class TestAssistant(unittest.TestCase):
def setUp(self):
# Init cities
a = City("A")
b = City("B")
c = City("C")
d = City("D")
e = City("E")
# Init routes
Route(a, b, 5)
Route(b, c, 4)
Route(c, d, 8)
Route(d, c, 8)
Route(d, e, 6)
Route(a, d, 5)
Route(c, e, 2)
Route(e, b, 3)
Route(a, e, 7)
# Use a computer to load all cities and routes data
computer = Computer()
computer.add_cities([a, b, c, d, e])
# Hire an assistant
self.max_dis_assistant = CalMaxDistanceAssistant(computer)
# Hire an assistant
self.max_stops_assistant = CalMaxStopsAssistant(computer)
# Hire an assistant
self.shortest_route_assistant = CalShortestAssistant(computer)
def test_get_distance(self):
self.assertEqual(9, self.max_dis_assistant.get_distance("ABC"))
self.assertEqual(5, self.max_dis_assistant.get_distance("AD"))
self.assertEqual(13, self.max_dis_assistant.get_distance("ADC"))
self.assertEqual(22, self.max_dis_assistant.get_distance("AEBCD"))
self.assertEqual("NO SUCH ROUTE", self.max_dis_assistant.get_distance("AED"))
def test_cal_max_stops_routes(self):
routes = self.max_stops_assistant.get_routes("C", "C", 3)
self.assertEqual(2, len(routes))
def test_print_exact_stops_routes(self):
self.assertEqual(3, len(self.max_dis_assistant.get_exact_stops_routes("A", "C", 4)))
def test_cal_shortest_route(self):
# The shortest route of city A to city C
routes = self.shortest_route_assistant.get_routes("A", "C")
self.assertEqual(9, self.shortest_route_assistant.get_distance(routes[0]))
routes = self.shortest_route_assistant.get_routes("B", "B")
self.assertEqual(9, self.shortest_route_assistant.get_distance(routes[0]))
def test_cal_all_routes(self):
routes = self.max_dis_assistant.get_routes("C", "C", 30)
self.assertEqual(7, len(routes))
def setUp(self):
# Init cities
a = City("A")
b = City("B")
c = City("C")
d = City("D")
e = City("E")
# Init routes
Route(a, b, 5)
Route(b, c, 4)
Route(c, d, 8)
Route(d, c, 8)
Route(d, e, 6)
Route(a, d, 5)
Route(c, e, 2)
Route(e, b, 3)
Route(a, e, 7)
# Use a computer to load all cities and routes data
computer = Computer()
computer.add_cities([a, b, c, d, e])
# Hire an assistant
self.max_dis_assistant = CalMaxDistanceAssistant(computer)
# Hire an assistant
self.max_stops_assistant = CalMaxStopsAssistant(computer)
# Hire an assistant
self.shortest_route_assistant = CalShortestAssistant(computer)
