def scan(self):
"""Scan and return associated subtitles
:return: associated subtitles
:rtype: list of :class:`~subliminal.subtitles.Subtitle`
"""
if not self.exists:
return []
basepath = os.path.splitext(self.path)[0]
results = []
video_infos = None
try:
video_infos = enzyme.parse(self.path)
logger.debug(u"Succeeded parsing %s with enzyme: %r" % (self.path, video_infos))
except:
logger.debug(u"Failed parsing %s with enzyme" % self.path)
if isinstance(video_infos, enzyme.core.AVContainer):
results.extend([subtitles.EmbeddedSubtitle.from_enzyme(self.path, s) for s in video_infos.subtitles])
for l in list_languages(1):
for e in subtitles.EXTENSIONS:
single_path = basepath + "%s" % e
if os.path.exists(single_path):
results.append(subtitles.ExternalSubtitle(single_path, None))
multi_path = basepath + ".%s%s" % (l, e)
if os.path.exists(multi_path):
results.append(subtitles.ExternalSubtitle(multi_path, l))
return results
def getMeta(self, filename):
try:
p = enzyme.parse(filename)
# Video codec
vc = ('h264'
if p.video[0].codec == 'AVC1' else p.video[0].codec).lower()
# Audio codec
ac = p.audio[0].codec
try:
ac = self.audio_codec_map.get(p.audio[0].codec)
except:
pass
return {
'video': vc,
'audio': ac,
'resolution_width': tryInt(p.video[0].width),
'resolution_height': tryInt(p.video[0].height),
}
except ParseError:
log.debug('Failed to parse meta for %s', filename)
except NoParserError:
log.debug('No parser found for %s', filename)
except:
log.debug('Failed parsing %s', filename)
return {}
def getMeta(self, filename):
try:
p = enzyme.parse(filename)
# Video codec
vc = ("h264" if p.video[0].codec == "AVC1" else p.video[0].codec).lower()
# Audio codec
ac = p.audio[0].codec
try:
ac = self.audio_codec_map.get(p.audio[0].codec)
except:
pass
return {
"video": vc,
"audio": ac,
"resolution_width": tryInt(p.video[0].width),
"resolution_height": tryInt(p.video[0].height),
"audio_channels": p.audio[0].channels,
}
except ParseError:
log.debug("Failed to parse meta for %s", filename)
except NoParserError:
log.debug("No parser found for %s", filename)
except:
log.debug("Failed parsing %s", filename)
return {}
def getMeta(self, filename):
try:
p = enzyme.parse(filename)
# Video codec
vc = ('h264' if p.video[0].codec == 'AVC1' else p.video[0].codec).lower()
# Audio codec
ac = p.audio[0].codec
try: ac = self.audio_codec_map.get(p.audio[0].codec)
except: pass
return {
'video': vc,
'audio': ac,
'resolution_width': tryInt(p.video[0].width),
'resolution_height': tryInt(p.video[0].height),
}
except ParseError:
log.debug('Failed to parse meta for %s', filename)
except NoParserError:
log.debug('No parser found for %s', filename)
except:
log.debug('Failed parsing %s', filename)
return {}
def scan(self):
"""Scan and return associated subtitles
:return: associated subtitles
:rtype: list of :class:`~subliminal.subtitles.Subtitle`
"""
if not self.exists:
return []
basepath = os.path.splitext(self.path)[0]
results = []
video_infos = None
try:
video_infos = enzyme.parse(self.path)
logger.debug(u'Succeeded parsing %s with enzyme: %r' % (self.path, video_infos))
except:
logger.debug(u'Failed parsing %s with enzyme' % self.path)
if isinstance(video_infos, enzyme.core.AVContainer):
results.extend([subtitles.EmbeddedSubtitle.from_enzyme(self.path, s) for s in video_infos.subtitles])
# cannot use glob here because it chokes if there are any square
# brackets inside the filename, so we have to use basic string
# startswith/endswith comparisons
folder, basename = os.path.split(basepath)
if folder == '':
folder = '.'
