Mercurial > hg > truffle
annotate src/share/vm/utilities/globalDefinitions.hpp @ 6139:0919b2e7895d
7174510: 19 JCK compiler tests fail with C2 error: memNode.cpp:812 - ShouldNotReachHere
Summary: Add missing check for EncodeP node in MemNode::Ideal_common_DU_postCCP() method.
Reviewed-by: twisti
author | kvn |
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date | Mon, 11 Jun 2012 14:58:51 -0700 |
parents | 5c8bd7c16119 |
children | 957c266d8bc5 da91efe96a93 |
rev | line source |
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0 | 1 /* |
6059 | 2 * Copyright (c) 1997, 2012, Oracle and/or its affiliates. All rights reserved. |
0 | 3 * DO NOT ALTER OR REMOVE COPYRIGHT NOTICES OR THIS FILE HEADER. |
4 * | |
5 * This code is free software; you can redistribute it and/or modify it | |
6 * under the terms of the GNU General Public License version 2 only, as | |
7 * published by the Free Software Foundation. | |
8 * | |
9 * This code is distributed in the hope that it will be useful, but WITHOUT | |
10 * ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or | |
11 * FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License | |
12 * version 2 for more details (a copy is included in the LICENSE file that | |
13 * accompanied this code). | |
14 * | |
15 * You should have received a copy of the GNU General Public License version | |
16 * 2 along with this work; if not, write to the Free Software Foundation, | |
17 * Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA. | |
18 * | |
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19 * Please contact Oracle, 500 Oracle Parkway, Redwood Shores, CA 94065 USA |
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20 * or visit www.oracle.com if you need additional information or have any |
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21 * questions. |
0 | 22 * |
23 */ | |
24 | |
1972 | 25 #ifndef SHARE_VM_UTILITIES_GLOBALDEFINITIONS_HPP |
26 #define SHARE_VM_UTILITIES_GLOBALDEFINITIONS_HPP | |
27 | |
4006 | 28 #ifndef __STDC_FORMAT_MACROS |
3960 | 29 #define __STDC_FORMAT_MACROS |
4006 | 30 #endif |
3960 | 31 |
1972 | 32 #ifdef TARGET_COMPILER_gcc |
33 # include "utilities/globalDefinitions_gcc.hpp" | |
34 #endif | |
35 #ifdef TARGET_COMPILER_visCPP | |
36 # include "utilities/globalDefinitions_visCPP.hpp" | |
37 #endif | |
38 #ifdef TARGET_COMPILER_sparcWorks | |
39 # include "utilities/globalDefinitions_sparcWorks.hpp" | |
40 #endif | |
41 | |
42 #include "utilities/macros.hpp" | |
43 | |
0 | 44 // This file holds all globally used constants & types, class (forward) |
45 // declarations and a few frequently used utility functions. | |
46 | |
47 //---------------------------------------------------------------------------------------------------- | |
48 // Constants | |
49 | |
50 const int LogBytesPerShort = 1; | |
51 const int LogBytesPerInt = 2; | |
52 #ifdef _LP64 | |
53 const int LogBytesPerWord = 3; | |
54 #else | |
55 const int LogBytesPerWord = 2; | |
56 #endif | |
57 const int LogBytesPerLong = 3; | |
58 | |
59 const int BytesPerShort = 1 << LogBytesPerShort; | |
60 const int BytesPerInt = 1 << LogBytesPerInt; | |
61 const int BytesPerWord = 1 << LogBytesPerWord; | |
62 const int BytesPerLong = 1 << LogBytesPerLong; | |
63 | |
64 const int LogBitsPerByte = 3; | |
65 const int LogBitsPerShort = LogBitsPerByte + LogBytesPerShort; | |
66 const int LogBitsPerInt = LogBitsPerByte + LogBytesPerInt; | |
67 const int LogBitsPerWord = LogBitsPerByte + LogBytesPerWord; | |
68 const int LogBitsPerLong = LogBitsPerByte + LogBytesPerLong; | |
69 | |
70 const int BitsPerByte = 1 << LogBitsPerByte; | |
71 const int BitsPerShort = 1 << LogBitsPerShort; | |
72 const int BitsPerInt = 1 << LogBitsPerInt; | |
73 const int BitsPerWord = 1 << LogBitsPerWord; | |
74 const int BitsPerLong = 1 << LogBitsPerLong; | |
75 | |
76 const int WordAlignmentMask = (1 << LogBytesPerWord) - 1; | |
77 const int LongAlignmentMask = (1 << LogBytesPerLong) - 1; | |
78 | |
79 const int WordsPerLong = 2; // Number of stack entries for longs | |
80 | |
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81 const int oopSize = sizeof(char*); // Full-width oop |
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82 extern int heapOopSize; // Oop within a java object |
0 | 83 const int wordSize = sizeof(char*); |
84 const int longSize = sizeof(jlong); | |
85 const int jintSize = sizeof(jint); | |
86 const int size_tSize = sizeof(size_t); | |
87 | |
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88 const int BytesPerOop = BytesPerWord; // Full-width oop |
0 | 89 |
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90 extern int LogBytesPerHeapOop; // Oop within a java object |
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91 extern int LogBitsPerHeapOop; |
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92 extern int BytesPerHeapOop; |
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93 extern int BitsPerHeapOop; |
0 | 94 |
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95 // Oop encoding heap max |
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96 extern uint64_t OopEncodingHeapMax; |
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97 |
0 | 98 const int BitsPerJavaInteger = 32; |
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99 const int BitsPerJavaLong = 64; |
0 | 100 const int BitsPerSize_t = size_tSize * BitsPerByte; |
101 | |
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102 // Size of a char[] needed to represent a jint as a string in decimal. |
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103 const int jintAsStringSize = 12; |
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104 |
0 | 105 // In fact this should be |
106 // log2_intptr(sizeof(class JavaThread)) - log2_intptr(64); | |
107 // see os::set_memory_serialize_page() | |
108 #ifdef _LP64 | |
109 const int SerializePageShiftCount = 4; | |
110 #else | |
111 const int SerializePageShiftCount = 3; | |
112 #endif | |
113 | |
114 // An opaque struct of heap-word width, so that HeapWord* can be a generic | |
115 // pointer into the heap. We require that object sizes be measured in | |
116 // units of heap words, so that that | |
117 // HeapWord* hw; | |
118 // hw += oop(hw)->foo(); | |
119 // works, where foo is a method (like size or scavenge) that returns the | |
120 // object size. | |
121 class HeapWord { | |
122 friend class VMStructs; | |
263
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123 private: |
0 | 124 char* i; |
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125 #ifndef PRODUCT |
263
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126 public: |
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127 char* value() { return i; } |
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128 #endif |
0 | 129 }; |
130 | |
131 // HeapWordSize must be 2^LogHeapWordSize. | |
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132 const int HeapWordSize = sizeof(HeapWord); |
0 | 133 #ifdef _LP64 |
