str on its first argument (constant name)	Success		0.002
new	Struct.new creates a new anonymous class with nil first argument	Success		0.002
new	Struct.new creates a new anonymous class with symbol arguments	Success		0.002
new	Struct.new does not create a constant with symbol as first argument	Success		0.002
new	Struct.new fails with invalid constant name as first argument	Success		0.002
new	Struct.new raises a TypeError if object doesn't respond to to_sym	Success		0.008
new	Struct.new raises a TypeError if object is not a Symbol	Success		0.001
new	Struct.new processes passed block with instance_eval	Success		0.001
new	Struct.new with a block allows class to be modified via the block	Success		0.001
new	Struct.new with a block passes same struct class to the block	Success		0.001
new	Struct.new on subclasses creates a constant in subclass' namespace	Success		0.001
new	Struct.new on subclasses creates an instance	Success		0.000
new	Struct.new on subclasses creates reader methods	Success		0.002
new	Struct.new on subclasses creates writer methods	Success		0.002
new	Struct.new on subclasses fails with too many arguments	Success		0.001
select	Struct#select raises an ArgumentError if given any non-block arguments	Success		0.001
select	Struct#select returns a new array of elements for which block is true	Success		0.001
select	Struct#select returns an instance of Array	Success		0.000
select	Struct#select does not override the instance accessor method	Success		0.001
select	Struct#select without block returns an instance of Enumerator	Success		0.002
select	Struct#select when no block is given returned Enumerator size returns the enumerable size	Success		0.001
size	Struct#size is a synonym for length	Success		0.001
size	Struct#size does not override the instance accessor method	Success		0.001
struct	Struct includes Enumerable	Success		0.001
struct	Struct anonymous class instance methods includes Enumerable	Success		0.000
struct	Struct anonymous class instance methods reader method should be a synonym for []	Success		0.002
struct	Struct anonymous class instance methods reader method should not interfere with undefined methods	Success		0.002
struct	Struct anonymous class instance methods writer method be a synonym for []=	Success		0.001
struct	Struct subclasses can be subclassed	Success		0.001
to_a	Struct#to_a returns the values for this instance as an array	Success		0.001
to_a	Struct#to_a does not override the instance accessor method	Success		0.002
to_h	Struct#to_h returns a Hash with members as keys	Success		0.001
to_h	Struct#to_h returns a Hash that is independent from the struct	Success		0.001
to_s	Struct#to_s is a synonym for inspect	Success		0.002
to_s	Struct#to_s returns a string representation without the class name for anonymous structs	Success		0.002
values	Struct#values is a synonym for to_a	Success		0.001
values_at	Struct#values_at returns an array of values	Success		0.002
values_at	Struct#values_at fails when passed unsupported types	Success		0.001
cstime	Struct::Tms#cstime needs to be reviewed for spec completeness	Success		0.000
cstime	Struct::Tms#cstime= needs to be reviewed for spec completeness	Success		0.000
cutime	Struct::Tms#cutime needs to be reviewed for spec completeness	Success		0.000
cutime	Struct::Tms#cutime= needs to be reviewed for spec completeness	Success		0.000
element_reference	Struct::Tms.[] needs to be reviewed for spec completeness	Success		0.000
members	Struct::Tms.members needs to be reviewed for spec completeness	Success		0.000
new	Struct::Tms.new needs to be reviewed for spec completeness	Success		0.000
stime	Struct::Tms#stime needs to be reviewed for spec completeness	Success		0.000
stime	Struct::Tms#stime= needs to be reviewed for spec completeness	Success		0.000
utime	Struct::Tms#utime needs to be reviewed for spec completeness	Success		0.000
utime	Struct::Tms#utime= needs to be reviewed for spec completeness	Success		0.000
all_symbols	Symbol.all_symbols returns an array containing all the Symbols in the symbol table	Success		0.009
all_symbols	Symbol.all_symbols returns an Array containing Symbols that have been created	Success		0.002
capitalize	Symbol#capitalize returns a Symbol	Success		0.001
capitalize	Symbol#capitalize converts the first character to uppercase if it is ASCII	Success		0.000
capitalize	Symbol#capitalize leaves the first character alone if it is not an alphabetical ASCII character	Success		0.001
capitalize	Symbol#capitalize converts subsequent uppercase ASCII characters to their lowercase equivalents	Success		0.000
capitalize	Symbol#capitalize leaves ASCII characters already in the correct case as they were	Success		0.000
capitalize	Symbol#capitalize works with both upper- and lowercase ASCII characters in the same Symbol	Success		0.000
capitalize	Symbol#capitalize leaves uppercase Unicode characters as they were	Success		0.000
capitalize	Symbol#capitalize leaves lowercase Unicode characters as they were	Success		0.000
capitalize	Symbol#capitalize leaves non-alphabetic ASCII characters as they were	Success		0.000
case_compare	Symbol#=== returns true when the argument is a Symbol	Success		0.000
case_compare	Symbol#=== returns false when the argument is a String	Success		0.000
casecmp	Symbol#casecmp with Symbol compares symbols without regard to case	Success		0.001
casecmp	Symbol#casecmp with Symbol doesn't consider non-ascii characters equal that aren't	Success		0.002
casecmp	Symbol#casecmp with Symbol doesn't do case mapping for non-ascii characters	Success		0.001
casecmp	Symbol#casecmp returns nil if other is a String	Success		0.000
casecmp	Symbol#casecmp returns nil if other is a Fixnum	Success		0.000
casecmp	Symbol#casecmp returns nil if other is an object	Success		0.000
comparison	Symbol#<=> with Symbol compares individual characters based on their ascii value	Success		0.017
comparison	Symbol#<=> with Symbol returns -1 when self is less than other	Success		0.000
comparison	Symbol#<=> with Symbol returns 0 when self is equal to other	Success		0.000
comparison	Symbol#<=> with Symbol returns 1 when self is greater than other	Success		0.000
comparison	Symbol#<=> with Symbol considers symbol that comes lexicographically first to be less if the symbols have same size	Success		0.000
comparison	Symbol#<=> with Symbol doesn't consider shorter string to be less if longer string starts with shorter one	Success		0.000
comparison	Symbol#<=> with Symbol compares shorter string with corresponding number of first chars of longer string	Success		0.000
comparison	Symbol#<=> returns nil if other is a String	Success		0.000
comparison	Symbol#<=> returns nil if other is a Fixnum	Success		0.000
comparison	Symbol#<=> returns nil if other is an object	Success		0.000
downcase	Symbol#downcase returns a Symbol	Success		0.000
downcase	Symbol#downcase converts uppercase ASCII characters to their lowercase equivalents	Success		0.000
downcase	Symbol#downcase leaves lowercase Unicode characters as they were	Success		0.000
downcase	Symbol#downcase leaves uppercase Unicode characters as they were	Success		0.000
downcase	Symbol#downcase leaves non-alphabetic ASCII characters as they were	Success		0.000
element_reference	Symbol#[] with an Integer index returns the character code of the element at the index	Success		0.001
element_reference	Symbol#[] with an Integer index returns nil if the index starts from the end and is greater than the length	Success		0.000
element_reference	Symbol#[] with an Integer index returns nil if the index is greater than the length	Success		0.000
element_reference	Symbol#[] with an Integer index and length and a positive index and length returns a slice	Success		0.000
element_reference	Symbol#[] with an Integer index and length and a positive index and length returns a blank slice if the length is 0	Success		0.000
element_reference	Symbol#[] with an Integer index and length and a positive index and length returns a slice of all remaining characters if the given length is greater than the actual length	Success		0.000
element_reference	Symbol#[] with an Integer index and length and a positive index and length returns nil if the index is greater than the length	Success		0.000
element_reference	Symbol#[] with an Integer index and length and a positive index and negative length returns nil	Success		0.001
element_reference	Symbol#[] with an Integer index and length and a negative index and positive length returns a slice starting from the end upto the length	Success		0.000
element_reference	Symbol#[] with an Integer index and length and a negative index and positive length returns a blank slice if the length is 0	Success		0.000
element_reference	Symbol#[] with an Integer index and length and a negative index and positive length returns a slice of all remaining characters if the given length is larger than the actual length	Success		0.000
element_reference	Symbol#[] with an Integer index and length and a negative index and positive length returns nil if the index is past the start	Success		0.000
element_reference	Symbol#[] with an Integer index and length and a negative index and negative length returns nil	Success		0.000
element_reference	Symbol#[] with an Integer index and length and a Float length converts the length to an Integer	Success		0.001
element_reference	Symbol#[] with an Integer index and length and a nil length raises a TypeError	Success		0.001
element_reference	Symbol#[] with an Integer index and length and a length that cannot be converted into an Integer raises a TypeError when given an Array	Success		0.001
element_reference	Symbol#[] with an Integer index and length and a length that cannot be converted into an Integer raises a TypeError when given an Hash	Success		0.001
element_reference	Symbol#[] with an Integer index and length and a length that cannot be converted into an Integer raises a TypeError when given an Object	Success		0.001
element_reference	Symbol#[] with a Float index converts the index to an Integer	Success		0.000
element_reference	Symbol#[] with a nil index raises a TypeError	Success		0.001
element_reference	Symbol#[] with an index that cannot be converted into an Integer raises a TypeError when given an Array	Success		0.001
element_reference	Symbol#[] with an index that cannot be converted into an Integer raises a TypeError when given an Hash	Success		0.001
element_reference	Symbol#[] with an index that cannot be converted into an Integer raises a TypeError when given an Object	Success		0.001
element_reference	Symbol#[] with a Range slice that is within bounds returns a slice if both range values begin at the start and are within bounds	Success		0.001
element_reference	Symbol#[] with a Range slice that is within bounds returns a slice if the first range value begins at the start and the last begins at the end	Success		0.000
element_reference	Symbol#[] with a Range slice that is within bounds returns a slice if the first range value begins at the end and the last begins at the end	Success		0.000
element_reference	Symbol#[] with a Range slice that is out of bounds returns nil if the first range value begins past the end	Success		0.000
element_reference	Symbol#[] with a Range slice that is out of bounds returns a blank string if the first range value is within bounds and the last range value is not	Success		0.001
element_reference	Symbol#[] with a Range slice that is out of bounds returns nil if the first range value starts from the end and is within bounds and the last value starts from the end and is greater than the length	Success		0.000
element_reference	Symbol#[] with a Range slice that is out of bounds returns nil if the first range value starts from the end and is out of bounds and the last value starts from the end and is less than the length	Success		0.000
element_reference	Symbol#[] with a Range slice with Float values converts the first value to an Integer	Success		0.001
element_reference	Symbol#[] with a Range slice with Float values converts the last value to an Integer	Success		0.000
element_reference	Symbol#[] with a Range subclass slice returns a slice	Success		0.001
element_reference	Symbol#[] with a Regex slice without a capture index returns a string of the match	Success		0.001
element_reference	Symbol#[] with a Regex slice without a capture index returns nil if the expression does not match	Success		0.000
element_reference	Symbol#[] with a Regex slice without a capture index sets $~ to the MatchData if there is a match	Success		0.000
element_reference	Symbol#[] with a Regex slice without a capture index does not set $~ if there if there is not a match	Success		0.000
element_reference	Symbol#[] with a Regex slice without a capture index returns a tainted string if the regexp is tainted	Success		0.000
element_reference	Symbol#[] with a Regex slice without a capture index returns an untrusted string if the regexp is untrusted	Success		0.000
