def process(self, mtree, options=None):
"""
try to identify the remaining unknown groups by looking at their
position relative to other known elements
"""
eps = [
node for node in mtree.leaves() if 'episodeNumber' in node.guess
]
if eps:
self.match_from_epnum_position(mtree, eps[0])
else:
# if we don't have the episode number, but at least 2 groups in the
# basename, then it's probably series - eptitle
basename = mtree.node_at((-2, ))
title_candidates = self._filter_candidates(
basename.unidentified_leaves())
if len(title_candidates) >= 2:
found_property(title_candidates[0], 'series', confidence=0.4)
found_property(title_candidates[1], 'title', confidence=0.4)
elif len(title_candidates) == 1:
# but if there's only one candidate, it's probably the series name
found_property(title_candidates[0], 'series', confidence=0.4)
# if we only have 1 remaining valid group in the folder containing the
# file, then it's likely that it is the series name
try:
series_candidates = list(
mtree.node_at((-3, )).unidentified_leaves())
except ValueError:
series_candidates = []
if len(series_candidates) == 1:
found_property(series_candidates[0], 'series', confidence=0.3)
# if there's a path group that only contains the season info, then the
# previous one is most likely the series title (ie: ../series/season X/..)
eps = [
node for node in mtree.nodes()
if 'season' in node.guess and 'episodeNumber' not in node.guess
]
if eps:
previous = [
node for node in mtree.unidentified_leaves()
if node.node_idx[0] == eps[0].node_idx[0] - 1
]
if len(previous) == 1:
found_property(previous[0], 'series', confidence=0.5)
# If we have found title without any serie name, replace it by the serie name.
if 'series' not in mtree.info and 'title' in mtree.info:
title_leaf = mtree.first_leaf_containing('title')
metadata = title_leaf.guess.metadata('title')
value = title_leaf.guess['title']
del title_leaf.guess['title']
title_leaf.guess.set('series', value, metadata=metadata)
def process(self, mtree, options=None):
GuessFinder(self.guess_properties, 1.0, self.log, options).process_nodes(mtree.unidentified_leaves())
proper_count = 0
for other_leaf in mtree.leaves_containing('other'):
if 'other' in other_leaf.info and 'Proper' in other_leaf.info['other']:
proper_count += 1
if proper_count:
found_property(mtree, 'properCount', proper_count)
def process(self, mtree, options=None):
GuessFinder(self.guess_properties, 1.0, self.log, options).process_nodes(mtree.unidentified_leaves())
proper_count = 0
for other_leaf in mtree.leaves_containing("other"):
if "other" in other_leaf.info and "Proper" in other_leaf.info["other"]:
proper_count += 1
if proper_count:
found_property(mtree, "properCount", proper_count)
def process(self, mtree, options=None):
GuessFinder(self.guess_properties, 1.0, self.log, options).process_nodes(mtree.unidentified_leaves())
proper_count = 0
for other_leaf in mtree.leaves_containing('other'):
if 'other' in other_leaf.info and 'Proper' in other_leaf.info['other']:
proper_count += 1
if proper_count:
found_property(mtree, 'properCount', proper_count)
def process(self, mtree, options=None):
"""
try to identify the remaining unknown groups by looking at their
position relative to other known elements
"""
eps = [node for node in mtree.leaves() if 'episodeNumber' in node.guess]
if not eps:
eps = [node for node in mtree.leaves() if 'date' in node.guess]
eps = sorted(eps, key=lambda ep: -ep.guess.confidence())
if eps:
self.match_from_epnum_position(mtree, eps[0], options)
else:
# if we don't have the episode number, but at least 2 groups in the
# basename, then it's probably series - eptitle
basename = list(filter(lambda x: x.category == 'path', mtree.nodes()))[-2]
title_candidates = self._filter_candidates(basename.unidentified_leaves(), options)
if len(title_candidates) >= 2 and 'series' not in mtree.info:
found_property(title_candidates[0], 'series', confidence=0.4)
found_property(title_candidates[1], 'title', confidence=0.4)
elif len(title_candidates) == 1:
# but if there's only one candidate, it's probably the series name
found_property(title_candidates[0], 'series' if 'series' not in mtree.info else 'title', confidence=0.4)
# if we only have 1 remaining valid group in the folder containing the
# file, then it's likely that it is the series name
path_nodes = list(filter(lambda x: x.category == 'path', mtree.nodes()))
try:
series_candidates = list(path_nodes[-3].unidentified_leaves())
except IndexError:
series_candidates = []
if len(series_candidates) == 1:
found_property(series_candidates[0], 'series', confidence=0.3)
