List of usage examples for org.eclipse.jdt.core.dom MethodInvocation setProperty
public final void setProperty(String propertyName, Object data)
null to clear it. From source file:org.eclipse.wb.internal.layout.group.model.GroupLayoutParserVisitor2.java
License:Open Source License
@Override public void endVisit(MethodInvocation node) { String identifier = node.getName().getIdentifier(); Expression nodeExpression = node.getExpression(); int argumentsSize = node.arguments().size(); if (identifier.equals(m_codeSupport.ID_ADD_GROUP) || identifier.equals(m_codeSupport.ID_ADD_COMPONENT) || identifier.equals(m_codeSupport.ID_ADD_GAP)) { if (argumentsSize == 0) { throw new IllegalArgumentException("add*() methods with no arguments are not supported."); }//from ww w . j a v a 2s . co m Expression arg0 = (Expression) node.arguments().get(0); LayoutInterval parentGroup = (LayoutInterval) nodeExpression .getProperty(GroupLayoutCodeSupport.PROPERTY_NAME_GROUP); // addGroup(Group group) if (AstNodeUtils.isSuccessorOf(arg0, m_codeSupport.GROUP_LAYOUT_GROUP_CLASS_NAME)) { // add group into group LayoutInterval group = (LayoutInterval) arg0 .getProperty(GroupLayoutCodeSupport.PROPERTY_NAME_GROUP); parentGroup.add(group, -1); node.setProperty(GroupLayoutCodeSupport.PROPERTY_NAME_GROUP, parentGroup); } if (argumentsSize == 2) { Expression arg1 = (Expression) node.arguments().get(1); // addGroup(Aligment, Group group) if (AstNodeUtils.isSuccessorOf(arg1, m_codeSupport.GROUP_LAYOUT_GROUP_CLASS_NAME) && identifier.equals(m_codeSupport.ID_ADD_GROUP)) { // add group into group LayoutInterval group = (LayoutInterval) arg1 .getProperty(GroupLayoutCodeSupport.PROPERTY_NAME_GROUP); m_codeSupport.setGroupAlignment(parentGroup, arg0); parentGroup.add(group, -1); node.setProperty(GroupLayoutCodeSupport.PROPERTY_NAME_GROUP, parentGroup); } } // addComponent(Component component) if ((argumentsSize == 1 || argumentsSize == 4) && m_codeSupport.isComponent(arg0)) { JavaInfo widget = JavaInfoResolver.getJavaInfo(m_container, arg0); LayoutInterval group = (LayoutInterval) nodeExpression .getProperty(GroupLayoutCodeSupport.PROPERTY_NAME_GROUP); if (widget != null) { LayoutInterval interval = addChild((AbstractComponentInfo) widget, arg0); // addComponent(Component component, int min, int pref, int max) if (argumentsSize == 4) { setSizes(interval, (Expression) node.arguments().get(1), (Expression) node.arguments().get(2), (Expression) node.arguments().get(3)); } group.add(interval, -1); } node.setProperty(GroupLayoutCodeSupport.PROPERTY_NAME_GROUP, group); return; } // addGap(int pref) if (AstNodeUtils.isSuccessorOf(arg0, int.class) && argumentsSize == 1) { LayoutInterval group = (LayoutInterval) nodeExpression .getProperty(GroupLayoutCodeSupport.PROPERTY_NAME_GROUP); LayoutInterval space = new LayoutInterval(SINGLE); setSize(space, (Expression) node.arguments().get(0)); group.add(space, -1); node.setProperty(GroupLayoutCodeSupport.PROPERTY_NAME_GROUP, group); } // addGap(int min, int pref, int max) if (AstNodeUtils.isSuccessorOf(arg0, int.class) && argumentsSize == 3) { LayoutInterval group = (LayoutInterval) nodeExpression .getProperty(GroupLayoutCodeSupport.PROPERTY_NAME_GROUP); LayoutInterval