def test_create_state_too_little_players(self):
"""
Purpose: Test creating a state with only 1 player
"""
with self.assertRaises(ValueError):
FishGameStateFactory.create_place_penguins_state(
CreateStateTest.test_board, [(PlayerColor.RED, [])])
def test_create_move_state_no_pengs(self):
"""
Purpose: Test creating a penguin movement state with no penguins throws error
Signature: Void -> Void
"""
with self.assertRaises(ValueError):
FishGameStateFactory.create_move_penguins_state(
CreateStateTest.test_board, [(PlayerColor.RED, [], 0),
(PlayerColor.BROWN, [], 0)])
def test_create_placement_state_bad_penguin_amount(self):
"""
Purpose: Test creating a penguin placement state with having the older player having penguins placed already
Signature: Void -> Void
"""
with self.assertRaises(ValueError):
FishGameStateFactory.create_place_penguins_state(
CreateStateTest.test_board, [(PlayerColor.RED, []),
(PlayerColor.BROWN, [(0, 0)])])
def test_create_end_state_not_end(self):
"""
Purpose: Test creating a penguin end state where it is not in an end state
Signature: Void -> Void
"""
with self.assertRaises(ValueError):
FishGameStateFactory.create_end_game_state(
CreateStateTest.test_board,
[(PlayerColor.RED, CreateStateTest.test_board_valid_col1, 0),
(PlayerColor.BROWN, CreateStateTest.test_board_valid_col2, 0)
])
def test_create_move_state_same_place(self):
"""
Purpose: Test creating a penguin movement state with trying to put penguins in the same place
Signature: Void -> Void
"""
with self.assertRaises(PenguinPlacementError):
valid_posns = [(0, 0), (0, 2), (1, 1), (1, 3)]
FishGameStateFactory.create_move_penguins_state(
CreateStateTest.test_board,
[(PlayerColor.RED, CreateStateTest.test_board_valid_col1, 0),
(PlayerColor.BROWN, CreateStateTest.test_board_valid_col1, 0)
])
def test_create_placement_state_bad_player_amount(self):
"""
Purpose: Test creating a penguin placement state with too many players
Signature: Void -> Void
"""
with self.assertRaises(ValueError):
FishGameStateFactory.create_place_penguins_state(
CreateStateTest.test_board, [(PlayerColor.RED, []),
(PlayerColor.BROWN, []),
(PlayerColor.WHITE, []),
(PlayerColor.BLACK, []),
(PlayerColor.RED, [])])
def test_create_placement_state_no_penguins(self):
"""
Purpose: Test creating a penguin placement state with no penguins
Signature: Void -> Void
"""
game_state = FishGameStateFactory.create_place_penguins_state(
CreateStateTest.test_board, [(PlayerColor.RED, []),
(PlayerColor.BROWN, [])])
self.assertEqual(GamePhase.PLACE_PENGUINS, game_state.get_game_phase())
self.assertEqual(2, len(game_state.get_player_order()))
def test_create_end_state_end(self):
"""
Purpose: Test creating a penguin end state
Signature: Void -> Void
"""
small_board = FishBoardModel.create_with_same_fish_amount(4, 2, 3)
game_state = FishGameStateFactory.create_end_game_state(
small_board,
[(PlayerColor.RED, CreateStateTest.test_board_valid_col1, 0),
(PlayerColor.BROWN, CreateStateTest.test_board_valid_col2, 5)])
self.assertEqual(GamePhase.END_GAME, game_state.get_game_phase())
def test_basic_placement(self):
"""
Test getting basic placement from this player.
