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373 lines
11 KiB
Raku
Executable File
373 lines
11 KiB
Raku
Executable File
#!/usr/bin/perl -w
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# This Source Code Form is subject to the terms of the Mozilla Public
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# License, v. 2.0. If a copy of the MPL was not distributed with this
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# file, You can obtain one at http://mozilla.org/MPL/2.0/.
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################################################################################
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sub usage() {
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print <<EOUSAGE;
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# bloatdiff.pl - munges the output from
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# XPCOM_MEM_BLOAT_LOG=1
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# firefox -P default resource:///res/bloatcycle.html
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# so that it does some summary and stats stuff.
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#
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# To show leak test results for a set of changes, do something like this:
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#
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# XPCOM_MEM_BLOAT_LOG=1
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# firefox -P default resource:///res/bloatcycle.html > a.out
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# **make change**
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# firefox -P default resource:///res/bloatcycle.html > b.out
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# bloatdiff.pl a.out b.out
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EOUSAGE
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}
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$OLDFILE = $ARGV[0];
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$NEWFILE = $ARGV[1];
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#$LABEL = $ARGV[2];
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if (!$OLDFILE or
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! -e $OLDFILE or
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-z $OLDFILE) {
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print "\nError: Previous log file not specified, does not exist, or is empty.\n\n";
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&usage();
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exit 1;
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}
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if (!$NEWFILE or
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! -e $NEWFILE or
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-z $NEWFILE) {
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print "\nError: Current log file not specified, does not exist, or is empty.\n\n";
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&usage();
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exit 1;
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}
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sub processFile {
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my ($filename, $map, $prevMap) = @_;
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open(FH, $filename);
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while (<FH>) {
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if (m{
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^\s*(\d+)\s # Line number
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([\w:]+)\s+ # Name
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(-?\d+)\s+ # Size
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(-?\d+)\s+ # Leaked
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(-?\d+)\s+ # Objects Total
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(-?\d+)\s+ # Objects Rem
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\(\s*(-?[\d.]+)\s+ # Objects Mean
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\+/-\s+
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([\w.]+)\)\s+ # Objects StdDev
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(-?\d+)\s+ # Reference Total
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(-?\d+)\s+ # Reference Rem
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\(\s*(-?[\d.]+)\s+ # Reference Mean
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\+/-\s+
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([\w\.]+)\) # Reference StdDev
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}x) {
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$$map{$2} = { name => $2,
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size => $3,
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leaked => $4,
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objTotal => $5,
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objRem => $6,
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objMean => $7,
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objStdDev => $8,
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refTotal => $9,
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refRem => $10,
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refMean => $11,
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refStdDev => $12,
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bloat => $3 * $5 # size * objTotal
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};
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} else {
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# print "failed to parse: $_\n";
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}
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}
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close(FH);
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}
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%oldMap = ();
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processFile($OLDFILE, \%oldMap);
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%newMap = ();
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processFile($NEWFILE, \%newMap);
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################################################################################
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$inf = 9999999.99;
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sub getLeaksDelta {
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my ($key) = @_;
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my $oldLeaks = $oldMap{$key}{leaked} || 0;
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my $newLeaks = $newMap{$key}{leaked};
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my $percentLeaks = 0;
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if ($oldLeaks == 0) {
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if ($newLeaks != 0) {
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# there weren't any leaks before, but now there are!
