def test_game_available_moves(self):
"""
Does the game have the right number of moves?
"""
game = SplendorGame()
moves = game.available_moves()
self.assertEquals(len(moves), 15)
def test_game_options(self):
"""
Is the number of GemActions available correct?
"""
game = SplendorGame()
actions = GemAction.possibilities(game)
self.assertEquals(len(actions), 15)
def test_game_options_null_option(self):
"""
Given no coins in the bank, is the number of moves correct?
"""
game = SplendorGame(starting_coin_ct=0)
actions = GemAction.possibilities(game)
self.assertEquals(len(actions), 1)
self.assertEqual(actions.pop(), GemAction(0, 0, 0, 0, 0))
def test_game_starting_coin_override(self):
"""
Given no coins in the bank, is the number of moves correct?
"""
game = SplendorGame(starting_coin_ct=0)
self.assertEquals(game.bank.stacks['RED'].count, 0)
self.assertEquals(game.bank.stacks['GREEN'].count, 0)
self.assertEquals(game.bank.stacks['BLUE'].count, 0)
def test_game_initialization(self):
"""
Is the game created correctly?
"""
game = SplendorGame()
self.assertTrue(isinstance(game.players, list))
for player in game.players:
self.assertTrue(isinstance(player, SplendorPlayer))
def main():
states = [SplendorGame()]
for i in range(MAX_TURNS):
options = states[-1].available_moves()
if len(options) == 0:
print(f"{states[-1].current_player}: No Options for player!")
break
choice = greedy_buyer(states[-1], options)
print(f"{states[-1].current_player}: {choice}")
states.append(choice.transform(states[-1]))
if states[-1].game_over():
break
print(states[-1])
def test_game_update(self):
"""
Can the game execute a GemAction
"""
game = SplendorGame()
action = GemAction(-1, -1, -1, 0, 0)
updated_game = action.transform(game)
updated = updated_game.bank.stacks
for color in ["RED", "GREEN", "BLUE"]:
self.assertEquals(updated[color].count,
game.bank.stacks[color].count - 1)
self.assertEquals(updated_game.current_player, 1)
def test_game_creation(self):
"""
Can the game be created?
"""
game = SplendorGame()
self.assertTrue(True)