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47a1a02a92
tools/add_cont_lines:
tools/appears:
tools/assemble:
tools/avg_frame_size:
tools/build_srcdist:
tools/cleanint:
tools/compare_frame_sizes:
tools/configure_mingw_cross:
tools/cont:
tools/ctor_rep_stats:
tools/cur_param:
tools/dd_speedtest:
tools/divide:
tools/extract_dd_stats:
tools/file_name_translation_stats:
tools/frame_sizes:
tools/gdbrun:
tools/half:
tools/info_stats.awk:
tools/linear:
tools/lmc.in:
tools/mai_stats:
tools/make_arena:
tools/next_param:
tools/not:
tools/optstages:
tools/type_ctor_stats:
Add vim mode lines. Replace tabs with spaces.
131 lines
2.9 KiB
Bash
Executable File
131 lines
2.9 KiB
Bash
Executable File
#!/bin/sh
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# vim: ft=sh ts=4 sw=4 et
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#---------------------------------------------------------------------------#
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# Copyright (C) 2005 The University of Melbourne.
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# This file may only be copied under the terms of the GNU General
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# Public License - see the file COPYING in the Mercury distribution.
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#---------------------------------------------------------------------------#
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#
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# This script summarizes the stats generated by the dd_speedtest script.
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#
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# It prints the options passed to the dd command followed by the following
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# fields:
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#
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# reexec = number of reexecutions minus first and last reexecutions.
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# nodes = number of nodes constructed in all reexecutions except first and
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# last.
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# ratio = nodes/reexec
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# CPU = total CPU time from start of session to end of last reexecution.
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# WC = total time from start of session to end of session.
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# RSS = resident set size at end of last reexecution.
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# VSZ = virtual size of process at end of last reexecution.
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#
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# To run this script do:
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# extract_dd_stats dd.stats
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#
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awk '
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BEGIN {
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FS = " = "
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printf("%6s %11s %10s %7s %7s %7s %7s\n", \
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"reexec", "nodes", "ratio", "CPU", \
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"WC", "RSS", "VSZ");
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}
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/^START / {
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reset_per_run();
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num_runs = 0;
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total_time = 0;
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total_wc_time = 0;
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last_time = 0;
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start = 1;
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final = 0;
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during = 0;
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match($0, /START (.*)$/, a);
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dd_opts = a[1];
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printf("Options = %s\n", dd_opts);
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}
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/^DURING/ {
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reset_per_run();
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num_runs++;
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if (start != 1) {
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total_time += last_time;
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}
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start = 0;
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final = 0;
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during = 1;
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last_time = 0;
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}
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/^FINAL/ {
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reset_per_run();
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total_time += last_time;
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start = 0;
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final = 1;
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during = 0;
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}
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/^END$/ {
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# discard the first and last re-execution.
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reexec -= 2;
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total_nodes = actual_nodes_for_run - nodes_in_first_reexecution \
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- last_nodes_constructed_in_run;
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if (out_of_memory == 1){
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mem = "Out of Memory";
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out_of_memory = 0;
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} else {
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mem = sprintf("%.1f", rss/1024);
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}
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printf("%6i %11i %10d %7.1f %7.1f %7s %7.1f\n", \
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reexec, \
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total_nodes, total_nodes/reexec, \
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total_time/num_runs, total_wc_time/num_runs, \
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mem, vsz/1024);
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}
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/Total CPU time/ {last_time = $2}
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/Nodes constructed in this run/ {
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if (start_of_run) {
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nodes_in_first_reexecution = $2;
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start_of_run = 0;
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}
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actual_nodes_for_run += $2
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last_nodes_constructed_in_run = $2;
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}
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/Total reexecutions so far/ {
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reexec = $2
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}
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/RSS =/ {
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rss = $2
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}
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/VSZ =/ {
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vsz = $2
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}
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/Out of Memory/ {
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out_of_memory = 1;
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}
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/^STARTWCTIME/ {
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start_wc_time = $2;
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}
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/^ENDWCTIME/ {
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if (during == 1) {
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total_wc_time += ($2 - start_wc_time);
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}
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}
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function reset_per_run() {
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actual_nodes_for_run = 0;
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nodes_in_first_reexecution = 0;
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start_of_run = 1;
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last_nodes_constructed_in_run = 0;
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}
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' "$@"
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