element_reference	Symbol#[] with a Regex slice with a capture index returns a string of the complete match if the capture index is 0	Success		0.001
element_reference	Symbol#[] with a Regex slice with a capture index returns a string for the matched capture at the given index	Success		0.001
element_reference	Symbol#[] with a Regex slice with a capture index returns nil if there is no capture for the index	Success		0.001
element_reference	Symbol#[] with a Regex slice with a capture index converts the index to an Integer	Success		0.001
element_reference	Symbol#[] with a Regex slice with a capture index returns a tainted string if the regexp is tainted	Success		0.000
element_reference	Symbol#[] with a Regex slice with a capture index returns an untrusted string if the regexp is untrusted	Success		0.000
element_reference	Symbol#[] with a Regex slice with a capture index raises a TypeError if the index is nil	Success		0.001
element_reference	Symbol#[] with a Regex slice with a capture index sets $~ to the MatchData if there is a match	Success		0.001
element_reference	Symbol#[] with a Regex slice with a capture index does not set $~ to the MatchData if there is not a match	Success		0.000
element_reference	Symbol#[] with a Regex slice with a capture index and an index that cannot be converted to an Integer raises a TypeError when given an Hash	Success		0.001
element_reference	Symbol#[] with a Regex slice with a capture index and an index that cannot be converted to an Integer raises a TypeError when given an Array	Success		0.001
element_reference	Symbol#[] with a Regex slice with a capture index and an index that cannot be converted to an Integer raises a TypeError when given an Object	Success		0.001
element_reference	Symbol#[] with a String slice does not set $~	Success		0.001
element_reference	Symbol#[] with a String slice returns a string if there is match	Success		0.000
element_reference	Symbol#[] with a String slice returns nil if there is not a match	Success		0.000
empty	Symbol#empty? returns true if self is empty	Success		0.000
empty	Symbol#empty? returns false if self is non-empty	Success		0.000
encoding	Symbol#encoding for ASCII symbols is US-ASCII	Success		0.000
encoding	Symbol#encoding for ASCII symbols is US-ASCII after converting to string	Success		0.000
encoding	Symbol#encoding for UTF-? symbols is UTF-?	Success		0.000
encoding	Symbol#encoding for UTF-? symbols is UTF-? after converting to string	Success		0.000
equal_value	Symbol#== only returns true when the other is exactly the same symbol	Success		0.001
id2name	Symbol#id2name returns the string corresponding to self	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :fred	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :fred?	Success		0.000
inspect	Symbol#inspect returns self as a symbol literal for :fred!	Success		0.000
inspect	Symbol#inspect returns self as a symbol literal for :$ruby	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :@ruby	Success		0.000
inspect	Symbol#inspect returns self as a symbol literal for :@@ruby	Success		0.000
inspect	Symbol#inspect returns self as a symbol literal for :"$ruby!"	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :"$ruby?"	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :"@ruby!"	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :"@ruby?"	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :"@@ruby!"	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :"@@ruby?"	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :$-w	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :"$-ww"	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :$+	Success		0.000
inspect	Symbol#inspect returns self as a symbol literal for :$~	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :$:	Success		0.000
inspect	Symbol#inspect returns self as a symbol literal for :$?	Success		0.000
inspect	Symbol#inspect returns self as a symbol literal for :$<	Success		0.000
inspect	Symbol#inspect returns self as a symbol literal for :$_	Success		0.000
inspect	Symbol#inspect returns self as a symbol literal for :$/	Success		0.000
inspect	Symbol#inspect returns self as a symbol literal for :$'	Success		0.000
inspect	Symbol#inspect returns self as a symbol literal for :$"	Success		0.000
inspect	Symbol#inspect returns self as a symbol literal for :$$	Success		0.000
inspect	Symbol#inspect returns self as a symbol literal for :$.	Success		0.000
inspect	Symbol#inspect returns self as a symbol literal for :$,	Success		0.000
inspect	Symbol#inspect returns self as a symbol literal for :$`	Success		0.000
inspect	Symbol#inspect returns self as a symbol literal for :$!	Success		0.000
inspect	Symbol#inspect returns self as a symbol literal for :$;	Success		0.000
inspect	Symbol#inspect returns self as a symbol literal for :$\	Success		0.000
inspect	Symbol#inspect returns self as a symbol literal for :$=	Success		0.000
inspect	Symbol#inspect returns self as a symbol literal for :$*	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :$>	Success		0.000
inspect	Symbol#inspect returns self as a symbol literal for :$&	Success		0.000
inspect	Symbol#inspect returns self as a symbol literal for :$@	Success		0.000
inspect	Symbol#inspect returns self as a symbol literal for :$1234	Success		0.000
inspect	Symbol#inspect returns self as a symbol literal for :-@	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :+@	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :%	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :&	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :*	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :**	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :/	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :<	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :<=	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :<=>	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :==	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :===	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :=~	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :>	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :>=	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :>>	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :[]	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :[]=	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :<<	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :^	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :`	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :~	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :\|	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :!	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :!=	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :!~	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :"$"	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :"&&"	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :"'"	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :","	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :"."	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :".."	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :"..."	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :":"	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :"::"	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :";"	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :"="	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :"=>"	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :"?"	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :"@"	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :"\|\|"	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :"\|\|\|"	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :"++"	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :"\""	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :"\"\""	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :"9"	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :"foo bar"	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :"*foo"	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :"foo "	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :" foo"	Success		0.001
inspect	Symbol#inspect returns self as a symbol literal for :" "	Success		0.001
intern	Symbol#intern returns self	Success		0.001
intern	Symbol#intern returns a Symbol	Success		0.000
length	Symbol#length returns 0 for empty name	Success		0.000
length	Symbol#length returns 1 for name formed by a NUL character	Success		0.000
length	Symbol#length returns 3 for name formed by 3 ASCII characters	Success		0.000
length	Symbol#length returns 4 for name formed by 4 ASCII characters	Success		0.000
length	Symbol#length returns 4 for name formed by 1 multibyte and 3 ASCII characters	Success		0.000
match	Symbol#=~ returns the index of the beginning of the match	Success		0.001
match	Symbol#=~ returns nil if there is no match	Success		0.000
match	Symbol#=~ sets the last match pseudo-variables	Success		0.001
match	Symbol#match returns the index of the beginning of the match	Success		0.000
match	Symbol#match returns nil if there is no match	Success		0.000
match	Symbol#match sets the last match pseudo-variables	Success		0.000
next	Symbol#next returns a successor	Success		0.001
next	Symbol#next propagates a 'carry'	Success		0.000
next	Symbol#next increments non-alphanumeric characters when no alphanumeric characters are present	Success		0.000
size	Symbol#size returns 0 for empty name	Success		0.000
size	Symbol#size returns 1 for name formed by a NUL character	Success		0.000
size	Symbol#size returns 3 for name formed by 3 ASCII characters	Success		0.000
size	Symbol#size returns 4 for name formed by 4 ASCII characters	Success		0.000
size	Symbol#size returns 4 for name formed by 1 multibyte and 3 ASCII characters	Success		0.000
slice	Symbol#slice with an Integer index returns the character code of the element at the index	Success		0.000
slice	Symbol#slice with an Integer index returns nil if the index starts from the end and is greater than the length	Success		0.000
slice	Symbol#slice with an Integer index returns nil if the index is greater than the length	Success		0.000
slice	Symbol#slice with an Integer index and length and a positive index and length returns a slice	Success		0.000
slice	Symbol#slice with an Integer index and length and a positive index and length returns a blank slice if the length is 0	Success		0.000
slice	Symbol#slice with an Integer index and length and a positive index and length returns a slice of all remaining characters if the given length is greater than the actual length	Success		0.000
slice	Symbol#slice with an Integer index and length and a positive index and length returns nil if the index is greater than the length	Success		0.000
slice	Symbol#slice with an Integer index and length and a positive index and negative length returns nil	Success		0.001
slice	Symbol#slice with an Integer index and length and a negative index and positive length returns a slice starting from the end upto the length	Success		0.000
slice	Symbol#slice with an Integer index and length and a negative index and positive length returns a blank slice if the length is 0	Success		0.000
slice	Symbol#slice with an Integer index and length and a negative index and positive length returns a slice of all remaining characters if the given length is larger than the actual length	Success		0.000
slice	Symbol#slice with an Integer index and length and a negative index and positive length returns nil if the index is past the start	Success		0.000
slice	Symbol#slice with an Integer index and length and a negative index and negative length returns nil	Success		0.000
slice	Symbol#slice with an Integer index and length and a Float length converts the length to an Integer	Success		0.000
slice	Symbol#slice with an Integer index and length and a nil length raises a TypeError	Success		0.001
slice	Symbol#slice with an Integer index and length and a length that cannot be converted into an Integer raises a TypeError when given an Array	Success		0.001
slice	Symbol#slice with an Integer index and length and a length that cannot be converted into an Integer raises a TypeError when given an Hash	Success		0.001
slice	Symbol#slice with an Integer index and length and a length that cannot be converted into an Integer raises a TypeError when given an Object	Success		0.001
slice	Symbol#slice with a Float index converts the index to an Integer	Success		0.000
slice	Symbol#slice with a nil index raises a TypeError	Success		0.001
slice	Symbol#slice with an index that cannot be converted into an Integer raises a TypeError when given an Array	Success		0.001
slice	Symbol#slice with an index that cannot be converted into an Integer raises a TypeError when given an Hash	Success		0.001
