JAVA thread Learning (1)

JAVA thread Learning (1)
Package com;


Public class Actor extends Thread {
Private int count;
// Running Method
Public void run (){
System. out. println (getName () + "is an actor ");
System. out. println (getName () + "" + (++ count ));
System. out. println (getName () + "End of performance ");
}


// Observe how many run methods are called.
Public static void main (String [] args ){
Actor ac = new Actor ();
Ac. setName ("Mr Thread ");
Ac. start ();

}

}

// ================================================ ========================================== //

Infinite Loop

Package com;


Public class Actor extends Thread {
Private int count;
Private boolean keepRunning = true;
// Running Method
Public void run (){
System. out. println (getName () + "is an actor ");
While (keepRunning)
{
System. out. println (getName () + "" + (++ count ));
}
System. out. println (getName () + "End of performance ");
}


// Observe how many run methods are called.
Public static void main (String [] args ){
Actor ac = new Actor ();
Ac. setName ("Mr Thread ");
Ac. start ();

}

}

// ================================================ ====================== //

Added the judgment 100 times

Package com;


Public class Actor extends Thread {
Private int count;
Private boolean keepRunning = true;
// Running Method
Public void run (){
System. out. println (getName () + "is an actor ");
While (keepRunning)
{
System. out. println (getName () + "" + (++ count ));
If (count = 100)
{

KeepRunning = false;
}
}
System. out. println (getName () + "End of performance ");
}


// Observe how many run methods are called.
Public static void main (String [] args ){
Actor ac = new Actor ();
Ac. setName ("Mr Thread ");
Ac. start ();

}

}

// ================================================ ============ //

Add sleep

Every 10 times, one second of rest

Package com;


Public class Actor extends Thread {
Private int count;
Private boolean keepRunning = true;
// Running Method
Public void run (){
System. out. println (getName () + "is an actor ");
While (keepRunning)
{
System. out. println (getName () + "" + (++ count ));
If (count = 100)
{

KeepRunning = false;
}
If (count % 10 = 0)
{
Try {
Thread. sleep (1000 );
} Catch (InterruptedException e ){
// TODO Auto-generated catch block
E. printStackTrace ();
}

}
}
System. out. println (getName () + "End of performance ");
}


// Observe how many run methods are called.
Public static void main (String [] args ){
Actor ac = new Actor ();
Ac. setName ("Mr Thread ");
Ac. start ();

}

}

// ================================================ ================ //

Implement the runnable interface

Alternate implementation of two threads

Package com;


Public class Actor extends Thread {
Private int count;
Private boolean keepRunning = true;
// Running Method
Public void run (){
System. out. println (getName () + "is an actor ");
While (keepRunning)
{
System. out. println (getName () + "" + (++ count ));
If (count = 100)
{

KeepRunning = false;
}
If (count % 10 = 0)
{
Try {
Thread. sleep (1000 );
} Catch (InterruptedException e ){
// TODO Auto-generated catch block
E. printStackTrace ();
}

}
}
System. out. println (getName () + "End of performance ");
}


// Observe how many run methods are called.
Public static void main (String [] args ){
Actor ac = new Actor ();
Ac. setName ("Mr Thread ");
Ac. start ();

Thread actressThread = new Thread (new Actress (), "Ms Runnable ");
ActressThread. start ();

}

}




Class Actress implements Runnable {


Private int count;
Private boolean keepRunning = true;
// Running Method
Public void run (){
System. out. println (Thread. currentThread (). getName () + "is an actor ");
While (keepRunning)
{
System. out. println (Thread. currentThread (). getName () + "" + (++ count ));
If (count = 100)
{

KeepRunning = false;
}
If (count % 10 = 0)
{
Try {
Thread. sleep (1000 );
} Catch (InterruptedException e ){
// TODO Auto-generated catch block
E. printStackTrace ();
}

}
}
System. out. println (Thread. currentThread (). getName () + "End of performance ");
}




}