existing = [f for f in os.listdir(folder) if f.startswith(basename)]
for path in existing:
for ext in subtitles.EXTENSIONS:
if path.endswith(ext):
language = Language(path[len(basename) + 1:-len(ext)], strict=False)
results.append(subtitles.ExternalSubtitle(path, language))
return results
def setUp(self):
self.p1 = enzyme.parse(os.path.join(matroska_test_path, u'test1.mkv'))
self.p2 = enzyme.parse(os.path.join(matroska_test_path, u'test2.mkv'))
self.p3 = enzyme.parse(os.path.join(matroska_test_path, u'test3.mkv'))
self.p4 = enzyme.parse(os.path.join(matroska_test_path, u'test4.mkv'))
self.p5 = enzyme.parse(os.path.join(matroska_test_path, u'test5.mkv'))
self.p6 = enzyme.parse(os.path.join(matroska_test_path, u'test6.mkv'))
self.p7 = enzyme.parse(os.path.join(matroska_test_path, u'test7.mkv'))
self.p8 = enzyme.parse(os.path.join(matroska_test_path, u'test8.mkv'))
def _load(self, filename):
log.debug("Loading file %r", filename)
metadata = Metadata()
self._add_path_to_metadata(metadata)
try:
parser = enzyme.parse(filename)
log.debug("Metadata for %s:\n%s", filename, unicode(parser))
self._convertMetadata(parser, metadata)
except Exception, err:
log.error("Could not parse file %r: %r", filename, err)
def getFileMetadata(filename):
import enzyme
try:
p = enzyme.parse(filename)
# Video codec
vc = ('H264' if p.video[0].codec == 'AVC1' else
'x265' if p.video[0].codec == 'HEVC' else p.video[0].codec)
# Audio codec
ac = p.audio[0].codec
try:
ac = audio_codec_map.get(p.audio[0].codec)
except:
pass
# Find title in video headers
titles = []
try:
if p.title:
titles.append(p.title)
except:
sickrage.srCore.srLogger.error(
'Failed getting title from meta: %s', traceback.format_exc())
for video in p.video:
try:
if video.title:
titles.append(video.title)
except:
sickrage.srCore.srLogger.error(
'Failed getting title from meta: %s',
traceback.format_exc())
return {
'titles': list(set(titles)),
'video': vc,
'audio': ac,
'resolution_width': tryInt(p.video[0].width),
'resolution_height': tryInt(p.video[0].height),
'audio_channels': p.audio[0].channels,
}
except enzyme.exceptions.ParseError:
sickrage.srCore.srLogger.debug('Failed to parse meta for %s', filename)
except enzyme.exceptions.NoParserError:
sickrage.srCore.srLogger.debug('No parser found for %s', filename)
except:
sickrage.srCore.srLogger.debug('Failed parsing %s', filename)
return {}
def __init__(self, reference):
self.reference = None
self.logger = tvdb_logger('brewer')
if isinstance(reference, dict):
self.reference = reference
else:
try:
self.log('parse', "parsing metadata for %s" % reference)
self.complete_infos = enzyme.parse(reference).convert()
self.info = self.cleanup(self.complete_infos)
except:
self.complete_infos = {}
self.info = {}
self.error('parse', "error parsing metadata for %s" % reference)
def __init__(self, reference):
self.reference = None
self.logger = tvdb_logger('brewer')
if isinstance(reference, dict):
self.reference = reference
else:
try:
self.log('parse', "parsing metadata for %s" % reference)
self.complete_infos = enzyme.parse(reference).convert()
self.info = self.cleanup(self.complete_infos)
except:
self.complete_infos = {}
self.info = {}
self.error('parse', "error parsing metadata for %s" % reference)
def getMeta(self, filename):
try:
p = enzyme.parse(filename)
# Video codec
vc = ('H264' if p.video[0].codec == 'AVC1' else p.video[0].codec)
# Audio codec
ac = p.audio[0].codec
try:
ac = self.audio_codec_map.get(p.audio[0].codec)
except:
pass
# Find title in video headers
titles = []
try:
if p.title and self.findYear(p.title):
titles.append(ss(p.title))
except:
log.error('Failed getting title from meta: %s',
traceback.format_exc())
for video in p.video:
try:
if video.title and self.findYear(video.title):
titles.append(ss(video.title))
except:
log.error('Failed getting title from meta: %s',
traceback.format_exc())
return {
'titles': list(set(titles)),
'video': vc,
'audio': ac,
'resolution_width': tryInt(p.video[0].width),
'resolution_height': tryInt(p.video[0].height),
'audio_channels': p.audio[0].channels,
}
except enzyme.exceptions.ParseError:
