'timesync-msg' => q{timediff=$1 DB=$2 Local=$3},
'trigger-msg' => q{Disabled triggers: $1},
'txnidle-msg' => q{longest idle in txn: $1s$2 $3},
- 'txnidle-for-msg' => q{$1 idle transactions longer than $2s, longest: $3s $4},
+ 'txnidle-for-msg' => q{$1 idle transactions longer than $2s, longest: $3s$4 $5},
'txnidle-count-msg' => q{Total idle in transaction: $1},
'txnidle-none' => q{no idle in transaction},
'txnidle-count-none' => q{not more than $1 idle in transaction},
'timesync-msg' => q{timediff=$1 Base de données=$2 Local=$3},
'trigger-msg' => q{Triggers désactivés : $1},
'txnidle-msg' => q{transaction en attente la plus longue : $1s$2 $3},
-'txnidle-for-msg' => q{$1 idle transactions longer than $2s, longest: $3s},
+'txnidle-for-msg' => q{$1 idle transactions longer than $2s, longest: $3s$4 $5},
'txnidle-count-msg' => q{Total idle in transaction: $1},
'txnidle-count-none' => q{not more than $1 idle in transaction},
'txnidle-none' => q{Aucun processus en attente dans une transaction},
sub check_txn_idle {
- ## Check the length and optionally number of "idle in transaction"
- ## connections
+ ## Check the duration and optionally number of "idle in transaction" processes
## Supports: Nagios, MRTG
## It makes no sense to run this more than once on the same cluster
- ## Warning and critical are time limits or counts for time limits -
- ## default to seconds
+ ## Warning and critical are time limits or counts for time limits - default to seconds
## Valid time units: s[econd], m[inute], h[our], d[ay]
- ## Valid counts for time limits: "$int for $time"
## All above may be written as plural as well (e.g. "2 hours")
+ ## Valid counts for time limits: "$int for $time"
## Can also ignore databases with exclude and limit with include
## Limit to a specific user with the includeuser option
## Exclude users with the excludeuser option
+ ## Extract the warning and critical seconds and counts.
+ ## If not given, items will be an empty string
my ($wcount, $wtime, $ccount, $ctime) = validate_integer_for_time();
+ ## We don't GROUP BY because we want details on every connection
+ ## Someday we may even break things down by database
$SQL = q{SELECT datname, datid, procpid, usename, client_addr, }.
qq{CASE WHEN client_port < 0 THEN 0 ELSE client_port END AS client_port, }.
qq{COALESCE(ROUND(EXTRACT(epoch FROM now()-query_start)),0) AS seconds }.
my $info = run_command($SQL, { emptyok => 1 } );
- ## List of valid rows per database
- my %dbidle;
-
- ## See if we have a minimum number of matches
- my $base_count = $wcount || $ccount;
-
- my $found = 0;
- for $db (@{$info->{db}}) {
+ ## Extract the first entry
+ $db = $info->{db}[0];
- ## Store the longest time winner's row here:
- my $maxr = { seconds => 0 };
+ ## Store the current longest row
+ my $maxr = { seconds => 0 };
- for my $r (@{$db->{slurp}}) {
+ ## How many valid rows did we get?
+ my $idle_count = 0;
- ## Skip if we don't care about this database
- next if skip_item($r->{datname});
+ ## Process each returned row
+ for my $r (@{ $db->{slurp} }) {
- ## Add this row to this database's list
- push @{$dbidle{$r->{datname}}} => $r;
+ ## Skip if we don't care about this database
+ next if skip_item($r->{datname});
- ## Keep track of the longest overall time
- $maxr = $r if $r->{seconds} >= $maxr->{seconds};
- }
+ ## Keep track of the longest overall time
+ $maxr = $r if $r->{seconds} >= $maxr->{seconds};
- ## How many idles do we have?