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134 const int LogHeapWordSize = 3; |
0 | 135 #else |
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136 const int LogHeapWordSize = 2; |
0 | 137 #endif |
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138 const int HeapWordsPerLong = BytesPerLong / HeapWordSize; |
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139 const int LogHeapWordsPerLong = LogBytesPerLong - LogHeapWordSize; |
0 | 140 |
141 // The larger HeapWordSize for 64bit requires larger heaps | |
142 // for the same application running in 64bit. See bug 4967770. | |
143 // The minimum alignment to a heap word size is done. Other | |
144 // parts of the memory system may required additional alignment | |
145 // and are responsible for those alignments. | |
146 #ifdef _LP64 | |
147 #define ScaleForWordSize(x) align_size_down_((x) * 13 / 10, HeapWordSize) | |
148 #else | |
149 #define ScaleForWordSize(x) (x) | |
150 #endif | |
151 | |
152 // The minimum number of native machine words necessary to contain "byte_size" | |
153 // bytes. | |
154 inline size_t heap_word_size(size_t byte_size) { | |
155 return (byte_size + (HeapWordSize-1)) >> LogHeapWordSize; | |
156 } | |
157 | |
158 | |
159 const size_t K = 1024; | |
160 const size_t M = K*K; | |
161 const size_t G = M*K; | |
162 const size_t HWperKB = K / sizeof(HeapWord); | |
163 | |
164 const jint min_jint = (jint)1 << (sizeof(jint)*BitsPerByte-1); // 0x80000000 == smallest jint | |
165 const jint max_jint = (juint)min_jint - 1; // 0x7FFFFFFF == largest jint | |
166 | |
167 // Constants for converting from a base unit to milli-base units. For | |
168 // example from seconds to milliseconds and microseconds | |
169 | |
170 const int MILLIUNITS = 1000; // milli units per base unit | |
171 const int MICROUNITS = 1000000; // micro units per base unit | |
172 const int NANOUNITS = 1000000000; // nano units per base unit | |
173 | |
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174 const jlong NANOSECS_PER_SEC = CONST64(1000000000); |
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175 const jint NANOSECS_PER_MILLISEC = 1000000; |
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176 |
0 | 177 inline const char* proper_unit_for_byte_size(size_t s) { |
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178 #ifdef _LP64 |
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179 if (s >= 10*G) { |
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180 return "G"; |
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181 } |
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182 #endif |
0 | 183 if (s >= 10*M) { |
184 return "M"; | |
185 } else if (s >= 10*K) { | |
186 return "K"; | |
187 } else { | |
188 return "B"; | |
189 } | |
190 } | |
191 | |
6059 | 192 template <class T> |
193 inline T byte_size_in_proper_unit(T s) { | |
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194 #ifdef _LP64 |
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195 if (s >= 10*G) { |
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196 return (T)(s/G); |
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197 } |
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198 #endif |
0 | 199 if (s >= 10*M) { |
6059 | 200 return (T)(s/M); |
0 | 201 } else if (s >= 10*K) { |
6059 | 202 return (T)(s/K); |
0 | 203 } else { |
204 return s; | |
205 } | |
206 } | |
207 | |
208 //---------------------------------------------------------------------------------------------------- | |
209 // VM type definitions | |
210 | |
211 // intx and uintx are the 'extended' int and 'extended' unsigned int types; | |
212 // they are 32bit wide on a 32-bit platform, and 64bit wide on a 64bit platform. | |
213 | |
214 typedef intptr_t intx; | |
215 typedef uintptr_t uintx; | |
216 | |
217 const intx min_intx = (intx)1 << (sizeof(intx)*BitsPerByte-1); | |
218 const intx max_intx = (uintx)min_intx - 1; | |
219 const uintx max_uintx = (uintx)-1; | |
220 | |
221 // Table of values: | |
222 // sizeof intx 4 8 | |
223 // min_intx 0x80000000 0x8000000000000000 | |
224 // max_intx 0x7FFFFFFF 0x7FFFFFFFFFFFFFFF | |
225 // max_uintx 0xFFFFFFFF 0xFFFFFFFFFFFFFFFF | |
226 | |
227 typedef unsigned int uint; NEEDS_CLEANUP | |
228 | |
229 | |
230 //---------------------------------------------------------------------------------------------------- | |
231 // Java type definitions | |
232 | |
233 // All kinds of 'plain' byte addresses | |
234 typedef signed char s_char; | |
235 typedef unsigned char u_char; | |
236 typedef u_char* address; | |
237 typedef uintptr_t address_word; // unsigned integer which will hold a pointer | |
238 // except for some implementations of a C++ | |
239 // linkage pointer to function. Should never | |
240 // need one of those to be placed in this | |
241 // type anyway. | |
242 | |
243 // Utility functions to "portably" (?) bit twiddle pointers | |
244 // Where portable means keep ANSI C++ compilers quiet | |
245 | |
246 inline address set_address_bits(address x, int m) { return address(intptr_t(x) | m); } | |
247 inline address clear_address_bits(address x, int m) { return address(intptr_t(x) & ~m); } | |
248 | |
249 // Utility functions to "portably" make cast to/from function pointers. | |
250 | |
251 inline address_word mask_address_bits(address x, int m) { return address_word(x) & m; } | |
252 inline address_word castable_address(address x) { return address_word(x) ; } | |
253 inline address_word castable_address(void* x) { return address_word(x) ; } | |
254 | |
255 // Pointer subtraction. | |
256 // The idea here is to avoid ptrdiff_t, which is signed and so doesn't have | |
257 // the range we might need to find differences from one end of the heap | |
258 // to the other. | |
259 // A typical use might be: | |
260 // if (pointer_delta(end(), top()) >= size) { | |
261 // // enough room for an object of size | |
262 // ... | |
263 // and then additions like | |
264 // ... top() + size ... | |
265 // are safe because we know that top() is at least size below end(). | |
266 inline size_t pointer_delta(const void* left, | |
267 const void* right, | |
268 size_t element_size) { | |
269 return (((uintptr_t) left) - ((uintptr_t) right)) / element_size; | |
270 } | |
271 // A version specialized for HeapWord*'s. | |
272 inline size_t pointer_delta(const HeapWord* left, const HeapWord* right) { | |
273 return pointer_delta(left, right, sizeof(HeapWord)); | |
274 } | |
275 | |
276 // | |
277 // ANSI C++ does not allow casting from one pointer type to a function pointer | |
278 // directly without at best a warning. This macro accomplishes it silently | |
279 // In every case that is present at this point the value be cast is a pointer | |
280 // to a C linkage function. In somecase the type used for the cast reflects | |
281 // that linkage and a picky compiler would not complain. In other cases because | |
282 // there is no convenient place to place a typedef with extern C linkage (i.e | |
