| Test-Parser documentation | Contained in the Test-Parser distribution. |
Test::Parser::Dbench - Perl module to parse output from Dbench
use Test::Parser::Dbench;
my $parser = new Test::Parser::Dbench;
$parser->parse($text)
printf(" Clients: ", $parser->summary('clients'));
printf(" Throughput: ", $parser->summary('throughput'));
Additional information is available from the subroutines listed below and from the Test::Parser baseclass.
This module provides a way to parse and neatly display information gained from the Dbench test.
Also see Test::Parser for functions available from the base class.
Creates a new Test::Parser::Dbench instance. Also calls the Test::Parser base class' new() routine. Takes no arguments
Returns a hash representation of the Dbench data.
Override of Test::Parser's default parse_line() routine to make it able to parse Dbench logs.
Joshua Jakabosky <jjakabosky@os...>
Copyright (C) 2006 Joshua Jakabosky & Open Source Development Labs, Inc. All Rights Reserved.
This script is free software; you can redistribute it and/or modify it under the same terms as Perl itself.
| Test-Parser documentation | Contained in the Test-Parser distribution. |
package Test::Parser::Dbench;
use strict; use warnings; use Test::Parser; @Test::Parser::Dbench::ISA = qw(Test::Parser); use base 'Test::Parser'; use fields qw( data ); use vars qw( %FIELDS $AUTOLOAD $VERSION ); our $VERSION = '1.7';
sub new { my $class = shift; my Test::Parser::Dbench $self = fields::new($class); $self->SUPER::new(); $self->testname('Dbench'); $self->type('unit'); $self->{data} = (); $self->{summary}= qq| dbench produces only the filesystem load. It does all the same IO calls that the smbd server in Samba would produce when confronted with a netbench run. It does no networking calls.|; $self->{license}=qq|GPL2|; $self->{vendor}= qq| Copyright (C) by Andrew Tridgell 1999, 2001 Copyright (C) 2001 by Martin Pool|; $self->{description}= qq| dbench is a filesystem benchmark that generates load patterns similar to those of the commercial Netbench benchmark, but without requiring a lab of Windows load generators to run. It is now considered a de-facto standard for generating load on the Linux VFS.|; $self->{url}=qq|tridge\@samba.org|; $self->platform('FIXME'); return $self; }
sub data { my $self = shift; if (@_) { $self->{data} = @_; } return {Dbench => {data => $self ->{data}}}; }
sub parse_line { my $units; my $name; my $val1; my $val2; my $self = shift; my $line = shift; if( $line=~m/Throughput\s+(\d+\.\d+)\s(\D+\/\D+)\s(\d+) (\w{5})/){ if ( ! defined $self->{'num-datum'} ){ $self->add_column("Throughput",$2); $self->add_column("Processes",$4); $self->{'num-datum'} = 1; } else { $self->{'num-datum'} += 1; } $self->add_data($1, '1'); $self->add_data($3, '2'); } if( $line =~ m/.*version\s+(\d+\.\d+)\s-\s(.+)/){ $self->{version}=$1; $self->{release}=$1; $self->{vendor}=$2; } } 1; __END__