def resolve_Locations(self, args, context, info):
if args and 'search' in args:
matches = []
for l in Location.query():
if args['search'].lower() in l.node.lower():
matches.append(l)
return matches
return Location.query()
def test_find_neightbour_nodes():
nodes = Location.query()
node = Location.query(Location.node == "Kottawa").get()
if len(route_processor.find_neighbouring_nodes(node)) > 0:
return True
return False
def test_path_search():
start_node = Location.query(Location.node == "Pettah").get()
end_node = Location.query(Location.node == "Kottawa").get()
query = RouteQuery(fromNode=start_node.key, toNode=end_node.key)
query.put()
route_processor.path_search(start_node, end_node, [], 0, 0, [start_node],
[], query.key)
results = RouteQueryResponse.query(
RouteQueryResponse.routeQuery == query.key).get()
if results:
return True
return False
def test_find_routes():
node = Location.query(Location.node == "Moratuwa").get()
if len(route_processor.find_routes(node)) > 0:
return True
return False
