def test_move_full_stack_to_minus_trap_to_empty(self):
self.g.camel_track[8] = ["c_0", "c_2", "c_1", "c_4"]
self.g.camel_track[11] = ["c_3"]
self.g.trap_track[10] = [-1, 2]
expected_player_money = copy.deepcopy(self.g.player_money_values)
def mock_random_camel(_):
return 0
def mock_roll(_):
return 2
with unittest.mock.patch('random.choice', mock_random_camel):
with unittest.mock.patch('camelup.roll_dice', mock_roll):
camelup.move_camel(self.g, 3)
expected_track = [[] for _ in range(self.g.BOARD_SIZE * 2)]
expected_track[8] = []
expected_track[9] = ["c_0", "c_2", "c_1", "c_4"]
expected_track[11] = ["c_3"]
for ii in range(self.g.BOARD_SIZE):
self.assertEqual(self.g.camel_track[ii],
expected_track[ii])
# Check that payout occurred
expected_player_money[2] += 1
expected_player_money[3] += 1
self.assertEqual(self.g.player_money_values,
expected_player_money)
def test_end_of_round_scoring_with_bets(self):
# Remove camels from start positions
self.g.camel_track[0] = []
self.g.camel_track[1] = []
self.g.camel_track[2] = []
self.g.camel_yet_to_move = [True, False, False, False, False]
self.g.camel_track[0] = ["c_0"]
self.g.camel_track[8] = ["c_1", "c_2"]
self.g.camel_track[10] = ["c_4"]
self.g.camel_track[12] = ["c_3"]
self.g.round_bets = [["c_3", 0], ["c_3", 1], ["c_2", 3], ["c_3", 1],
["c_4", 2], ["c_0", 3]]
expected_coins = copy.deepcopy(self.g.player_money_values)
camelup.move_camel(g=self.g, player=0)
expected_coins[0] += 1 # Coin for rolling
expected_coins[0] += self.g.FIRST_PLACE_ROUND_PAYOUT[
0] # Payout for first to choose first
expected_coins[1] += self.g.FIRST_PLACE_ROUND_PAYOUT[
1] # Payout for second to choose first
expected_coins[
3] += self.g.THIRD_OR_WORSE_PLACE_ROUND_PAYOUT # Payout for third or worse bet
expected_coins[1] += self.g.FIRST_PLACE_ROUND_PAYOUT[
2] # Payout for third to choose first
expected_coins[2] += self.g.SECOND_PLACE_ROUND_PAYOUT[
0] # Payout for first to choose second
expected_coins[
3] += self.g.THIRD_OR_WORSE_PLACE_ROUND_PAYOUT # Payout for third or worse bet
self.assertEqual(expected_coins, self.g.player_money_values)
def test_end_of_round_scoring(self):
expected_coins = copy.deepcopy(self.g.player_money_values)
self.g.camel_yet_to_move = [True, False, False, False, False]
self.g.camel_track[15] = ["c_0"]
self.g.camel_track[8] = ["c_1", "c_2"]
self.g.camel_track[10] = ["c_4"]
self.g.camel_track[12] = ["c_3"]
self.g.game_winner_bets = [["c_0", 0], ["c_0", 1], ["c_2", 3],
["c_3", 2], ["c_4", 2], ["c_0", 2],
["c_0", 3]]
self.g.game_loser_bets = [["c_1", 1], ["c_1", 2], ["c_3",
0], ["c_4", 3],
["c_0", 3], ["c_1", 3], ["c_1", 0]]
camelup.move_camel(g=self.g, player=0)
expected_coins[0] += 1 # Coin for rolling
expected_coins[0] += self.g.get_game_bets_payout(
0) # Payout for first to choose winner
expected_coins[1] += self.g.get_game_bets_payout(
1) # Payout for second to choose winner
expected_coins[
3] += self.g.BAD_GAME_END_BET # Payout for bad bet on winner
expected_coins[
2] += self.g.BAD_GAME_END_BET # Payout for bad bet on winner
expected_coins[
2] += self.g.BAD_GAME_END_BET # Payout for bad bet on winner
expected_coins[2] += self.g.get_game_bets_payout(
2) # Payout for third to choose winner
expected_coins[3] += self.g.get_game_bets_payout(
3) # Payout for fourth to choose winner
expected_coins[1] += self.g.get_game_bets_payout(
0) # Payout for first to choose loser
expected_coins[2] += self.g.get_game_bets_payout(
1) # Payout for second to choose loser
expected_coins[
0] += self.g.BAD_GAME_END_BET # Payout for bad bet on loser
expected_coins[
3] += self.g.BAD_GAME_END_BET # Payout for bad bet on loser
expected_coins[
3] += self.g.BAD_GAME_END_BET # Payout for bad bet on loser
expected_coins[3] += self.g.get_game_bets_payout(
2) # Payout for third to choose loser
expected_coins[0] += self.g.get_game_bets_payout(
3) # Payout for fourth to choose loser
self.assertEqual(expected_coins, self.g.player_money_values)
def test_end_of_round_scoring_only_rolls(self):
expected_money = copy.deepcopy(self.g.player_money_values)
camelup.move_camel(g=self.g, player=0)
camelup.move_camel(g=self.g, player=1)
camelup.move_camel(g=self.g, player=2)
camelup.move_camel(g=self.g, player=3)
camelup.move_camel(g=self.g, player=0)
expected_money[0] += 2
expected_money[1] += 1
expected_money[2] += 1
expected_money[3] += 1
self.assertEqual(expected_money, self.g.player_money_values)
def test_move_stacked_camel_to_stack(self):
self.g.camel_track[10] = ["c_0", "c_1"]
self.g.camel_track[12] = ["c_2", "c_3", "c_4"]
def mock_random_camel(_):
return 0
def mock_roll(_):
return 2
with unittest.mock.patch('random.choice', mock_random_camel):
with unittest.mock.patch('camelup.roll_dice', mock_roll):
camelup.move_camel(self.g, 0)
expected_track = [[] for _ in range(self.g.BOARD_SIZE * 2)]
expected_track[12] = ["c_2", "c_3", "c_4", "c_0", "c_1"]
for ii in range(self.g.BOARD_SIZE):
self.assertEqual(self.g.camel_track[ii],
expected_track[ii])
