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package ifc.lang;
import com.sun.star.container.XNameContainer;
import lib.MultiMethodTest;
import com.sun.star.frame.XDesktop;
import com.sun.star.lang.EventObject;
import com.sun.star.lang.XComponent;
import com.sun.star.lang.XEventListener;
/**
* Testing com.sun.star.lang.XComponent
* interface methods :
*
dispose()
addEventListener()
removeEventListener()
* Multithreaded test ability not implemented yet.
* @see com.sun.star.lang.XComponent
*/
public class _XComponent extends MultiMethodTest {
public static XComponent oObj = null;
private XNameContainer xContainer = null;
private XComponent altDispose = null;
boolean listenerDisposed[] = new boolean[2];
String[] Loutput = new String[2];
/**
* Listener which added but not removed, and its method must be called
* on dispose
call.
*/
public class MyEventListener implements XEventListener {
public void disposing ( EventObject oEvent ) {
Loutput[0] = Thread.currentThread() + " is DISPOSING EV1" + this;
listenerDisposed[0] = true;
}
};
/**
* Listener which added and then removed, and its method must not
* be called on dispose
call.
*/
public class MyEventListener2 implements XEventListener {
public void disposing ( EventObject oEvent ) {
Loutput[0] = Thread.currentThread() + " is DISPOSING EV2" + this;
listenerDisposed[1] = true;
}
};
XEventListener listener1 = new MyEventListener();
XEventListener listener2 = new MyEventListener2();
/**
* For the (no longer existing) cfgmgr2.OSetElement tests: dispose the owner
* element. TODO: Is this needed for anything else, too, or should it be
* removed?
*/
protected void before() {
// do not dispose this component, but parent instead
altDispose = (XComponent)tEnv.getObjRelation("XComponent.DisposeThis");
}
/**
* Adds two listeners.
* Has OK status if then the first listener will receive an event
* on dispose
method call.
*/
public void _addEventListener() {
listenerDisposed[0] = false;
listenerDisposed[1] = false;
oObj.addEventListener( listener1 );
oObj.addEventListener( listener2 );
return;
} // finished _addEventListener()
/**
* Removes the second of two added listeners.
* Method tests to be completed successfully : *
addEventListener
: method must add two listeners.
* Has OK status if no events will be sent to the second listener on
* dispose
method call.
*/
public void _removeEventListener() {
executeMethod("addEventListener()");
if (disposed) return;
// the second listener should not be called
oObj.removeEventListener( listener2 );
log.println(Thread.currentThread() + " is removing EL " + listener2);
} // finished _removeEventListener()
static boolean disposed = false;
/**
* Disposes the object and then check appropriate listeners were
* called or not.
* Method tests to be completed successfully : *
removeEventListener
: method must remove one of two
* listeners. * Has OK status if liseter removed wasn't called and other listener * was. */ public void _dispose() { disposed = false; executeMethod("removeEventListener()"); log.println( "begin dispose in thread " + Thread.currentThread()); XDesktop oDesk = (XDesktop) tEnv.getObjRelation("Desktop"); if (oDesk !=null) { oDesk.terminate(); } else { if (altDispose == null) oObj.dispose(); else altDispose.dispose(); } try { Thread.sleep(500) ; } catch (InterruptedException e) {} if (Loutput[0]!=null) log.println(Loutput[0]); if (Loutput[1]!=null) log.println(Loutput[1]); log.println( "end dispose" + Thread.currentThread()); disposed = true; // check that dispose() works OK. tRes.tested("addEventListener()", listenerDisposed[0]); tRes.tested("removeEventListener()", !listenerDisposed[1]); tRes.tested("dispose()", listenerDisposed[0] && !listenerDisposed[1]); } // finished _dispose() /** * Forces object recreation. */ protected void after() { disposeEnvironment(); } } // finished class _XComponent