lock 关键字将语句块标记为临界区,方法是获取给定对象的互斥锁,执行语句,然后释放该锁. class Program { static void Main(string[] args) { Thread t = new Thread(LockObject.MonitorIncrement); Thread t1=new Thread(new ThreadStart(LockObject.LockIncrement)); t.Start(); t1.Start(); } } public cla
BACKGROUND In a multi-threaded processing environment, two or more threads may require access to a common resource, for example, to modify a variable stored in shared memory, etc. Uncoordinated access to shared resources by multiple threads may resul
本文来自http://blog.csdn.net/liuxian13183/ ,引用必须注明出处! 在阅读<Thinking in Java>的过程中,并发这一章出现不少新特性,工作中也有遇到,就详细介绍一下 Java5出现一个新的对象AutomicInteger,经查询它是为避免线程不安全而出现,避免传统方法里使用finally加锁的情况,在高并发环境下应用比较常见! 用法如下: public static void main(String[] args) { AtomicInteger a
threading — Higher-level threading interface¶ Source code: Lib/threading.py This module constructs higher-level threading interfaces on top of the lower level thread module. See also the mutex and Queue modules. The dummy_threading module is provide
from: http://agiliq.com/blog/2013/10/producer-consumer-problem-in-python/ By : Akshar Raaj We will solve Producer Consumer problem in Python using Python threads. This problem is nowhere as hard as they make it sound in colleges. This blog will make