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$percentLeaks = $inf;
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}
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}
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else {
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$percentLeaks = ($newLeaks - $oldLeaks) / $oldLeaks * 100;
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}
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# else we had no record of this class before
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return ($newLeaks - $oldLeaks, $percentLeaks);
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}
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################################################################################
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sub getBloatDelta {
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my ($key) = @_;
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my $newBloat = $newMap{$key}{bloat};
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my $percentBloat = 0;
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my $oldSize = $oldMap{$key}{size} || 0;
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my $oldTotal = $oldMap{$key}{objTotal} || 0;
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my $oldBloat = $oldTotal * $oldSize;
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if ($oldBloat == 0) {
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if ($newBloat != 0) {
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# this class wasn't used before, but now it is
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$percentBloat = $inf;
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}
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}
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else {
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$percentBloat = ($newBloat - $oldBloat) / $oldBloat * 100;
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}
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# else we had no record of this class before
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return ($newBloat - $oldBloat, $percentBloat);
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}
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################################################################################
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foreach $key (keys %newMap) {
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my ($newLeaks, $percentLeaks) = getLeaksDelta($key);
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my ($newBloat, $percentBloat) = getBloatDelta($key);
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$newMap{$key}{leakDelta} = $newLeaks;
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$newMap{$key}{leakPercent} = $percentLeaks;
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$newMap{$key}{bloatDelta} = $newBloat;
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$newMap{$key}{bloatPercent} = $percentBloat;
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}
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################################################################################
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# Print a value of bytes out in a reasonable
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# KB, MB, or GB form. Copied from build-seamonkey-util.pl, sorry. -mcafee
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sub PrintSize($) {
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# print a number with 3 significant figures
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sub PrintNum($) {
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my ($num) = @_;
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my $rv;
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if ($num < 1) {
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$rv = sprintf "%.3f", ($num);
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} elsif ($num < 10) {
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$rv = sprintf "%.2f", ($num);
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} elsif ($num < 100) {
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$rv = sprintf "%.1f", ($num);
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} else {
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$rv = sprintf "%d", ($num);
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}
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}
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my ($size) = @_;
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my $rv;
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if ($size > 1000000000) {
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$rv = PrintNum($size / 1000000000.0) . "G";
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} elsif ($size > 1000000) {
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$rv = PrintNum($size / 1000000.0) . "M";
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} elsif ($size > 1000) {
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$rv = PrintNum($size / 1000.0) . "K";
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} else {
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$rv = PrintNum($size);
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}
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}
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print "Bloat/Leak Delta Report\n";
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print "--------------------------------------------------------------------------------------\n";
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print "Current file: $NEWFILE\n";
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print "Previous file: $OLDFILE\n";
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print "----------------------------------------------leaks------leaks%------bloat------bloat%\n";
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if (! $newMap{"TOTAL"} or
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! $newMap{"TOTAL"}{bloat}) {
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# It's OK if leaked or leakPercent are 0 (in fact, that would be good).
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# If bloatPercent is zero, it is also OK, because we may have just had
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# two runs exactly the same or with no new bloat.
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print "\nError: unable to calculate bloat/leak data.\n";
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print "There is no data present.\n\n";
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print "HINT - Did your test run complete successfully?\n";
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print "HINT - Are you pointing at the right log files?\n\n";
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&usage();
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exit 1;
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}
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printf "%-40s %10s %10.2f%% %10s %10.2f%%\n",
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("TOTAL",
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$newMap{"TOTAL"}{leaked}, $newMap{"TOTAL"}{leakPercent},
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$newMap{"TOTAL"}{bloat}, $newMap{"TOTAL"}{bloatPercent});
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################################################################################
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sub percentStr {
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my ($p) = @_;
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if ($p == $inf) {
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return "-";
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}
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else {
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return sprintf "%10.2f%%", $p;
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}
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}
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# NEW LEAKS
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@keys = sort { $newMap{$b}{leakPercent} <=> $newMap{$a}{leakPercent} } keys %newMap;
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my $needsHeading = 1;
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my $total = 0;
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foreach $key (@keys) {
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my $percentLeaks = $newMap{$key}{leakPercent};
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my $leaks = $newMap{$key}{leaked};
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if ($percentLeaks > 0 && $key !~ /TOTAL/) {
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if ($needsHeading) {
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printf "--NEW-LEAKS-----------------------------------leaks------leaks%%-----------------------\n";
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$needsHeading = 0;
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}
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printf "%-40s %10s %10s\n", ($key, $leaks, percentStr($percentLeaks));
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$total += $leaks;
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}
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}
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if (!$needsHeading) {
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printf "%-40s %10s\n", ("TOTAL", $total);
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}
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# FIXED LEAKS
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@keys = sort { $newMap{$b}{leakPercent} <=> $newMap{$a}{leakPercent} } keys %newMap;
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$needsHeading = 1;
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$total = 0;