space = new LayoutInterval(SINGLE); setSizes(space, (Expression) node.arguments().get(0), (Expression) node.arguments().get(1), (Expression) node.arguments().get(2)); group.add(space, -1); node.setProperty(GroupLayoutCodeSupport.PROPERTY_NAME_GROUP, group); } if (argumentsSize > 1 && argumentsSize != 4 && identifier.equals(m_codeSupport.ID_ADD_COMPONENT)) { // addComponent(Component component, Alignment alignment) JavaInfo widget = null; LayoutInterval group = (LayoutInterval) nodeExpression .getProperty(GroupLayoutCodeSupport.PROPERTY_NAME_GROUP); Expression arg1 = (Expression) node.arguments().get(1); Expression widgetArg; Expression alignmentArg; if (m_codeSupport.isComponent(arg0)) { // JDK GL widgetArg = arg0; alignmentArg = arg1; } else { // standalone GL & SWT GL widgetArg = arg1; alignmentArg = arg0; } widget = JavaInfoResolver.getJavaInfo(m_container, widgetArg); if (widget != null) { LayoutInterval interval = addChild((AbstractComponentInfo) widget, widgetArg); m_codeSupport.setAlignment(interval, alignmentArg); // addComponent(Component component, Alignment alignment, int min, int pref, int max) if (argumentsSize == 5) { setSizes(interval, (Expression) node.arguments().get(2), (Expression) node.arguments().get(3), (Expression) node.arguments().get(4)); } group.add(interval, -1); } node.setProperty(GroupLayoutCodeSupport.PROPERTY_NAME_GROUP, group); } } else if (identifier.equals(GroupLayoutCodeSupport.ID_ADD_PREFERRED_GAP)) { LayoutInterval group = (LayoutInterval) nodeExpression .getProperty(GroupLayoutCodeSupport.PROPERTY_NAME_GROUP); if (group.isSequential()) { LayoutInterval space = new LayoutInterval(SINGLE); switch (argumentsSize) { case 1: // addPreferredGap(ComponentPlacement) m_codeSupport.setPaddingType(space, (Expression) node.arguments().get(0)); break; case 3: case 4: { // also cover standalone lib methods Expression arg0 = (Expression) node.arguments().get(0); Expression arg1 = (Expression) node.arguments().get(1); if (m_codeSupport.isComponent(arg0) && m_codeSupport.isComponent(arg1)) { // addPreferredGap(JComponent, JComponent, ComponentPlacement) m_codeSupport.setPaddingType(space, (Expression) node.arguments().get(2)); } else { // addPreferredGap(ComponentPlacement, int, int) m_codeSupport.setPaddingType(space, (Expression) node.arguments().get(0)); setSizes(space, (Expression) node.arguments().get(1), (Expression) node.arguments().get(2)); } break; } case 5: // addPreferredGap(JComponent, JComponent, ComponentPlacement, int, int) m_codeSupport.setPaddingType(space, (Expression) node.arguments().get(2)); setSizes(space, (Expression) node.arguments().get(3), (Expression) node.arguments().get(4)); break; } group.add(space, -1); } node.setProperty(GroupLayoutCodeSupport.PROPERTY_NAME_GROUP, group); } else if (identifier.equals(GroupLayoutCodeSupport.ID_ADD_CONTAINER_GAP)) { LayoutInterval group = (LayoutInterval) nodeExpression .getProperty(GroupLayoutCodeSupport.PROPERTY_NAME_GROUP); LayoutInterval space = new LayoutInterval(SINGLE); if (argumentsSize == 2) { setGapSizes(space, (Expression) node.arguments().get(0), (Expression) node.arguments().get(1)); } group.add(space, -1); node.setProperty(GroupLayoutCodeSupport.PROPERTY_NAME_GROUP, group); } else