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view graal/com.oracle.max.graal.doc.initial/graphdrawing.tex @ 3047:4dd57c0f94a8
Debuggin state
author | Gilles Duboscq <gilles.duboscq@oracle.com> |
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date | Fri, 17 Jun 2011 18:40:30 +0200 |
parents | 4db4e8cb6bd6 |
children |
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% graph drawing \newwrite\dotfile \newcommand{\digraph}[3][scale=1]{ \immediate\openout\dotfile=dot_temp_#2.dot \immediate\write\dotfile{digraph #2 { margin=0; pad=0; concentrate=false; \string#3}} \immediate\closeout\dotfile \immediate\write18{bash -c "dot -Tpdf dot_temp_#2.dot > dot_temp_#2.pdf"} \IfFileExists{dot_temp_#2.pdf} % the pdf exists: include it { \includegraphics[#1]{dot_temp_#2} } % the pdf was not created - show a hint { \fbox{ \begin{tabular}{l} The file \texttt{dot_temp_#2.pdf} hasn't been created from \texttt{dot_temp_#2.dot} yet. \\ We attempted to create it with:\\ `\texttt{dot -Tpdf dot_temp_#2.dot > dot_temp_#2.pdf}' \\ but that seems not to have worked. You need to execute `\texttt{pdflatex}' with \\ the `\texttt{-shell-escape} option. \end{tabular}} } } \NewEnviron{digraphenv}[2]{\digraph[#1]{#2}{ nodesep="0.1"; ranksep="0.08 equally"; \BODY }} \newcommand{\control}[2]{#1:successors:s -> #2:predecessors:n [color=red,style=solid];} \newcommand{\controllabel}[2]{#1:s -> #2:predecessors:n [color=red,style=solid];} \newcommand{\data}[2]{#2:usages:s -> #1:inputs [color=black,dir=back];} \newcommand{\datalabel}[2]{#2:usages:s -> #1:n [color=black,dir=back];} \newcommand{\datalabeltext}[3]{#2:usages:s -> #1:n [color=black,dir=back,label="#3"];} \newcommand{\textnode}[2]{#1 [shape=plaintext, label="#2"]} \newcommand{\genericnodestart}[1]{#1 [shape=plaintext, label=< <TABLE BORDER="0" CELLSPACING="0"><TR><TD CELLPADDING="0"><TABLE BORDER="0" CELLSPACING="2" CELLPADDING="0"><TR><TD WIDTH="15" HEIGHT="5" PORT="predecessors" BGCOLOR="rosybrown1"></TD></TR></TABLE></TD><TD COLSPAN="2" CELLPADDING="0" ALIGN="RIGHT"><TABLE BORDER="0" CELLSPACING="2" CELLPADDING="0"><TR>} \newcommand{\genericnodeend}[0]{</TR></TABLE></TD><TD CELLPADDING="0"><TABLE BORDER="0" CELLSPACING="2" CELLPADDING="0"><TR><TD WIDTH="15" HEIGHT="5" PORT="usages" BGCOLOR="lightgrey"></TD></TR></TABLE></TD></TR></TABLE>>]} \newcommand{\portinput}[1]{<TD WIDTH="15" HEIGHT="5" PORT="#1" BGCOLOR="lightgrey"></TD>} \newcommand{\portsuccessor}[1]{<TD WIDTH="15" HEIGHT="5" PORT="#1" BGCOLOR="rosybrown1"></TD>} \newcommand{\portempty}[0]{<TD WIDTH="15" HEIGHT="5"></TD>} \newcommand{\genericnodelabel}[2]{</TR></TABLE></TD></TR><TR><TD BORDER="1" COLSPAN="3" BGCOLOR="#2"><FONT POINT-SIZE="12">#1</FONT></TD></TR><TR><TD COLSPAN="2" CELLPADDING="0" ALIGN="RIGHT"><TABLE BORDER="0" CELLSPACING="2" CELLPADDING="0"><TR>} \newcommand{\nodestart}[0]{start [shape=plaintext, rank=source, label=< <TABLE BORDER="0" CELLSPACING="0"><TR><TD COLSPAN="3"><TABLE BORDER="0"><TR><TD></TD> \genericnodelabel{start}{lightyellow} \portsuccessor{successors} \portempty \genericnodeend } \newcommand{\nodeend}[0]{\genericnodestart{end} \portempty \portinput{inputs} \genericnodelabel{end}{lightyellow} <TD></TD></TR></TABLE></TD><TD></TD></TR></TABLE>>]} \newcommand{\nodeconst}[2]{#1 [margin="0.05, 0.05", shape=plaintext, label=< <TABLE BORDER="0" CELLSPACING="0"><TR><TD BORDER="1" BGCOLOR="white"><FONT POINT-SIZE="12">#2</FONT></TD></TR><TR><TD WIDTH="15" HEIGHT="5" PORT="usages" BGCOLOR="lightgrey"></TD></TR></TABLE>>]} \newcommand{\nodeframestate}[2]{#1 [margin="0.05, 0.05", shape=plaintext, label=< <TABLE BORDER="0" CELLSPACING="0"><TR><TD WIDTH="15" HEIGHT="5" PORT="predecessors" BGCOLOR="rosybrown1"></TD><TD