283 // a platform dependent header file) it doesn't. At this point no compiler seems | |
284 // picky enough to catch these instances (which are few). It is possible that | |
285 // using templates could fix these for all cases. This use of templates is likely | |
286 // so far from the middle of the road that it is likely to be problematic in | |
287 // many C++ compilers. | |
288 // | |
289 #define CAST_TO_FN_PTR(func_type, value) ((func_type)(castable_address(value))) | |
290 #define CAST_FROM_FN_PTR(new_type, func_ptr) ((new_type)((address_word)(func_ptr))) | |
291 | |
292 // Unsigned byte types for os and stream.hpp | |
293 | |
294 // Unsigned one, two, four and eigth byte quantities used for describing | |
295 // the .class file format. See JVM book chapter 4. | |
296 | |
297 typedef jubyte u1; | |
298 typedef jushort u2; | |
299 typedef juint u4; | |
300 typedef julong u8; | |
301 | |
302 const jubyte max_jubyte = (jubyte)-1; // 0xFF largest jubyte | |
303 const jushort max_jushort = (jushort)-1; // 0xFFFF largest jushort | |
304 const juint max_juint = (juint)-1; // 0xFFFFFFFF largest juint | |
305 const julong max_julong = (julong)-1; // 0xFF....FF largest julong | |
306 | |
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307 typedef jbyte s1; |
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308 typedef jshort s2; |
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309 typedef jint s4; |
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310 typedef jlong s8; |
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311 |
0 | 312 //---------------------------------------------------------------------------------------------------- |
313 // JVM spec restrictions | |
314 | |
315 const int max_method_code_size = 64*K - 1; // JVM spec, 2nd ed. section 4.8.1 (p.134) | |
316 | |
317 | |
318 //---------------------------------------------------------------------------------------------------- | |
319 // HotSwap - for JVMTI aka Class File Replacement and PopFrame | |
320 // | |
321 // Determines whether on-the-fly class replacement and frame popping are enabled. | |
322 | |
323 #define HOTSWAP | |
324 | |
325 //---------------------------------------------------------------------------------------------------- | |
326 // Object alignment, in units of HeapWords. | |
327 // | |
328 // Minimum is max(BytesPerLong, BytesPerDouble, BytesPerOop) / HeapWordSize, so jlong, jdouble and | |
329 // reference fields can be naturally aligned. | |
330 | |
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331 extern int MinObjAlignment; |
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332 extern int MinObjAlignmentInBytes; |
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333 extern int MinObjAlignmentInBytesMask; |
0 | 334 |
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335 extern int LogMinObjAlignment; |
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336 extern int LogMinObjAlignmentInBytes; |
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337 |
0 | 338 // Machine dependent stuff |
339 | |
1972 | 340 #ifdef TARGET_ARCH_x86 |
341 # include "globalDefinitions_x86.hpp" | |
342 #endif | |
343 #ifdef TARGET_ARCH_sparc | |
344 # include "globalDefinitions_sparc.hpp" | |
345 #endif | |
346 #ifdef TARGET_ARCH_zero | |
347 # include "globalDefinitions_zero.hpp" | |
348 #endif | |
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349 #ifdef TARGET_ARCH_arm |
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350 # include "globalDefinitions_arm.hpp" |
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351 #endif |
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352 #ifdef TARGET_ARCH_ppc |
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353 # include "globalDefinitions_ppc.hpp" |
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354 #endif |
1972 | 355 |
0 | 356 |
357 // The byte alignment to be used by Arena::Amalloc. See bugid 4169348. | |
358 // Note: this value must be a power of 2 | |
359 | |
360 #define ARENA_AMALLOC_ALIGNMENT (2*BytesPerWord) | |
361 | |
362 // Signed variants of alignment helpers. There are two versions of each, a macro | |
363 // for use in places like enum definitions that require compile-time constant | |
364 // expressions and a function for all other places so as to get type checking. | |
365 | |
366 #define align_size_up_(size, alignment) (((size) + ((alignment) - 1)) & ~((alignment) - 1)) | |
367 | |
368 inline intptr_t align_size_up(intptr_t size, intptr_t alignment) { | |
369 return align_size_up_(size, alignment); | |
370 } | |
371 | |
372 #define align_size_down_(size, alignment) ((size) & ~((alignment) - 1)) | |
373 | |
374 inline intptr_t align_size_down(intptr_t size, intptr_t alignment) { | |
375 return align_size_down_(size, alignment); | |
376 } | |
377 | |
378 // Align objects by rounding up their size, in HeapWord units. | |
379 | |
380 #define align_object_size_(size) align_size_up_(size, MinObjAlignment) | |
381 | |
382 inline intptr_t align_object_size(intptr_t size) { | |
383 return align_size_up(size, MinObjAlignment); | |
384 } | |
385 | |
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386 inline bool is_object_aligned(intptr_t addr) { |
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387 return addr == align_object_size(addr); |
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388 } |
0 | 389 |
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390 // Pad out certain offsets to jlong alignment, in HeapWord units. |
0 | 391 |
392 inline intptr_t align_object_offset(intptr_t offset) { | |
393 return align_size_up(offset, HeapWordsPerLong); | |
394 } | |
395 | |
1665 | 396 // The expected size in bytes of a cache line, used to pad data structures. |
397 #define DEFAULT_CACHE_LINE_SIZE 64 | |
398 | |
399 // Bytes needed to pad type to avoid cache-line sharing; alignment should be the | |
400 // expected cache line size (a power of two). The first addend avoids sharing | |
401 // when the start address is not a multiple of alignment; the second maintains | |
402 // alignment of starting addresses that happen to be a multiple. | |
403 #define PADDING_SIZE(type, alignment) \ | |
404 ((alignment) + align_size_up_(sizeof(type), alignment)) | |
405 | |
406 // Templates to create a subclass padded to avoid cache line sharing. These are | |
407 // effective only when applied to derived-most (leaf) classes. | |
408 | |
409 // When no args are passed to the base ctor. | |
410 template <class T, size_t alignment = DEFAULT_CACHE_LINE_SIZE> | |
411 class Padded: public T { | |
412 private: | |
413 char _pad_buf_[PADDING_SIZE(T, alignment)]; | |
414 }; | |
415 | |
416 // When either 0 or 1 args may be passed to the base ctor. | |
417 template <class T, typename Arg1T, size_t alignment = DEFAULT_CACHE_LINE_SIZE> | |
418 class Padded01: public T { | |
419 public: | |
420 Padded01(): T() { } | |
421 Padded01(Arg1T arg1): T(arg1) { } | |
422 private: | |
423 char _pad_buf_[PADDING_SIZE(T, alignment)]; | |
424 }; | |
