def test_complete_payload_event_subject(self, mok_uuid, mok_track):
mokEmitter = self.create_patch('snowplow_tracker.Emitter')
e = mokEmitter()
with ContractsDisabled():
mok_uuid.side_effect = mocked_uuid
mok_track.side_effect = mocked_track
t = Tracker(e)
p = Payload()
evSubject = Subject().set_lang('EN').set_user_id("tester")
t.complete_payload(p, None, None, evSubject)
self.assertEqual(mok_track.call_count, 1)
trackArgsTuple = mok_track.call_args_list[0][0]
self.assertEqual(len(trackArgsTuple), 1)
passed_nv_pairs = trackArgsTuple[0].nv_pairs
expected = {
"eid": _TEST_UUID,
"dtm": 1618790401000,
"tv": TRACKER_VERSION,
"p": "pc",
"lang": "EN",
"uid": "tester"
}
self.assertDictEqual(passed_nv_pairs, expected)
def test_complete_payload_co(self, mok_uuid, mok_track):
mokEmitter = self.create_patch('snowplow_tracker.Emitter')
e = mokEmitter()
with ContractsDisabled():
mok_uuid.side_effect = mocked_uuid
mok_track.side_effect = mocked_track
t = Tracker(e, encode_base64=False)
p = Payload()
geo_ctx = SelfDescribingJson(geoSchema, geoData)
mov_ctx = SelfDescribingJson(movSchema, movData)
ctx_array = [geo_ctx, mov_ctx]
t.complete_payload(p, ctx_array, None, None)
self.assertEqual(mok_track.call_count, 1)
trackArgsTuple = mok_track.call_args_list[0][0]
self.assertEqual(len(trackArgsTuple), 1)
passed_nv_pairs = trackArgsTuple[0].nv_pairs
expected_co = {
"schema":
CONTEXT_SCHEMA,
"data": [{
"schema": geoSchema,
"data": geoData
}, {
"schema": movSchema,
"data": movData
}]
}
self.assertIn("co", passed_nv_pairs)
self.assertDictEqual(json.loads(passed_nv_pairs["co"]),
expected_co)
def test_complete_payload_tstamp_ttm(self, mok_uuid, mok_track):
mokEmitter = self.create_patch('snowplow_tracker.Emitter')
e = mokEmitter()
with ContractsDisabled():
mok_uuid.side_effect = mocked_uuid
mok_track.side_effect = mocked_track
t = Tracker(e)
p = Payload()
time_in_millis = 100010001000
t.complete_payload(p, None, time_in_millis, None)
self.assertEqual(mok_track.call_count, 1)
trackArgsTuple = mok_track.call_args_list[0][0]
self.assertEqual(len(trackArgsTuple), 1)
passed_nv_pairs = trackArgsTuple[0].nv_pairs
expected = {
"eid": _TEST_UUID,
"dtm": 1618790401000,
"ttm": time_in_millis,
"tv": TRACKER_VERSION,
"p": "pc"
}
self.assertDictEqual(passed_nv_pairs, expected)
def test_complete_payload_cx(self, mok_uuid, mok_track):
mokEmitter = self.create_patch('snowplow_tracker.Emitter')
e = mokEmitter()
with ContractsDisabled():
mok_uuid.side_effect = mocked_uuid
mok_track.side_effect = mocked_track
t = Tracker(e, encode_base64=True)
p = Payload()
geo_ctx = SelfDescribingJson(geoSchema, geoData)
mov_ctx = SelfDescribingJson(movSchema, movData)
ctx_array = [geo_ctx, mov_ctx]
t.complete_payload(p, ctx_array, None, None)
self.assertEqual(mok_track.call_count, 1)
trackArgsTuple = mok_track.call_args_list[0][0]
self.assertEqual(len(trackArgsTuple), 1)
passed_nv_pairs = trackArgsTuple[0].nv_pairs
self.assertIn("cx", passed_nv_pairs)