# if there's a path group that only contains the season info, then the
# previous one is most likely the series title (ie: ../series/season X/..)
eps = [node for node in mtree.nodes()
if 'season' in node.guess and 'episodeNumber' not in node.guess]
if eps:
previous = [node for node in mtree.unidentified_leaves()
if node.node_idx[0] == eps[0].node_idx[0] - 1]
if len(previous) == 1:
found_property(previous[0], 'series', confidence=0.5)
# If we have found title without any serie name, replace it by the serie name.
if 'series' not in mtree.info and 'title' in mtree.info:
title_leaf = mtree.first_leaf_containing('title')
metadata = title_leaf.guess.metadata('title')
value = title_leaf.guess['title']
del title_leaf.guess['title']
title_leaf.guess.set('series', value, metadata=metadata)
def process(self, mtree, options=None):
def previous_group(g):
for leaf in reversed(list(mtree.unidentified_leaves())):
if leaf.node_idx < g.node_idx:
return leaf
def next_group(g):
for leaf in mtree.unidentified_leaves():
if leaf.node_idx > g.node_idx:
return leaf
def same_group(g1, g2):
return g1.node_idx[:2] == g2.node_idx[:2]
bonus = [node for node in mtree.leaves() if 'bonusNumber' in node.guess]
if bonus:
bonus_title = next_group(bonus[0])
if bonus_title and same_group(bonus_title, bonus[0]):
found_property(bonus_title, 'bonusTitle', confidence=0.8)
film_number = [node for node in mtree.leaves()
if 'filmNumber' in node.guess]
if film_number:
film_series = previous_group(film_number[0])
found_property(film_series, 'filmSeries', confidence=0.9)
title = next_group(film_number[0])
found_property(title, 'title', confidence=0.9)
season = [node for node in mtree.leaves() if 'season' in node.guess]
if season and 'bonusNumber' in mtree.info:
series = previous_group(season[0])
if same_group(series, season[0]):
found_property(series, 'series', confidence=0.9)
def process(self, mtree, options=None):
"""
try to identify the remaining unknown groups by looking at their
position relative to other known elements
"""
eps = [node for node in mtree.leaves() if 'episodeNumber' in node.guess]
if eps:
self.match_from_epnum_position(mtree, eps[0])
else:
# if we don't have the episode number, but at least 2 groups in the
# basename, then it's probably series - eptitle
basename = mtree.node_at((-2,))
title_candidates = self._filter_candidates(basename.unidentified_leaves())
if len(title_candidates) >= 2:
found_property(title_candidates[0], 'series', confidence=0.4)
found_property(title_candidates[1], 'title', confidence=0.4)
elif len(title_candidates) == 1:
# but if there's only one candidate, it's probably the series name
found_property(title_candidates[0], 'series', confidence=0.4)
# if we only have 1 remaining valid group in the folder containing the
# file, then it's likely that it is the series name
try:
series_candidates = mtree.node_at((-3,)).unidentified_leaves()
except ValueError:
series_candidates = []
if len(series_candidates) == 1:
found_property(series_candidates[0], 'series', confidence=0.3)
# if there's a path group that only contains the season info, then the
# previous one is most likely the series title (ie: ../series/season X/..)
eps = [node for node in mtree.nodes()
if 'season' in node.guess and 'episodeNumber' not in node.guess]
if eps:
previous = [node for node in mtree.unidentified_leaves()
if node.node_idx[0] == eps[0].node_idx[0] - 1]
if len(previous) == 1:
found_property(previous[0], 'series', confidence=0.5)
def match_from_epnum_position(self, mtree, node):
epnum_idx = node.node_idx
# a few helper functions to be able to filter using high-level semantics
def before_epnum_in_same_pathgroup():
return [
leaf for leaf in mtree.unidentified_leaves()
if (leaf.node_idx[0] == epnum_idx[0]
and leaf.node_idx[1:] < epnum_idx[1:])
]
def after_epnum_in_same_pathgroup():
return [
leaf for leaf in mtree.unidentified_leaves()
if (leaf.node_idx[0] == epnum_idx[0]
and leaf.node_idx[1:] > epnum_idx[1:])
]
def after_epnum_in_same_explicitgroup():
return [
leaf for leaf in mtree.unidentified_leaves()
if (leaf.node_idx[:2] == epnum_idx[:2]
and leaf.node_idx[2:] > epnum_idx[2:])
]
# epnumber is the first group and there are only 2 after it in same
# path group
# -> series title - episode title
title_candidates = self._filter_candidates(
after_epnum_in_same_pathgroup())
if ('title' not in mtree.info and # no title
before_epnum_in_same_pathgroup() == [] and # no groups before
len(title_candidates) == 2): # only 2 groups after
found_property(title_candidates[0], 'series', confidence=0.4)
found_property(title_candidates[1], 'title', confidence=0.4)
return
# if we have at least 1 valid group before the episodeNumber, then it's
# probably the series name
series_candidates = before_epnum_in_same_pathgroup()
if len(series_candidates) >= 1:
found_property(series_candidates[0], 'series', confidence=0.7)
