def load_plugins(self, path, excludes=[]):
"""finds all plugins in dir and it's subdirectories"""
pyfiles = path.rglob('*.py')
for pyfile in pyfiles:
splitted_path = self._os_path_split(str(pyfile)[:-3])
path_to_file = '.'.join(splitted_path[:-1])
imported_path = __import__(path_to_file,
fromlist=[splitted_path[-1]])
imported_file = getattr(imported_path, splitted_path[-1])
plugin_file = imported_file.__name__
for var_name in dir(imported_file):
attr = getattr(imported_file, var_name)
if inspect.isclass(attr) and attr != Plugin and \
issubclass(attr, Plugin):
try:
plugin = attr()
plugin_name = plugin.__class__.__name__
if plugin_name not in excludes:
self.plugins.add(plugin)
logging.info("plugin %s loaded (%s)" %
(plugin_name, plugin_file))
else:
logging.info("plugin %s was excluded (%s)" %
(plugin_name, plugin_file))
except Exception:
logging.warn("plugin %s not loaded (%s)" %
(plugin_name, plugin_file))
def load_plugins(self, path, excludes=[]):
"""finds all plugins in dir and it's subdirectories"""
pyfiles = path.rglob('*.py')
for pyfile in pyfiles:
splitted_path = _os_path_split(str(pyfile)[:-3])
path_to_file = '.'.join(splitted_path[:-1])
imported_path = __import__(
path_to_file, fromlist=[splitted_path[-1]])
imported_file = getattr(imported_path, splitted_path[-1])
plugin_file = imported_file.__name__
for var_name in dir(imported_file):
attr = getattr(imported_file, var_name)
if inspect.isclass(attr) and attr != Plugin and \
issubclass(attr, Plugin):
try:
plugin = attr()
plugin_name = plugin.__class__.__name__
if not plugin_name in excludes:
self.plugins.add(plugin)
logging.info("plugin %s loaded (%s)" %
(plugin_name, plugin_file))
else:
logging.info("plugin %s was excluded (%s)" %
(plugin_name, plugin_file))
except Exception:
logging.warn("plugin %s not loaded (%s)" %
(plugin_name, plugin_file))
def check_mtime(path, tstamp):
for f in path.rglob("*"):
mtime = f.stat().st_mtime
if mtime > tstamp:
raise RuntimeError(
'File %s was changed after backup started (%f > %f)!' %
(str(f), mtime, tstamp))
def match_directory(path, move_files=False, recursive=True):
# type: (Path, bool, bool) -> None
""" Scans directory `path` for files known to QBittorrent and either adjusts the
fastresume files to have the correct path, or moves the files to the path specified
in the fastresume files.
"""
qb = QBittorrentMeta()
if recursive:
it = path.rglob("*")
else:
it = path.glob("*")
if move_files:
for p in it:
try:
if qb.move_single_file(p):
logger.info("Moved file %s", p)
else:
logger.info("File %s already in destination", p)
except NotFound:
logger.debug("Did not find torrent file for %s", p)
else:
for p in it:
try:
if qb.single_file_moved(p):
logger.info("Adjusted torrent path for %s", p)
else:
logger.info("Torrent path already correct for %s", p)
except NotFound:
logger.debug("Did not find torrent file for %s", p)
def get_set_of_all_files(path: Path):
set_of_all_files = {
Path(file)
for file
in path.rglob('*')
if Path(file).is_file()
}
return set_of_all_files
def from_path(cls, path: Path):
"""
Computes hash list for a given path into output
gzipped file
"""
path = Path(path).resolve()
r = dict()
log.info(_("Generate hashlist from directory at {}").format(str(path)))
for fp in path.rglob("*"): # File path
if fp.is_file():
hh = file_hash(fp)
zz = file_permissions_octal(fp)
fpr = fp.relative_to(path) # File Path Relative
r[fpr] = (hh, zz)
elif not fp.is_dir():
log.warning(_("Ignoring non regular file {}").format(str(fp)))
return cls(base_path=path, files=r)
def _rglob_with_self(path: Path, pattern: str) -> Iterable[Path]:
if fnmatch.fnmatch(path.name, pattern):
yield path
return
yield from path.rglob(pattern)