def test_selector_returns_one_random_if_experimentditribution_not_set(
self):
app = Application.get(1)
logic_selector = ExperimentLogicSelector()
assert logic_selector.get_experiments(app) in app.experiments
def set_app_apikey(self, application, app_id):
apikey = self.get_unused_apikey()
application.apikey = apikey
Application.save(application)
return Application.get(app_id)
def test_selector_returns_one_random_if_set_on_application(self):
app = Application.get(1)
app.experiment_distribution = OneRandomExperiment().get_name()
logic_selector = ExperimentLogicSelector()
assert logic_selector.get_experiments(app) in app.experiments
def data_for_app_GET(self):
""" List all configurationkeys and rangeconstraints of specific application.
Returns application with configurationkeys, rangeconstraints and exclusionconstraints
"""
app_id = self.request.swagger_data['id']
app = Application.get(app_id)
if app is None:
print_log(datetime.datetime.now(), 'GET',
'/applications/' + str(id) + '/rangeconstraints',
'Get all things of one application', None)
return self.createResponse(None, 400)
if app.apikey is None:
app = self.set_app_apikey(app, app_id)
configurationkeys = app.configurationkeys
ranges = list(
concat(list(map(lambda _: _.rangeconstraints, configurationkeys))))
exclusions = self.get_app_exclusionconstraints(app_id)
app_data = app.as_dict()
app_data = assoc(app_data, 'configurationkeys',
list(map(lambda _: _.as_dict(), configurationkeys)))
app_data = assoc(app_data, 'rangeconstraints',
list(map(lambda _: _.as_dict(), ranges)))
app_data = assoc(app_data, 'exclusionconstraints',
list(map(lambda _: _.as_dict(), exclusions)))
return app_data
def configurationkeys_POST(self):
"""
Create new configurationkey to application.
request.swagger_data['id'] takes the id and Application.get(app_id) returns the application by id.
"""
app_id = self.request.swagger_data['id']
application = Application.get(app_id)
if application is None:
print_log(datetime.datetime.now(), 'POST', '/applications/' + str(app_id) + '/configurationkeys',
'Create new configurationkey for application', 'Failed: No Application with id %s' % app_id)
return self.createResponse({}, 400)
new_confkey = self.request.swagger_data['configurationkey']
name = new_confkey.name
type = new_confkey.type.lower()
configurationkey = ConfigurationKey(
application=application,
name=name,
type=type
)
if self.is_valid_configurationkey(configurationkey):
ConfigurationKey.save(configurationkey)
print_log(datetime.datetime.now(), 'POST', '/applications/' + str(app_id) + '/configurationkeys',
'Create new configurationkey', 'Succeeded')
return configurationkey.as_dict()
print_log(datetime.datetime.now(), 'POST', '/applications/' + str(app_id) + '/configurationkeys',
'Create new configurationkey for application', 'Failed: Invalid ConfigurationKey')
return self.createResponse({}, 400)
def configurationkeys_GET(self):
""" List all configurationkeys with GET method """
app_id = self.request.swagger_data['id']
if Application.get(app_id) is None:
print_log(datetime.datetime.now(), 'GET', '/applications/%s/configurationkeys'\
% app_id, 'Get configurationkeys', 'Failed')
return self.createResponse(None, 400)
app_conf_keys = ConfigurationKey.query().join(Application).filter(Application.id == app_id)
return list(map(lambda _: _.as_dict(), app_conf_keys))
def applications_PUT(self):
req_app = self.request.swagger_data['application']
req_app_id = self.request.swagger_data['id']
updated = Application.get(req_app_id)
if req_app_id != req_app.id or updated is None or not self.is_valid_application(
req_app):
print_log(
datetime.datetime.now(), 'PUT', '/applications/',
'Update Application',
'Failed: no such Application with id %s or ids didn\'t match' %
req_app_id)
return self.createResponse(None, 400)
Application.update(updated.id, "name", req_app.name)
Application.update(updated.id, "experiment_distribution",
req_app.experiment_distribution)
updated = Application.get(updated.id)
return updated.as_dict()
def applications_GET_one(self):
""" Find and return one application by id with GET method """
app_id = self.request.swagger_data['id']
app = Application.get(app_id)
if app is None:
print_log(datetime.datetime.now(), 'GET',
'/applications/' + str(app_id), 'Get one application',
None)
return self.createResponse(None, 400)
if app.apikey is None:
app = self.set_app_apikey(app, app_id)
return app.as_dict()
def applications_DELETE_one(self):
""" Find and delete one application by id with delete method """
app_id = self.request.swagger_data['id']
app = Application.get(app_id)
if not app:
print_log(datetime.datetime.now(), 'DELETE',
'/applications/' + str(app_id), 'Delete application',
'Failed')
return self.createResponse(None, 400)
Application.destroy(app)
print_log(datetime.datetime.now(), 'DELETE',
'/applications/' + str(app_id), 'Delete application',
'Succeeded')
return {}
def configurationkeys_for_application_DELETE(self):
""" Delete all configurationkeys of one specific application """
id = self.request.swagger_data['id']
app = Application.get(id)
if not app:
print_log(datetime.datetime.now(), 'DELETE', '/applications/' + str(id) + '/configurationkeys',
'Delete configurationkeys of application', 'Failed')
return self.createResponse(None, 400)
is_empty_list = list(map(lambda _: ConfigurationKey.destroy(_), app.configurationkeys))
for i in is_empty_list:
if i != None:
print_log(datetime.datetime.now(), 'DELETE', '/applications/' + str(id) + '/configurationkeys',
'Delete configurationkeys of application', 'Failed')
return self.createResponse(None, 400)
print_log(datetime.datetime.now(), 'DELETE', '/applications/' + str(id) + '/configurationkeys',
'Delete configurationkeys of application', 'Succeeded')
return {}
def clients_GET(self):
"""
Explanation: maps as_dict() -function to every client-object (this is returned by client.all())
Creates a list and returns it. In future we might would like general json-serialization to make this even
more simpler.
"""
app_id = self.request.swagger_data['appid']
if not Application.get(app_id):
print_log('/applications/%s/clients failed' % app_id)
return self.createResponse(None, 400)
clients = Client.query()\
.join(Client.experimentgroups)\
.join(Experiment)\
.join(Application)\
.filter(Application.id == app_id)
return list(map(lambda _: _.as_dict(), clients))
def test_returns_one_random_experiment(self):
app = Application.get(1)
one_random = OneRandomExperiment()
assert one_random.get_experiments(app) in app.experiments