public void mouseReleased(MouseEvent e) { if (ltool.isEnabled()) { if (endComponent instanceof GigEDescriptor) endComponent = ((GigEDescriptor) endComponent).getUnlinkedPort(); if (!ltool.addLink(linkGraphic, endComponent)) { ExpCoordinator.print( new String( "LinkTool.ComponentListener::mouseReleased from " + startComponent.getLabel() + " cancelled"), TEST_ADD); if (ltool.isVirtualTopology()) ltool .expCoordinator .getCurrentExp() .getVirtualTopology() .getTopologyPanel() .removeLink(linkGraphic); else ExpCoordinator.getMainWindow().getTopologyPanel().removeLink(linkGraphic); } startComponent = null; endComponent = null; linkGraphic = null; ltool.setEnabled(false); } }
public void mousePressed(MouseEvent e) { if (ltool.isEnabled()) { startComponent = ((ONLComponentButton) e.getSource()).getONLComponent(); if (startComponent instanceof GigEDescriptor) { ExpCoordinator.print( new String( "LinkTool.ComponentListener.mousePressed gige startComponent:" + startComponent.getLabel()), TEST_GIGE); startComponent = ((GigEDescriptor) startComponent).getUnlinkedPort(); if (startComponent != null) ExpCoordinator.print( new String(" unlinked port: " + startComponent.getLabel()), TEST_GIGE); else ExpCoordinator.print(" unlinked port: null", TEST_GIGE); } if (startComponent instanceof HardwareHost) startComponent = ((HardwareHost) startComponent).getPort(0); endComponent = null; if (startComponent.isLinkable() && (!startComponent.isLinked())) { LinkDescriptor ld = ltool.createLinkDescriptor( startComponent); // new LinkDescriptor(ltool.getNextLabel(), startComponent, // ltool.currentBW, ltool.expCoordinator); linkGraphic = (LinkGraphic) ld.getGraphic(); if (linkGraphic.getONLComponent() == null) ExpCoordinator.print("LinkTool.ComponentListener::mousePressed onlcomp == null", 2); // linkGraphic = new LinkGraphic(); // linkGraphic.setPoint1(startComponent.getGraphic()); linkGraphic.setVisible(true); ltool .getTopologyPanel() .addLink(linkGraphic); // expCoordinator.getMainWindow().getTopologyPanel() // System.out.println("LinkTool.ComponentListener::mousePressed component " + // startComponent.getLabel()); setIntermediate( e.getPoint(), ((ONLComponentButton) e.getSource()).getONLComponent().getGraphic()); } else { ExpCoordinator.print( new String( "LinkTool::mousePressed startComponent " + startComponent.getLabel() + " is Linked"), 2); startComponent = null; ltool.setEnabled(false); } } }
public void mouseExited(MouseEvent e) { if (ltool.isEnabled() && startComponent != null && endComponent != null) { if (endComponent == ((ONLComponentButton) e.getSource()).getONLComponent()) endComponent = null; // if (endComponent != null) System.out.println("LinkTool.ComponentListener::mouseEntered // component " + endComponent.getLabel()); } }
public void mouseDragged(MouseEvent e) { if (ltool.isEnabled()) { // System.out.println("LinkTool.ComponentListener::mouseDragged"); // translate point to real coordinates since point is in relation to the source component setIntermediate( e.getPoint(), ((ONLComponentButton) e.getSource()).getONLComponent().getGraphic()); } }
public void mouseEntered(MouseEvent e) { if (ltool.isEnabled()) { endComponent = ((ONLComponentButton) e.getSource()).getONLComponent(); if (endComponent instanceof HardwareHost) endComponent = ((HardwareHost) endComponent).getPort(0); // System.out.println("LinkTool.ComponentListener::mouseEntered component " + // endComponent.getLabel()); } }
public void setIntermediate(Point p, ONLGraphic c) { if (ltool.isEnabled()) { if (linkGraphic != null) { Point pnt = new Point(p); // System.out.println("LinkTool::setIntermediate (" + pnt.getX() + ", " + pnt.getY() + // ")"); if (c != null) { // System.out.println(" translated by (" + c.getScreenX()+ ", " // + c.getScreenY() + ")"); pnt.translate( (c.getScreenX() + HardwareGraphic.OFFSET), (c.getScreenY() + HardwareGraphic.D_OFFSET)); // System.out.println(" (" + pnt.getX() + ", " + pnt.getY() + // ")"); } linkGraphic.setIntermediate(pnt); linkGraphic.revalidate(); linkGraphic.repaint(); } } }