def test_from_bytearray(self):
self.assert_length_value(8, b'\x00',
BitString.from_bytearray(b'\x00'))
self.assert_length_value(16, b'ab',
BitString.from_bytearray(b'ab'))
self.assert_length_value(
16, b'ab', BitString.from_bytearray(bytearray(b'ab')))
def dispatch_table(big_endian=True, encoding=None, errors=STRICT):
'''
Convert types appropriately.
'''
# pylint: disable-msg=W0108
# consistency
return {int: lambda n: BitString.from_int(n, ordered=big_endian),
str: lambda s: BitString.from_str(s, encoding, errors),
bytes: lambda b: BitString.from_bytearray(b),
bytearray: lambda b: BitString.from_bytearray(b),
BitString: lambda x: x}
def dispatch_table(big_endian=True, encoding=None, errors=STRICT):
'''
Convert types appropriately.
'''
# pylint: disable-msg=W0108
# consistency
return {
int: lambda n: BitString.from_int(n, ordered=big_endian),
str: lambda s: BitString.from_str(s, encoding, errors),
bytes: lambda b: BitString.from_bytearray(b),
bytearray: lambda b: BitString.from_bytearray(b),
BitString: lambda x: x
}
def ByteArray(value):
'''
Match or read an array of bytes (to read a value, give the number
of bytes).
'''
if isinstance(value, int):
return _ByteArray(value)
else:
return _Constant(BitString.from_bytearray(value))
def ByteArray(value):
'''
Match or read an array of bytes (to read a value, give the number
of bytes).
'''
if isinstance(value, int):
return _ByteArray(value)
else:
return _Constant(BitString.from_bytearray(value))
def test_from_bytearray(self):
self.assert_length_value(8, b'\x00', BitString.from_bytearray(b'\x00'))
self.assert_length_value(16, b'ab', BitString.from_bytearray(b'ab'))
self.assert_length_value(16, b'ab', BitString.from_bytearray(bytearray(b'ab')))
