def tracks_in_order(trackdata): fids = [x[5] for x in trackdata] fids = sort.sorted_list(fids) for (tracknum,artist,sortartist,title,dur,fname,artistid,trkid),fid in zip(trackdata,fids): if fname != fid: return False return True
def tracks_in_order(trackdata):
fids = [x[5] for x in trackdata]
fids = sort.sorted_list(fids)
for (tracknum, artist, sortartist, title, dur, fname, artistid,
trkid), fid in zip(trackdata, fids):
if fname != fid:
return False
return True
def testNonCommonPrefix(self): """ A non-common prefix gives up """ start = ["Hello 02 foo", "There 01 bar"] expected = ["Hello 02 foo", "There 01 bar"] self.assertEqual(sort.sorted_list(start), expected)
def testNumberSpace(self): """ A number, a space, then text """ start = ["1 track", "3 trackthree", "2 tracktwo", "10 track10"] expected = ["1 track", "2 tracktwo", "3 trackthree", "10 track10"] self.assertEqual(sort.sorted_list(start), expected)
def testNoNumber(self): """ A something with no numbers gives up """ start = ["Hello 02 foo", "NoNumbersHere"] expected = ["Hello 02 foo", "NoNumbersHere"] self.assertEqual(sort.sorted_list(start), expected)
def testNumberInName(self): """ Stupid artists who put numbers in their name """ start = ["2Pac - 02 - track2", "2Pac - 01 - track1"] expected = ["2Pac - 01 - track1", "2Pac - 02 - track2"] self.assertEqual(sort.sorted_list(start), expected)
def testLeadingZeroNonLeadingMix(self): """ Mix of nice numbers and normal numbers """ start = ["12 twelve", "3 three", "02 two"] expected = ["02 two", "3 three", "12 twelve"] self.assertEqual(sort.sorted_list(start), expected)
def testDirectoryWithCommonNumber(self): """ Part of a directory with a common year in it """ start = ["/artist 2005 album/Artist 3 - Something", "/artist 2005 album/Artist 12 - Else", "/artist 2005 album/Artist 1 - One"] expected = ["/artist 2005 album/Artist 1 - One", "/artist 2005 album/Artist 3 - Something", "/artist 2005 album/Artist 12 - Else"] self.assertEqual(sort.sorted_list(start), expected)
def testCommonTextThenLeadingZeroNumber(self): """ Common text then a (nice) number """ start = ["Artist 03 - Something", "Artist 12 - Else", "Artist 01 - One"] expected = ["Artist 01 - One", "Artist 03 - Something", "Artist 12 - Else"] self.assertEqual(sort.sorted_list(start), expected)
def testLeadingZero(self): """ Nicely done already """ start = ["02 - ArtistTrack", "04 - ArtistTrack", "03 - ArtistTrack", "01 - ArtistTrack"] expected = ["01 - ArtistTrack", "02 - ArtistTrack", "03 - ArtistTrack", "04 - ArtistTrack"] self.assertEqual(sort.sorted_list(start), expected)
def testFlacNaming(self): """ syntax used by ripcd/2flac """ start = ["track01", "track03", "track02", "track10"] expected = ["track01", "track02", "track03", "track10"] self.assertEqual(sort.sorted_list(start), expected)
def testDash(self): """ A number, a dash, then text """ start = ["1-track", "3-trackthree", "2-tracktwo", "10-track10"] expected = ["1-track", "2-tracktwo", "3-trackthree", "10-track10"] self.assertEqual(sort.sorted_list(start), expected)
def testNumberDotSpace(self): """ A number, a dot, then text """ start = ["1. track", "3. trackthree", "2. tracktwo", "10. track10"] expected = ["1. track", "2. tracktwo", "3. trackthree", "10. track10"] self.assertEqual(sort.sorted_list(start), expected)
def verify_track(release, possible_releases, impossible_releases,
trackinfo, fileid, track):
# Step One: Has this file already been found on this release?
releaseid = release.id
if releaseid in possible_releases and fileid in possible_releases[releaseid].values():
util.update_progress("Already found on this release:" + fileid )
return False
# Step Two: Check for the right number of tracks
if len(release.tracks) != len(trackinfo):
# Ignore release -- wrong number of tracks
util.update_progress(release.title.encode("ascii","ignore")[:40]+": wrong number of tracks (%d not %d)" % (len(release.tracks),len(trackinfo)))
impossible_releases.append(releaseid)
