def test_map_1():
m = Map(5, 4)
print(m)
print(len(m._array[0]))
m[2][1] = Tile('B', 1, False)
print(m)
print(m.get_size)
def test_map_access():
m = Map(5, 4)
new_value = 'TEST'
m[2][1] = Tile(new_value, 1, False)
print(m)
expected_map = """\
****** FOR DEBUG PURPOSE ONLY
tile, tile, tile, tile, tile,
tile, tile, TEST, tile, tile,
tile, tile, tile, tile, tile,
tile, tile, tile, tile, tile,
"""
assert str(m) == expected_map
# Test another assignment
m[3][2] = Tile(new_value, 1, False)
expected_map2 = """\
****** FOR DEBUG PURPOSE ONLY
tile, tile, tile, tile, tile,
tile, tile, TEST, tile, tile,
tile, tile, tile, TEST, tile,
tile, tile, tile, tile, tile,
"""
assert str(m) == expected_map2
if sys.argv[1] == '-d':
debug = True
# Load Config and Pass Values
config = Config(window)
user = User(window, config, debug)
# Draw Game Title Screen
drawer = Drawer(window, debug)
drawer.title_screen()
# Take user input
running = user.main_menu(config)
# Initialize Game Map and Player
game_map = Map()
player = Player()
# Main Loop
while running:
# Update the map, player, and user for new game
game_map.update_map(config, debug)
player.update_player(config, debug)
user.update_store(config, debug)
# set playing to yes
playing = 1
# Starts of Map Reveal
player.player_view(1, game_map)
while playing != 0:
def test_map_generation():
# TODO(nick) implement test once config is finished
Map.generate_map(None)
assert False
def test_map_get_size():
expected = (5, 4)
m = Map(*expected) # same as Map(5, 4)
print(m.get_size)
assert m.get_size == expected
def test_map_construction():
m = Map(5, 4)
m = Map(1, 1)
m = Map(100, 1)