use strict; use Data::Dumper; use Config::General; my $conf = new Config::General( -ConfigFile => 'template.ini', -ExtendedAccess => 1, -InterPolateVars => 1, -AutoTrue => 1, ); my %config = $conf->getall; my $template = $conf->obj('template'); my $backup_bit = $template->backup_bit; my $beamable = $template->copyprevention_bit; my $bpp = $template->bpp; my $maxdepth = $template->maxdepth; my $url = $template->url; my $title = $template->title; my $launchable_bit = $template->launchable_bit; my $no_url_info = $template->no_url_info; my $avantgo = $template->AvantGo; my $compression = $template->compression; print Dumper(%config); __END__ <template> url = AvantGo = No maxdepth = bpp = 4 compression = zlib title = no_url_info = 0 copyprevention_bit = 0 backup_bit = 0 launchable_bit = 0 </template>
Now let's see if it passes the litmus test of wrapping extremely long lines onto the next line. This template is in the body of an email message, limited by the wrapping capabilities of the MUA. I had this figured out in my original code as follows:
my $line=""; my @unwrappeddata; foreach (@body) { chomp $_; next if /^#/; if (m/^[^\s=]+\s+=\s*/ || m/^\[.*\]$/) { $line =~ s/^#/\n#/m; $line .= "\n"; push @unwrappeddata, $line; $line = $_; } else { $line .= $_; } last if qw/</template>/; } $line .= "\n"; push @unwrappeddata, $line;
I'll keep marching along, this is working out well so far.
In reply to Re: Cleansing and stacking arguments before calling system()
by hacker
in thread Cleansing and stacking arguments before calling system()
by hacker
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