def getDuration(self):
duration = self.get("duration")
try:
duration = float(duration)
except ValueError:
return 0
else:
return format_date(make_date(0, 0, 0, int(duration) / 3600, duration / 60, int(duration % 60)), '%H:%M:%S')
def getDuration(self):
duration = self.get("duration")
try:
duration = float(duration)
except ValueError:
return 0
else:
return format_date(
make_date(0, 0, 0,
int(duration) / 3600, duration / 60,
int(duration % 60)), '%H:%M:%S')
def makeMetaData(self, audiofile):
self.attrs["mp3.version"] = audiofile.info.version
self.attrs["mp3.layer"] = audiofile.info.layer
self.attrs["mp3.bitrate"] = u"{} kBit/s".format(audiofile.info.bitrate / 1000)
self.attrs["mp3.sample_rate"] = u"{} kHz".format(audiofile.info.sample_rate / 1000)
_s = int(audiofile.info.length % 60)
_m = audiofile.info.length / 60
_h = int(audiofile.info.length) / 3600
self.attrs["mp3.length"] = format_date(make_date(0, 0, 0, _h, _m, _s), '%Y-%m-%dT%H:%M:%S')
if audiofile.tags:
for key in audio_frames.keys():
if key in audiofile.tags.keys():
self.attrs["mp3." + audio_frames[key]] = unicode(audiofile.tags[key])
def makeMetaData(self, audiofile):
self.attrs["mp3.version"] = audiofile.info.version
self.attrs["mp3.layer"] = audiofile.info.layer
self.attrs["mp3.bitrate"] = u"{} kBit/s".format(audiofile.info.bitrate / 1000)
self.attrs["mp3.sample_rate"] = u"{} kHz".format(audiofile.info.sample_rate / 1000)
_s = int(audiofile.info.length % 60)
_m = audiofile.info.length / 60
_h = int(audiofile.info.length) / 3600
self.attrs["mp3.length"] = format_date(make_date(0, 0, 0, _h, _m, _s), '%Y-%m-%dT%H:%M:%S')
if audiofile.tags:
for key in audio_frames.keys():
if key in audiofile.tags.keys():
self.attrs["mp3." + audio_frames[key]] = unicode(audiofile.tags[key])
def makeMetaData(self, audiofile):
self.set("mp3.version", audiofile.info.version)
self.set("mp3.layer", audiofile.info.layer)
self.set("mp3.bitrate", str(int(audiofile.info.bitrate) / 1000) + " kBit/s")
self.set("mp3.sample_rate", str(float(audiofile.info.sample_rate) / 1000) + " kHz")
_s = int(audiofile.info.length % 60)
_m = audiofile.info.length / 60
_h = int(audiofile.info.length) / 3600
self.set("mp3.length", format_date(make_date(0, 0, 0, _h, _m, _s), '%Y-%m-%dT%H:%M:%S'))
if audiofile.tags:
for key in audio_frames.keys():
if key in audiofile.tags.keys():
self.set("mp3." + audio_frames[key], audiofile.tags[key])
def makeMetaData(self, audiofile):
self.set("mp3.version", audiofile.info.version)
self.set("mp3.layer", audiofile.info.layer)
self.set("mp3.bitrate",
str(int(audiofile.info.bitrate) / 1000) + " kBit/s")
self.set("mp3.sample_rate",
str(float(audiofile.info.sample_rate) / 1000) + " kHz")
_s = int(audiofile.info.length % 60)
_m = audiofile.info.length / 60
_h = int(audiofile.info.length) / 3600
self.set("mp3.length",
format_date(make_date(0, 0, 0, _h, _m, _s), '%Y-%m-%dT%H:%M:%S'))
if audiofile.tags:
for key in audio_frames.keys():
if key in audiofile.tags.keys():
self.set("mp3." + audio_frames[key], audiofile.tags[key])
def getWeekDay(self, day):
dt = make_date(self.period_year, self.period_month, day)
return dt.weekday()
def getWeekDay(self, day):
dt = make_date(self.period_year, self.period_month, day)
return dt.weekday()
