def sort_card(by, reverse=True): ma = MA() login = ma.login(config.loginId, config.password) ma.masterdata_card() for card in ma.cards.values(): card.hp_power = card.hp + card.power card.cp = card.hp_power / card.cost card.lvmax_hp_power = card.lvmax_hp + card.lvmax_power card.lvmax_cp = card.lvmax_hp_power / card.cost return sorted(ma.cards.values(), key=lambda x: getattr(x, by), reverse=reverse)
(571, 444, 0, lambda: time.sleep(2)), #go (560, 514, 0, None), # go ] for i, (x, y, color, text) in enumerate(steps): print 'step %d' % i if color: while color_like(get_color(x, y), color) > 10: time.sleep(1) click(x, y) if text: if callable(text): text = text() if text: time.sleep(1) send(text) time.sleep(1) # over while get_color(619, 601) == 0: click(619, 601) time.sleep(1) from ma import MA print tel, code ma = MA() ma.login(tel, PASSWORD) ma.save_character(tel) ma.tutorial_next(7030) ma.tutorial_next(8000) os.system(r'"C:\Program Files\BlueStacks\HD-Quit.exe"')
import sys from ma import MA login_id = sys.argv[1] password = sys.argv[2] #regist = sys.argv[3] ma = MA() ma.login(login_id, password) #ma.check_inspection() #ma.notification_post_devicetoken(login_id, password) #try: #ma.regist(login_id, password, regist) #except: #pass ma.save_character(login_id) ma.tutorial_next(7030) ma.tutorial_next(8000)