slice	Symbol#slice with an index that cannot be converted into an Integer raises a TypeError when given an Object	Success		0.001
slice	Symbol#slice with a Range slice that is within bounds returns a slice if both range values begin at the start and are within bounds	Success		0.000
slice	Symbol#slice with a Range slice that is within bounds returns a slice if the first range value begins at the start and the last begins at the end	Success		0.000
slice	Symbol#slice with a Range slice that is within bounds returns a slice if the first range value begins at the end and the last begins at the end	Success		0.000
slice	Symbol#slice with a Range slice that is out of bounds returns nil if the first range value begins past the end	Success		0.000
slice	Symbol#slice with a Range slice that is out of bounds returns a blank string if the first range value is within bounds and the last range value is not	Success		0.000
slice	Symbol#slice with a Range slice that is out of bounds returns nil if the first range value starts from the end and is within bounds and the last value starts from the end and is greater than the length	Success		0.000
slice	Symbol#slice with a Range slice that is out of bounds returns nil if the first range value starts from the end and is out of bounds and the last value starts from the end and is less than the length	Success		0.000
slice	Symbol#slice with a Range slice with Float values converts the first value to an Integer	Success		0.000
slice	Symbol#slice with a Range slice with Float values converts the last value to an Integer	Success		0.000
slice	Symbol#slice with a Range subclass slice returns a slice	Success		0.000
slice	Symbol#slice with a Regex slice without a capture index returns a string of the match	Success		0.001
slice	Symbol#slice with a Regex slice without a capture index returns nil if the expression does not match	Success		0.000
slice	Symbol#slice with a Regex slice without a capture index sets $~ to the MatchData if there is a match	Success		0.000
slice	Symbol#slice with a Regex slice without a capture index does not set $~ if there if there is not a match	Success		0.000
slice	Symbol#slice with a Regex slice without a capture index returns a tainted string if the regexp is tainted	Success		0.000
slice	Symbol#slice with a Regex slice without a capture index returns an untrusted string if the regexp is untrusted	Success		0.000
slice	Symbol#slice with a Regex slice with a capture index returns a string of the complete match if the capture index is 0	Success		0.001
slice	Symbol#slice with a Regex slice with a capture index returns a string for the matched capture at the given index	Success		0.001
slice	Symbol#slice with a Regex slice with a capture index returns nil if there is no capture for the index	Success		0.001
slice	Symbol#slice with a Regex slice with a capture index converts the index to an Integer	Success		0.000
slice	Symbol#slice with a Regex slice with a capture index returns a tainted string if the regexp is tainted	Success		0.000
slice	Symbol#slice with a Regex slice with a capture index returns an untrusted string if the regexp is untrusted	Success		0.000
slice	Symbol#slice with a Regex slice with a capture index raises a TypeError if the index is nil	Success		0.001
slice	Symbol#slice with a Regex slice with a capture index sets $~ to the MatchData if there is a match	Success		0.001
slice	Symbol#slice with a Regex slice with a capture index does not set $~ to the MatchData if there is not a match	Success		0.000
slice	Symbol#slice with a Regex slice with a capture index and an index that cannot be converted to an Integer raises a TypeError when given an Hash	Success		0.001
slice	Symbol#slice with a Regex slice with a capture index and an index that cannot be converted to an Integer raises a TypeError when given an Array	Success		0.001
slice	Symbol#slice with a Regex slice with a capture index and an index that cannot be converted to an Integer raises a TypeError when given an Object	Success		0.001
slice	Symbol#slice with a String slice does not set $~	Success		0.001
slice	Symbol#slice with a String slice returns a string if there is match	Success		0.000
slice	Symbol#slice with a String slice returns nil if there is not a match	Success		0.000
succ	Symbol#succ returns a successor	Success		0.001
succ	Symbol#succ propagates a 'carry'	Success		0.001
succ	Symbol#succ increments non-alphanumeric characters when no alphanumeric characters are present	Success		0.000
swapcase	Symbol#swapcase returns a Symbol	Success		0.001
swapcase	Symbol#swapcase converts lowercase ASCII characters to their uppercase equivalents	Success		0.000
swapcase	Symbol#swapcase converts uppercase ASCII characters to their lowercase equivalents	Success		0.000
swapcase	Symbol#swapcase works with both upper- and lowercase ASCII characters in the same Symbol	Success		0.000
swapcase	Symbol#swapcase leaves uppercase Unicode characters as they were	Success		0.000
swapcase	Symbol#swapcase leaves lowercase Unicode characters as they were	Success		0.000
swapcase	Symbol#swapcase leaves non-alphabetic ASCII characters as they were	Success		0.000
symbol	Symbol includes Comparable	Success		0.001
to_proc	Symbol#to_proc returns a new Proc	Success		0.000
to_proc	Symbol#to_proc sends self to arguments passed when calling #call on the Proc	Success		0.002
to_proc	Symbol#to_proc raises an ArgumentError when calling #call on the Proc without receiver	Success		0.001
to_proc	Symbol#to_proc produces a proc that always returns [[:rest]] for #parameters	Success		0.001
to_proc	Symbol#to_proc passes along the block passed to Proc#call	Success		0.001
to_s	Symbol#to_s returns the string corresponding to self	Success		0.001
to_sym	Symbol#to_sym returns self	Success		0.001
upcase	Symbol#upcase returns a Symbol	Success		0.001
upcase	Symbol#upcase converts lowercase ASCII characters to their uppercase equivalents	Success		0.000
upcase	Symbol#upcase leaves lowercase Unicode characters as they were	Success		0.000
upcase	Symbol#upcase leaves non-alphabetic ASCII characters as they were	Success		0.000
initialize	SystemExit#initialize accepts a status	Skipped	tagged	0.000
initialize	SystemExit#initialize accepts a status and message	Skipped	tagged	0.000
initialize	SystemExit#initialize accepts a message	Success		0.001
initialize	SystemExit#initialize sets the status to 0 by default	Success		0.000
success	SystemExit#success? returns true when the status is 0	Success		0.001
success	SystemExit#success? returns false when the status is not 0	Success		0.000
abort_on_exception	Thread#abort_on_exception is false by default	Success		0.002
abort_on_exception	Thread#abort_on_exception returns true when #abort_on_exception= is passed true	Success		0.001
abort_on_exception	Thread#abort_on_exception= when enabled and the thread dies due to an exception causes the main thread to raise the exception raised in the thread	Success		0.004
abort_on_exception	Thread.abort_on_exception is false by default	Success		0.001
abort_on_exception	Thread.abort_on_exception returns true when .abort_on_exception= is passed true	Success		0.000
abort_on_exception	Thread.abort_on_exception= when enabled and a non-main thread dies due to an exception causes the main thread to raise the exception raised in the thread	Success		0.012
alive	Thread#alive? can check it's own status	Success		0.001
alive	Thread#alive? describes a running thread	Success		0.002
alive	Thread#alive? describes a sleeping thread	Success		0.001
alive	Thread#alive? describes a blocked thread	Success		0.001
alive	Thread#alive? describes a completed thread	Success		0.001
alive	Thread#alive? describes a killed thread	Success		0.001
alive	Thread#alive? describes a thread with an uncaught exception	Success		0.001
alive	Thread#alive? describes a dying running thread	Success		0.001
alive	Thread#alive? describes a dying sleeping thread	Success		0.001
alive	Thread#alive? returns true for a killed but still running thread	Success		0.001
allocate	Thread.allocate raises a TypeError	Skipped	tagged	0.000
backtrace	Thread#backtrace returns the current backtrace of a thread	Success		0.003
backtrace	Thread#backtrace returns nil for dead thread	Success		0.001
current	Thread.current returns a thread	Success		0.000
current	Thread.current returns the current thread	Success		0.001
element_reference	Thread#[] raises exceptions on the wrong type of keys	Skipped	tagged	0.000
element_reference	Thread#[] gives access to thread local values	Success		0.001
element_reference	Thread#[] is not shared across threads	Success		0.001
element_reference	Thread#[] is accessible using strings or symbols	Success		0.002
element_set	Thread#[]= raises exceptions on the wrong type of keys	Skipped	tagged	0.000
element_set	Thread#[]= raises a RuntimeError if the thread is frozen	Success		0.001
element_set	Thread#[]= is not shared across fibers	Success		0.001
element_set	Thread#[]= stores a local in another thread when in a fiber	Success		0.002
exclusive	Thread.exclusive yields to the block	Success		0.001
exclusive	Thread.exclusive returns the result of yielding	Success		0.000
exclusive	Thread.exclusive needs to be reviewed for spec completeness	Success		0.000
exit	Thread#exit! needs to be reviewed for spec completeness	Success		0.000
exit	Thread.exit causes the current thread to exit	Success		0.001
fork	Thread.fork Thread.start raises an ArgumentError if not passed a block	Skipped	tagged	0.000
fork	Thread.fork Thread.start spawns a new Thread running the block	Skipped	tagged	0.000
fork	Thread.fork Thread.start respects Thread subclasses	Skipped	tagged	0.000
fork	Thread.fork Thread.start does not call #initialize	Skipped	tagged	0.000
group	Thread#group needs to be reviewed for spec completeness	Success		0.000
initialize	Thread#initialize already initialized raises a ThreadError	Skipped	tagged	0.000
inspect	Thread#inspect can check it's own status	Success		0.001
inspect	Thread#inspect describes a running thread	Success		0.002
inspect	Thread#inspect describes a sleeping thread	Success		0.001
inspect	Thread#inspect describes a blocked thread	Success		0.001
inspect	Thread#inspect describes a completed thread	Success		0.001
inspect	Thread#inspect describes a killed thread	Success		0.001
inspect	Thread#inspect describes a thread with an uncaught exception	Success		0.001
inspect	Thread#inspect describes a dying sleeping thread	Success		0.001
join	Thread#join returns the thread when it is finished	Success		0.001
join	Thread#join returns the thread when it is finished when given a timeout	Success		0.002
join	Thread#join coerces timeout to a Float if it is not nil	Success		0.002
join	Thread#join returns nil if it is not finished when given a timeout	Success		0.004
join	Thread#join accepts a floating point timeout length	Success		0.011
join	Thread#join raises any exceptions encountered in the thread body	Success		0.001
join	Thread#join returns the dead thread	Success		0.001
join	Thread#join raises any uncaught exception encountered in ensure block	Success		0.001
key	Thread#key? tests for existance of thread local variables using symbols or strings	Skipped	tagged	0.000
key	Thread#key? raises exceptions on the wrong type of keys	Skipped	tagged	0.000
key	Thread#key? is not shared across fibers	Skipped	tagged	0.000
key	Thread#key? stores a local in another thread when in a fiber	Skipped	tagged	0.000
keys	Thread#keys returns an array of the names of the thread-local variables as symbols	Skipped	tagged	0.000
keys	Thread#keys is not shared across fibers	Skipped	tagged	0.000
keys	Thread#keys stores a local in another thread when in a fiber	Skipped	tagged	0.000
kill	Thread#kill kills sleeping thread	Success		0.002
kill	Thread#kill kills current thread	Success		0.001
kill	Thread#kill runs ensure clause	Success		0.001
kill	Thread#kill runs nested ensure clauses	Success		0.003
kill	Thread#kill does not set $!	Success		0.001
kill	Thread#kill cannot be rescued	Success		0.001
kill	Thread#kill kills the entire thread when a fiber is active	Success		0.002
kill	Thread#kill can be rescued by outer rescue clause when inner ensure clause raises exception	Success		0.001
kill	Thread#kill is deferred if ensure clause does Thread.stop	Success		0.001
kill	Thread#kill does not deadlock when called from within the thread while being joined from without	Success		0.035
kill	Thread#kill! needs to be reviewed for spec completeness	Success		0.000
kill	Thread.kill causes the given thread to exit	Success		0.001
list	Thread.list includes the current and main thread	Success		0.001
list	Thread.list includes threads of non-default thread groups	Success		0.002
list	Thread.list does not include deceased threads	Success		0.001
list	Thread.list includes waiting threads	Success		0.001