"""
test_board = FishBoardModel.create_with_same_fish_amount(4, 3, 3)
test_state = FishGameStateFactory.create_place_penguins_state(test_board,
[(PlayerColor.RED, []),
(PlayerColor.WHITE, [])])
player = BasicPlayer()
placement = player.player_place_penguin(test_state)
self.assertEqual((0, 0), placement)
def test_create_initial_state_rows_cols(self):
"""
Purpose: Test using convenience method to create board state
Signature: Void -> Void
"""
game_state = FishGameStateFactory.create_game_state_with_dimensions(
4, 3, [PlayerColor.RED, PlayerColor.BROWN])
self.assertEqual([PlayerColor.RED, PlayerColor.BROWN],
game_state.get_player_order())
self.assertEqual(PlayerColor.RED, game_state.get_current_turn())
self.assertEqual(GamePhase.PLACE_PENGUINS, game_state.get_game_phase())
def test_remove_invalid_color_from_game(self):
"""
Purpose: Tests the remove invalid color from game function when an invalid color (not in the game) is removed.
Signature: Void -> Void
"""
game_state = FishGameStateFactory.create_place_penguins_state(
GameStateTest.test_board, [(PlayerColor.BLACK, []),
(PlayerColor.BROWN, [])])
# check if color is not in game
with self.assertRaises(ValueError):
game_state.remove_color_from_game(PlayerColor.RED)
def test_check_penguin_amount(self):
"""
Purpose: Test the check penguin's amount function with valid and invalid arguments
Signature: Void -> Void
"""
game_state = FishGameStateFactory.create_place_penguins_state(
GameStateTest.test_board, [(PlayerColor.BLACK, []),
(PlayerColor.BROWN, [])])
# Situation where not all penguins placed
with self.assertRaises(ValueError):
game_state.check_penguin_amount(
2, {
PlayerColor.BLACK:
game_state.get_penguins_for_player(PlayerColor.BLACK),
PlayerColor.BROWN:
game_state.get_penguins_for_player(PlayerColor.BROWN)
}, True)
# Situation where not all penguins placed but not needed
game_state.check_penguin_amount(
2, {
PlayerColor.BLACK:
game_state.get_penguins_for_player(PlayerColor.BLACK),
PlayerColor.BROWN:
game_state.get_penguins_for_player(PlayerColor.BROWN)
}, False)
# Situation where all penguins placed
game_state.set_turn(PlayerColor.BROWN)
game_state.place_penguin(PlayerColor.BROWN, (0, 0),
increase_turn=False)
game_state.place_penguin(PlayerColor.BROWN, (1, 1),
increase_turn=False)
game_state.place_penguin(PlayerColor.BROWN, (0, 2),
increase_turn=False)
game_state.place_penguin(PlayerColor.BROWN, (2, 0),
increase_turn=False)
game_state.set_turn(PlayerColor.BLACK)
game_state.place_penguin(PlayerColor.BLACK, (2, 2),
increase_turn=False)
game_state.place_penguin(PlayerColor.BLACK, (3, 3),
increase_turn=False)
game_state.place_penguin(PlayerColor.BLACK, (3, 1),
increase_turn=False)
game_state.place_penguin(PlayerColor.BLACK, (1, 3),
increase_turn=False)
game_state.check_penguin_amount(
2, {
PlayerColor.BLACK:
game_state.get_penguins_for_player(PlayerColor.BLACK),
PlayerColor.BROWN:
game_state.get_penguins_for_player(PlayerColor.BROWN)
}, True)
def test_not_move_state(self):
"""
Purpose: Test trying to create a tree from a state that is not
the player movement state
"""
with self.assertRaises(ValueError):
small_board = FishBoardModel.create_with_same_fish_amount(4, 3, 3)
game_state = FishGameStateFactory.create_place_penguins_state(
small_board, [(PlayerColor.RED, []), (PlayerColor.BLACK, [])]
)
FishGameTree(game_state)
def test_if_players_can_move(self):
"""
Purpose: Test the state if a player can't move, if 1 player can move, and where more than one player can move.
