def initTreadDict(self):
for star in self.hotStarData:
threadAdd = PandaTV(star['roomid'])
threadAdd.setDaemon(True)
#print('检测',star['roomid'],type(star),type(star['roomid']))
time.sleep(1)
threadAdd.start()
self.threadDict[threadAdd.getName()] = threadAdd
print(self.roomiddict[threadAdd.getName()[6:]], '线程初始化')
#panda thread name = "panda&" + roomid
print(len(self.hotStarData), '个弹幕记录线程初始化')
def initTreadDict(self):
for star in self.hotStarData:
threadAdd = PandaTV(star['roomid'])
threadAdd.setDaemon(True)
#print('检测',star['roomid'],type(star),type(star['roomid']))
time.sleep(1)
threadAdd.start()
self.threadDict[threadAdd.getName()] = threadAdd
print(self.roomiddict[threadAdd.getName()[6:]],'线程初始化')
#panda thread name = "panda&" + roomid
print(len(self.hotStarData),'个弹幕记录线程初始化')
def newThreadCreate(self):
newThreadDict = dict()
killTread = list()
reThreadDict = dict()
for star in self.hotStarData:
newThreadDict[star['roomid']] = star['number']
# old thread checker
for threadName, threadAdd in self.threadDict.items():
roomid = threadName[6:]
#restart Dead thread
if newThreadDict.pop(roomid, False) is not False:
if threadAdd.isAlive() is False:
print('need to recreat:', self.roomiddict[roomid], '线程状态为',
threadAdd.isAlive())
# time.sleep(1)
reThreadAdd = PandaTV(roomid)
reThreadAdd.setDaemon(True)
reThreadAdd.start()
print('recreat:', self.roomiddict[roomid], '线程状态变为',
reThreadAdd.isAlive())
reThreadDict[roomid] = reThreadAdd
else:
#kill down hot room
threadAdd.exit()
killTread.append(threadName)
print('kill:', self.roomiddict[roomid], '线程状态变为',
threadAdd.isAlive())
print('newthreaddict：', len(newThreadDict))
# del dead thread in self.threadict
for deltread in killTread:
self.threadDict.pop(deltread)
# reload thread in self.threaddict
for k, v in reThreadDict.items():
if self.threadDict.get(k):
self.threadDict[k] = v
# new thread creater
if newThreadDict:
for newName, hotNumber in newThreadDict.items():
threadAdd = PandaTV(newName)
threadAdd.setDaemon(True)
if self.threadDict.get('panda&' + str(newName),
False) is False:
# time.sleep(1)
threadAdd.start()
self.threadDict[threadAdd.getName()] = threadAdd
print('creat:', self.roomiddict[newName], '新线程启动状态为',
threadAdd.isAlive())
def newThreadCreate(self):
newThreadDict = dict()
killTread = list()
reThreadDict = dict()
for star in self.hotStarData:
newThreadDict[star['roomid']] = star['number']
# old thread checker
for threadName,threadAdd in self.threadDict.items():
roomid = threadName[6:]
#restart Dead thread
if newThreadDict.pop(roomid,False) is not False:
if threadAdd.isAlive() is False:
print('need to recreat:',self.roomiddict[roomid],'线程状态为',threadAdd.isAlive())
# time.sleep(1)
reThreadAdd = PandaTV(roomid)
reThreadAdd.setDaemon(True)
reThreadAdd.start()
print('recreat:',self.roomiddict[roomid],'线程状态变为',
reThreadAdd.isAlive())
reThreadDict[roomid] = reThreadAdd
else:
#kill down hot room
threadAdd.exit()
killTread.append(threadName)
print('kill:',self.roomiddict[roomid],'线程状态变为',
threadAdd.isAlive())
print('newthreaddict：',len(newThreadDict))
# del dead thread in self.threadict
for deltread in killTread:
self.threadDict.pop(deltread)
# reload thread in self.threaddict
for k,v in reThreadDict.items():
if self.threadDict.get(k):
self.threadDict[k] = v
# new thread creater
if newThreadDict:
for newName,hotNumber in newThreadDict.items():
threadAdd = PandaTV(newName)
threadAdd.setDaemon(True)
if self.threadDict.get(self.platform+'&'+str(newName),False) is False:
# time.sleep(1)
threadAdd.start()
self.threadDict[threadAdd.getName()] = threadAdd
print('creat:',self.roomiddict[newName],'新线程启动状态为',
threadAdd.isAlive())