list	Thread.list needs to be reviewed for spec completeness	Success		0.000
main	Thread.main returns the main thread	Success		0.001
name	Thread#name is nil initially	Skipped	tagged	0.000
name	Thread#name returns the thread name	Skipped	tagged	0.000
name	Thread#name= can be set to a String	Skipped	tagged	0.000
name	Thread#name= raises an ArgumentError if the name includes a null byte	Skipped	tagged	0.000
name	Thread#name= can be reset to nil	Skipped	tagged	0.000
new	Thread.new raises an exception when not given a block	Skipped	tagged	0.000
new	Thread.new calls #initialize and raises an error if super not used	Skipped	tagged	0.000
new	Thread.new creates a thread executing the given block	Success		0.001
new	Thread.new can pass arguments to the thread block	Success		0.001
new	Thread.new creates a subclass of thread calls super with a block in initialize	Success		0.001
new	Thread.new calls and respects #initialize for the block to use	Success		0.001
pass	Thread.pass returns nil	Success		0.000
priority	Thread#priority inherits the priority of the current thread while running	Success		0.001
priority	Thread#priority maintain the priority of the current thread after death	Success		0.001
priority	Thread#priority returns an integer	Success		0.001
priority	Thread#priority= sets priority even when the thread has died	Success		0.001
priority	Thread#priority= when set with an integer returns an integer	Success		0.001
priority	Thread#priority= when set with a non-integer raises a type error	Success		0.002
raise	Thread#raise ignores dead threads	Success		0.001
raise	Thread#raise on a sleeping thread raises a RuntimeError if no exception class is given	Success		0.002
raise	Thread#raise on a sleeping thread raises the given exception	Success		0.002
raise	Thread#raise on a sleeping thread raises the given exception with the given message	Success		0.002
raise	Thread#raise on a sleeping thread raises the given exception and the backtrace is the one of the interrupted thread	Success		0.002
raise	Thread#raise on a sleeping thread is captured and raised by Thread#value	Success		0.002
raise	Thread#raise on a sleeping thread raises a RuntimeError when called with no arguments inside rescue	Success		0.002
raise	Thread#raise on a running thread raises a RuntimeError if no exception class is given	Success		0.001
raise	Thread#raise on a running thread raises the given exception	Success		0.001
raise	Thread#raise on a running thread raises the given exception with the given message	Success		0.001
raise	Thread#raise on a running thread can go unhandled	Success		0.002
raise	Thread#raise on a running thread raises the given argument even when there is an active exception	Success		0.002
raise	Thread#raise on a running thread raises a RuntimeError when called with no arguments inside rescue	Success		0.002
raise	Thread#raise on same thread aborts execution	Success		0.001
raise	Thread#raise on same thread raises RuntimeError if no exception class is given	Success		0.001
raise	Thread#raise on same thread raises a given Exception instance	Success		0.001
raise	Thread#raise on same thread raises a RuntimeError if string given	Success		0.001
raise	Thread#raise on same thread raises a TypeError when passed a non-Exception object	Success		0.001
raise	Thread#raise on same thread raises a TypeError when passed true	Success		0.001
raise	Thread#raise on same thread raises a TypeError when passed false	Success		0.001
raise	Thread#raise on same thread raises a TypeError when passed nil	Success		0.001
raise	Thread#raise on same thread re-raises the rescued exception	Success		0.001
raise	Thread#raise on same thread allows Exception, message, and backtrace parameters	Success		0.001
raise	Thread#raise on same thread raises a RuntimeError when called with no arguments inside rescue	Success		0.001
run	Thread#run can interrupt Kernel#sleep	Success		0.202
run	Thread#run does not result in a deadlock	Success		0.003
run	Thread#run raises a ThreadError when trying to wake up a dead thread	Success		0.001
set_trace_func	Thread#set_trace_func needs to be reviewed for spec completeness	Success		0.000
start	Thread.start Thread.start raises an ArgumentError if not passed a block	Skipped	tagged	0.000
start	Thread.start Thread.start respects Thread subclasses	Skipped	tagged	0.000
start	Thread.start Thread.start spawns a new Thread running the block	Success		0.001
start	Thread.start Thread.start does not call #initialize	Success		0.001
status	Thread#status can check it's own status	Success		0.001
status	Thread#status describes a running thread	Success		0.001
status	Thread#status describes a sleeping thread	Success		0.001
status	Thread#status describes a blocked thread	Success		0.001
status	Thread#status describes a completed thread	Success		0.001
status	Thread#status describes a killed thread	Success		0.001
status	Thread#status describes a thread with an uncaught exception	Success		0.001
status	Thread#status describes a dying sleeping thread	Success		0.001
stop	Thread.stop causes the current thread to sleep indefinitely	Success		0.001
stop	Thread#stop? can check it's own status	Success		0.001
stop	Thread#stop? describes a running thread	Success		0.001
stop	Thread#stop? describes a sleeping thread	Success		0.001
stop	Thread#stop? describes a blocked thread	Success		0.001
stop	Thread#stop? describes a completed thread	Success		0.001
stop	Thread#stop? describes a killed thread	Success		0.001
stop	Thread#stop? describes a thread with an uncaught exception	Success		0.001
stop	Thread#stop? describes a dying running thread	Success		0.001
stop	Thread#stop? describes a dying sleeping thread	Success		0.001
terminate	Thread#terminate kills sleeping thread	Success		0.001
terminate	Thread#terminate kills current thread	Success		0.001
terminate	Thread#terminate runs ensure clause	Success		0.001
terminate	Thread#terminate runs nested ensure clauses	Success		0.002
terminate	Thread#terminate does not set $!	Success		0.001
terminate	Thread#terminate cannot be rescued	Success		0.001
terminate	Thread#terminate kills the entire thread when a fiber is active	Success		0.001
terminate	Thread#terminate can be rescued by outer rescue clause when inner ensure clause raises exception	Success		0.001
terminate	Thread#terminate is deferred if ensure clause does Thread.stop	Success		0.001
terminate	Thread#terminate does not deadlock when called from within the thread while being joined from without	Success		0.036
terminate	Thread#terminate! needs to be reviewed for spec completeness	Success		0.000
value	Thread#value returns the result of the block	Success		0.001
value	Thread#value re-raises an error for an uncaught exception	Success		0.001
value	Thread#value is nil for a killed thread	Success		0.001
wakeup	Thread#wakeup can interrupt Kernel#sleep	Success		0.202
wakeup	Thread#wakeup does not result in a deadlock	Success		0.003
wakeup	Thread#wakeup raises a ThreadError when trying to wake up a dead thread	Success		0.001
absolute_path	Thread::Backtrace::Location#absolute_path returns the absolute path of the call frame	Success		0.004
base_label	Thread::Backtrace::Location#base_label returns the base label of the call frame	Skipped	tagged	0.000
inspect	Thread::Backtrace::Location#inspect converts the call frame to a String	Success		0.001
label	Thread::Backtrace::Location#label returns the base label of the call frame	Skipped	tagged	0.000
lineno	Thread::Backtrace::Location#lineno returns the absolute path of the call frame	Success		0.001
path	Thread::Backtrace::Location#path outside a main script returns an absolute path	Success		0.001
path	Thread::Backtrace::Location#path in a main script when the script is in the working directory when using a relative script path returns a path relative to the working directory	Skipped	tagged	0.000
path	Thread::Backtrace::Location#path in a main script when the script is in the working directory when using an absolute script path returns an absolute path	Success		4.772
path	Thread::Backtrace::Location#path in a main script when the script is in a sub directory of the working directory when using a relative script path returns a path relative to the working directory	Skipped	tagged	0.000
path	Thread::Backtrace::Location#path in a main script when the script is in a sub directory of the working directory when using an absolute script path returns an absolute path	Success		4.639
path	Thread::Backtrace::Location#path in a main script when the script is outside of the working directory when using a relative script path returns a path relative to the working directory	Skipped	tagged	0.000
path	Thread::Backtrace::Location#path in a main script when the script is outside of the working directory when using an absolute path returns an absolute path	Success		4.753
to_s	Thread::Backtrace::Location#to_s converts the call frame to a String	Success		0.001
add	ThreadGroup#add adds the given thread to a group and returns self	Skipped	tagged	0.000
add	ThreadGroup#add removes itself from any other threadgroup	Skipped	tagged	0.000
default	ThreadGroup::Default is a ThreadGroup instance	Skipped	tagged	0.000
default	ThreadGroup::Default is the ThreadGroup of the main thread	Skipped	tagged	0.000
enclose	ThreadGroup#enclose raises a ThreadError if attempting to move a Thread from an enclosed ThreadGroup	Skipped	tagged	0.000
enclosed	ThreadGroup#enclosed? returns false when a ThreadGroup has not been enclosed (default state)	Skipped	tagged	0.000
enclosed	ThreadGroup#enclosed? returns true when a ThreadGroup is enclosed	Skipped	tagged	0.000
list	ThreadGroup#list returns the list of threads in the group	Success		0.003
_dump	Time#_dump is a private method	Success		0.002
_dump	Time#_dump preserves the GMT flag	Success		0.002
_dump	Time#_dump dumps a Time object to a bytestring	Success		0.001
_dump	Time#_dump dumps an array with a date as first element	Success		0.002
_dump	Time#_dump dumps an array with a time as second element	Success		0.001
_dump	Time#_dump dumps like MRI's marshaled time format	Success		0.001
_load	Time._load is a private method	Success		0.001
_load	Time._load loads a time object in the new format	Success		0.002
_load	Time._load loads a time object in the old UNIX timestamp based format	Success		0.001
_load	Time._load loads MRI's marshaled time format	Success		0.002
_load	Time._load treats the data as binary data	Success		0.001
asctime	Time#asctime returns a canonical string representation of time	Success		0.001
at	Time.at passed Numeric returns a subclass instance on a Time subclass	Skipped	tagged	0.000
at	Time.at passed Numeric roundtrips a Rational produced by #to_r	Skipped	tagged	0.000
at	Time.at passed Numeric returns a Time object representing the given number of Integer seconds since 1970-01-01 00:00:00 UTC	Success		0.001
at	Time.at passed Numeric returns a Time object representing the given number of Float seconds since 1970-01-01 00:00:00 UTC	Success		0.002
at	Time.at passed Numeric returns a non-UTC Time	Success		0.000
at	Time.at passed Numeric passed BigDecimal doesn't round input value	Skipped	tagged	0.000
at	Time.at passed Time returns a subclass instance	Skipped	tagged	0.000
at	Time.at passed Time creates a new time object with the value given by time	Success		0.001
at	Time.at passed Time creates a dup time object with the value given by time	Success		0.001
at	Time.at passed Time returns a UTC time if the argument is UTC	Success		0.001
at	Time.at passed Time returns a non-UTC time if the argument is non-UTC	Success		0.000
at	Time.at passed non-Time, non-Numeric raises a TypeError with a String argument	Success		0.001
at	Time.at passed non-Time, non-Numeric raises a TypeError with a nil argument	Success		0.001
at	Time.at passed non-Time, non-Numeric with an argument that responds to #to_int coerces using #to_int	Success		0.002
at	Time.at passed non-Time, non-Numeric with an argument that responds to #to_r coerces using #to_r	Success		0.002
at	Time.at passed [Integer, Numeric] returns a Time object representing the given number of seconds and Integer microseconds since 1970-01-01 00:00:00 UTC	Success		0.001
at	Time.at passed [Integer, Numeric] returns a Time object representing the given number of seconds and Float microseconds since 1970-01-01 00:00:00 UTC	Success		0.001
at	Time.at with a second argument that responds to #to_int coerces using #to_int	Success		0.002
at	Time.at with a second argument that responds to #to_r coerces using #to_r	Success		0.002
at	Time.at passed [Integer, nil] raises a TypeError	Success		0.001
at	Time.at passed [Integer, String] raises a TypeError	Success		0.001
at	Time.at passed [Time, Integer] raises a TypeError	Success		0.001
comparison	Time#<=> returns 1 if the first argument is a point in time after the second argument	Success		0.001
comparison	Time#<=> returns 1 if the first argument is a point in time after the second argument (down to a millisecond)	Success		0.001
