Multi-thread solution for repetitive set-up and repeat removal of data

Class message{

Private String title;

Private String content;

Private Boolean flag = true;

//flag = = true: It means it can be produced, but not taken.

//flag = = flase: It means it can be taken away, but not produced .

Public synchronized void Set (stringtitle,string content) {

if (This.flag = = False) {

try {

Super.wait ();

} catch (Interruptedexception e) {

E.printstacktrace ();

}

}

This.title = title;

try {

Thread.Sleep (100);

} catch (Interruptedexceptione) {

E.printstacktrace ();

}

this.content = content;

This.flag = false;

Super.notify ();

}

Public synchronized void get () {

if (This.flag = = True) {

try {

Super.wait ();

} catch (Interruptedexception e) {

E.printstacktrace ();

}

}

try {

Thread.Sleep (100);

} catch (Interruptedexceptione) {

E.printstacktrace ();

}

System.out.println (this.title+ "--->" +this.content);

This.flag = true;

Super.notify ();

}

}

Class Productorimplements runnable{

Private Message msg = null;

Public Productor (Message msg) {

this.msg = msg;

}

@Override

public void Run () {

for (int i = 0;i < 50;i++) {

if (i% 2 = = 0) {

this.msg.set ("2012-12-21", " the end of the World ");

}

else{

this.msg.set (" Chische ", "cleaning up and meeting the Doom ");

}

}

}

}

Class Customerimplements runnable{

Private Message msg = null;

Public Customer (Message msg) {

this.msg = msg;

}

@Override

public void Run () {

for (int i = 0;i < 50;i++) {

This.msg.get ();

}

}

}

Public classtestdemo3{

public static void Main (string[] args) {

Message msg = new Message ();

New Thread (Newproductor (msg)). Start ();

New Thread (Newcustomer (msg)). Start ();

}

}

· Wait: publicfinal void Wait () throws Interruptedexception ;

· wake the first waiting thread: Public final void notify () ;

· Wake all Waiting Threads: Public final void Notifyall () .

Multi-thread solution for repetitive set-up and repeat removal of data