def test_validate_move_for_all_invalid_moves_north(self):
board = map.make_board()
for number in range(5):
player = characters.create_character()
player["Position"] = [0, number]
if board[number][0] == 0:
self.assertEqual(False, sud.validate_move(board, player, "N"))
def test_validate_move_for_all_valid_moves_east(self):
board = map.make_board()
for index, coordinate in enumerate(board):
player = characters.create_character()
player["Position"] = list(board[index])
if board[index][1] != 4:
self.assertEqual(True, sud.validate_move(board, player, "E"))
def test_validate_move_for_all_invalid_moves_south(self):
board = map.make_board()
for index, coordinate in enumerate(board):
player = characters.create_character()
player["Position"] = list(board[index])
if board[index][0] == 4:
self.assertEqual(False, sud.validate_move(board, player, "S"))
def game():
"""
Plays a game for the user using user input.
"""
display.display_game_scenario()
board = map.make_board()
player = characters.create_character()
found_exit = False
while not found_exit:
display.print_current_position(board, player)
direction = get_user_choice()
if direction == "quit":
print("You have either chosen to quit or died either way you failed your quest!")
return
valid_move = validate_move(board, player, direction)
if valid_move:
characters.move_character(player, direction)
found_exit = check_if_exit_is_reached(player)
if not found_exit:
if not movement_handler(player):
print("You have either chosen to quit or died either way you failed your quest!")
return
else:
print("You can't go in that direction because it is a wall")
display.display_game_ending()
def test_move_character_north(self):
board = map.make_board()
player = characters.create_character()
for index, coordinate in enumerate(board):
player["Position"] = list(board[index])
if board[index][0] != 0:
expected_position = [
player["Position"][0] - 1, player["Position"][1]
]
characters.move_character(player, "N")
self.assertEqual(expected_position, player["Position"])
def test_make_board(self):
expected_return = [(row, column) for row in range(5)
for column in range(5)]
self.assertEqual(expected_return, map.make_board())
def test_check_if_exit_is_reached_all_not_reached_positions(self):
board = map.make_board()
player = characters.create_character()
for coordinate in board:
player["Position"] = list([coordinate])
self.assertEqual(False, sud.check_if_exit_is_reached(player))