{‘OuterThreadResult2’: {‘innerResult’: [‘in1’, ‘in2’]}}, {‘OuterThreadResult3’: {‘innerResult’: [‘in1’, ‘in2’]}}, {‘OuterThreadResult4’: {‘innerResult’: [‘in1’, ‘in2’]}}]}
1 from threading import Thread, Condition 2 import time 3 cond = Condition() 4 5 class Sleeper(Thread): 6 def __init__(self): 7 super(Sleeper, self).__init__() 8 9 def run(self): 10 print('Sleeper gets into room, starts sleeping') 11 cond.acquire() 12 print('Sleeper is sle...
cv.wait()elifs=='d':ifcheck(s,g):print(s) g=s i-=1cv.notify_all() cv.wait()elifs=='e':ifcheck(s,g):print(s) g=s i-=1cv.notify_all() cv.wait()>>>g=''>>>cv=threading.Condition()>>>ttt = [ threading.Thread(target=test11, args=(j,5))forjin('a','b','c',...
threading.TIMEOUT_MAX:设置Lock.acquire(),RLock.acquire(),Condition.wait()这些阻塞函数的最大超时时间。3.3、Thread-Local Data:线程局部数据时线程特定的数据。为了管理thread-local数据,需要创建一个local的实例,将参数存储在里面。不同的线程其数据不同。 mydata =threading.local() mydata.x= 1 3.4、Thread...
condition.wait() # 等待条件 print(f'Thread {threading.current_thread().name} running') time.sleep(2) print(f'Thread {threading.current_thread().name} finished') threads = [] # 创建并启动多个线程 for i in range(5): thread = threading.Thread(target=worker, name=f'Worker-{i}') ...
wait(0.5) count+=1 print('<%s>链接成功' %threading.current_thread().getName()) def check_mysql(): print('\033[45m[%s]正在检查mysql\033[0m' % threading.current_thread().getName()) time.sleep(random.randint(2,4)) event.set() if __name__ == '__main__': event=Event() ...
acquire() print('thread2 acquires lock.') # 进入等待状态,等待其他线程唤醒 cndition.wait() print('thread2 acquires lock again.') # 唤醒t1 cndition.notify() # 释放锁 cndition.release() if __name__ == '__main__': cndition = threading.Condition() t1 = threading.Thread(target=fun, ...
(self):return'ProducerThread'if__name__=='__main__':logging.basicConfig(level=logging.INFO,format='%(asctime)s - %(levelname)s: %(message)s')conobj=Condition()queue=Queue()orderid=10001threshold=10orderlist=[{'id':orderid+i,'status':0}foriinrange(50)]producer=ProducerThread(order...
接下来我们通过锁和Condition来分别尝试实现该需求场景。使用锁的效果 直接看代码：对代码做一个简单说明：1、通过继承Thread类实现自定义选手机的线程，初始化方法中，传入的参数：name表示姓名，count表示每人可以选的个数，lock就是尝试同步步调的锁。2、通过重载run()方法，实现选手机的业务逻辑，通过一个延时模拟...
self.condition.wait()if__name__ =='__main__': condition = threading.Condition() boy_thread = Boy('男', condition) girl_thread = Girl('女', condition) boy_thread.start() girl_thread.start() Condition的底层实现了__enter__和 __exit__协议.所以可以使用with上下文管理器 ...