log.debug('Failed to parse meta for %s', filename)
except enzyme.exceptions.NoParserError:
log.debug('No parser found for %s', filename)
except:
log.debug('Failed parsing %s', filename)
return {}
def get_video_data(path):
video = enzyme.parse(path)
vidtrack = video.video[0]
audtrack = video.audio[0]
yield ('a', 'Video')
yield ('title', video.title)
yield ('mime_type', video.mime)
yield ('vid_type', video.type)
yield ('vid_timestamp', datetime.datetime.fromtimestamp(video.timestamp))
yield ('length', video.length)
yield ('width', vidtrack.width)
yield ('height', vidtrack.height)
#yield ('dimensions', (vidtrack.width, vidtrack.height))
yield ('vid_codec', vidtrack.codec)
yield ('aud_codec', audtrack.codec)
return
def getMeta(self, filename):
try:
p = enzyme.parse(filename)
return {
'video': p.video[0].codec,
'audio': p.audio[0].codec,
'resolution_width': p.video[0].width,
'resolution_height': p.video[0].height,
}
except ParseError:
log.debug('Failed to parse meta for %s' % filename)
except NoParserError:
log.debug('No parser found for %s' % filename)
return {}
def getFileMetadata(filename):
import enzyme
try:
p = enzyme.parse(filename)
# Video codec
vc = ('H264' if p.video[0].codec == 'AVC1' else 'x265' if p.video[0].codec == 'HEVC' else p.video[0].codec)
# Audio codec
ac = p.audio[0].codec
try: ac = audio_codec_map.get(p.audio[0].codec)
except: pass
# Find title in video headers
titles = []
try:
if p.title:
titles.append(p.title)
except:
sickrage.srLogger.error('Failed getting title from meta: %s', traceback.format_exc())
for video in p.video:
try:
if video.title:
titles.append(video.title)
except:
sickrage.srLogger.error('Failed getting title from meta: %s', traceback.format_exc())
return {
'titles': list(set(titles)),
'video': vc,
'audio': ac,
'resolution_width': tryInt(p.video[0].width),
'resolution_height': tryInt(p.video[0].height),
'audio_channels': p.audio[0].channels,
}
except enzyme.exceptions.ParseError:
sickrage.srLogger.debug('Failed to parse meta for %s', filename)
except enzyme.exceptions.NoParserError:
sickrage.srLogger.debug('No parser found for %s', filename)
except:
sickrage.srLogger.debug('Failed parsing %s', filename)
return {}
def getMeta(self, filename):
try:
p = enzyme.parse(filename)
# Video codec
vc = ('H264' if p.video[0].codec == 'AVC1' else p.video[0].codec)
# Audio codec
ac = p.audio[0].codec
try: ac = self.audio_codec_map.get(p.audio[0].codec)
except: pass
# Find title in video headers
titles = []
try:
if p.title and self.findYear(p.title):
titles.append(ss(p.title))
except:
log.error('Failed getting title from meta: %s', traceback.format_exc())
for video in p.video:
try:
if video.title and self.findYear(video.title):
titles.append(ss(video.title))
except:
log.error('Failed getting title from meta: %s', traceback.format_exc())
return {
'titles': list(set(titles)),
'video': vc,
'audio': ac,
'resolution_width': tryInt(p.video[0].width),
'resolution_height': tryInt(p.video[0].height),
'audio_channels': p.audio[0].channels,
}
except enzyme.exceptions.ParseError:
log.debug('Failed to parse meta for %s', filename)
except enzyme.exceptions.NoParserError:
log.debug('No parser found for %s', filename)
except:
log.debug('Failed parsing %s', filename)
return {}
def getMeta(self, filename):
try:
p = enzyme.parse(filename)
return {
"video": p.video[0].codec,
"audio": p.audio[0].codec,
"resolution_width": tryInt(p.video[0].width),
"resolution_height": tryInt(p.video[0].height),
}
except ParseError:
log.debug("Failed to parse meta for %s", filename)
except NoParserError:
log.debug("No parser found for %s", filename)
except:
log.debug("Failed parsing %s", filename)
return {}
def getMeta(self, filename):
try:
p = enzyme.parse(filename)
return {
'video': p.video[0].codec,
'audio': p.audio[0].codec,
'resolution_width': tryInt(p.video[0].width),
'resolution_height': tryInt(p.video[0].height),
}
except ParseError:
log.debug('Failed to parse meta for %s', filename)
except NoParserError:
log.debug('No parser found for %s', filename)
except:
log.debug('Failed parsing %s', filename)
return {}
def streaminfo(file):
try:
