def test_starting_state():
"""
Assert that created starting state (board and robots) contains the correct instances of objects.
"""
ss = get_start_state("maps/test_3.json")
assert isinstance(ss, State)
assert isinstance(ss.robots, list)
assert isinstance(ss.robots[0], Robot)
assert isinstance(ss.board, dict)
assert isinstance(ss.board[0, 0], list)
assert isinstance(ss.board[0, 0][0], Tile)
def test_play_game(test_name):
"""
Play the game with given map.
"""
map_file = Path("tests/") / test_name / "map.json"
commands_file = Path("tests/") / test_name / "commands.yaml"
if not commands_file.exists():
commands_file = None
state = get_start_state(map_file)
stop_fields = get_start_tiles(state._board, "stop")
commands = read_commands(commands_file)
assign_cards_to_robots(commands, state)
assign_prerequisites_to_robots(commands, state)
# Leave it here for debugging purpose :)
# for robot in state.robots:
# print(robot.program)
# print(robot.damages)
# print(robot.flags)
# print(robot.lives)
# print(robot.power_down)
# print(robot.start_coordinates)
apply_all_effects(state, registers=get_registers(commands))
compare_results_with_robots(commands, state)
# for robot in state.robots:
# print(robot.program)
# print(robot.damages)
# print(robot.flags)
# print(robot.lives)
# print(robot.power_down)
# print(robot.start_coordinates)
for robot in state.robots:
robot_field = state.robots.index(robot) + 1
assert robot.coordinates == stop_fields[robot_field]["coordinates"]
assert robot.direction == stop_fields[robot_field]["tile_direction"]
from backend import get_start_state, apply_all_effects
from frontend import create_window, draw_state
# load JSON map data from the backend module
if len(sys.argv) == 1:
map_name = "maps/test_effects.json"
# if other map should be loaded, use extra argument "maps/MAP_NAME.json"
# when calling game.py by Python
# for example: python game.py maps/test_2.json
else:
map_name = sys.argv[1]
# Get start state of the game from the backend module.
state = get_start_state(map_name)
# Load pyglet graphic window from the frontend module.
window = create_window(state)
@window.event
def on_draw():
"""
Draw the game state (board and robots).
"""
window.clear()
draw_state(state, window)
def read_commands_and_state():
commands = get_commands("tests/test_gear/commands.yaml")
state = get_start_state("tests/test_gear/map.json")
return commands, state
- call pyglet window, various backend and frontend functions
"""
import backend
import frontend
import pyglet
# load JSON map data from the backend module
# currently the actual map is a constant, in future probably asks the player to choose
map_name = "./maps/test_3.json"
data = backend.get_data(map_name)
# load pyglet graphic window from the frontend module
window = frontend.init_window(frontend.WINDOW_WIDTH, frontend.WINDOW_HEIGHT)
state = backend.get_start_state(data)
# load pyglet sprites by the frontend module
images = frontend.load_images(state, frontend.TILE_WIDTH, frontend.TILE_HEIGHT)
robots = frontend.load_robots(state, frontend.TILE_WIDTH, frontend.TILE_HEIGHT)
@window.event
def on_draw():
"""
this function clears the graphic window
and finally draws the board game
"""
window.clear()
frontend.draw_board(images, robots)
