def _process_listdir(self):
"""
Lists the content of a directory and returns it to the command listener,
either including or not the file sizes.
Syntax:
LISTDIR <size> <path>
size: Indicates if the returned list should containg the size
or not. 0 indicates no, 1 indicates yes.
path: The path to the file or folder that will be listed.
"""
include_size, path = self._args.split(' ', 1)
include_size = (include_size == '1')
FileUtils.list_dir(path, include_size, self._send_to_listener)
def _process_listdir(self):
"""
Lists the content of a directory and returns it to the command listener,
either including or not the file sizes.
Syntax:
LISTDIR <size> <path>
size: Indicates if the returned list should containg the size
or not. 0 indicates no, 1 indicates yes.
path: The path to the file or folder that will be listed.
"""
include_size, path = self._args.split(' ', 1)
include_size = (include_size == '1')
FileUtils.list_dir(path, include_size, self._send_to_listener)
def _process_copy_file(self):
files = self._args.split('>')
if len(files) < 2:
raise RuntimeError('Invalid call to the COPY_FILE command')
src = files[0]
tgt = files[1]
tgt_backup = ""
if len(files) > 2:
tgt_backup = files[2]
src.strip()
tgt.strip()
tgt_backup.strip()
FileUtils.copy_file(src, tgt, tgt_backup)
def _process_copy_file(self):
files = self._args.split('>')
if len(files) < 2:
raise RuntimeError('Invalid call to the COPY_FILE command')
src = files[0]
tgt = files[1]
tgt_backup = ""
if len(files) > 2:
tgt_backup = files[2]
src.strip()
tgt.strip()
tgt_backup.strip()
FileUtils.copy_file(src, tgt, tgt_backup)
def _process_remove_directory_recursive(self):
FileUtils.remove_directory_recursive(self._args)
def _process_create_directory_recursive(self):
FileUtils.create_directory_recursive(self._args)
def _process_create_directory(self):
FileUtils.create_directory(self._args)
def _process_check_path_exists(self):
self._client.send(str(FileUtils.check_path_exists(self._args)))
def _process_check_dir_writable(self):
self._client.send(str(FileUtils.check_dir_writable(self._args)))
def _process_get_free_space(self):
free_space = FileUtils.get_free_space(self._args)
self._client.send(str(free_space))
def _process_check_path_exists(self):
self._client.send(str(FileUtils.check_path_exists(self._args)))
def _process_get_file_owner(self):
self._client.send(str(FileUtils.get_file_owner(self._args)))
def _process_get_file_owner(self):
self._client.send(str(FileUtils.get_file_owner(self._args)))
def _process_delete_file(self):
FileUtils.delete_file(self._args)
def _process_remove_directory_recursive(self):
FileUtils.remove_directory_recursive(self._args)
def _process_create_directory_recursive(self):
FileUtils.create_directory_recursive(self._args)
def _process_create_directory(self):
FileUtils.create_directory(self._args)
def _process_delete_file(self):
FileUtils.delete_file(self._args)
def _process_get_free_space(self):
free_space = FileUtils.get_free_space(self._args)
self._client.send(str(free_space))
def _process_check_dir_writable(self):
self._client.send(str(FileUtils.check_dir_writable(self._args)))
def _process_getfile_lines(self):
#GETFILE_LINES <skip> <path>
skip, path = self._args.split(' ', 1)
skip = int(skip)
FileUtils.get_file_lines(path, skip, self._send_to_listener)
def _process_getfile_lines(self):
#GETFILE_LINES <skip> <path>
skip, path = self._args.split(' ', 1)
skip = int(skip)
FileUtils.get_file_lines(path, skip, self._send_to_listener)
