зеркало из https://github.com/mozilla/gecko-dev.git
313 строки
10 KiB
Perl
313 строки
10 KiB
Perl
# The contents of this file are subject to the Netscape Public
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# License Version 1.1 (the "License"); you may not use this file
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# except in compliance with the License. You may obtain a copy of
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# the License at http://www.mozilla.org/NPL/
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#
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# Software distributed under the License is distributed on an "AS
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# IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or
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# implied. See the License for the specific language governing
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# rights and limitations under the License.
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#
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# The Original Code is the Netscape Mailstone utility,
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# released March 17, 2000.
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#
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# The Initial Developer of the Original Code is Netscape
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# Communications Corporation. Portions created by Netscape are
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# Copyright (C) 1997-2000 Netscape Communications Corporation. All
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# Rights Reserved.
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#
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# Contributor(s): Dan Christian <robodan@netscape.com>
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# Marcel DePaolis <marcel@netcape.com>
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#
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# Alternatively, the contents of this file may be used under the
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# terms of the GNU Public License (the "GPL"), in which case the
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# provisions of the GPL are applicable instead of those above.
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# If you wish to allow use of your version of this file only
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# under the terms of the GPL and not to allow others to use your
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# version of this file under the NPL, indicate your decision by
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# deleting the provisions above and replace them with the notice
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# and other provisions required by the GPL. If you do not delete
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# the provisions above, a recipient may use your version of this
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# file under either the NPL or the GPL.
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#####################################################
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# This file deals with the graphs data only
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# Interfaces to gnuplot to generate gifs for HTML inclusion.
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# Type of images to hold plots (e.g. png, gif, jpeg, tiff, etc)
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unless ($params{IMAGETYPE}) {
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# Should probe gnuplot and see if it can generate one of:
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# png, gif, jpeg, tiff, or pbm.
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# Not all the programs that use args.pl need this (or have gnuplot, yet)
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my $outfile = "$tmpbase/termtypes.out";
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my %types = (); # hash of interesting types that we spot
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unless (open(NEW, "<$outfile")) { # re-use old file if present
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($params{DEBUG}) &&
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print "Asking gnuplot what output types it supports\n";
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my $infile = "$tmpbase/setterm.gpt";
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open (NEW, ">$infile") ||
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die "genPlot: Could not open output $infile: $!";
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print NEW "set terminal";
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close (NEW);
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# Redirect STDIN, and STDERR
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open SAVEIN, "<STDIN";
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open STDIN, "<$infile"
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|| die "Coundn't open $infile for input\n";
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open SAVEERR, ">&STDERR";
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open STDERR, ">$outfile"
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|| die "Couldnt open $outfile for output\n";
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system $params{GNUPLOT}; # gnuplot < $infile 2> $outfile
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# Restore STDERR and STDIN
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close STDERR;
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open STDERR, ">&SAVEERR";
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open STDIN, "<SAVEIN";
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open(NEW, "<$outfile") ||
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die ": Could not open gnuplot output for parsing ($outfile): $!";
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unlink ($infile); # clean up
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}
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# now check through the output for terminal types we can use.
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# I havent verified the jpeg or tiff types. e-mail me success or failure
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while (<NEW>) {
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(/\sgif\s/) && ++$types{"gif"} && next;
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(/\spng\s/) && ++$types{"png"} && next;
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(/\sjpeg\s/) && ++$types{"jpeg"} && next;
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(/\stiff\s/) && ++$types{"tiff"} && next;
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(/\spbm\s/) && ++$types{"pbm"} && next;
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}
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close (NEW);
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($params{DEBUG}) &&
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print "Found these gnuplot types: " . (join " ", (keys %types)) . "\n";
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# The ordering here determines our preferences
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# This list is by likely browser compatibility and image compactness
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# png is about 10x smaller than gif
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# jpeg will probably look bad, but will be directly supported
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if ($types{"png"}) { $params{IMAGETYPE}="png"; }
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elsif ($types{"gif"}) { $params{IMAGETYPE}="gif"; }
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elsif ($types{"jpeg"}) { $params{IMAGETYPE}="jpeg"; }
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elsif ($types{"tiff"}) { $params{IMAGETYPE}="tiff"; }
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elsif ($types{"pbm"}) { $params{IMAGETYPE}="pbm"; }
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else {
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die "Gnuplot doesn't support any good image types. Check $outfile.\n";
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}
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# leave the output file around to speed up repeat runs
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}
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# sub function to write data files, fire off gnuscript, and clean up
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# Uses global startTime and endTime figured above
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# genPlot counterName title label \@protocols \@variables
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sub genPlot {
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my $name = shift;
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my $title = shift;
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my $label = shift;
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my $protos = shift || die "genPlot: '$name' missing protocols";
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my $f = shift;
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my $vars = shift || die "genPlot: '$name' missing vars";
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my $runlist = "";
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my $totPoints = 0;
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my $totProtos = 0;
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my @realProtos;
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my @goodProtos;
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# user fewer data points than pixels to look good.
