static void Main(string[] args)
{
#region 前后台线程演示
//ThreadLearning.Th.前后台线程.ThreadSample.MainTest.Main2();
#endregion
#region 线程安全
//线程安全
//var c = new Counter();
//Thread t1 = new Thread(ThreadSafe.TestCount);
//Thread t2 = new Thread(ThreadSafe.TestCount);
//Thread t3 = new Thread(ThreadSafe.TestCount);
//t1.Start(c);
//t2.Start(c);
//t3.Start(c);
//t1.Join();
//t2.Join();
//t3.Join();
//WriteLine(c.Count);
//var c2 = new CounterWithLock();
//t1 = new Thread(ThreadSafe.TestCount);
//t2 = new Thread(ThreadSafe.TestCount);
//t3 = new Thread(ThreadSafe.TestCount);
//t1.Start(c2);
//t2.Start(c2);
//t3.Start(c2);
//t1.Join();
//t2.Join();
//t3.Join();
//WriteLine(c2.Count);
//var c2 = new CounterWithNolock();
//Thread t1 = new Thread(ThreadSafe.TestCount);
//Thread t2 = new Thread(ThreadSafe.TestCount);
//Thread t3 = new Thread(ThreadSafe.TestCount);
//t1.Start(c2);
//t2.Start(c2);
//t3.Start(c2);
//t1.Join();
//t2.Join();
//t3.Join();
//WriteLine(c2.Count);
#endregion
#region 死锁
//object lock1 = new object(), lock2 = new object();
////锁lock1
//new Thread(() => Deadlock.LockTooMuch(lock1, lock2)).Start();
//lock (lock2)
//{
// Sleep(TimeSpan.FromSeconds(1));
// if (Monitor.TryEnter(lock1, TimeSpan.FromSeconds(5)))
// {
// //获取到lock1锁控制权
// WriteLine("哈哈 拿到锁了");
// }
// else
// {
// WriteLine("呜呜,获取锁控制权失败");
// }
//}
//WriteLine("-----------------分界线---------------------");
////锁lock1
//new Thread(() => Deadlock.LockTooMuch(lock1, lock2)).Start();
//lock (lock2)
//{
// Sleep(TimeSpan.FromSeconds(1));
// lock (lock1)
// {
// WriteLine("没有出现死锁,哈哈哈哈");
// }
//}
#endregion
#region Mutex实现多应用程序间的线程同步
//new MytexTest().Mtest();
//new MytexTest().MtestCreateMore();
#endregion
#region SemaphoreSlim实现线程同步 设置至多并发线程数
//for (int i = 0; i < 6; i++)
//{
// string threadName = $"Thread_{i}";
// new Thread((j) =>
// {
// SemaphoreSlimTest.AccessDb(threadName, (int)j * 3 + 1);
// }).Start(i);
//}
#endregion
#region 使用AutoSetEvent实现线程通信
//new Thread(()=> {
// AutoSetEventTest.MainThreadPerform();
//}).Start();
#endregion
#region ManualSetEventSlim类实现线程通信、混合模式更佳
//ManualSetEventSlimtest.MainTask();
#endregion
#region 使用CountDownEvent实现等待多个线程执行完毕
//CountDownEventTest.CountDown();
#endregion
#region 实现多线程的迭代同步执行
//BarrierTest.BarrierPerfom();
#endregion
#region 使用读锁、写锁、升级锁实现线程安全
//ReadWriteLockSlimTest.RwPerform();
#endregion
#region SpinWait
//SpinWaitTest.SpinPerform();
#endregion
#region 线程池
//ThreadPoolPerformDl.Perfom();
//ThreadPool2.Perform();
//ThreadPool3.Perform();
//ThreadPool4.Perform();
//ThreadPool5.Perform();
//TimerTest.Perform();
//BackgroundWorkerTest.Perform();
#endregion
#region 并行任务
//Task1.Perform();
//Task2.Perform();
//Task3.Perform();
//Task4.Perform();
//Task5.Perform();
//Task6.Perform();
//Task7.Perform();
//Task8.Perform();
//Task9.Perform();
//Task10.Perform();
//Task11.Perform();
//Task12.Perform();
//Task14.Perform();
//Task15.Perform();
#endregion
#region 并发集合
//ConcurrentDic.Perform();
//ConcurrentQu.Perform();
//ConcurrentStack.Perform();
//ConcurrentBg.Perform();
//BlockingColle.Perform();
#endregion
#region Paraller并行类
//ParallerT.Perform();
//ParallelLinq.Perform();
//ParallelT2.Perform();
//ParalelException.Perform();
#endregion
#region 异步IO
//AsyncIO1.Perform();
//AsyncIO2.Perform();
//AsyncIO3.Perform();
#endregion
#region 并行编程模式
//T1.Perform();
T2.Perform();
#endregion
ReadLine();
}
