def Demo2(n_fish_per_tile=1) -> FishGameController:
"""
Randomly Generated Holes with 1 Fish on all tiles...
:return: A controller to be execute in main.
"""
hexgrid = HexGridView()
board = FishBoard(num_rows=HEXES_ROWS, num_cols=HEXES_COLUMNS)
for row in range(board.num_rows):
for col in range(board.num_cols):
if board.retrieve_num_fish(
row=row, col=col) == 0 and board.is_tile(row=row, col=col):
for i in range(n_fish_per_tile):
board = board.add_fish(row=row, col=col)
player_1 = Player("red", 0, 0, [])
state = FishGameState(board=board,
num_players=1,
players=[player_1],
current_player=player_1)
behavior = FishGameBehavior(state=state, view=hexgrid)
controller = FishGameController(behavior=behavior,
view=hexgrid,
state=state)
return controller
def test_retrieve_num_fish(self):
model = FishBoard(num_rows=4, num_cols=3)
self.assertEqual(model.board[0][0].num_fish, 0)
model = model.add_fish(0, 0)
model = model.add_fish(0, 0)
model = model.add_fish(0, 0)
self.assertEqual(model.board[0][0].num_fish, 3)
def test_get_reachable_tile_coordinates_by_direction_empty(self):
model = FishBoard(num_rows=4, num_cols=3)
tile = model.board[1][2]
direction = 'top_right_coordinate'
expected = []
self.assertEqual(
model.get_reachable_tile_coordinates_by_direction(tile, direction),
expected)
def test_get_reachable_tile_coordinates_by_direction(self):
model = FishBoard(num_rows=4, num_cols=3)
tile = model.board[1][2]
direction = 'bottom_left_coordinate'
expected = [Coordinate(row=2, col=2), Coordinate(row=3, col=1)]
self.assertEqual(
model.get_reachable_tile_coordinates_by_direction(tile, direction),
expected)
def test_validate_input_invalid_row_and_col_has_hole(self):
board = FishBoard(4, 3)
board = board.create_hole(1, 1)
game_state = FishGameState(board,
3,
TestGameState.player_list,
current_player=TestGameState.player_list[0],
phase=GameStatePhase.FINAL)
is_valid, error_msg = game_state.validate_input("red", 1, 1)
self.assertFalse(is_valid)
self.assertEqual(error_msg, "Row and column is a hole")
def RandomlyGenerateFish(board: FishBoard, total_num_fish=10):
for _ in range(total_num_fish):
not_added = True
while not_added:
random_row = randint(0, HEXES_ROWS - 1)
random_col = randint(0, HEXES_COLUMNS - 1)
if board.retrieve_num_fish(
random_row, random_col) < MAX_NUM_FISH and board.is_tile(
random_row, random_col):
board = board.add_fish(row=random_row, col=random_col)
not_added = False
return board
def RandomlyGenerateHole(board: FishBoard, total_num_hole=2):
for _ in range(total_num_hole):
not_added = True
while not_added:
random_row = randint(0, HEXES_ROWS - 1)
random_col = randint(0, HEXES_COLUMNS - 1)
if board.retrieve_num_fish(random_row,
random_col) == 0 and board.is_tile(
random_row, random_col):
board = board.create_hole(random_row, random_col)
not_added = False
return board
def test_is_equal(self):
