def test_current_game(self):
g = Game.new_game(data2)
cg = CurrentGame(source_game=g, time_start=datetime.now())
cg.save()
c = cg.next_cluster()
c1 = cg.current_cluster()
print("FIRST POINT") #10
print(c1.check_point(0, 55.761752, 37.602939))
print(c1.get_question(0))
print(c1.get_tip(0))
print(c1.check_answer(0, "МХАТ"))
print(c1.get_status()[0])
print("SECOND POINT") #0
print(c1.check_point(1, 55.760424, 37.597819))
print(c1.get_question(1))
print(c1.check_answer(1, "МХАТ"))
print(c1.get_status()[1])
print("THIRD POINT")
lat, lon = c1.get_help(2) #10
print(c1.check_point(2, lat, lon))
print(c1.get_question(2))
print(c1.check_answer(2, "Горький"))
print(c1.get_status()[2])
time.sleep(5)
print(c1.close_cluster())
print("2 - SECOND POINT") # 0
c2 = cg.next_cluster()
lat, lon = c2.get_help(1)
print(c2.check_point(1, lat, lon))
print(c2.get_question(1))
print(c2.check_answer(1, "моРозов"))
print(c2.get_status()[1])
print("2 - THIRD POINT") # 0
lat, lon = c2.get_help(2)
print(c2.check_point(2, lat, lon))
print(c2.get_question(2))
print(c2.check_answer(2, "моРозов"))
print(c2.get_status()[2])
time.sleep(10)
print(c2.close_cluster())
print(c2.close_cluster(forced=True))
def start(request):
game = Game.new_game(request.user)
return Response(GameSerializer(game).data)
def test_game_creation(self):
g = Game.new_game(data)
self.assertEqual(len(g.clusters.all()), 2)
for cluster in g.clusters.all():
self.assertEqual(len(cluster.points.all()), 3)
def test_new_game_twice(self):
Game.new_game(self.alice)
game = Game.new_game(self.alice)
self.assertEquals(game.turn, None)
self.assertEquals(game.player1, self.alice)
self.assertEquals(game.player2, None)