comparison	Time#<=> returns 1 if the first argument is a point in time after the second argument (down to a microsecond)	Success		0.001
comparison	Time#<=> returns 0 if time is the same as other	Success		0.001
comparison	Time#<=> returns -1 if the first argument is a point in time before the second argument	Success		0.001
comparison	Time#<=> returns -1 if the first argument is a point in time before the second argument (down to a millisecond)	Success		0.001
comparison	Time#<=> returns -1 if the first argument is a point in time before the second argument (down to a microsecond)	Success		0.001
comparison	Time#<=> returns 1 if the first argument is a fraction of a microsecond after the second argument	Success		0.001
comparison	Time#<=> returns 0 if time is the same as other, including fractional microseconds	Success		0.001
comparison	Time#<=> returns -1 if the first argument is a fraction of a microsecond before the second argument	Success		0.001
comparison	Time#<=> given a non-Time argument returns nil if argument <=> self returns nil	Success		0.002
comparison	Time#<=> given a non-Time argument returns -1 if argument <=> self is greater than 0	Success		0.002
comparison	Time#<=> given a non-Time argument returns 1 if argument <=> self is not greater than 0 and is less than 0	Success		0.003
comparison	Time#<=> given a non-Time argument returns 0 if argument <=> self is neither greater than 0 nor less than 0	Success		0.003
comparison	Time#<=> given a non-Time argument returns nil if argument also uses an inverse comparison for <=>	Success		0.002
ctime	Time#ctime returns a canonical string representation of time	Success		0.001
day	Time#day returns the day of the month (1..n) for a local Time	Success		0.002
day	Time#day returns the day of the month for a UTC Time	Success		0.001
day	Time#day returns the day of the month for a Time with a fixed offset	Success		0.002
dst	Time#dst? dst? returns whether time is during daylight saving time	Success		0.003
dup	Time#dup returns a Time object that represents the same time	Success		0.001
dup	Time#dup copies the gmt state flag	Success		0.001
dup	Time#dup returns an independent Time object	Success		0.000
dup	Time#dup returns a subclass instance	Success		0.001
eql	Time#eql? returns true if self and other have the same whole number of seconds	Success		0.001
eql	Time#eql? returns false if self and other have differing whole numbers of seconds	Success		0.001
eql	Time#eql? returns true if self and other have the same number of microseconds	Success		0.001
eql	Time#eql? returns false if self and other have differing numbers of microseconds	Success		0.001
eql	Time#eql? returns false if self and other have differing fractional microseconds	Success		0.001
eql	Time#eql? returns false when given a non-time value	Success		0.001
friday	Time#friday? returns true if time represents Friday	Success		0.001
friday	Time#friday? returns false if time doesn't represent Friday	Success		0.001
getgm	Time#getgm returns a new time which is the utc representation of time	Success		0.002
getlocal	Time#getlocal returns a Time with a UTC offset of the specified number of Rational seconds	Skipped	tagged	0.000
getlocal	Time#getlocal returns a new time which is the local representation of time	Success		0.002
getlocal	Time#getlocal returns a Time with UTC offset specified as an Integer number of seconds	Success		0.002
getlocal	Time#getlocal returns a new time with the correct utc_offset according to the set timezone	Success		0.002
getlocal	Time#getlocal returns a Time with a UTC offset specified as +HH:MM	Success		0.002
getlocal	Time#getlocal returns a Time with a UTC offset specified as -HH:MM	Success		0.001
getlocal	Time#getlocal raises ArgumentError if the String argument is not of the form (+\|-)HH:MM	Success		0.001
getlocal	Time#getlocal raises ArgumentError if the String argument is not in an ASCII-compatible encoding	Success		0.001
getlocal	Time#getlocal raises ArgumentError if the argument represents a value less than or equal to -?6400 seconds	Success		0.001
getlocal	Time#getlocal raises ArgumentError if the argument represents a value greater than or equal to ?6400 seconds	Success		0.001
getlocal	Time#getlocal with an argument that responds to #to_int coerces using #to_int	Success		0.002
getlocal	Time#getlocal with an argument that responds to #to_r coerces using #to_r	Skipped	tagged	0.000
getlocal	Time#getlocal with an argument that responds to #to_str coerces using #to_str	Success		0.002
getutc	Time#getutc returns a new time which is the utc representation of time	Success		0.001
gm	Time.gm creates a time based on given values, interpreted as UTC (GMT)	Success		0.001
gm	Time.gm creates a time based on given C-style gmtime arguments, interpreted as UTC (GMT)	Success		0.001
gm	Time.gm interprets pre-Gregorian reform dates using Gregorian proleptic calendar	Success		0.001
gm	Time.gm interprets Julian-Gregorian gap dates using Gregorian proleptic calendar	Success		0.001
gm	Time.gm interprets post-Gregorian reform dates using Gregorian calendar	Success		0.001
gm	Time.gm accepts 1 argument (year)	Success		0.001
gm	Time.gm accepts 2 arguments (year, month)	Success		0.001
gm	Time.gm accepts 3 arguments (year, month, day)	Success		0.001
gm	Time.gm accepts 4 arguments (year, month, day, hour)	Success		0.001
gm	Time.gm accepts 5 arguments (year, month, day, hour, minute)	Success		0.001
gm	Time.gm raises a TypeError if the year is nil	Success		0.001
gm	Time.gm accepts nil month, day, hour, minute, and second	Success		0.001
gm	Time.gm handles a String year	Success		0.001
gm	Time.gm coerces the year with #to_int	Success		0.002
gm	Time.gm handles a String month given as a numeral	Success		0.001
gm	Time.gm handles a String month given as a short month name	Success		0.001
gm	Time.gm coerces the month with #to_str	Success		0.002
gm	Time.gm coerces the month with #to_int	Success		0.002
gm	Time.gm handles a String day	Success		0.001
gm	Time.gm coerces the day with #to_int	Success		0.002
gm	Time.gm handles a String hour	Success		0.001
gm	Time.gm coerces the hour with #to_int	Success		0.002
gm	Time.gm handles a String minute	Success		0.001
gm	Time.gm coerces the minute with #to_int	Success		0.002
gm	Time.gm handles a String second	Success		0.001
gm	Time.gm coerces the second with #to_int	Success		0.002
gm	Time.gm interprets all numerals as base 10	Success		0.001
gm	Time.gm handles fractional seconds as a Float	Success		0.001
gm	Time.gm handles fractional seconds as a Rational	Success		0.001
gm	Time.gm handles years from 0 as such	Success		0.297
gm	Time.gm accepts various year ranges	Success		0.001
gm	Time.gm raises an ArgumentError for out of range month	Success		0.001
gm	Time.gm raises an ArgumentError for out of range day	Success		0.001
gm	Time.gm raises an ArgumentError for out of range hour	Success		0.001
gm	Time.gm raises an ArgumentError for out of range minute	Success		0.001
gm	Time.gm raises an ArgumentError for out of range second	Success		0.001
gm	Time.gm raises ArgumentError when given 9 arguments	Success		0.001
gm	Time.gm raises ArgumentError when given 11 arguments	Success		0.001
gm	Time.gm returns subclass instances	Success		0.001
gm	Time.gm handles string arguments	Success		0.001
gm	Time.gm handles float arguments	Success		0.001
gm	Time.gm raises an ArgumentError for out of range values	Success		0.001
gm	Time.gm handles microseconds	Success		0.001
gm	Time.gm handles fractional microseconds as a Float	Success		0.001
gm	Time.gm handles fractional microseconds as a Rational	Success		0.001
gm	Time.gm ignores fractional seconds if a passed whole number of microseconds	Success		0.001
gm	Time.gm ignores fractional seconds if a passed fractional number of microseconds	Success		0.001
gmt	Time#gmt? returns true if time represents a time in UTC (GMT)	Success		0.001
gmt_offset	Time#gmt_offset returns offset as Rational	Skipped	tagged	0.000
gmt_offset	Time#gmt_offset returns the offset in seconds between the timezone of time and UTC	Success		0.001
gmt_offset	Time#gmt_offset returns the correct offset for US Eastern time zone around daylight savings time change	Success		0.002
gmt_offset	Time#gmt_offset returns the correct offset for Hawaii around daylight savings time change	Success		0.001
gmt_offset	Time#gmt_offset returns the correct offset for New Zealand around daylight savings time change	Success		0.002
gmt_offset	Time#gmt_offset given positive offset returns a positive offset	Success		0.001
gmt_offset	Time#gmt_offset given negative offset returns a negative offset	Success		0.001
gmtime	Time#gmtime returns the utc representation of time	Success		0.001
gmtoff	Time#gmtoff returns offset as Rational	Skipped	tagged	0.000
gmtoff	Time#gmtoff returns the offset in seconds between the timezone of time and UTC	Success		0.001
gmtoff	Time#gmtoff returns the correct offset for US Eastern time zone around daylight savings time change	Success		0.001
gmtoff	Time#gmtoff returns the correct offset for Hawaii around daylight savings time change	Success		0.001
gmtoff	Time#gmtoff returns the correct offset for New Zealand around daylight savings time change	Success		0.001
gmtoff	Time#gmtoff given positive offset returns a positive offset	Success		0.001
gmtoff	Time#gmtoff given negative offset returns a negative offset	Success		0.001
hash	Time#hash returns a Fixnum	Success		0.001
hash	Time#hash is stable	Success		0.000
hour	Time#hour returns the hour of the day (0..23) for a local Time	Success		0.001
hour	Time#hour returns the hour of the day for a UTC Time	Success		0.001
hour	Time#hour returns the hour of the day for a Time with a fixed offset	Success		0.001
inspect	Time#inspect formats the local time following the pattern 'yyyy-MM-dd HH:mm:ss Z'	Success		0.001
inspect	Time#inspect formats the UTC time following the pattern 'yyyy-MM-dd HH:mm:ss UTC'	Success		0.001
inspect	Time#inspect formats the fixed offset time following the pattern 'yyyy-MM-dd HH:mm:ss +/-HHMM'	Success		0.001
inspect	Time#inspect returns a US-ASCII encoded string	Success		0.001
isdst	Time#isdst dst? returns whether time is during daylight saving time	Success		0.001
local	Time.local creates a time based on given values, interpreted in the local time zone	Success		0.001
local	Time.local creates a time based on given C-style gmtime arguments, interpreted in the local time zone	Success		0.001
local	Time.local creates the correct time just before dst change	Success		0.001
local	Time.local creates the correct time just after dst change	Success		0.001
local	Time.local accepts 1 argument (year)	Success		0.001
local	Time.local accepts 2 arguments (year, month)	Success		0.001
local	Time.local accepts 3 arguments (year, month, day)	Success		0.001
local	Time.local accepts 4 arguments (year, month, day, hour)	Success		0.001
local	Time.local accepts 5 arguments (year, month, day, hour, minute)	Success		0.001
local	Time.local raises a TypeError if the year is nil	Success		0.001
local	Time.local accepts nil month, day, hour, minute, and second	Success		0.001
local	Time.local handles a String year	Success		0.001
local	Time.local coerces the year with #to_int	Success		0.002
local	Time.local handles a String month given as a numeral	Success		0.001
local	Time.local handles a String month given as a short month name	Success		0.001
local	Time.local coerces the month with #to_str	Success		0.002
local	Time.local coerces the month with #to_int	Success		0.002
local	Time.local handles a String day	Success		0.001
local	Time.local coerces the day with #to_int	Success		0.002
local	Time.local handles a String hour	Success		0.001
local	Time.local coerces the hour with #to_int	Success		0.002
local	Time.local handles a String minute	Success		0.001
local	Time.local coerces the minute with #to_int	Success		0.002
local	Time.local handles a String second	Success		0.001
local	Time.local coerces the second with #to_int	Success		0.002
local	Time.local interprets all numerals as base 10	Success		0.001
local	Time.local handles fractional seconds as a Float	Success		0.001
local	Time.local handles fractional seconds as a Rational	Success		0.001
local	Time.local handles years from 0 as such	Success		0.285
local	Time.local accepts various year ranges	Success		0.001
local	Time.local raises an ArgumentError for out of range month	Success		0.001
local	Time.local raises an ArgumentError for out of range day	Success		0.001
local	Time.local raises an ArgumentError for out of range hour	Success		0.001
local	Time.local raises an ArgumentError for out of range minute	Success		0.001
local	Time.local raises an ArgumentError for out of range second	Success		0.001
local	Time.local raises ArgumentError when given 9 arguments	Success		0.001
local	Time.local raises ArgumentError when given 11 arguments	Success		0.001
