#! @PATH_PERL@ -w # @configure_input@ # $Id$ # # Use Gnuplot to display data in summary files produced by summary.pl. # This script requires GNUPLOT 3.7! # # Copyright (c) 1997, 1999 by Ulrich Windl # # This program is free software; you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation; either version 2 of the License, or # (at your option) any later version. # # This program is distributed in the hope that it will be useful, but # WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU # General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA. package plot_summary; use 5.006_000; use strict; use Time::Local; my ($identifier, $offset_limit, $gnuplot_terminal, $wait_after_plot, $output_file, $output_file_number); exit run(@ARGV) unless caller; sub run { my $opts; if (!processOptions(\@_, $opts)) { usage(1); } $identifier = $opts->{'identifier'}; if (!$identifier) { $identifier = "host".`hostname`; chomp $identifier; } $offset_limit = $opts->{'offset-limit'}; $output_file = $opts->{'output-file'}; $output_file_number = 1; $gnuplot_terminal = $opts->{'plot-terminal'} || ( $ENV{DISPLAY} ? "x11" : "dumb" ); $wait_after_plot = !$opts->{'dont-wait'}; die "illegal offset-limit: $offset_limit" unless $offset_limit > 0.0; $offset_limit *= 1e6; # scale to microseconds my $summary_dir = $opts->{'directory'}; my $loop_summary ="$summary_dir/loop_summary"; my $peer_summary ="$summary_dir/peer_summary"; my $clock_summary="$summary_dir/clock_summary"; my @peer_list = @{$opts->{'peer'}}; do_loop($loop_summary); do_peer($peer_summary, $_) for @peer_list; } # return the smallest value in the given list sub min { my ($result, @rest) = @_; map { $result = $_ if ($_ < $result) } @rest; return($result); } # return the largest value in the given list sub max { my ($result, @rest) = @_; map { $result = $_ if ($_ > $result) } @rest; return($result); } # maybe open alternate output file sub open_output { my $file; if ($output_file) { while ( -r ($file = "$output_file$output_file_number") ) { ++$output_file_number; } open TOUCH, ">$file" and close TOUCH or die "$file: $!"; print "set output \"$file\"\n"; } } # make Gnuplot wait sub maybe_add_pause { print "pause -1 \"Press key to continue...\"\n" if $wait_after_plot; } # plot data from loop summary sub do_loop { my $fname = shift; my $line; my $out_file = "/tmp/tempdata$$"; my $cmd_file = "/tmp/tempcmd$$"; my ($first_day, $day_out) = ("", 0); my ($lower_bound, $upper_bound, $rms); my ($min_offs, $max_offs) = (1e9, -1e9); my ($min_rms, $max_rms) = (1e9, -1e9); open INPUT, "$fname" or die "$fname: $!"; open OUTPUT, ">$out_file" or die "$out_file: $!"; my @Fld; while () { chop; # strip record separator @Fld = split; if ($#Fld == 0) { # loops.19960405 $_ = $Fld[0]; s/.*([12]\d{3}[01]\d[0-3]\d)$/$1/; m/(\d{4})(\d{2})(\d{2})/; $line = timegm(59, 59, 23, $3, $2 - 1, $1 - 1900, 0, 0, 0); $line = int $line / 86400; # days relative to 1970 $first_day = "$1-$2-$3 ($line)" unless $day_out; next; } if ($#Fld != 8) { warn "Illegal number of fields in file $fname, line $."; next; } # loop 216, 856106+/-874041.5, rms 117239.8, freq 67.52+/-10.335, var 4.850 $_ = $Fld[1]; s/,/ /; $line .= " $_"; $_ = $Fld[2]; m:(.+?)\+/-(.+),:; $lower_bound = $1 - $2; $upper_bound = $1 + $2; $line .= "$1 $lower_bound $upper_bound"; $min_offs = min($min_offs, $lower_bound); $max_offs = max($max_offs, $upper_bound); $_ = $Fld[4]; s/,/ /; $rms = $_; $min_rms = min($min_rms, $rms); $max_rms = max($max_rms, $rms); $line .= " $rms"; $_ = $Fld[6]; m:(.+?)\+/-(.+),:; $line .= " $1 " . ($1-$2) . " " . ($1+$2); $line .= " $Fld[8]"; print OUTPUT "$line\n"; $day_out = 1; # 9621 216 856106 -17935.5 1730147.5 117239.8 67.52 57.185 77.855 4.850 } close INPUT; close OUTPUT or die "close failed on $out_file: $!"; my $ylimit = "["; if ($min_offs < -$offset_limit) { $ylimit .= "-$offset_limit"; } $ylimit .= ":"; if ($max_offs > $offset_limit) { $ylimit .