Mercurial > repos > other > Puppet
view common/logwatch/scripts_mysql @ 174:1457b5365c79 puppet-3.6
Add extra headers for improved security practice
author | IBBoard <dev@ibboard.co.uk> |
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date | Sat, 03 Mar 2018 14:20:06 +0000 |
parents | 956e484adc12 |
children |
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#!/usr/bin/perl -w # # $Id$ # # Logwatch service for mysqld error log # To be placed in # /etc/logwatch/scripts/mysql # # Processes all messages and summarizes them # Each message is given with a timestamp and RMS # # (C) 2006 by Jeremias Reith <jr@terragate.net> # Modified 2009 by Michael Baierl use strict; use Logwatch ':dates'; use Time::Local; use POSIX qw(strftime); my $date_format = '%y%m%d %H:%M:%S'; my $filter = TimeFilter($date_format); my $detail = exists $ENV{'LOGWATCH_DETAIL_LEVEL'} ? $ENV{'LOGWATCH_DETAIL_LEVEL'} : 0; # we do not use any Date:: package (or strptime) as they are probably not available my %month2num = ( Jan => 0, Feb => 1, Mar => 2, Apr => 3, May => 4, Jun => 5, Jul => 6, Aug => 7, Sep => 8, Oct => 9, Nov => 10, Dec => 11 ); # array of message categories (we do not use a hash to keep the order) # first element: catorory name # second element: matching regexp ($1 should contain the message) # third element: anonymous hash ref (stores message counts) my @message_categories = (['Errors', qr/\[ERROR\] (.*)$/o, {}], ['Note', qr/\[Note\] (.*)$/o, {}], ['Other', qr/(.*)$/o, {}]); # counting messages while(<>) { my $line = $_; # skipping messages that are not within the requested range next unless $line =~ /^($filter)/o; $1 =~ /(\d\d)(\d\d)(\d\d)\s+(\d+):(\d+):(\d+)/; my $time; { # timelocal is quite chatty local $SIG{'__WARN__'} = sub {}; $time = timelocal($6, $5, $4, $3, $2-1, $1); } foreach my $cur_cat (@message_categories) { if($line =~ /$cur_cat->[1]/) { my $msgs = $cur_cat->[2]; $msgs->{$1} = {count => '0', first_occurrence => $time, sum => 0, sqrsum => 0} unless exists $msgs->{$1}; $msgs->{$1}->{'count'}++; # summing up timestamps and squares of timestamps # in order to calculate the rms # using first occurrence of message as offset in calculation to # prevent an integer overflow $msgs->{$1}->{'sum'} += $time - $msgs->{$1}->{'first_occurrence'}; $msgs->{$1}->{'sqrsum'} += ($time - $msgs->{$1}->{'first_occurrence'}) ** 2; last; } } } # generating summary foreach my $cur_cat (@message_categories) { # skipping non-requested message types next unless keys %{$cur_cat->[2]}; my ($name, undef, $msgs) = @{$cur_cat}; print $name, ":\n"; my $last_count = 0; # sorting messages by count my @sorted_msgs = sort { $msgs->{$b}->{'count'} <=> $msgs->{$a}->{'count'} } keys %{$msgs}; foreach my $msg (@sorted_msgs) { # grouping messages by number of occurrence print "\n", $msgs->{$msg}->{'count'}, " times:\n" unless $last_count == $msgs->{$msg}->{'count'}; my $rms = 0; # printing timestamp print '['; if($msgs->{$msg}->{'count'} > 1) { # calculating rms $rms = int(sqrt( ($msgs->{$msg}->{'count'} * $msgs->{$msg}->{'sqrsum'} - $msgs->{$msg}->{'sum'}) / ($msgs->{$msg}->{'count'} * ($msgs->{$msg}->{'count'} - 1)))); print strftime($date_format, localtime($msgs->{$msg}->{'first_occurrence'}+int($rms/2))); print ' +/-'; # printing rms if($rms > 86400) { print int($rms/86400) , ' day(s)'; } elsif($rms > 3600) { print int($rms/3600) , ' hour(s)'; } elsif($rms > 60) { print int($rms/60) , ' minute(s)'; } else { print $rms, ' seconds'; } } else { # we have got this message a single time print strftime($date_format, localtime($msgs->{$msg}->{'first_occurrence'})); } print '] ', $msg, "\n"; $last_count = $msgs->{$msg}->{'count'}; } print "\n"; }