0 | 425 |
426 //---------------------------------------------------------------------------------------------------- | |
427 // Utility macros for compilers | |
428 // used to silence compiler warnings | |
429 | |
430 #define Unused_Variable(var) var | |
431 | |
432 | |
433 //---------------------------------------------------------------------------------------------------- | |
434 // Miscellaneous | |
435 | |
436 // 6302670 Eliminate Hotspot __fabsf dependency | |
437 // All fabs() callers should call this function instead, which will implicitly | |
438 // convert the operand to double, avoiding a dependency on __fabsf which | |
439 // doesn't exist in early versions of Solaris 8. | |
440 inline double fabsd(double value) { | |
441 return fabs(value); | |
442 } | |
443 | |
444 inline jint low (jlong value) { return jint(value); } | |
445 inline jint high(jlong value) { return jint(value >> 32); } | |
446 | |
447 // the fancy casts are a hopefully portable way | |
448 // to do unsigned 32 to 64 bit type conversion | |
449 inline void set_low (jlong* value, jint low ) { *value &= (jlong)0xffffffff << 32; | |
450 *value |= (jlong)(julong)(juint)low; } | |
451 | |
452 inline void set_high(jlong* value, jint high) { *value &= (jlong)(julong)(juint)0xffffffff; | |
453 *value |= (jlong)high << 32; } | |
454 | |
455 inline jlong jlong_from(jint h, jint l) { | |
456 jlong result = 0; // initialization to avoid warning | |
457 set_high(&result, h); | |
458 set_low(&result, l); | |
459 return result; | |
460 } | |
461 | |
462 union jlong_accessor { | |
463 jint words[2]; | |
464 jlong long_value; | |
465 }; | |
466 | |
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467 void basic_types_init(); // cannot define here; uses assert |
0 | 468 |
469 | |
470 // NOTE: replicated in SA in vm/agent/sun/jvm/hotspot/runtime/BasicType.java | |
471 enum BasicType { | |
472 T_BOOLEAN = 4, | |
473 T_CHAR = 5, | |
474 T_FLOAT = 6, | |
475 T_DOUBLE = 7, | |
476 T_BYTE = 8, | |
477 T_SHORT = 9, | |
478 T_INT = 10, | |
479 T_LONG = 11, | |
480 T_OBJECT = 12, | |
481 T_ARRAY = 13, | |
482 T_VOID = 14, | |
483 T_ADDRESS = 15, | |
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484 T_NARROWOOP= 16, |
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485 T_CONFLICT = 17, // for stack value type with conflicting contents |
0 | 486 T_ILLEGAL = 99 |
487 }; | |
488 | |
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489 inline bool is_java_primitive(BasicType t) { |
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490 return T_BOOLEAN <= t && t <= T_LONG; |
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491 } |
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492 |
710 | 493 inline bool is_subword_type(BasicType t) { |
494 // these guys are processed exactly like T_INT in calling sequences: | |
495 return (t == T_BOOLEAN || t == T_CHAR || t == T_BYTE || t == T_SHORT); | |
496 } | |
497 | |
498 inline bool is_signed_subword_type(BasicType t) { | |
499 return (t == T_BYTE || t == T_SHORT); | |
500 } | |
501 | |
0 | 502 // Convert a char from a classfile signature to a BasicType |
503 inline BasicType char2type(char c) { | |
504 switch( c ) { | |
505 case 'B': return T_BYTE; | |
506 case 'C': return T_CHAR; | |
507 case 'D': return T_DOUBLE; | |
508 case 'F': return T_FLOAT; | |
509 case 'I': return T_INT; | |
510 case 'J': return T_LONG; | |
511 case 'S': return T_SHORT; | |
512 case 'Z': return T_BOOLEAN; | |
513 case 'V': return T_VOID; | |
514 case 'L': return T_OBJECT; | |
515 case '[': return T_ARRAY; | |
516 } | |
517 return T_ILLEGAL; | |
518 } | |
519 | |
520 extern char type2char_tab[T_CONFLICT+1]; // Map a BasicType to a jchar | |
521 inline char type2char(BasicType t) { return (uint)t < T_CONFLICT+1 ? type2char_tab[t] : 0; } | |
522 extern int type2size[T_CONFLICT+1]; // Map BasicType to result stack elements | |
523 extern const char* type2name_tab[T_CONFLICT+1]; // Map a BasicType to a jchar | |
524 inline const char* type2name(BasicType t) { return (uint)t < T_CONFLICT+1 ? type2name_tab[t] : NULL; } | |
525 extern BasicType name2type(const char* name); | |
526 | |
527 // Auxilary math routines | |
528 // least common multiple | |
529 extern size_t lcm(size_t a, size_t b); | |
530 | |
531 | |
532 // NOTE: replicated in SA in vm/agent/sun/jvm/hotspot/runtime/BasicType.java | |
533 enum BasicTypeSize { | |
534 T_BOOLEAN_size = 1, | |
535 T_CHAR_size = 1, | |
536 T_FLOAT_size = 1, | |
537 T_DOUBLE_size = 2, | |
538 T_BYTE_size = 1, | |
539 T_SHORT_size = 1, | |
540 T_INT_size = 1, | |
541 T_LONG_size = 2, | |
542 T_OBJECT_size = 1, | |
543 T_ARRAY_size = 1, | |
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544 T_NARROWOOP_size = 1, |
0 | 545 T_VOID_size = 0 |
546 }; | |
547 | |
548 | |
549 // maps a BasicType to its instance field storage type: | |
550 // all sub-word integral types are widened to T_INT | |
551 extern BasicType type2field[T_CONFLICT+1]; | |
552 extern BasicType type2wfield[T_CONFLICT+1]; | |
553 | |
554 | |
555 // size in bytes | |
556 enum ArrayElementSize { | |
557 T_BOOLEAN_aelem_bytes = 1, | |
558 T_CHAR_aelem_bytes = 2, | |
559 T_FLOAT_aelem_bytes = 4, | |
560 T_DOUBLE_aelem_bytes = 8, | |
561 T_BYTE_aelem_bytes = 1, | |
562 T_SHORT_aelem_bytes = 2, | |
563 T_INT_aelem_bytes = 4, | |
564 T_LONG_aelem_bytes = 8, | |
565 #ifdef _LP64 | |
566 T_OBJECT_aelem_bytes = 8, | |
567 T_ARRAY_aelem_bytes = 8, | |
568 #else | |
569 T_OBJECT_aelem_bytes = 4, | |
570 T_ARRAY_aelem_bytes = 4, | |
571 #endif | |
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572 T_NARROWOOP_aelem_bytes = 4, |
0 | 573 T_VOID_aelem_bytes = 0 |
574 }; | |
575 | |
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576 extern int _type2aelembytes[T_CONFLICT+1]; // maps a BasicType to nof bytes used by its array element |
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577 #ifdef ASSERT |
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578 extern int type2aelembytes(BasicType t, bool allow_address = false); // asserts |
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579 #else |
1763 | 580 inline int type2aelembytes(BasicType t, bool allow_address = false) { return _type2aelembytes[t]; } |
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581 #endif |
0 | 582 |
583 | |
584 // JavaValue serves as a container for arbitrary Java values. | |
585 | |
586 class JavaValue { | |
587 | |
588 public: | |
589 typedef union JavaCallValue { | |
590 jfloat f; | |
591 jdouble d; | |
592 jint i; | |
593 jlong l; | |
594 jobject h; | |
595 } JavaCallValue; | |
596 | |
597 private: | |
598 BasicType _type; | |
599 JavaCallValue _value; | |
600 | |
601 public: | |
602 JavaValue(BasicType t = T_ILLEGAL) { _type = t; } | |
603 | |
604 JavaValue(jfloat value) { | |
605 _type = T_FLOAT; | |
606 _value.f = value; | |
607 } | |
608 | |
609 JavaValue(jdouble value) { | |
610 _type = T_DOUBLE; | |
611 _value.d = value; | |
612 } | |
613 | |
614 jfloat get_jfloat() const { return _value.f; } | |