# only 1 group after (in the same path group) and it's probably the
# episode title.
title_candidates = self._filter_candidates(
after_epnum_in_same_pathgroup())
if len(title_candidates) == 1:
found_property(title_candidates[0], 'title', confidence=0.5)
return
else:
# try in the same explicit group, with lower confidence
title_candidates = self._filter_candidates(
after_epnum_in_same_explicitgroup())
if len(title_candidates) == 1:
found_property(title_candidates[0], 'title', confidence=0.4)
return
elif len(title_candidates) > 1:
found_property(title_candidates[0], 'title', confidence=0.3)
return
# get the one with the longest value
title_candidates = self._filter_candidates(
after_epnum_in_same_pathgroup())
if title_candidates:
maxidx = -1
maxv = -1
for i, c in enumerate(title_candidates):
if len(c.clean_value) > maxv:
maxidx = i
maxv = len(c.clean_value)
found_property(title_candidates[maxidx], 'title', confidence=0.3)
def process(self, mtree, options=None):
"""
try to identify the remaining unknown groups by looking at their
position relative to other known elements
"""
if 'title' in mtree.info:
return
path_nodes = list(filter(lambda x: x.category == 'path', mtree.nodes()))
basename = path_nodes[-2]
all_valid = lambda leaf: len(leaf.clean_value) > 0
basename_leftover = list(basename.unidentified_leaves(valid=all_valid))
try:
folder = path_nodes[-3]
folder_leftover = list(folder.unidentified_leaves())
except IndexError:
folder = None
folder_leftover = []
self.log.debug('folder: %s' % u(folder_leftover))
self.log.debug('basename: %s' % u(basename_leftover))
# specific cases:
# if we find the same group both in the folder name and the filename,
# it's a good candidate for title
if (folder_leftover and basename_leftover and
folder_leftover[0].clean_value == basename_leftover[0].clean_value and
not GuessMovieTitleFromPosition.excluded_word(folder_leftover[0])):
found_property(folder_leftover[0], 'title', confidence=0.8)
return
# specific cases:
# if the basename contains a number first followed by an unidentified
# group, and the folder only contains 1 unidentified one, then we have
# a series
# ex: Millenium Trilogy (2009)/(1)The Girl With The Dragon Tattoo(2009).mkv
if len(folder_leftover) > 0 and len(basename_leftover) > 1:
series = folder_leftover[0]
film_number = basename_leftover[0]
title = basename_leftover[1]
basename_leaves = list(basename.leaves())
num = None
try:
num = int(film_number.clean_value)
except ValueError:
pass
if num:
self.log.debug('series: %s' % series.clean_value)
self.log.debug('title: %s' % title.clean_value)
if (series.clean_value != title.clean_value and
series.clean_value != film_number.clean_value and
basename_leaves.index(film_number) == 0 and
basename_leaves.index(title) == 1 and
not GuessMovieTitleFromPosition.excluded_word(title, series)):
found_property(title, 'title', confidence=0.6)
found_property(series, 'filmSeries', confidence=0.6)
found_property(film_number, 'filmNumber', num, confidence=0.6)
return
if folder:
year_group = folder.first_leaf_containing('year')
if year_group:
groups_before = folder.previous_unidentified_leaves(year_group)
if groups_before:
try:
node = next(groups_before)
if not GuessMovieTitleFromPosition.excluded_word(node):
found_property(node, 'title', confidence=0.8)
return
except StopIteration:
pass
# if we have either format or videoCodec in the folder containing the
# file or one of its parents, then we should probably look for the title
# in there rather than in the basename
try:
props = list(mtree.previous_leaves_containing(mtree.children[-2],
['videoCodec',
'format',
'language']))
except IndexError:
props = []
if props:
group_idx = props[0].node_idx[0]
if all(g.node_idx[0] == group_idx for g in props):
# if they're all in the same group, take leftover info from there
leftover = mtree.node_at((group_idx,)).unidentified_leaves()
try:
node = next(leftover)
if not GuessMovieTitleFromPosition.excluded_word(node):
found_property(node, 'title', confidence=0.7)
return
except StopIteration:
pass
# look for title in basename if there are some remaining unidentified
# groups there
if basename_leftover:
# if basename is only one word and the containing folder has at least
# 3 words in it, we should take the title from the folder name
# ex: Movies/Alice in Wonderland DVDRip.XviD-DiAMOND/dmd-aw.avi
# ex: Movies/Somewhere.2010.DVDRip.XviD-iLG/i-smwhr.avi <-- TODO: gets caught here?
if (basename_leftover[0].clean_value.count(' ') == 0 and
folder_leftover and folder_leftover[0].clean_value.count(' ') >= 2 and
not GuessMovieTitleFromPosition.excluded_word(folder_leftover[0])):
found_property(folder_leftover[0], 'title', confidence=0.7)
return
# if there are only many unidentified groups, take the first of which is
# not inside brackets or parentheses.
# ex: Movies/[阿维达].Avida.2006.FRENCH.DVDRiP.XViD-PROD.avi
if basename_leftover[0].is_explicit():
for basename_leftover_elt in basename_leftover:
if not basename_leftover_elt.is_explicit() and not GuessMovieTitleFromPosition.excluded_word(basename_leftover_elt):
found_property(basename_leftover_elt, 'title', confidence=0.8)
return
# if all else fails, take the first remaining unidentified group in the
# basename as title
if not GuessMovieTitleFromPosition.excluded_word(basename_leftover[0]):
found_property(basename_leftover[0], 'title', confidence=0.6)
return
# if there are no leftover groups in the basename, look in the folder name
if folder_leftover and not GuessMovieTitleFromPosition.excluded_word(folder_leftover[0]):
found_property(folder_leftover[0], 'title', confidence=0.5)
return
# if nothing worked, look if we have a very small group at the beginning
# of the basename
basename_leftover = basename.unidentified_leaves(valid=lambda leaf: True)
try:
node = next(basename_leftover)
if not GuessMovieTitleFromPosition.excluded_word(node):
found_property(node, 'title', confidence=0.4)
return
except StopIteration:
pass
def match_from_epnum_position(self, mtree, node):
epnum_idx = node.node_idx
# a few helper functions to be able to filter using high-level semantics
def before_epnum_in_same_pathgroup():
return [leaf for leaf in mtree.unidentified_leaves()
if (leaf.node_idx[0] == epnum_idx[0] and
leaf.node_idx[1:] < epnum_idx[1:])]
def after_epnum_in_same_pathgroup():
return [leaf for leaf in mtree.unidentified_leaves()
if (leaf.node_idx[0] == epnum_idx[0] and
leaf.node_idx[1:] > epnum_idx[1:])]
def after_epnum_in_same_explicitgroup():
return [leaf for leaf in mtree.unidentified_leaves()
if (leaf.node_idx[:2] == epnum_idx[:2] and
leaf.node_idx[2:] > epnum_idx[2:])]
# epnumber is the first group and there are only 2 after it in same
# path group
# -> series title - episode title
title_candidates = self._filter_candidates(after_epnum_in_same_pathgroup())
if ('title' not in mtree.info and # no title
before_epnum_in_same_pathgroup() == [] and # no groups before
len(title_candidates) == 2): # only 2 groups after
found_property(title_candidates[0], 'series', confidence=0.4)
found_property(title_candidates[1], 'title', confidence=0.4)
return
# if we have at least 1 valid group before the episodeNumber, then it's
# probably the series name
series_candidates = before_epnum_in_same_pathgroup()
if len(series_candidates) >= 1:
found_property(series_candidates[0], 'series', confidence=0.7)
# only 1 group after (in the same path group) and it's probably the
# episode title
title_candidates = self._filter_candidates(after_epnum_in_same_pathgroup())
if len(title_candidates) == 1:
found_property(title_candidates[0], 'title', confidence=0.5)
return
else:
# try in the same explicit group, with lower confidence
title_candidates = self._filter_candidates(after_epnum_in_same_explicitgroup())
if len(title_candidates) == 1:
found_property(title_candidates[0], 'title', confidence=0.4)
return
elif len(title_candidates) > 1:
found_property(title_candidates[0], 'title', confidence=0.3)
return
# get the one with the longest value
title_candidates = self._filter_candidates(after_epnum_in_same_pathgroup())
if title_candidates:
maxidx = -1
maxv = -1
for i, c in enumerate(title_candidates):
if len(c.clean_value) > maxv:
maxidx = i
maxv = len(c.clean_value)
found_property(title_candidates[maxidx], 'title', confidence=0.3)
def process(self, mtree, options=None):
"""
try to identify the remaining unknown groups by looking at their
