def reset_machine(uid, mach_id):
note_model = NoteModel(uid)
cur_time = time.time()
egg_refresh_time = note_model.get_machine_create_time(mach_id)
cd = 600
# 剩余时间
remain_time = egg_refresh_time + cd - cur_time
if remain_time > 0:
cost_gold = 100
user_action = UserAction(uid)
cur_gold = user_action.get_gold()
if cur_gold < cost_gold:
return False
check_cost = user_action.reduce_gold(cost_gold)
else:
cost_gold = 0
check_cost = True
# 需要先扣钱
if check_cost:
note_model.set_machine_create_time(mach_id)
res = {
'eggs': reset_machine_egg_info(uid, mach_id),
'costType': 'gold',
'costValue': cost_gold,
'mach_id': mach_id,
'cur_time': cur_time,
}
return res
return False
def hatch_speed(uid, index):
user_action = UserAction(uid)
cost = 100
if user_action.reduce_gold(cost):
action = HatchAction(uid)
return action.add_exp(index, 300)
print 'not gold'
return False
def buy(uid, shop_id):
print('buy', uid, shop_id)
user_action = UserAction(uid)
item_action = ItemAction(uid)
shop_config_model = ConfigModel('shop')
shop_info = shop_config_model.get_config_by_id(shop_id)
item_config_model = ConfigModel('item')
item_info = item_config_model.get_config_by_id(shop_info.get('item_id'))
print shop_info
price = shop_info.get('price', 10000)
if shop_info.get(
'method',
'gold') == 'gold' and price >= user_action.get_value('gold', 0):
return False
else:
user_action.reduce_gold(price)
if shop_info.get('method') == 'diamond' and price >= user_action.get_value(
'diamond', 0):
return False
else:
user_action.reduce_diamond(price)
print(item_info)
item_action.add_model(item_info.get('config_id'), 1)
return True
def try_five_times(uid):
gold_cost = 500
u_action = UserAction(uid)
if u_action.reduce_gold(gold_cost) is False:
return False
turntable_config_model = ConfigModel('turntable')
turntable_config_info = turntable_config_model.get_model_info()
random_list = []
for key, value in turntable_config_info.items():
random_list.extend([key] * value['chance'])
selected_keys = random.sample(random_list, 5)
awards = [{turntable_config_info[selected_key]['item_id']: int(turntable_config_info[selected_key]['ct'])} for selected_key in selected_keys]
all_awards = union_dict(awards)
res = {
'selected': selected_keys,
'award': inventory_logic.add_awards(uid, all_awards),
}
return res
def try_once(uid):
gold_cost = 100
u_action = UserAction(uid)
if u_action.reduce_gold(gold_cost) is False:
return False
turntable_config_model = ConfigModel('turntable')
turntable_config_info = turntable_config_model.get_model_info()
random_list = []
for key, value in turntable_config_info.items():
random_list.extend([key] * value['chance'])
selected_key = random.choice(random_list)
selected_info = turntable_config_info[selected_key]
print(selected_info)
award = {selected_info['item_id']: int(selected_info['ct'])}
res = {
'selected': [selected_info['config_id']],
'award': inventory_logic.add_awards(uid, award),
}
return res
def open_egg_by_cost(uid, index):
action = HatchAction(uid)
data = action.get_model_info_by_index(index)
egg_id = data['key_id']
egg_config_model = ConfigModel('egg')
cur_egg_config = egg_config_model.get_config_by_id(egg_id)
if cur_egg_config is False:
return False
open_type = cur_egg_config.get('open_type')
open_cost = cur_egg_config.get('open_cost')
print(open_type, open_cost)
user_action = UserAction(uid)
if open_type == 'gold':
check_cost = user_action.reduce_gold(open_cost)
else:
check_cost = user_action.reduce_diamond(open_cost)
if check_cost is False:
return False
action = HatchAction(uid)
if action.remove_model(index):
return machine_logic.open_egg(uid, egg_id)
else:
return False
