def safeSendDDMsg(ddrotUrl='', msg='', timeout=10):
if not Point.isStcokTime(): return
code = output = None
try:
code, output = sendDDMsg(ddrotUrl, msg, timeout)
except Exception as ex:
print('safeSendDDMsg exception:' + str(ex))
pass
return code, output
def watchOnce(self):
if not Point.isStcokTime():
print('is not stock time, current time:' + str(dt.current_time()))
return
try:
point = Point.getNow(self.code)
except:
return
self.onNewPoint(point)
def scanOnce(cls, beforeDayNum, concurrentNum):
cls.logInfo('ready scan')
if not Point.isStcokTime():
return
begin = time.time()
stockList = StockList.getAllStock()
index = 0
for stock in stockList:
cls.safeAnaOneStock(stock, beforeDayNum)
index = index + 1
cls.logInfo("name:%s,index:%s" % (stock.name, index))
end = time.time()
cost = end - begin
cls.logInfo('scan once finish, stock num:' + str(len(stockList)) +
' cost:' + str(int(cost)) + ' seconds')
def scanOnce(cls,
beforeDayNum=10,
concurrentNum=multiprocessing.cpu_count()):
#for test
if not Point.isStcokTime(): return
begin = time.time()
concurrentPool = pool.Pool(concurrentNum)
stockList = StockList.getAllStock()
index = 0
for stock in stockList:
concurrentPool.spawn(cls.scan, stock, beforeDayNum)
index = index + 1
cls.logInfo("name:%s,index:%s" % (stock.name, index))
concurrentPool.join()
end = time.time()
cost = end - begin
cls.logInfo('scan once finish, stock num:' + str(len(stockList)) +
' cost:' + str(int(cost)) + ' seconds')
def asyncSendMsg(msg):
if msg == '':
return
if not Point.isStcokTime():
return
get_msg_queue().push(msg)
def run(cls):
while 1:
#for test
gevent.sleep(60)
if not Point.isStcokTime(): continue
cls.safeCheckOnce()