def render(self, musicentries):
retlist = []
for entry in musicentries:
if entry.compact:
#compact
retlist.append({
'type': 'compact',
'urlpath': entry.path,
'label': entry.repr
})
elif entry.dir:
#dir
simplename = pathprovider.filename(entry.path)
retlist.append({
'type': 'dir',
'path': entry.path,
'label': simplename
})
else:
#file
simplename = pathprovider.filename(entry.path)
urlpath = quote(('/serve/' + entry.path).encode('utf8'))
retlist.append({
'type': 'file',
'urlpath': urlpath,
'path': entry.path,
'label': simplename
})
return json.dumps(retlist)
def to_dict(self):
if self.compact:
#compact
return {
'type': 'compact',
'urlpath': self.path,
'label': self.repr
}
elif self.dir:
#dir
simplename = pathprovider.filename(self.path)
return {
'type': 'dir',
'path': self.path,
'label': simplename,
'foldercount': self.subdircount,
'filescount': self.subfilescount,
'filescountestimate': self.subfilesestimate
}
else:
#file
simplename = pathprovider.filename(self.path)
urlpath = quote(self.path.encode('utf8'))
return {
'type': 'file',
'urlpath': urlpath,
'path': self.path,
'label': simplename
}
def sortFiles(self, files, fullpath=''):
upper_case_filename = lambda x: pathprovider.filename(x).upper()
#sort alphabetically (case insensitive)
sortedfiles = sorted(files, key=upper_case_filename)
if fullpath:
#sort directories up
isfile = lambda x: os.path.isfile(os.path.join(fullpath, x))
sortedfiles = sorted(sortedfiles, key=isfile)
return sortedfiles
def sortFiles(self, files, fullpath=''):
upper_case_filename = lambda x: pathprovider.filename(x).upper()
#sort alphabetically (case insensitive)
sortedfiles = sorted(files, key=upper_case_filename)
if fullpath:
#sort directories up
isfile = lambda x: os.path.isfile(os.path.join(fullpath, x))
sortedfiles = sorted(sortedfiles, key=isfile)
return sortedfiles
def fileSortFunc(cls, filepath):
upper = pathprovider.filename(filepath).upper()
if ' ' in upper:
part_part = upper[:upper.index(' ')]
# make sure that numbers are sorted correctly by evening out
# the number in the filename 0-padding to 5 digits.
if part_part.isdigit():
return '0'*(5 - len(part_part)) + upper
return upper
def sortFiles(self, files, fullpath=''):
upper_case_filename = lambda x: pathprovider.filename(x).upper()
# sort alphabetically (case insensitive, make sure numbers are
# sorted correctly)
sortedfiles = sorted(files, key=CherryModel.fileSortFunc)
if fullpath:
#sort directories up
isfile = lambda x: os.path.isfile(os.path.join(fullpath, x))
sortedfiles = sorted(sortedfiles, key=isfile)
return sortedfiles
def to_dict(self):
if self.compact:
#compact
return {'type': 'compact',
'urlpath': self.path,
'label': self.repr}
elif self.dir:
#dir
simplename = pathprovider.filename(self.path)
return {'type': 'dir',
'path': self.path,
'label': simplename}
else:
#file
simplename = pathprovider.filename(self.path)
urlpath = quote(self.path.encode('utf8'))
return {'type': 'file',
'urlpath': urlpath,
'path': self.path,
'label': simplename}
def render(self, musicentries):
retlist = []
for entry in musicentries:
if entry.compact:
#compact
retlist.append({'type':'compact', 'urlpath':entry.path,'label':entry.repr})
elif entry.dir:
#dir
simplename = pathprovider.filename(entry.path)
retlist.append({'type':'dir',
'path':entry.path,
'label':simplename
})
else:
#file
simplename = pathprovider.filename(entry.path)
urlpath = quote(('serve/' + entry.path).encode('utf8'));
retlist.append({'type':'file',
'urlpath':urlpath,
'path':entry.path,
'label':simplename})
return json.dumps(retlist)
def __call__(self, element):
file = element.path
isdir = element.dir
fullpath = file.lower()
filename = pathprovider.filename(file).lower()
filename_words = filename.split(' ')
bias = 0
occurences_bias = 0
perfect_match_bias = 0
partial_perfect_match_bias = 0
folder_bias = 0
starts_with_bias = 0
starts_with_no_track_number_bias = 0
#count occurences of searchwords
occurences = 0
for searchword in self.searchwords:
if searchword in fullpath:
occurences_bias += self.word_in_file_path_bonus
else:
occurences_bias += self.word_not_in_file_path_penalty
if searchword in filename:
occurences_bias += self.word_in_file_name_bonus
else:
occurences_bias += self.word_not_in_file_name_penalty
#perfect match?