board1 = FishBoard(4, 3)
board1 = board1.create_hole(2, 0)
board1 = board1.create_hole(3, 0)
board1 = board1.create_hole(2, 1)
board1 = board1.create_hole(0, 1)
board2 = FishBoard(4, 3)
board2 = board2.create_hole(2, 0)
board2 = board2.create_hole(3, 0)
board2 = board2.create_hole(2, 1)
board2 = board2.create_hole(0, 1)
factory1 = FishGameState(board=board1,
num_players=3,
players=TestGameState.player_list,
phase=GameStatePhase.INITIAL,
current_player=TestGameState.player_list[0])
factory1 = factory1.add_penguin(0, 0, "red")
factory1 = factory1.add_penguin(1, 0, "white")
factory2 = FishGameState(board=board2,
num_players=3,
players=TestGameState.player_list,
phase=GameStatePhase.INITIAL,
current_player=TestGameState.player_list[0])
factory2 = factory2.add_penguin(0, 0, "red")
factory2 = factory2.add_penguin(1, 0, "white")
state1 = factory1.finalize()
state2 = factory2.finalize()
self.assertTrue(state1.is_equal(state2))
def test_get_reachable_tiles_with_holes(self):
model = FishBoard(num_rows=5, num_cols=4)
model = model.create_hole(3, 1)
expected_reachable = [
Coordinate(row=0, col=1),
Coordinate(row=1, col=1),
Coordinate(row=0, col=2),
Coordinate(row=4, col=1),
Coordinate(row=3, col=0),
Coordinate(row=4, col=0),
Coordinate(row=1, col=0),
Coordinate(row=0, col=0)
]
self.assertEqual(model.get_reachable_tiles(2, 1), expected_reachable)
def test_is_equal(self):
board1 = FishBoard(num_rows=4, num_cols=3)
board2 = FishBoard(num_rows=4, num_cols=3)
board1 = board1.add_fish(row=0, col=0)
board2 = board2.add_fish(row=0, col=0)
board1 = board1.create_hole(row=1, col=0)
board2 = board2.create_hole(row=1, col=0)
self.assertTrue(board1.is_equal(board2))
def test_any_player_can_move_failure(self):
board = FishBoard(4, 3)
board = board.create_hole(2, 0)
board = board.create_hole(3, 0)
board = board.create_hole(2, 1)
board = board.create_hole(0, 1)
factory = FishGameState(board=board,
num_players=3,
players=TestGameState.player_list,
phase=GameStatePhase.INITIAL,
current_player=TestGameState.player_list[0])
factory = factory.add_penguin(0, 0, "red")
factory = factory.add_penguin(1, 0, "white")
game_state = factory.finalize()
self.assertFalse(game_state.check_any_player_can_move())
def test_is_equal_false_board_only(self):
board1 = FishBoard(5, 3)
board2 = FishBoard(4, 3)
state1 = FishGameState(board=board1,
num_players=3,
players=TestGameState.player_list[0:2],
phase=GameStatePhase.INITIAL,
current_player=TestGameState.player_list[0])
state2 = FishGameState(board=board2,
num_players=3,
players=TestGameState.player_list,
phase=GameStatePhase.INITIAL,
current_player=TestGameState.player_list[0])
self.assertFalse(state1.is_equal(state2))
def Demo1() -> FishGameController:
"""
"Randomly Generate number of holes, hole locations, number of fish, and
fish location.
:return: A controller to be execute in main.
