class TestAutoAssignments(QtTestCase):
def setUp(self):
self.protocol = ProtocolAnalyzer(None)
with open(get_path_for_data_file("decoded_bits.txt")) as f:
for line in f:
self.protocol.messages.append(Message.from_plain_bits_str(line.replace("\n", "")))
self.protocol.messages[-1].message_type = self.protocol.default_message_type
# Assign participants
alice = Participant("Alice", "A")
bob = Participant("Bob", "B")
alice_indices = {1,2,5,6,9,10,13,14,17,18,20,22,23,26,27,30,31,34,35,38,39,41}
for i, message in enumerate(self.protocol.messages):
if i in alice_indices:
message.participant = alice
else:
message.participant = bob
self.assertEqual(self.protocol.num_messages, 42)
self.assertEqual(self.protocol.plain_hex_str[0][16:18], "2d")
self.decodings = []
self.decodings.append(Encoding(['Non Return To Zero (NRZ)']))
self.decodings.append(Encoding(['Non Return To Zero Inverted (NRZ-I)', 'Invert']))
self.decodings.append(Encoding(['Manchester I', 'Edge Trigger']))
self.decodings.append(Encoding(['Manchester II', 'Edge Trigger', 'Invert']))
self.decodings.append(Encoding(['Differential Manchester', 'Edge Trigger', 'Differential Encoding', ]))
self.decodings.append(Encoding(['DeWhitening Special', constants.DECODING_DATAWHITENING, '0x9a7d9a7d;0x21']))
self.decodings.append(Encoding(['DeWhitening', constants.DECODING_DATAWHITENING, '0x67686768;0x21']))
def test_message_type_assign_by_value(self):
start = 8
end = 15
hex_value = "9a7d9a7d"
msg_type = MessageType("autotest")
msg_type.ruleset = Ruleset(Mode.all_apply, [Rule(start, end, "=", hex_value, 1)])
msg_type.assigned_by_ruleset = True
self.protocol.message_types.append(msg_type)
self.protocol.update_auto_message_types()
matching_indices = [0, 2, 3, 21, 23, 24]
for i, message in enumerate(self.protocol.messages):
if i in matching_indices:
self.assertEqual(message.message_type, msg_type, msg=str(i))
else:
self.assertEqual(message.message_type, self.protocol.default_message_type, msg=str(i))
def test_two_assign_participants_by_rssi(self):
rssis = [[0.65389872, 0.13733707, 0.1226876, 0.73320961, 0.64940965, 0.12463234, 0.12296994,
0.68053716, 0.66020358, 0.12428901, 0.12312815, 0.69160986, 0.65582329, 0.12536003,
0.12587067, 0.66315573, 0.66313261, 0.12816505, 0.13491708, 0.66950738, 0.14047238],
[0.26651502, 0.2073856, 0.13547869, 0.25948182, 0.28204739, 0.13716124, 0.13526952,
0.24828221, 0.25431305, 0.13681877, 0.13650328, 0.28083691, 0.25550124, 0.13498682,
0.13611424, 0.2629154, 0.26388499, 0.13780586, 0.13561584, 0.27228078, 0.1356563]]
proto1 = ProtocolAnalyzer(None)
proto2 = ProtocolAnalyzer(None)
for i in range(0, len(rssis[0])):
message = copy.deepcopy(self.protocol.messages[i])
message.participant = None
proto1.messages.append(message)
proto1.messages[i].rssi = rssis[0][i]
self.assertEqual(len(proto1.messages), 21)
for i in range(0, len(rssis[1])):
message = copy.deepcopy(self.protocol.messages[21 + i])
message.participant = None
proto2.messages.append(message)
proto2.messages[i].rssi = rssis[1][i]
self.assertEqual(len(proto2.messages), 21)
alice = Participant(name="Alice", shortname="A")
alice.relative_rssi = 1
bob = Participant(name="Bob", shortname="B")
bob.relative_rssi = 0
excpected_partis = [[alice, bob, bob, alice, alice, bob, bob,
alice, alice, bob, bob, alice, alice, bob,
bob, alice, alice, bob, bob, alice, bob],
[alice, bob, bob, alice, alice, bob, bob,
alice, alice, bob, bob, alice, alice, bob,
bob, alice, alice, bob, bob, alice, bob]]
proto1.auto_assign_participants([alice, bob])
for i, message in enumerate(proto1.messages):
self.assertEqual(message.participant, excpected_partis[0][i])
