def __init__(self) -> GameScenarioBase:
game = [1, 1, 2, 2, 3, 3, 4]
super().__init__(
game_to_play=game,
expected_game_results=game_scenario_utilities.
generate_expected_output(game, {
"PutValid": range(6),
"PutWin": [6]
}),
expected_board_result=ExpectedCommandOutcomes.BoardUsed(
[["2", "2", "2"], ["1", "1", "1", "1"]]),
expected_history_result=ExpectedCommandOutcomes.GetUsed(
["1", "1", "2", "2", "3", "3", "4"]))
def __init__(self) -> GameScenarioBase:
game_board_height = GameBoardConstructor().board_height
game = [1] * game_board_height + [1]
super().__init__(
game_to_play=game,
expected_game_results=game_scenario_utilities.
generate_expected_output(
game, {
"PutValid": range(game_board_height),
"PutColumFilled": [game_board_height]
}),
# Creates game board with one row and alternating ["1"], ["2"] ex [["1"],["2"],["1"]] for game_board_height = 3
expected_board_result=ExpectedCommandOutcomes.BoardUsed(
[["1"] if
(game_board_height - current_row_int) % 2 == 0 else ["2"]
for current_row_int in range(1, game_board_height + 1)]),
expected_history_result=ExpectedCommandOutcomes.GetUsed(
["1"] * game_board_height))
def __init__(self) -> GameScenarioBase:
game_board_constructor = GameBoardConstructor()
game_board_height = game_board_constructor.board_height
game_board_width = game_board_constructor.board_width
game = game_scenario_utilities.generate_draw_game(
game_board_height, game_board_width) + [1]
super().__init__(
game_to_play=game,
expected_game_results=game_scenario_utilities.
generate_expected_output(
game, {
"PutValid": range(len(game) - 2),
"PutDraw": [len(game) - 2],
"PutAlreadyDraw": [len(game) - 1]
}),
expected_board_result=ExpectedCommandOutcomes.BoardUsed(
game_scenario_utilities.generate_draw_game_board(
game_board_height, game_board_width)),
expected_history_result=ExpectedCommandOutcomes.GetUsed(
[str(column_int) for column_int in game[:-1]]))