my %plugin_hash = ();
# If $plugin_list is set, read plugins to use from that file
-if ( $plugin_list and -r $plugin_list and $fh->open("< $plugin_list") ) {
- @plugin_list = map { chomp $_; $_ } grep { /\S/ && !/^#/ } <$fh>;
- $fh->close;
+if ( $plugin_list ) {
+ if ( -r $plugin_list and $fh->open("< $plugin_list") ) {
+ @plugin_list = map { chomp $_; $_ } grep { /\S/ && !/^#/ } <$fh>;
+ $fh->close;
+ }
+ else {
+ warn "unable to read or open plugin_list '$plugin_list': $!";
+ $plugin_list = '';
+ }
}
# Otherwise walk @plugin_dirs to get list of plugins to use
-elsif (@plugin_dirs) {
+if ( ! @plugin_list && @plugin_dirs ) {
for my $plugin_dir (@plugin_dirs) {
next unless -d $plugin_dir;
if ( opendir PLUGINS, $plugin_dir ) {
unshift @INC, @plugin_dirs;
foreach my $plugin (@plugin_list) {
my ( $plugin_name, $off ) = $plugin =~ /^\d*([\w:]+?)(_?)$/;
+ my $plugin_file = $plugin_list ? $plugin_name : $plugin;
my $on_off = $off eq '_' ? -1 : 1;
# Allow perl module plugins
- if ( $plugin =~ m/::/ && -z $plugin_hash{$plugin} ) {
+ # The -z test is a hack to allow a zero-length placeholder file in a
+ # $plugin_path directory to indicate an @INC module should be loaded
+ if ( $plugin =~ m/::/ && ( $plugin_list || -z $plugin_hash{$plugin} ) ) {
# For Blosxom::Plugin::Foo style plugins, we need to use a string require
- eval "require $plugin_name";
+ eval "require $plugin_file";
}
else
{ # we try first to load from $plugin_dir before attempting from $plugin_path
- eval { require "$plugin_dir/$plugin" }
- or eval { require $plugin };
+ eval { require "$plugin_dir/$plugin_file" }
+ or eval { require $plugin_file };
}
if ($@) {
# Define default interpolation subroutine
$interpolate = sub {
-
package blosxom;
my $template = shift;
- $template =~ s/(\$\w+(?:::\w+)*)/"defined $1 ? $1 : ''"/gee;
+ # Interpolate scalars, namespaced scalars, and hash/hashref scalars
+ $template =~ s/(\$\w+(?:::\w+)*(?:(?:->)?{(['"]?)[-\w]+\2})?)/"defined $1 ? $1 : ''"/gee;
return $template;
};
my ($unixtime) = @_;
my $c_time = CORE::localtime($unixtime);
- my ( $dw, $mo, $da, $hr, $min, $yr )
+ my ( $dw, $mo, $da, $hr, $min, $sec, $yr )
= ( $c_time
- =~ /(\w{3}) +(\w{3}) +(\d{1,2}) +(\d{2}):(\d{2}):\d{2} +(\d{4})$/
+ =~ /(\w{3}) +(\w{3}) +(\d{1,2}) +(\d{2}):(\d{2}):(\d{2}) +(\d{4})$/
);
$ti = "$hr:$min";
$da = sprintf( "%02d", $da );
my $mo_num = $month2num{$mo};
my $offset
- = timegm( 00, $min, $hr, $da, $mo_num - 1, $yr - 1900 ) - $unixtime;
+ = timegm( $sec, $min, $hr, $da, $mo_num - 1, $yr - 1900 ) - $unixtime;
my $utc_offset = sprintf( "%+03d", int( $offset / 3600 ) )
. sprintf( "%02d", ( $offset % 3600 ) / 60 );
html head <html>
html head <head>
html head <meta http-equiv="content-type" content="text/html;charset=$blog_encoding" />
-html head <link rel="alternate" type="type="application/rss+xml" title="RSS" href="$url/index.rss" />
+html head <link rel="alternate" type="application/rss+xml" title="RSS" href="$url/index.rss" />
html head <title>$blog_title $path_info_da $path_info_mo $path_info_yr
html head </title>
html head </head>