info = enzyme.parse(file)
except:
logger.debug('Enzyme error')
movieinfo = {
'length':'',
'vcodec':'',
'acodec':'',
'height':'',
'width':'',
'aspect':'',
'samplerate':'',
'channels':''}
info = str(info)
logger.debug('info: %s' % info)
lines = info.split('+--')
head = lines[0].split('\n')
video = lines[1].split('\n')
if len(lines) == 3:
audio = lines[2].split('\n')
else:
audio = []
for line in head:
if 'length' in line:
movieinfo['length'] = line.split(':')[1].strip()
for line in video:
if 'codec' in line and not 'codec_' in line:
movieinfo['vcodec'] = line.split(':')[1].strip()
if 'width' in line:
movieinfo['width'] = line.split(':')[1].strip()
if 'height' in line:
movieinfo['height'] = line.split(':')[1].strip()
if 'aspect' in line:
movieinfo['aspect'] = line.split(':')[1].strip()
for line in audio:
if 'codec' in line and not 'codec_' in line:
movieinfo['acodec'] = line.split(':')[1].split()
if 'channels' in line:
movieinfo['channels'] = line.split(':')[1].strip()
if 'samplerate' in line:
movieinfo['samplerate'] = line.split(':')[1].strip()
return movieinfo
def getFileMetadata(filename):
try:
import enzyme
p = enzyme.parse(filename)
# Video codec
vc = ('H264' if p.video[0].codec == 'AVC1' else
'x265' if p.video[0].codec == 'HEVC' else p.video[0].codec)
# Audio codec
ac = p.audio[0].codec
try:
ac = audio_codec_map.get(p.audio[0].codec)
except:
pass
# Find title in video headers
titles = []
try:
if hasattr(p, 'title') and p.title:
titles.append(p.title)
except:
sickrage.app.log.error('Failed getting title from meta')
for video in p.video:
try:
if video.title:
titles.append(video.title)
except:
sickrage.app.log.error('Failed getting title from meta')
return {
'titles': list(set(titles)),
'video': vc,
'audio': ac,
'resolution_width': int(p.video[0].width or 0),
'resolution_height': int(p.video[0].height or 0),
'audio_channels': p.audio[0].channels,
}
except Exception:
sickrage.app.log.debug('Failed to parse meta for %s', filename)
return {}
def extract(self, full_path):
meta = {
'audio': [],
'file': {},
'release': {},
'video': [],
}
try:
raw_meta = None
raw_meta = enzyme.parse(full_path)
except enzyme.exceptions.ParseError:
error('Failed to parse %s' % full_path)
return {}
except enzyme.exceptions.NoParserError:
error('No parser found for %s' % full_path)
return {}
except ValueError, errmsg:
error('Failed to parse %s: %s' % (full_path, errmsg))
return {}
def getFileMetadata(filename):
try:
import enzyme
p = enzyme.parse(filename)
# Video codec
vc = ('H264' if p.video[0].codec == 'AVC1' else 'x265' if p.video[0].codec == 'HEVC' else p.video[0].codec)
# Audio codec
ac = p.audio[0].codec
try:
ac = audio_codec_map.get(p.audio[0].codec)
except:
pass
# Find title in video headers
titles = []
try:
if hasattr(p, 'title') and p.title:
titles.append(p.title)
except:
sickrage.app.log.error('Failed getting title from meta')
for video in p.video:
try:
if video.title:
titles.append(video.title)
except:
sickrage.app.log.error('Failed getting title from meta')
return {
'titles': list(set(titles)),
'video': vc,
'audio': ac,
'resolution_width': int(p.video[0].width or 0),
'resolution_height': int(p.video[0].height or 0),
'audio_channels': p.audio[0].channels,
}
except Exception:
sickrage.app.log.debug('Failed to parse meta for %s', filename)
return {}
def scan(self):
"""Scan and return associated Subtitles"""
if not self.exists:
return []
basepath = os.path.splitext(self.path)[0]
results = []
video_infos = None
try:
video_infos = enzyme.parse(self.path)
except enzyme.ParseError:
pass
if isinstance(video_infos, enzyme.core.AVContainer):
results.extend([subtitles.EmbeddedSubtitle.fromEnzyme(self.path, s) for s in video_infos.subtitles])
for l in list_languages(1):
for e in subtitles.EXTENSIONS:
single_path = basepath + "%s" % e
if os.path.exists(single_path):
results.append(subtitles.ExternalSubtitle(single_path, None))
multi_path = basepath + ".%s%s" % (l, e)
if os.path.exists(multi_path):
results.append(subtitles.ExternalSubtitle(multi_path, l))
return results
def get_video_time(filename):
"""Get file data from video metadata using ``enzyme`` package.
