def test_to_string_for_dict(self):
example = {1: "hello"}
res = TLV.to_string(example)
self.assertEqual(res, "{\n 1: (5 bytes/<class 'str'>) hello\n}\n")
example = {1: "hello", 2: "world"}
res = TLV.to_string(example)
self.assertEqual(
res,
"{\n 1: (5 bytes/<class 'str'>) hello\n 2: (5 bytes/<class 'str'>) world\n}\n",
)
def write_http(request, expected):
body = TLV.encode_list(request)
logging.debug("write message: %s",
TLV.to_string(TLV.decode_bytes(body)))
connection.putrequest("POST", "/pair-setup", skip_accept_encoding=True)
connection.putheader("Content-Type", "application/pairing+tlv8")
connection.putheader("Content-Length", len(body))
connection.endheaders(body)
resp = connection.getresponse()
response_tlv = TLV.decode_bytes(resp.read(), expected)
logging.debug("response: %s", TLV.to_string(response_tlv))
return response_tlv
def test_to_string_for_list(self):
example = [
(
1,
"hello",
),
]
res = TLV.to_string(example)
self.assertEqual(res, "[\n 1: (5 bytes/<class 'str'>) hello\n]\n")
example = [
(
1,
"hello",
),
(
2,
"world",
),
]
res = TLV.to_string(example)
self.assertEqual(
res,
"[\n 1: (5 bytes/<class 'str'>) hello\n 2: (5 bytes/<class 'str'>) world\n]\n",
)
def test_to_string_for_list_bytearray(self):
example = [[1, bytearray([0x42, 0x23])]]
res = TLV.to_string(example)
self.assertEqual(res,
"[\n 1: (2 bytes/<class 'bytearray'>) 0x4223\n]\n")
def test_to_string_for_dict_bytearray(self):
example = {1: bytearray([0x42, 0x23])}
res = TLV.to_string(example)
self.assertEqual(res,
"{\n 1: (2 bytes/<class 'bytearray'>) 0x4223\n}\n")
