def test_player_pc_turn(self):
"""
Tests the player_pc_turn method.
"""
deck_game = Game()
deck_game.aggressive = True
deck_game.set_up_game()
pc_ds = deck_game.player_pc.deck.size()
deck_game.player_pc_turn()
self.assertEqual(deck_game.player_pc.deck.size(), pc_ds - 5)
def test_best_buy_acquisative(self):
"""
Tests the computer_best_buy method for an acquisative opponent.
The index returned should abide by the implemented logic.
"""
deck_game = Game()
deck_game.aggressive = False
temp_list = [("S", Card('Archer', 3, 1, 5)),
(1, Card('Test1', 1, 3, 3)), (3, Card('Test2', 0, 3, 2))]
deck_game.computer_best_buy(temp_list)
self.assertEqual(deck_game.computer_best_buy(temp_list), 2)
def test_computer_buy(self):
"""
Tests the computer_buy method.
"""
deck_game = Game()
deck_game.aggressive = True
deck_game.player_pc._money = 3
deck_game.central['active'].push(Card('Archer', 2, 2, 3))
deck_game.central['active'].push(Card('Test1', 3, 1, 3))
deck_game.central['active'].push(Card('Test2', 0, 4, 3))
deck_game.central['supplement'].push(Card('Archer', 3, 3, 6))
deck_game.computer_buy()
self.assertEqual(deck_game.player_pc.discard.cards[0].name, 'Test1')