615 jdouble get_jdouble() const { return _value.d; } | |
616 jint get_jint() const { return _value.i; } | |
617 jlong get_jlong() const { return _value.l; } | |
618 jobject get_jobject() const { return _value.h; } | |
619 JavaCallValue* get_value_addr() { return &_value; } | |
620 BasicType get_type() const { return _type; } | |
621 | |
622 void set_jfloat(jfloat f) { _value.f = f;} | |
623 void set_jdouble(jdouble d) { _value.d = d;} | |
624 void set_jint(jint i) { _value.i = i;} | |
625 void set_jlong(jlong l) { _value.l = l;} | |
626 void set_jobject(jobject h) { _value.h = h;} | |
627 void set_type(BasicType t) { _type = t; } | |
628 | |
629 jboolean get_jboolean() const { return (jboolean) (_value.i);} | |
630 jbyte get_jbyte() const { return (jbyte) (_value.i);} | |
631 jchar get_jchar() const { return (jchar) (_value.i);} | |
632 jshort get_jshort() const { return (jshort) (_value.i);} | |
633 | |
634 }; | |
635 | |
636 | |
637 #define STACK_BIAS 0 | |
638 // V9 Sparc CPU's running in 64 Bit mode use a stack bias of 7ff | |
639 // in order to extend the reach of the stack pointer. | |
640 #if defined(SPARC) && defined(_LP64) | |
641 #undef STACK_BIAS | |
642 #define STACK_BIAS 0x7ff | |
643 #endif | |
644 | |
645 | |
646 // TosState describes the top-of-stack state before and after the execution of | |
647 // a bytecode or method. The top-of-stack value may be cached in one or more CPU | |
648 // registers. The TosState corresponds to the 'machine represention' of this cached | |
649 // value. There's 4 states corresponding to the JAVA types int, long, float & double | |
650 // as well as a 5th state in case the top-of-stack value is actually on the top | |
651 // of stack (in memory) and thus not cached. The atos state corresponds to the itos | |
652 // state when it comes to machine representation but is used separately for (oop) | |
653 // type specific operations (e.g. verification code). | |
654 | |
655 enum TosState { // describes the tos cache contents | |
656 btos = 0, // byte, bool tos cached | |
726
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657 ctos = 1, // char tos cached |
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658 stos = 2, // short tos cached |
0 | 659 itos = 3, // int tos cached |
660 ltos = 4, // long tos cached | |
661 ftos = 5, // float tos cached | |
662 dtos = 6, // double tos cached | |
663 atos = 7, // object cached | |
664 vtos = 8, // tos not cached | |
665 number_of_states, | |
666 ilgl // illegal state: should not occur | |
667 }; | |
668 | |
669 | |
670 inline TosState as_TosState(BasicType type) { | |
671 switch (type) { | |
672 case T_BYTE : return btos; | |
726
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673 case T_BOOLEAN: return btos; // FIXME: Add ztos |
0 | 674 case T_CHAR : return ctos; |
675 case T_SHORT : return stos; | |
676 case T_INT : return itos; | |
677 case T_LONG : return ltos; | |
678 case T_FLOAT : return ftos; | |
679 case T_DOUBLE : return dtos; | |
680 case T_VOID : return vtos; | |
681 case T_ARRAY : // fall through | |
682 case T_OBJECT : return atos; | |
683 } | |
684 return ilgl; | |
685 } | |
686 | |
726
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687 inline BasicType as_BasicType(TosState state) { |
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688 switch (state) { |
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689 //case ztos: return T_BOOLEAN;//FIXME |
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690 case btos : return T_BYTE; |
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691 case ctos : return T_CHAR; |
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692 case stos : return T_SHORT; |
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693 case itos : return T_INT; |
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694 case ltos : return T_LONG; |
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695 case ftos : return T_FLOAT; |
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696 case dtos : return T_DOUBLE; |
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697 case atos : return T_OBJECT; |
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698 case vtos : return T_VOID; |
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699 } |
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700 return T_ILLEGAL; |
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701 } |
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702 |
0 | 703 |
704 // Helper function to convert BasicType info into TosState | |
705 // Note: Cannot define here as it uses global constant at the time being. | |
706 TosState as_TosState(BasicType type); | |
707 | |
708 | |
709 // ReferenceType is used to distinguish between java/lang/ref/Reference subclasses | |
710 | |
711 enum ReferenceType { | |
712 REF_NONE, // Regular class | |
713 REF_OTHER, // Subclass of java/lang/ref/Reference, but not subclass of one of the classes below | |
714 REF_SOFT, // Subclass of java/lang/ref/SoftReference | |
715 REF_WEAK, // Subclass of java/lang/ref/WeakReference | |
716 REF_FINAL, // Subclass of java/lang/ref/FinalReference | |
717 REF_PHANTOM // Subclass of java/lang/ref/PhantomReference | |
718 }; | |
719 | |
720 | |
721 // JavaThreadState keeps track of which part of the code a thread is executing in. This | |
722 // information is needed by the safepoint code. | |
723 // | |
724 // There are 4 essential states: | |
725 // | |
726 // _thread_new : Just started, but not executed init. code yet (most likely still in OS init code) | |
727 // _thread_in_native : In native code. This is a safepoint region, since all oops will be in jobject handles | |
728 // _thread_in_vm : Executing in the vm | |
729 // _thread_in_Java : Executing either interpreted or compiled Java code (or could be in a stub) | |
730 // | |
731 // Each state has an associated xxxx_trans state, which is an intermediate state used when a thread is in | |
732 // a transition from one state to another. These extra states makes it possible for the safepoint code to | |
733 // handle certain thread_states without having to suspend the thread - making the safepoint code faster. | |
734 // | |
735 // Given a state, the xxx_trans state can always be found by adding 1. | |
736 // | |
737 enum JavaThreadState { | |
738 _thread_uninitialized = 0, // should never happen (missing initialization) | |
739 _thread_new = 2, // just starting up, i.e., in process of being initialized | |
740 _thread_new_trans = 3, // corresponding transition state (not used, included for completness) | |
741 _thread_in_native = 4, // running in native code | |
742 _thread_in_native_trans = 5, // corresponding transition state | |
743 _thread_in_vm = 6, // running in VM | |
744 _thread_in_vm_trans = 7, // corresponding transition state | |
745 _thread_in_Java = 8, // running in Java or in stub code | |
746 _thread_in_Java_trans = 9, // corresponding transition state (not used, included for completness) | |
