def test_merge_branded_with_unbranded(state):
grid.place_tile(state, models.Tile(11, 0))
grid.place_tile(state, models.Tile(11, 2))
grid.place_tile(state, models.Tile(11, 3), brand=models.Brand.CONTINENTAL)
grid.place_tile(state, models.Tile(10, 1))
assert state.grid[11][0] is not None
assert state.grid[11][2] is not None
assert state.grid[11][3] is not None
assert state.grid[10][1] is not None
assert state.grid[11][0] != state.grid[11][2]
assert state.grid[10][1] != state.grid[11][2]
assert state.grid[10][1] != state.grid[11][0]
assert state.grid[11][3] == state.grid[11][2]
grid.place_tile(state, models.Tile(11, 1))
assert state.grid[11][0] is not None
assert state.grid[11][1] is not None
assert state.grid[11][2] is not None
assert state.grid[11][3] is not None
assert state.grid[10][1] is not None
assert state.grid[11][0].brand == models.Brand.CONTINENTAL
assert state.grid[11][0] == state.grid[11][2]
assert state.grid[11][0] == state.grid[11][1]
assert state.grid[11][0] == state.grid[11][3]
assert state.grid[11][0] == state.grid[10][1]
def test_grow_chain_choose_brand(state):
grid.place_tile(state, models.Tile(4, 6))
grid.place_tile(state, models.Tile(4, 7), brand=models.Brand.FESTIVAL)
assert state.grid[4][6] is not None
assert state.grid[4][6].brand == models.Brand.FESTIVAL
assert state.grid[4][7] == state.grid[4][6]
def start_game():
game_id = request.json['game_id']
game_state = persistance.get_game_state(game_id)
if game_state.is_started:
raise models.RuleViolation('Cannot start already started game!')
player_count_min = int(os.environ['PLAYER_COUNT_MIN'])
player_count_max = int(os.environ['PLAYER_COUNT_MAX'])
tile_hand_size = int(os.environ['TILE_HAND_SIZE'])
player_count = len(game_state.player_order)
if not player_count_min <= player_count <= player_count_max:
raise models.RuleViolation(
f'Cannot start game with {player_count} players!')
shuffle(game_state.player_order)
starting_player = game_state.player_order[0]
initial_tiles = tiles.generate_initial_tiles()
board_starting_tiles = tiles.draw_tiles(initial_tiles, player_count)
for tile in board_starting_tiles:
grid.place_tile(game_state, tile)
game_state.is_started = True
game_state.current_turn_player = starting_player
game_state.current_action_player = starting_player
tiles_by_player_id = {
player_id: tiles.draw_tiles(initial_tiles, tile_hand_size)
for player_id in game_state.player_order
}
game_state.tiles_remaining = len(initial_tiles)
persistance.initialize_global_tiles(game_id, initial_tiles)
persistance.initialize_player_tiles(game_id, tiles_by_player_id)
persistance.update_game_state(game_id, game_state.to_dict())
return 'OK'
def test_grow_chain_brand(state):
grid.place_tile(state, models.Tile(4, 6))
grid.place_tile(state, models.Tile(4, 7), brand=models.Brand.IMPERIAL)
grid.place_tile(state, models.Tile(3, 6))
assert state.grid[4][6] is not None
assert state.grid[4][6].brand == models.Brand.IMPERIAL
assert state.grid[4][7] == state.grid[4][6]
assert state.grid[4][7] == state.grid[3][6]
def place_tile():
game_id = request.json['game_id']
id_token = request.json['id_token']
x = int(request.json['x'])
y = int(request.json['y'])
raw_brand = request.json['brand']
brand = None if raw_brand == '' else models.Brand(raw_brand)
player_id = firebase_admin.auth.verify_id_token(id_token)['uid']
state = persistance.get_game_state(game_id)
if state.current_action_player != player_id:
raise models.RuleViolation(
"Stop trying to take other player's turns! You cheat!")
if state.current_action_type != models.ActionType.PLACE_TILE:
raise models.RuleViolation(
'It is your turn, but it is not time to place a tile!')
player_tiles = persistance.get_player_tiles(game_id, player_id)
if not any(tile.x == x and tile.y == y for tile in player_tiles):
raise models.RuleViolation(
'You do not have that tile! Stop trying to cheat!')
if not state.is_started:
raise models.RuleViolation('Cannot take turn until game has begun!')
