package org.whole.lang.flowchart.model.impl; import org.whole.lang.model.AbstractSimpleEntity; import org.whole.lang.flowchart.model.*; import org.whole.lang.reflect.EntityDescriptor; import org.whole.lang.flowchart.reflect.FlowchartEntityDescriptorEnum; import org.whole.lang.flowchart.visitors.IFlowchartVisitor; import org.whole.lang.flowchart.reflect.FlowchartFeatureDescriptorEnum; import org.whole.lang.model.IEntity; /** * @generator Whole */ public class SimpleTransitionImpl extends AbstractSimpleEntity implements SimpleTransition { private static final long serialVersionUID = 1; public EntityDescriptor<SimpleTransition> wGetEntityDescriptor() { return FlowchartEntityDescriptorEnum.SimpleTransition; } public int wGetEntityOrd() { return FlowchartEntityDescriptorEnum.SimpleTransition_ord; } public void accept(IFlowchartVisitor visitor) { try { visitor.visit(this); } catch (Exception e) { throw org.whole.lang.exceptions.IWholeRuntimeException.asWholeException(e, this, visitor.getBindings()); } } private Node source; public Node getSource() { return notifyRequested(FlowchartFeatureDescriptorEnum.source, source); } public void setSource(Node source) { notifyChanged(FlowchartFeatureDescriptorEnum.source, this.source, this.source = source, false); } private Node target; public Node getTarget() { return notifyRequested(FlowchartFeatureDescriptorEnum.target, target); } public void setTarget(Node target) { notifyChanged(FlowchartFeatureDescriptorEnum.target, this.target, this.target = target, false); } public IEntity wGet(int index) { switch (index) { case 0: return getSource().wGetAdaptee(false); case 1: return getTarget().wGetAdaptee(false); default: throw new IllegalArgumentException(); } } public void wSet(int index, IEntity value) { switch (index) { case 0: setSource(value.wGetAdapter(FlowchartEntityDescriptorEnum.Node)); break; case 1: setTarget(value.wGetAdapter(FlowchartEntityDescriptorEnum.Node)); break; default: throw new IllegalArgumentException(); } } public int wAdjacentSize() { return 2; } }