对比：通过实现Runnable接口和继承thread类来生成多线程

/*

 * 对比：通过实现Runnable接口和继承thread类来生成多线程

 * 进行主函数的测试

 */

public class TicketDemoMain {

public static void main(String[] args) {
//通过实现Runnable接口来实现多线程可以实现资源共享
Ticket2RunnableDemo t1=new Ticket2RunnableDemo();
Thread th1=new Thread(t1);
th1.setName("窗口一");
Thread th2=new Thread(t1);
th1.setName("窗口二");
th1.start();
th2.start();
/*通过实现Runnable接口来实现多线程并产生两个对象运行的结果
* 不能实现资源共享*/
Ticket2RunnableDemo tr1=new Ticket2RunnableDemo();
Thread thr1=new Thread(tr1);
thr1.setName("第一个售票窗口");
Ticket2RunnableDemo tr2=new Ticket2RunnableDemo();
Thread thr2=new Thread(tr2);
thr2.setName("第二个售票窗口");
thr1.start();
thr2.start();

//通过继承thread类来实现多线程，不能实现资源共享
Ticket1ThreadDemo ttd1=new Ticket1ThreadDemo();
ttd1.setName("第一个售票窗口");
Ticket1ThreadDemo ttd2=new Ticket1ThreadDemo();
ttd1.setName("第二个售票窗口");
ttd1.start();
ttd2.start();
}

}