proto2.auto_assign_participants([alice, bob])
for i, message in enumerate(proto2.messages):
self.assertEqual(message.participant, excpected_partis[1][i])
def test_assign_decodings(self):
self.undecoded_protocol = ProtocolAnalyzer(None)
with open(get_path_for_data_file("undecoded.txt")) as f:
for line in f:
self.undecoded_protocol.messages.append(Message.from_plain_bits_str(line.replace("\n", "")))
self.undecoded_protocol.auto_assign_decodings(self.decodings)
for i, message in enumerate(self.undecoded_protocol.messages):
if message.plain_hex_str[8:16] == "9a7d9a7d":
self.assertEqual(message.decoder.name, "DeWhitening Special", msg=str(i))
elif message.plain_hex_str[8:16] == "67686768":
self.assertEqual(message.decoder.name, "DeWhitening", msg=str(i))
class TestAutoAssignments(unittest.TestCase):
def setUp(self):
self.protocol = ProtocolAnalyzer(None)
with open(get_path_for_data_file("decoded_bits.txt")) as f:
for line in f:
self.protocol.messages.append(
Message.from_plain_bits_str(line.replace("\n", ""), {}))
self.protocol.messages[
-1].message_type = self.protocol.default_message_type
# Assign participants
alice = Participant("Alice", "A")
bob = Participant("Bob", "B")
alice_indices = {
1, 2, 5, 6, 9, 10, 13, 14, 17, 18, 20, 22, 23, 26, 27, 30, 31, 34,
35, 38, 39, 41
}
for i, message in enumerate(self.protocol.messages):
if i in alice_indices:
message.participant = alice
else:
message.participant = bob
self.assertEqual(self.protocol.num_messages, 42)
self.assertEqual(self.protocol.plain_hex_str[0][16:18], "2d")
self.decodings = []
self.decodings.append(Encoder(['Non Return To Zero (NRZ)']))
self.decodings.append(
Encoder(['Non Return To Zero Inverted (NRZ-I)', 'Invert']))
self.decodings.append(Encoder(['Manchester I', 'Edge Trigger']))
self.decodings.append(
Encoder(['Manchester II', 'Edge Trigger', 'Invert']))
self.decodings.append(
Encoder([
'Differential Manchester',
'Edge Trigger',
'Differential Encoding',
]))
self.decodings.append(
Encoder([
'DeWhitening Special', 'Remove Data Whitening (CC1101)',
'0x9a7d9a7d;0x21;0x8'
]))
self.decodings.append(
Encoder([
'DeWhitening', 'Remove Data Whitening (CC1101)',
'0x67686768;0x21;0x8'
]))
def test_message_type_assign_by_value(self):
start = 8
end = 15
hex_value = "9a7d9a7d"
msg_type = MessageType("autotest")
msg_type.ruleset = Ruleset(Mode.all_apply,
[Rule(start, end, "=", hex_value, 1)])
msg_type.assigned_by_ruleset = True
self.protocol.message_types.append(msg_type)
self.protocol.update_auto_message_types()
matching_indices = [0, 2, 3, 21, 23, 24]
for i, message in enumerate(self.protocol.messages):
if i in matching_indices:
self.assertEqual(message.message_type, msg_type, msg=str(i))
else:
self.assertEqual(message.message_type,
self.protocol.default_message_type,
msg=str(i))
def test_two_assign_participants_by_rssi(self):
rssis = [[
0.65389872, 0.13733707, 0.1226876, 0.73320961, 0.64940965,
0.12463234, 0.12296994, 0.68053716, 0.66020358, 0.12428901,
0.12312815, 0.69160986, 0.65582329, 0.12536003, 0.12587067,
0.66315573, 0.66313261, 0.12816505, 0.13491708, 0.66950738,
0.14047238
],
[
0.26651502, 0.2073856, 0.13547869, 0.25948182, 0.28204739,
0.13716124, 0.13526952, 0.24828221, 0.25431305,
0.13681877, 0.13650328, 0.28083691, 0.25550124,
0.13498682, 0.13611424, 0.2629154, 0.26388499, 0.13780586,
0.13561584, 0.27228078, 0.1356563
]]
proto1 = ProtocolAnalyzer(None)
proto2 = ProtocolAnalyzer(None)
for i in range(0, len(rssis[0])):
message = copy.deepcopy(self.protocol.messages[i])
message.participant = None
proto1.messages.append(message)
proto1.messages[i].rssi = rssis[0][i]
self.assertEqual(len(proto1.messages), 21)
