def post(self):
params = {x: request.form[x] for x in request.form}
StandardNLP.process(params)
FeatureExtractor.process(params)
Classifier.process(params)
Executor.process(params)
return params
def post(self):
params = {x: request.form[x] for x in request.form}
StandardNLP.process(params)
FeatureExtractor.process(params)
Classifier.process(params)
Executor.process(params)
return params
def _check_query(query, expected_service):
""" Asserts that a given query is classified to the given service."""
params = {'query': query, 'client': "web"}
StandardNLP.process(params)
FeatureExtractor.process(params)
Classifier.process(params)
assert params['service'] == expected_service, (
"The query \"{}\" is supposed to go to the {} service"
", but went to {} instead.".format(query, expected_service,
params['service']))
def process(cls, params):
Validator.process(params)
if 'error' in params:
cls.LOGGER.error(message=params['error'])
abort(404, message=params['error'])
StandardNLP.process(params)
FeatureExtractor.process(params)
Classifier.process(params)
Executor.process(params)
Logger.process(params)
Sanitizer.process(params)
def _check_query(query, expected_service):
""" Asserts that a given query is classified to the given service."""
params = {
'query': query,
'client': "web"
}
StandardNLP.process(params)
FeatureExtractor.process(params)
Classifier.process(params)
assert params['service'] == expected_service, (
"The query \"{}\" is supposed to go to the {} service"
", but went to {} instead.".format(query, expected_service,
params['service']))