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# on 640x480 gif, the graph is about 579x408
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my $maxData = int (($params{CHARTWIDTH}-60) * 0.9);
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my $averageCnt = int (($endTime - $startTime + ($maxData - 1))/$maxData);
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if ($averageCnt < 1) { $averageCnt = 1; } # must be a positive int
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($params{DEBUG}) && print "$name: averageCnt=$averageCnt vars = @$vars \n";
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foreach $p (@$protos) { # First see if there is anything to graph
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($p =~ /^Total$/o) && next; # derived if needed
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my $pPoints = 0;
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my $gp = $graphs{$p};
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ALLVAR: foreach $vm (@$vars) {
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my $vp = ($f) ? $gp->{$vm}->{$f} : $gp->{$vm};
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unless (($vp) && (scalar %$vp)) {
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#print "genplot Checking: $p $vm $f => NO\n";
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next;
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}
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#print "genplot Checking: $p $vm $f => ";
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foreach $time (keys %$vp) {
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next unless ($vp->{$time} != 0);
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$totPoints++;
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$pPoints++;
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#print "VALUES\n";
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last ALLVAR;
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}
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#print "nothing\n"
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}
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if ($pPoints > 0) { # count how many protocols have non 0
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$totProtos++;
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push @goodProtos, $p;
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}
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}
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($params{DEBUG}) && print "\tprotocols: @goodProtos\n";
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if ($totPoints == 0) { # nothing in any protocol
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print "No data for graph '$name', variables '@$vars'\n";
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return 0;
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}
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foreach $p (@$protos) {
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unlink ("$tmpdir/$name.$p"); # remove any previous runs
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(($p =~ /^Total$/o) && ($totProtos <= 1))
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&& next; # skip Totally if only 1 protocol plus total
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($p !~ /^Total$/o) && push @realProtos, $p; # everything but Total
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# if ($p =~ /^Total$/o) { # move from last to first
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# $runlist = "\'$name.$p\' with lines, " . $runlist;
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# next;
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# }
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$runlist .= ", " if ($runlist); # later ones
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$runlist .= "\'$name.$p\' with lines";
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}
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$totPoints = 0;
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foreach $p (@realProtos) { # create the plot data files
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open(DATA, ">$tmpdir/$name.$p") ||
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die "Can't open $tmpdir/$name.$p:$!";
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my $gp = $graphs{$p};
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my $n = 0;
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my $s = 0.0;
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my $sTime = 0.0;
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my $vp = ($f) ? $gp->{$vars->[0]}->{$f} : $gp->{$vars->[0]};
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# foreach $time (sort numeric keys %$vp) {
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for (my $tm = $startTime; $tm <= $endTime; $tm++) {
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my $v = 0.0;
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foreach $vm (@$vars) {
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$vp = ($f) ? $gp->{$vm}->{$f} : $gp->{$vm};
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$totPoints++;
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# due to optimization in updateDelta,
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# 0 entries are undefined (also avoids warning)
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$v += ($vp->{$tm}) ? $vp->{$tm} : 0;
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# if ($vp->{$tm} < 0) {
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# print $name, ": proto=", $p, " var=", $vm,
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# " value=", $vp->{$tm}, "\n";
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# }
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}
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$s += $v;
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$n += 1;
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if ($n == 1) { # NOTE: shifts left in sliding window
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$sTime = $tm-$startTime;
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}
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if ($n >= $averageCnt) {
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printf (DATA "%d %f\n", $sTime * $timeStep, $s/$n);
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$n = 0;
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$s = 0.0;
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}
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}
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if ($n > 0) { # handle end case
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printf (DATA "%d %f\n", $sTime * $timeStep, $s/$n);
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}
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close(DATA);