local	Time.local returns subclass instances	Success		0.001
local	Time.local handles string arguments	Success		0.001
local	Time.local handles float arguments	Success		0.001
local	Time.local raises an ArgumentError for out of range values	Success		0.001
local	Time.local handles microseconds	Success		0.000
local	Time.local handles fractional microseconds as a Float	Success		0.001
local	Time.local handles fractional microseconds as a Rational	Success		0.001
local	Time.local ignores fractional seconds if a passed whole number of microseconds	Success		0.001
local	Time.local ignores fractional seconds if a passed fractional number of microseconds	Success		0.001
local	Time.local timezone changes correctly adjusts the timezone change to 'CEST' on 'Europe/Amsterdam'	Success		0.003
localtime	Time#localtime returns a Time with a UTC offset of the specified number of Rational seconds	Skipped	tagged	0.000
localtime	Time#localtime converts self to local time, modifying the receiver	Success		0.002
localtime	Time#localtime returns self	Success		0.001
localtime	Time#localtime converts time to the UTC offset specified as an Integer number of seconds	Success		0.001
localtime	Time#localtime returns a Time with a UTC offset specified as +HH:MM	Success		0.001
localtime	Time#localtime returns a Time with a UTC offset specified as -HH:MM	Success		0.001
localtime	Time#localtime changes the timezone according to the set one	Success		0.001
localtime	Time#localtime raises ArgumentError if the String argument is not of the form (+\|-)HH:MM	Success		0.001
localtime	Time#localtime raises ArgumentError if the String argument is not in an ASCII-compatible encoding	Success		0.001
localtime	Time#localtime raises ArgumentError if the argument represents a value less than or equal to -?6400 seconds	Success		0.001
localtime	Time#localtime raises ArgumentError if the argument represents a value greater than or equal to ?6400 seconds	Success		0.001
localtime	Time#localtime with an argument that responds to #to_int coerces using #to_int	Success		0.002
localtime	Time#localtime with an argument that responds to #to_r coerces using #to_r	Skipped	tagged	0.000
localtime	Time#localtime with an argument that responds to #to_str coerces using #to_str	Success		0.002
mday	Time#mday returns the day of the month (1..n) for a local Time	Success		0.001
mday	Time#mday returns the day of the month for a UTC Time	Success		0.000
mday	Time#mday returns the day of the month for a Time with a fixed offset	Success		0.001
min	Time#min returns the minute of the hour (0..59) for a local Time	Success		0.001
min	Time#min returns the minute of the hour for a UTC Time	Success		0.000
min	Time#min returns the minute of the hour for a Time with a fixed offset	Success		0.001
minus	Time#- maintains precision	Skipped	tagged	0.000
minus	Time#- maintains microseconds precision	Skipped	tagged	0.000
minus	Time#- maintains nanoseconds precision	Skipped	tagged	0.000
minus	Time#- maintains subseconds precision	Skipped	tagged	0.000
minus	Time#- decrements the time by the specified amount	Success		0.001
minus	Time#- understands negative subtractions	Success		0.001
minus	Time#- accepts arguments that can be coerced into Rational	Success		0.002
minus	Time#- raises a TypeError if given argument is a coercible String	Success		0.001
minus	Time#- raises TypeError on argument that can't be coerced	Success		0.001
minus	Time#- raises TypeError on nil argument	Success		0.001
minus	Time#- tracks microseconds	Success		0.001
minus	Time#- tracks microseconds	Success		0.001
minus	Time#- tracks nanoseconds	Success		0.001
minus	Time#- returns a UTC time if self is UTC	Success		0.001
minus	Time#- returns a non-UTC time if self is non-UTC	Success		0.001
minus	Time#- returns a time with the same fixed offset as self	Success		0.001
minus	Time#- does not return a subclass instance	Success		0.001
minus	Time#- returns a time with nanoseconds precision between two time objects	Success		0.001
mktime	Time.mktime creates a time based on given values, interpreted in the local time zone	Success		0.001
mktime	Time.mktime creates a time based on given C-style gmtime arguments, interpreted in the local time zone	Success		0.001
mktime	Time.mktime creates the correct time just before dst change	Success		0.001
mktime	Time.mktime creates the correct time just after dst change	Success		0.001
mktime	Time.mktime accepts 1 argument (year)	Success		0.001
mktime	Time.mktime accepts 2 arguments (year, month)	Success		0.001
mktime	Time.mktime accepts 3 arguments (year, month, day)	Success		0.001
mktime	Time.mktime accepts 4 arguments (year, month, day, hour)	Success		0.001
mktime	Time.mktime accepts 5 arguments (year, month, day, hour, minute)	Success		0.001
mktime	Time.mktime raises a TypeError if the year is nil	Success		0.001
mktime	Time.mktime accepts nil month, day, hour, minute, and second	Success		0.001
mktime	Time.mktime handles a String year	Success		0.001
mktime	Time.mktime coerces the year with #to_int	Success		0.002
mktime	Time.mktime handles a String month given as a numeral	Success		0.001
mktime	Time.mktime handles a String month given as a short month name	Success		0.001
mktime	Time.mktime coerces the month with #to_str	Success		0.002
mktime	Time.mktime coerces the month with #to_int	Success		0.001
mktime	Time.mktime handles a String day	Success		0.001
mktime	Time.mktime coerces the day with #to_int	Success		0.001
mktime	Time.mktime handles a String hour	Success		0.001
mktime	Time.mktime coerces the hour with #to_int	Success		0.001
mktime	Time.mktime handles a String minute	Success		0.001
mktime	Time.mktime coerces the minute with #to_int	Success		0.001
mktime	Time.mktime handles a String second	Success		0.001
mktime	Time.mktime coerces the second with #to_int	Success		0.001
mktime	Time.mktime interprets all numerals as base 10	Success		0.001
mktime	Time.mktime handles fractional seconds as a Float	Success		0.001
mktime	Time.mktime handles fractional seconds as a Rational	Success		0.001
mktime	Time.mktime handles years from 0 as such	Success		0.261
mktime	Time.mktime accepts various year ranges	Success		0.001
mktime	Time.mktime raises an ArgumentError for out of range month	Success		0.001
mktime	Time.mktime raises an ArgumentError for out of range day	Success		0.001
mktime	Time.mktime raises an ArgumentError for out of range hour	Success		0.001
mktime	Time.mktime raises an ArgumentError for out of range minute	Success		0.001
mktime	Time.mktime raises an ArgumentError for out of range second	Success		0.001
mktime	Time.mktime raises ArgumentError when given 9 arguments	Success		0.001
mktime	Time.mktime raises ArgumentError when given 11 arguments	Success		0.001
mktime	Time.mktime returns subclass instances	Success		0.001
mktime	Time.mktime handles string arguments	Success		0.001
mktime	Time.mktime handles float arguments	Success		0.001
mktime	Time.mktime raises an ArgumentError for out of range values	Success		0.001
mktime	Time.mktime handles microseconds	Success		0.000
mktime	Time.mktime handles fractional microseconds as a Float	Success		0.000
mktime	Time.mktime handles fractional microseconds as a Rational	Success		0.001
mktime	Time.mktime ignores fractional seconds if a passed whole number of microseconds	Success		0.001
mktime	Time.mktime ignores fractional seconds if a passed fractional number of microseconds	Success		0.001
mktime	Time.mktime timezone changes correctly adjusts the timezone change to 'CEST' on 'Europe/Amsterdam'	Success		0.001
mon	Time#mon returns the month of the year for a local Time	Success		0.001
mon	Time#mon returns the month of the year for a UTC Time	Success		0.001
mon	Time#mon returns the four digit year for a Time with a fixed offset	Success		0.001
monday	Time#monday? returns true if time represents Monday	Success		0.001
monday	Time#monday? returns false if time doesn't represent Monday	Success		0.000
month	Time#month returns the month of the year for a local Time	Success		0.001
month	Time#month returns the month of the year for a UTC Time	Success		0.000
month	Time#month returns the four digit year for a Time with a fixed offset	Success		0.001
new	Time.new creates a subclass instance if called on a subclass	Success		0.001
new	Time.new creates a time based on given values, interpreted in the local time zone	Success		0.002
new	Time.new accepts 1 argument (year)	Success		0.001
new	Time.new accepts 2 arguments (year, month)	Success		0.001
new	Time.new accepts 3 arguments (year, month, day)	Success		0.001
new	Time.new accepts 4 arguments (year, month, day, hour)	Success		0.001
new	Time.new accepts 5 arguments (year, month, day, hour, minute)	Success		0.001
new	Time.new raises a TypeError if the year is nil	Success		0.001
new	Time.new accepts nil month, day, hour, minute, and second	Success		0.001
new	Time.new handles a String year	Success		0.001
new	Time.new coerces the year with #to_int	Success		0.002
new	Time.new handles a String month given as a numeral	Success		0.001
new	Time.new handles a String month given as a short month name	Success		0.001
new	Time.new coerces the month with #to_str	Success		0.002
new	Time.new coerces the month with #to_int	Success		0.001
new	Time.new handles a String day	Success		0.001
new	Time.new coerces the day with #to_int	Success		0.001
new	Time.new handles a String hour	Success		0.001
new	Time.new coerces the hour with #to_int	Success		0.001
new	Time.new handles a String minute	Success		0.001
new	Time.new coerces the minute with #to_int	Success		0.001
new	Time.new handles a String second	Success		0.001
new	Time.new coerces the second with #to_int	Success		0.001
new	Time.new interprets all numerals as base 10	Success		0.001
new	Time.new handles fractional seconds as a Float	Success		0.001
new	Time.new handles fractional seconds as a Rational	Success		0.001
new	Time.new handles years from 0 as such	Success		0.242
new	Time.new accepts various year ranges	Success		0.001
new	Time.new raises an ArgumentError for out of range month	Success		0.001
new	Time.new raises an ArgumentError for out of range day	Success		0.001
new	Time.new raises an ArgumentError for out of range hour	Success		0.001
new	Time.new raises an ArgumentError for out of range minute	Success		0.001
new	Time.new raises an ArgumentError for out of range second	Success		0.001
new	Time.new raises ArgumentError when given 9 arguments	Success		0.001
new	Time.new raises ArgumentError when given 11 arguments	Success		0.001
new	Time.new returns subclass instances	Success		0.001
new	Time.new timezone changes correctly adjusts the timezone change to 'CEST' on 'Europe/Amsterdam'	Success		0.001
new	Time.new with a utc_offset argument returns a Time with a UTC offset of the specified number of Rational seconds	Skipped	tagged	0.000
new	Time.new with a utc_offset argument disallows a value for minutes greater than 59	Skipped	tagged	0.000
new	Time.new with a utc_offset argument returns a non-UTC time	Success		0.001
new	Time.new with a utc_offset argument returns a Time with a UTC offset of the specified number of Integer seconds	Success		0.001
new	Time.new with a utc_offset argument returns a Time with a UTC offset specified as +HH:MM	Success		0.001
new	Time.new with a utc_offset argument returns a Time with a UTC offset specified as -HH:MM	Success		0.001
new	Time.new with a utc_offset argument returns a local Time if the argument is nil	Success		0.001
new	Time.new with a utc_offset argument raises ArgumentError if the String argument is not of the form (+\|-)HH:MM	Success		0.001
new	Time.new with a utc_offset argument raises ArgumentError if the hour value is greater than 23	Success		0.001
new	Time.new with a utc_offset argument raises ArgumentError if the String argument is not in an ASCII-compatible encoding	Success		0.001
new	Time.new with a utc_offset argument raises ArgumentError if the argument represents a value less than or equal to -?6400 seconds	Success		0.001
new	Time.new with a utc_offset argument raises ArgumentError if the argument represents a value greater than or equal to ?6400 seconds	Success		0.001
new	Time.new with a utc_offset argument with an argument that responds to #to_int coerces using #to_int	Success		0.002
new	Time.new with a utc_offset argument with an argument that responds to #to_r coerces using #to_r	Skipped	tagged	0.000
new	Time.new with a utc_offset argument with an argument that responds to #to_str coerces using #to_str	Success		0.002
now	Time.now creates a subclass instance if called on a subclass	Success		0.001
nsec	Time#nsec returns 0 for a Time constructed with a whole number of seconds	Success		0.001
nsec	Time#nsec returns the nanoseconds part of a Time constructed with a Float number of seconds	Success		0.001
nsec	Time#nsec returns the nanoseconds part of a Time constructed with an Integer number of microseconds	Success		0.000