if (identifier.equals(GroupLayoutCodeSupport.ID_CREATE_SEQUENTIAL_GROUP) && argumentsSize == 0) { LayoutInterval sequentialGroup = new LayoutInterval(SEQUENTIAL); node.setProperty(GroupLayoutCodeSupport.PROPERTY_NAME_GROUP, sequentialGroup); } else if (identifier.equals(GroupLayoutCodeSupport.ID_CREATE_PARALLEL_GROUP)) { LayoutInterval parallelGroup = new LayoutInterval(PARALLEL); if (argumentsSize > 0) { m_codeSupport.setGroupAlignment(parallelGroup, (Expression) node.arguments().get(0)); // createParallelGroup(Alignment, boolean) if (argumentsSize > 1) { setGroupResizeable(parallelGroup, (Expression) node.arguments().get(1)); } } node.setProperty(GroupLayoutCodeSupport.PROPERTY_NAME_GROUP, parallelGroup); } else if (identifier.equals(GroupLayoutCodeSupport.ID_CREATE_BASELINE_GROUP)) { // createBaselineGroup(boolean, boolean) LayoutInterval parallelGroup = new LayoutInterval(PARALLEL); parallelGroup.setGroupAlignment(BASELINE); if (argumentsSize > 0) { setGroupResizeable(parallelGroup, (Expression) node.arguments().get(0)); } node.setProperty(GroupLayoutCodeSupport.PROPERTY_NAME_GROUP, parallelGroup); } else if (m_methodName.startsWith(identifier) && node.arguments().size() == 1) { ASTNode arg0 = (ASTNode) node.arguments().get(0); if (arg0 instanceof MethodInvocation) { MethodInvocation mi = (MethodInvocation) arg0; m_rootGroup = (LayoutInterval) mi.getProperty(GroupLayoutCodeSupport.PROPERTY_NAME_GROUP); } } }
From source file:org.eclipse.wb.internal.swing.java6.model.GroupLayoutParserVisitor.java
License:Open Source License
@Override public void endVisit(final MethodInvocation node) { try {/*from w w w. ja va2 s . com*/ final String identifier = node.getName().getIdentifier(); final Expression nodeExpression = node.getExpression(); final int argumentsSize = node.arguments().size(); if (identifier.equals(GroupLayoutInfo.IDENTIFIER_ADD_GROUP) || identifier.equals(GroupLayoutInfo.IDENTIFIER_ADD_COMPONENT) || identifier.equals(GroupLayoutInfo.IDENTIFIER_ADD_GAP)) { if (argumentsSize == 0) { throw new IllegalArgumentException(Messages.GroupLayoutParserVisitor_addWithoutArguments); } final Expression arg0 = (Expression) node.arguments().get(0); final GroupInfo parentGroup = (GroupInfo) nodeExpression .getProperty(GroupLayoutInfo.PROPERTY_NAME_GROUP); // addGroup(Group group) if (AstNodeUtils.isSuccessorOf(arg0, GroupLayoutInfo.GROUP_LAYOUT_GROUP_CLASS_NAME)) { // add group into group final GroupInfo group = (GroupInfo) arg0.getProperty(GroupLayoutInfo.PROPERTY_NAME_GROUP); parentGroup.add(group); node.setProperty(GroupLayoutInfo.PROPERTY_NAME_GROUP, parentGroup); } if (argumentsSize == 2) { Expression arg1 = (Expression) node.arguments().get(1); // addGroup(Aligment, Group group) if (AstNodeUtils.isSuccessorOf(arg1, GroupLayoutInfo.GROUP_LAYOUT_GROUP_CLASS_NAME) && identifier.equals(GroupLayoutInfo.IDENTIFIER_ADD_GROUP)) { // add group into group final ParallelGroupInfo group = (ParallelGroupInfo) arg1 .getProperty(GroupLayoutInfo.PROPERTY_NAME_GROUP); setGroupAlignment(group, arg0); parentGroup.add(group); node.setProperty(GroupLayoutInfo.PROPERTY_NAME_GROUP, parentGroup); } } // addComponent(Component component) if ((argumentsSize == 1 || argumentsSize == 4) && AstNodeUtils.isSuccessorOf(arg0, Component.class)) { final JavaInfo widget = JavaInfoResolver.getJavaInfo(m_container, arg0); final GroupInfo group = (GroupInfo) nodeExpression .getProperty(GroupLayoutInfo.PROPERTY_NAME_GROUP); if (widget != null) { WidgetSpringInfo widgetSpring = addChild((IAbstractComponentInfo) widget, m_container); // TODO: checkForJTextField(widget, interval); // addComponent(Component component, int min, int pref, int max) if (argumentsSize == 4) { setSizes(widgetSpring, (Expression) node.arguments().get(1), (Expression) node.arguments().get(2), (Expression) node.arguments().get(3)); } group.add(widgetSpring); } node.setProperty(GroupLayoutInfo.PROPERTY_NAME_GROUP, group); } // addGap(int pref) if (AstNodeUtils.isSuccessorOf(arg0, int.class) && argumentsSize == 1) { final GroupInfo group = (GroupInfo) nodeExpression .getProperty(GroupLayoutInfo.PROPERTY_NAME_GROUP); GapSpringInfo gapSpring = new GapSpringInfo(); setSize(gapSpring, (Expression) node.arguments().get(0)); group.add(gapSpring); node.setProperty(GroupLayoutInfo.PROPERTY_NAME_GROUP, group); } // addGap(int min, int pref, int max) if (AstNodeUtils.isSuccessorOf(arg0, int.class) && argumentsSize == 3) { final GroupInfo group = (GroupInfo) nodeExpression .getProperty(GroupLayoutInfo.PROPERTY_NAME_GROUP); GapSpringInfo gapSpring = new GapSpringInfo(); setSizes(gapSpring, (Expression) node.arguments().get(0), (Expression) node.arguments().get(1), (Expression) node.arguments().get(2)); group.add(gapSpring); node.setProperty(GroupLayoutInfo.PROPERTY_NAME_GROUP, group); } if (argumentsSize > 1 && argumentsSize != 4) { // addComponent(Component component, Alignment alignment) JavaInfo widget = null; final GroupInfo group = (GroupInfo) nodeExpression .getProperty(GroupLayoutInfo.PROPERTY_NAME_GROUP); Expression arg1 = (Expression) node.arguments().get(1); if (AstNodeUtils.isSuccessorOf(arg0, Component.class) && identifier.equals(GroupLayoutInfo.IDENTIFIER_ADD_COMPONENT)) { widget = JavaInfoResolver.getJavaInfo(m_container, arg0); } if (widget != null) { WidgetSpringInfo widgetSpring = addChild((IAbstractComponentInfo) widget, m_container); Alignment alignment = (Alignment) JavaInfoEvaluationHelper.getValue(arg1); widgetSpring.setAlignment(alignment); // checkForJTextField(widget, interval); // addComponent(Component component, Alignment alignment, int min, int pref, int max) if (argumentsSize == 5) { setSizes(widgetSpring, (Expression) node.arguments().get(2), (Expression) node.arguments().get(3), (Expression) node.arguments().get(4)); } group.add(widgetSpring); } node.setProperty(GroupLayoutInfo.PROPERTY_NAME_GROUP, group); } } else if (identifier.equals(GroupLayoutInfo.IDENTIFIER_ADD_PREFERRED_GAP)) { final GroupInfo group = (GroupInfo) nodeExpression.getProperty(GroupLayoutInfo.PROPERTY_NAME_GROUP); // parent group should be sequential Assert.instanceOf(SequentialGroupInfo.class, group); GapSpringInfo gapSpring = new GapSpringInfo(); switch (argumentsSize) { case 1: { // addPreferredGap(ComponentPlacement) setPlacementType(gapSpring, (Expression) node.arguments().get(0)); break; } case 3: { final Expression arg0 = (Expression) node.arguments().get(0); final Expression arg1 = (Expression) node.arguments().get(1); final Expression arg2 = (Expression) node.arguments().get(2); // addPreferredGap(JComponent, JComponent, ComponentPlacement) if (AstNodeUtils.isSuccessorOf(arg0, JComponent.class)) { setGapWidgets(gapSpring, arg0, arg1); setPlacementType(gapSpring, arg2); } else { // addPreferredGap(ComponentPlacement, int, int) setPlacementType(gapSpring, arg0); setGapSizes(gapSpring, arg1, arg2); } break; } case 5: { // addPreferredGap(JComponent, JComponent, ComponentPlacement, int, int) final Expression arg0 = (Expression) node.arguments().get(0); final Expression arg1 = (Expression) node.arguments().get(1); final Expression arg2 = (Expression) node.arguments().get(2); final Expression arg3 = (Expression) node.arguments().get(3); final Expression arg4 = (Expression) node.arguments().get(4); setGapWidgets(gapSpring, arg0, arg1); setPlacementType(gapSpring, arg2); setGapSizes(gapSpring, arg3, arg4); break; } } group.add(gapSpring); node.setProperty(GroupLayoutInfo.PROPERTY_NAME_GROUP, group); } else if (identifier.equals(GroupLayoutInfo.IDENTIFIER_ADD_CONTAINER_GAP)) { final GroupInfo group = (GroupInfo) nodeExpression.getProperty(GroupLayoutInfo.PROPERTY_NAME_GROUP); // parent group should be sequential Assert.instanceOf(SequentialGroupInfo.class, group); GapSpringInfo gapSpring = new GapSpringInfo(true); if (argumentsSize == 2) { setGapSizes(gapSpring, (Expression) node.arguments().get(0), (Expression) node.arguments().get(1)); } group.add(gapSpring); node.setProperty(GroupLayoutInfo.PROPERTY_NAME_GROUP, group); } else if (identifier.equals(GroupLayoutInfo.IDENTIFIER_CREATE_SEQUENTIAL_GROUP) && argumentsSize == 0) { final SequentialGroupInfo sequentialGroup = new SequentialGroupInfo(); node.setProperty(GroupLayoutInfo.PROPERTY_NAME_GROUP, sequentialGroup); } else if (identifier.equals(GroupLayoutInfo.IDENTIFIER_CREATE_PARALLEL_GROUP)) { // createParallelGroup() final ParallelGroupInfo parallelGroup = new ParallelGroupInfo(); if (argumentsSize > 0) { setGroupAlignment(parallelGroup, (Expression) node.arguments().get(0)); // createParallelGroup(Alignment, boolean) if (argumentsSize > 1) { setGroupResizeable(parallelGroup, (Expression) node.arguments().get(1)); } } node.setProperty(GroupLayoutInfo.PROPERTY_NAME_GROUP, parallelGroup); } else if (identifier.equals(GroupLayoutInfo.IDENTIFIER_CREATE_BASELINE_GROUP) && argumentsSize == 2) { // createBaselineGroup(boolean, boolean) final ParallelGroupInfo parallelGroup = new ParallelGroupInfo(); parallelGroup.setGroupAlignment(Alignment.BASELINE); setGroupResizeable(parallelGroup, (Expression) node.arguments().get(0)); setGroupAnchorBaselineToTop(parallelGroup, (Expression) node.arguments().get(1)); node.setProperty(GroupLayoutInfo.PROPERTY_NAME_GROUP, parallelGroup); } else if (m_methodName.startsWith(identifier) && node.arguments().size() == 1) { final ASTNode arg0 = (ASTNode) node.arguments().get(0); if (arg0 instanceof MethodInvocation) { final MethodInvocation mi = (MethodInvocation) arg0; m_rootGroup = (SpringInfo) mi.getProperty(GroupLayoutInfo.PROPERTY_NAME_GROUP); } } } catch (Throwable e) { throw ReflectionUtils.propagate(e); } }