def handleDone(self):
if self._num_loaded == 0:
super(StatisticsPlugin, self).handleDone()
return
print()
for stat in self._stats + [self._rules_stat]:
stat.report()
print()
# Detailed rule violations
if self.args.verbose:
for path in self._rules_log:
printMsg(path) # does the right thing for unicode
for score, text in self._rules_log[path]:
print("\t%s%s%s (%s)" %
(Fore.RED, str(score).center(3), Fore.RESET, text))
def prettyScore():
score = float(self._score_sum) / float(self._score_count)
if score > 80:
color = Fore.GREEN
elif score > 70:
color = Fore.YELLOW
else:
color = Fore.RED
return (score, color)
score, color = prettyScore()
print("%sScore%s = %s%d%%%s" %
(Style.BRIGHT, Style.RESET_BRIGHT, color, score, Fore.RESET))
if not self.args.verbose:
print("Run with --verbose to see files and their rule violations")
print()
def handleDone(self):
if self._num_loaded == 0:
super(StatisticsPlugin, self).handleDone()
return
print()
for stat in self._stats + [self._rules_stat]:
stat.report()
print()
# Detailed rule violations
if self.args.verbose:
for path in self._rules_log:
printMsg(path) # does the right thing for unicode
for score, text in self._rules_log[path]:
print(f"\t{Fore.RED}{str(score).center(3)}{Fore.RESET} ({text})")
def prettyScore():
s = float(self._score_sum) / float(self._score_count)
if s > 80:
c = Fore.GREEN
elif s > 70:
c = Fore.YELLOW
else:
c = Fore.RED
return s, c
score, color = prettyScore()
print(f"{Style.BRIGHT}Score{Style.RESET_BRIGHT} = {color}{score}%%{Fore.RESET}")
if not self.args.verbose:
print("Run with --verbose to see files and their rule violations")
print()
def printHeader(self, file_path):
from stat import ST_SIZE
file_size = os.stat(file_path)[ST_SIZE]
size_str = utils.formatSize(file_size)
printMsg("%s\t%s[ %s ]%s" %
(boldText(os.path.basename(file_path), c=HEADER_COLOR()),
HEADER_COLOR(), size_str, Fore.RESET))
def _getOne(self,
key,
values,
default=None,
Type=UnicodeType,
required=True):
values = set(values)
if None in values:
values.remove(None)
if len(values) != 1:
printMsg(u"Detected %s %s names%s" % (
"0" if len(values) == 0 else "multiple",
key,
"." if not values else
(":\n\t%s" % "\n\t".join([compat.unicode(v) for v in values])),
))
value = prompt(u"Enter %s" % key.title(),
default=default,
type_=Type,
required=required)
else:
value = values.pop()
return value
def handleDone(self):
if self._num_loaded == 0:
super(StatisticsPlugin, self).handleDone()
return
print()
for stat in self._stats + [self._rules_stat]:
stat.report()
print()
# Detailed rule violations
if self.args.verbose:
for path in self._rules_log:
printMsg(path) # does the right thing for unicode
for score, text in self._rules_log[path]:
print("\t%s%s%s (%s)" % (Fore.RED, str(score).center(3), Fore.RESET, text))
def prettyScore():
score = float(self._score_sum) / float(self._score_count)
if score > 80:
color = Fore.GREEN
elif score > 70:
color = Fore.YELLOW
else:
color = Fore.RED
return (score, color)
score, color = prettyScore()
print("%sScore%s = %s%d%%%s" % (Style.BRIGHT, Style.RESET_BRIGHT, color, score, Fore.RESET))
if not self.args.verbose:
print("Run with --verbose to see files and their rule violations")
print()
def printAudioInfo(info):
if isinstance(info, classic.mp3.Mp3AudioInfo):
printMsg(
classic.boldText(' Time: ') +
'%s\tMPEG%d, Layer %s\t[ %s @ %s Hz - %s ]' %
(classic.utils.formatTime(info.time_secs), info.mp3_header.version,
'I' * info.mp3_header.layer, info.bit_rate_str,
info.mp3_header.sample_freq, info.mp3_header.mode))
printMsg('-' * DummyPlugin.terminal_width)
def test_printMsg():
eyed3.utils.console.USE_ANSI = False
with RedirectStdStreams() as out:
printMsg("EYEHATEGOD")
assert (out.stdout.read() == "EYEHATEGOD\n")
eyed3.utils.console.USE_ANSI = True
with RedirectStdStreams() as out:
printMsg("EYEHATEGOD")
assert (out.stdout.read() == "EYEHATEGOD\n")
def printAudioInfo(self, info):
if isinstance(info, mp3.Mp3AudioInfo):
printMsg(boldText("Time: ") +
"%s\tMPEG%d, Layer %s\t[ %s @ %s Hz - %s ]" %
(utils.formatTime(info.time_secs),
info.mp3_header.version,
"I" * info.mp3_header.layer,
info.bit_rate_str,
info.mp3_header.sample_freq, info.mp3_header.mode))
printMsg("-" * 79)
def test_printMsg():
eyed3.utils.console.USE_ANSI = False
with RedirectStdStreams() as out:
printMsg("EYEHATEGOD")
assert_equal(out.stdout.read(), "EYEHATEGOD\n")
eyed3.utils.console.USE_ANSI = True
with RedirectStdStreams() as out:
printMsg("EYEHATEGOD")
assert_equal(out.stdout.read(), "EYEHATEGOD\n")
def handleFile(self, f):
parse_version = self.args.tag_version
super(ClassicPlugin, self).handleFile(f, tag_version=parse_version)
if not self.audio_file:
return
self.printHeader(f)
printMsg("-" * 79)
new_tag = False
if (not self.audio_file.tag or
self.handleRemoves(self.audio_file.tag)):
self.audio_file.initTag(version=parse_version)
new_tag = True
save_tag = (self.handleEdits(self.audio_file.tag) or
self.args.force_update or self.args.convert_version)
self.printAudioInfo(self.audio_file.info)
if not save_tag and new_tag:
printError("No ID3 %s tag found!" %
id3.versionToString(self.args.tag_version))
return
self.printTag(self.audio_file.tag)
if save_tag:
# Use current tag version unless a convert was supplied
version = (self.args.convert_version or
self.audio_file.tag.version)
printWarning("Writing ID3 version %s" %
id3.versionToString(version))
self.audio_file.tag.save(
version=version, encoding=self.args.text_encoding,
backup=self.args.backup,
preserve_file_time=self.args.preserve_file_time)
if self.args.rename_pattern:
# Handle file renaming.
from eyed3.id3.tag import TagTemplate
template = TagTemplate(self.args.rename_pattern)
name = template.substitute(self.audio_file.tag, zeropad=True)
orig = self.audio_file.path
try:
self.audio_file.rename(name)
printWarning("Renamed '%s' to '%s'" %
(orig, self.audio_file.path))
except IOError as ex:
printError(ex.message)
printMsg("-" * 79)
def printHeader(file_path, new_name=None):
file_len = len(file_path)
from stat import ST_SIZE
file_size = os.stat(file_path)[ST_SIZE]
size_str = classic.utils.formatSize(file_size)
size_len = len(size_str) + 5
if file_len + size_len >= DummyPlugin.terminal_width:
file_path = '...' + file_path[-(75 - size_len):]
file_len = len(file_path)
pat_len = DummyPlugin.terminal_width - file_len - size_len
printMsg(
'%s%s%s[ %s ]%s' %
(classic.boldText(file_path, c=classic.HEADER_COLOR()),
classic.HEADER_COLOR(), ' ' * pat_len, size_str, classic.Fore.RESET))
def tagFile(self, filename, track_num, artist, title):
# TODO extract GENRE
# if GENRE:
# validate GENRE
# force removal of existing tag
if self.args.force is True and self.audio_file.tag is not None:
id3.Tag.remove(self.audio_file.path, id3.ID3_ANY_VERSION)
printMsg("Tag removed from '{}'".format(filename))
# initialize
if self.audio_file.tag is None:
self.audio_file.initTag(id3.ID3_V2_4)
# set the remainder of the tags
self.audio_file.tag.track_num = track_num
self.audio_file.tag.title = title
self.audio_file.tag.artist = artist
self.audio_file.tag.album_artist = self.meta['album_artist']
self.audio_file.tag.album = self.meta['album']
self.audio_file.tag.track_num = (track_num, self.meta['total_num_tracks'])
self.audio_file.tag.recording_date = core.Date(self.meta['year'])
self.audio_file.tag.tagging_date = '{:%Y-%m-%d}'.format(datetime.datetime.now())
# set a tag to say this was ripped with EAC
if self.args.eac is True:
self.audio_file.tag.user_text_frames.set('EAC', 'Ripping Tool')
# write a cover art image
if self.meta['image'] is not None:
self.audio_file.tag.images.set(
type_=id3.frames.ImageFrame.FRONT_COVER,
img_data=self.meta['image'],
mime_type='image/jpeg',
)
# save the tag
self.audio_file.tag.save(
version=id3.ID3_V2_4,
encoding='utf8',
preserve_file_time=True,
)
# use classic plugin to print nice output
self.classic.terminal_width = getTtySize()[1]
self.classic.printHeader(self.audio_file.path)
printMsg("-" * self.classic.terminal_width)
self.classic.printAudioInfo(self.audio_file.info)
self.classic.printTag(self.audio_file.tag)
def _getOne(self, key, values, default=None, Type=unicode, required=True):
values = set(values)
if None in values:
values.remove(None)
if len(values) != 1:
printMsg(
u"Detected %s %s names%s" %
("0" if len(values) == 0 else "multiple",
key,
"." if not values
else (":\n\t%s" % "\n\t".join([compat.unicode(v)
for v in values])),
))
value = prompt(u"Enter %s" % key.title(), default=default,
type_=Type, required=required)
else:
value = values.pop()
return value
def handleDirectory(self, d, _):
global md5_file_cache
md5_file_cache.clear()
try:
if not self._file_cache:
print("%s: nothing to do." % d)
return
printMsg("\nProcessing %s" % d)
# File images
dir_art = []
for img_file in self._dir_images:
img_base = os.path.basename(img_file)
art_file = ArtFile(img_file)
try:
pil_img = pilImage(img_file)
except IOError as ex:
printWarning(compat.unicode(ex))
continue
if art_file.art_type:
printMsg("file %s: %s\n\t%s" % (img_base, art_file.art_type,
pilImageDetails(pil_img)))
dir_art.append(art_file)
else:
printMsg("file %s: unknown (ignored)" % img_base)
if not dir_art:
print("No art files found.")