nsec	Time#nsec returns the nanoseconds part of a Time constructed with an Float number of microseconds	Success		0.001
nsec	Time#nsec returns the nanoseconds part of a Time constructed with a Rational number of seconds	Success		0.001
nsec	Time#nsec returns the nanoseconds part of a Time constructed with an Rational number of microseconds	Success		0.001
plus	Time#+ maintains subseconds precision	Skipped	tagged	0.000
plus	Time#+ increments the time by the specified amount	Success		0.001
plus	Time#+ is a commutative operator	Success		0.002
plus	Time#+ adds a negative Float	Success		0.001
plus	Time#+ raises a TypeError if given argument is a coercible String	Success		0.001
plus	Time#+ increments the time by the specified amount as rational numbers	Success		0.001
plus	Time#+ accepts arguments that can be coerced into Rational	Success		0.002
plus	Time#+ raises TypeError on argument that can't be coerced into Rational	Success		0.001
plus	Time#+ returns a UTC time if self is UTC	Success		0.001
plus	Time#+ returns a non-UTC time if self is non-UTC	Success		0.001
plus	Time#+ returns a time with the same fixed offset as self	Success		0.001
plus	Time#+ does not return a subclass instance	Success		0.001
plus	Time#+ raises TypeError on Time argument	Success		0.001
plus	Time#+ raises TypeError on nil argument	Success		0.001
plus	Time#+ tracks microseconds	Success		0.001
plus	Time#+ tracks nanoseconds	Success		0.001
plus	Time#+ maintains precision	Success		0.001
plus	Time#+ maintains microseconds precision	Success		0.001
plus	Time#+ maintains nanoseconds precision	Success		0.001
round	Time#round defaults to rounding to 0 places	Success		0.003
round	Time#round rounds to 0 decimal places with an explicit argument	Success		0.001
round	Time#round rounds to 7 decimal places with an explicit argument	Success		0.002
round	Time#round returns an instance of Time, even if #round is called on a subclass	Success		0.001
round	Time#round copies own timezone to the returning value	Success		0.002
saturday	Time#saturday? returns true if time represents Saturday	Success		0.001
saturday	Time#saturday? returns false if time doesn't represent Saturday	Success		0.000
sec	Time#sec returns the second of the minute(0..60) for time	Success		0.001
strftime	Time#strftime requires an argument	Skipped	tagged	0.000
strftime	Time#strftime rounds an offset to the nearest second when formatting with %z	Skipped	tagged	0.000
strftime	Time#strftime should be able to print the full day name	Success		0.001
strftime	Time#strftime should be able to print the short day name	Success		0.001
strftime	Time#strftime should be able to print the full month name	Success		0.001
strftime	Time#strftime should be able to print the short month name	Success		0.001
strftime	Time#strftime should be able to print the century	Success		0.000
strftime	Time#strftime should be able to print the month day with leading zeroes	Success		0.001
strftime	Time#strftime should be able to print the month day with leading spaces	Success		0.000
strftime	Time#strftime should be able to print the commercial year with leading zeroes	Success		0.001
strftime	Time#strftime should be able to print the commercial year with only two digits	Success		0.001
strftime	Time#strftime should be able to print the hour with leading zeroes (hour is always 00)	Success		0.000
strftime	Time#strftime should be able to print the hour in 12 hour notation with leading zeroes	Success		0.000
strftime	Time#strftime should be able to print the julian day with leading zeroes	Success		0.001
strftime	Time#strftime should be able to print the hour in 24 hour notation with leading spaces	Success		0.000
strftime	Time#strftime should be able to print the hour in 12 hour notation with leading spaces	Success		0.000
strftime	Time#strftime should be able to print the minutes with leading zeroes	Success		0.000
strftime	Time#strftime should be able to print the month with leading zeroes	Success		0.001
strftime	Time#strftime should be able to add a newline	Success		0.000
strftime	Time#strftime should be able to show AM/PM	Success		0.000
strftime	Time#strftime should be able to show am/pm	Success		0.000
strftime	Time#strftime should be able to show the number of seconds with leading zeroes	Success		0.000
strftime	Time#strftime should be able to show the number of seconds with leading zeroes	Success		0.000
strftime	Time#strftime should be able to show the number of seconds since the unix epoch	Success		0.000
strftime	Time#strftime should be able to add a tab	Success		0.000
strftime	Time#strftime should be able to show the week number with the week starting on Sunday (%U) and Monday (%W)	Success		0.007
strftime	Time#strftime should be able to show the commercial week day	Success		0.001
strftime	Time#strftime should be able to show the commercial week	Success		0.001
strftime	Time#strftime should be able to show the week day	Success		0.001
strftime	Time#strftime should be able to show the year in YYYY format	Success		0.001
strftime	Time#strftime should be able to show the year in YY format	Success		0.001
strftime	Time#strftime should be able to show the timezone of the date with a : separator	Success		0.000
strftime	Time#strftime should be able to escape the % character	Success		0.000
strftime	Time#strftime should be able to print the date in full	Success		0.001
strftime	Time#strftime should be able to print the date with slashes	Success		0.001
strftime	Time#strftime should be able to print the date as YYYY-MM-DD	Success		0.001
strftime	Time#strftime should be able to show HH:MM	Success		0.001
strftime	Time#strftime should be able to show HH:MM:SS AM/PM	Success		0.001
strftime	Time#strftime should be able to show HH:MM:SS	Success		0.001
strftime	Time#strftime should be able to show HH:MM:SS	Success		0.001
strftime	Time#strftime should be able to show MM/DD/YY	Success		0.001
strftime	Time#strftime supports GNU modificators	Success		0.002
strftime	Time#strftime supports the '-' modifier to drop leading zeros	Success		0.001
strftime	Time#strftime passes the format string's encoding to the result string	Success		0.001
strftime	Time#strftime formats time according to the directives in the given format string	Success		0.001
strftime	Time#strftime returns the 24-based hour with %H	Success		0.001
strftime	Time#strftime returns the 12-based hour with %I	Success		0.001
strftime	Time#strftime supports 24-hr formatting with %l	Success		0.001
strftime	Time#strftime supports 12-hr formatting with %l	Success		0.001
strftime	Time#strftime returns the minute with %M	Success		0.001
strftime	Time#strftime supports am/pm formatting with %P	Success		0.001
strftime	Time#strftime supports AM/PM formatting with %p	Success		0.001
strftime	Time#strftime returns the second with %S	Success		0.001
strftime	Time#strftime should be able to show the number of seconds since the unix epoch	Success		0.001
strftime	Time#strftime returns the timezone with %Z	Success		0.001
strftime	Time#strftime should be able to print the time in full	Success		0.001
strftime	Time#strftime should be able to show HH:MM	Success		0.001
strftime	Time#strftime should be able to show HH:MM:SS AM/PM	Success		0.001
strftime	Time#strftime supports HH:MM:SS formatting with %T	Success		0.001
strftime	Time#strftime supports HH:MM:SS formatting with %X	Success		0.001
strftime	Time#strftime supports the '-' modifier to drop leading zeros	Success		0.001
strftime	Time#strftime supports the '-' modifier for padded format directives	Success		0.001
strftime	Time#strftime should be able to show the timezone if available	Success		0.001
strftime	Time#strftime should be able to show the commercial week	Success		0.001
strftime	Time#strftime with %L formats the milliseconds of the second	Success		0.001
strftime	Time#strftime with %N formats the picoseconds of the second with %12N	Skipped	tagged	0.000
strftime	Time#strftime with %N formats the nanoseconds of the second with %N	Success		0.001
strftime	Time#strftime with %N formats the milliseconds of the second with %3N	Success		0.001
strftime	Time#strftime with %N formats the microseconds of the second with %6N	Success		0.001
strftime	Time#strftime with %N formats the nanoseconds of the second with %9N	Success		0.001
strftime	Time#strftime with %z formats a UTC time offset as '+0000'	Success		0.001
strftime	Time#strftime with %z formats a local time with positive UTC offset as '+HHMM'	Success		0.001
strftime	Time#strftime with %z formats a local time with negative UTC offset as '-HHMM'	Success		0.001
strftime	Time#strftime with %z formats a time with fixed positive offset as '+HHMM'	Success		0.001
strftime	Time#strftime with %z formats a time with fixed negative offset as '-HHMM'	Success		0.001
strftime	Time#strftime with %z formats a time with fixed offset as '+/-HH:MM' with ':' specifier	Success		0.001
strftime	Time#strftime with %z formats a time with fixed offset as '+/-HH:MM:SS' with '::' specifier	Success		0.001
subsec	Time#subsec returns 0 as a Fixnum for a Time with a whole number of seconds	Success		0.001
subsec	Time#subsec returns the fractional seconds as a Rational for a Time constructed with a Rational number of seconds	Success		0.001
subsec	Time#subsec returns the fractional seconds as a Rational for a Time constructed with a Float number of seconds	Success		0.001
subsec	Time#subsec returns the fractional seconds as a Rational for a Time constructed with an Integer number of microseconds	Success		0.001
subsec	Time#subsec returns the fractional seconds as a Rational for a Time constructed with an Rational number of microseconds	Success		0.001
subsec	Time#subsec returns the fractional seconds as a Rational for a Time constructed with an Float number of microseconds	Success		0.001
succ	Time#succ returns a new time one second later than time	Success		0.001
succ	Time#succ returns a new instance	Success		0.001
sunday	Time#sunday? returns true if time represents Sunday	Success		0.001
sunday	Time#sunday? returns false if time doesn't represent Sunday	Success		0.000
thursday	Time#thursday? returns true if time represents Thursday	Success		0.001
thursday	Time#thursday? returns false if time doesn't represent Thursday	Success		0.000
time	Time includes Comparable	Success		0.001
to_a	Time#to_a returns a 10 element array representing the deconstructed time	Success		0.002
to_f	Time#to_f returns the float number of seconds + usecs since the epoch	Success		0.001
to_i	Time#to_i returns the value of time as an integer number of seconds since epoch	Success		0.001
to_r	Time#to_r returns the a Rational representing seconds and subseconds since the epoch	Success		0.001
to_r	Time#to_r returns a Rational even for a whole number of seconds	Success		0.000
to_s	Time#to_s formats the local time following the pattern 'yyyy-MM-dd HH:mm:ss Z'	Success		0.001
to_s	Time#to_s formats the UTC time following the pattern 'yyyy-MM-dd HH:mm:ss UTC'	Success		0.001
to_s	Time#to_s formats the fixed offset time following the pattern 'yyyy-MM-dd HH:mm:ss +/-HHMM'	Success		0.001
to_s	Time#to_s returns a US-ASCII encoded string	Success		0.001
tuesday	Time#tuesday? returns true if time represents Tuesday	Success		0.001
tuesday	Time#tuesday? returns false if time doesn't represent Tuesday	Success		0.001
tv_nsec	Time#tv_nsec needs to be reviewed for spec completeness	Success		0.000
tv_sec	Time#tv_sec returns the value of time as an integer number of seconds since epoch	Success		0.001
tv_usec	Time#tv_usec needs to be reviewed for spec completeness	Success		0.000
usec	Time#usec returns 0 for a Time constructed with a whole number of seconds	Success		0.000
usec	Time#usec returns the microseconds part of a Time constructed with a Float number of seconds	Success		0.001
usec	Time#usec returns the microseconds part of a Time constructed with an Integer number of microseconds	Success		0.000
usec	Time#usec returns the microseconds part of a Time constructed with an Float number of microseconds > 1	Success		0.001
usec	Time#usec returns 0 for a Time constructed with an Float number of microseconds < 1	Success		0.001
usec	Time#usec returns the microseconds part of a Time constructed with a Rational number of seconds	Success		0.001
usec	Time#usec returns the microseconds part of a Time constructed with an Rational number of microseconds > 1	Success		0.001
usec	Time#usec returns 0 for a Time constructed with an Rational number of microseconds < 1	Success		0.001
usec	Time#usec returns the microseconds for time created by Time#local	Success		0.001
utc	Time#utc? returns true if time represents a time in UTC (GMT)	Success		0.001
utc	Time.utc creates a time based on given values, interpreted as UTC (GMT)	Success		0.001
utc	Time.utc creates a time based on given C-style gmtime arguments, interpreted as UTC (GMT)	Success		0.001
utc	Time.utc interprets pre-Gregorian reform dates using Gregorian proleptic calendar	Success		0.000