for i in range(0, len(rssis[1])):
message = copy.deepcopy(self.protocol.messages[21 + i])
message.participant = None
proto2.messages.append(message)
proto2.messages[i].rssi = rssis[1][i]
self.assertEqual(len(proto2.messages), 21)
alice = Participant(name="Alice", shortname="A")
alice.relative_rssi = 1
bob = Participant(name="Bob", shortname="B")
bob.relative_rssi = 0
excpected_partis = [[
alice, bob, bob, alice, alice, bob, bob, alice, alice, bob, bob,
alice, alice, bob, bob, alice, alice, bob, bob, alice, bob
],
[
alice, bob, bob, alice, alice, bob, bob, alice,
alice, bob, bob, alice, alice, bob, bob, alice,
alice, bob, bob, alice, bob
]]
proto1.auto_assign_participants([alice, bob])
for i, message in enumerate(proto1.messages):
self.assertEqual(message.participant, excpected_partis[0][i])
proto2.auto_assign_participants([alice, bob])
for i, message in enumerate(proto2.messages):
self.assertEqual(message.participant, excpected_partis[1][i])
def test_assign_decodings(self):
self.undecoded_protocol = ProtocolAnalyzer(None)
with open(get_path_for_data_file("undecoded.txt")) as f:
for line in f:
self.undecoded_protocol.messages.append(
Message.from_plain_bits_str(line.replace("\n", ""), {}))
self.undecoded_protocol.auto_assign_decodings(self.decodings)
for i, message in enumerate(self.undecoded_protocol.messages):
if message.plain_hex_str[8:16] == "9a7d9a7d":
self.assertEqual(message.decoder.name,
"DeWhitening Special",
msg=str(i))
elif message.plain_hex_str[8:16] == "67686768":
self.assertEqual(message.decoder.name,
"DeWhitening",
msg=str(i))
class TestAutoAssignments(unittest.TestCase):
def setUp(self):
self.protocol = ProtocolAnalyzer(None)
with open("./data/decoded_bits.txt") as f:
for line in f:
self.protocol.blocks.append(ProtocolBlock.from_plain_bits_str(line.replace("\n", ""), {}))
self.protocol.blocks[-1].labelset = self.protocol.default_labelset
self.assertEqual(self.protocol.num_blocks, 42)
self.assertEqual(self.protocol.plain_hex_str[0][16:18], "2d")
self.decodings = []
self.decodings.append(encoding(['Non Return To Zero (NRZ)']))
self.decodings.append(encoding(['Non Return To Zero Inverted (NRZ-I)', 'Invert']))
self.decodings.append(encoding(['Manchester I', 'Edge Trigger']))
self.decodings.append(encoding(['Manchester II', 'Edge Trigger', 'Invert']))
self.decodings.append(encoding(['Differential Manchester', 'Edge Trigger', 'Differential Encoding',]))
self.decodings.append(encoding(['DeWhitening Special', 'Remove Data Whitening (CC1101)', '0x9a7d9a7d;0x21;0x8']))
self.decodings.append(encoding(['DeWhitening', 'Remove Data Whitening (CC1101)', '0x67686768;0x21;0x8']))
def test_labelset_assign_by_value(self):
start = 8
end = 15
hex_value = "9a7d9a7d"
lblset = LabelSet("autotest")
lblset.ruleset = Ruleset(Mode.all_apply, [Rule(start, end, "=", hex_value, 1)])
lblset.assigned_automatically = True
self.protocol.labelsets.append(lblset)
self.protocol.update_auto_labelsets()
matching_indices = [0, 2, 3, 21, 23, 24]
for i, block in enumerate(self.protocol.blocks):
if i in matching_indices:
self.assertEqual(block.labelset, lblset, msg=str(i))
else:
self.assertEqual(block.labelset, self.protocol.default_labelset, msg=str(i))
def test_two_assign_participants_by_rssi(self):
rssis = [[0.65389872, 0.13733707, 0.1226876, 0.73320961, 0.64940965, 0.12463234, 0.12296994,
0.68053716, 0.66020358, 0.12428901, 0.12312815, 0.69160986, 0.65582329, 0.12536003,
0.12587067, 0.66315573, 0.66313261, 0.12816505, 0.13491708, 0.66950738, 0.14047238],
[0.26651502, 0.2073856, 0.13547869, 0.25948182, 0.28204739, 0.13716124, 0.13526952,