position relative to other known elements
"""
eps = [
node for node in mtree.leaves() if 'episodeNumber' in node.guess
]
if not eps:
eps = [node for node in mtree.leaves() if 'date' in node.guess]
eps = sorted(eps, key=lambda ep: -ep.guess.confidence())
if eps:
performed_path_nodes = []
for ep_node in eps:
# Perform only first episode node for each path node
path_node = [
node for node in ep_node.ancestors
if node.category == 'path'
]
if len(path_node) > 0:
path_node = path_node[0]
else:
path_node = ep_node.root
if path_node not in performed_path_nodes:
self.match_from_epnum_position(path_node, ep_node, options)
performed_path_nodes.append(path_node)
else:
# if we don't have the episode number, but at least 2 groups in the
# basename, then it's probably series - eptitle
basename = list(
filter(lambda x: x.category == 'path', mtree.nodes()))[-2]
title_candidates = GuessEpisodeInfoFromPosition._filter_candidates(
basename.unidentified_leaves(), options)
if len(title_candidates) >= 2 and 'series' not in mtree.info:
found_property(title_candidates[0], 'series', confidence=0.4)
found_property(title_candidates[1], 'title', confidence=0.4)
elif len(title_candidates) == 1:
# but if there's only one candidate, it's probably the series name
found_property(
title_candidates[0],
'series' if 'series' not in mtree.info else 'title',
confidence=0.4)
# if we only have 1 remaining valid group in the folder containing the
# file, then it's likely that it is the series name
path_nodes = list(filter(lambda x: x.category == 'path',
mtree.nodes()))
try:
series_candidates = list(path_nodes[-3].unidentified_leaves())
except IndexError:
series_candidates = []
if len(series_candidates
) == 1 and not GuessEpisodeInfoFromPosition.excluded_word(
series_candidates[0]):
found_property(series_candidates[0], 'series', confidence=0.3)
# if there's a path group that only contains the season info, then the
# previous one is most likely the series title (ie: ../series/season X/..)
eps = [
node for node in mtree.nodes()
if 'season' in node.guess and 'episodeNumber' not in node.guess
]
if eps:
previous = [
node for node in mtree.unidentified_leaves()
if node.node_idx[0] == eps[0].node_idx[0] - 1
]
if len(previous
) == 1 and not GuessEpisodeInfoFromPosition.excluded_word(
previous[0]):
found_property(previous[0], 'series', confidence=0.5)
# If we have found title without any serie name, replace it by the serie name.
if 'series' not in mtree.info and 'title' in mtree.info:
title_leaf = mtree.first_leaf_containing('title')
metadata = title_leaf.guess.metadata('title')
value = title_leaf.guess['title']
del title_leaf.guess['title']
title_leaf.guess.set('series', value, metadata=metadata)
def process(self, mtree, options=None):
"""
try to identify the remaining unknown groups by looking at their
position relative to other known elements
"""
basename = mtree.node_at((-2,))
all_valid = lambda leaf: len(leaf.clean_value) > 0
basename_leftover = basename.unidentified_leaves(valid=all_valid)
try:
folder = mtree.node_at((-3,))
folder_leftover = folder.unidentified_leaves()
except ValueError:
folder = None
folder_leftover = []
self.log.debug('folder: %s' % u(folder_leftover))
self.log.debug('basename: %s' % u(basename_leftover))
# specific cases:
# if we find the same group both in the folder name and the filename,
# it's a good candidate for title
if (folder_leftover and basename_leftover and
folder_leftover[0].clean_value == basename_leftover[0].clean_value):
found_property(folder_leftover[0], 'title', confidence=0.8)
return
# specific cases:
# if the basename contains a number first followed by an unidentified
# group, and the folder only contains 1 unidentified one, then we have
# a series
# ex: Millenium Trilogy (2009)/(1)The Girl With The Dragon Tattoo(2009).mkv
try:
series = folder_leftover[0]
filmNumber = basename_leftover[0]
title = basename_leftover[1]
basename_leaves = basename.leaves()
num = int(filmNumber.clean_value)
self.log.debug('series: %s' % series.clean_value)
self.log.debug('title: %s' % title.clean_value)
if (series.clean_value != title.clean_value and
series.clean_value != filmNumber.clean_value and