747 _thread_blocked = 10, // blocked in vm | |
748 _thread_blocked_trans = 11, // corresponding transition state | |
749 _thread_max_state = 12 // maximum thread state+1 - used for statistics allocation | |
750 }; | |
751 | |
752 | |
753 // Handy constants for deciding which compiler mode to use. | |
754 enum MethodCompilation { | |
755 InvocationEntryBci = -1, // i.e., not a on-stack replacement compilation | |
756 InvalidOSREntryBci = -2 | |
757 }; | |
758 | |
759 // Enumeration to distinguish tiers of compilation | |
760 enum CompLevel { | |
1783 | 761 CompLevel_any = -1, |
762 CompLevel_all = -1, | |
763 CompLevel_none = 0, // Interpreter | |
764 CompLevel_simple = 1, // C1 | |
765 CompLevel_limited_profile = 2, // C1, invocation & backedge counters | |
766 CompLevel_full_profile = 3, // C1, invocation & backedge counters + mdo | |
2447 | 767 CompLevel_full_optimization = 4, // C2 or Shark |
0 | 768 |
2447 | 769 #if defined(COMPILER2) || defined(SHARK) |
1783 | 770 CompLevel_highest_tier = CompLevel_full_optimization, // pure C2 and tiered |
771 #elif defined(COMPILER1) | |
772 CompLevel_highest_tier = CompLevel_simple, // pure C1 | |
0 | 773 #else |
1783 | 774 CompLevel_highest_tier = CompLevel_none, |
775 #endif | |
776 | |
777 #if defined(TIERED) | |
778 CompLevel_initial_compile = CompLevel_full_profile // tiered | |
779 #elif defined(COMPILER1) | |
780 CompLevel_initial_compile = CompLevel_simple // pure C1 | |
2447 | 781 #elif defined(COMPILER2) || defined(SHARK) |
1783 | 782 CompLevel_initial_compile = CompLevel_full_optimization // pure C2 |
783 #else | |
784 CompLevel_initial_compile = CompLevel_none | |
785 #endif | |
0 | 786 }; |
787 | |
1783 | 788 inline bool is_c1_compile(int comp_level) { |
789 return comp_level > CompLevel_none && comp_level < CompLevel_full_optimization; | |
0 | 790 } |
1783 | 791 |
792 inline bool is_c2_compile(int comp_level) { | |
0 | 793 return comp_level == CompLevel_full_optimization; |
794 } | |
1783 | 795 |
0 | 796 inline bool is_highest_tier_compile(int comp_level) { |
797 return comp_level == CompLevel_highest_tier; | |
798 } | |
799 | |
800 //---------------------------------------------------------------------------------------------------- | |
801 // 'Forward' declarations of frequently used classes | |
802 // (in order to reduce interface dependencies & reduce | |
803 // number of unnecessary compilations after changes) | |
804 | |
805 class symbolTable; | |
806 class ClassFileStream; | |
807 | |
808 class Event; | |
809 | |
810 class Thread; | |
811 class VMThread; | |
812 class JavaThread; | |
813 class Threads; | |
814 | |
815 class VM_Operation; | |
816 class VMOperationQueue; | |
817 | |
818 class CodeBlob; | |
819 class nmethod; | |
820 class OSRAdapter; | |
821 class I2CAdapter; | |
822 class C2IAdapter; | |
823 class CompiledIC; | |
824 class relocInfo; | |
825 class ScopeDesc; | |
826 class PcDesc; | |
827 | |
828 class Recompiler; | |
829 class Recompilee; | |
830 class RecompilationPolicy; | |
831 class RFrame; | |
832 class CompiledRFrame; | |
833 class InterpretedRFrame; | |
834 | |
835 class frame; | |
836 | |
837 class vframe; | |
838 class javaVFrame; | |
839 class interpretedVFrame; | |
840 class compiledVFrame; | |
841 class deoptimizedVFrame; | |
842 class externalVFrame; | |
843 class entryVFrame; | |
844 | |
845 class RegisterMap; | |
846 | |
847 class Mutex; | |
848 class Monitor; | |
849 class BasicLock; | |
850 class BasicObjectLock; | |
851 | |
852 class PeriodicTask; | |
853 | |
854 class JavaCallWrapper; | |
855 | |
856 class oopDesc; | |
857 | |
858 class NativeCall; | |
859 | |
860 class zone; | |
861 | |
862 class StubQueue; | |
863 | |
864 class outputStream; | |
865 | |
866 class ResourceArea; | |
867 | |
868 class DebugInformationRecorder; | |
869 class ScopeValue; | |
870 class CompressedStream; | |
871 class DebugInfoReadStream; | |
872 class DebugInfoWriteStream; | |
873 class LocationValue; | |
874 class ConstantValue; | |
875 class IllegalValue; | |
876 | |
877 class PrivilegedElement; | |
878 class MonitorArray; | |
879 | |
880 class MonitorInfo; | |
881 | |
882 class OffsetClosure; | |
883 class OopMapCache; | |
884 class InterpreterOopMap; | |
885 class OopMapCacheEntry; | |
886 class OSThread; | |
887 | |
888 typedef int (*OSThreadStartFunc)(void*); | |
889 | |
890 class Space; | |
891 | |
892 class JavaValue; | |
893 class methodHandle; | |
894 class JavaCallArguments; | |
895 | |
896 // Basic support for errors (general debug facilities not defined at this point fo the include phase) | |
897 | |
898 extern void basic_fatal(const char* msg); | |
899 | |
900 | |
901 //---------------------------------------------------------------------------------------------------- | |
902 // Special constants for debugging | |
903 | |
904 const jint badInt = -3; // generic "bad int" value | |
905 const long badAddressVal = -2; // generic "bad address" value | |
906 const long badOopVal = -1; // generic "bad oop" value | |
907 const intptr_t badHeapOopVal = (intptr_t) CONST64(0x2BAD4B0BBAADBABE); // value used to zap heap after GC | |
908 const int badHandleValue = 0xBC; // value used to zap vm handle area | |
909 const int badResourceValue = 0xAB; // value used to zap resource area | |
910 const int freeBlockPad = 0xBA; // value used to pad freed blocks. | |
911 const int uninitBlockPad = 0xF1; // value used to zap newly malloc'd blocks. | |
912 const intptr_t badJNIHandleVal = (intptr_t) CONST64(0xFEFEFEFEFEFEFEFE); // value used to zap jni handle area | |
913 const juint badHeapWordVal = 0xBAADBABE; // value used to zap heap after GC | |
914 const int badCodeHeapNewVal= 0xCC; // value used to zap Code heap at allocation | |
915 const int badCodeHeapFreeVal = 0xDD; // value used to zap Code heap at deallocation | |
916 | |
917 | |
918 // (These must be implemented as #defines because C++ compilers are | |
919 // not obligated to inline non-integral constants!) | |
920 #define badAddress ((address)::badAddressVal) | |
921 #define badOop ((oop)::badOopVal) | |
922 #define badHeapWord (::badHeapWordVal) | |
923 #define badJNIHandle ((oop)::badJNIHandleVal) | |
924 | |
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925 // Default TaskQueue size is 16K (32-bit) or 128K (64-bit) |
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926 #define TASKQUEUE_SIZE (NOT_LP64(1<<14) LP64_ONLY(1<<17)) |
0 | 927 |
928 //---------------------------------------------------------------------------------------------------- | |
929 // Utility functions for bitfield manipulations | |
930 | |
931 const intptr_t AllBits = ~0; // all bits set in a word | |
932 const intptr_t NoBits = 0; // no bits set in a word | |
933 const jlong NoLongBits = 0; // no bits set in a long | |
934 const intptr_t OneBit = 1; // only right_most bit set in a word | |
935 | |
936 // get a word with the n.th or the right-most or left-most n bits set | |
937 // (note: #define used only so that they can be used in enum constant definitions) | |