Signature: Void -> Void
"""
test_board = FishBoardModel.create_with_same_fish_amount(4, 3, 3)
game_state = FishGameStateFactory.create_place_penguins_state(
test_board, [(PlayerColor.BLACK, []), (PlayerColor.BROWN, [])])
game_state.place_penguin(PlayerColor.BLACK, (0, 0))
game_state.place_penguin(PlayerColor.BROWN, (1, 1))
self.assertEqual(True, game_state.can_any_player_move())
# Remove tiles
test_board.remove_tile(2, 2)
test_board.remove_tile(2, 0)
test_board.remove_tile(0, 2)
test_board.remove_tile(1, 3)
game_state_holes = FishGameStateFactory.create_place_penguins_state(
test_board, [(PlayerColor.BLACK, [(0, 0)]),
(PlayerColor.BROWN, [(1, 1)])])
self.assertEqual(False, game_state_holes.can_any_player_move())
def test_create_placement_state_one_less(self):
"""
Purpose: Test creating a penguin placement state with second penguin in order having one less penguin
Signature: Void -> Void
"""
game_state = FishGameStateFactory.create_place_penguins_state(
CreateStateTest.test_board, [(PlayerColor.BROWN, [(0, 0)]),
(PlayerColor.RED, [])])
self.assertEqual(GamePhase.PLACE_PENGUINS, game_state.get_game_phase())
self.assertEqual(2, len(game_state.get_player_order()))
self.assertEqual([(0, 0)],
game_state.get_penguins_for_player(PlayerColor.BROWN))
def test_placing_penguin_valid(self):
"""
Purpose: Test what happens when you place a penguin in a valid tile on the board.
Signature: Void -> Void
"""
test_board_hole = FishBoardModel.create_with_same_fish_amount(4, 3, 3)
test_board_hole.remove_tile(0, 0)
game_state = FishGameStateFactory.create_place_penguins_state(
test_board_hole, [(PlayerColor.BLACK, []),
(PlayerColor.BROWN, [])])
game_state.place_penguin(PlayerColor.BLACK, (1, 1))
game_state.place_penguin(PlayerColor.BROWN, (2, 2))
game_state.place_penguin(PlayerColor.BLACK, (3, 3))
def test_get_fish(self):
"""
Purpose: Test getting a player's fish before and after they move on a board
Signature: Void -> Void
"""
small_board = FishBoardModel.create_with_same_fish_amount(4, 5, 3)
game_state = FishGameStateFactory.create_move_penguins_state(
small_board,
[(PlayerColor.BROWN, GameStateTest.test_board_valid_col2, 5),
(PlayerColor.BLACK, GameStateTest.test_board_valid_col1, 0)])
self.assertEqual(5, game_state.get_fish_for_player(PlayerColor.BROWN))
# Valid move from penguin at 3,3 to 4,2
game_state.move_penguin(PlayerColor.BROWN, (3, 3), (4, 2))
self.assertEqual(8, game_state.get_fish_for_player(PlayerColor.BROWN))
def test_create_move_state_valid(self):
"""
Purpose: Test creating a penguin movement state with correct amount of penguins
Signature: Void -> Void
"""
small_board = FishBoardModel.create_with_same_fish_amount(4, 5, 3)
game_state = FishGameStateFactory.create_move_penguins_state(
small_board,
[(PlayerColor.RED, CreateStateTest.test_board_valid_col1, 0),
(PlayerColor.BROWN, CreateStateTest.test_board_valid_col2, 5)])
self.assertEqual(
4, len(game_state.get_penguins_for_player(PlayerColor.RED)))
self.assertEqual(
4, len(game_state.get_penguins_for_player(PlayerColor.BROWN)))
def test_remove_color_from_game_next_player(self):
"""
Purpose: Tests removing a color from the game, checks to see if the current turn will shift to be the next player's
turn once the color is removed
Signature: Void -> Void
"""
game_state = FishGameStateFactory.create_place_penguins_state(
GameStateTest.test_board, [(PlayerColor.BLACK, []),
(PlayerColor.BROWN, [])])
turn_before = game_state.get_current_turn()
self.assertEqual(PlayerColor.BLACK, turn_before)
game_state.remove_color_from_game(PlayerColor.BLACK)
turn_after = game_state.get_current_turn()
self.assertEqual(PlayerColor.BROWN, turn_after)
def create_state(state_json):
"""
Purpose: Create the state_json based on the passed in JSON object representation
Signature: State -> FishGameState
:param state_json: Object of players as specified containing ordering and player information
:return: Our internal representation of a game state_json
"""
board = TestHarnessTransformationHelper.parse_board(
state_json['board'])
player_info_list = TestHarnessTransformationHelper.create_player_info_list(
state_json['players'])
game_state = FishGameStateFactory.create_move_penguins_state(
board, player_info_list, check_penguin_amount=False)
return game_state
def create_small_tree(rows=4, columns=4):
"""
Purpose: Create a small tree to be used in tests
Signature: Int Int -> FishGameTree
:param rows: Amount of rows for the board
:param columns: Amount of columns for the board
"""
small_board = FishBoardModel.create_with_same_fish_amount(rows, columns, 3)
game_state = FishGameStateFactory.create_move_penguins_state(
small_board, [(PlayerColor.RED, GameTreeTest.penguins_first_player, 5),
(PlayerColor.BLACK, GameTreeTest.penguins_second_player, 0)]
)
tree_node = FishGameTree(game_state)
return tree_node
def test_remove_color_from_game_order(self):
"""
Purpose: Tests removing a color from a game, then checks if the state's game order has changed once a player color
is removed from the game.
