final

input-to-route/wrapper.py

@@ -0,0 +1,40 @@
+from database import search_database
+from geocoder import validate_address
+from new_parser_test import parse_request
+from route import build_route
+from ouput_chat import RouteDescriber
+import json
+
+if __name__=='__main__':
+    parsed = parse_request(input())
+    user_input, conversation_history = parsed['result'], parsed['conversation_history'],
+    #user_input = json.loads(user_input)
+    print(user_input)
+    query =user_input['tags']
+    user_address =user_input['user_location']
+    user_time =user_input['time']
+    val_output = validate_address('addresses.sqlite',user_address)
+    print(val_output)
+    found_points,mapping = search_database('output.json', query)
+    print(len(found_points))
+    print(mapping)
+    user_position =[]
+    if val_output['valid']:
+        user_position.append(val_output['coordinates']['lat'])
+        user_position.append(val_output['coordinates']['lon'])
+    else:
+        print('Адрес не найден')
+    n_nodes = len(mapping)
+    allow_extend = any(v[1] for v in mapping.values())
+    print(len(mapping),allow_extend)
+    route_otp =0
+    if allow_extend:
+        while n_nodes <= 5 and (route_otp := build_route(found_points, mapping, user_position, user_time, n_nodes,strategy='random') or route_otp): n_nodes += 1
+    else:
+        route_otp= build_route(found_points, mapping, user_position, user_time, n_nodes,strategy='random')
+    route, places = route_otp
+    dscb = RouteDescriber()
+    print(conversation_history)
+    description = dscb.generate_route_description(places,conversation_history)
+    print(route)
+    print(description)