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watcher_arc.pl
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#!/usr/bin/perl -w
use strict;
use warnings;
use diagnostics;
use Switch;
use lib '/usr/local/bin/opsadmin/perl/';
use DBI;
use Data::Dumper;
use Getopt::Long qw(:config no_ignore_case bundling);
use XML::Simple;
use XML::XPath;
require "ctime.pl";
our $AUTHOR = 'John_Vossler@McAfee.com';
our $VERSION = 1.0;
our %flags = ();
$ENV{'PGPASSWORD'} = 'dbG0d'; # Export the postgres password
sub get_opts();
sub usage();
&get_opts();
if($flags{'debug'})
{
print "\nflags\n";
print Dumper(\%flags);
}
##
## Constants
##
my @tspans = (30,60,90,180);
##
## variables
##
my @record = ();
my @records = ();
my $line = ();
my $zoom = ();
my $seg = ();
my @segs = ();
my @ssegs = ();
my @lsegs = ();
my @list = ();
my @solrips1 = ();
my @solrips2 = ();
my $region = ();
my @regions = ();
my %seen = ();
my $ip = ();
my $table = ();
my $dest = ();
my $destsrv = ();
my $index = ();
my $nindex = ();
my $timestamp = ();
my $tspan = ();
my $sth = ();
my $dbh = ();
my $psqlcmd = ();
my @locs = ();
my $loc1 = ();
my $loc2 = ();
my $site1 = ();
my $site2 = ();
##
## Get config information for which regions to draw pretty pictures for from table names in DB
##
@regions = `/usr/bin/psql -At -U postgres watcher -c "select relname from pg_class where relname ~ '_arc_' order by relname" | awk -F\_ '{print \$1}'`;
###@regions = qw(anz);
chomp(@regions);
#
# Make the list of regions unique
#
undef %seen;
@regions = grep(!$seen{$_}++, @regions);
if ( $flags{'verbose'} )
{
print "\nlist of regions\n";
print Dumper \@regions;
}
##
## Now generate the graphics for the web site
##
##
## Create all the functions we will need for graph creation
##
#
# plot all data for solr segments
#
$dbh = DBI->connect("dbi:Pg:dbname=watcher;host=localhost","postgres","") || die $DBI::errstr;
if ( $flags{'verbose'} )
{
print "\nconnect status in dbh\n";
print Dumper $dbh;
}
# arg1 arg2 arg3 arg4 arg5 arg6
# select arc_solr_seg_plot('$seg', '$region', $tspan, '$loc1', '$loc2', $zoom)
$psqlcmd = "create or replace function arc_solr_seg_plot(varchar, varchar, integer, varchar, varchar, integer) returns void as \$\$
filename<-paste(\"\",arg2,\"-\",arg1,\"-\",arg3,\"-\",arg6,\".png\",sep=\"\");
ffilename<-paste(\"\",\"var\",\"www\",\"html\",\"watcher\",\"archiving\",filename,sep=\"/\");
png(ffilename,width = 1200*arg6,height = 1000*arg6,units = \"px\",pointsize = 16);
gstart<-format((Sys.time() - ((3600*24)*arg3)), \"%Y-%m-%d\");
gend<-format(Sys.time(), \"%Y-%m-%d\");
ticks<-arg3;
if (arg3 == 30) switch(arg6,ticks<-5,ticks<-10,ticks<-15,ticks<-15,ticks<-30);
if (arg3 == 60) switch(arg6,ticks<-5,ticks<-12,ticks<-20,ticks<-20,ticks<-30);
if (arg3 == 90) switch(arg6,ticks<-5,ticks<-12,ticks<-18,ticks<-22,ticks<-30);
if (arg3 == 180) switch(arg6,ticks<-5,ticks<-12,ticks<-20,ticks<-25,ticks<-30);
pertick<-as.integer(arg3/ticks);
dlabels<-c();
for ( x in (ticks:0))
{
lbint<-c(format(Sys.time() - (((3600*24)*arg3)*(x/ticks)), \"%m-%d\"));
dlabels<-c(c(dlabels), c(lbint));
}
par(mfrow=c(4,4),oma=c(5,0,3,0),cex.main=2);
# 1,1
query<<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.cid, (SELECT ingest24 FROM \",arg2,\"_arc_cid where \",arg2,\"_arc_cid.cid = ac1.cid and \",arg2,\"_arc_cid.epochtime=max(ac1.epochtime) and solrlabel ~ '\",arg1,\".solr.region-' ) as ingest24 from \",arg2,\"_arc_cid ac1 where epochtime between (now() - '\",arg3,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.ingest24) from dm group by 1 order by 1\",sep=\"\");
segplot<<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=\"ingest rate\",main=\"ingest/day\",xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
#1,2
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.cid, (SELECT ndx24 FROM \",arg2,\"_arc_cid where \",arg2,\"_arc_cid.cid = ac1.cid and \",arg2,\"_arc_cid.epochtime=max(ac1.epochtime) and solrlabel ~ '\",arg1,\".solr.region-' ) as ndx24 from \",arg2,\"_arc_cid ac1 where epochtime between (now() - '\",arg3,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.ndx24) from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=\"index rate\",main=\"index/day\",xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
#1,3
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.cid, (SELECT solrndxbklg FROM \",arg2,\"_arc_cid where \",arg2,\"_arc_cid.cid = ac1.cid and \",arg2,\"_arc_cid.epochtime=max(ac1.epochtime) and solrlabel ~ '\",arg1,\".solr.region-' ) as solrndxbklg from \",arg2,\"_arc_cid ac1 where epochtime between (now() - '\",arg3,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.solrndxbklg) from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=\"solr index backlog\",main=\"index backlog\",xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
#1,4
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.cid, (SELECT mscnt FROM \",arg2,\"_arc_cid where \",arg2,\"_arc_cid.cid = ac1.cid and \",arg2,\"_arc_cid.epochtime=max(ac1.epochtime) and solrlabel ~ '\",arg1,\".solr.region-' ) as mscnt from \",arg2,\"_arc_cid ac1 where epochtime between (now() - '\",arg3,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.mscnt) from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=\"Mail Sources\",main=\"number mail sources\",xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
#2,1
query<-paste(\"select max(sum) from (WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.cid, (SELECT ((coalesce(solrcnt[1],0)+coalesce(solrcnt[3],0)+coalesce(solrcnt[5],0)+coalesce(solrcnt[7],0)+coalesce(solrcnt[9],0))) FROM \",arg2,\"_arc_cid where \",arg2,\"_arc_cid.cid = ac1.cid and \",arg2,\"_arc_cid.epochtime=max(ac1.epochtime) and solrlabel ~ '\",arg1,\".solr.region-' ) as solrcnt from \",arg2,\"_arc_cid ac1 where epochtime between (now() - '\",arg3,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.solrcnt) from dm group by 1 order by 1) as foo\",sep=\"\");
maxcnt<-pg.spi.exec(query);
index<-1;
while ( maxcnt > 1000 )
{
index<-index*1000;
maxcnt<-maxcnt/1000;
}
divisor<-index;