if filename == self.fullsearchterm or self.noThe(
filename) == self.fullsearchterm:
perfect_match_bias += self.perfect_match_bonus
filename = pathprovider.stripext(filename)
#partial perfect match?
for searchword in self.searchwords:
if searchword in filename_words:
partial_perfect_match_bias += self.partial_perfect_match_bonus
if isdir:
folder_bias += self.folder_bonus
#file starts with match?
for searchword in self.searchwords:
if filename.startswith(searchword):
starts_with_bias += self.starts_with_bonus
#remove possible track number
while len(filename) > 0 and '0' <= filename[0] <= '9':
filename = filename[1:]
filename = filename.strip()
for searchword in self.searchwords:
if filename == searchword:
starts_with_no_track_number_bias += self.starts_with_bonus
bias = occurences_bias + perfect_match_bias + partial_perfect_match_bias + folder_bias + starts_with_bias + starts_with_no_track_number_bias
if self.debug:
element.debugOutputSort = '''
fullsearchterm: %s
searchwords: %s
filename: %s
filepath: %s
occurences_bias %d
perfect_match_bias %d
partial_perfect_match_bias %d
folder_bias %d
starts_with_bias %d
starts_with_no_track_number_bias %d
------------------------------------
total bias %d
''' % (self.fullsearchterm, self.searchwords, filename, fullpath,
occurences_bias, perfect_match_bias,
partial_perfect_match_bias, folder_bias, starts_with_bias,
starts_with_no_track_number_bias, bias)
return bias
def __call__(self,element):
file = element.path
isdir = element.dir
fullpath = file.lower()
filename = pathprovider.filename(file).lower()
filename_words = filename.split(' ')
bias = 0
occurences_bias = 0
perfect_match_bias = 0
partial_perfect_match_bias = 0
folder_bias = 0
starts_with_bias = 0
starts_with_no_track_number_bias = 0
#count occurences of searchwords
occurences=0
for searchword in self.searchwords:
if searchword in fullpath:
occurences_bias += self.word_in_file_path_bonus
else:
occurences_bias += self.word_not_in_file_path_penalty
if searchword in filename:
occurences_bias += self.word_in_file_name_bonus
else:
occurences_bias += self.word_not_in_file_name_penalty
#perfect match?
if filename == self.fullsearchterm or self.noThe(filename) == self.fullsearchterm:
perfect_match_bias += self.perfect_match_bonus
filename = pathprovider.stripext(filename)
#partial perfect match?
for searchword in self.searchwords:
if searchword in filename_words:
partial_perfect_match_bias += self.partial_perfect_match_bonus
if isdir:
folder_bias += self.folder_bonus
#file starts with match?
for searchword in self.searchwords:
if filename.startswith(searchword):
starts_with_bias += self.starts_with_bonus
#remove possible track number
while len(filename)>0 and '0' <= filename[0] <= '9':
filename = filename[1:]
filename = filename.strip()
for searchword in self.searchwords:
if filename == searchword:
starts_with_no_track_number_bias += self.starts_with_bonus
bias = occurences_bias + perfect_match_bias + partial_perfect_match_bias + folder_bias + starts_with_bias + starts_with_no_track_number_bias
if self.debug:
element.debugOutputSort = '''
fullsearchterm: %s
searchwords: %s
filename: %s
filepath: %s
occurences_bias %d
perfect_match_bias %d
partial_perfect_match_bias %d
folder_bias %d
starts_with_bias %d
starts_with_no_track_number_bias %d
------------------------------------
total bias %d
''' % (
self.fullsearchterm,
self.searchwords,
filename,
fullpath,
occurences_bias,
perfect_match_bias,
partial_perfect_match_bias,
folder_bias,
starts_with_bias,
starts_with_no_track_number_bias,
bias)
return bias
def fileSortFunc(cls, filepath):
upper = pathprovider.filename(filepath).upper().strip()
return upper
def fileSortFunc(cls, filepath):
upper = pathprovider.filename(filepath).upper().strip()
return upper
