def use_box(uid, config_info):
# 奖励
awards = get_award(config_info)
item_model = ItemAction(uid)
doll_model = HeroAction(uid)
hatch_action = HatchAction(uid)
user = UserAction(uid)
res = dict()
for a_id, ct in awards.iteritems():
# 如果是金币添加金币
if a_id == "gold":
user.add_gold(ct)
res[a_id] = ct
# 如果是钻石添加钻石
elif a_id == "diamond":
user.add_diamond(ct)
res[a_id] = ct
# 经验
elif a_id == "exp":
user.add_gold(ct)
res[a_id] = ct
# 如果是道具添加道具
elif int(a_id) / 10000 == 2:
if item_model.add_model(a_id, ct):
res[a_id] = ct
elif int(a_id) / 10000 == 3:
hatch_action.add_model(a_id)
elif int(a_id) / 10000 == 4:
res['doll'] = doll_model.add_model(a_id)
else:
pass
return res
def hatch_discard(uid, index):
action = HatchAction(uid)
data = action.get_model_info_by_index(index)
egg_id = data['key_id']
if egg_id != '':
return action.remove_model(index)
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 hatch_unlock(uid, index):
user_action = UserAction(uid)
cost = 100
if user_action.reduce_diamond(cost):
action = HatchAction(uid)
return action.hatch_unlock(index)
print 'not diamond'
return False
def grab_egg(uid, key_id, eggs):
mach_action = MachineAction(uid)
egg = mach_action.get_egg_info(key_id)
eggs = eggs.encode('utf-8')
eggs = eval(eggs)
if egg is False:
print("egg is not exits")
return False
item_id = egg.get('id', False)
if item_id is False:
return False
'''如果是新手的话 必出娃娃'''
hero_action = HeroAction(uid)
cur_hero_keys = hero_action.get_doll_keys()
if len(cur_hero_keys) == 0:
res = dict()
a_id = 40001
res['doll'] = hero_action.add_model(a_id)
record_logic.add_record(uid, 'get_hero', 1)
return res
'''新手判定结束'''
config = ConfigModel('egg').get_config_by_id(item_id)
print(config)
# 需要一个判定 如果是新手 直接给一个固定的娃娃
if config['lv'] < 2:
if mach_action.delete_egg(key_id):
res = open_egg(uid, item_id)
else:
return False
else:
print('is hatch')
hatch_action = HatchAction(uid)
available_hatch = hatch_action.get_hatch_available()
if available_hatch is None:
return False
elif mach_action.delete_egg(key_id):
res = {
'hatch':
hatch_action.add_model_index(item_id, available_hatch['pos'])
}
else:
return False
# 更新保存蛋的位置
note_model = NoteModel(uid)
mach_id = note_model.get_cur_machine()
cur_eggs_keys = mach_action.get_egg_group(mach_id)
values = {
k: v
for k, v in eggs.items() if k in cur_eggs_keys and k != key_id
}
mach_action.add_egg_list(values)
res['update_exp'] = user_logic.add_exp(uid, 1)
return res
def hatch_open(uid, index):
action = HatchAction(uid)
# 这里需要验证时间的
data = action.get_model_info_by_index(index)
cur_time = time.time()
need_time = 3000 # 需要的时间 先写死
finish_time = int(data['mark_at']) - int(data['ad']) + need_time
if cur_time < finish_time:
# 时间没到
print('not ready', cur_time, finish_time, finish_time - cur_time)
return False
egg_id = data['key_id']
if action.remove_model(index):
return machine_logic.open_egg(uid, egg_id)
else:
return False
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
def get_hatch_info(uid):
action = HatchAction(uid)
res = action.get_model_info()
return res
def reduce_hatch(uid, item_id):
hatch_action = HatchAction(uid)
return hatch_action.remove_model(item_id)