def test_success(self, circuits_app, icdx_uuid, expected_results):
""" Test calling with sample values for the parameters """
function_params = {"icdx_uuid": icdx_uuid}
# Mock acquiring the config options, all config options are set to '10' or 10
with patch.object(ICDXHelper,
"get_config_option",
lambda x, y, z=None: "10",
True):
# Mock both the AMQP connection and the channel
with patch('pika.BlockingConnection') as mock_block, \
patch.object(pika.BlockingConnection, 'channel') as mock_block_channel:
# Mock the actual AMQP call
with patch.object(AmqpFacade, 'call') as mock_amqp:
mock_amqp.return_value = mocked_call(payload=json.dumps({
"id":
0,
"uuid":
icdx_uuid
}),
success=True,
operation='get_event')
mock_block.return_value = mock.Mock()
mock_block_channel.return_value = mock.Mock()
results = call_icdx_get_event_function(
circuits_app, function_params)
assert (results['success'] == True)
def test_payload_validation(self, circuits_app, icdx_search_request,
expected_results):
""" Test calling with sample values for the parameters """
function_params = {"icdx_search_request": icdx_search_request}
# Mock acquiring the config options, all config options are set to '10' or 10
with patch.object(ICDXHelper,
"get_config_option",
lambda x, y, z=None: "10",
True):
# Mock both the AMQP connection and the channel
with patch('pika.BlockingConnection') as mock_block, \
patch.object(pika.BlockingConnection, 'channel') as mock_block_channel:
# Mock the actual AMQP call
with patch.object(AmqpFacade, 'call') as mock_amqp:
if "id" not in json.loads(icdx_search_request['content']):
'''
If the "ID" attribute is missing from the payload
The function will return rather than raise an exception
but empty results are returned
'''
mock_amqp.return_value = mocked_call(
payload=json.dumps(icdx_search_request['content']),
success=False,
operation='find_events')
mock_block.return_value = mock.Mock()
mock_block_channel.return_value = mock.Mock()
results = call_icdx_find_events_function(
circuits_app, function_params)
assert (results['success'] == False)
assert (results['content']['num_of_results'] == 0)
# Keys are duplicated to preserve backward compat, also check this value
assert (results['num_of_results'] == 0)
else:
mock_amqp.return_value = mocked_call(
payload=json.dumps(icdx_search_request['content']),
success=False,
operation='find_events')
mock_block.return_value = mock.Mock()
mock_block_channel.return_value = mock.Mock()
results = call_icdx_find_events_function(
circuits_app, function_params)
assert (results['success'] == False)
def test_payload_validation(self, circuits_app):
""" Test calling with sample values for the parameters """
function_params = {
}
# Mock acquiring the config options, all config options are set to '10' or 10
with patch.object(ICDXHelper, "get_config_option", lambda x, y,z=None: "10", True):
# Mock both the AMQP connection and the channel
with patch('pika.BlockingConnection') as mock_block, \
patch.object(pika.BlockingConnection, 'channel') as mock_block_channel:
# Mock the actual AMQP call
with patch.object(AmqpFacade, 'call') as mock_amqp:
# Expect the mocked_call to fail as input is not valid JSON
with pytest.raises(ValueError):
mock_amqp.return_value = mocked_call(self, payload=None, success=False)
mock_block.return_value = mock.Mock()
mock_block_channel.return_value = mock.Mock()