tile = models.Tile(x, y)
place_tile_result = grid.place_tile(state, tile, brand)
stock.apply_majority_bonuses(state, place_tile_result.acquired_chains)
stock.award_founder_share(state, player_id, place_tile_result.new_brand)
grid.set_brand_lists(state)
stock.set_price_table(state)
turns.transition_from_place(state, place_tile_result, game_id)
persistance.delete_player_tile(game_id, player_id, models.Tile(x, y))
# this should all happen atomically, but as a stopgap make sure this happens last
persistance.update_game_state(game_id, state.to_dict())
return 'OK'
def test_merge_unbranded_no_choice(state):
grid.place_tile(state, models.Tile(11, 0))
grid.place_tile(state, models.Tile(11, 2))
assert state.grid[11][0] is not None
assert state.grid[11][2] is not None
assert state.grid[11][0] != state.grid[11][2]
grid.place_tile(state, models.Tile(11, 1))
assert state.grid[11][0] is not None
assert state.grid[11][1] is not None
assert state.grid[11][2] is not None
assert state.grid[11][0] == state.grid[11][2]
assert state.grid[11][0] == state.grid[11][1]
def test_merge_unbranded_choose_brand(state):
grid.place_tile(state, models.Tile(11, 0))
grid.place_tile(state, models.Tile(11, 2))
assert state.grid[11][0] is not None
assert state.grid[11][2] is not None
assert state.grid[11][0] != state.grid[11][2]
grid.place_tile(state, models.Tile(11, 1), brand=models.Brand.AMERICAN)
assert state.grid[11][0] is not None
assert state.grid[11][1] is not None
assert state.grid[11][2] is not None
assert state.grid[11][2].brand == models.Brand.AMERICAN
assert state.grid[11][0] == state.grid[11][2]
assert state.grid[11][0] == state.grid[11][1]
def test_merge_locked_chains_and_unlocked_chain(state):
grid.place_tile(state, models.Tile(0, 1))
grid.place_tile(state, models.Tile(1, 1), brand=models.Brand.FESTIVAL)
grid.place_tile(state, models.Tile(2, 1))
grid.place_tile(state, models.Tile(3, 1))
grid.place_tile(state, models.Tile(4, 1))
grid.place_tile(state, models.Tile(5, 1))
grid.place_tile(state, models.Tile(6, 1))
grid.place_tile(state, models.Tile(7, 1))
grid.place_tile(state, models.Tile(8, 1))
grid.place_tile(state, models.Tile(9, 1))
grid.place_tile(state, models.Tile(5, 0))
grid.place_tile(state, models.Tile(0, 3))
grid.place_tile(state, models.Tile(1, 3), brand=models.Brand.LUXOR)
grid.place_tile(state, models.Tile(2, 3))
grid.place_tile(state, models.Tile(3, 3))
grid.place_tile(state, models.Tile(4, 3))
grid.place_tile(state, models.Tile(5, 3))
grid.place_tile(state, models.Tile(6, 3))
grid.place_tile(state, models.Tile(7, 3))
grid.place_tile(state, models.Tile(8, 3))
grid.place_tile(state, models.Tile(9, 3))
grid.place_tile(state, models.Tile(5, 4))
grid.place_tile(state, models.Tile(10, 2))
assert state.grid[7][1].is_locked()
assert state.grid[5][4].is_locked()
assert not state.grid[10][2].is_locked()
with pytest.raises(models.RuleViolation):
grid.place_tile(state, models.Tile(9, 2))
def test_merge_multiple_branded_different_size(state):
grid.place_tile(state, models.Tile(8, 5))
grid.place_tile(state, models.Tile(8, 6), brand=models.Brand.TOWER)
grid.place_tile(state, models.Tile(8, 7))
grid.place_tile(state, models.Tile(6, 4))
grid.place_tile(state, models.Tile(6, 5), brand=models.Brand.AMERICAN)
with pytest.raises(models.RuleViolation):
grid.place_tile(state, models.Tile(7, 5), brand=models.Brand.AMERICAN)
with pytest.raises(models.RuleViolation):
grid.place_tile(state, models.Tile(7, 5), brand=models.Brand.LUXOR)
grid.place_tile(state, models.Tile(7, 5))
assert state.grid[8][5] is not None
assert state.grid[8][6] is not None
assert state.grid[8][7] is not None
assert state.grid[6][4] is not None
assert state.grid[6][5] is not None
assert state.grid[7][5] is not None
assert state.grid[8][5].brand == models.Brand.TOWER
assert state.grid[8][5] == state.grid[8][6]
assert state.grid[8][5] == state.grid[8][7]
assert state.grid[8][5] == state.grid[7][5]
assert state.grid[8][5] == state.grid[6][4]
assert state.grid[8][5] == state.grid[6][5]
def test_grow_chain_illegally_specify_new_brand(state):
grid.place_tile(state, models.Tile(4, 6))
