def main(self, question):
"""
Main method which instantiates the classes necessary for the operation
of the program, stores the collected data in parameters and returns a
formatted dictionary.
Args:
question(str): input user
Returns:
dict : Formatted response returned to AJAX
"""
initialize_parser = Parser()
self.parser = initialize_parser.clean(question)
initialize_google_client = GoogleClient(self.parser)
self.google_answer = initialize_google_client.get_location()
initialize_wiki_client = WikiClient()
self.wiki_answer = initialize_wiki_client.search_page(self.google_answer)
if self.wiki_answer['extract']:
self.wiki_answer['extract'] = layout(self.wiki_answer['extract'])
self.papy_answer = self._format_return_datas()
return self.papy_answer
def test_parser_can_return_clean_of_all_output(self):
""" Tests whether the parser is able to run all its methods in order
to get a clean localisation from a full sentence."""
parser = Parser(
"Bonjour Grandpy, peux-tu me dire l'adresse de la tour Eiffèl?",
STOPWORDS, ACCENTS, QUESTIONS)
result = parser.clean()
assert result == "tour eiffel"
def app_grandpy(question):
"""
The main implementation of all the application logic
Create the parser for the questions asked analyzer
Using the API Google maps
Using the API Wikipedia
"""
parser = Parser(question)
question = parser.clean()
gmaps = GoogleMaps()
result_address = gmaps.search(question)
wikip = Wikipedia()
pages = wikip.search_for_pages(result_address["lat"],
result_address["lng"])
result_article, result_url = wikip.search_for_page_content(
pages[0]["pageid"]
)
return {
"parser": question,
"grandpy": random.choice(reponseListe),
"gmaps": result_address,
"wikip": result_article,
"wikip_url": result_url}
def initialize_parser_class(request):
pars = Parser()
yield pars.clean(request.param)
