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@ -22,7 +22,6 @@ use lib "/usr/share/BackupPC/lib"; |
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use BackupPC::Lib; |
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use BackupPC::Lib; |
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use BackupPC::CGI::Lib qw(:all); |
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use BackupPC::CGI::Lib qw(:all); |
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use POSIX; |
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use POSIX; |
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use JSON; |
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use Getopt::Long; |
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use Getopt::Long; |
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use Statistics::Descriptive; |
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use Statistics::Descriptive; |
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use Data::Dumper; |
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use Data::Dumper; |
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@ -133,12 +132,12 @@ sub action |
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# Check Size Consistency |
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# Check Size Consistency |
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my $bpc = BackupPC::Lib->new(); |
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my $bpc = BackupPC::Lib->new(); |
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my $mainConf = $bpc->ConfigDataRead(); |
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my $mainConf = $bpc->ConfigDataRead(); |
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my $json = {}; |
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my $check = {}; |
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my $hostConf = $bpc->ConfigDataRead($host); |
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my $hostConf = $bpc->ConfigDataRead($host); |
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my $conf = { %$mainConf, %$hostConf }; |
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my $conf = { %$mainConf, %$hostConf }; |
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my $age = -1; |
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my $age = -1; |
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$json = { |
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$check = { |
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bkp => 0, |
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bkp => 0, |
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last_age => 0, |
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last_age => 0, |
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errors => 0, |
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errors => 0, |
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@ -159,25 +158,25 @@ if ( scalar( @bpc_info ) ){ |
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# Push all the sizes in our data set to compute avg sizes |
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# Push all the sizes in our data set to compute avg sizes |
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# Exclude backup N°0 as it'll always have much more new data than normal backups |
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# Exclude backup N°0 as it'll always have much more new data than normal backups |
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$sizes->add_data($backup->{sizeNew}) unless ( $backup->{num} == 0 ); |
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$sizes->add_data($backup->{sizeNew}) unless ( $backup->{num} == 0 ); |
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$json->{bkp}++; |
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$check->{bkp}++; |
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} |
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} |
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# Ignore the last backup if it's not full or incr (which means it's either partial or active) |
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# Ignore the last backup if it's not full or incr (which means it's either partial or active) |
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my $i = ( $bpc_info[-1]->{type} =~ m/^full|incr$/ ) ? -1 : -2; |
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my $i = ( $bpc_info[-1]->{type} =~ m/^full|incr$/ ) ? -1 : -2; |
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$json->{errors} = $bpc_info[$i]->{xferErrs}; |
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$check->{errors} = $bpc_info[$i]->{xferErrs}; |
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$json->{new_size} = $bpc_info[$i]->{sizeNew}; |
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$check->{new_size} = $bpc_info[$i]->{sizeNew}; |
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$json->{new_size_avg} = int $sizes->mean; |
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$check->{new_size_avg} = int $sizes->mean; |
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$json->{new_size_median} = int $sizes->median; |
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$check->{new_size_median} = int $sizes->median; |
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$json->{new_size_q1} = eval { int $sizes->quantile(1) } || 0; |
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$check->{new_size_q1} = eval { int $sizes->quantile(1) } || 0; |
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$json->{new_size_q3} = eval { int $sizes->quantile(3) } || 0; |
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$check->{new_size_q3} = eval { int $sizes->quantile(3) } || 0; |
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$json->{age} = time - $bpc_info[$i]->{startTime}; |
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$check->{age} = time - $bpc_info[$i]->{startTime}; |
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$json->{last_age} = sprintf("%.1f", ($json->{age}) / 84600); |
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$check->{last_age} = sprintf("%.1f", ($check->{age}) / 84600); |
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} |
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} |
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# TOO BIG ? |
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# TOO BIG ? |
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my $toobig = "1"; |
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my $toobig = "1"; |
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if ( $json->{new_size} > ($json->{new_size_q3} + $json->{new_size_q3} - $json->{new_size_q1}) * 1.5 or $json->{new_size} > $json->{new_size_avg} * 6 ) { |
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if ( $check->{new_size} > ($check->{new_size_q3} + $check->{new_size_q3} - $check->{new_size_q1}) * 1.5 or $check->{new_size} > $check->{new_size_avg} * 6 ) { |
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$toobig = "1"; |
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$toobig = "1"; |
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} |
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} |
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else { |
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else { |
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@ -186,7 +185,7 @@ else { |
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# TOO SMALL ? |
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# TOO SMALL ? |
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my $toosmall = "1"; |
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my $toosmall = "1"; |
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if ( $json->{new_size} < ($json->{new_size_q1} - $json->{new_size_q3} - $json->{new_size_q1}) * 1.5 or $json->{new_size} < $json->{new_size_avg} / 3 ) { |
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if ( $check->{new_size} < ($check->{new_size_q1} - $check->{new_size_q3} - $check->{new_size_q1}) * 1.5 or $check->{new_size} < $check->{new_size_avg} / 3 ) { |
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$toosmall = "1"; |
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$toosmall = "1"; |
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} |
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} |
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else { |
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else { |
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