def _scores(path, resolve=False, context='all', recursive=False,
indent='', printed=False, top_level=True):
if context == 'all':
for c in Context.CONTEXTS:
printed = _scores(path, resolve, c, recursive, indent) or printed
else:
context = Context.resolve(context)
pathdir = os.path.join(Path.data_path(), context, 'score', path)
if os.path.isdir(pathdir):
printed_this_time = False
for f in sorted(os.listdir(pathdir)):
joined_f = os.path.join(pathdir, f)
is_dir = os.path.isdir(joined_f)
if not (is_dir or DataFileName.has_extension(f)):
continue
if not printed_this_time:
printed_this_time = True
if not printed:
LOGGER.info(indent + ELEMENT_FORMAT, 'File name',
' Bytes', 'Accessed', 'Modified', 'Created')
printed = True
elif top_level:
LOGGER.info('\n')
if top_level:
LOGGER.info(' %s/%s:', context, path)
if is_dir:
if recursive:
LOGGER.info('')
LOGGER.info(' %s/', f)
if recursive:
_scores(os.path.join(path, f), resolve, context,
recursive, indent + INDENT, printed=True,
top_level=False)
LOGGER.info('')
else:
stat = os.stat(joined_f)
LOGGER.info(indent + ELEMENT_FORMAT,
' ' + f, SizeName.size_name(stat.st_size),
_time(stat.st_atime),
_time(stat.st_mtime),
_time(stat.st_ctime))
return printed
def start_elements(self, names):
score_names = Split.split_scores(names)
element_names = []
for score_file, name in score_names:
if name:
is_file = True
else:
name = score_file
is_file = DataFileName.has_extension(score_file)
if is_file:
name = name[:-4]
elif name not in self.elements:
is_file = True
if is_file:
element_names.extend(
self._load_raw_elements([[score_file, name]]))
else:
element_names.append(name)
return self.perform_element('start', element_names)
def start_elements(self, names):
score_names = Split.split_scores(names)
element_names = []
for score_file, name in score_names:
if name:
is_file = True
else:
name = score_file
is_file = DataFileName.has_extension(score_file)
if is_file:
name = name[:-4]
elif name not in self.elements:
is_file = True
if is_file:
element_names.extend(
self._load_raw_elements([[score_file, name]]))
else:
element_names.append(name)
return self.perform_element('start', element_names)
def _get_files_to_transfer(path):
files = set()
directories = set()
for p in path:
f = os.path.join(Path.data_path(), p)
if not os.path.exists(f):
raise Exception("Command file %s doesn't exist.", f)
walk = os.walk(f)
if walk:
directories.add(p)
for root, _, fs in walk:
if not root.startswith('.'):
for ffs in fs:
if (_TRANSFER_ALL_FILES or
DataFileName.has_extension(ffs)):
files.add(os.path.join(Path.data_path(), root, ffs))
LOGGER.vdebug('Transferring directory %s', p)
else:
LOGGER.vdebug('Transferring file %s', p)
files.add(f)
return _get_files_table(files), directories
def _get_files_to_transfer(path):
files = set()
directories = set()
for p in path:
f = os.path.join(Path.data_path(), p)
if not os.path.exists(f):
raise Exception("Command file %s doesn't exist.", f)
walk = os.walk(f)
if walk:
directories.add(p)
for root, _, fs in walk:
if not root.startswith('.'):
for ffs in fs:
if (_TRANSFER_ALL_FILES
or DataFileName.has_extension(ffs)):
files.add(os.path.join(Path.data_path(), root,
ffs))
LOGGER.vdebug('Transferring directory %s', p)
else:
LOGGER.vdebug('Transferring file %s', p)
files.add(f)
return _get_files_table(files), directories
def resolve(*path):
for f in _expand(*path):
try:
return DataFileName.data_filename(f)
except:
continue
def resolve(*path):
for f in _expand(*path):
try:
return DataFileName.data_filename(f)
except:
continue