938 #define nth_bit(n) (n >= BitsPerWord ? 0 : OneBit << (n)) | |
939 #define right_n_bits(n) (nth_bit(n) - 1) | |
940 #define left_n_bits(n) (right_n_bits(n) << (n >= BitsPerWord ? 0 : (BitsPerWord - n))) | |
941 | |
942 // bit-operations using a mask m | |
943 inline void set_bits (intptr_t& x, intptr_t m) { x |= m; } | |
944 inline void clear_bits (intptr_t& x, intptr_t m) { x &= ~m; } | |
945 inline intptr_t mask_bits (intptr_t x, intptr_t m) { return x & m; } | |
946 inline jlong mask_long_bits (jlong x, jlong m) { return x & m; } | |
947 inline bool mask_bits_are_true (intptr_t flags, intptr_t mask) { return (flags & mask) == mask; } | |
948 | |
949 // bit-operations using the n.th bit | |
950 inline void set_nth_bit(intptr_t& x, int n) { set_bits (x, nth_bit(n)); } | |
951 inline void clear_nth_bit(intptr_t& x, int n) { clear_bits(x, nth_bit(n)); } | |
952 inline bool is_set_nth_bit(intptr_t x, int n) { return mask_bits (x, nth_bit(n)) != NoBits; } | |
953 | |
954 // returns the bitfield of x starting at start_bit_no with length field_length (no sign-extension!) | |
955 inline intptr_t bitfield(intptr_t x, int start_bit_no, int field_length) { | |
956 return mask_bits(x >> start_bit_no, right_n_bits(field_length)); | |
957 } | |
958 | |
959 | |
960 //---------------------------------------------------------------------------------------------------- | |
961 // Utility functions for integers | |
962 | |
963 // Avoid use of global min/max macros which may cause unwanted double | |
964 // evaluation of arguments. | |
965 #ifdef max | |
966 #undef max | |
967 #endif | |
968 | |
969 #ifdef min | |
970 #undef min | |
971 #endif | |
972 | |
973 #define max(a,b) Do_not_use_max_use_MAX2_instead | |
974 #define min(a,b) Do_not_use_min_use_MIN2_instead | |
975 | |
976 // It is necessary to use templates here. Having normal overloaded | |
977 // functions does not work because it is necessary to provide both 32- | |
978 // and 64-bit overloaded functions, which does not work, and having | |
979 // explicitly-typed versions of these routines (i.e., MAX2I, MAX2L) | |
980 // will be even more error-prone than macros. | |
981 template<class T> inline T MAX2(T a, T b) { return (a > b) ? a : b; } | |
982 template<class T> inline T MIN2(T a, T b) { return (a < b) ? a : b; } | |
983 template<class T> inline T MAX3(T a, T b, T c) { return MAX2(MAX2(a, b), c); } | |
984 template<class T> inline T MIN3(T a, T b, T c) { return MIN2(MIN2(a, b), c); } | |
985 template<class T> inline T MAX4(T a, T b, T c, T d) { return MAX2(MAX3(a, b, c), d); } | |
986 template<class T> inline T MIN4(T a, T b, T c, T d) { return MIN2(MIN3(a, b, c), d); } | |
987 | |
988 template<class T> inline T ABS(T x) { return (x > 0) ? x : -x; } | |
989 | |
990 // true if x is a power of 2, false otherwise | |
991 inline bool is_power_of_2(intptr_t x) { | |
992 return ((x != NoBits) && (mask_bits(x, x - 1) == NoBits)); | |
993 } | |
994 | |
995 // long version of is_power_of_2 | |
996 inline bool is_power_of_2_long(jlong x) { | |
997 return ((x != NoLongBits) && (mask_long_bits(x, x - 1) == NoLongBits)); | |
998 } | |
999 | |
1000 //* largest i such that 2^i <= x | |
1001 // A negative value of 'x' will return '31' | |
1002 inline int log2_intptr(intptr_t x) { | |
1003 int i = -1; | |
1004 uintptr_t p = 1; | |
1005 while (p != 0 && p <= (uintptr_t)x) { | |
1006 // p = 2^(i+1) && p <= x (i.e., 2^(i+1) <= x) | |
1007 i++; p *= 2; | |
1008 } | |
1009 // p = 2^(i+1) && x < p (i.e., 2^i <= x < 2^(i+1)) | |
605 | 1010 // (if p = 0 then overflow occurred and i = 31) |
0 | 1011 return i; |
1012 } | |
1013 | |
1014 //* largest i such that 2^i <= x | |
1015 // A negative value of 'x' will return '63' | |
1016 inline int log2_long(jlong x) { | |
1017 int i = -1; | |
1018 julong p = 1; | |
1019 while (p != 0 && p <= (julong)x) { | |
1020 // p = 2^(i+1) && p <= x (i.e., 2^(i+1) <= x) | |
1021 i++; p *= 2; | |
1022 } | |
1023 // p = 2^(i+1) && x < p (i.e., 2^i <= x < 2^(i+1)) | |
605 | 1024 // (if p = 0 then overflow occurred and i = 63) |
0 | 1025 return i; |
1026 } | |
1027 | |
1028 //* the argument must be exactly a power of 2 | |
1029 inline int exact_log2(intptr_t x) { | |
1030 #ifdef ASSERT | |
1031 if (!is_power_of_2(x)) basic_fatal("x must be a power of 2"); | |
1032 #endif | |
1033 return log2_intptr(x); | |
1034 } | |
1035 | |
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1036 //* the argument must be exactly a power of 2 |
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1037 inline int exact_log2_long(jlong x) { |
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1038 #ifdef ASSERT |
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1039 if (!is_power_of_2_long(x)) basic_fatal("x must be a power of 2"); |
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1040 #endif |
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1041 return log2_long(x); |
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1042 } |
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1043 |
0 | 1044 |
1045 // returns integer round-up to the nearest multiple of s (s must be a power of two) | |
1046 inline intptr_t round_to(intptr_t x, uintx s) { | |
1047 #ifdef ASSERT | |
1048 if (!is_power_of_2(s)) basic_fatal("s must be a power of 2"); | |
1049 #endif | |
1050 const uintx m = s - 1; | |
1051 return mask_bits(x + m, ~m); | |
1052 } | |
1053 | |
1054 // returns integer round-down to the nearest multiple of s (s must be a power of two) | |
1055 inline intptr_t round_down(intptr_t x, uintx s) { | |
1056 #ifdef ASSERT | |
1057 if (!is_power_of_2(s)) basic_fatal("s must be a power of 2"); | |
1058 #endif | |
1059 const uintx m = s - 1; | |
1060 return mask_bits(x, ~m); | |
1061 } | |
1062 | |
1063 | |
1064 inline bool is_odd (intx x) { return x & 1; } | |
1065 inline bool is_even(intx x) { return !is_odd(x); } | |
1066 | |
1067 // "to" should be greater than "from." | |
1068 inline intx byte_size(void* from, void* to) { | |
1069 return (address)to - (address)from; | |
1070 } | |
1071 | |
1072 //---------------------------------------------------------------------------------------------------- | |
1073 // Avoid non-portable casts with these routines (DEPRECATED) | |
1074 | |
1075 // NOTE: USE Bytes class INSTEAD WHERE POSSIBLE | |
1076 // Bytes is optimized machine-specifically and may be much faster then the portable routines below. | |
1077 | |
1078 // Given sequence of four bytes, build into a 32-bit word | |
1079 // following the conventions used in class files. | |
1080 // On the 386, this could be realized with a simple address cast. | |
1081 // | |
1082 | |
1083 // This routine takes eight bytes: | |
1084 inline u8 build_u8_from( u1 c1, u1 c2, u1 c3, u1 c4, u1 c5, u1 c6, u1 c7, u1 c8 ) { | |
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1085 return (( u8(c1) << 56 ) & ( u8(0xff) << 56 )) |
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1086 | (( u8(c2) << 48 ) & ( u8(0xff) << 48 )) |
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1087 | (( u8(c3) << 40 ) & ( u8(0xff) << 40 )) |
