Runnable runnable=newRunnable() { @Overridepublicvoidrun() {while(obj.i <= 100) {//上锁当前对象synchronized(this) {//唤醒另一个线程notifyAll();if(obj.i == 101) {return; }inti =newInteger(Thread.currentThread().getName());if(obj.i % 3 ==i) { System.out.println("Thread " + Th...
(s2, r2) = mpsc::channel::<usize>(); // s2 告诉下个线程打印 3N+2 , r2 接收 3N+2 的打印数字 let (s3, r3) = mpsc::channel::<usize>(); // s3 告诉下个线程打印 3N+3 , r3 接收 3N+3 的打印数字 const MAX_PINRT: usize = 100; thread::spawn(move || { let id = thread:...
x)e1.wait()e1.clear()e2.set()deff2():whileTrue:withlock:# time.sleep(1)globalxifx<100:x+=1else:e3.set()breakprint('线程2',x)e2.wait()e2.clear()e3.set()deff3():whileTrue:
一、使用两个线程循环打印出1~100 首先创建一个num类,该类的成员用于线程同步。 public class Num { int i; boolean falg; } 1. 2. 3. 4. 使用wait/notify机制+条件判断实现 public class TestThread1 { public static void main(String[] args) { Num num=new Num(); Thread t1=new Thread(new A...
t1.setName("线程1"); t2.setName("线程2"); t1.start(); t2.start(); } }classNumberimplementsRunnable{privateinti=1;publicvoidrun() {while(i<=100){synchronized(this) { //获取指定线程名称 System.out.println(Thread.currentThread().getName()+"---"+i); i+...