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foreach $key (@keys) {
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my $percentLeaks = $newMap{$key}{leakPercent};
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my $leaks = $newMap{$key}{leaked};
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if ($percentLeaks < 0 && $key !~ /TOTAL/) {
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if ($needsHeading) {
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printf "--FIXED-LEAKS---------------------------------leaks------leaks%%-----------------------\n";
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$needsHeading = 0;
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}
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printf "%-40s %10s %10s\n", ($key, $leaks, percentStr($percentLeaks));
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$total += $leaks;
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}
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}
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if (!$needsHeading) {
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printf "%-40s %10s\n", ("TOTAL", $total);
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}
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# NEW BLOAT
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@keys = sort { $newMap{$b}{bloatPercent} <=> $newMap{$a}{bloatPercent} } keys %newMap;
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$needsHeading = 1;
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$total = 0;
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foreach $key (@keys) {
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my $percentBloat = $newMap{$key}{bloatPercent};
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my $bloat = $newMap{$key}{bloat};
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if ($percentBloat > 0 && $key !~ /TOTAL/) {
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if ($needsHeading) {
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printf "--NEW-BLOAT-----------------------------------bloat------bloat%%-----------------------\n";
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$needsHeading = 0;
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}
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printf "%-40s %10s %10s\n", ($key, $bloat, percentStr($percentBloat));
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$total += $bloat;
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}
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}
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if (!$needsHeading) {
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printf "%-40s %10s\n", ("TOTAL", $total);
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}
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# ALL LEAKS
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@keys = sort { $newMap{$b}{leaked} <=> $newMap{$a}{leaked} } keys %newMap;
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$needsHeading = 1;
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$total = 0;
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foreach $key (@keys) {
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my $leaks = $newMap{$key}{leaked};
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my $percentLeaks = $newMap{$key}{leakPercent};
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if ($leaks > 0) {
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if ($needsHeading) {
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printf "--ALL-LEAKS-----------------------------------leaks------leaks%%-----------------------\n";
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$needsHeading = 0;
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}
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printf "%-40s %10s %10s\n", ($key, $leaks, percentStr($percentLeaks));
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if ($key !~ /TOTAL/) {
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$total += $leaks;
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}
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}
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}
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if (!$needsHeading) {
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# printf "%-40s %10s\n", ("TOTAL", $total);
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}
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# ALL BLOAT
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@keys = sort { $newMap{$b}{bloat} <=> $newMap{$a}{bloat} } keys %newMap;
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$needsHeading = 1;
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$total = 0;
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foreach $key (@keys) {
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my $bloat = $newMap{$key}{bloat};
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my $percentBloat = $newMap{$key}{bloatPercent};
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if ($bloat > 0) {
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if ($needsHeading) {
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printf "--ALL-BLOAT-----------------------------------bloat------bloat%%-----------------------\n";
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$needsHeading = 0;
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}
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printf "%-40s %10s %10s\n", ($key, $bloat, percentStr($percentBloat));
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if ($key !~ /TOTAL/) {
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$total += $bloat;
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}
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}
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}
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if (!$needsHeading) {
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# printf "%-40s %10s\n", ("TOTAL", $total);
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}
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# NEW CLASSES
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@keys = sort { $newMap{$b}{bloatDelta} <=> $newMap{$a}{bloatDelta} } keys %newMap;
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$needsHeading = 1;
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my $ltotal = 0;
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my $btotal = 0;
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foreach $key (@keys) {
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my $leaks = $newMap{$key}{leaked};
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my $bloat = $newMap{$key}{bloat};
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my $percentBloat = $newMap{$key}{bloatPercent};
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if ($percentBloat == $inf && $key !~ /TOTAL/) {
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if ($needsHeading) {
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printf "--CLASSES-NOT-REPORTED-LAST-TIME--------------leaks------bloat------------------------\n";
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$needsHeading = 0;
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}
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printf "%-40s %10s %10s\n", ($key, $leaks, $bloat);
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if ($key !~ /TOTAL/) {
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$ltotal += $leaks;
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$btotal += $bloat;
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}
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}
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}
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if (!$needsHeading) {
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printf "%-40s %10s %10s\n", ("TOTAL", $ltotal, $btotal);
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}
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# OLD CLASSES
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@keys = sort { ($oldMap{$b}{bloat} || 0) <=> ($oldMap{$a}{bloat} || 0) } keys %oldMap;
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$needsHeading = 1;
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$ltotal = 0;
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$btotal = 0;
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foreach $key (@keys) {
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if (!defined($newMap{$key})) {
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my $leaks = $oldMap{$key}{leaked};
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my $bloat = $oldMap{$key}{bloat};
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if ($needsHeading) {
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printf "--CLASSES-THAT-WENT-AWAY----------------------leaks------bloat------------------------\n";
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$needsHeading = 0;
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}
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printf "%-40s %10s %10s\n", ($key, $leaks, $bloat);
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if ($key !~ /TOTAL/) {
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$ltotal += $leaks;
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$btotal += $bloat;
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}
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}
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}
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if (!$needsHeading) {
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printf "%-40s %10s %10s\n", ("TOTAL", $ltotal, $btotal);
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}
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print "--------------------------------------------------------------------------------------\n";
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