"""
hexgrid = HexGridView()
board = FishBoard(num_rows=HEXES_ROWS, num_cols=HEXES_COLUMNS)
board = RandomlyGenerateHole(board)
board = RandomlyGenerateFish(board)
player_1 = Player("red", 0, 0, [])
state = FishGameState(board=board,
num_players=1,
players=[player_1],
current_player=player_1)
behavior = FishGameBehavior(state=state, view=hexgrid)
controller = FishGameController(behavior=behavior,
view=hexgrid,
state=state)
return controller
def test_get_player_id_success(self):
board = FishBoard(4, 3)
board = board.create_hole(2, 0)
board = board.create_hole(3, 0)
board = board.create_hole(2, 1)
board = board.create_hole(0, 1)
factory = FishGameState(board=board,
num_players=3,
players=TestGameState.player_list,
phase=GameStatePhase.INITIAL,
current_player=TestGameState.player_list[0])
factory = factory.add_penguin(0, 0, "red")
factory = factory.add_penguin(1, 0, "white")
game_state = factory.finalize()
self.assertEqual(game_state.get_player_color(0, 0), "red")
self.assertEqual(game_state.get_player_color(3, 2), "")
def test_is_equal_false_different_holes(self):
board1 = FishBoard(num_rows=4, num_cols=3)
board2 = FishBoard(num_rows=4, num_cols=3)
board1 = board1.create_hole(row=1, col=0)
board2 = board2.create_hole(row=1, col=1)
self.assertFalse(board1.is_equal(board2))
def test_is_equal_false_different_num_fish(self):
board1 = FishBoard(num_rows=4, num_cols=3)
board2 = FishBoard(num_rows=4, num_cols=3)
board1 = board1.add_fish(row=0, col=0)
board2 = board2.add_fish(row=1, col=0)
self.assertFalse(board1.is_equal(board2))
def test_add_penguin_success(self):
board = FishBoard(4, 3)
factory = FishGameState(board=board,
num_players=2,
players=TestGameState.player_list,
phase=GameStatePhase.INITIAL,
current_player=TestGameState.player_list[0])
factory = factory.add_penguin(0, 0, "red")
expected_penguins = [Coordinate(0, 0)]
self.assertEqual(factory.players["red"].penguins, expected_penguins)
def test_has_penguin(self):
board = FishBoard(4, 3)
factory = FishGameState(board=board,
num_players=3,
players=TestGameState.player_list,
phase=GameStatePhase.INITIAL,
current_player=TestGameState.player_list[0])
factory = factory.add_penguin(0, 0, "red")
self.assertTrue(factory.has_penguin(0, 0))
self.assertFalse(factory.has_penguin(1, 1))
def test_validate_input_true(self):
board = FishBoard(4, 3)
game_state = FishGameState(board,
3,
TestGameState.player_list,
current_player=TestGameState.player_list[0],
phase=GameStatePhase.FINAL)
is_valid, error_msg = game_state.validate_input("red", 0, 0)
self.assertTrue(is_valid)
self.assertEqual(error_msg, "")
def test_validate_input_invalid_player_id_upperbound(self):
board = FishBoard(4, 3)
game_state = FishGameState(board,
3,
TestGameState.player_list,
current_player=TestGameState.player_list[0],
phase=GameStatePhase.FINAL)
is_valid, error_msg = game_state.validate_input("", 0, 0)
self.assertFalse(is_valid)
self.assertEqual(error_msg, "Player color does not exist")
def setup(no_holes=False) -> Tuple[FishBoard, HexGridView]:
hexgrid = HexGridView()
board = FishBoard(num_rows=HEXES_ROWS, num_cols=HEXES_COLUMNS)
if not no_holes:
board = RandomlyGenerateHole(board)
board = RandomlyGenerateFish(board)
return board, hexgrid
def test_any_player_can_move_success(self):
board = FishBoard(4, 3)
factory = FishGameState(board=board,
num_players=3,
players=TestGameState.player_list,
phase=GameStatePhase.INITIAL,
current_player=TestGameState.player_list[0])
factory = factory.add_penguin(0, 0, "red")
factory = factory.add_penguin(1, 1, "white")
game_state = factory.finalize()
self.assertTrue(game_state.check_any_player_can_move())
def test_add_penguin_failure(self):
board = FishBoard(4, 3)
factory = FishGameState(board=board,
num_players=2,
players=TestGameState.player_list,
phase=GameStatePhase.INITIAL,
current_player=TestGameState.player_list[0])
factory = factory.add_penguin(0, 0, "red")
factory = factory.add_penguin(0, 1, "white")
with self.assertRaises(ValueError):
factory = factory.add_penguin(0, 2, "white")
def test_validate_input_invalid_row_and_col_has_penguin(self):
board = FishBoard(4, 3)
factory = FishGameState(board=board,
num_players=2,
players=TestGameState.player_list,
phase=GameStatePhase.INITIAL,
current_player=TestGameState.player_list[0])
factory = factory.add_penguin(2, 2, "red")
is_valid, error_msg = factory.validate_input("white", 2, 2)
self.assertFalse(is_valid)
self.assertEqual(error_msg, "This tile already has a penguin")
def test_validate_input_invalid_row_and_col_out_of_bounds(self):
board = FishBoard(4, 3)
game_state = FishGameState(board,
3,
TestGameState.player_list,
current_player=TestGameState.player_list[0],
phase=GameStatePhase.FINAL)
is_valid, error_msg = game_state.validate_input("red", 6, 6)
self.assertFalse(is_valid)
self.assertEqual(error_msg,
"Row and column do not exist in this board")
def Demo3(holes: List[Coordinate]) -> FishGameController:
"""
Given the list of holes, render a board with holes at those
cooridates and 1 fish at every non-hole tile.