self._retval += 1
# Tag images
all_tags = sorted([f.tag for f in self._file_cache],
key=lambda x: x.file_info.name)
for tag in all_tags:
file_base = os.path.basename(tag.file_info.name)
for img in tag.images:
try:
pil_img = pilImage(img)
except IOError as ex:
printWarning(compat.unicode(ex))
continue
if img.picture_type in art.FROM_ID3_ART_TYPES:
img_type = art.FROM_ID3_ART_TYPES[img.picture_type]
printMsg("tag %s: %s (Description: %s)\n\t%s" %
(file_base, img_type, img.description,
pilImageDetails(pil_img)))
if self.args.update_files:
assert(not self.args.update_tags)
path = os.path.dirname(tag.file_info.name)
if img.description.startswith(DESCR_FNAME_PREFIX):
# Use filename from Image description
fname = img.description[
len(DESCR_FNAME_PREFIX):].strip()
fname = os.path.splitext(fname)[0]
else:
fname = art.FILENAMES[img_type][0].strip("*")
fname = img.makeFileName(name=fname)
if (md5File(os.path.join(path, fname)) ==
md5Data(img.image_data)):
printMsg("Skipping writing of %s, file "
"exists and is exactly the same." %
img_file)
else:
img_file = makeUniqueFileName(
os.path.join(path, fname),
uniq=img.description)
printWarning("Writing %s..." % img_file)
with open(img_file, "wb") as fp:
fp.write(img.image_data)
else:
printMsg("tag %s: unhandled image type %d (ignored)" %
(file_base, img.picture_type))
# Copy file art to tags.
if self.args.update_tags:
assert(not self.args.update_files)
for tag in all_tags:
for art_file in dir_art:
descr = "filename: %s" % \
os.path.splitext(
os.path.basename(art_file.file_path))[0]
tag.images.set(art_file.id3_art_type,
art_file.image_data, art_file.mime_type,
description=descr)
tag.save()
finally:
# Cleans up...
super(ArtPlugin, self).handleDirectory(d, _)
def handleFile(self, f):
super(Xep118Plugin, self).handleFile(f)
if self.audio_file and self.audio_file.tag:
xml = self.getXML(self.audio_file)
printMsg(xml)
def handleDirectory(self, directory, _):
if not self._file_cache:
return
directory = os.path.abspath(directory)
print("\n" + Style.BRIGHT + Fore.GREY +
"Scanning directory%s %s" % (Style.RESET_ALL, directory))
def _path(af):
return af.path
self._handled_one = True
# Make sure all of the audio files has a tag.
for f in self._file_cache:
if f.tag is None:
f.initTag()
audio_files = sorted(list(self._file_cache), key=_path)
self._file_cache = []
edited_files = set()
# Check for corrections to LP, EP, COMP
if (self.args.dir_type in (LP_TYPE, COMP_TYPE) and
len(audio_files) < EP_MAX_HINT):
# Do you want EP?
if prompt("Only %d audio files, process directory as an EP" %
len(audio_files),
default=True):
self.args.dir_type = EP_TYPE
elif (self.args.dir_type in (EP_TYPE, DEMO_TYPE) and
len(audio_files) > EP_MAX_HINT):
# Do you want LP?
if prompt("%d audio files is large for type %s, process "
"directory as an LP" % (len(audio_files),
self.args.dir_type),
default=True):
self.args.dir_type = LP_TYPE
last = defaultdict(lambda: None)
album_artist = None
artists = set()
album = None
if self.args.dir_type != SINGLE_TYPE:
album_artist, artists = self._resolveArtistInfo(audio_files)
print(Fore.BLUE + u"Album artist: " + Style.RESET_ALL +
(album_artist or u""))
print(Fore.BLUE + "Artist" + ("s" if len(artists) > 1 else "") +
": " + Style.RESET_ALL + u", ".join(artists))
album = self._getAlbum(audio_files)
print(Fore.BLUE + "Album: " + Style.RESET_ALL + album)
rel_date, orel_date, rec_date = self._getDates(audio_files)
for what, d in [("Release", rel_date),
("Original", orel_date),
("Recording", rec_date)]:
print(Fore.BLUE + ("%s date: " % what) + Style.RESET_ALL +
str(d))
num_audio_files = len(audio_files)
track_nums = set([f.tag.track_num[0] for f in audio_files])
fix_track_nums = set(range(1, num_audio_files + 1)) != track_nums
new_track_nums = []
dir_type = self.args.dir_type
for f in sorted(audio_files, key=_path):
print(Style.BRIGHT + Fore.GREEN + u"Checking" + Fore.RESET +
Fore.GREY + (" %s" % os.path.basename(f.path)) +
Style.RESET_ALL)
if not f.tag:
print("\tAdding new tag")
f.initTag()
edited_files.add(f)
tag = f.tag
if tag.version != ID3_V2_4:
print("\tConverting to ID3 v2.4")
tag.version = ID3_V2_4
edited_files.add(f)
if (dir_type != SINGLE_TYPE and album_artist != tag.album_artist):
print(u"\tSetting album artist: %s" % album_artist)
tag.album_artist = album_artist
edited_files.add(f)
if not tag.artist and dir_type in (VARIOUS_TYPE, SINGLE_TYPE):
# Prompt artist
tag.artist = self.prompt("Artist name", default=last["artist"])
last["artist"] = tag.artist
elif len(artists) == 1 and tag.artist != artists[0]:
assert(dir_type != SINGLE_TYPE)
print(u"\tSetting artist: %s" % artists[0])
tag.artist = artists[0]
edited_files.add(f)
if tag.album != album and dir_type != SINGLE_TYPE:
print(u"\tSetting album: %s" % album)
tag.album = album
edited_files.add(f)
orig_title = tag.title
if not tag.title:
tag.title = prompt("Track title")
tag.title = tag.title.strip()
if self.args.fix_case:
tag.title = _fixCase(tag.title)
if orig_title != tag.title:
print(u"\tSetting title: %s" % tag.title)
edited_files.add(f)
if dir_type != SINGLE_TYPE:
# Track numbers
tnum, ttot = tag.track_num
update = False
if ttot != num_audio_files:
update = True
ttot = num_audio_files
if fix_track_nums or not (1 <= tnum <= num_audio_files):
tnum = None
while tnum is None:
tnum = int(prompt("Track #", type_=int))
if not (1 <= tnum <= num_audio_files):
print(Fore.RED + "Out of range: " + Fore.RESET +
"1 <= %d <= %d" % (tnum, num_audio_files))
tnum = None
elif tnum in new_track_nums:
print(Fore.RED + "Duplicate value: " + Fore.RESET +
str(tnum))
tnum = None
else:
update = True
new_track_nums.append(tnum)
if update:
tag.track_num = (tnum, ttot)
print("\tSetting track numbers: %s" % str(tag.track_num))
edited_files.add(f)
else:
# Singles
if tag.track_num != (None, None):
tag.track_num = (None, None)
edited_files.add(f)
if dir_type != SINGLE_TYPE:
# Dates
if tag.recording_date != rec_date:
print("\tSetting %s date (%s)" %
("recording", str(rec_date)))
tag.recording_date = rec_date
edited_files.add(f)
if tag.release_date != rel_date:
print("\tSetting %s date (%s)" % ("release", str(rel_date)))
tag.release_date = rel_date
edited_files.add(f)
if tag.original_release_date != orel_date:
print("\tSetting %s date (%s)" % ("original release",
str(orel_date)))
tag.original_release_date = orel_date
edited_files.add(f)
for fid in ("USER", "PRIV"):
n = len(tag.frame_set[fid] or [])
if n:
print("\tRemoving %d %s frames..." % (n, fid))
del tag.frame_set[fid]
edited_files.add(f)
# Add TLEN
tlen = tag.getTextFrame("TLEN")
real_tlen = f.info.time_secs * 1000
if tlen is None or int(tlen) != real_tlen:
print("\tSetting TLEN (%d)" % real_tlen)
tag.setTextFrame("TLEN", unicode(real_tlen))
edited_files.add(f)
# Add custom album type if special and otherwise not able to be
# determined.
curr_type = tag.album_type
if curr_type != dir_type:
if dir_type in (LP_TYPE, VARIOUS_TYPE):
if curr_type is not None:
print("\tClearing %s = %s" % (TXXX_ALBUM_TYPE,
curr_type))
tag.album_type = None
edited_files.add(f)
# We don't set lp because it is the default, and various
# can be determined.
else:
print("\tSetting %s = %s" % (TXXX_ALBUM_TYPE,
dir_type))
tag.album_type = dir_type
edited_files.add(f)
if not self._checkCoverArt(directory, audio_files):
if not prompt("Proceed without valid cover file", default=True):
