The simple application of multithreading

Well, when it comes to threading applications, we need to know the creation of threads first. Threads are created in two ways: first, inherit the thread class two, declare the implementation of the Runnable method

Method One:

 Packagethread;//inherit the thread class Public classPracticethreadextendsThread { Public intjudge;  PublicPracticethread (intjudge) {        Super();  This. Judge =judge; } @Override Public voidrun () {if(Judge < 0) {             for(Charch = ' a '; Ch < ' z '; ch++) {System.out.print (" " +ch); }        } Else {             for(Charch = ' A '; Ch < ' Z '; ch++) {System.out.print (" " +ch); }        }    }}

Method Two:

 Packagethread; Public classPracticethreadtImplementsRunnable { Public intjudge;  PublicPracticethreadt (intjudge) {        Super();  This. Judge =judge; } @Override Public voidrun () {if(Judge < 0) {             for(Charch = ' a '; Ch < ' z '; ch++) {System.out.print (" " +ch); }        } Else {             for(Charch = ' A '; Ch < ' Z '; ch++) {System.out.print (" " +ch); }        }    }}

There are two ways to start a thread:

 Packagethread; Public classTest {/**     * @paramargs*/     Public Static voidMain (string[] args) {//TODO auto-generated Method StubPracticethread pt =NewPracticethread (0) ; Practicethread pt2=NewPracticethread (-1) ; /*Thread implementation Method one*/Pt.start ();        Pt2.start (); /*Thread Implementation Method two*/         NewThread (PT). Start (); NewThread (PT2). Start ();  for(inti = 0; I < 5; i++) {Banzhuan<Object> BZ =NewBanzhuan<object> (5);        Bz.start (); }    }}

We know how to create and start a thread, so we need to know that the thread is also a priority. The lowest priority is: min_priority (1) The default priority is: Norm_priobity (5) The highest priority is: Max_priobity (10) Line Cheng think: thread-(0-max)-such as: Thread1, Thread2 .....

The simple application of multithreading