:param holes: List of hole Coordinates
:return: A controller to be execute in main.
"""
hexgrid = HexGridView()
board = FishBoard(num_rows=HEXES_ROWS, num_cols=HEXES_COLUMNS)
for hole in holes:
board = board.create_hole(row=hole.row, col=hole.col)
for row in range(board.num_rows):
for col in range(board.num_cols):
if board.retrieve_num_fish(
row=row, col=col) == 0 and board.is_tile(row=row, col=col):
board = board.add_fish(row=row, col=col)
player_1 = Player("red", 0, 0, [])
state = FishGameState(board=board,
num_players=1,
players=[player_1],
current_player=player_1)
behavior = FishGameBehavior(state=state, view=hexgrid)
controller = FishGameController(behavior=behavior,
view=hexgrid,
state=state)
return controller
def setup():
test_board = FishBoard(4, 3)
player_1 = Player("red", 0, 0, [])
player_2 = Player("white", 0, 0, [])
test_players = [player_1, player_2]
state = FishGameState(board=test_board,
num_players=len(test_players),
players=test_players,
current_player=player_1,
phase=GameStatePhase.INITIAL)
return state
def test_move_penguin_failure(self):
board = FishBoard(4, 3)
factory = FishGameState(board=board,
num_players=3,
players=TestGameState.player_list,
phase=GameStatePhase.INITIAL,
current_player=TestGameState.player_list[0])
factory = factory.add_penguin(row=0, col=0, color="red")
factory = factory.add_penguin(row=0, col=1, color="white")
factory = factory.add_penguin(row=0, col=2, color="brown")
game_state = factory.finalize()
with self.assertRaises(ValueError):
game_state.move_penguin("red", 0, 0, 0, 2)
def test_move_penguin(self):
board = FishBoard(4, 3)
factory = FishGameState(board=board,
num_players=3,
players=TestGameState.player_list,
phase=GameStatePhase.INITIAL,
current_player=TestGameState.player_list[0])
factory = factory.add_penguin(row=0, col=1, color="red")
factory = factory.add_penguin(row=0, col=0, color="white")
factory = factory.add_penguin(row=3, col=0, color="brown")
game_state = factory.finalize()
game_state = game_state.move_penguin("red", 0, 1, 2, 1)
expected_penguins = [Coordinate(row=2, col=1)]
self.assertEqual(game_state.players["red"].penguins, expected_penguins)
def test_create_game_state(self):
board = FishBoard(4, 3)
game_state = FishGameState(board,
3,
TestGameState.player_list,
current_player=TestGameState.player_list[0],
phase=GameStatePhase.INITIAL)
expected_players = {
"red": Player(color="red", age=0, score=0, penguins=[]),
"white": Player(color="white", age=0, score=0, penguins=[]),
"brown": Player(color="brown", age=0, score=0, penguins=[])
}
self.assertEqual(game_state.players, expected_players)
self.assertEqual(game_state.board, board)
self.assertEqual(game_state.num_players, 3)
self.assertEqual(game_state.num_penguins, 3)