basename_leaves.index(filmNumber) == 0 and
basename_leaves.index(title) == 1):
found_property(title, 'title', confidence=0.6)
found_property(series, 'filmSeries', confidence=0.6)
found_property(filmNumber, 'filmNumber', num, confidence=0.6)
return
except Exception:
pass
# specific cases:
# - movies/tttttt (yyyy)/tttttt.ccc
try:
if mtree.node_at((-4, 0)).value.lower() == 'movies':
folder = mtree.node_at((-3,))
# Note:too generic, might solve all the unittests as they all
# contain 'movies' in their path
#
# if containing_folder.is_leaf() and not containing_folder.guess:
# containing_folder.guess =
# Guess({ 'title': clean_string(containing_folder.value) },
# confidence=0.7)
year_group = folder.first_leaf_containing('year')
groups_before = folder.previous_unidentified_leaves(year_group)
found_property(groups_before[0], 'title', confidence=0.8)
return
except Exception:
pass
# if we have either format or videoCodec in the folder containing the file
# or one of its parents, then we should probably look for the title in
# there rather than in the basename
try:
props = mtree.previous_leaves_containing(mtree.children[-2],
['videoCodec', 'format',
'language'])
except IndexError:
props = []
if props:
group_idx = props[0].node_idx[0]
if all(g.node_idx[0] == group_idx for g in props):
# if they're all in the same group, take leftover info from there
leftover = mtree.node_at((group_idx,)).unidentified_leaves()
if leftover:
found_property(leftover[0], 'title', confidence=0.7)
return
# look for title in basename if there are some remaining unidentified
# groups there
if basename_leftover:
# if basename is only one word and the containing folder has at least
# 3 words in it, we should take the title from the folder name
# ex: Movies/Alice in Wonderland DVDRip.XviD-DiAMOND/dmd-aw.avi
# ex: Movies/Somewhere.2010.DVDRip.XviD-iLG/i-smwhr.avi <-- TODO: gets caught here?
if (basename_leftover[0].clean_value.count(' ') == 0 and
folder_leftover and
folder_leftover[0].clean_value.count(' ') >= 2):
found_property(folder_leftover[0], 'title', confidence=0.7)
return
# if there are only many unidentified groups, take the first of which is
# not inside brackets or parentheses.
# ex: Movies/[阿维达].Avida.2006.FRENCH.DVDRiP.XViD-PROD.avi
if basename_leftover[0].is_explicit():
for basename_leftover_elt in basename_leftover:
if not basename_leftover_elt.is_explicit():
found_property(basename_leftover_elt, 'title', confidence=0.8)
return
# if all else fails, take the first remaining unidentified group in the
# basename as title
found_property(basename_leftover[0], 'title', confidence=0.6)
return
# if there are no leftover groups in the basename, look in the folder name
if folder_leftover:
found_property(folder_leftover[0], 'title', confidence=0.5)
return
# if nothing worked, look if we have a very small group at the beginning
# of the basename
basename = mtree.node_at((-2,))
basename_leftover = basename.unidentified_leaves(valid=lambda leaf: True)
if basename_leftover:
found_property(basename_leftover[0], 'title', confidence=0.4)
return
def process(self, mtree, options=None):
"""
try to identify the remaining unknown groups by looking at their
position relative to other known elements
"""
if 'title' in mtree.info:
return
path_nodes = list(filter(lambda x: x.category == 'path',
mtree.nodes()))
basename = path_nodes[-2]
all_valid = lambda leaf: len(leaf.clean_value) > 0
basename_leftover = list(basename.unidentified_leaves(valid=all_valid))
try:
folder = path_nodes[-3]
folder_leftover = list(folder.unidentified_leaves())
except IndexError:
folder = None
folder_leftover = []
self.log.debug('folder: %s' % u(folder_leftover))
self.log.debug('basename: %s' % u(basename_leftover))
# specific cases:
# if we find the same group both in the folder name and the filename,
# it's a good candidate for title
if (folder_leftover and basename_leftover
and folder_leftover[0].clean_value
== basename_leftover[0].clean_value
and not GuessMovieTitleFromPosition.excluded_word(
folder_leftover[0])):
found_property(folder_leftover[0], 'title', confidence=0.8)
return
