def type(self, args):
args_splitted = args.split(" ", maxsplit=1)
if len(args) == 0:
print(TYPE_USAGE)
return
elif len(args_splitted) == 1:
encoding = 'ascii'
file_name = args_splitted[0]
else:
encoding = args_splitted[0]
file_name = " ".join(args_splitted[1:])
file = self.find(file_name, priority="file")
if file is None:
raise DirectoryBrowserError('File "' + file_name + '" not found.')
if file.is_directory:
raise DirectoryBrowserError('"' + file_name + '" is a directory.')
bytes_parser = BytesParser(file.get_file_content(self._fat_editor))
if len(args_splitted) == 1:
text = bytes_parser. \
parse_ascii_string_replace_errors(0, len(bytes_parser))
else:
text = bytes_parser.parse_string(0,
len(bytes_parser),
encoding=encoding)
print(text)
def test_parse_string_end(self):
parser = BytesParser("Hello, world!".encode(encoding=ASCII))
self.assertEqual("world!", parser.parse_string(7, 6, encoding=ASCII))
def test_parse_string_middle(self):
parser = BytesParser("I love Python".encode(encoding=ASCII))
self.assertEqual("love", parser.parse_string(2, 4, encoding=ASCII))
def test_parse_string_start(self):
parser = BytesParser("Я love Python".encode(encoding=UTF16))
self.assertEqual("Я love", parser.parse_string(0, 14, encoding=UTF16))