return
# Determine other changes, like file and/or directory renames
# so they can be reported before save confirmation.
# File renaming
file_renames = []
if self.args.file_rename_pattern:
format_str = self.args.file_rename_pattern
else:
if dir_type == SINGLE_TYPE:
format_str = SINGLE_FNAME_FORMAT
elif dir_type == VARIOUS_TYPE:
format_str = VARIOUS_FNAME_FORMAT
else:
format_str = NORMAL_FNAME_FORMAT
for f in audio_files:
orig_name, orig_ext = os.path.splitext(os.path.basename(f.path))
new_name = TagTemplate(format_str).substitute(f.tag, zeropad=True)
if orig_name != new_name:
printMsg(u"Rename file to %s%s" % (new_name, orig_ext))
file_renames.append((f, new_name, orig_ext))
# Directory renaming
dir_rename = None
if dir_type != SINGLE_TYPE:
if self.args.dir_rename_pattern:
dir_format = self.args.dir_rename_pattern
else:
if dir_type == LIVE_TYPE:
dir_format = LIVE_DNAME_FORMAT
else:
dir_format = NORMAL_DNAME_FORMAT
template = TagTemplate(dir_format,
dotted_dates=self.args.dotted_dates)
pref_dir = template.substitute(audio_files[0].tag, zeropad=True)
if os.path.basename(directory) != pref_dir:
new_dir = os.path.join(os.path.dirname(directory), pref_dir)
printMsg("Rename directory to %s" % new_dir)
dir_rename = (directory, new_dir)
if not self.args.dry_run:
confirmed = False
if (edited_files or file_renames or dir_rename):
confirmed = prompt("\nSave changes", default=True)
if confirmed:
for f in edited_files:
print(u"Saving %s" % os.path.basename(f.path))
f.tag.save(version=ID3_V2_4, preserve_file_time=True)
for f, new_name, orig_ext in file_renames:
printMsg(u"Renaming file to %s%s" % (new_name, orig_ext))
f.rename(new_name, preserve_file_time=True)
if dir_rename:
printMsg("Renaming directory to %s" % dir_rename[1])
s = os.stat(dir_rename[0])
os.rename(dir_rename[0], dir_rename[1])
# With a rename use the origianl access time
os.utime(dir_rename[1], (s.st_atime, s.st_atime))
else:
printMsg("\nNo changes made (run without -n/--dry-run)")
def _verbose(self, s):
if self.args.verbose:
printMsg(s)
def handleDirectory(self, d, _):
global md5_file_cache
md5_file_cache.clear()
try:
if not self._file_cache:
print("%s: nothing to do." % d)
return
printMsg("\nProcessing %s" % d)
# File images
dir_art = []
for img_file in self._dir_images:
img_base = os.path.basename(img_file)
art_file = ArtFile(img_file)
try:
pil_img = pilImage(img_file)
except IOError as ex:
printWarning(unicode(ex))
continue
if art_file.art_type:
printMsg("file %s: %s\n\t%s" % (img_base, art_file.art_type,
pilImageDetails(pil_img)))
dir_art.append(art_file)
else:
printMsg("file %s: unknown (ignored)" % img_base)
if not dir_art:
print("No art files found.")
self._retval += 1
# Tag images
all_tags = sorted([f.tag for f in self._file_cache],
key=lambda x: x.file_info.name)
for tag in all_tags:
file_base = os.path.basename(tag.file_info.name)
for img in tag.images:
try:
pil_img = pilImage(img)
except IOError as ex:
printWarning(unicode(ex))
continue
if img.picture_type in art.FROM_ID3_ART_TYPES:
img_type = art.FROM_ID3_ART_TYPES[img.picture_type]
printMsg("tag %s: %s (Description: %s)\n\t%s" %
(file_base, img_type, img.description,
pilImageDetails(pil_img)))
if self.args.update_files:
assert(not self.args.update_tags)
path = os.path.dirname(tag.file_info.name)
if img.description.startswith(DESCR_FNAME_PREFIX):
# Use filename from Image description
fname = img.description[
len(DESCR_FNAME_PREFIX):].strip()
fname = os.path.splitext(fname)[0]
else:
fname = art.FILENAMES[img_type][0].strip("*")
fname = img.makeFileName(name=fname)
if (md5File(os.path.join(path, fname)) ==
md5Data(img.image_data)):
printMsg("Skipping writing of %s, file "
"exists and is exactly the same." %
img_file)
else:
img_file = makeUniqueFileName(
os.path.join(path, fname),
uniq=img.description)
printWarning("Writing %s..." % img_file)
with open(img_file, "wb") as fp:
fp.write(img.image_data)
else:
printMsg("tag %s: unhandled image type %d (ignored)" %
(file_base, img.picture_type))
# Copy file art to tags.
if self.args.update_tags:
assert(not self.args.update_files)
for tag in all_tags:
for art_file in dir_art:
descr = "filename: %s" % \
os.path.splitext(
os.path.basename(art_file.file_path))[0]
tag.images.set(art_file.id3_art_type,
art_file.image_data, art_file.mime_type,
description=descr)
tag.save()
finally:
# Cleans up...
super(ArtPlugin, self).handleDirectory(d, _)
def printHeader(self, file_path):
w = getTtySize()[1]
printMsg(self._getFileHeader(file_path, w))
printMsg(self._getHardRule(w))
def handleDone(self):
if not self.albums:
printMsg(u"No albums found.")
return
for album in self.albums:
audio_files = self.albums[album]
if not audio_files:
continue
audio_files.sort(key=lambda af: af.tag.track_num)
max_title_len = 0
avg_bitrate = 0
encoder_info = ''
for audio_file in audio_files:
tag = audio_file.tag
# Compute maximum title length
title_len = len(tag.title)
if title_len > max_title_len:
max_title_len = title_len
# Compute average bitrate
avg_bitrate += audio_file.info.bit_rate[1]
# Grab the last lame version in case not all files have one
if "encoder_version" in audio_file.info.lame_tag:
version = audio_file.info.lame_tag['encoder_version']
encoder_info = (version or encoder_info)
avg_bitrate = avg_bitrate / len(audio_files)
printMsg("")
printMsg("Artist : %s" % audio_files[0].tag.artist)
printMsg("Album : %s" % album)
printMsg("Released : %s" %
(audio_files[0].tag.original_release_date
or audio_files[0].tag.release_date))
printMsg("Recorded : %s" % audio_files[0].tag.recording_date)
genre = audio_files[0].tag.genre
if genre:
genre = genre.name
else:
genre = ""
printMsg("Genre : %s" % genre)
printMsg("")
printMsg("Source : ")
printMsg("Encoder : %s" % encoder_info)
printMsg("Codec : mp3")
printMsg("Bitrate : ~%s K/s @ %s Hz, %s" %
(avg_bitrate, audio_files[0].info.sample_freq,
audio_files[0].info.mode))
printMsg("Tag : ID3 %s" %
versionToString(audio_files[0].tag.version))
printMsg("")
printMsg("Ripped By: ")
printMsg("")
printMsg("Track Listing")
printMsg("-------------")
count = 0
total_time = 0
total_size = 0
for audio_file in audio_files:
tag = audio_file.tag
count += 1
title = tag.title
title_len = len(title)
padding = " " * ((max_title_len - title_len) + 3)
time_secs = audio_file.info.time_secs
total_time += time_secs
total_size += audio_file.info.size_bytes
zero_pad = "0" * (len(str(len(audio_files))) - len(str(count)))
printMsg(
" %s%d. %s%s(%s)" %
(zero_pad, count, title, padding, formatTime(time_secs)))
printMsg("")
printMsg("Total play time : %s" % formatTime(total_time))
printMsg("Total size : %s" % formatSize(total_size))
printMsg("")
printMsg("=" * 78)
printMsg(".NFO file created with eyeD3 %s on %s" %
(VERSION, time.asctime()))
printMsg("For more information about eyeD3 go to %s" %
"http://eyeD3.nicfit.net/")
printMsg("=" * 78)
def tagFile(self, filename):
# get the filesystem character encoding
fs_encoding = sys.getfilesystemencoding()
parts = os.path.splitext(filename)[0].split(' - ')
if self.args.compilation:
# compilations are named "01i - Artist Name - Track Name"
track_num = parts[0]
artist = parts[1]
title = parts[2]
else:
# normal albums are named "01 - Track Name"
track_num = parts[0]
artist = self.meta['artist']
title = parts[1]
