def test_winner_3(self):
game3 = FiveInARow()
game3.add_player('P1')
game3.setP1Token(1)
game3.add_player('p2')
game3.takeTurn(1)
game3.change_turn()
game3.takeTurn(2)
game3.change_turn()
game3.takeTurn(2)
game3.change_turn()
game3.takeTurn(4)
game3.change_turn()
game3.takeTurn(3)
game3.change_turn()
game3.takeTurn(3)
game3.change_turn()
game3.takeTurn(3)
game3.change_turn()
game3.takeTurn(4)
game3.change_turn()
game3.takeTurn(4)
game3.change_turn()
game3.takeTurn(5)
game3.change_turn()
game3.takeTurn(4)
game3.change_turn()
game3.takeTurn(5)
game3.change_turn()
game3.takeTurn(5)
game3.change_turn()
game3.takeTurn(5)
game3.change_turn()
game3.takeTurn(5)
game3.change_turn()
self.assertEqual(game3.is_over(), True)
self.assertEqual(game3.winner, 1)
from flask import Flask, jsonify
from five_in_a_row import FiveInARow
from player import Player
app = Flask(__name__)
# when server starts, game starts and players can connect
# Not the most scalable solution but I think its alright rather than over complicating whats in the brief
# could save games into an array if we wanted to handle multiple games
game = FiveInARow()
@app.route('/')
def index():
return 'Welcome to my awesome connect 5 game \n please use \'/join\' to enter the game'
@app.route('/join/<string:name>', methods=['POST'])
def join_game(name):
if game.num_players < 2:
game.add_player(name)
player = Player(name, game.num_players)
response = jsonify(data=player.__dict__, status=200)
return response
error_response = jsonify(
data={'message': 'Sorry 2 players already participating'}, status=401)
return error_response
@app.route('/print', methods=['GET'])
def display():
def test_winner_2(self):
game2 = FiveInARow()
game2.add_player('P1')
game2.setP1Token(1)
game2.add_player('P2')
game2.takeTurn(9)
game2.change_turn()
game2.takeTurn(1)
game2.change_turn()
game2.takeTurn(8)
game2.change_turn()
game2.takeTurn(2)
game2.change_turn()
game2.takeTurn(9)
game2.change_turn()
game2.takeTurn(3)
game2.change_turn()
game2.takeTurn(8)
game2.change_turn()
game2.takeTurn(4)
game2.change_turn()
game2.takeTurn(9)
game2.change_turn()
game2.takeTurn(5)
game2.change_turn()
self.assertEqual(game2.is_over(), True)
self.assertEqual(game2.winner, 2)
def test_create_and_start_game(self):
game = FiveInARow()
self.assertEqual(game.winner, None)
self.assertEqual(game.turn, 1)
self.assertEqual(game.is_over(), False)
self.assertEqual(game.is_started(), False)
game.add_player('p1')
game.setP1Token(1)
self.assertEqual(game.is_started(), False)
game.add_player('p2')
self.assertEqual(game.is_started(), True)
self.assertEqual(game.is_over(), False)
def test_winner_1(self):
game1 = FiveInARow()
game1.add_player('p1')
game1.setP1Token(1)
game1.add_player('p2')
game1.takeTurn(1)
game1.change_turn()
game1.takeTurn(2)
game1.change_turn()
game1.takeTurn(1)
game1.change_turn()
game1.takeTurn(2)
game1.change_turn()
game1.takeTurn(1)
game1.change_turn()
game1.takeTurn(2)
game1.change_turn()
game1.takeTurn(1)
game1.change_turn()
game1.takeTurn(2)
game1.change_turn()
game1.takeTurn(1)
game1.change_turn()
self.assertEqual(game1.is_over(), True)
self.assertEqual(game1.winner, 1)
def test_game_winner(self):
game = FiveInARow()
game.add_player('p1')
game.setP1Token(1)
game.add_player('p2')
game.setWinner(1)
print(game.turn)
self.assertEqual(game.is_over(), True)
self.assertEqual(game.winner, 1)
def test_winner_4(self):
game4 = FiveInARow()
game4.add_player('P1')
game4.setP1Token(1)
game4.add_player('p2')
game4.takeTurn(9)
game4.change_turn()
game4.takeTurn(8)
game4.change_turn()
game4.takeTurn(8)
game4.change_turn()
game4.takeTurn(6)
game4.change_turn()
game4.takeTurn(7)
game4.change_turn()
game4.takeTurn(7)
game4.change_turn()
game4.takeTurn(7)
game4.change_turn()
game4.takeTurn(6)
game4.change_turn()
game4.takeTurn(6)
game4.change_turn()
game4.takeTurn(5)
game4.change_turn()
game4.takeTurn(6)
game4.change_turn()
game4.takeTurn(5)
game4.change_turn()
game4.takeTurn(5)
game4.change_turn()
game4.takeTurn(5)
game4.change_turn()
game4.takeTurn(5)
game4.change_turn()
self.assertEqual(game4.is_over(), True)
self.assertEqual(game4.winner, 1)