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.cid, (SELECT ((coalesce(solrcnt[1],0)+coalesce(solrcnt[3],0)+coalesce(solrcnt[5],0)+coalesce(solrcnt[7],0)+coalesce(solrcnt[9],0))/\",divisor,\") FROM \",arg2,\"_arc_cid where \",arg2,\"_arc_cid.cid = ac1.cid and \",arg2,\"_arc_cid.epochtime=max(ac1.epochtime) and solrlabel ~ '\",arg1,\".solr.region-' ) as solrcnt from \",arg2,\"_arc_cid ac1 where epochtime between (now() - '\",arg3,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.solrcnt) from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=paste(\"solr count (\",divisor,\") - \",arg4,sep=\"\"),main=paste(\"\",arg4,\" solr cnt\",sep=\"\"),xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
#2,2
query<-paste(\"select max(sum) from (WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.cid, (SELECT ((coalesce(solrcnt[2],0)+coalesce(solrcnt[4],0)+coalesce(solrcnt[6],0)+coalesce(solrcnt[8],0)+coalesce(solrcnt[10],0))) FROM \",arg2,\"_arc_cid where \",arg2,\"_arc_cid.cid = ac1.cid and \",arg2,\"_arc_cid.epochtime=max(ac1.epochtime) and solrlabel ~ '\",arg1,\".solr.region-' ) as solrcnt from \",arg2,\"_arc_cid ac1 where epochtime between (now() - '\",arg3,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.solrcnt) from dm group by 1 order by 1) as foo\",sep=\"\");
maxcnt<-pg.spi.exec(query);
index<-1;
while ( maxcnt > 1000 )
{
index<-index*1000;
maxcnt<-maxcnt/1000;
}
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.cid, (SELECT ((coalesce(solrcnt[2],0)+coalesce(solrcnt[4],0)+coalesce(solrcnt[6],0)+coalesce(solrcnt[8],0)+coalesce(solrcnt[10],0))/\",divisor,\") FROM \",arg2,\"_arc_cid where \",arg2,\"_arc_cid.cid = ac1.cid and \",arg2,\"_arc_cid.epochtime=max(ac1.epochtime) and solrlabel ~ '\",arg1,\".solr.region-' ) as solrcnt from \",arg2,\"_arc_cid ac1 where epochtime between (now() - '\",arg3,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.solrcnt) from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=paste(\"solr count (\",divisor,\") - \",arg5,sep=\"\"),main=paste(\"\",arg5,\" solr cnt\",sep=\"\"),xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
#2,3
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.cid, (SELECT coalesce(solrej[1],0)+coalesce(solrej[3],0)+coalesce(solrej[5],0)+coalesce(solrej[7],0)+coalesce(solrej[9],0) FROM \",arg2,\"_arc_cid where \",arg2,\"_arc_cid.cid = ac1.cid and \",arg2,\"_arc_cid.epochtime=max(ac1.epochtime) and solrlabel ~ '\",arg1,\".solr.region-' ) as solrcnt from \",arg2,\"_arc_cid ac1 where epochtime between (now() - '\",arg3,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.solrcnt) from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=paste(\"solr rejects - \",arg4,sep=\"\"),main=paste(\"\",arg4,\" solr rejects\",sep=\"\"),xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
#2,4
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.cid, (SELECT coalesce(solrej[2],0)+coalesce(solrej[4],0)+coalesce(solrej[6],0)+coalesce(solrej[8],0)+coalesce(solrej[10],0) FROM \",arg2,\"_arc_cid where \",arg2,\"_arc_cid.cid = ac1.cid and \",arg2,\"_arc_cid.epochtime=max(ac1.epochtime) and solrlabel ~ '\",arg1,\".solr.region-' ) as solrcnt from \",arg2,\"_arc_cid ac1 where epochtime between (now() - '\",arg3,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.solrcnt) from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=paste(\"solr rejects - \",arg5,sep=\"\"),main=paste(\"\",arg5,\" solr rejects\",sep=\"\"),xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
#3,1
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.cid, (SELECT coalesce(sizemb[1],0)+coalesce(sizemb[3],0)+coalesce(sizemb[5],0)+coalesce(sizemb[7],0)+coalesce(sizemb[9],0) FROM \",arg2,\"_arc_cid where \",arg2,\"_arc_cid.cid = ac1.cid and \",arg2,\"_arc_cid.epochtime=max(ac1.epochtime) and solrlabel ~ '\",arg1,\".solr.region-' ) as solrcnt from \",arg2,\"_arc_cid ac1 where epochtime between (now() - '\",arg3,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.solrcnt) from dm group by 1 order by 1\",sep=\"\");
###pg.thrownotice(query);
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=paste(\"Size on Disk (MB) - \",arg4,sep=\"\"),main=paste(\"\",arg4,\" disk size\",sep=\"\"),xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
#3,2
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.cid, (SELECT coalesce(sizemb[2],0)+coalesce(sizemb[4],0)+coalesce(sizemb[6],0)+coalesce(sizemb[8],0)+coalesce(sizemb[10],0) FROM \",arg2,\"_arc_cid where \",arg2,\"_arc_cid.cid = ac1.cid and \",arg2,\"_arc_cid.epochtime=max(ac1.epochtime) and solrlabel ~ '\",arg1,\".solr.region-' ) as solrcnt from \",arg2,\"_arc_cid ac1 where epochtime between (now() - '\",arg3,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.solrcnt) from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=paste(\"Size on Disk (MB) - \",arg5,sep=\"\"),main=paste(\"\",arg5,\" disk size\",sep=\"\"),xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
#3,3
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.cid, (SELECT coalesce(severe[1],0)+coalesce(severe[3],0)+coalesce(severe[5],0)+coalesce(severe[7],0)+coalesce(severe[9],0) FROM \",arg2,\"_arc_cid where \",arg2,\"_arc_cid.cid = ac1.cid and \",arg2,\"_arc_cid.epochtime=max(ac1.epochtime) and solrlabel ~ '\",arg1,\".solr.region-' ) as solrcnt from \",arg2,\"_arc_cid ac1 where epochtime between (now() - '\",arg3,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.solrcnt) from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=paste(\"severe errors - \",arg4,sep=\"\"),main=paste(\"\",arg4,\" severe errors\",sep=\"\"),xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
#3,4
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.cid, (SELECT coalesce(severe[2],0)+coalesce(severe[4],0)+coalesce(severe[6],0)+coalesce(severe[8],0)+coalesce(severe[10],0) FROM \",arg2,\"_arc_cid where \",arg2,\"_arc_cid.cid = ac1.cid and \",arg2,\"_arc_cid.epochtime=max(ac1.epochtime) and solrlabel ~ '\",arg1,\".solr.region-' ) as solrcnt from \",arg2,\"_arc_cid ac1 where epochtime between (now() - '\",arg3,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.solrcnt) from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=paste(\"severe errors - \",arg5,sep=\"\"),main=paste(\"\",arg5,\" severe errors\",sep=\"\"),xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