grid.place_tile(state, models.Tile(4, 7), brand=models.Brand.IMPERIAL)
with pytest.raises(models.RuleViolation):
grid.place_tile(state, models.Tile(3, 6), brand=models.Brand.WORLDWIDE)
def test_simple_placement_brand(state):
with pytest.raises(models.RuleViolation):
grid.place_tile(state, models.Tile(1, 3), brand=models.Brand.LUXOR)
def test_grow_locked_chain(state):
grid.place_tile(state, models.Tile(0, 0))
grid.place_tile(state, models.Tile(1, 0), brand=models.Brand.FESTIVAL)
grid.place_tile(state, models.Tile(2, 0))
grid.place_tile(state, models.Tile(3, 0))
grid.place_tile(state, models.Tile(4, 0))
grid.place_tile(state, models.Tile(5, 0))
grid.place_tile(state, models.Tile(6, 0))
grid.place_tile(state, models.Tile(7, 0))
grid.place_tile(state, models.Tile(8, 0))
grid.place_tile(state, models.Tile(9, 0))
grid.place_tile(state, models.Tile(10, 0))
assert state.grid[9][0] == state.grid[1][0]
assert state.grid[7][0].is_locked()
assert state.grid[0][0].brand == models.Brand.FESTIVAL
assert state.grid[4][0].brand == models.Brand.FESTIVAL
assert state.grid[5][0].brand == models.Brand.FESTIVAL
grid.place_tile(state, models.Tile(2, 1))
assert len(state.grid[2][1].tiles) == 12
assert state.grid[2][1].is_locked()
assert state.grid[2][1].brand == models.Brand.FESTIVAL
def test_grow_chain_no_brand(state):
grid.place_tile(state, models.Tile(4, 6))
with pytest.raises(models.RuleViolation):
grid.place_tile(state, models.Tile(4, 7))
def test_simple_placement_no_brand(state):
grid.place_tile(state, models.Tile(1, 3))
assert state.grid[1][3] is not None
assert state.grid[1][3].brand is None
def test_merge_locked_and_unlocked_chain(state):
grid.place_tile(state, models.Tile(0, 0))
grid.place_tile(state, models.Tile(1, 0), brand=models.Brand.FESTIVAL)
grid.place_tile(state, models.Tile(2, 0))
grid.place_tile(state, models.Tile(3, 0))
grid.place_tile(state, models.Tile(4, 0))
grid.place_tile(state, models.Tile(5, 0))
grid.place_tile(state, models.Tile(6, 0))
grid.place_tile(state, models.Tile(7, 0))
grid.place_tile(state, models.Tile(8, 0))
grid.place_tile(state, models.Tile(9, 0))
grid.place_tile(state, models.Tile(10, 0))
grid.place_tile(state, models.Tile(0, 2))
grid.place_tile(state, models.Tile(1, 2), brand=models.Brand.LUXOR)
grid.place_tile(state, models.Tile(2, 2))
grid.place_tile(state, models.Tile(3, 2))
grid.place_tile(state, models.Tile(4, 2))
grid.place_tile(state, models.Tile(5, 2))
grid.place_tile(state, models.Tile(6, 2))
grid.place_tile(state, models.Tile(7, 2))
grid.place_tile(state, models.Tile(8, 2))
grid.place_tile(state, models.Tile(9, 2))
assert state.grid[7][0].is_locked()
assert not state.grid[1][2].is_locked()
grid.place_tile(state, models.Tile(2, 1))
assert state.grid[0][0] == state.grid[7][2]
assert state.grid[2][1].brand == models.Brand.FESTIVAL
def test_already_taken_spot(state):
grid.place_tile(state, models.Tile(1, 3))
with pytest.raises(models.RuleViolation):
grid.place_tile(state, models.Tile(1, 3))
def test_merge_locked_chains(state):
grid.place_tile(state, models.Tile(0, 0))
grid.place_tile(state, models.Tile(1, 0), brand=models.Brand.FESTIVAL)
grid.place_tile(state, models.Tile(2, 0))
grid.place_tile(state, models.Tile(3, 0))
grid.place_tile(state, models.Tile(4, 0))
grid.place_tile(state, models.Tile(5, 0))
grid.place_tile(state, models.Tile(6, 0))
grid.place_tile(state, models.Tile(7, 0))
grid.place_tile(state, models.Tile(8, 0))
grid.place_tile(state, models.Tile(9, 0))
grid.place_tile(state, models.Tile(10, 0))
grid.place_tile(state, models.Tile(0, 2))
grid.place_tile(state, models.Tile(1, 2), brand=models.Brand.LUXOR)
grid.place_tile(state, models.Tile(2, 2))
grid.place_tile(state, models.Tile(3, 2))
grid.place_tile(state, models.Tile(4, 2))
grid.place_tile(state, models.Tile(5, 2))
grid.place_tile(state, models.Tile(6, 2))
grid.place_tile(state, models.Tile(7, 2))
grid.place_tile(state, models.Tile(8, 2))
grid.place_tile(state, models.Tile(9, 2))
grid.place_tile(state, models.Tile(10, 2))
assert state.grid[7][0].is_locked()
assert state.grid[1][2].is_locked()
with pytest.raises(models.RuleViolation):
grid.place_tile(state, models.Tile(2, 1))