Signature: Void -> Void
"""
# check if removed from order
game_state = FishGameStateFactory.create_place_penguins_state(
GameStateTest.test_board, [(PlayerColor.BLACK, []),
(PlayerColor.BROWN, [])])
order_before = game_state.get_player_order()
self.assertEqual([PlayerColor.BLACK, PlayerColor.BROWN], order_before)
game_state.remove_color_from_game(PlayerColor.BLACK)
order_after = game_state.get_player_order()
self.assertEqual([PlayerColor.BROWN], order_after)
def test_add_fish(self):
"""
Purpose: Test getting a player's fish before and after adding fish to a player
Signature: Void -> Void
"""
small_board = FishBoardModel.create_with_same_fish_amount(4, 5, 3)
game_state = FishGameStateFactory.create_move_penguins_state(
small_board,
[(PlayerColor.BLACK, GameStateTest.test_board_valid_col1, 0),
(PlayerColor.BROWN, GameStateTest.test_board_valid_col2, 5)])
self.assertEqual(5, game_state.get_fish_for_player(PlayerColor.BROWN))
game_state.add_fish_to_player(PlayerColor.BROWN, 6)
self.assertEqual(11, game_state.get_fish_for_player(PlayerColor.BROWN))
with self.assertRaises(ValueError):
game_state.add_fish_to_player(PlayerColor.BROWN, -10)
def test_remove_color_from_game_player_info(self):
"""
Purpose: Tests removing a color from the game, checks to see if the Player Color would be removed from the players
in the state
Signature: Void -> Void
"""
game_state = FishGameStateFactory.create_place_penguins_state(
GameStateTest.test_board, [(PlayerColor.BLACK, []),
(PlayerColor.BROWN, [])])
# check if removed from player info
game_state.remove_color_from_game(PlayerColor.BROWN)
brown_not_in_players = PlayerColor.BROWN in game_state._players.keys()
black_in_players = PlayerColor.BLACK in game_state._players.keys()
self.assertFalse(brown_not_in_players)
self.assertTrue(black_in_players)
def test_stuck_state(self):
"""
Purpose: Show generation of children when the current player cannot move
"""
player_row1 = [(0, 0), (0, 2), (1, 1)]
player_row2 = [(2, 0), (3, 1), (2, 2)]
small_board = FishBoardModel.create_with_same_fish_amount(3, 3, 3)
game_state = FishGameStateFactory.create_move_penguins_state(
small_board, [(PlayerColor.RED, player_row1, 0),
(PlayerColor.BLACK, player_row2, 0)],
check_penguin_amount=False
)
stuck_tree = FishGameTree(game_state)
self.assertEqual(1, len(list(stuck_tree.generate_direct_children())))
self.assertEqual(PlayerColor.BLACK, list(stuck_tree.generate_direct_children())[0].get_turn_color())
def test_moving_penguin_to_invalid_or_existing(self):
"""
Purpose: Test what happens when you attempt to move a penguin to an invalid spot.