#4,1
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.cid, (SELECT count(distinct cid) FROM \",arg2,\"_arc_cid where \",arg2,\"_arc_cid.cid = ac1.cid and \",arg2,\"_arc_cid.epochtime=max(ac1.epochtime) and solrlabel ~ '\",arg1,\".solr.region-' ) as numcid from \",arg2,\"_arc_cid ac1 where epochtime between (now() - '\",arg3,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.numcid) from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=\"number of cids\",main=\"Number of CIDs\",xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
#4,2
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.cid, (SELECT usrcnt FROM \",arg2,\"_arc_cid where \",arg2,\"_arc_cid.cid = ac1.cid and \",arg2,\"_arc_cid.epochtime=max(ac1.epochtime) and solrlabel ~ '\",arg1,\".solr.region-' ) as usrcnt from \",arg2,\"_arc_cid ac1 where epochtime between (now() - '\",arg3,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.usrcnt) from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=\"number of users\",main=\"Number of users\",xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
#4,3
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.cid, (SELECT masrej FROM \",arg2,\"_arc_cid where \",arg2,\"_arc_cid.cid = ac1.cid and \",arg2,\"_arc_cid.epochtime=max(ac1.epochtime) and solrlabel ~ '\",arg1,\".solr.region-' ) as masrej from \",arg2,\"_arc_cid ac1 where epochtime between (now() - '\",arg3,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.masrej) from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=\"mas rejects\",main=\"MAS Rejects\",xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
#4,4
#
title(paste(\"Segment \",arg1,\" Detailed Data - \",arg2,\" \",sep=\"\"), sub = paste(\"Generated:\",date(),\" \",sep=\"\"),outer=TRUE, col.main= \"red\", font.sub = 30, col.sub = \"blue\");
dev.off();
system(paste(\"chmod 644 \",ffilename,sep=\"\"));
par(mfrow=c(1,1));
\$\$ language plr;
" ;
$sth = $dbh->prepare($psqlcmd);
if ( $flags{'verbose'} )
{
print "\nsth - after prepare\n";
print Dumper $sth;
}
$sth->execute() || die $DBI::errstr;
if ( $flags{'verbose'} )
{
print "\nsth - after execute\n";
print Dumper $sth;
}
$sth->finish();
$dbh->disconnect();
#
# define graphs for the summary of all solr segments for each region
#
$dbh = DBI->connect("dbi:Pg:dbname=watcher;host=localhost","postgres","") || die $DBI::errstr;
{
print "\nconnect status in dbh\n";
print Dumper $dbh;
}
# select arc_solr_plot('', '$region', $tspan, '$loc1', '$loc2', $zoom)
$psqlcmd = "create or replace function arc_solr_plot(varchar, varchar, integer, varchar, varchar, integer) returns void as \$\$
filename<-paste(\"\",arg2,\"-sum-solr-segments-\",arg3,\"-\",arg6,\".png\",sep=\"\");
ffilename<-paste(\"\",\"var\",\"www\",\"html\",\"watcher\",\"archiving\",filename,sep=\"/\");
png(ffilename,width = 1200*arg6,height = 1000*arg6,units = \"px\",pointsize = 16);
gstart<-format((Sys.time() - ((3600*24)*arg3)), \"%Y-%m-%d\");
gend<-format(Sys.time(), \"%Y-%m-%d\");
ticks<-arg3;
if (arg3 == 30) switch(arg6,ticks<-5,ticks<-10,ticks<-15,ticks<-15,ticks<-30);
if (arg3 == 60) switch(arg6,ticks<-5,ticks<-12,ticks<-20,ticks<-20,ticks<-30);
if (arg3 == 90) switch(arg6,ticks<-5,ticks<-12,ticks<-18,ticks<-22,ticks<-30);
if (arg3 == 180) switch(arg6,ticks<-5,ticks<-12,ticks<-20,ticks<-25,ticks<-30);
pertick<-as.integer(arg3/ticks);
###pg.thrownotice(ticks);
###pg.thrownotice(pertick);
dlabels<-c();
for ( x in (ticks:0))
{
lbint<-c(format(Sys.time() - (((3600*24)*arg3)*(x/ticks)), \"%m-%d\"));
dlabels<-c(c(dlabels), c(lbint));
}
par(mfrow=c(4,4),oma=c(5,0,3,0),cex.main=2);
# 1,1
query<<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.cid, (SELECT ingest24 FROM \",arg2,\"_arc_cid where \",arg2,\"_arc_cid.cid = ac1.cid and \",arg2,\"_arc_cid.epochtime=max(ac1.epochtime) ) as ingest24 from \",arg2,\"_arc_cid ac1 where epochtime between (now() - '\",arg3,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.ingest24) from dm group by 1 order by 1\",sep=\"\");
segplot<<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
###plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=\"ingest rate\",main=\"ingest/day\");
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=\"ingest rate\",main=\"ingest/day\",xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
#1,2
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.cid, (SELECT ndx24 FROM \",arg2,\"_arc_cid where \",arg2,\"_arc_cid.cid = ac1.cid and \",arg2,\"_arc_cid.epochtime=max(ac1.epochtime) ) as ndx24 from \",arg2,\"_arc_cid ac1 where epochtime between (now() - '\",arg3,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.ndx24) from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=\"index rate\",main=\"index/day\",xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
#1,3
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.cid, (SELECT solrndxbklg FROM \",arg2,\"_arc_cid where \",arg2,\"_arc_cid.cid = ac1.cid and \",arg2,\"_arc_cid.epochtime=max(ac1.epochtime) ) as solrndxbklg from \",arg2,\"_arc_cid ac1 where epochtime between (now() - '\",arg3,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.solrndxbklg) from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=\"solr index backlog\",main=\"index backlog\",xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
#1,4
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.cid, (SELECT mscnt FROM \",arg2,\"_arc_cid where \",arg2,\"_arc_cid.cid = ac1.cid and \",arg2,\"_arc_cid.epochtime=max(ac1.epochtime) ) as mscnt from \",arg2,\"_arc_cid ac1 where epochtime between (now() - '\",arg3,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.mscnt) from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=\"Mail Sources\",main=\"number mail sources\",xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
#2,1