This one is tricky, as
(at least in the MP4 headers of files shot with cell phones)
the time is stored as seconds since epoch **in UTC**.
Thus the information on the timezone where the shot happened is needed.
For now, it is assumed that it is the same timezone as the system
currently running this code.
Also, as I've met cell phones that put
very erroneous capture file time in the header,
I have restricted the recognized capture time to *after* the epoch.
"""
try:
mdata = enzyme.parse(filename)
except enzyme.exceptions.NoParserError:
return get_file_time(filename)
tmepoch = mdata.timestamp
# here is the place where too old (erroneous) date is not supported
if tmepoch and tmepoch > 0:
return datetime.datetime.fromtimestamp(tmepoch)
else:
return get_file_time(filename)
def setUp(self):
self.p1 = enzyme.parse(os.path.join(mp4_test_path, u'niceday.asf'))
def __init__(self, filepath = None):
"""
constructor.
takes the complete movie file path, or nothing if you want to create
a movie example
"""
# create a movie example
if filepath == None:
# file path (only directory)
self.path_ = 'C:\\'
# original movie title, before renaming
self.original_name_ = '[DivX ITA] A really cool movie (2012)'
# file extension
self.extension_ = '.avi'
# movie new title (after renaming)
self.new_name_ = ''
# current state
# states are used to show a proper panel in GUI
self.state_ = self.STATE_BEFORE_RENAMING
self.guessed_info_ = {
self.SUBTITLES: ['Italian', 'ITA'],
self.PART: '1'}
info = {
self.TITLE: 'Un film molto figo',
self.ORIGINAL_TITLE: 'A really cool movie',
self.YEAR: '2012',
self.DIRECTOR: 'A. Director',
self.DURATION: ['100m', '1h40m'],
self.LANGUAGE: ['Italian', 'ITA'],
self.SCORE: 1}
self.others_info_ = [info]
self.info_ = info
else:
path, name = os.path.split(filepath)
name, extension = os.path.splitext(name)
# file path (only directory)
self.path_ = os.path.normpath(unicode(path))
# original movie title, before renaming
self.original_name_ = unicode(name)
# file extension
self.extension_ = unicode(extension)
# movie new title (after renaming)
self.new_name_ = ''
# current state
# states are used to show a proper panel in GUI
self.state_ = self.STATE_BEFORE_RENAMING
# error occurred during renaming operation
self.renaming_error_ = ''
# used to store guessed information from file name
self.guessed_info_ = None
# imdb search for a given movie, return some results, which are
# transformed in a better formed and stored into this attribute
self.others_info_ = None
# currently associated movie, returned from imdb search, is stored here
self.info_ = None
# get video duration
self.video_duration_ = None
try:
video_info = enzyme.parse(self.abs_original_file_name())
except Exception:
import traceback
import exceptionhandler
exceptionhandler.save_exception()
traceback.print_exc()
else:
if video_info.length != None:
self.video_duration_ = int(video_info.length / 60)
elif video_info.video[0].length != None:
self.video_duration_ = int(video_info.video[0].length / 60)
# guess info from file name
self.guessed_info_ = guess_info(name)
# get other movie info
self.get_info_()
def getVideoMetadata(file): return enzyme.parse(file).convert()
def getTypes(self, path):
try:
parseFile = enzyme.parse(path)
return parseFile
except ValueError:
return None
def setUp(self):
self.p1 = enzyme.parse(os.path.join(mp4_test_path, u'20051210-w50s.flv'))
def __init__(self, filePath):
self.info = enzyme.parse(filePath)
self.video = cv2.VideoCapture(filePath)
def __init__(self, filePath):
self.info = enzyme.parse(filePath)
self.video = cv2.VideoCapture(filePath)
def setUp(self):
self.p1 = enzyme.parse(os.path.join(mp4_test_path, u'sample_mpeg4.mp4'))
self.p2 = enzyme.parse(os.path.join(mp4_test_path, u'Quality Sample.mp4'))
self.p3 = enzyme.parse(os.path.join(mp4_test_path, u'sample.3gp'))
self.p4 = enzyme.parse(os.path.join(mp4_test_path, u'sample_3GPP2.3g2'))