# specific cases:
# if the basename contains a number first followed by an unidentified
# group, and the folder only contains 1 unidentified one, then we have
# a series
# ex: Millenium Trilogy (2009)/(1)The Girl With The Dragon Tattoo(2009).mkv
if len(folder_leftover) > 0 and len(basename_leftover) > 1:
series = folder_leftover[0]
film_number = basename_leftover[0]
title = basename_leftover[1]
basename_leaves = list(basename.leaves())
num = None
try:
num = int(film_number.clean_value)
except ValueError:
pass
if num:
self.log.debug('series: %s' % series.clean_value)
self.log.debug('title: %s' % title.clean_value)
if (series.clean_value != title.clean_value
and series.clean_value != film_number.clean_value
and basename_leaves.index(film_number) == 0
and basename_leaves.index(title) == 1
and not GuessMovieTitleFromPosition.excluded_word(
title, series)):
found_property(title, 'title', confidence=0.6)
found_property(series, 'filmSeries', confidence=0.6)
found_property(film_number,
'filmNumber',
num,
confidence=0.6)
return
if folder:
year_group = folder.first_leaf_containing('year')
if year_group:
groups_before = folder.previous_unidentified_leaves(year_group)
if groups_before:
try:
node = next(groups_before)
if not GuessMovieTitleFromPosition.excluded_word(node):
found_property(node, 'title', confidence=0.8)
return
except StopIteration:
pass
# if we have either format or videoCodec in the folder containing the
# file or one of its parents, then we should probably look for the title
# in there rather than in the basename
try:
props = list(
mtree.previous_leaves_containing(
mtree.children[-2], ['videoCodec', 'format', 'language']))
except IndexError:
props = []
if props:
group_idx = props[0].node_idx[0]
if all(g.node_idx[0] == group_idx for g in props):
# if they're all in the same group, take leftover info from there
leftover = mtree.node_at((group_idx, )).unidentified_leaves()
try:
node = next(leftover)
if not GuessMovieTitleFromPosition.excluded_word(node):
found_property(node, 'title', confidence=0.7)
return
except StopIteration:
pass
# look for title in basename if there are some remaining unidentified
# groups there
if basename_leftover:
# if basename is only one word and the containing folder has at least
# 3 words in it, we should take the title from the folder name
# ex: Movies/Alice in Wonderland DVDRip.XviD-DiAMOND/dmd-aw.avi
# ex: Movies/Somewhere.2010.DVDRip.XviD-iLG/i-smwhr.avi <-- TODO: gets caught here?
if (basename_leftover[0].clean_value.count(' ') == 0
and folder_leftover
and folder_leftover[0].clean_value.count(' ') >= 2
and not GuessMovieTitleFromPosition.excluded_word(
folder_leftover[0])):
found_property(folder_leftover[0], 'title', confidence=0.7)
return
# if there are only many unidentified groups, take the first of which is
# not inside brackets or parentheses.
# ex: Movies/[阿维达].Avida.2006.FRENCH.DVDRiP.XViD-PROD.avi
if basename_leftover[0].is_explicit():
for basename_leftover_elt in basename_leftover:
if not basename_leftover_elt.is_explicit(
) and not GuessMovieTitleFromPosition.excluded_word(
basename_leftover_elt):
found_property(basename_leftover_elt,
'title',
confidence=0.8)
return
# if all else fails, take the first remaining unidentified group in the
# basename as title
if not GuessMovieTitleFromPosition.excluded_word(
basename_leftover[0]):
found_property(basename_leftover[0], 'title', confidence=0.6)
return
# if there are no leftover groups in the basename, look in the folder name
if folder_leftover and not GuessMovieTitleFromPosition.excluded_word(
folder_leftover[0]):
found_property(folder_leftover[0], 'title', confidence=0.5)
return
# if nothing worked, look if we have a very small group at the beginning
# of the basename
basename_leftover = basename.unidentified_leaves(
valid=lambda leaf: True)
try:
node = next(basename_leftover)
if not GuessMovieTitleFromPosition.excluded_word(node):
found_property(node, 'title', confidence=0.4)
return
except StopIteration:
pass
def process(self, mtree, options=None):
"""
try to identify the remaining unknown groups by looking at their
position relative to other known elements
"""
basename = mtree.node_at((-2, ))
all_valid = lambda leaf: len(leaf.clean_value) > 0
basename_leftover = basename.unidentified_leaves(valid=all_valid)
try:
folder = mtree.node_at((-3, ))