query<-paste(\"select max(sum) from (WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.cid, (SELECT ((coalesce(solrcnt[1],0)+coalesce(solrcnt[3],0)+coalesce(solrcnt[5],0)+coalesce(solrcnt[7],0)+coalesce(solrcnt[9],0))) FROM \",arg2,\"_arc_cid where \",arg2,\"_arc_cid.cid = ac1.cid and \",arg2,\"_arc_cid.epochtime=max(ac1.epochtime) ) as solrcnt from \",arg2,\"_arc_cid ac1 where epochtime between (now() - '\",arg3,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.solrcnt) from dm group by 1 order by 1) as foo\",sep=\"\");
maxcnt<-pg.spi.exec(query);
index<-1;
while ( maxcnt > 1000 )
{
index<-index*1000;
maxcnt<-maxcnt/1000;
}
divisor<-index;
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.cid, (SELECT ((coalesce(solrcnt[1],0)+coalesce(solrcnt[3],0)+coalesce(solrcnt[5],0)+coalesce(solrcnt[7],0)+coalesce(solrcnt[9],0))/\",divisor,\") FROM \",arg2,\"_arc_cid where \",arg2,\"_arc_cid.cid = ac1.cid and \",arg2,\"_arc_cid.epochtime=max(ac1.epochtime) ) as solrcnt from \",arg2,\"_arc_cid ac1 where epochtime between (now() - '\",arg3,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.solrcnt) from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=paste(\"solr count (\",divisor,\") - \",arg4,sep=\"\"),main=paste(\"\",arg4,\" solr cnt\",sep=\"\"),xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
#2,2
query<-paste(\"select max(sum) from (WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.cid, (SELECT ((coalesce(solrcnt[2],0)+coalesce(solrcnt[4],0)+coalesce(solrcnt[6],0)+coalesce(solrcnt[8],0)+coalesce(solrcnt[10],0))) FROM \",arg2,\"_arc_cid where \",arg2,\"_arc_cid.cid = ac1.cid and \",arg2,\"_arc_cid.epochtime=max(ac1.epochtime) ) as solrcnt from \",arg2,\"_arc_cid ac1 where epochtime between (now() - '\",arg3,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.solrcnt) from dm group by 1 order by 1) as foo\",sep=\"\");
maxcnt<-pg.spi.exec(query);
index<-1;
while ( maxcnt > 1000 )
{
index<-index*1000;
maxcnt<-maxcnt/1000;
}
divisor<-index;
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.cid, (SELECT ((coalesce(solrcnt[2],0)+coalesce(solrcnt[4],0)+coalesce(solrcnt[6],0)+coalesce(solrcnt[8],0)+coalesce(solrcnt[10],0))/\",divisor,\") FROM \",arg2,\"_arc_cid where \",arg2,\"_arc_cid.cid = ac1.cid and \",arg2,\"_arc_cid.epochtime=max(ac1.epochtime) ) as solrcnt from \",arg2,\"_arc_cid ac1 where epochtime between (now() - '\",arg3,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.solrcnt) from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=paste(\"solr count (\",divisor,\") - \",arg5,sep=\"\"),main=paste(\"\",arg5,\" solr cnt\",sep=\"\"),xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
#2,3
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.cid, (SELECT coalesce(solrej[1],0)+coalesce(solrej[3],0)+coalesce(solrej[5],0)+coalesce(solrej[7],0)+coalesce(solrej[9],0) FROM \",arg2,\"_arc_cid where \",arg2,\"_arc_cid.cid = ac1.cid and \",arg2,\"_arc_cid.epochtime=max(ac1.epochtime) ) as solrej from \",arg2,\"_arc_cid ac1 where epochtime between (now() - '\",arg3,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.solrej) from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=paste(\"solr rejects - \",arg4,sep=\"\"),main=paste(\"\",arg4,\" solr rejects\",sep=\"\"),xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
#2,4
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.cid, (SELECT coalesce(solrej[2],0)+coalesce(solrej[4],0)+coalesce(solrej[6],0)+coalesce(solrej[8],0)+coalesce(solrej[10],0) FROM \",arg2,\"_arc_cid where \",arg2,\"_arc_cid.cid = ac1.cid and \",arg2,\"_arc_cid.epochtime=max(ac1.epochtime) ) as solrej from \",arg2,\"_arc_cid ac1 where epochtime between (now() - '\",arg3,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.solrej) from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=paste(\"solr rejects - \",arg5,sep=\"\"),main=paste(\"\",arg5,\" solr rejects\",sep=\"\"),xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
#3,1
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.cid, (SELECT coalesce(sizemb[1],0)+coalesce(sizemb[3],0)+coalesce(sizemb[5],0)+coalesce(sizemb[7],0)+coalesce(sizemb[9],0) FROM \",arg2,\"_arc_cid where \",arg2,\"_arc_cid.cid = ac1.cid and \",arg2,\"_arc_cid.epochtime=max(ac1.epochtime) ) as sizemb from \",arg2,\"_arc_cid ac1 where epochtime between (now() - '\",arg3,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.sizemb) from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=paste(\"Size on Disk (MB) - \",arg4,sep=\"\"),main=paste(\"\",arg4,\" disk size\",sep=\"\"),xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
#3,2
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.cid, (SELECT coalesce(sizemb[2],0)+coalesce(sizemb[4],0)+coalesce(sizemb[6],0)+coalesce(sizemb[8],0)+coalesce(sizemb[10],0) FROM \",arg2,\"_arc_cid where \",arg2,\"_arc_cid.cid = ac1.cid and \",arg2,\"_arc_cid.epochtime=max(ac1.epochtime) ) as sizemb from \",arg2,\"_arc_cid ac1 where epochtime between (now() - '\",arg3,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.sizemb) from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=paste(\"Size on Disk (MB) - \",arg5,sep=\"\"),main=paste(\"\",arg5,\" disk size\",sep=\"\"),xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
#3,3
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.cid, (SELECT coalesce(severe[1],0)+coalesce(severe[3],0)+coalesce(severe[5],0)+coalesce(severe[7],0)+coalesce(severe[9],0) FROM \",arg2,\"_arc_cid where \",arg2,\"_arc_cid.cid = ac1.cid and \",arg2,\"_arc_cid.epochtime=max(ac1.epochtime) ) as severe from \",arg2,\"_arc_cid ac1 where epochtime between (now() - '\",arg3,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.severe) from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=paste(\"severe errors - \",arg4,sep=\"\"),main=paste(\"\",arg4,\" severe errors\",sep=\"\"),xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
#3,4
