def test_message_dump(self):
# Test dump for message
msg = Message({'__SIGNATURE__': "Test", "__NONCE__": 1000.3})
expectedDump = {'__SIGNATURE__': "Test", "__NONCE__": 1000.3,
"__TYPE__": "/gossip.Message/MessageBase",
"PublicKey": None}
self.assertEqual(msg.dump(), expectedDump)
def test_message_dump(self):
# Test dump for message
msg = Message({'__SIGNATURE__': "Test", "__NONCE__": 1000.3})
expectedDump = {
'__SIGNATURE__': "Test",
"__NONCE__": 1000.3,
"__TYPE__": "/gossip.Message/MessageBase"
}
self.assertEquals(msg.dump(), expectedDump)
def test_message_len(self):
# Test the overriden len function
# First case is when the msg has no data, creates data
msg = Message({'__SIGNATURE__': "Test"})
length = len(dict2cbor(msg.dump()))
self.assertIsNone(msg._data)
self.assertEqual(len(msg), length)
# The second case is when the msg does have data
msg2 = Message({"__SIGNATURE__": "Test"})
msg2._data = "test data"
self.assertEqual(len(msg2), len("test data"))
def test_message_len(self):
# Test the overriden len function
# First case is when the msg has no data, creates data
msg = Message({'__SIGNATURE__': "Test"})
length = len(dict2cbor(msg.dump()))
self.assertIsNone(msg._data)
self.assertEquals(len(msg), length)
# The second case is when the msg does have data
msg2 = Message({"__SIGNATURE__": "Test"})
msg2._data = "test data"
self.assertEquals(len(msg2), len("test data"))
def test_unpack_message(self):
# Make sure that the message can be unpacked after serliazation
msg = Message({'__SIGNATURE__': "Test"})
cbor = dict2cbor(msg.dump())
msgdict = unpack_message_data(cbor)
self.assertEqual(msg.dump(), msgdict)
def test_unpack_message(self):
# Make sure that the message can be unpacked after serliazation
msg = Message({'__SIGNATURE__': "Test"})
cbor = dict2cbor(msg.dump())
msgdict = unpack_message_data(cbor)
self.assertEquals(msg.dump(), msgdict)