folder_leftover = folder.unidentified_leaves()
except ValueError:
folder = None
folder_leftover = []
self.log.debug('folder: %s' % u(folder_leftover))
self.log.debug('basename: %s' % u(basename_leftover))
# specific cases:
# if we find the same group both in the folder name and the filename,
# it's a good candidate for title
if (folder_leftover and basename_leftover
and folder_leftover[0].clean_value
== basename_leftover[0].clean_value):
found_property(folder_leftover[0], 'title', confidence=0.8)
return
# specific cases:
# if the basename contains a number first followed by an unidentified
# group, and the folder only contains 1 unidentified one, then we have
# a series
# ex: Millenium Trilogy (2009)/(1)The Girl With The Dragon Tattoo(2009).mkv
try:
series = folder_leftover[0]
filmNumber = basename_leftover[0]
title = basename_leftover[1]
basename_leaves = basename.leaves()
num = int(filmNumber.clean_value)
self.log.debug('series: %s' % series.clean_value)
self.log.debug('title: %s' % title.clean_value)
if (series.clean_value != title.clean_value
and series.clean_value != filmNumber.clean_value
and basename_leaves.index(filmNumber) == 0
and basename_leaves.index(title) == 1):
found_property(title, 'title', confidence=0.6)
found_property(series, 'filmSeries', confidence=0.6)
found_property(filmNumber, 'filmNumber', num, confidence=0.6)
return
except Exception:
pass
# specific cases:
# - movies/tttttt (yyyy)/tttttt.ccc
try:
if mtree.node_at((-4, 0)).value.lower() == 'movies':
folder = mtree.node_at((-3, ))
# Note:too generic, might solve all the unittests as they all
# contain 'movies' in their path
#
# if containing_folder.is_leaf() and not containing_folder.guess:
# containing_folder.guess =
# Guess({ 'title': clean_string(containing_folder.value) },
# confidence=0.7)
year_group = folder.first_leaf_containing('year')
groups_before = folder.previous_unidentified_leaves(year_group)
found_property(groups_before[0], 'title', confidence=0.8)
return
except Exception:
pass
# if we have either format or videoCodec in the folder containing the file
# or one of its parents, then we should probably look for the title in
# there rather than in the basename
try:
props = mtree.previous_leaves_containing(
mtree.children[-2], ['videoCodec', 'format', 'language'])
except IndexError:
props = []
if props:
group_idx = props[0].node_idx[0]
if all(g.node_idx[0] == group_idx for g in props):
# if they're all in the same group, take leftover info from there
leftover = mtree.node_at((group_idx, )).unidentified_leaves()
if leftover:
found_property(leftover[0], 'title', confidence=0.7)
return
# look for title in basename if there are some remaining unidentified
# groups there
if basename_leftover:
# if basename is only one word and the containing folder has at least
# 3 words in it, we should take the title from the folder name
# ex: Movies/Alice in Wonderland DVDRip.XviD-DiAMOND/dmd-aw.avi
# ex: Movies/Somewhere.2010.DVDRip.XviD-iLG/i-smwhr.avi <-- TODO: gets caught here?
if (basename_leftover[0].clean_value.count(' ') == 0
and folder_leftover
and folder_leftover[0].clean_value.count(' ') >= 2):
found_property(folder_leftover[0], 'title', confidence=0.7)
return
# if there are only many unidentified groups, take the first of which is
# not inside brackets or parentheses.
# ex: Movies/[阿维达].Avida.2006.FRENCH.DVDRiP.XViD-PROD.avi
if basename_leftover[0].is_explicit():
for basename_leftover_elt in basename_leftover:
if not basename_leftover_elt.is_explicit():
found_property(basename_leftover_elt,
'title',
confidence=0.8)
return
# if all else fails, take the first remaining unidentified group in the
# basename as title
found_property(basename_leftover[0], 'title', confidence=0.6)
return
# if there are no leftover groups in the basename, look in the folder name
if folder_leftover:
found_property(folder_leftover[0], 'title', confidence=0.5)
return
# if nothing worked, look if we have a very small group at the beginning
# of the basename
basename = mtree.node_at((-2, ))
basename_leftover = basename.unidentified_leaves(
valid=lambda leaf: True)
if basename_leftover:
found_property(basename_leftover[0], 'title', confidence=0.4)
return