= "$offset_limit"; } if ( $ylimit eq "[:" ) { $ylimit = ""; } else { $ylimit = "[] $ylimit]"; } # build command file for GNUplot open OUTPUT, "> $cmd_file" or die "$cmd_file: $!"; my $oldfh = select OUTPUT; print "set term $gnuplot_terminal\n"; open_output; print "set grid\n"; print "set title \"Loop Summary for $identifier: " . "Daily mean values since $first_day\\n" . "(Offset limit is $offset_limit microseconds)\"\n"; print "set ylabel \"[us]\"\n"; print "set style data yerrorbars\n"; print "set multiplot\n"; print "set size 1, 0.5\n"; print "set lmargin 8\n"; print "set origin 0, 0.5\n"; print "plot $ylimit \"$out_file\"" . " using 1:3:4:5 title \"mean offset\", "; print "\"$out_file\" using 1:(\$3-\$6/2) " . "title \"(sigma low)\" with lines, "; print "\"$out_file\" using 1:3 smooth bezier " . "title \"(Bezier med)\" with lines, "; print "\"$out_file\" using 1:(\$3+\$6/2) " . "title \"(sigma high)\" with lines\n"; print "set ylabel \"[ppm]\"\n"; print "set origin 0, 0.0\n"; print "set title\n"; print "set xlabel \"Days relative to 1970\"\n"; print "plot \"$out_file\" using 1:7:8:9 title \"mean frequency\", "; print "\"$out_file\" using 1:(\$7-\$10/2) " . "title \"(sigma low)\" with lines, "; print "\"$out_file\" using 1:7 smooth bezier " . "title \"(Bezier med)\" with lines, "; print "\"$out_file\" using 1:(\$7+\$10/2) " . "title \"(sigma high)\" with lines\n"; print "set nomultiplot\n"; maybe_add_pause; $ylimit = "["; if ($min_rms < -$offset_limit) { $ylimit .= "-$offset_limit"; } $ylimit .= ":"; if ($max_rms > $offset_limit) { $ylimit .= "$offset_limit"; } if ( $ylimit eq "[:" ) { $ylimit =""; } else { $ylimit = "[] $ylimit]"; } open_output; print "set title \"Loop Summary for $identifier: " . "Standard deviation since $first_day\\n" . "(Offset limit is $offset_limit microseconds)\"\n"; print "set xlabel\n"; print "set ylabel \"[us]\"\n"; print "set origin 0, 0.5\n"; print "set style data linespoints\n"; print "set multiplot\n"; print "plot $ylimit \"$out_file\" using 1:6 title \"Offset\", "; print "\"$out_file\" using 1:6 smooth bezier " . "title \"(Bezier)\" with lines\n"; print "set title\n"; print "set origin 0, 0.0\n"; print "set xlabel \"Days relative to 1970\"\n"; print "set ylabel \"[ppm]\"\n"; print "plot \"$out_file\" using 1:10 title \"Frequency\", "; print "\"$out_file\" using 1:10 smooth bezier " . "title \"(Bezier)\" with lines\n"; print "set nomultiplot\n"; maybe_add_pause; close OUTPUT or die "close failed on $cmd_file: $!"; select $oldfh; print `gnuplot $cmd_file`; unlink $cmd_file; unlink $out_file; } # plot data form peer summary sub do_peer { my $fname = shift; my $peer = shift; my $out_file = "/tmp/tempdata$$"; my $cmd_file = "/tmp/tempcmd$$"; my $line; my ($first_day, $day_out) = ("", 0); open INPUT, "$fname" or die "$fname: $!"; open OUTPUT, ">$out_file" or die "$out_file: $!"; my @Fld; while () { chop; # strip record separator @Fld = split; if ($#Fld == 0) { # peers.19960405 $_ = $Fld[0]; s/.*([12]\d{3}[01]\d[0-3]\d)$/$1/; m/(\d{4})(\d{2})(\d{2})/ or next; $line = timegm(59, 59, 23, $3, $2 - 1, $1 - 1900, 0, 0, 0); $line = int $line / 86400; # days relative to 1970 $first_day = "$1-$2-$3 ($line)" unless $day_out; next; } if ($#Fld != 7) { warn "Illegal number of fields in file $fname, line $."; next; } next if ($Fld[0] ne $peer); # ident cnt mean rms max delay dist disp # 127.127.8.1 38 30.972 189.867 1154.607 0.000 879.760 111.037 $Fld[0] = $line; print OUTPUT join(' ', @Fld) . "\n"; # 9969 38 30.972 189.867 1154.607 0.000 879.760 111.037 $day_out = 1; } close INPUT; close OUTPUT or die "close failed on $out_file: $!"; die "no data found for peer $peer" if !$day_out; open OUTPUT, "> $cmd_file" or die "$cmd_file: $!"; my $oldfh = select OUTPUT; print "set term $gnuplot_terminal\n"; open_output; print "set grid\n"; print "set multiplot\n"; print "set lmargin 8\n"; print "set size 1, 0.34\n"; print "set origin 0, 0.66\n"; print "set title " . "\"Peer Summary for $peer on $identifier since $first_day\"\n"; print "set style data linespoints\n"; print "set ylabel \"[us]\"\n"; print "plot \"$out_file\" using 1:3 title \"mean offset\", "; print "\"$out_file\" using 1:3 smooth bezier " . "title \"(Bezier)\" with lines, "; print "\"$out_file\" using 1:(\$3-\$7/2) " . "title \"(sigma low)\" with lines, "; print "\"$out_file\" using 1:(\$3+\$7/2) " . "title \"(sigma high)\" with lines\n"; print "set title\n"; print "set origin 0, 0.34\n"; print "set size 1, 0.32\n"; print "set ylabel\n"; print "plot \"$out_file\" using 1:7 title \"dist\", "; print "\"$out_file\" using 1:7 smooth bezier " . "title \"(Bezier)\" with lines\n"; print "set origin 0, 0.00\n"; print "set size 1, 0.35\n"; print "set xlabel \"Days relative to 1970\"\n"; print "plot \"$out_file\" using 1:8 title \"disp\", "; print "\"$out_file\" using 1:8 smooth bezier " . "title \"(Bezier)\" with lines\n"; print "set nomultiplot\n"; maybe_add_pause; select $oldfh; close OUTPUT or die "close failed on $cmd_file: $!"; print `gnuplot $cmd_file`; unlink $cmd_file; unlink $out_file; } @plot_summary_opts@ 1; __END__