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}
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#($params{DEBUG}) && print "\tpoints: $totPoints\n";
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# need to handle "Total" case
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# read the other files and write out the sum
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# FIX: total my be mis-aligned with data
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if (($#$protos > $#realProtos) && ($totProtos > 1)) {
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unlink ("$tmpdir/$name.Total");
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open(DATA, ">$tmpdir/$name.Total") ||
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die "Can't open $tmpdir/$name.Total:$!";
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foreach $r (@goodProtos) { # get file handles
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open($r, "$tmpdir/$name.$r")
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|| die "Couldn't open $tmpdir/$name.$r: $!";
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}
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# ASSUMES files are identical in order
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my $first = shift @goodProtos;
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# print "First protocol: $first Rest: @realProtos\n";
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while (<$first>) {
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my ($t, $s) = split ' ', $_;
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foreach $r (@goodProtos) { # get file handles
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$l = <$r>;
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if ($l) {
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my ($tt, $v) = split ' ', $l;
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$t = $tt unless ($t); # in case first proto missing time
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$s += $v;
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}
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}
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printf (DATA "%d %f\n", $t, $s);
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}
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foreach $r (@goodProtos) { close($r); }
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close (DATA);
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}
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# Create a script to feed to gnuplot, which creates a .gif graph.
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$runTime = ($endTime - $startTime + 1) * $timeStep;
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unlink("$tmpdir/$name.gpt");
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open(SCRIPT, ">$tmpdir/$name.gpt")
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|| die "Can't open $tmpdir/$name.gpt:$!";
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$gnuplot = $params{GNUPLOT};
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if ($gnuplot !~ /^\//) { # if not absolute, adjust for cd $tmpbase
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$gnuplot = "../../$gnuplot"; # ASSUME $tmpbase is single dir
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}
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#print "gnuplot is $gnuplot $params{GNUPLOT}\n";
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my $varstring = ""; # create display version of names
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foreach $t (@$vars) {
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$varstring .= ", " if ($varstring);
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$varstring .= ($timerNames{$t}) ? $timerNames{$t} : $t;
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}
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# Setup output "terminal type"
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if ($params{IMAGETYPE} eq "gif") { # gif type has different arguments
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print SCRIPT "set terminal $params{IMAGETYPE} small size $params{CHARTWIDTH},$params{CHARTHEIGHT}\n";
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} else { # most types work like this
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print SCRIPT "set terminal $params{IMAGETYPE} small color\n";
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if (($params{CHARTWIDTH} != 640) || ($params{CHARTHEIGHT} != 480)) {
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my $xscale = $params{CHARTWIDTH} / 640;
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my $yscale = $params{CHARTHEIGHT} / 480;
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print SCRIPT "set size $xscale,$yscale\n";
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}
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}
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print SCRIPT<<"!GROK!THIS!";
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set output "../../$resultdir/$name.$params{IMAGETYPE}" # ASSUME $tmpbase is single dir
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set autoscale
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set xlabel "Test time (seconds)"
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set ylabel "$label"
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set title "$title ($varstring) -- $params{TSTAMP}"
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plot [0:$runTime] $runlist
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!GROK!THIS!
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close(SCRIPT);
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# run script from tmpbase to clean up line labeling
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# my $olddir=getcwd();
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chdir $tmpdir;
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system (split (/\s/, $gnuplot), "$name.gpt");
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chdir "../..";
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# chdir $olddir;
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unless ($params{DEBUG}) {
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# cleanup the plot data (or leave around for debugging)
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foreach $p (@$protos) {
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unlink("$tmpdir/$name.$p");
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}
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unlink("$tmpdir/$name.gpt");
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}
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return 1;
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}
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return 1;
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