def test_apikey_is_unique(self):
apikey = str(uuid.uuid4())
app = Application(name='App with UUID', apikey=str(apikey))
app = Application.save(app)
app = Application(name='Another app with UUID', apikey=str(apikey))
was_added = True
try:
Application.save(app)
except Exception as e:
was_added = False
pass
assert not was_added
def test_applications_PUT(self):
expected_name = 'Veri specil'
self.req.swagger_data = {'application': Application(name=expected_name)}
httpApps = Applications(self.req)
httpApps.applications_POST()
app = Application.get_by('name', expected_name)
apikey = app.apikey
id = app.id
self.req.swagger_data = {'id': app.id, 'application': Application(name='', apikey=apikey, id=id)}
httpApps.applications_PUT()
name_now = Application.get(id).name
assert name_now == expected_name
def test_applications_PUT_application_must_exist(self):
app = Application(id=42, name='Apperture Science')
self.req.swagger_data = {'id': 42, 'application': app}
httpApps = Applications(self.req)
response = httpApps.applications_PUT()
assert response.status_code == 400
def test_applications_POST_apikey_is_set(self):
self.req.swagger_data = {'application': Application(name='App 3')}
httpApps = Applications(self.req)
response = httpApps.applications_POST()
expected = Application.get_by('name', 'App 3').as_dict()
assert expected['apikey'] is not None
def test_applications_POST(self):
self.req.swagger_data = {'application': Application(name='App 3')}
httpApps = Applications(self.req)
response = httpApps.applications_POST()
expected = Application.get_by('name', 'App 3').as_dict()
assert response == expected
def test_can_set_apikey(self):
apikey = str(uuid.uuid4())
app = Application(name='App with UUID', apikey=str(uuid.uuid4()))
app = Application.save(app)
expected = Application.get_by('apikey', apikey)
assert expected == app
def test_application_POST_name_is_not_empty(self):
expected_count = Application.query().count()
self.req.swagger_data = {'application': Application(name='')}
httpApps = Applications(self.req)
response = httpApps.applications_POST()
count_now = Application.query().count()
assert expected_count == count_now
def test_experimentdistribution_can_be_set(self):
app = Application(name='Banana', experiment_distribution='one_random')
try:
Application.save(app)
except Exception as e:
pass
assert Application.get_by('name', 'Banana') is not None
def test_experimentdistribution_exists(self):
experiment_distribution_exists = False
app = Application(name='Banana')
Application.save(app)
app = Application.get_by('name', 'Banana')
try:
experiment_distribution = app.experiment_distribution
experiment_distribution_exists = True
except Exception as e:
pass
assert experiment_distribution_exists
def test_destroy_app_does_not_delete_dataitems(self):
Application.save(Application(id=47, name='App to delete'))
app = Application.get(47)
Experiment.save(Experiment(id=78, application=app, name='Apperture'))
exp = Experiment.get(78)
ExperimentGroup.save(ExperimentGroup(id=67, name='GlaDos', experiment=exp))
eg = ExperimentGroup.get(67)
Client.save(Client(id=76, clientname='Chell', experimentgroups=[eg]))
client = Client.get(76)
DataItem.save(DataItem(key='key1',
value=10,
startDatetime=strToDatetime('2016-01-01 00:00:00'),
endDatetime=strToDatetime('2016-01-01 01:01:01'),
client=client))
dataitem_count_before = DataItem.query().count()
Application.destroy(app)
dataitem_count_now = DataItem.query().count()
assert dataitem_count_before == dataitem_count_now
def test_save_app(self):
app = Application(name='App 3')
Application.save(app)
appsFromDB = Application.all()
assert len(appsFromDB) == 3