Config-Parser
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# Access a configuration setting
print $cf->get('core', 'root');
__DATA__
# Declare valid keywords:
[core]
root = STRING :default /
umask = OCTAL
[user]
uid = NUMBER
gid = NUMBER
INSTALLATION
To install this module type the following:
perl Makefile.PL
make
make test
make install
lib/Config/Parser/Ini.pm view on Meta::CPAN
use Config::Parser::Ini;
my $cf = new Config::Parser::Ini(filename => "config.ini");
__DATA__
[core]
root = STRING :default /
umask = OCTAL
[user]
uid = NUMBER
gid = NUMBER
This code specifies that the configuration file can contain at most two
sections: C<[core]> and C<[user]>. Two keywords are defined within each
section. Data types are specified for each keyword, so the parser will
bail out in case of type mismatches. If the B<core.root> setting is not
present in the configuration, the default one will be created with the
value C</>.
It is often advisable to create a subclass of B<Config::Parser::Ini> and
use it for parsing. For instance:
package App::MyConf;
use Config::Parser::Ini;
1;
__DATA__
[core]
root = STRING :default /
umask = OCTAL
[user]
uid = NUMBER
gid = NUMBER
Then, to parse the configuration file, it will suffice to do:
$cf = my App::MyConf(filename => "config.ini");
One advantage of this approach is that it will allow you to install
additional validation for the configuration statements using the
B<:check> option. The argument to this option is the name of a
method which will be invoked after parsing the statement in order
to verify its value. It is described in detail below (see the section
lib/Config/Parser/Ini.pm view on Meta::CPAN
}
return 1;
}
1;
__DATA__
[core]
root = STRING :default / :check=dir_exists
umask = OCTAL
[user]
uid = NUMBER
gid = NUMBER
=head1 CONSTRUCTOR
$cfg = new Config::Parser::Ini(%opts)
Creates a new parser object. Keyword arguments are:
=over 4
=item B<filename>
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