# extract GENRE
# if GENRE:
# validate GENRE
# force removal of existing tag
if self.args.force is True and self.audio_file.tag is not None:
id3.Tag.remove(self.audio_file.path, id3.ID3_ANY_VERSION)
printMsg("Tag removed from '{}'".format(filename))
# initialize
if self.audio_file.tag is None:
self.audio_file.initTag(id3.ID3_V2_4)
# decode from filesystem encoding where necessary
if type(artist) is str:
self.audio_file.tag.artist = artist.decode(fs_encoding)
else:
self.audio_file.tag.artist = artist
if type(self.meta['album_artist']) is str:
self.audio_file.tag.album_artist = self.meta['album_artist'].decode(fs_encoding)
else:
self.audio_file.tag.album_artist = self.meta['album_artist']
if type(self.meta['album']) is str:
self.audio_file.tag.album = self.meta['album'].decode(fs_encoding)
else:
self.audio_file.tag.album = self.meta['album']
# set the remainder of the tags
self.audio_file.tag.title = title
self.audio_file.tag.track_num = (track_num, self.meta['total_num_tracks'])
self.audio_file.tag.recording_date = core.Date(self.meta['year'])
self.audio_file.tag.tagging_date = '{:%Y-%m-%d}'.format(datetime.datetime.now())
# set a tag to say this was ripped with EAC
if self.args.eac is True:
self.audio_file.tag.user_text_frames.set(u'EAC', u'Ripping Tool')
# write a cover art image
if self.meta['image'] is not None:
self.audio_file.tag.images.set(
type_=id3.frames.ImageFrame.FRONT_COVER,
img_data=self.meta['image'],
mime_type='image/jpeg',
)
# save the tag
self.audio_file.tag.save(
version=id3.ID3_V2_4,
encoding='utf8',
preserve_file_time=True,
)
# print output from the classic plugin
self.classic.printHeader(self.audio_file.path)
printMsg("-" * 79)
self.classic.printAudioInfo(self.audio_file.info)
self.classic.printTag(self.audio_file.tag)
def printTag(self, tag):
if isinstance(tag, id3.Tag):
if self.args.quiet:
printMsg("ID3 %s: %d frames" %
(id3.versionToString(tag.version),
len(tag.frame_set)))
return
printMsg("ID3 %s:" % id3.versionToString(tag.version))
artist = tag.artist if tag.artist else u""
title = tag.title if tag.title else u""
album = tag.album if tag.album else u""
printMsg("%s: %s" % (boldText("title"), title))
printMsg("%s: %s" % (boldText("artist"), artist))
printMsg("%s: %s" % (boldText("album"), album))
for date, date_label in [
(tag.release_date, "release date"),
(tag.original_release_date, "original release date"),
(tag.recording_date, "recording date"),
(tag.encoding_date, "encoding date"),
(tag.tagging_date, "tagging date"),
]:
if date:
printMsg("%s: %s" % (boldText(date_label), str(date)))
track_str = ""
(track_num, track_total) = tag.track_num
if track_num is not None:
track_str = str(track_num)
if track_total:
track_str += "/%d" % track_total
genre = tag.genre
genre_str = "%s: %s (id %s)" % (boldText("genre"),
genre.name,
str(genre.id)) if genre else u""
printMsg("%s: %s\t\t%s" % (boldText("track"), track_str, genre_str))
disc_str = ""
(num, total) = tag.disc_num
if num is not None:
disc_str = str(num)
if total:
disc_str += "/%d" % total
printMsg("%s: %s" % (boldText("disc"), disc_str))
# PCNT
play_count = tag.play_count
if tag.play_count is not None:
printMsg("%s %d" % (boldText("Play Count:"), play_count))
# POPM
for popm in tag.popularities:
printMsg("%s [email: %s] [rating: %d] [play count: %d]" %
(boldText("Popularity:"), popm.email, popm.rating,
popm.count))
# TBPM
bpm = tag.bpm
if bpm is not None:
printMsg("%s %d" % (boldText("BPM:"), bpm))
# TPUB
pub = tag.publisher
if pub is not None:
printMsg("%s %s" % (boldText("Publisher/label:"), pub))
# UFID
for ufid in tag.unique_file_ids:
printMsg("%s [%s] : %s" % \
(boldText("Unique File ID:"), ufid.owner_id,
ufid.uniq_id.encode("string_escape")))
# COMM
for c in tag.comments:
printMsg("%s: [Description: %s] [Lang: %s]\n%s" %
(boldText("Comment"), c.description or "",
c.lang or "", c.text or ""))
# USLT
for l in tag.lyrics:
printMsg("%s: [Description: %s] [Lang: %s]\n%s" %
(boldText("Lyrics"), l.description or u"",
l.lang or "", l.text))
# TXXX
for f in tag.user_text_frames:
printMsg("%s: [Description: %s]\n%s" %
(boldText("UserTextFrame"), f.description, f.text))
# URL frames
for desc, url in ( ("Artist URL", tag.artist_url),
("Audio source URL", tag.audio_source_url),
("Audio file URL", tag.audio_file_url),
("Internet radio URL", tag.internet_radio_url),
("Commercial URL", tag.commercial_url),
("Payment URL", tag.payment_url),
("Publisher URL", tag.publisher_url),
("Copyright URL", tag.copyright_url),
):
if url:
printMsg("%s: %s" % (boldText(desc), url))
# user url frames
for u in tag.user_url_frames:
printMsg("%s [Description: %s]: %s" % (u.id, u.description,
u.url))
# APIC
for img in tag.images:
if img.mime_type != ImageFrame.URL_MIME_TYPE:
printMsg("%s: [Size: %d bytes] [Type: %s]" %
(boldText(img.picTypeToString(img.picture_type) +
" Image"),
len(img.image_data),
img.mime_type))
printMsg("Description: %s" % img.description)
printMsg("")
if self.args.write_images_dir:
img_path = "%s%s" % (self.args.write_images_dir, os.sep)
if not os.path.isdir(img_path):
raise IOError("Directory does not exist: %s" %
img_path)
img_file = self._getDefaultNameForImage(img)
count = 1
while os.path.exists(os.path.join(img_path, img_file)):
img_file = self._getDefaultNameForImage(img,
str(count))
count += 1
printWarning("Writing %s..." % os.path.join(img_path,
img_file))
with open(os.path.join(img_path, img_file), "wb") as fp:
fp.write(img.image_data)
else:
printMsg("%s: [Type: %s] [URL: %s]" %
(boldText(img.picTypeToString(img.picture_type) +
" Image"),
img.mime_type, img.image_url))
printMsg("Description: %s" % img.description)
printMsg("")
# GOBJ
for obj in tag.objects:
printMsg("%s: [Size: %d bytes] [Type: %s]" %
(boldText("GEOB"), len(obj.object_data),
obj.mime_type))
printMsg("Description: %s" % obj.description)
printMsg("Filename: %s" % obj.filename)
printMsg("\n")
if self.args.write_objects_dir:
obj_path = "%s%s" % (self.args.write_objects_dir, os.sep)
if not os.path.isdir(obj_path):
raise IOError("Directory does not exist: %s" % obj_path)
obj_file = self._getDefaultNameForObject(obj)
count = 1
while os.path.exists(os.path.join(obj_path, obj_file)):
obj_file = self._getDefaultNameForObject(obj,
str(count))
count += 1
printWarning("Writing %s..." % os.path.join(obj_path,
obj_file))
with open(os.path.join(obj_path, obj_file), "wb") as fp:
fp.write(obj.object_data)
# PRIV
for p in tag.privates:
printMsg("%s: [Data: %d bytes]" % (boldText("PRIV"),
len(p.data)))
printMsg("Owner Id: %s" % p.owner_id)
# MCDI
if tag.cd_id:
printMsg("\n%s: [Data: %d bytes]" % (boldText("MCDI"),
len(tag.cd_id)))
# USER
if tag.terms_of_use:
printMsg("\nTerms of Use (%s): %s" % (boldText("USER"),
tag.terms_of_use))
if self.args.verbose:
printMsg("-" * 79)
printMsg("%d ID3 Frames:" % len(tag.frame_set))
for fid in tag.frame_set:
num_frames = len(tag.frame_set[fid])
count = " x %d" % num_frames if num_frames > 1 else ""
printMsg("%s%s" % (fid, count))
else:
raise TypeError("Unknown tag type: " + str(type(tag)))
def handleDone(self):
"""If no audio files were loaded this simply prints 'Nothing to do'."""
if self._num_loaded == 0:
printMsg("Nothing to do")
def handleDone(self):
'''If no audio files were loaded this simply prints "Nothing to do".'''