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.cid, (SELECT coalesce(severe[2],0)+coalesce(severe[4],0)+coalesce(severe[6],0)+coalesce(severe[8],0)+coalesce(severe[10],0) FROM \",arg2,\"_arc_cid where \",arg2,\"_arc_cid.cid = ac1.cid and \",arg2,\"_arc_cid.epochtime=max(ac1.epochtime) ) as severe from \",arg2,\"_arc_cid ac1 where epochtime between (now() - '\",arg3,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.severe) from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=paste(\"severe errors - \",arg5,sep=\"\"),main=paste(\"\",arg5,\" severe errors\",sep=\"\"),xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
#4,1
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.cid, (SELECT count(distinct cid) FROM \",arg2,\"_arc_cid where \",arg2,\"_arc_cid.cid = ac1.cid and \",arg2,\"_arc_cid.epochtime=max(ac1.epochtime) ) as numcid from \",arg2,\"_arc_cid ac1 where epochtime between (now() - '\",arg3,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.numcid) from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=\"number of cids\",main=\"Number of CIDs\",xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
#4,2
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.cid, (SELECT usrcnt FROM \",arg2,\"_arc_cid where \",arg2,\"_arc_cid.cid = ac1.cid and \",arg2,\"_arc_cid.epochtime=max(ac1.epochtime) ) as usrcnt from \",arg2,\"_arc_cid ac1 where epochtime between (now() - '\",arg3,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.usrcnt) from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=\"number of users\",main=\"Number of users\",xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
#4,3
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.cid, (SELECT masrej FROM \",arg2,\"_arc_cid where \",arg2,\"_arc_cid.cid = ac1.cid and \",arg2,\"_arc_cid.epochtime=max(ac1.epochtime) ) as masrej from \",arg2,\"_arc_cid ac1 where epochtime between (now() - '\",arg3,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.masrej) from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=\"mas rejects\",main=\"MAS Rejects\",xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
#4,4
#
title(paste(\"Summation over all Segments - \",arg2,\" \",sep=\"\"),sub = paste(\"Generated:\",date(),\" \",sep=\"\"),outer=TRUE, col.main= \"red\", font.sub = 30, col.sub = \"blue\");
dev.off();
system(paste(\"chmod 644 \",ffilename,sep=\"\"));
par(mfrow=c(1,1));
\$\$ language plr;
" ;
$sth = $dbh->prepare($psqlcmd);
if ( $flags{'verbose'} )
{
print "\nsth - after prepare\n";
print Dumper $sth;
}
$sth->execute() || die $DBI::errstr;
if ( $flags{'verbose'} )
{
print "\nsth - after execute\n";
print Dumper $sth;
}
$sth->finish();
$dbh->disconnect();
#
# Individual server pair data
#
$dbh = DBI->connect("dbi:Pg:dbname=watcher;host=localhost","postgres","") || die $DBI::errstr;
if ( $flags{'verbose'} )
{
print "\nconnect status in dbh for arc_srv_detail_plot\n";
print Dumper $dbh;
}
#arg1 arg2 arg3 arg4 arg5 arg6 arg7
#'$region', $tspan, '$loc1', '$loc2', '$solrips1[$num]', '$solrips2[$num] $zoom'
$psqlcmd = "create or replace function arc_srv_detail_plot(varchar, integer, varchar, varchar, varchar, varchar, integer) returns void as \$\$
filename<-paste(\"\",arg1,\"-\",arg5,\"-\",arg6,\"-\",arg2,\"-\",arg7,\".png\",sep=\"\");
ffilename<-paste(\"\",\"var\",\"www\",\"html\",\"watcher\",\"archiving\",filename,sep=\"/\");
png(ffilename,width = 1200*arg7,height = 1000*arg7,units = \"px\",pointsize = 16);
gstart<-format((Sys.time() - ((3600*24)*arg2)), \"%Y-%m-%d\");
gend<-format(Sys.time(), \"%Y-%m-%d\");
ticks<-arg2;
if (arg2 == 30) switch(arg7,ticks<-5,ticks<-10,ticks<-15,ticks<-15,ticks<-30);
if (arg2 == 60) switch(arg7,ticks<-5,ticks<-12,ticks<-20,ticks<-20,ticks<-30);
if (arg2 == 90) switch(arg7,ticks<-5,ticks<-12,ticks<-18,ticks<-22,ticks<-30);
if (arg2 == 180) switch(arg7,ticks<-5,ticks<-12,ticks<-20,ticks<-25,ticks<-30);
pertick<-as.integer(arg2/ticks);
dlabels<-c();
for ( x in (ticks:0))
{
lbint<-c(format(Sys.time() - (((3600*24)*arg2)*(x/ticks)), \"%m-%d\"));
dlabels<-c(c(dlabels), c(lbint));
}
par(mfrow=c(2,3),oma=c(5,0,3,0),cex.main=2);
# 1,1
query<<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.srv_ip, (SELECT dnscnt FROM \",arg1,\"_arc_server where \",arg1,\"_arc_server.srv_ip = ac1.srv_ip and \",arg1,\"_arc_server.epochtime=max(ac1.epochtime) and srv_ip='\",arg5,\"' ) as dnscnt from \",arg1,\"_arc_server ac1 where epochtime between (now() - '\",arg2,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.dnscnt) from dm group by 1 order by 1\",sep=\"\");
segplot<<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=\"DNSdirector count\",main=paste(\"\",arg3,\" DNSdirector count\",sep=\"\"),xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
# 1,2
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.srv_ip, (SELECT dircnt FROM \",arg1,\"_arc_server where \",arg1,\"_arc_server.srv_ip = ac1.srv_ip and \",arg1,\"_arc_server.epochtime=max(ac1.epochtime) and srv_ip='\",arg5,\"' ) as dircnt from \",arg1,\"_arc_server ac1 where epochtime between (now() - '\",arg2,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.dircnt) from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=\"Disk dir count\",main=paste(\"\",arg3,\" Disk dir count\",sep=\"\"),xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
# 1,3
# get the data for the free disk line
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.srv_ip, (SELECT diskfree FROM \",arg1,\"_arc_server where \",arg1,\"_arc_server.srv_ip = ac1.srv_ip and \",arg1,\"_arc_server.epochtime=max(ac1.epochtime) and srv_ip='\",arg5,\"' )/1024.0 as diskfree from \",arg1,\"_arc_server ac1 where epochtime between (now() - '\",arg2,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, coalesce(sum(dm.diskfree),0) as sum from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
# get min and max y axis for this graph
query<-paste(\"WITH dn as (WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.srv_ip, (SELECT diskfree FROM \",arg1,\"_arc_server where \",arg1,\"_arc_server.srv_ip = ac1.srv_ip and \",arg1,\"_arc_server.epochtime=max(ac1.epochtime) and srv_ip='\",arg5,\"' )/1024.0 as diskfree from \",arg1,\"_arc_server ac1 where epochtime between (now() - '\",arg2,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, coalesce(sum(dm.diskfree),0) as sum from dm group by 1 order by 1) select sum from dn\",sep=\"\");