- my $idle_count = keys %dbidle;
+ $idle_count++;
+ }
- my $max = $maxr->{seconds};
+ ## If there were no matches, then there were no rows, or no non-excluded rows
+ ## We don't care which at the moment, and return the same message
+ if (! $idle_count) {
+ ndie msg('txnidle-none');
+ }
- ## Details on who the top offender was
- my $whodunit = "DB: $db->{dbname}";
- if ($max > 0) {
- $whodunit = sprintf q{%s:%s %s:%s %s:%s%s%s},
- msg('PID'),
- $maxr->{procpid},
- msg('database'),
- $maxr->{datname},
- msg('username'),
- $maxr->{usename},
- $maxr->{client_addr} eq '' ? '' : (sprintf ' %s:%s', msg('address'), $maxr->{client_addr}),
- $maxr->{client_port} < 1 ? '' : (sprintf ' %s:%s', msg('port'), $maxr->{client_port});
- }
+ ## Extract the seconds to avoid typing out the hash each time
+ my $max = $maxr->{seconds};
- ## If the number of seconds is high, show an alternate form
- my $ptime = $max > 300 ? ' (' . pretty_time($max) . ')' : '';
+ ## See if we have a minimum number of matches
+ my $base_count = $wcount || $ccount;
+ if ($base_count and $idle_count < $base_count) {
+ add_ok msg('txnidle-count-none', $base_count);
+ return;
+ }
+ ## Details on who the top offender was
+ my $whodunit = "DB: $db->{dbname}";
+ if ($max > 0) {
+ $whodunit = sprintf q{%s:%s %s:%s %s:%s%s%s},
+ msg('PID'), $maxr->{procpid},
+ msg('database'), $maxr->{datname},
+ msg('username'), $maxr->{usename},
+ $maxr->{client_addr} eq '' ? '' : (sprintf ' %s:%s', msg('address'), $maxr->{client_addr}),
+ $maxr->{client_port} < 1 ? '' : (sprintf ' %s:%s', msg('port'), $maxr->{client_port});
+ }
- ## For MRTG, we can simply exit right now
- if ($MRTG) {
- do_mrtg({one => $max, msg => $whodunit});
- exit;
- }
+ ## For MRTG, we can simply exit right now
+ if ($MRTG) {
+ do_mrtg({one => $max, msg => $whodunit});
+ exit;
+ }
- ## Show the maximum number of seconds in the perf section
- $db->{perf} .= msg('maxtime', $max);
+ ## If the number of seconds is high, show an alternate form
+ my $ptime = $max > 300 ? ' (' . pretty_time($max) . ')' : '';
- ## If we got no matches at all, we either have no IIT or are under the threshhold
- if (! $idle_count) {
- add_ok $base_count ? msg('txnidle-count-none', $base_count) : msg('txnidle-none');
- next;
- }
+ ## Show the maximum number of seconds in the perf section
+ $db->{perf} .= msg('maxtime', $max);
- my $ok = 1;
- if (length $ctime and length $ccount) {
- if ($max >= $ctime and $idle_count >= $ccount) {
- add_critical msg('txnidle-for-msg', $idle_count, $ctime, $max, $whodunit);
- $ok = 0;
- }
+ if (length $ctime and length $ccount) {
+ if ($max >= $ctime and $idle_count >= $ccount) {
+ add_critical msg('txnidle-for-msg', $idle_count, $ctime, $max, $ptime, $whodunit);
+ return;
}
- elsif (length $ctime) {
- if ($max >= $ctime) {
- add_critical msg('txnidle-msg', $max, $ptime, $whodunit);
- $ok = 0;
- }
+ }
+ elsif (length $ctime) {
+ if ($max >= $ctime) {
+ add_critical msg('txnidle-msg', $max, $ptime, $whodunit);
+ return;
}
- elsif (length $ccount) {
- if ($idle_count >= $ccount) {
- add_critical msg('txnidle-count-msg', $idle_count);
- $ok = 0;
- }
+ }
+ elsif (length $ccount) {
+ if ($idle_count >= $ccount) {
+ add_critical msg('txnidle-count-msg', $idle_count);
+ return;
}
+ }
- if ($ok) {
- if (length $wtime and length $wcount) {
- if ($max >= $wtime and $idle_count >= $wcount) {
- add_warning msg('txnidle-for-msg', $idle_count, $wtime, $max, $whodunit);
- $ok = 0;
- }
- }
- elsif (length $wtime) {
- if ($max >= $wtime) {
- add_warning msg('txnidle-msg', $max, $ptime, $whodunit);
- $ok = 0;
- }
- }
- elsif (length $wcount) {
- if ($idle_count >= $wcount) {
- add_warning msg('txnidle-count-msg', $idle_count);
- $ok = 0;
- }
- }
+ if (length $wtime and length $wcount) {
+ if ($max >= $wtime and $idle_count >= $wcount) {
+ add_warning msg('txnidle-for-msg', $idle_count, $wtime, $max, $ptime, $whodunit);
+ return;
}
-
- add_ok msg('txnidle-msg', $max, $ptime, $whodunit) if $ok;
}
-
- ## If no results, let's be paranoid and check their settings
- if (!$found) {
- if ($USERWHERECLAUSE) {
- add_ok msg('no-match-user');
+ elsif (length $wtime) {
+ if ($max >= $wtime) {
+ add_warning msg('txnidle-msg', $max, $ptime, $whodunit);
+ return;
}
- verify_version();
}
+ elsif (length $wcount) {
+ if ($idle_count >= $wcount) {
+ add_warning msg('txnidle-count-msg', $idle_count);
+ return;
+ }
+ }
+
+ add_ok msg('txnidle-msg', $max, $ptime, $whodunit);
return;
projects / check_postgres.git / commitdiff