if self._num_loaded == 0:
printMsg("Nothing to do")
def handleDirectory(self, directory, _):
if not self._file_cache:
return
directory = os.path.abspath(directory)
print("\n" + Style.bright + Fore.grey +
"Scanning directory%s %s" % (Style.reset_all, directory))
def _path(af):
return af.path
audio_files = sorted(list(self._file_cache), key=_path)
self._file_cache = []
edited_files = set()
if (len(audio_files) < EP_MAX_HINT and
self.args.dir_type not in (EP_TYPE, DEMO_TYPE, VARIOUS_TYPE)):
if _prompt("Only %d audio files, process directory as an EP" %
len(audio_files),
default=True):
self.args.dir_type = EP_TYPE
elif self.args.dir_type == EP_TYPE and len(audio_files) > EP_MAX_HINT:
if _prompt("%d audio files is large for an EP, process directory "
"as an LP" % len(audio_files), default=True):
self.args.dir_type = LP_TYPE
elif (self.args.dir_type not in (VARIOUS_TYPE, COMP_TYPE, LIVE_TYPE) and
len(audio_files) > LP_MAX_HINT):
if _prompt("%d audio files is large for an LP, process directory "
"as a compilation" % len(audio_files), default=True):
self.args.dir_type = COMP_TYPE
last = defaultdict(lambda: None)
artist = self._getArtist(audio_files)
print(Fore.BLUE + "Artist: " + Style.RESET_ALL +
(artist or "Various Artists"))
album = self._getAlbum(audio_files)
print(Fore.BLUE + "Album: " + Style.RESET_ALL + album)
rel_date, orel_date, rec_date = self._getDates(audio_files)
for what, d in [("Release", rel_date),
("Original", orel_date),
("Recording", rec_date)]:
print(Fore.BLUE + ("%s date: " % what) + Style.RESET_ALL + str(d))
num_audio_files = len(audio_files)
track_nums = set([f.tag.track_num[0] for f in audio_files])
fix_track_nums = bool(set(range(1, num_audio_files + 1)) != track_nums)
new_track_nums = []
for f in sorted(audio_files, key=_path):
print(Style.bright + Fore.grey +
u"Checking%s %s" % (Style.reset_all,
os.path.basename(f.path)))
if not f.tag:
print("\tAdding new tag")
f.initTag()
edited_files.add(f)
tag = f.tag
if tag.version != ID3_V2_4:
print("\tConverting to ID3 v2.4")
tag.version = ID3_V2_4
edited_files.add(f)
if self.args.dir_type == VARIOUS_TYPE:
if not tag.artist:
tag.artist = self._prompt("Artist name",
default=last["artist"])
last["artist"] = tag.artist
elif tag.artist != artist:
print(u"\tSetting artist: %s" % artist)
tag.artist = artist
edited_files.add(f)
if tag.album != album:
print(u"\tSetting album: %s" % album)
tag.album = album
edited_files.add(f)
orig_title = tag.title
if not tag.title:
tag.title = _prompt("Track title")
if self.args.fix_case:
tag.title = _fixCase(tag.title)
if orig_title != tag.title:
print(u"\tSetting title: %s" % tag.title)
edited_files.add(f)
# Track numbers
tnum, ttot = tag.track_num
update = False
if ttot != num_audio_files:
update = True
ttot = num_audio_files
if fix_track_nums or not (1 <= tnum <= num_audio_files):
tnum = None
while tnum is None:
tnum = int(_prompt("Track #"))
if not (1 <= tnum <= num_audio_files):
print(Fore.red + "Out of range: " + Fore.reset +
"1 <= %d <= %d" % (tnum, num_audio_files))
tnum = None
elif tnum in new_track_nums:
print(Fore.red + "Duplicate value: " + Fore.reset +
str(tnum))
tnum = None
else:
update = True
new_track_nums.append(tnum)
if update:
tag.track_num = (tnum, ttot)
print("\tSetting track numbers: %s" % str(tag.track_num))
edited_files.add(f)
# Dates
if tag.recording_date != rec_date:
print("\tSetting %s date (%s)" % ("recording", str(rec_date)))
tag.recording_date = rec_date
edited_files.add(f)
if tag.release_date != rel_date:
print("\tSetting %s date (%s)" % ("release", str(rel_date)))
tag.release_date = rel_date
edited_files.add(f)
if tag.original_release_date != orel_date:
print("\tSetting %s date (%s)" % ("original release",
str(orel_date)))
tag.original_release_date = orel_date
edited_files.add(f)
for fid in ("USER", "PRIV"):
n = len(tag.frame_set[fid] or [])
if n:
print("\tRemoving %d %s frames..." % (n, fid))
del tag.frame_set[fid]
edited_files.add(f)
# Add TLEN
tlen = tag.getTextFrame("TLEN")
real_tlen = f.info.time_secs * 1000
if tlen is None or int(tlen) != real_tlen:
print("\tSetting TLEN (%d)" % real_tlen)
tag.setTextFrame("TLEN", unicode(real_tlen))
edited_files.add(f)
# Add custom album type if special and otherwise not able to be
# determined.
curr_type = tag.user_text_frames.get(TXXX_ALBUM_TYPE)
if curr_type is not None:
curr_type = curr_type.text
if curr_type != self.args.dir_type:
if self.args.dir_type in (LP_TYPE, VARIOUS_TYPE):
if curr_type is not None:
print("\tClearing %s = %s" % (TXXX_ALBUM_TYPE,
curr_type))
tag.user_text_frames.remove(TXXX_ALBUM_TYPE)
edited_files.add(f)
# We don't set lp because it is the default, and various
# can be determined.
else:
print("\tSetting %s = %s" % (TXXX_ALBUM_TYPE,
self.args.dir_type))
tag.user_text_frames.set(self.args.dir_type,
TXXX_ALBUM_TYPE)
edited_files.add(f)
# Determine other changes, like file and/or duirectory renames
# so they can be reported before save confirmation.
file_renames = []
format_str = (NORMAL_FNAME_FORMAT
if self.args.dir_type != VARIOUS_TYPE
else VARIOUS_FNAME_FORMAT)
for f in audio_files:
orig_name, orig_ext = os.path.splitext(os.path.basename(f.path))
new_name = TagTemplate(format_str).substitute(f.tag, zeropad=True)
if orig_name != new_name:
printMsg(u"Rename file to %s%s" % (new_name, orig_ext))
file_renames.append((f, new_name, orig_ext))
dir_rename = None
if self.args.dir_type == LIVE_TYPE:
dir_format = LIVE_DNAME_FORMAT
else:
dir_format = NORMAL_DNAME_FORMAT
template = TagTemplate(dir_format, dotted_dates=self.args.dotted_dates)
pref_dir = template.substitute(audio_files[0].tag, zeropad=True)
if os.path.basename(directory) != pref_dir:
new_dir = os.path.join(os.path.dirname(directory), pref_dir)
printMsg("Rename directory to %s" % new_dir)
dir_rename = (directory, new_dir)
if not self.args.dry_run:
confirmed = False
if (edited_files or file_renames or dir_rename):
confirmed = _prompt("\nSave changes", default=True)
if confirmed:
for f in edited_files:
print(u"Saving %s" % os.path.basename(f.path))
f.tag.save(version=ID3_V2_4)
for f, new_name, orig_ext in file_renames:
printMsg(u"Renaming file to %s%s" % (new_name, orig_ext))
f.rename(new_name)
if dir_rename:
printMsg("Renaming directory to %s" % dir_rename[1])
os.rename(dir_rename[0], dir_rename[1])
else:
printMsg("\nNo changes made (run without -n/--dry-run)")
def handleFile(self, f, *_, **__):
super().handleFile(f)
if self.audio_file is None:
return
self.printHeader(f)
if (self.audio_file.info is None or not self.audio_file.info.lame_tag):
printMsg("No LAME Tag")
return
lt = self.audio_file.info.lame_tag
if "infotag_crc" not in lt:
try:
printMsg(f"Encoder Version: {lt['encoder_version']}")
except KeyError:
pass
return
values = [
("Encoder Version", lt['encoder_version']),
("LAME Tag Revision", lt['tag_revision']),
("VBR Method", lt['vbr_method']),
("Lowpass Filter", lt['lowpass_filter']),
]
if "replaygain" in lt:
try:
peak = lt["replaygain"]["peak_amplitude"]
db = 20 * math.log10(peak)
val = "%.8f (%+.1f dB)" % (peak, db)
values.append(("Peak Amplitude", val))
except KeyError:
pass
for type_ in ["radio", "audiofile"]:
try:
gain = lt["replaygain"][type_]
name = "%s Replay Gain" % gain['name'].capitalize()
val = "%s dB (%s)" % (gain['adjustment'],
gain['originator'])
values.append((name, val))
except KeyError:
pass
values.append(("Encoding Flags", " ".join((lt["encoding_flags"]))))
if lt["nogap"]:
values.append(("No Gap", " and ".join(lt["nogap"])))
values.append(("ATH Type", lt["ath_type"]))
values.append(("Bitrate (%s)" % lt["bitrate"][1], lt["bitrate"][0]))
values.append(("Encoder Delay", "%s samples" % lt["encoder_delay"]))
values.append(
("Encoder Padding", "%s samples" % lt["encoder_padding"]))
values.append(("Noise Shaping", lt["noise_shaping"]))
values.append(("Stereo Mode", lt["stereo_mode"]))
values.append(("Unwise Settings", lt["unwise_settings"]))
values.append(("Sample Frequency", lt["sample_freq"]))
values.append(
("MP3 Gain",
"%s (%+.1f dB)" % (lt["mp3_gain"], lt["mp3_gain"] * 1.5)))
values.append(("Preset", lt["preset"]))
values.append(("Surround Info", lt["surround_info"]))
values.append(("Music Length", "%s" % formatSize(lt["music_length"])))