dmin<-min(pg.spi.exec(query));
dmax<-max(pg.spi.exec(query));
###pg.thrownotice(query);
###pg.thrownotice(dmin);
###pg.thrownotice(dmax);
# get the solr label that this IP address is in
query<-paste(\"select distinct(solrlabel) from \",arg1,\"_arc_cid where '\",arg5,\"' = ANY (solrips) and epochtime between (now() - '\",arg2,\" days'::interval) and (now() - '6 hours'::interval) limit 1\",sep=\"\");
slabel<-pg.spi.exec(query);
###loct<-unlist(strsplit(arg5,split=\".\",fixed=TRUE))[[4]];
# get the index for the solr IP address so we can index into the free disk and solr sizes
query<-paste(\"select solrips from \",arg1,\"_arc_cid where '\",arg5,\"' = ANY (solrips) and epochtime between (now() - '\",arg2,\" days'::interval) and (now() - '6 hours'::interval) order by epochtime desc limit 1\",sep=\"\");
solrips<-unlist(pg.spi.exec(query));
###pg.thrownotice(length(solrips));
###pg.thrownotice(arg5);
###pg.thrownotice(solrips);
###pg.thrownotice(solrips[1]);
###pg.thrownotice(solrips[2]);
for (mbindex in 1:length(solrips))
{
###pg.thrownotice(solrips[mbindex]);
if ( arg5 == solrips[mbindex] )
{
index<-mbindex
}
}
###pg.thrownotice(index);
# get largest core for this solr label x 0.5
query<-paste(\"SELECT date_trunc('day', epochtime)::date, ((max(coalesce(sizemb[\",index,\"],0))*0.5)/1024.0) as maxi from \",arg1,\"_arc_cid where solrlabel ~'\",slabel,\"' and epochtime between (now() - '\",arg2,\" days'::interval) and (now() - '6 hours'::interval) group by 1 order by 1\",sep=\"\");
segplot2<-pg.spi.exec(query);
segplot2\$date_trunc<-as.Date(segplot2\$date_trunc);
# get min and max y axis value for this graph
query<-paste(\"WITH dm as (SELECT date_trunc('day', epochtime)::date, ((max(coalesce(sizemb[\",index,\"],0))*0.5)/1024.0) as maxi from \",arg1,\"_arc_cid where solrlabel ~'\",slabel,\"' and epochtime between (now() - '\",arg2,\" days'::interval) and (now() - '6 hours'::interval) group by 1 order by 1) select dm.maxi from dm\",sep=\"\");
omin<-min(pg.spi.exec(query),na.rm = TRUE);
omax<-max(pg.spi.exec(query),na.rm = TRUE);
###pg.thrownotice(query);
###pg.thrownotice(omin);
###pg.thrownotice(omax);
#### # get largest core for this solr label x 0.5
#### query<-paste(\"SELECT date_trunc('day', epochtime)::date, ((max(sizemb1)*0.5)/1024.0) as maxi from \",arg1,\"_arc_cid where solrlabel ~'\",slabel,\"' and epochtime between (now() - '\",arg2,\" days'::interval) and (now() - '6 hours'::interval) group by 1 order by 1\",sep=\"\");
#### segplot2<-pg.spi.exec(query);
#### segplot2\$date_trunc<-as.Date(segplot2\$date_trunc);
####
#### # get min and max y axis value for this graph
#### query<-paste(\"WITH dm as (SELECT date_trunc('day', epochtime)::date, ((max(sizemb1)*0.5)/1024.0) as maxi from \",arg1,\"_arc_cid where solrlabel ~'\",slabel,\"' and epochtime between (now() - '\",arg2,\" days'::interval) and (now() - '6 hours'::interval) group by 1 order by 1) select dm.maxi from dm\",sep=\"\");
#### omin<-min(pg.spi.exec(query));
#### omax<-max(pg.spi.exec(query));
# set the absolute y axis min and max values
ymin<-min(omin,dmin)*0.8;
ymax<-max(omax,dmax);
###pg.thrownotice(ymin);
###pg.thrownotice(ymax);
plot(segplot,lty=1,lwd=2,type=\"l\",pch=20,col=\"blue\",xlab=\"date\",ylab=\"Free disk space (GB)\",ylim=c(ymin,ymax),main=paste(\"\",arg3,\" Free disk space\",sep=\"\"),xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
par(\"new\"=TRUE);
plot(segplot2,lty=2,lwd=2,type=\"l\",pch=20,col=\"red\",xlab=\"date\",ylab=\"Free disk space (GB)\",ylim=c(ymin,ymax),main=paste(\"\",arg3,\" Free disk space\",sep=\"\"),xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
legend(\"bottom\",c(\"Available\",\"Required to Optimize\"),col=c(\"blue\",\"red\"),lty=c(1,2));
# 2,1
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.srv_ip, (SELECT dnscnt FROM \",arg1,\"_arc_server where \",arg1,\"_arc_server.srv_ip = ac1.srv_ip and \",arg1,\"_arc_server.epochtime=max(ac1.epochtime) and srv_ip='\",arg5,\"' ) as dnscnt from \",arg1,\"_arc_server ac1 where epochtime between (now() - '\",arg2,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.dnscnt) from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=\"DNSdirector count\",main=paste(\"\",arg4,\" DNSdirector count\",sep=\"\"),xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
# 2,2
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.srv_ip, (SELECT dircnt FROM \",arg1,\"_arc_server where \",arg1,\"_arc_server.srv_ip = ac1.srv_ip and \",arg1,\"_arc_server.epochtime=max(ac1.epochtime) and srv_ip='\",arg5,\"' ) as dircnt from \",arg1,\"_arc_server ac1 where epochtime between (now() - '\",arg2,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, sum(dm.dircnt) from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=\"Disk dir count\",main=paste(\"\",arg4,\" Disk dir count\",sep=\"\"),xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
# 2,3
# get the data for the free disk line
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.srv_ip, (SELECT diskfree FROM \",arg1,\"_arc_server where \",arg1,\"_arc_server.srv_ip = ac1.srv_ip and \",arg1,\"_arc_server.epochtime=max(ac1.epochtime) and srv_ip='\",arg6,\"' )/1024.0 as diskfree from \",arg1,\"_arc_server ac1 where epochtime between (now() - '\",arg2,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, coalesce(sum(dm.diskfree),0) as sum from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
# get min and max y axis for this graph
query<-paste(\"WITH dn as (WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.srv_ip, (SELECT diskfree FROM \",arg1,\"_arc_server where \",arg1,\"_arc_server.srv_ip = ac1.srv_ip and \",arg1,\"_arc_server.epochtime=max(ac1.epochtime) and srv_ip='\",arg6,\"' )/1024.0 as diskfree from \",arg1,\"_arc_server ac1 where epochtime between (now() - '\",arg2,\" days'::interval) and (now() - '6 hours'::interval) group by 1,3) SELECT dm.date_trunc::date, coalesce(sum(dm.diskfree),0) as sum from dm group by 1 order by 1) select sum from dn\",sep=\"\");
