Method Detail

• start

  public void start()

  This routine overrides Thread.start(), it's a facade. It calls Thread.start() using

      /**@java2c=stackSize(TestThreadLocalData+500). * /
      super.start();
   

  It is a facade, containing the stacksize annotation regarded in Java2C-translation. The produced C-Code is:

      start_ThreadJc(ythis, sizeof(TestWaitNotify_Test__TestThreadLocalData_s)+500, _thCxt);
   
  

  Overrides:

  start in class java.lang.Thread

  See Also:

  java.lang.Thread#start()}

• run

  public void run()

  This is the thread main-routine complying the Java rules. The routine is started if the ,,start(),,-method of this instance is called.
  
  This routine creates an instances TestThreadLocalData, which are accessed by this thread only. In Java the instances are referenced, but the reference is only known in stack context, provided to called routines via parameter. In C the instances are allocated in the stack because a @ java2c=stackInstance. is written thereby. Large-size instances need an adequate stack size. The Java-code for this code-snippet is:

       ...* @java2c=stackInstance. * /
      TestThreadLocalData threadLocalData = new TestThreadLocalData();
   

  The generated C-code is:

      TestThread_Test__TestThreadLocalData_s threadLocalData;  
      ...
      init_ObjectJc(&(threadLocalData.base.object), sizeof(threadLocalData), 0); 
      ctorO_TestThread_Test__TestThreadLocalData(&(threadLocalData.base.object), _thCxt);
   

  The thread contains a while-loop with test of shouldRun and a sleep in the Java-form:

      while(shouldRun){
        threadLocalData.awaitData();
      }//while
   

  In C it is mapped too, but it isn't used yet.
  
  The C-code of this snippet is:

      while(ythis->shouldRun) {
        awaitData_TestWaitNotify_Test__TestThreadLocalData_F(& (threadLocalData), _thCxt);
      }
   

  Specified by:

  run in interface java.lang.Runnable

  Overrides:

  run in class java.lang.Thread