values.append(("Music CRC-16", "%04X" % lt["music_crc"]))
values.append(("LAME Tag CRC-16", "%04X" % lt["infotag_crc"]))
for v in values:
printMsg(f"{v[0]:<20}: {v[1]}")
def handleFile(self, f):
super(LameInfoPlugin, self).handleFile(f)
self.printHeader(f)
if not self.audio_file or not self.audio_file.info.lame_tag:
printMsg('No LAME Tag')
return
format = '%-20s: %s'
lt = self.audio_file.info.lame_tag
if "infotag_crc" not in lt:
try:
printMsg('%s: %s' % ('Encoder Version', lt['encoder_version']))
except KeyError:
pass
return
values = []
values.append(('Encoder Version', lt['encoder_version']))
values.append(('LAME Tag Revision', lt['tag_revision']))
values.append(('VBR Method', lt['vbr_method']))
values.append(('Lowpass Filter', lt['lowpass_filter']))
if "replaygain" in lt:
try:
peak = lt['replaygain']['peak_amplitude']
db = 20 * math.log10(peak)
val = '%.8f (%+.1f dB)' % (peak, db)
values.append(('Peak Amplitude', val))
except KeyError:
pass
for type in ['radio', 'audiofile']:
try:
gain = lt['replaygain'][type]
name = '%s Replay Gain' % gain['name'].capitalize()
val = '%s dB (%s)' % (gain['adjustment'],
gain['originator'])
values.append((name, val))
except KeyError:
pass
values.append(('Encoding Flags', ' '.join((lt['encoding_flags']))))
if lt['nogap']:
values.append(('No Gap', ' and '.join(lt['nogap'])))
values.append(('ATH Type', lt['ath_type']))
values.append(('Bitrate (%s)' % lt['bitrate'][1], lt['bitrate'][0]))
values.append(('Encoder Delay', '%s samples' % lt['encoder_delay']))
values.append(
('Encoder Padding', '%s samples' % lt['encoder_padding']))
values.append(('Noise Shaping', lt['noise_shaping']))
values.append(('Stereo Mode', lt['stereo_mode']))
values.append(('Unwise Settings', lt['unwise_settings']))
values.append(('Sample Frequency', lt['sample_freq']))
values.append(
('MP3 Gain',
'%s (%+.1f dB)' % (lt['mp3_gain'], lt['mp3_gain'] * 1.5)))
values.append(('Preset', lt['preset']))
values.append(('Surround Info', lt['surround_info']))
values.append(('Music Length', '%s' % formatSize(lt['music_length'])))
values.append(('Music CRC-16', '%04X' % lt['music_crc']))
values.append(('LAME Tag CRC-16', '%04X' % lt['infotag_crc']))
for v in values:
printMsg(format % (v))
def handleDone(self):
if not self.albums:
printMsg(u"No albums found.")
return
for album in self.albums:
audio_files = self.albums[album]
if not audio_files:
continue
audio_files.sort(key=lambda af: af.tag.track_num)
max_title_len = 0
avg_bitrate = 0
encoder_info = ''
for audio_file in audio_files:
tag = audio_file.tag
# Compute maximum title length
title_len = len(tag.title)
if title_len > max_title_len:
max_title_len = title_len
# Compute average bitrate
avg_bitrate += audio_file.info.bit_rate[1]
# Grab the last lame version in case not all files have one
if "encoder_version" in audio_file.info.lame_tag:
version = audio_file.info.lame_tag['encoder_version']
encoder_info = (version or encoder_info)
avg_bitrate = avg_bitrate / len(audio_files)
printMsg("")
printMsg("Artist : %s" % audio_files[0].tag.artist)
printMsg("Album : %s" % album)
printMsg("Released : %s" %
(audio_files[0].tag.original_release_date or
audio_files[0].tag.release_date))
printMsg("Recorded : %s" % audio_files[0].tag.recording_date)
genre = audio_files[0].tag.genre
if genre:
genre = genre.name
else:
genre = ""
printMsg("Genre : %s" % genre)
printMsg("")
printMsg("Source : ")
printMsg("Encoder : %s" % encoder_info)
printMsg("Codec : mp3")
printMsg("Bitrate : ~%s K/s @ %s Hz, %s" %
(avg_bitrate, audio_files[0].info.sample_freq,
audio_files[0].info.mode))
printMsg("Tag : ID3 %s" %
versionToString(audio_files[0].tag.version))
printMsg("")
printMsg("Ripped By: ")
printMsg("")
printMsg("Track Listing")
printMsg("-------------")
count = 0
total_time = 0
total_size = 0
for audio_file in audio_files:
tag = audio_file.tag
count += 1
title = tag.title
title_len = len(title)
padding = " " * ((max_title_len - title_len) + 3)
time_secs = audio_file.info.time_secs
total_time += time_secs
total_size += audio_file.info.size_bytes
zero_pad = "0" * (len(str(len(audio_files))) - len(str(count)))
printMsg(" %s%d. %s%s(%s)" %
(zero_pad, count, title, padding,
formatTime(time_secs)))
printMsg("")
printMsg("Total play time : %s" %
formatTime(total_time))
printMsg("Total size : %s" %
formatSize(total_size))
printMsg("")
printMsg("=" * 78)
printMsg(".NFO file created with eyeD3 %s on %s" %
(VERSION, time.asctime()))
printMsg("For more information about eyeD3 go to %s" %
"http://eyeD3.nicfit.net/")
printMsg("=" * 78)
def handleFile(self, f):
super(LameInfoPlugin, self).handleFile(f)
self.printHeader(f)
if not self.audio_file or not self.audio_file.info.lame_tag:
printMsg('No LAME Tag')
return
format = '%-20s: %s'
lt = self.audio_file.info.lame_tag
if "infotag_crc" not in lt:
try:
printMsg('%s: %s' % ('Encoder Version', lt['encoder_version']))
except KeyError:
pass
return
values = []
values.append(('Encoder Version', lt['encoder_version']))
values.append(('LAME Tag Revision', lt['tag_revision']))
values.append(('VBR Method', lt['vbr_method']))
values.append(('Lowpass Filter', lt['lowpass_filter']))
if "replaygain" in lt:
try:
peak = lt['replaygain']['peak_amplitude']
db = 20 * math.log10(peak)
val = '%.8f (%+.1f dB)' % (peak, db)
values.append(('Peak Amplitude', val))
except KeyError:
pass
for type in ['radio', 'audiofile']:
try:
gain = lt['replaygain'][type]
name = '%s Replay Gain' % gain['name'].capitalize()
val = '%s dB (%s)' % (gain['adjustment'], gain['originator'])
values.append((name, val))
except KeyError:
pass
values.append(('Encoding Flags', ' '.join((lt['encoding_flags']))))
if lt['nogap']:
values.append(('No Gap', ' and '.join(lt['nogap'])))
values.append(('ATH Type', lt['ath_type']))
values.append(('Bitrate (%s)' % lt['bitrate'][1], lt['bitrate'][0]))
values.append(('Encoder Delay', '%s samples' % lt['encoder_delay']))
values.append(('Encoder Padding', '%s samples' % lt['encoder_padding']))
values.append(('Noise Shaping', lt['noise_shaping']))
values.append(('Stereo Mode', lt['stereo_mode']))
values.append(('Unwise Settings', lt['unwise_settings']))
values.append(('Sample Frequency', lt['sample_freq']))
values.append(('MP3 Gain', '%s (%+.1f dB)' % (lt['mp3_gain'],
lt['mp3_gain'] * 1.5)))
values.append(('Preset', lt['preset']))
values.append(('Surround Info', lt['surround_info']))
values.append(('Music Length', '%s' % formatSize(lt['music_length'])))
values.append(('Music CRC-16', '%04X' % lt['music_crc']))
values.append(('LAME Tag CRC-16', '%04X' % lt['infotag_crc']))
for v in values:
printMsg(format % (v))
def _verbose(self, s):
if self.args.verbose:
printMsg(s)
def handleDone(self):
'''If no audio files were loaded this simply prints "Nothing to do".'''
if self._num_loaded == 0:
printMsg("Nothing to do")
def handleDirectory(self, d, _):
global md5_file_cache
md5_file_cache.clear()
if not self._file_cache:
log.debug("%s: nothing to do." % d)
return
try:
all_tags = sorted([f.tag for f in self._file_cache if f.tag],
key=lambda x: x.file_info.name)
# If not deemed an album, move on.
if len(set([t.album for t in all_tags])) > 1:
log.debug("Skipping directory '%s', non-album." % d)
return
printMsg(cformat("\nChecking: ", Fore.BLUE) + d)
# File images
dir_art = []
for img_file in self._dir_images:
img_base = os.path.basename(img_file)
art_file = ArtFile(img_file)
try:
pil_img = pilImage(img_file)
except IOError as ex:
printWarning(compat.unicode(ex))
continue
if art_file.art_type:
self._verbose("file %s: %s\n\t%s" %
(img_base, art_file.art_type,
pilImageDetails(pil_img)))
dir_art.append(art_file)
else:
self._verbose("file %s: unknown (ignored)" % img_base)
if not dir_art:
print(cformat("NONE", Fore.RED))
self._retval += 1
else:
print(cformat("OK", Fore.GREEN))
# --download handling
if not dir_art and self.args.download and _have_lastfm:
tag = all_tags[0]
artists = set([t.artist for t in all_tags])
if len(artists) > 1:
artist_query = VARIOUS_ARTISTS
else:
artist_query = tag.album_artist or tag.artist
try:
url = getAlbumArt(artist_query, tag.album)
resp = requests.get(url)
if resp.status_code != 200:
raise ValueError()
except ValueError:
print("Album art download not found")
else:
print("Downloading album art...")