dmin<-min(pg.spi.exec(query));
dmax<-max(pg.spi.exec(query));
# get the solr label that this IP address is in
query<-paste(\"select distinct(solrlabel) from \",arg1,\"_arc_cid where '\",arg6,\"' = ANY (solrips) and epochtime between (now() - '\",arg2,\" days'::interval) and (now() - '6 hours'::interval) limit 1\",sep=\"\");
slabel<-pg.spi.exec(query);
###loct<-unlist(strsplit(arg6,split=\".\",fixed=TRUE))[[4]];
# get the index for the solr IP address so we can index into the free disk and solr sizes
query<-paste(\"select solrips from \",arg1,\"_arc_cid where '\",arg6,\"' = ANY (solrips) and epochtime between (now() - '\",arg2,\" days'::interval) and (now() - '6 hours'::interval) order by epochtime desc limit 1\",sep=\"\");
solrips<-unlist(pg.spi.exec(query));
for (mbindex in 1:length(solrips))
{
###pg.thrownotice(solrips[mbindex]);
if ( arg6 == solrips[mbindex] )
{
index<-mbindex
}
}
###pg.thrownotice(index);
###pg.thrownotice(query);
# get largest core for this solr label x 0.5
query<-paste(\"SELECT date_trunc('day', epochtime)::date, ((max(coalesce(sizemb[\",index,\"]))*0.5)/1024.0) as maxi from \",arg1,\"_arc_cid where solrlabel ~'\",slabel,\"' and epochtime between (now() - '\",arg2,\" days'::interval) and (now() - '6 hours'::interval) group by 1 order by 1\",sep=\"\");
segplot2<-pg.spi.exec(query);
segplot2\$date_trunc<-as.Date(segplot2\$date_trunc);
###pg.thrownotice(query);
# get min and max y axis value for this graph
query<-paste(\"WITH dm as (SELECT date_trunc('day', epochtime)::date, ((max(coalesce(sizemb[\",index,\"]))*0.5)/1024.0) as maxi from \",arg1,\"_arc_cid where solrlabel ~'\",slabel,\"' and epochtime between (now() - '\",arg2,\" days'::interval) and (now() - '6 hours'::interval) group by 1 order by 1) select dm.maxi from dm\",sep=\"\");
omin<-min(pg.spi.exec(query),na.rm = TRUE);
omax<-max(pg.spi.exec(query),na.rm = TRUE);
#### # get largest core for this solr label x 0.5
#### query<-paste(\"SELECT date_trunc('day', epochtime)::date, ((max(sizemb2)*0.5)/1024.0) as maxi from \",arg1,\"_arc_cid where solrlabel ~'\",slabel,\"' and epochtime between (now() - '\",arg2,\" days'::interval) and (now() - '6 hours'::interval) group by 1 order by 1\",sep=\"\");
#### segplot2<-pg.spi.exec(query);
#### segplot2\$date_trunc<-as.Date(segplot2\$date_trunc);
####
#### # get min and max y axis value for this graph
#### query<-paste(\"WITH dm as (SELECT date_trunc('day', epochtime)::date, ((max(sizemb2)*0.5)/1024.0) as maxi from \",arg1,\"_arc_cid where solrlabel ~'\",slabel,\"' and epochtime between (now() - '\",arg2,\" days'::interval) and (now() - '6 hours'::interval) group by 1 order by 1) select dm.maxi from dm\",sep=\"\");
#### omin<-min(pg.spi.exec(query));
#### omax<-max(pg.spi.exec(query));
###pg.thrownotice(query);
# set the absolute y axis min and max values
ymin<-min(omin,dmin)*0.8;
ymax<-max(omax,dmax);
plot(segplot,lty=1,lwd=2,type=\"l\",pch=20,col=\"blue\",xlab=\"date\",ylab=\"Free disk space (GB)\",ylim=c(ymin,ymax),main=paste(\"\",arg4,\" Free disk space\",sep=\"\"),xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
par(\"new\"=TRUE);
plot(segplot2,lty=2,lwd=2,type=\"l\",pch=20,col=\"red\",xlab=\"date\",ylab=\"Free disk space (GB)\",ylim=c(ymin,ymax),main=paste(\"\",arg4,\" Free disk space\",sep=\"\"),xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
legend(\"bottom\",c(\"Available\",\"Required to Optimize\"),col=c(\"blue\",\"red\"),lty=c(1,2));
title(paste(\"Server pairs \",arg5,\"-\",arg6,\" detailed data - \",arg1,\" \",sep=\"\"),sub = paste(\"Generated:\",date(),\" \",sep=\"\"),outer=TRUE, col.main= \"red\", font.sub = 30, col.sub = \"blue\");
dev.off();
system(paste(\"chmod 644 \",ffilename,sep=\"\"));
par(mfrow=c(1,1));
\$\$ language plr;
" ;
$sth = $dbh->prepare($psqlcmd);
if ( $flags{'verbose'} )
{
print "\nsth - after prepare\n";
print Dumper $sth;
}
$sth->execute() || die $DBI::errstr;
if ( $flags{'verbose'} )
{
print "\nsth - after execute\n";
print Dumper $sth;
}
$sth->finish();
$dbh->disconnect();
#
# Summary server data
#
$dbh = DBI->connect("dbi:Pg:dbname=watcher;host=localhost","postgres","") || die $DBI::errstr;
if ( $flags{'verbose'} )
{
print "\nconnect status in dbh\n";
print Dumper $dbh;
}
# arc_srv_summary_plot('$region', $tspan, '$loc1', '$loc2', $zoom)
$psqlcmd = "create or replace function arc_srv_summary_plot(varchar, integer, varchar, varchar, integer) returns void as \$\$
filename<-paste(\"\",arg1,\"-sum-servers-\",arg2,\"-\",arg5,\".png\",sep=\"\");
ffilename<-paste(\"\",\"var\",\"www\",\"html\",\"watcher\",\"archiving\",filename,sep=\"/\");
png(ffilename,width = 1200*arg5,height = 1000*arg5,units = \"px\",pointsize = 16);
gstart<-format((Sys.time() - ((3600*24)*arg2)), \"%Y-%m-%d\");
gend<-format(Sys.time(), \"%Y-%m-%d\");
ticks<-arg2;
if (arg2 == 30) switch(arg5,ticks<-5,ticks<-10,ticks<-15,ticks<-15,ticks<-30);
if (arg2 == 60) switch(arg5,ticks<-5,ticks<-12,ticks<-20,ticks<-20,ticks<-30);
if (arg2 == 90) switch(arg5,ticks<-5,ticks<-12,ticks<-18,ticks<-22,ticks<-30);
if (arg2 == 180) switch(arg5,ticks<-5,ticks<-12,ticks<-20,ticks<-25,ticks<-30);
pertick<-as.integer(arg2/ticks);
###pg.thrownotice(ticks);
###pg.thrownotice(pertick);
dlabels<-c();
for ( x in (ticks:0))
{
lbint<-c(format(Sys.time() - (((3600*24)*arg2)*(x/ticks)), \"%m-%d\"));
dlabels<-c(c(dlabels), c(lbint));
}
par(mfrow=c(2,3),oma=c(5,0,3,0),cex.main=2);
# 1,1
query<<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.srv_ip, (SELECT dnscnt FROM \",arg1,\"_arc_server where \",arg1,\"_arc_server.srv_ip = ac1.srv_ip and \",arg1,\"_arc_server.epochtime=max(ac1.epochtime) ) as dnscnt from \",arg1,\"_arc_server ac1 where epochtime between (now() - '\",arg2,\" days'::interval) and (now() - '6 hours'::interval) and datacenter = '\",arg3,\"' group by 1,3) SELECT dm.date_trunc::date, sum(dm.dnscnt) from dm group by 1 order by 1\",sep=\"\");
