def test_data_json_field(self):
TestCaseDatabase.__construct_basic_db()
elem1 = ExecutionElement(name='b', parent_name='a')
elem2 = ExecutionElement(name='c', parent_name='b', ancestry=['a', 'b', 'c'])
elem3 = ExecutionElement(name='d', parent_name='c')
elem4 = ExecutionElement()
event4_data = {"a": 4, "b": [1, 2, 3], "c": "Some_String"}
event1 = _EventEntry(elem1, 'SYSTEM', 'message1')
event2 = _EventEntry(elem2, 'WORKFLOW', 'message2', data='some_string')
event3 = _EventEntry(elem3, 'STEP', 'message3', data=6)
event4 = _EventEntry(elem4, 'NEXT', 'message4', data=json.dumps(event4_data))
case_database.case_db.add_event(event=event1, cases=['case1', 'case3'])
case_database.case_db.add_event(event=event2, cases=['case2', 'case4'])
case_database.case_db.add_event(event=event3, cases=['case2', 'case3', 'case4'])
case_database.case_db.add_event(event=event4, cases=['case1'])
events = case_database.case_db.session.query(case_database.Event).all()
event_json_list = [event.as_json() for event in events]
input_output = {'message1': None,
'message2': 'some_string',
'message3': 6,
'message4': json.dumps(event4_data)}
self.assertEqual(len(event_json_list), len(list(input_output.keys())))
for event in event_json_list:
self.assertIn(event['message'], input_output)
self.assertEqual(event['data'], input_output[event['message']])
def test_edit_note(self):
TestCaseDatabase.__construct_basic_db()
elem1 = ExecutionElement(name='b', parent_name='a')
elem2 = ExecutionElement(name='c',
parent_name='b',
ancestry=['a', 'b', 'c'])
elem3 = ExecutionElement(name='d', parent_name='c')
elem4 = ExecutionElement()
event1 = _EventEntry(elem1, 'SYSTEM', 'message1')
event2 = _EventEntry(elem2, 'WORKFLOW', 'message2')
event3 = _EventEntry(elem3, 'STEP', 'message3')
event4 = _EventEntry(elem4, 'NEXT', 'message4')
case_database.case_db.add_event(event=event1, cases=['case1', 'case3'])
case_database.case_db.add_event(event=event2, cases=['case2', 'case4'])
case_database.case_db.add_event(event=event3,
cases=['case2', 'case3', 'case4'])
case_database.case_db.add_event(event=event4, cases=['case1'])
events = case_database.case_db.session.query(case_database.Event).all()
smallest_id = min([event.id for event in events])
expected_json_list = [event.as_json() for event in events]
for event in expected_json_list:
if event['id'] == str(smallest_id):
event['note'] = 'Note1'
case_database.case_db.edit_event_note(smallest_id, 'Note1')
events = case_database.case_db.session.query(case_database.Event).all()
result_json_list = [event.as_json() for event in events]
self.assertEqual(len(result_json_list), len(expected_json_list))
self.assertTrue(
all(expected_event in result_json_list
for expected_event in expected_json_list))
def test_add_event(self):
TestCaseDatabase.__construct_basic_db()
elem1 = ExecutionElement(name='b', parent_name='a')
elem2 = ExecutionElement(name='c', parent_name='b', ancestry=['a', 'b', 'c'])
elem3 = ExecutionElement(name='d', parent_name='c')
elem4 = ExecutionElement()
event1 = _EventEntry(elem1, 'SYSTEM', 'message1')
event2 = _EventEntry(elem2, 'WORKFLOW', 'message2')
event3 = _EventEntry(elem3, 'STEP', 'message3')
event4 = _EventEntry(elem4, 'NEXT', 'message4')
case_database.case_db.add_event(event=event1, cases=['case1', 'case3'])
case_database.case_db.add_event(event=event2, cases=['case2', 'case4'])
case_database.case_db.add_event(event=event3, cases=['case2', 'case3', 'case4'])
case_database.case_db.add_event(event=event4, cases=['case1'])
expected_event_messages = {'case1': [('SYSTEM', 'message1'), ('NEXT', 'message4')],
'case2': [('WORKFLOW', 'message2'), ('STEP', 'message3')],
'case3': [('SYSTEM', 'message1'), ('STEP', 'message3')],
'case4': [('WORKFLOW', 'message2'), ('STEP', 'message3')]}
# check cases to events is as expected
for case_name, expected_events in expected_event_messages.items():
case = case_database.case_db.session.query(case_database.Case) \
.filter(case_database.Case.name == case_name).all()
self.assertEqual(len(case), 1, 'There are more than one cases sharing a name {0}'.format(case_name))
case_event_info = [(event.type, event.message) for event in case[0].events.all()]
self.assertEqual(len(case_event_info), len(expected_events),
'Unexpected number of messages encountered for case {0}'.format(case_name))
self.assertSetEqual(set(case_event_info), set(expected_events),
'Expected event info does not equal received event info for case {0}'.format(case_name))
