def perform_renames(self, items):
callbacks.progress("Performing renames...")
pairs = map(lambda it: (it.f, it.g), items)
Fs.do_renames(pairs)
io.clear_line()
def perform_renames(self, items):
callbacks.progress("Performing renames...")
pairs = map(lambda it: (it.f, it.g), items)
Fs.do_renames(pairs)
io.clear_line()
def compute_clashes(self, items):
index = {}
for item in items:
fp = Fs.string_normalize_filepath(item.g)
if fp not in index:
index[fp] = item
else:
item.invalid = True
index[fp].invalid = True
if Fs.io_invalid_rename(item.f, item.g):
item.invalid = True
return items
def compute_clashes(self, items):
index = {}
for item in items:
fp = Fs.string_normalize_filepath(item.g)
if fp not in index:
index[fp] = item
else:
item.invalid = True
index[fp].invalid = True
if Fs.io_invalid_rename(item.f, item.g):
item.invalid = True
return items
def scan_fs(self):
fps = Fs.find(
self.options.path,
rec=any([self.options.flag_recursive, self.options.flag_flatten]))
callbacks.progress("Separating files and directories...")
file_items = filter(os.path.isfile, fps)
dir_items = filter(os.path.isdir, fps)
items = file_items
if self.options.flag_dirsonly or not items:
items = dir_items
return map(FilePath, items)
def scan_fs(self):
fps = Fs.find(self.options.path,
rec=any([self.options.flag_recursive,
self.options.flag_flatten]))
callbacks.progress("Separating files and directories...")
file_items = filter(os.path.isfile, fps)
dir_items = filter(os.path.isdir, fps)
items = file_items
if self.options.flag_dirsonly or not items:
items = dir_items
return map(FilePath, items)