img = pilImage(io.BytesIO(resp.content))
cover = Path(d) / "cover.{}".format(img.format.lower())
assert not cover.exists()
img.save(str(cover))
print("Save {cover}".format(cover=cover))
# Tag images
for tag in all_tags:
file_base = os.path.basename(tag.file_info.name)
for img in tag.images:
try:
pil_img = pilImage(img)
pil_img_details = pilImageDetails(pil_img)
except (OSError, IOError) as ex:
printWarning(compat.unicode(ex))
continue
if img.picture_type in art.FROM_ID3_ART_TYPES:
img_type = art.FROM_ID3_ART_TYPES[img.picture_type]
self._verbose("tag %s: %s (Description: %s)\n\t%s" %
(file_base, img_type, img.description,
pil_img_details))
if self.args.update_files:
assert(not self.args.update_tags)
path = os.path.dirname(tag.file_info.name)
if img.description.startswith(DESCR_FNAME_PREFIX):
# Use filename from Image description
fname = img.description[
len(DESCR_FNAME_PREFIX):].strip()
fname = os.path.splitext(fname)[0]
else:
fname = art.FILENAMES[img_type][0].strip("*")
fname = img.makeFileName(name=fname)
if (md5File(os.path.join(path, fname)) ==
md5Data(img.image_data)):
printMsg("Skipping writing of %s, file "
"exists and is exactly the same." %
fname)
else:
img_file = makeUniqueFileName(
os.path.join(path, fname),
uniq=img.description)
printWarning("Writing %s..." % img_file)
with open(img_file, "wb") as fp:
fp.write(img.image_data)
else:
self._verbose(
"tag %s: unhandled image type %d (ignored)" %
(file_base, img.picture_type)
)
# Copy file art to tags.
if self.args.update_tags:
assert(not self.args.update_files)
for tag in all_tags:
for art_file in dir_art:
art_path = os.path.basename(art_file.file_path)
printMsg("Copying %s to tag '%s' image" %
(art_path, art_file.id3_art_type))
descr = "filename: %s" % os.path.splitext(art_path)[0]
tag.images.set(art_file.id3_art_type,
art_file.image_data, art_file.mime_type,
description=descr)
tag.save()
finally:
# Cleans up...
super(ArtPlugin, self).handleDirectory(d, _)
def handleDirectory(self, d, _):
global md5_file_cache
md5_file_cache.clear()
if not self._file_cache:
log.debug(f"{d}: nothing to do.")
return
try:
all_tags = sorted([f.tag for f in self._file_cache if f.tag],
key=lambda x: x.file_info.name)
# If not deemed an album, move on.
if len(set([t.album for t in all_tags])) > 1:
log.debug(f"Skipping directory '{d}', non-album.")
return
printMsg(cformat("\nChecking: ", Fore.BLUE) + d)
# File images
dir_art = []
for img_file in self._dir_images:
img_base = os.path.basename(img_file)
art_file = ArtFile(img_file)
try:
pil_img = pilImage(img_file)
except IOError as ex:
printWarning(str(ex))
continue
if art_file.art_type:
self._verbose(
f"file {img_base}: {art_file.art_type}\n\t{pilImageDetails(pil_img)}")
dir_art.append(art_file)
else:
self._verbose(f"file {img_base}: unknown (ignored)")
if not dir_art:
print(cformat("NONE", Fore.RED))
self._retval += 1
else:
print(cformat("OK", Fore.GREEN))
# --download handling
if not dir_art and self.args.download:
tag = all_tags[0]
artists = set([t.artist for t in all_tags])
if len(artists) > 1:
artist_query = VARIOUS_ARTISTS
else:
artist_query = tag.album_artist or tag.artist
try:
url = getAlbumArt(artist_query, tag.album)
print("Downloading album art...")
resp = requests.get(url)
if resp.status_code != 200:
raise ValueError()
except ValueError:
print("Album art download not found")
else:
img = pilImage(io.BytesIO(resp.content))
cover = Path(d) / "cover.{}".format(img.format.lower())
assert not cover.exists()
img.save(str(cover))
print("Save {cover}".format(cover=cover))
# Tag images
for tag in all_tags:
file_base = os.path.basename(tag.file_info.name)
for img in tag.images:
try:
pil_img = pilImage(img)
pil_img_details = pilImageDetails(pil_img)
except (OSError, IOError) as ex:
printWarning(str(ex))
continue
if img.picture_type in art.FROM_ID3_ART_TYPES:
img_type = art.FROM_ID3_ART_TYPES[img.picture_type]
self._verbose("tag %s: %s (Description: %s)\n\t%s" %
(file_base, img_type, img.description,
pil_img_details))
if self.args.update_files:
assert(not self.args.update_tags)
path = os.path.dirname(tag.file_info.name)
if img.description.startswith(DESCR_FNAME_PREFIX):
# Use filename from Image description
fname = img.description[
len(DESCR_FNAME_PREFIX):].strip()
fname = os.path.splitext(fname)[0]
else:
fname = art.FILENAMES[img_type][0].strip("*")
fname = img.makeFileName(name=fname)
if (md5File(os.path.join(path, fname)) ==
md5Data(img.image_data)):
printMsg("Skipping writing of %s, file "
"exists and is exactly the same." %
fname)
else:
img_file = makeUniqueFileName(
os.path.join(path, fname),
uniq=img.description)
printWarning("Writing %s..." % img_file)
with open(img_file, "wb") as fp:
fp.write(img.image_data)
else:
self._verbose(
"tag %s: unhandled image type %d (ignored)" %
(file_base, img.picture_type)
)
# Copy file art to tags.
if self.args.update_tags:
assert(not self.args.update_files)
for tag in all_tags:
for art_file in dir_art:
art_path = os.path.basename(art_file.file_path)
printMsg("Copying %s to tag '%s' image" %
(art_path, art_file.id3_art_type))
descr = "filename: %s" % os.path.splitext(art_path)[0]
tag.images.set(art_file.id3_art_type,
art_file.image_data, art_file.mime_type,
description=descr)
tag.save()
finally:
# Cleans up...
super(ArtPlugin, self).handleDirectory(d, _)
def handleDone(self):
"""If no audio files were loaded this simply prints 'Nothing to do'."""
if self._num_loaded == 0:
printMsg("Nothing to do")
def handleDone(self):
if not self._handled_one:
printMsg("Nothing to do")
def handleDirectory(self, directory, _):
if not self._file_cache:
return
directory = os.path.abspath(directory)
print("\n" + Style.BRIGHT + Fore.GREY +
"Scanning directory%s %s" % (Style.RESET_ALL, directory))
def _path(af):
return af.path
self._handled_one = True
# Make sure all of the audio files has a tag.
for f in self._file_cache:
if f.tag is None:
f.initTag()
audio_files = sorted(list(self._file_cache), key=_path)
self._file_cache = []
edited_files = set()
self._curr_dir_type = self.args.dir_type
if self._curr_dir_type is None:
types = set([a.tag.album_type for a in audio_files])
if len(types) == 1:
self._curr_dir_type = types.pop()
# Check for corrections to LP, EP, COMP
if (self._curr_dir_type is None and
len(audio_files) < EP_MAX_SIZE_HINT):
# Do you want EP?
if False in [a.tag.album_type == EP_TYPE for a in audio_files]:
if prompt("Only %d audio files, process directory as an EP" %
len(audio_files),
default=True):
self._curr_dir_type = EP_TYPE
else:
self._curr_dir_type = EP_TYPE
elif (self._curr_dir_type in (EP_TYPE, DEMO_TYPE) and
len(audio_files) > EP_MAX_SIZE_HINT):