utc	Time.utc interprets Julian-Gregorian gap dates using Gregorian proleptic calendar	Success		0.000
utc	Time.utc interprets post-Gregorian reform dates using Gregorian calendar	Success		0.000
utc	Time.utc accepts 1 argument (year)	Success		0.001
utc	Time.utc accepts 2 arguments (year, month)	Success		0.001
utc	Time.utc accepts 3 arguments (year, month, day)	Success		0.001
utc	Time.utc accepts 4 arguments (year, month, day, hour)	Success		0.001
utc	Time.utc accepts 5 arguments (year, month, day, hour, minute)	Success		0.001
utc	Time.utc raises a TypeError if the year is nil	Success		0.001
utc	Time.utc accepts nil month, day, hour, minute, and second	Success		0.001
utc	Time.utc handles a String year	Success		0.001
utc	Time.utc coerces the year with #to_int	Success		0.002
utc	Time.utc handles a String month given as a numeral	Success		0.001
utc	Time.utc handles a String month given as a short month name	Success		0.001
utc	Time.utc coerces the month with #to_str	Success		0.001
utc	Time.utc coerces the month with #to_int	Success		0.001
utc	Time.utc handles a String day	Success		0.001
utc	Time.utc coerces the day with #to_int	Success		0.001
utc	Time.utc handles a String hour	Success		0.001
utc	Time.utc coerces the hour with #to_int	Success		0.001
utc	Time.utc handles a String minute	Success		0.001
utc	Time.utc coerces the minute with #to_int	Success		0.001
utc	Time.utc handles a String second	Success		0.001
utc	Time.utc coerces the second with #to_int	Success		0.001
utc	Time.utc interprets all numerals as base 10	Success		0.001
utc	Time.utc handles fractional seconds as a Float	Success		0.001
utc	Time.utc handles fractional seconds as a Rational	Success		0.001
utc	Time.utc handles years from 0 as such	Success		0.234
utc	Time.utc accepts various year ranges	Success		0.001
utc	Time.utc raises an ArgumentError for out of range month	Success		0.001
utc	Time.utc raises an ArgumentError for out of range day	Success		0.001
utc	Time.utc raises an ArgumentError for out of range hour	Success		0.001
utc	Time.utc raises an ArgumentError for out of range minute	Success		0.001
utc	Time.utc raises an ArgumentError for out of range second	Success		0.001
utc	Time.utc raises ArgumentError when given 9 arguments	Success		0.001
utc	Time.utc raises ArgumentError when given 11 arguments	Success		0.001
utc	Time.utc returns subclass instances	Success		0.001
utc	Time.utc handles string arguments	Success		0.001
utc	Time.utc handles float arguments	Success		0.001
utc	Time.utc raises an ArgumentError for out of range values	Success		0.001
utc	Time.utc handles microseconds	Success		0.000
utc	Time.utc handles fractional microseconds as a Float	Success		0.001
utc	Time.utc handles fractional microseconds as a Rational	Success		0.001
utc	Time.utc ignores fractional seconds if a passed whole number of microseconds	Success		0.001
utc	Time.utc ignores fractional seconds if a passed fractional number of microseconds	Success		0.001
utc	Time#utc returns the utc representation of time	Success		0.001
utc_offset	Time#utc_offset returns offset as Rational	Skipped	tagged	0.000
utc_offset	Time#utc_offset returns the offset in seconds between the timezone of time and UTC	Success		0.001
utc_offset	Time#utc_offset returns the correct offset for US Eastern time zone around daylight savings time change	Success		0.001
utc_offset	Time#utc_offset returns the correct offset for Hawaii around daylight savings time change	Success		0.001
utc_offset	Time#utc_offset returns the correct offset for New Zealand around daylight savings time change	Success		0.001
utc_offset	Time#utc_offset given positive offset returns a positive offset	Success		0.001
utc_offset	Time#utc_offset given negative offset returns a negative offset	Success		0.001
wday	Time#wday returns an integer representing the day of the week, 0..6, with Sunday being 0	Success		0.001
wednesday	Time#wednesday? returns true if time represents Wednesday	Success		0.001
wednesday	Time#wednesday? returns false if time doesn't represent Wednesday	Success		0.000
yday	Time#yday returns an integer representing the day of the year, 1..366	Success		0.002
yday	Time#yday returns the correct value for each day of each month	Success		0.045
year	Time#year returns the four digit year for a local Time as an Integer	Success		0.001
year	Time#year returns the four digit year for a UTC Time as an Integer	Success		0.000
year	Time#year returns the four digit year for a Time with a fixed offset	Success		0.001
zone	Time#zone returns the time zone used for time	Success		0.001
zone	Time#zone returns nil for a Time with a fixed offset	Success		0.001
zone	Time#zone returns the correct timezone for a local time	Success		0.001
zone	Time#zone returns nil when getting the local time with a fixed offset	Success		0.001
zone	Time#zone returns UTC when called on a UTC time	Success		0.000
zone	Time#zone Encoding.default_internal is set returns an ASCII string	Skipped	tagged	0.000
zone	Time#zone Encoding.default_internal is set doesn't raise errors for a Time with a fixed offset	Success		0.001
and	TrueClass#& returns false if other is nil or false, otherwise true	Success		0.001
inspect	TrueClass#inspect returns the string 'true'	Success		0.000
or	TrueClass#\| returns true	Success		0.001
to_s	TrueClass#to_s returns the string 'true'	Success		0.000
xor	TrueClass#^ returns true if other is nil or false, otherwise false	Success		0.001
arity	UnboundMethod#arity returns zero for method definition 'def m() end'	Success		0.001
arity	UnboundMethod#arity returns zero for method definition 'def n(&b) end'	Success		0.001
arity	UnboundMethod#arity returns positive values for method definition def m(a) end def n(a, b) end def o(a, b, c) end def p(a, b, c, d) end	Success		0.001
arity	UnboundMethod#arity returns positive values for method definition def m(a:) end def n(a:, b:) end def o(a: 1, b:, c:, d: 2) end	Success		0.001
arity	UnboundMethod#arity returns positive values for method definition def m(a, b:) end def n(a, b:, &l) end	Success		0.001
arity	UnboundMethod#arity returns positive values for method definition def m(a, b, c:, d: 1) end def n(a, b, c:, d: 1, **k, &l) end	Success		0.001
arity	UnboundMethod#arity returns negative values for method definition def m(a: 1) end def n(a: 1, b: 2) end	Skipped	tagged	0.000
arity	UnboundMethod#arity returns negative values for method definition def m(a=1, b: 2) end def n(a, b: 1) end def o(a=1, b: 2) end def p(a=1, b, c: 2, &l) end	Skipped	tagged	0.000
arity	UnboundMethod#arity returns negative values for method definition def m(*k, &l) end def n(a, k) end def o(a: 1, b: 2, k) end	Skipped	tagged	0.000
arity	UnboundMethod#arity returns negative values for method definition def m(a=1) end def n(a=1, b=2) end	Success		0.001
arity	UnboundMethod#arity returns negative values for method definition def m(a, b=1) end def n(a, b, c=1, d=2) end	Success		0.001
arity	UnboundMethod#arity returns negative values for method definition def m(a=1, b) end def n(a=1, b=2, c) end	Success		0.001
arity	UnboundMethod#arity returns negative values for method definition def m() end def n(a) end	Success		0.001
arity	UnboundMethod#arity returns negative values for method definition def m(a, ) end def n(a, b) end def o(a, b, c) end def p(a, b, c, d) end	Success		0.001
arity	UnboundMethod#arity returns negative values for method definition def m(a, b) end def n(a, b, c) end def o(*a, b, c, d) end	Success		0.001
arity	UnboundMethod#arity returns negative values for method definition def m(a, b, c) end def n(a, b, c, d, e) end	Success		0.001
arity	UnboundMethod#arity returns negative values for method definition def m(a, b=1, c=2, d, e, f) end def n(a, b, c=1, d, e, f, g) end	Success		0.001
arity	UnboundMethod#arity returns negative values for method definition 'def m(a=1, b, c:, d: 2, *k, &l) end'	Success		0.001
arity	UnboundMethod#arity returns negative values for method definition def m(a, b=1, c, d, e:, f: 2, k, &l) end def n(a, b=1, c, d:, e:, f: 2, *k, &l) end def o(a=0, b=1, c, d, e:, f: 2, *k, &l) end def p(a=0, b=1, c, d:, e:, f: 2, **k, &l) end	Success		0.001
arity	UnboundMethod#arity for a Method generated by respond_to_missing? returns -1	Skipped	tagged	0.000
bind	UnboundMethod#bind raises TypeError if object is not kind_of? the Module the method defined in	Success		0.001
bind	UnboundMethod#bind returns Method for any object that is kind_of? the Module method was extracted from	Success		0.001
bind	UnboundMethod#bind returns Method on any object when UnboundMethod is unbound from a module	Success		0.000
bind	UnboundMethod#bind Method returned for obj is equal to one directly returned by obj.method	Success		0.001
bind	UnboundMethod#bind returns a callable method	Success		0.001
bind	UnboundMethod#bind binds a Parent's class method to any Child's class methods	Success		0.001
bind	UnboundMethod#bind will raise when binding a an object singleton's method to another object	Success		0.001
clone	UnboundMethod#clone returns a copy of the UnboundMethod	Skipped	tagged	0.000
eql	UnboundMethod#eql? needs to be reviewed for spec completeness	Success		0.000
equal_value	Creating UnboundMethods there is no difference between Method#unbind and Module#instance_method	Success		0.001
equal_value	UnboundMethod#== returns true if either is an alias for the other	Skipped	tagged	0.000
equal_value	UnboundMethod#== returns true if both are aliases for a third method	Skipped	tagged	0.000
equal_value	UnboundMethod#== returns true if objects refer to the same method	Success		0.001
equal_value	UnboundMethod#== returns true if same method is extracted from the same subclass	Success		0.000
equal_value	UnboundMethod#== returns false if UnboundMethods are different methods	Success		0.000
equal_value	UnboundMethod#== returns false if both have identical body but are not the same	Success		0.000
equal_value	UnboundMethod#== returns false if same method but one extracted from a subclass	Success		0.000
equal_value	UnboundMethod#== returns false if same method but extracted from two different subclasses	Success		0.000
equal_value	UnboundMethod#== returns false if methods are the same but added from an included Module	Success		0.000
equal_value	UnboundMethod#== returns false if both have same Module, same name, identical body but not the same	Success		0.000
hash	UnboundMethod#hash returns the same value for user methods that are eql?	Skipped	tagged	0.000
hash	UnboundMethod#hash returns the same value for builtin methods that are eql?	Skipped	tagged	0.000
hash	UnboundMethod#hash needs to be reviewed for spec completeness	Success		0.000
inspect	UnboundMethod#inspect returns a String	Success		0.001
inspect	UnboundMethod#inspect the String reflects that this is an UnboundMethod object	Success		0.001
inspect	UnboundMethod#inspect the String shows the method name, Module defined in and Module extracted from	Success		0.001
name	UnboundMethod#name returns the name of the method	Success		0.000
name	UnboundMethod#name returns the name even when aliased	Success		0.001
owner	UnboundMethod#owner returns the new owner for aliased methods on singleton classes	Skipped	tagged	0.000
owner	UnboundMethod#owner returns the owner of the method	Success		0.000
owner	UnboundMethod#owner returns the same owner when aliased in the same classes	Success		0.001
owner	UnboundMethod#owner returns the class/module it was defined in	Success		0.001
parameters	UnboundMethod#parameters needs to be reviewed for spec completeness	Success		0.000
source_location	UnboundMethod#source_location sets the first value to the path of the file in which the method was defined	Success		0.001
source_location	UnboundMethod#source_location sets the last value to a Fixnum representing the line on which the method was defined	Success		0.001
source_location	UnboundMethod#source_location returns the last place the method was defined	Success		0.000
source_location	UnboundMethod#source_location returns the location of the original method even if it was aliased	Success		0.000
source_location	UnboundMethod#source_location works for define_method methods	Success		0.001
source_location	UnboundMethod#source_location works for define_singleton_method methods	Success		0.001
super_method	UnboundMethod#super_method returns the method that would be called by super in the method	Skipped	tagged	0.000
super_method	UnboundMethod#super_method returns nil when there's no super method in the parent	Skipped	tagged	0.000
super_method	UnboundMethod#super_method returns nil when the parent's method is removed	Skipped	tagged	0.000
to_s	UnboundMethod#to_s returns a String	Success		0.001
to_s	UnboundMethod#to_s the String reflects that this is an UnboundMethod object	Success		0.001
to_s	UnboundMethod#to_s the String shows the method name, Module defined in and Module extracted from	Success		0.001