Signature: Void -> Void
"""
small_board = FishBoardModel.create_with_same_fish_amount(4, 5, 3)
game_state = FishGameStateFactory.create_move_penguins_state(
small_board,
[(PlayerColor.RED, GameStateTest.test_board_valid_col1, 0),
(PlayerColor.BROWN, GameStateTest.test_board_valid_col2, 5)])
# Moving to a valid spot with another penguin on it
with self.assertRaises(ValueError):
game_state.move_penguin(PlayerColor.BROWN, (2, 2), (3, 1))
# Moving to an invalid spot
with self.assertRaises(ValueError):
game_state.move_penguin(PlayerColor.BROWN, (2, 2), (4, 0))
def test_moving_valid_penguin(self):
"""
Purpose: Test what happens when you attempt to move a penguin to a valid spot.
Signature: Void -> Void
"""
small_board = FishBoardModel.create_with_same_fish_amount(4, 5, 3)
game_state = FishGameStateFactory.create_move_penguins_state(
small_board,
[(PlayerColor.RED, GameStateTest.test_board_valid_col1, 0),
(PlayerColor.BROWN, GameStateTest.test_board_valid_col2, 5)],
turn=PlayerColor.BROWN)
# Valid move from penguin at 3,3 to 4,2
game_state.move_penguin(PlayerColor.BROWN, (3, 3), (4, 2))
# Tile should be removed now, try going back
with self.assertRaises(PenguinMovementError):
game_state.set_turn(PlayerColor.BROWN)
game_state.move_penguin(PlayerColor.BROWN, (4, 2), (3, 3))
def test_basic_move(self):
"""
Test getting a basic move from this player
"""
board_json = [[1, 1, 1], [2, 3, 4], [1, 1, 1]]
board = THHelper.parse_board(board_json)
test_board_valid_row1 = [(0, 0), (2, 0), (4, 0)]
test_board_valid_row2 = [(1, 1), (3, 1), (5, 1)]
test_state = FishGameStateFactory.create_move_penguins_state(board,
[(PlayerColor.RED, test_board_valid_row1, 0),
(PlayerColor.BLACK, test_board_valid_row2, 0)],
check_penguin_amount=False,
turn=PlayerColor.BLACK)
player = BasicPlayer()
placement = player.player_move_penguin(test_state)
self.assertEqual(((5, 1), (4, 2)), placement)
def create_multiple_players(rows=5, columns=5):
"""
Purpose: Create a larger board with multiple players to be used for testing
Signature: Int Int -> FishGameTree
:param rows: Amount of rows for the board
:param columns: Amount of columns for the board
"""
small_board = FishBoardModel.create_with_same_fish_amount(rows, columns, 3)
game_state = FishGameStateFactory.create_move_penguins_state(
small_board, [(PlayerColor.RED, GameTreeTest.penguins_four_player[1], 0),
(PlayerColor.BLACK, GameTreeTest.penguins_four_player[0], 0),
(PlayerColor.BROWN, GameTreeTest.penguins_four_player[2], 0),
(PlayerColor.WHITE, GameTreeTest.penguins_four_player[3], 0),
]
)
tree_node = FishGameTree(game_state)
return tree_node
def test_moving_valid_penguin_turns(self):
"""
Purpose: Test what happens when you move penguins in turn order
Signature: Void -> Void
"""
small_board = FishBoardModel.create_with_same_fish_amount(4, 5, 3)
game_state = FishGameStateFactory.create_move_penguins_state(
small_board,
[(PlayerColor.RED, GameStateTest.test_board_valid_col1, 0),
(PlayerColor.BROWN, GameStateTest.test_board_valid_col3, 5)],
turn=PlayerColor.BROWN)
# Valid move from penguin at 3,3 to 4,2
game_state.move_penguin(PlayerColor.BROWN, (4, 2), (3, 1))
# Valid move for next turn
game_state.move_penguin(PlayerColor.RED, (1, 1), (2, 0))
# attempt to move out of order
with self.assertRaises(ValueError):
game_state.move_penguin(PlayerColor.RED, (2, 0), (2, 2))