# Do you want LP?
if prompt("%d audio files is large for type %s, process "
"directory as an LP" % (len(audio_files),
self._curr_dir_type),
default=True):
self._curr_dir_type = LP_TYPE
last = defaultdict(lambda: None)
album_artist = None
artists = set()
album = None
if self._curr_dir_type != SINGLE_TYPE:
album_artist, artists = self._resolveArtistInfo(audio_files)
print(Fore.BLUE + u"Album artist: " + Style.RESET_ALL +
(album_artist or u""))
print(Fore.BLUE + "Artist" + ("s" if len(artists) > 1 else "") +
": " + Style.RESET_ALL + u", ".join(artists))
album = self._getAlbum(audio_files)
print(Fore.BLUE + "Album: " + Style.RESET_ALL + album)
rel_date, orel_date, rec_date = self._getDates(audio_files)
for what, d in [("Release", rel_date),
("Original", orel_date),
("Recording", rec_date)]:
print(Fore.BLUE + ("%s date: " % what) + Style.RESET_ALL +
str(d))
num_audio_files = len(audio_files)
track_nums = set([f.tag.track_num[0] for f in audio_files])
fix_track_nums = set(range(1, num_audio_files + 1)) != track_nums
new_track_nums = []
dir_type = self._curr_dir_type
for f in sorted(audio_files, key=_path):
print(Style.BRIGHT + Fore.GREEN + u"Checking" + Fore.RESET +
Fore.GREY + (" %s" % os.path.basename(f.path)) +
Style.RESET_ALL)
if not f.tag:
print("\tAdding new tag")
f.initTag()
edited_files.add(f)
tag = f.tag
if tag.version != ID3_V2_4:
print("\tConverting to ID3 v2.4")
tag.version = ID3_V2_4
edited_files.add(f)
if (dir_type != SINGLE_TYPE and album_artist != tag.album_artist):
print(u"\tSetting album artist: %s" % album_artist)
tag.album_artist = album_artist
edited_files.add(f)
if not tag.artist and dir_type in (VARIOUS_TYPE, SINGLE_TYPE):
# Prompt artist
tag.artist = prompt("Artist name", default=last["artist"])
last["artist"] = tag.artist
elif len(artists) == 1 and tag.artist != artists[0]:
assert(dir_type != SINGLE_TYPE)
print(u"\tSetting artist: %s" % artists[0])
tag.artist = artists[0]
edited_files.add(f)
if tag.album != album and dir_type != SINGLE_TYPE:
print(u"\tSetting album: %s" % album)
tag.album = album
edited_files.add(f)
orig_title = tag.title
if not tag.title:
tag.title = prompt("Track title")
tag.title = tag.title.strip()
if self.args.fix_case:
tag.title = _fixCase(tag.title)
if orig_title != tag.title:
print(u"\tSetting title: %s" % tag.title)
edited_files.add(f)
if dir_type != SINGLE_TYPE:
# Track numbers
tnum, ttot = tag.track_num
update = False
if ttot != num_audio_files:
update = True
ttot = num_audio_files
if fix_track_nums or not (1 <= tnum <= num_audio_files):
tnum = None
while tnum is None:
tnum = int(prompt("Track #", type_=int))
if not (1 <= tnum <= num_audio_files):
print(Fore.RED + "Out of range: " + Fore.RESET +
"1 <= %d <= %d" % (tnum, num_audio_files))
tnum = None
elif tnum in new_track_nums:
print(Fore.RED + "Duplicate value: " + Fore.RESET +
str(tnum))
tnum = None
else:
update = True
new_track_nums.append(tnum)
if update:
tag.track_num = (tnum, ttot)
print("\tSetting track numbers: %s" % str(tag.track_num))
edited_files.add(f)
else:
# Singles
if tag.track_num != (None, None):
tag.track_num = (None, None)
edited_files.add(f)
if dir_type != SINGLE_TYPE:
# Dates
if rec_date and tag.recording_date != rec_date:
print("\tSetting %s date (%s)" %
("recording", str(rec_date)))
tag.recording_date = rec_date
edited_files.add(f)
if rel_date and tag.release_date != rel_date:
print("\tSetting %s date (%s)" % ("release", str(rel_date)))
tag.release_date = rel_date
edited_files.add(f)
if orel_date and tag.original_release_date != orel_date:
print("\tSetting %s date (%s)" % ("original release",
str(orel_date)))
tag.original_release_date = orel_date
edited_files.add(f)
for frame in list(tag.frameiter(["USER", "PRIV"])):
print("\tRemoving %s frames: %s" %
(frame.id,
frame.owner_id if frame.id == b"PRIV" else frame.text))
tag.frame_set[frame.id].remove(frame)
edited_files.add(f)
# Add TLEN
tlen = tag.getTextFrame("TLEN")
real_tlen = f.info.time_secs * 1000
if tlen is None or int(tlen) != real_tlen:
print("\tSetting TLEN (%d)" % real_tlen)
tag.setTextFrame("TLEN", UnicodeType(real_tlen))
edited_files.add(f)
# Add custom album type if special and otherwise not able to be
# determined.
curr_type = tag.album_type
if curr_type != dir_type:
print("\tSetting %s = %s" % (TXXX_ALBUM_TYPE, dir_type))
tag.album_type = dir_type
edited_files.add(f)
try:
if not self._checkCoverArt(directory, audio_files):
if not prompt("Proceed without valid cover file", default=True):
return
finally:
self._dir_images = []
# Determine other changes, like file and/or directory renames
# so they can be reported before save confirmation.
# File renaming
file_renames = []
if self.args.file_rename_pattern:
format_str = self.args.file_rename_pattern
else:
if dir_type == SINGLE_TYPE:
format_str = SINGLE_FNAME_FORMAT
elif dir_type in (VARIOUS_TYPE, COMP_TYPE):
format_str = VARIOUS_FNAME_FORMAT
else:
format_str = NORMAL_FNAME_FORMAT
for f in audio_files:
orig_name, orig_ext = os.path.splitext(os.path.basename(f.path))
new_name = TagTemplate(format_str).substitute(f.tag, zeropad=True)
if orig_name != new_name:
printMsg(u"Rename file to %s%s" % (new_name, orig_ext))
file_renames.append((f, new_name, orig_ext))
# Directory renaming
dir_rename = None
if dir_type != SINGLE_TYPE:
if self.args.dir_rename_pattern:
dir_format = self.args.dir_rename_pattern
else:
if dir_type == LIVE_TYPE:
dir_format = LIVE_DNAME_FORMAT
else:
dir_format = NORMAL_DNAME_FORMAT
template = TagTemplate(dir_format,
dotted_dates=self.args.dotted_dates)
pref_dir = template.substitute(audio_files[0].tag, zeropad=True)
if os.path.basename(directory) != pref_dir:
new_dir = os.path.join(os.path.dirname(directory), pref_dir)
printMsg("Rename directory to %s" % new_dir)
dir_rename = (directory, new_dir)
# Cruft files to remove
file_removes = []
if self._dir_files_to_remove:
for f in self._dir_files_to_remove:
print("Remove file: " + os.path.basename(f))
file_removes.append(f)
self._dir_files_to_remove = set()
if not self.args.dry_run:
confirmed = False
if (edited_files or file_renames or dir_rename or file_removes):
confirmed = prompt("\nSave changes", default=True)
if confirmed:
for f in edited_files:
print(u"Saving %s" % os.path.basename(f.path))
f.tag.save(version=ID3_V2_4, preserve_file_time=True)
for f, new_name, orig_ext in file_renames:
printMsg(u"Renaming file to %s%s" % (new_name, orig_ext))
f.rename(new_name, preserve_file_time=True)
if file_removes:
for f in file_removes:
printMsg("Removing file %s" % os.path.basename(f))
os.remove(f)
if dir_rename:
printMsg("Renaming directory to %s" % dir_rename[1])
s = os.stat(dir_rename[0])
os.rename(dir_rename[0], dir_rename[1])
# With a rename use the origianl access time
os.utime(dir_rename[1], (s.st_atime, s.st_atime))
else:
printMsg("\nNo changes made (run without -n/--dry-run)")
def handleFile(self, f, *args, **kwargs):
super().handleFile(f)
if self.audio_file and self.audio_file.tag:
xml = self.getXML(self.audio_file)
printMsg(xml)
def handleDone(self):
if not self._handled_one:
printMsg("Nothing to do")
def handleFile(self, f):
super(Xep118Plugin, self).handleFile(f)
if self.audio_file and self.audio_file.tag:
xml = self.getXML(self.audio_file)
printMsg(xml)
def handleFile(self, f):
parse_version = self.args.tag_version
super(ClassicPlugin, self).handleFile(f, tag_version=parse_version)
if not self.audio_file:
return
self.printHeader(f)
printMsg("-" * 79)
new_tag = False
if not self.audio_file.tag or self.handleRemoves(self.audio_file.tag):
self.audio_file.initTag(version=parse_version)
new_tag = True
save_tag = (
self.handleEdits(self.audio_file.tag)
or self.handlePadding(self.audio_file.tag)
or self.args.force_update
or self.args.convert_version
)
self.printAudioInfo(self.audio_file.info)
if not save_tag and new_tag:
printError("No ID3 %s tag found!" % id3.versionToString(self.args.tag_version))
return
self.printTag(self.audio_file.tag)
if save_tag:
# Use current tag version unless a convert was supplied
version = self.args.convert_version or self.audio_file.tag.version
printWarning("Writing ID3 version %s" % id3.versionToString(version))
# DEFAULT_MAX_PADDING is not set up as argument default,
# because we don't want to rewrite the file if the user
# did not trigger that explicitly:
max_padding = self.args.max_padding
if max_padding is True:
max_padding = DEFAULT_MAX_PADDING
self.audio_file.tag.save(
version=version,
encoding=self.args.text_encoding,
backup=self.args.backup,
preserve_file_time=self.args.preserve_file_time,
max_padding=max_padding,
)
if self.args.rename_pattern:
# Handle file renaming.
from eyed3.id3.tag import TagTemplate
template = TagTemplate(self.args.rename_pattern)
name = template.substitute(self.audio_file.tag, zeropad=True)
orig = self.audio_file.path
try:
self.audio_file.rename(name)
printWarning("Renamed '%s' to '%s'" % (orig, self.audio_file.path))
except IOError as ex:
printError(ex.message)
printMsg("-" * 79)