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1088 | (( u8(c4) << 32 ) & ( u8(0xff) << 32 )) |
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1089 | (( u8(c5) << 24 ) & ( u8(0xff) << 24 )) |
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1090 | (( u8(c6) << 16 ) & ( u8(0xff) << 16 )) |
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1091 | (( u8(c7) << 8 ) & ( u8(0xff) << 8 )) |
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1092 | (( u8(c8) << 0 ) & ( u8(0xff) << 0 )); |
0 | 1093 } |
1094 | |
1095 // This routine takes four bytes: | |
1096 inline u4 build_u4_from( u1 c1, u1 c2, u1 c3, u1 c4 ) { | |
1789
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1097 return (( u4(c1) << 24 ) & 0xff000000) |
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1098 | (( u4(c2) << 16 ) & 0x00ff0000) |
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1099 | (( u4(c3) << 8 ) & 0x0000ff00) |
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1100 | (( u4(c4) << 0 ) & 0x000000ff); |
0 | 1101 } |
1102 | |
1103 // And this one works if the four bytes are contiguous in memory: | |
1104 inline u4 build_u4_from( u1* p ) { | |
1105 return build_u4_from( p[0], p[1], p[2], p[3] ); | |
1106 } | |
1107 | |
1108 // Ditto for two-byte ints: | |
1109 inline u2 build_u2_from( u1 c1, u1 c2 ) { | |
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1110 return u2((( u2(c1) << 8 ) & 0xff00) |
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1111 | (( u2(c2) << 0 ) & 0x00ff)); |
0 | 1112 } |
1113 | |
1114 // And this one works if the two bytes are contiguous in memory: | |
1115 inline u2 build_u2_from( u1* p ) { | |
1116 return build_u2_from( p[0], p[1] ); | |
1117 } | |
1118 | |
1119 // Ditto for floats: | |
1120 inline jfloat build_float_from( u1 c1, u1 c2, u1 c3, u1 c4 ) { | |
1121 u4 u = build_u4_from( c1, c2, c3, c4 ); | |
1122 return *(jfloat*)&u; | |
1123 } | |
1124 | |
1125 inline jfloat build_float_from( u1* p ) { | |
1126 u4 u = build_u4_from( p ); | |
1127 return *(jfloat*)&u; | |
1128 } | |
1129 | |
1130 | |
1131 // now (64-bit) longs | |
1132 | |
1133 inline jlong build_long_from( u1 c1, u1 c2, u1 c3, u1 c4, u1 c5, u1 c6, u1 c7, u1 c8 ) { | |
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1134 return (( jlong(c1) << 56 ) & ( jlong(0xff) << 56 )) |
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1135 | (( jlong(c2) << 48 ) & ( jlong(0xff) << 48 )) |
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1136 | (( jlong(c3) << 40 ) & ( jlong(0xff) << 40 )) |
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1137 | (( jlong(c4) << 32 ) & ( jlong(0xff) << 32 )) |
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1138 | (( jlong(c5) << 24 ) & ( jlong(0xff) << 24 )) |
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1139 | (( jlong(c6) << 16 ) & ( jlong(0xff) << 16 )) |
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1140 | (( jlong(c7) << 8 ) & ( jlong(0xff) << 8 )) |
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1141 | (( jlong(c8) << 0 ) & ( jlong(0xff) << 0 )); |
0 | 1142 } |
1143 | |
1144 inline jlong build_long_from( u1* p ) { | |
1145 return build_long_from( p[0], p[1], p[2], p[3], p[4], p[5], p[6], p[7] ); | |
1146 } | |
1147 | |
1148 | |
1149 // Doubles, too! | |
1150 inline jdouble build_double_from( u1 c1, u1 c2, u1 c3, u1 c4, u1 c5, u1 c6, u1 c7, u1 c8 ) { | |
1151 jlong u = build_long_from( c1, c2, c3, c4, c5, c6, c7, c8 ); | |
1152 return *(jdouble*)&u; | |
1153 } | |
1154 | |
1155 inline jdouble build_double_from( u1* p ) { | |
1156 jlong u = build_long_from( p ); | |
1157 return *(jdouble*)&u; | |
1158 } | |
1159 | |
1160 | |
1161 // Portable routines to go the other way: | |
1162 | |
1163 inline void explode_short_to( u2 x, u1& c1, u1& c2 ) { | |
1164 c1 = u1(x >> 8); | |
1165 c2 = u1(x); | |
1166 } | |
1167 | |
1168 inline void explode_short_to( u2 x, u1* p ) { | |
1169 explode_short_to( x, p[0], p[1]); | |
1170 } | |
1171 | |
1172 inline void explode_int_to( u4 x, u1& c1, u1& c2, u1& c3, u1& c4 ) { | |
1173 c1 = u1(x >> 24); | |
1174 c2 = u1(x >> 16); | |
1175 c3 = u1(x >> 8); | |
1176 c4 = u1(x); | |
1177 } | |
1178 | |
1179 inline void explode_int_to( u4 x, u1* p ) { | |
1180 explode_int_to( x, p[0], p[1], p[2], p[3]); | |
1181 } | |
1182 | |
1183 | |
1184 // Pack and extract shorts to/from ints: | |
1185 | |
1186 inline int extract_low_short_from_int(jint x) { | |
1187 return x & 0xffff; | |
1188 } | |
1189 | |
1190 inline int extract_high_short_from_int(jint x) { | |
1191 return (x >> 16) & 0xffff; | |
1192 } | |
1193 | |
1194 inline int build_int_from_shorts( jushort low, jushort high ) { | |
1195 return ((int)((unsigned int)high << 16) | (unsigned int)low); | |
1196 } | |
1197 | |
1198 // Printf-style formatters for fixed- and variable-width types as pointers and | |
3960 | 1199 // integers. These are derived from the definitions in inttypes.h. If the platform |
1200 // doesn't provide appropriate definitions, they should be provided in | |
1201 // the compiler-specific definitions file (e.g., globalDefinitions_gcc.hpp) | |
0 | 1202 |
2361 | 1203 #define BOOL_TO_STR(_b_) ((_b_) ? "true" : "false") |
2152 | 1204 |
0 | 1205 // Format 32-bit quantities. |
3960 | 1206 #define INT32_FORMAT "%" PRId32 |
1207 #define UINT32_FORMAT "%" PRIu32 | |
1208 #define INT32_FORMAT_W(width) "%" #width PRId32 | |
1209 #define UINT32_FORMAT_W(width) "%" #width PRIu32 | |
0 | 1210 |
3960 | 1211 #define PTR32_FORMAT "0x%08" PRIx32 |
0 | 1212 |
1213 // Format 64-bit quantities. | |
3960 | 1214 #define INT64_FORMAT "%" PRId64 |
1215 #define UINT64_FORMAT "%" PRIu64 | |
1216 #define INT64_FORMAT_W(width) "%" #width PRId64 | |
1217 #define UINT64_FORMAT_W(width) "%" #width PRIu64 | |
0 | 1218 |
3960 | 1219 #define PTR64_FORMAT "0x%016" PRIx64 |
0 | 1220 |
3960 | 1221 // Format pointers which change size between 32- and 64-bit. |
0 | 1222 #ifdef _LP64 |
3960 | 1223 #define INTPTR_FORMAT "0x%016" PRIxPTR |
1224 #define PTR_FORMAT "0x%016" PRIxPTR | |
0 | 1225 #else // !_LP64 |
3960 | 1226 #define INTPTR_FORMAT "0x%08" PRIxPTR |
1227 #define PTR_FORMAT "0x%08" PRIxPTR | |
0 | 1228 #endif // _LP64 |
1229 | |
3960 | 1230 #define SSIZE_FORMAT "%" PRIdPTR |
1231 #define SIZE_FORMAT "%" PRIuPTR | |
1232 #define SSIZE_FORMAT_W(width) "%" #width PRIdPTR | |
1233 #define SIZE_FORMAT_W(width) "%" #width PRIuPTR | |
1234 | |
1235 #define INTX_FORMAT "%" PRIdPTR | |
1236 #define UINTX_FORMAT "%" PRIuPTR | |
1237 #define INTX_FORMAT_W(width) "%" #width PRIdPTR | |
1238 #define UINTX_FORMAT_W(width) "%" #width PRIuPTR | |
1239 | |
0 | 1240 |
1241 // Enable zap-a-lot if in debug version. | |
1242 | |
1243 # ifdef ASSERT | |
1244 # ifdef COMPILER2 | |
1245 # define ENABLE_ZAP_DEAD_LOCALS | |
1246 #endif /* COMPILER2 */ | |
1247 # endif /* ASSERT */ | |
1248 | |
1249 #define ARRAY_SIZE(array) (sizeof(array)/sizeof((array)[0])) | |
1972 | 1250 |
1251 #endif // SHARE_VM_UTILITIES_GLOBALDEFINITIONS_HPP |