0.24828221, 0.25431305, 0.13681877, 0.13650328, 0.28083691, 0.25550124, 0.13498682,
0.13611424, 0.2629154, 0.26388499, 0.13780586, 0.13561584, 0.27228078, 0.1356563]]
proto1 = ProtocolAnalyzer(None)
proto2 = ProtocolAnalyzer(None)
for i in range(0, len(rssis[0])):
proto1.blocks.append(self.protocol.blocks[i])
proto1.blocks[i].rssi = rssis[0][i]
self.assertEqual(len(proto1.blocks), 21)
for i in range(0, len(rssis[1])):
proto2.blocks.append(self.protocol.blocks[21+i])
proto2.blocks[i].rssi = rssis[1][i]
self.assertEqual(len(proto2.blocks), 21)
alice = Participant(name="Alice", shortname="A")
alice.relative_rssi = 1
bob = Participant(name="Bob", shortname="B")
bob.relative_rssi = 0
excpected_partis = [[alice, bob, bob, alice, alice, bob, bob,
alice, alice, bob, bob, alice, alice, bob,
bob, alice, alice, bob, bob, alice, bob],
[alice, bob, bob, alice, alice, bob, bob,
alice, alice, bob, bob, alice, alice, bob,
bob, alice, alice, bob, bob, alice, bob]]
proto1.auto_assign_participants([alice, bob])
for i, block in enumerate(proto1.blocks):
self.assertEqual(block.participant, excpected_partis[0][i])
proto2.auto_assign_participants([alice, bob])
for i, block in enumerate(proto2.blocks):
self.assertEqual(block.participant, excpected_partis[1][i])
def test_assign_decodings(self):
self.undecoded_protocol = ProtocolAnalyzer(None)
with open("./data/undecoded.txt") as f:
for line in f:
self.undecoded_protocol.blocks.append(ProtocolBlock.from_plain_bits_str(line.replace("\n", ""), {}))
self.undecoded_protocol.auto_assign_decodings(self.decodings)
for i, block in enumerate(self.undecoded_protocol.blocks):
if block.plain_hex_str[8:16] == "9a7d9a7d":
self.assertEqual(block.decoder.name, "DeWhitening Special", msg=str(i))
elif block.plain_hex_str[8:16] == "67686768":
self.assertEqual(block.decoder.name, "DeWhitening", msg=str(i))
def test_assign_labels_trash_protocol(self):
preamble_start = 0
preamble_end = 31
sync_start = 32
sync_end = 63
decoded_trash_protocol = ProtocolAnalyzer(None)
with open("./data/decoded_with_trash.txt") as f:
for line in f:
decoded_trash_protocol.blocks.append(ProtocolBlock.from_plain_bits_str(line.replace("\n", ""), {}))
decoded_trash_protocol.blocks[-1].labelset = decoded_trash_protocol.default_labelset
decoded_trash_protocol.auto_assign_labels()
preamble_label = ProtocolLabel(name="Preamble", start=preamble_start, end=preamble_end, val_type_index=0, color_index=0)
sync_label = ProtocolLabel(name="Sync", start=sync_start, end=sync_end, val_type_index=0, color_index=1)
self.assertEqual(1, len([lbl for lbl in decoded_trash_protocol.default_labelset if lbl.name == "Preamble"]))
self.assertEqual(1, len([lbl for lbl in decoded_trash_protocol.default_labelset if lbl.name == "Sync"]))
for block in decoded_trash_protocol.blocks:
self.assertIn(preamble_label, block.labelset)
self.assertIn(sync_label, block.labelset)
def test_assign_labels(self):
preamble_start = 0
preamble_end = 31
sync_start = 32
sync_end = 63
t = time.time()
self.protocol.auto_assign_labels()
print("Time for auto assigning labels: ", str(time.time()-t)) # 0.020628690719604492
preamble_label = ProtocolLabel(name="Preamble", start=preamble_start, end=preamble_end, val_type_index=0, color_index=0)
sync_label = ProtocolLabel(name="Sync", start=sync_start, end=sync_end, val_type_index=0, color_index=1)
self.assertEqual(1, len([lbl for lbl in self.protocol.default_labelset if lbl.name == "Preamble"]))
self.assertEqual(1, len([lbl for lbl in self.protocol.default_labelset if lbl.name == "Sync"]))
for block in self.protocol.blocks:
self.assertIn(preamble_label, block.labelset)
self.assertIn(sync_label, block.labelset)
