def test_object_type(self):
'''
functions.class_type: Tests that class data is a dictionary object.
'''
for c in self.classes:
result = fetchClassData(c['class'], c['data'])
self.assertIs(type(result), type({}))
def test_object_type(self):
"""
functions.class_type: Tests that class data is a dictionary object.
"""
for c in self.classes:
result = fetchClassData(c["class"], c["data"])
self.assertIs(type(result), type({}))
def test_object_keys(self):
'''
functions.class_data: Test for class data keys.
'''
for c in self.classes:
keys = _fields(config, c['class'])
result = fetchClassData(c['class'], c['data'])
for key in keys:
self.assertIn(key, result.keys())
def test_object_keys(self):
"""
functions.class_data: Test for class data keys.
"""
for c in self.classes:
keys = _fields(config, c["class"])
result = fetchClassData(c["class"], c["data"])
for key in keys:
self.assertIn(key, result.keys())
def fetchAndStore(key=None, id=None):
'''
Collects data from a class and handles its output either
by storing it in a database or by constructing an error
message to be delivered to the user.
'''
if key == 'resources':
data = fetchResourceData(dataset_id=id)
for resource in data:
storeData(resource, key)
else:
data = fetchClassData(key, id)
if data:
storeData(data, key)
def fetchAndStore(key=None, id=None):
'''
Collects data from a class and handles its output either
by storing it in a database or by constructing an error
message to be delivered to the user.
'''
if key == 'resources':
data = fetchResourceData(dataset_id=id)
for resource in data:
storeData(resource, key)
else:
data = fetchClassData(key, id)
if data:
storeData(data, key)
