src/borg/patterns.py
def match(self, path, normalize=True):
        """Return a boolean indicating whether *path* is matched by this pattern.

        If normalize is True (default), the path will get normalized using normalize_path(),
        otherwise it is assumed that it already is normalized using that function.
        """
        if normalize:
            path = normalize_path(path)
        matches = self._match(path)
        if matches:
            self.match_count += 1
        return matches
Return a boolean indicating whether *path* is matched by this pattern.

        If normalize is True (default), the path will get normalized using normalize_path(),
        otherwise it is assumed that it already is normalized using that function.
        
Return a boolean indicating whether *path* is matched by this pattern.
If normalize is True (default), the path will get normalized using normalize_path(),
otherwise it is assumed that it already is normalized using that function.
Return a boolean indicating whether * path * is matched by this pattern . If normalize is True ( default ) the path will get normalized using normalize_path () otherwise it is assumed that it already is normalized using that function .
def match(self, path, normalize=True):
        if normalize:
            path = normalize_path(path)
        matches = self._match(path)
        if matches:
            self.match_count += 1
        return matches
def match ( self , path , normalize = True ) : if normalize : path = normalize_path ( path ) matches = self . _match ( path ) if matches : self . match_count += 1 return matches
Return a boolean indicating whether *path* is matched by this pattern.
Return a boolean indicating whether * path * is matched by this pattern .
"""Return a boolean indicating whether *path* is matched by this pattern.

        If normalize is True (default), the path will get normalized using normalize_path(),
        otherwise it is assumed that it already is normalized using that function.
        """
self
path
normalize