my @finished;
sub verbose {
- $verbose and map({ print(STDERR $_) } @_);
+ $verbose and print(STDERR $_) for @_;
}
# Return the ARTIST, ALBUM, and DATE followed by a list of all the
my $value;
my $artist;
my $album;
- my $date;
my @tags;
verbose("Opening tags file $fn\n");
} elsif (/^ALBUM=/) {
$album = $value;
verbose("ALBUM $album from $fn\n");
- } elsif (/^DATE=/) {
- $date = $value;
- verbose("DATE $date from $fn\n");
}
}
close(TAGS) or die("close($fn): $!");
- return ($artist, $album, $date, @tags);
+ return ($artist, $album, @tags);
}
# Process the fa-rip output in the directory DIR.
my $dir = shift;
my $artist;
my $album;
- my $date;
my @tags;
my $status;
rename("$dir/tags", "$dir/using-tags")
or die("rename($dir/tags, $dir/using-tags): $!");
- ($artist, $album, $date, @tags) = get_tags("$dir/using-tags");
+ ($artist, $album, @tags) = get_tags("$dir/using-tags");
verbose("mkdir($artist)\n");
-d $artist or mkdir($artist) or die("mkdir($artist): $!");
my $pid;
$pid = fork();
- if ($pid == -1) {
+ if (not defined($pid)) {
die("fork: $!");
} elsif ($pid == 0) {
$SIG{CHLD} = 'IGNORE';
=head2 FA-RIP
-B<fa-rip> uses C<cd-discid(1)> to retrieve the disc ID and track
-information. It creates a directory named by ID for storage of its
-intermediate files. It passes the C<cd-discid(1)> output as
-command-line arguments to B<fa-tags> in the background. It then uses
-C<cdrdao(1)> to create the "cue" file in the background. Finally, it
-execs C<cdparanoia(1)> to rip the CD to the "wav" file.
+B<fa-rip> uses C<mktemp(1)> to create a directory for storage of its
+intermediate files. It uses C<cdrdao(1)> to create the "cue" file and
+then passes the number of tracks (from the "cue" file) as command-line
+arguments to B<fa-tags>. Finally, it execs C<cdparanoia(1)> to rip
+the CD to the "wav" file.
In order for this CD to be processed by B<fa-flacd>, the user must
create a "tags" file. This is usually done by renaming one of the
=head2 FA-TAGS
-B<fa-tags> uses C<cddb-tool(1)> (from the B<abcde> package) to
-populate candidate-tags files. These are numbered in the order of
-entries read from CDDB, e.g. candidate-tags-1, candidate-tags-2, etc.
-B<fa-tags> also creates candidate-tags-0, which has the correct fields
-for this CD (including correct number of TITLE= lines), but with all
-fields blank.
+B<fa-tags> uses C<MusicBrainz::Client> to populate candidate-tags
+files. These are numbered in the order of entries read from
+MusicBrainz, e.g. candidate-tags-1, candidate-tags-2, etc. B<fa-tags>
+also creates candidate-tags-0, which has the correct fields for this
+CD (including correct number of TITLE= lines), but with all fields
+blank.
-B<fa-tags> expects the output of C<cd-discid(1)> as command-line
-arguments. That is, the disc ID, number of tracks, list of track
-offsets, and total length of the CD in seconds.
+B<fa-tags> requires the number of tracks as its sole argument.
=head1 ENVIRONMENT
=head1 AUTHORS
-Written by Eric Gillespie <epg@pretzelnet.org>. B<fa-tags> contains
-code from B<abcde>, which bears the following notice:
+Written by Eric Gillespie <epg@pretzelnet.org>.
-# Copyright (c) 1998-2001 Robert Woodcock <rcw@debian.org>
-# Copyright (c) 2003-2004 Jesus Climent <jesus.climent@hispalinux.es>
-# This code is hereby licensed for public consumption under either the
-# GNU GPL v2 or greater, or Larry Wall's Artistic license - your choice.
-
-B<flac-archive> is hereby licensed for public consumption under either
-the GNU GPL v2 or greater, or Larry Wall's Artistic license - your
-choice.
+flac-archive is free software; you may redistribute it and/or modify
+it under the same terms as Perl itself.
=cut