def test_create_stairs(self):
game_map = map.GameMap()
fighter_component = character_classes.BaseCharacterClass(hp=100,
defense=1,
power=4)
game_map.player = creatures.Player(game_map.orig_player_x,
game_map.orig_player_y,
'@',
'player',
'',
blocks=True,
character_class=fighter_component,
screen=None)
game_map.screen = gui.Screen()
game_map.make()
game_map.next_level()
print game_map.dungeon_level
print len(game_map.stairs)
for i in game_map.stairs:
print i.char
self.assertEqual(
game_map.stairs, 3,
'Check that stairs have been created down on level 1, and up/down on level 2'
)
game_map.next_level()
self.assertEqual(
game_map.stairs, 5,
'Check that stairs have been created down on level 1, and up/down on level 2, and up/down on level 3'
)
def test_change_map_level(self):
game_map = map.GameMap()
fighter_component = character_classes.BaseCharacterClass(hp=100,
defense=1,
power=4)
game_map.player = creatures.Player(game_map.orig_player_x,
game_map.orig_player_y,
'@',
'player',
'',
blocks=True,
character_class=fighter_component,
screen=None)
game_map.screen = gui.Screen()
game_map.make()
game_map.next_level()
self.assertGreaterEqual(game_map.levels, 2,
'Check that map levels are generated.')
screen.open_link(True)
if event == ord('?'):
screen.show_help()
if event == KEY_ENTER:
screen.open_item()
if event == KEY_RESIZE:
screen.resize()
if event == ord('q'):
break
if __name__ == "__main__":
init()
hn = api.HN(config)
screen = gui.Screen(config.APP_VERSION)
try:
screen.check_dimensions()
except ResizeException as resize:
screen.end()
print resize.message
sys.exit(1)
try:
main(hn, screen)
screen.end()
except (ResizeException, Exception) as err:
screen.end()
if type(err) == ResizeException:
print err.message
def init():
import bge
cont = bge.logic.getCurrentController()
owner = cont.owner
filename = owner['cdn_filename']
try:
[rel, mtime] = needs_reload(owner)
except:
rel = True
mtime = os.path.getmtime(filename)
if rel:
# Load network from property
network = Cdn.Network()
ctx = Cdn.ParserContext.new(network)
files = []
ctx.connect('file-used', lambda x, y, z: files.append(y.get_path()))
ctx.push_input(Gio.File.new_for_path(filename), None, False)
ctx.parse(True)
network.compile(None, None)
data = codyn.data.networks[owner.name]
data.cdn = network
data.filename = filename
data.mtime = mtime
data.rawc = None
data.files = files
# Load rawc version if it's there
data = codyn.data.networks[owner.name]
find_and_load_rawc(data)
if not data.rawc is None:
data.simulator = SimulatorRawc(owner, data)
else:
data.simulator = SimulatorCodyn(owner, data)
data.simulator.reset()
data.simulator.update()
data.paused = True
data.single_step = False
data.single_step_prev = None
data.gui = gui.Screen()
data.i = 0
data.nt = 1
setup_gui(data)
scene = bge.logic.getCurrentScene()
scene.post_draw = [data.gui.update]
bge.render.showMouse(True)
cont.activate('init_actuator')
def test_screen_show(self):
s = gui.Screen(self.m.screen)
self.assertRaises(TypeError, s.show)
def test_screen_init(self):
s = gui.Screen(self.m.screen)
self.assertEqual(s.parent_screen, self.m.screen)
self.assertEqual(s.screen, None)