WIDTH="15" HEIGHT="5"></TD><TD HEIGHT="5" PORT="inputs" BGCOLOR="lightgrey"></TD></TR><TR><TD BORDER="1" COLSPAN="3" BGCOLOR="lightblue"><FONT POINT-SIZE="12">#2</FONT></TD></TR></TABLE>>]} \newcommand{\node}[2]{\genericnodestart{#1} \portempty \portinput{inputs} \genericnodelabel{#2}{white} \portsuccessor{successors} \portempty \genericnodeend } \newcommand{\nodebi}[2]{\genericnodestart{#1} \portinput{in1} \portinput{in2} \genericnodelabel{#2}{white} \portsuccessor{successors} \portempty \genericnodeend } \newcommand{\nodetri}[2]{\genericnodestart{#1} \portinput{in1} \portinput{in2} \portinput{in3} \genericnodelabel{#2}{white} \portsuccessor{successors} \portempty \portempty \genericnodeend } \newcommand{\nodequad}[2]{\genericnodestart{#1} \portinput{in1} \portinput{in2} \portinput{in3} \portinput{in4} \genericnodelabel{#2}{white} \portsuccessor{successors} \portempty \portempty \portempty \genericnodeend } \newcommand{\nodesplit}[2]{\genericnodestart{#1} \portempty \portinput{inputs} \genericnodelabel{#2}{white} \portsuccessor{succ1} \portsuccessor{succ2} \genericnodeend } \newcommand{\nodequadsplit}[2]{\genericnodestart{#1} \portinput{in1} \portinput{in2} \portinput{in3} \portinput{in4} \genericnodelabel{#2}{white} \portsuccessor{succ1} \portsuccessor{succ2} \portempty \portempty \genericnodeend } \newcommand{\nodetrisplit}[2]{\genericnodestart{#1} \portinput{in1} \portinput{in2} \portinput{in3} \genericnodelabel{#2}{white} \portsuccessor{succ1} \portsuccessor{succ2} \portempty \genericnodeend } \newcommand{\nodesplittri}[2]{\genericnodestart{#1} \portempty \portinput{inputs} \genericnodelabel{#2}{white} \portsuccessor{succ1} \portsuccessor{succ2} \portsuccessor{succ3} \genericnodeend } \newcommand{\nodebisplit}[2]{\genericnodestart{#1} \portinput{in1} \portinput{in2} \genericnodelabel{#2}{white} \portsuccessor{succ1} \portsuccessor{succ2} \portempty \genericnodeend } \newcommand{\nodeguard}[2]{\cnodebi{#1}{#2}{rosybrown1}} \newcommand{\cnode}[3]{\genericnodestart{#1} \portempty \portinput{inputs} \genericnodelabel{#2}{#3} \portsuccessor{successors} \portempty \genericnodeend } \newcommand{\cnodebi}[3]{\genericnodestart{#1} \portinput{in1} \portinput{in2} \genericnodelabel{#2}{#3} \portsuccessor{successors} \portempty \genericnodeend } \newcommand{\cnodetri}[3]{\genericnodestart{#1} \portinput{in1} \portinput{in2} \portinput{in3} \genericnodelabel{#2}{#3} \portsuccessor{successors} \portempty \portempty \genericnodeend } \newcommand{\cnodesplit}[3]{\genericnodestart{#1} \portempty \portinput{inputs} \genericnodelabel{#2}{#3} \portsuccessor{succ1} \portsuccessor{succ2} \genericnodeend } % this doesn't work: %\newenvironment{graphfigure}[2]{\begin{figure}[h] \label{fig:#1} \centering \begin{digraphenv}{scale=0.5}{#1}}{\end{digraphenv} \caption{#2} \end{figure}} %%%%%%%%%%%%%% example: % \begin{digraphenv}{scale=0.5}{MyGraph} % \node{start}{start} % \node{end}{end} % % input projections % \node{a}{proj:a} % \node{b}{proj:b} % \data{a}{start} % \data{b}{start} % % if % \nodebi{cmp1}{<} % \datalabel{cmp1:in1}{a} % \datalabel{cmp1:in2}{b} % \nodesplit{if}{if} % \data{if}{cmp1} % \control{start}{if} % % branches % \nodebi{add1}{+} % \datalabel{add1:in1}{a} % \datalabel{add1:in2}{b} % \nodebi{sub1}{-} % \datalabel{sub1:in1}{a} % \datalabel{sub1:in2}{b} % \controllabel{if:succ1}{add1} % \controllabel{if:succ2}{sub1} % % merge % \nodebi{merge}{merge} % \control{add1}{merge} % \control{sub1}{merge} % % phi % \nodebi{phi1}{phi} % \datalabel{phi1:in1}{add1} % \datalabel{phi1:in2}{sub1} % % ret % \node{ret}{ret} % \data{ret}{phi1} % \control{merge}{ret} % \control{ret}{end} % \end{digraphenv} %%%%%%%%%%%%%%%