errors['junk_hash'] = junk_sha.hexdigest()
if spurious_tag_frames:
errors['spurious_tag_frames'] = spurious_tag_frames
self.errors = errors
self.sound = dict(
samples=samples,
total_frame_sizes=total_frame_sizes,
sample_rate=samplerate,
hash=mp3_sha.hexdigest(),
declared_bitrates=declared_bitrates,
total_frames=total_frames,
)
if samplerate is not None and not inconsistent_sample_rate:
duration = samples / float(samplerate)
self.sound['duration'] = duration
self.sound['bitrate'] = int(round(8 * total_frame_sizes /
duration))
def _id3v1tagreader(self, block):
self.id3v1data = id3v1tagreader(block)
def _id3_frame_processor(self, frame):
self.id3v2data = process_id3v2_frame(frame)
register_provider(Mp3DirmetadataProvider)
from dirmetadata import DirMetaDataProvider, register_provider
class DummyDirmetadataProvider(DirMetaDataProvider):
category_name = "dummy"
def readers(self):
return []
def data(self):
return {}
register_provider(DummyDirmetadataProvider)
from dirmetadata import DirMetaDataProvider, register_provider
class DummyDirmetadataProvider(DirMetaDataProvider):
category_name = "dummy"
def readers(self):
return []
def data(self):
return {}
register_provider(DummyDirmetadataProvider)