return False
# Step Three: Have we found a file for this track on this release?
tracknum = lookups.track_number(release.tracks, track)
if releaseid in possible_releases and tracknum in possible_releases[releaseid]:
util.update_progress("Already found a file for track %02d: %s" % (tracknum,possible_releases[releaseid][tracknum]))
return False
# Step Four: (optionally) Check that track 'n' maps to file 'n'.
if FORCE_ORDER:
found_tracknumber=lookups.track_number(release.tracks, track)
file_ids = trackinfo.keys()
file_ids = sort.sorted_list(file_ids)
if found_tracknumber != file_ids.index(fileid)+1:
util.update_progress(release.title[:40]+": track at wrong position")
return False
# Step Five: Make sure if there is another mapping on this album
# that we don't accept this one.
if trackinfo[fileid].getPUID() in get_puids_for_release(releaseid):
if trackinfo[fileid].getPUID() not in lookups.get_track_by_id(track.id).puids:
print "Track exists elsewhere on this release"
print "",fileid
print "",track.title
for ntrackind,ntrack in enumerate(release.tracks):
ntrack = lookups.get_track_by_id(ntrack.id)
if trackinfo[fileid].getPUID() in ntrack.puids:
print " should be:",ntrack.title
return False
# Step Six: Make sure the song is within 10% of the length of the
# track we expect it to be.
track = lookups.get_track_by_id(track.id)
if track.getDuration() is not None:
dur_ratio = track.getDuration() * 1.0 / trackinfo[fileid].getDuration()
if dur_ratio < .9 or dur_ratio > 1.1:
print "Track lengths differ"
print " (%s) %s" % (
duration_to_string(trackinfo[fileid].getDuration()),
trackinfo[fileid].getFilename(),
)
print " (%s) %s" % (
duration_to_string(track.getDuration()),
track.title,
)
return False
# Well, after passing through that gauntlet, we might consider this track!
return True
def verify_track(release, possible_releases, impossible_releases, trackinfo,
fileid, track):
# Step One: Has this file already been found on this release?
releaseid = release.id
if releaseid in possible_releases and fileid in possible_releases[
releaseid].values():
util.update_progress("Already found on this release:" + fileid)
return False
# Step Two: Check for the right number of tracks
if len(release.tracks) != len(trackinfo):
# Ignore release -- wrong number of tracks
util.update_progress(
release.title.encode("ascii", "ignore")[:40] +
": wrong number of tracks (%d not %d)" %
(len(release.tracks), len(trackinfo)))
impossible_releases.append(releaseid)
return False
# Step Three: Have we found a file for this track on this release?
tracknum = lookups.track_number(release.tracks, track)
if releaseid in possible_releases and tracknum in possible_releases[
releaseid]:
util.update_progress(
"Already found a file for track %02d: %s" %
(tracknum, possible_releases[releaseid][tracknum]))
return False
# Step Four: (optionally) Check that track 'n' maps to file 'n'.
if FORCE_ORDER:
found_tracknumber = lookups.track_number(release.tracks, track)
file_ids = trackinfo.keys()
file_ids = sort.sorted_list(file_ids)
if found_tracknumber != file_ids.index(fileid) + 1:
util.update_progress(release.title[:40] +
": track at wrong position")
return False
# Step Five: Make sure if there is another mapping on this album
# that we don't accept this one.
if trackinfo[fileid].getPUID() in get_puids_for_release(releaseid):
if trackinfo[fileid].getPUID() not in lookups.get_track_by_id(
track.id).puids:
print "Track exists elsewhere on this release"
print "", fileid
print "", track.title
for ntrackind, ntrack in enumerate(release.tracks):
ntrack = lookups.get_track_by_id(ntrack.id)
if trackinfo[fileid].getPUID() in ntrack.puids:
print " should be:", ntrack.title
return False
# Step Six: Make sure the song is within 10% of the length of the
# track we expect it to be.
track = lookups.get_track_by_id(track.id)
if track.getDuration() is not None and trackinfo[fileid].getDuration():
dur_ratio = track.getDuration() * 1.0 / trackinfo[fileid].getDuration()
if dur_ratio < .9 or dur_ratio > 1.1:
print "Track lengths differ"
print " (%s) %s" % (
duration_to_string(trackinfo[fileid].getDuration()),
trackinfo[fileid].getFilename(),
)
print " (%s) %s" % (
duration_to_string(track.getDuration()),
track.title,
)
return False
# Well, after passing through that gauntlet, we might consider this track!
return True
