def verifyPurchase(cls, para):
signed_data = json.loads(para['signed_data'])
uid = para['uid']
product_id = signed_data['productId']
cfg = CfgTable(CfgTable.CFG_STORE, product_id)
if cfg.exists():
user = User(uid)
if user.level <= int(cfg.max_level):
amount = int(int(cfg.amount) * (1 + int(cfg.extra) * 1.0 / 100))
user.coin += amount
Log.info('Purchased uid=%d product_id=%s buy_coin=%d' % (uid, product_id, amount))
data = {'buy_coin': amount}
Stat().incr(data)
return {'coin': user.coin}
else:
Log.error('level execeeded')
return Error.INVALID_PARAM
else:
Log.error('No such product id')
return Error.INVALID_PARAM
"""
def sync_table(table, id_column):
print 'Syncing ', table
CfgTable.truncate(table)
data = {}
t=Table(table, metadata, autoload=True)
for i in t.select().execute():
data[getattr(i, id_column)] = dict(i)
CfgTable.save(table, data)
def getRandomMachineId(lv): data = CfgTable.load(CfgTable.CFG_MACHINE_INFO) pool = [] for d in data: if lv >= int(d['unlock_level']): pool.append(int(d['id'])) return random.choice(pool)
def getRandomBet(lv): data = CfgTable.load(CfgTable.CFG_LEVEL_BET) ok_bet = [] for d in data: if lv >= int(d['level']): ok_bet.append(int(d['bet'])) return random.choice(ok_bet)
def getMaxBet(lv): data = CfgTable.load(CfgTable.CFG_LEVEL_BET) ok_bet = [] for d in data: if lv >= int(d['level']): ok_bet.append(int(d['bet'])) return max(ok_bet)
def isBetValid(lv, bet): data = CfgTable.load(CfgTable.CFG_LEVEL_BET) ok_bet = [] for d in data: if lv >= int(d['level']): ok_bet.append(int(d['bet'])) return bet in ok_bet
def getMediumBet(lv): data = CfgTable.load(CfgTable.CFG_LEVEL_BET) ok_bet = [] for d in data: if lv >= int(d['level']): ok_bet.append(int(d['bet'])) i = len(ok_bet) / 2 return ok_bet[i]
def refresh(cls):
for data in CfgTable.load(CfgTable.CFG_TOURNAMENT):
tid = int(data['tid'])
base_prize = int(data['prize'])
total_time = int(data['time'])
print 'tid:%s base_prize:%s, total_time=%s' % (tid, base_prize, total_time)
tour = Tournament(tid)
if not tour.exists():
print 'create tour'
tour.reset()
elif tour.isEnd(total_time):
print "rewarding tid=%d"%tid
tour.reward(base_prize)
print 'recreate tour'
tour.reset()
def load(cls, para):
uid = para['uid']
ret = []
for data in CfgTable.load(CfgTable.CFG_TOURNAMENT):
tid = int(data['tid'])
base_prize = int(data['prize'])
tour = Tournament(tid)
if not tour.exists():
continue
info = tour.getRangeInfo(uid)
info['prize'] += base_prize
info['tid'] = tid
info['name'] = data['name']
total_time = int(data['time'])
info['total_time'] = total_time
left_time = tour.start_time + total_time - int(time.time())
if left_time < 0:
left_time = 0
"""
print 'tid:', tid
print 'start_time', tour.start_time
print 'now:', int(time.time())
print 'left_time', left_time
print 'total_time', total_time
"""
info['left_time'] = left_time
ret.append(info)
ret = sorted(ret, key = lambda x: x['tid'])
return {'tournament_info':ret}
def load(para):
ret = {}
data_version = para['data_version']
version = para['version']
ret['data'] = CfgTable.loadAll(data_version, version)
constants = {}
constants['resource_prefix'] = Config.RESOURCE_PREFIX
constants['data_version'] = Version.loadCurDataVersion()
from UserShareGift import UserShareGift
constants['levelup_share_coin'] = UserShareGift.SHARE_COIN[UserShareGift.TYPE_LEVELUP]
constants['combo_share_coin'] = UserShareGift.SHARE_COIN[UserShareGift.TYPE_COMBO]
constants['mega_share_coin'] = UserShareGift.SHARE_COIN[UserShareGift.TYPE_MEGA]
constants['bonus_share_coin'] = UserShareGift.SHARE_COIN[UserShareGift.TYPE_BONUS]
constants['share_friend_num'] = 5
ret['constants'] = constants
return ret
