private static Object wrapPointer(long value) { Class<?> PTR_CLASS = C.PTR_SIZEOF == 8 ? long.class : int.class; if (PTR_CLASS == long.class) return new Long(value); else return new Integer((int) value); }
public boolean isRetinaDisplay() { try { //NSArray screens = NSScreen.screens(); Object screens = invoke(nsscreenCls, "screens"); //int count = (int) /*64*/screens.count(); Object oCount = invoke(screens, "count"); if (!(oCount instanceof Number)) { System.err.println("Can't determine Retina: count is " + oCount); } int count = ((Number) oCount).intValue(); for (int i = 0; i < count; i++) { //NSScreen screen = new NSScreen(screens.objectAtIndex(i)); Object screenID = invoke(screens, "objectAtIndex", new Class[] { C.PTR_SIZEOF == 8 ? long.class : int.class }, i); Object screen = nsscreenCls.getConstructor(screenID.getClass()).newInstance(screenID); // if (screen.backingScaleFactor() == 2) { Object oBackingScaleFactor = invoke(screen, "backingScaleFactor"); //System.err.println("Retina #" + i + " = " + oBackingScaleFactor); if ((oBackingScaleFactor instanceof Number) && ((Number) oBackingScaleFactor).intValue() == 2) { return true; } } } catch (Throwable t) { Debug.out("Can't determine Retina", t); } return false; }
public void init( Shell shell ) throws Throwable{ Callback callback = TGCocoa.newCallback( this , "callbackProc64", "callbackProc32", 3 ); long callbackProc = TGCocoa.getCallbackAddress( callback ); if( callbackProc != 0 ){ String classname = ("MacToolbarDelegate"); if( TGCocoa.objc_lookUpClass ( classname ) == 0 ) { long cls = TGCocoa.objc_allocateClassPair( classname , 0 ) ; TGCocoa.class_addIvar(cls, SWT_OBJECT, C.PTR_SIZEOF , (byte)(C.PTR_SIZEOF == 4 ? 2 : 3), new byte[]{'*','\0'} ); TGCocoa.class_addMethod(cls, sel_toolbarButtonClicked_, callbackProc , "@:@"); TGCocoa.objc_registerClassPair(cls); } this.delegate = TGCocoa.newMacToolbarDelegate(); this.delegate.alloc().init(); this.delegateRef = TGCocoa.NewGlobalRef( MacToolbar.this ); TGCocoa.object_setInstanceVariable( MacToolbarDelegate.class.getField("id").get( delegate ) , SWT_OBJECT , this.delegateRef ); NSToolbar dummyBar = new NSToolbar(); dummyBar.alloc(); dummyBar.initWithIdentifier(NSString.stringWith("SWTToolbar")); //$NON-NLS-1$ dummyBar.setVisible(false); NSWindow nsWindow = shell.view.window(); nsWindow.setToolbar(dummyBar); dummyBar.release(); nsWindow.setShowsToolbarButton(true); NSButton toolbarButton = TGCocoa.getStandardWindowButton(nsWindow, NSWindowToolbarButton); if (toolbarButton != null) { toolbarButton.setTarget( delegate ); TGCocoa.setControlAction( toolbarButton , sel_toolbarButtonClicked_ ); } } }
private static Object wrapPointer( long value ) { Class<?> PTR_CLASS = C.PTR_SIZEOF == 8 ? long.class : int.class; if ( PTR_CLASS == long.class ) return new Long( value ); else return new Integer( (int) value ); }
private static Object wrapPointer( long value ) { Class<?> PTR_CLASS = C.PTR_SIZEOF == 8 ? long.class : int.class; if ( PTR_CLASS == long.class ) { return new Long( value ); } else { return new Integer( (int) value ); } }
private static Number wrapPointer(final long value) { final Class<?> ptrClass = C.PTR_SIZEOF == 8 ? long.class : int.class; if (ptrClass == long.class) { return Long.valueOf(value); } else { return Integer.valueOf((int) value); } }
public static final Callback newCallback(Object object, String method64, String method32, int argCount) throws Throwable { return new Callback( object, ( C.PTR_SIZEOF == 8 ? method64 : method32 ) , argCount ); }
private static Object osType( long value ) { return ( C.PTR_SIZEOF == 8 ? ((Object)new Long(value)) : ((Object)new Integer((int)value)) ); }
public int openDocProc(int theAppleEvent, int reply, int handlerRefcon) { if(!this.isEnabled()){ return OS.noErr; } AEDesc aeDesc = new AEDesc(); EventRecord eventRecord = new EventRecord(); OS.ConvertEventRefToEventRecord(theAppleEvent, eventRecord); try { int result = OpenDocJNI.AEGetParamDesc(theAppleEvent,OS.kEventParamDirectObject, typeAEList, aeDesc); if (result != OS.noErr) { System.err.println("OSX: Could call AEGetParamDesc. Error: " + result); return OS.noErr; } } catch (java.lang.UnsatisfiedLinkError e) { System.err.println("OSX: AEGetParamDesc not available. Can't open sent file"); return OS.noErr; } int[] count = new int[1]; OS.AECountItems(aeDesc, count); if (count[0] > 0) { String[] fileNames = new String[count[0]]; int maximumSize = 80; // size of FSRef int dataPtr = OS.NewPtr(maximumSize); int[] aeKeyword = new int[1]; int[] typeCode = new int[1]; int[] actualSize = new int[1]; for (int i = 0; i < count[0]; i++) { if (OS.AEGetNthPtr(aeDesc, i + 1, OS.typeFSRef, aeKeyword,typeCode, dataPtr, maximumSize, actualSize) == OS.noErr) { byte[] fsRef = new byte[actualSize[0]]; C.memmove(fsRef, dataPtr, actualSize[0]); int dirUrl = OS.CFURLCreateFromFSRef(OS.kCFAllocatorDefault, fsRef); int dirString = OS.CFURLCopyFileSystemPath(dirUrl,OS.kCFURLPOSIXPathStyle); OS.CFRelease(dirUrl); int length = OS.CFStringGetLength(dirString); char[] buffer = new char[length]; CFRange range = new CFRange(); range.length = length; OS.CFStringGetCharacters(dirString, range, buffer); OS.CFRelease(dirString); fileNames[i] = new String(buffer); } if (OS.AEGetNthPtr(aeDesc, i + 1, typeText, aeKeyword,typeCode, dataPtr, maximumSize, actualSize) == OS.noErr) { byte[] urlRef = new byte[actualSize[0]]; C.memmove(urlRef, dataPtr, actualSize[0]); fileNames[i] = new String(urlRef); } } if( fileNames.length > 0 ){ OpenDocAction.saveAndOpen( fileNames[0] ); } } return OS.noErr; }
