public void openSpoon() { shell = getShell(); shell.setText( APP_TITLE ); mainComposite.setRedraw( true ); mainComposite.setVisible( false ); mainComposite.setVisible( true ); mainComposite.redraw(); // Perhaps the transformation contains elements at startup? refreshTree(); // Do a complete refresh then... setShellText(); }
/** * Disables redrawing of the breadcrumb. * * <p> * <strong>A call to this method must be followed by a call to {@link #enableRedraw()}</strong> * </p> */ private void disableRedraw() { if (IS_GTK) //flickers on GTK return; fContainer.setRedraw(false); }
/** * Enables redrawing of the breadcrumb. */ private void enableRedraw() { if (IS_GTK) //flickers on GTK return; fContainer.setRedraw(true); }
/** * Disables redrawing of the breadcrumb. * * <p> * <strong>A call to this method must be followed by a call to {@link #enableRedraw()}</strong> * </p> */ private void disableRedraw() { if (IS_GTK) //flickers on GTK return; fContainer.setRedraw(false); }
/** * Enables redrawing of the breadcrumb. */ private void enableRedraw() { if (IS_GTK) //flickers on GTK return; fContainer.setRedraw(true); }
/** * Enables redrawing of the breadcrumb. */ private void enableRedraw() { if (IS_GTK) { return; } fContainer.setRedraw(true); }
/** * Disables redrawing of the breadcrumb. * * <p> * <strong>A call to this method must be followed by a call to {@link #enableRedraw()}</strong> * </p> */ private void disableRedraw() { if (IS_GTK) { return; } fContainer.setRedraw(false); }
@Override public void setRedraw (boolean redraw) { checkWidget(); super.setRedraw (redraw); if (redraw && drawCount == 0) { /* Resize the item array to match the item count */ if (items.length > 4 && items.length - itemCount > 3) { int length = Math.max (4, (itemCount + 3) / 4 * 4); TableItem [] newItems = new TableItem [length]; System.arraycopy (items, 0, newItems, 0, itemCount); items = newItems; } } }
@Override public void setRedraw (boolean redraw) { checkWidget(); super.setRedraw (redraw); if (redraw && drawCount == 0) { /* Resize the item array to match the item count */ if (items.length > 4 && items.length - itemCount > 3) { int length = Math.max (4, (itemCount + 3) / 4 * 4); TableItem [] newItems = new TableItem [length]; System.arraycopy (items, 0, newItems, 0, itemCount); items = newItems; } } }
@Override public void setRedraw (boolean redraw) { checkWidget(); super.setRedraw (redraw); if (redraw && drawCount == 0) { /* Resize the item array to match the item count */ if (items.length > 4 && items.length - itemCount > 3) { int length = Math.max (4, (itemCount + 3) / 4 * 4); TableItem [] newItems = new TableItem [length]; System.arraycopy (items, 0, newItems, 0, itemCount); items = newItems; } } }
public void setRedraw (boolean redraw) { checkWidget (); super.setRedraw (redraw); if (redraw && drawCount == 0) { /* Resize the item array to match the item count */ if (items.length > 4 && items.length - itemCount > 3) { int length = Math.max (4, (itemCount + 3) / 4 * 4); TableItem [] newItems = new TableItem [length]; System.arraycopy (items, 0, newItems, 0, itemCount); items = newItems; } setScrollWidth (); } }
public void setRedraw (boolean redraw) { checkWidget(); super.setRedraw (redraw); if (redraw && drawCount == 0) relayout(); }
@Override public void setRedraw (boolean redraw) { checkWidget (); setDropDownItems (false); super.setRedraw (redraw); setDropDownItems (true); }
public void setRedraw (boolean redraw) { checkWidget (); super.setRedraw (redraw); if (redraw && drawCount == 0) { checkItems (); setScrollWidth (); } }
protected void relayout() { Composite parent = composite.getParent(); parent.getParent().setRedraw(false); if (parent != null && !parent.isDisposed()) { Control[] children = parent.getChildren(); for (int i = 0; i < children.length; i++) { children[i].dispose(); } } createContents(parent); parent.getParent().layout(true, true); parent.getParent().setRedraw(true); refresh(); }
protected void relayout() { Composite parentComposite = composite.getParent(); parentComposite.getParent().setRedraw(false); if (parentComposite != null && !parentComposite.isDisposed()) { Control[] children = parentComposite.getChildren(); for (int i = 0; i < children.length; i++) { children[i].dispose(); } } // Now initialize the new handler createContents(parentComposite); parentComposite.getParent().layout(true, true); // Now turn painting back on parentComposite.getParent().setRedraw(true); refresh(); }
protected void relayout() { Composite parentComposite = composite.getParent(); parentComposite.getParent().setRedraw(false); if (parentComposite != null && !parentComposite.isDisposed()) { Control[] children = parentComposite.getChildren(); for (int i = 0; i < children.length; i++) { children[i].dispose(); } } // Now initialize the new handler createContents(parentComposite); parentComposite.getParent().layout(true, true); // Now turn painting back on parentComposite.getParent().setRedraw(true); refresh(); }
protected void relayout() { Composite parentComposite = composite.getParent(); parentComposite.getParent().setRedraw(false); if (parentComposite != null && !parentComposite.isDisposed()) { Control[] children = parentComposite.getChildren(); for (int i = 0; i < children.length; i++) { children[i].dispose(); } } // Now initialize the new handler createContents(parentComposite); parentComposite.getParent().layout(true, true); // Now turn painting back on parentComposite.getParent().setRedraw(true); refresh(); }
protected void relayout() { Composite parentComposite = composite.getParent(); parentComposite.getParent().setRedraw(false); if (parentComposite != null && !parentComposite.isDisposed()) { Control[] children = parentComposite.getChildren(); for (int i = 0; i < children.length; i++) { children[i].dispose(); } } // Now initialize the new handler createContents(parentComposite); parentComposite.getParent().layout(true, true); // Now turn painting back on parentComposite.getParent().setRedraw(true); refresh(); }