segplot<<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=\"DNSdirector count\",main=paste(\"\",arg3,\" DNSdirector count\",sep=\"\"),xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
# 1,2
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.srv_ip, (SELECT dircnt FROM \",arg1,\"_arc_server where \",arg1,\"_arc_server.srv_ip = ac1.srv_ip and \",arg1,\"_arc_server.epochtime=max(ac1.epochtime) ) as dircnt from \",arg1,\"_arc_server ac1 where epochtime between (now() - '\",arg2,\" days'::interval) and (now() - '6 hours'::interval) and datacenter = '\",arg3,\"' group by 1,3) SELECT dm.date_trunc::date, sum(dm.dircnt) from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=\"Disk dir count\",main=paste(\"\",arg3,\" Disk dir count\",sep=\"\"),xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
# 1,3
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.srv_ip, (SELECT diskfree FROM \",arg1,\"_arc_server where \",arg1,\"_arc_server.srv_ip = ac1.srv_ip and \",arg1,\"_arc_server.epochtime=max(ac1.epochtime) )/1024.0 as diskfree from \",arg1,\"_arc_server ac1 where epochtime between (now() - '\",arg2,\" days'::interval) and (now() - '6 hours'::interval) and datacenter = '\",arg3,\"' group by 1,3) SELECT dm.date_trunc::date, sum(dm.diskfree) from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=\"Free disk space (GB)\",main=paste(\"\",arg3,\" Free disk space\",sep=\"\"),xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
# 2,1
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.srv_ip, (SELECT dnscnt FROM \",arg1,\"_arc_server where \",arg1,\"_arc_server.srv_ip = ac1.srv_ip and \",arg1,\"_arc_server.epochtime=max(ac1.epochtime) ) as dnscnt from \",arg1,\"_arc_server ac1 where epochtime between (now() - '\",arg2,\" days'::interval) and (now() - '6 hours'::interval) and datacenter = '\",arg4,\"' group by 1,3) SELECT dm.date_trunc::date, sum(dm.dnscnt) from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=\"DNSdirector count\",main=paste(\"\",arg4,\" DNSdirector count\",sep=\"\"),xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
# 2,2
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.srv_ip, (SELECT dircnt FROM \",arg1,\"_arc_server where \",arg1,\"_arc_server.srv_ip = ac1.srv_ip and \",arg1,\"_arc_server.epochtime=max(ac1.epochtime) ) as dircnt from \",arg1,\"_arc_server ac1 where epochtime between (now() - '\",arg2,\" days'::interval) and (now() - '6 hours'::interval) and datacenter = '\",arg4,\"' group by 1,3) SELECT dm.date_trunc::date, sum(dm.dircnt) from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=\"Disk dir count\",main=paste(\"\",arg4,\"Disk dir count\",sep=\"\"),xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
# 2,3
query<-paste(\"WITH dm as (SELECT date_trunc('day', ac1.epochtime), max(ac1.epochtime) epochtime, ac1.srv_ip, (SELECT diskfree FROM \",arg1,\"_arc_server where \",arg1,\"_arc_server.srv_ip = ac1.srv_ip and \",arg1,\"_arc_server.epochtime=max(ac1.epochtime) )/1024.0 as diskfree from \",arg1,\"_arc_server ac1 where epochtime between (now() - '\",arg2,\" days'::interval) and (now() - '6 hours'::interval) and datacenter = '\",arg4,\"' group by 1,3) SELECT dm.date_trunc::date, sum(dm.diskfree) from dm group by 1 order by 1\",sep=\"\");
segplot<-pg.spi.exec(query);
segplot\$date_trunc<-as.Date(segplot\$date_trunc);
plot(segplot,col=\"red\",pch=20,type=\"p\",xlab=\"date\",ylab=\"Free disk space (GB)\",main=paste(\"\",arg4,\" Free disk space\",sep=\"\"),xlim=c(as.Date(gstart),as.Date(gend)),xaxt=\"n\");
axis(1,xaxp=c(as.Date(gstart),as.Date(gend),pertick),at=seq(as.Date(gstart),as.Date(gend),by=pertick),labels=c(dlabels));
lines(segplot,col=\"blue\",type=\"l\");
title(paste(\"Server pairs summary data - \",arg1,\" \",sep=\"\"),sub = paste(\"Generated:\",date(),\" \",sep=\"\"),outer=TRUE, col.main= \"red\", font.sub = 30, col.sub = \"blue\");
dev.off();
system(paste(\"chmod 644 \",ffilename,sep=\"\"));
par(mfrow=c(1,1));
\$\$ language plr;
" ;
$sth = $dbh->prepare($psqlcmd);
if ( $flags{'verbose'} )
{
print "\nsth - after prepare\n";
print Dumper $sth;
}
$sth->execute() || die $DBI::errstr;
if ( $flags{'verbose'} )
{
print "\nsth - after execute\n";
print Dumper $sth;
}
$sth->finish();
$dbh->disconnect();
##
## Now call the various functions with all appropriate data for each picture
##
foreach $region (@regions)
{
#switch ($region)
#{
#case "US1"
#{
#$loc1="Englewood";
#$loc2="Denver";
#}
#case "US2"
#{
#$loc1="Englewood";
#$loc2="Denver";
#}
#}
foreach $tspan (@tspans)
{
foreach $zoom (1..5)
{
$dest = "$region" . "_arc_cid";
$destsrv = "$region" . "_arc_server";
@lsegs = `/usr/bin/psql -At -U postgres watcher -c "select distinct(solrlabel) from $dest where epochtime between (now() - '$tspan days'::interval) and (now() - '6 hours'::interval)"`;
chomp(@lsegs);
#
# Make the list of long segments unique
#
undef %seen;
@lsegs = grep(!$seen{$_}++, @lsegs);
if ( $flags{'verbose'} )
{
print "\nlong segments\n";
print Dumper \@lsegs;
}
@ssegs = ();
foreach $seg (@lsegs)
{
if ( $seg ne "" )
{
@list = split("\\.",$seg);
push(@ssegs,$list[0]);
}
}
chomp(@ssegs);
#
# Make the list of short segments unique
#
undef %seen;
@ssegs = grep(!$seen{$_}++, @ssegs);
if ( $flags{'verbose'} )
{
print "\nshort segments\n";
print Dumper \@ssegs;
}
@locs = `/usr/bin/psql -At -U postgres watcher -c "select distinct datacenter from $destsrv where epochtime between (now() - '160 days'::interval) and now() order by datacenter desc"`;
chomp(@locs);
$site1 = (split(/\./,`/usr/bin/psql -At -U postgres watcher -c "select distinct(srv_ip) from $destsrv where epochtime between (now() - '160 days'::interval) and now() and datacenter='$locs[0]' limit 1"`))[1];
$site2 = (split(/\./,`/usr/bin/psql -At -U postgres watcher -c "select distinct(srv_ip) from $destsrv where epochtime between (now() - '160 days'::interval) and now() and datacenter='$locs[1]' limit 1"`))[1];
if ( $flags{'verbose'} )
{
print "\nsite 1 number\n";
print Dumper $site1;
print "\nsite 2 number\n";
print Dumper $site2;
}
if ( $site1 <= $site2 )
{
$loc1 = $locs[0];
chomp($loc1);
$loc2 = $locs[1];
chomp($loc2);
}
else