def take_turn():
data = request.get_json()
game = Game(data)
#Small optimization for the first turn. Since the first turn requires the most computational power, they've been pre-computed
if 'firstTurnX' in data:
game.board = random.choice(app.startBoard.moves)
game.player = game.board.player
game.opponent = game.board.opponent
return jsonify(game.constructResponse())
elif 'firstTurnO' in data:
board = Game.findBoard(app.startBoard, data['board'])
game.board = board.optimalMove
game.player = game.board.player
game.opponent = game.board.opponent
return jsonify(game.constructResponse())
else:
return jsonify(game.takeTurn())
def test_findBoard(self):
data = {
'top-left': {
'value': ''
},
'top-center': {
'value': ''
},
'top-right': {
'value': ''
},
'middle-left': {
'value': ''
},
'middle-center': {
'value': ''
},
'middle-right': {
'value': ''
},
'bottom-left': {
'value': ''
},
'bottom-center': {
'value': ''
},
'bottom-right': {
'value': ''
},
}
board1 = Board(data, 'x', 'o')
data = {
'top-left': {
'value': 'x'
},
'top-center': {
'value': ''
},
'top-right': {
'value': ''
},
'middle-left': {
'value': ''
},
'middle-center': {
'value': ''
},
'middle-right': {
'value': ''
},
'bottom-left': {
'value': ''
},
'bottom-center': {
'value': ''
},
'bottom-right': {
'value': ''
},
}
board2 = Board(data, 'x', 'o')
boards = [board1, board2]
self.game.board.moves = boards
data = {'top-left': {'value': 'x'}}
foundBoard = Game.findBoard(self.game.board, data)
self.assertEqual(foundBoard, board2)
