public Vector<AbstractNode> nodesWithSameName() {
Vector<AbstractNode> returned = new Vector<AbstractNode>();
Vector<AbstractNode> allNodes = getProcess().getAllAbstractNodes();
for (Enumeration<AbstractNode> e = allNodes.elements(); e.hasMoreElements(); ) {
AbstractNode node = e.nextElement();
if ((node != this)
&& (node.getFullyQualifiedName().equalsIgnoreCase(getFullyQualifiedName()))) {
returned.add(node);
}
}
return returned;
}
@Override
public ValidationIssue<NodeWithDefaultFlowMustHaveConditionOneOtherEdge, AbstractNode>
applyValidation(final AbstractNode node) {
int defaultCount = 0;
int conditionalCount = 0;
int totalCount = 0;
for (FlexoPostCondition p : node.getOutgoingPostConditions()) {
if (p instanceof TokenEdge) {
totalCount++;
if (p.getIsDefaultFlow()) {
defaultCount++;
} else if (p.getIsConditional()) {
conditionalCount++;
}
}
}
if (defaultCount > 0 && totalCount != defaultCount + conditionalCount) {
if (node instanceof OperatorNode && ((OperatorNode) node).isExclusiveGateway()) {
return null; // There is a rule on the post conditions to prevent this already!
} else {
ValidationWarning<NodeWithDefaultFlowMustHaveConditionOneOtherEdge, AbstractNode>
warning =
new ValidationWarning<
NodeWithDefaultFlowMustHaveConditionOneOtherEdge, AbstractNode>(
this,
node,
"node_($object.name)_has_one_default_outgoing_flow_and_so_other_edges_must_be_conditionnal");
return warning;
}
}
return null;
}
public RenameThisNode(AbstractNode node) {
super(
"rename_this_node",
"newName",
"enter_a_non_ambigous_name",
node.findNextNonAmbigousName());
}
@Override
public ValidationIssue<NodeShouldHaveNonAmbigousName, AbstractNode> applyValidation(
final AbstractNode node) {
Vector<? extends Validable> nodesWithSameName = node.nodesWithSameName();
if (nodesWithSameName.size() > 0) {
ValidationWarning<NodeShouldHaveNonAmbigousName, AbstractNode> warning =
new ValidationWarning<NodeShouldHaveNonAmbigousName, AbstractNode>(
this, node, "node_($object.name)_has_ambigous_name");
warning.addToRelatedValidableObjects(nodesWithSameName);
warning.addToFixProposals(new RenameThisNode(node));
return warning;
}
if (node.getProcess() != null
&& node.getProcess().getName().equalsIgnoreCase(node.getName())) {
ValidationWarning<NodeShouldHaveNonAmbigousName, AbstractNode> warning =
new ValidationWarning<NodeShouldHaveNonAmbigousName, AbstractNode>(
this, node, "node_($object.name)_has_ambigous_name");
warning.addToRelatedValidableObjects(node.getProcess());
warning.addToFixProposals(new RenameThisNode(node));
return warning;
}
return null;
}
@Override
public ValidationIssue<NodeCannotHaveMoreThanOneDefaultOutgoingTokenEdge, AbstractNode>
applyValidation(final AbstractNode node) {
boolean hasAlreadyOne = false;
for (FlexoPostCondition p : node.getOutgoingPostConditions()) {
if (p instanceof TokenEdge && p.getIsDefaultFlow()) {
if (hasAlreadyOne) {
ValidationWarning<NodeCannotHaveMoreThanOneDefaultOutgoingTokenEdge, AbstractNode>
warning =
new ValidationWarning<
NodeCannotHaveMoreThanOneDefaultOutgoingTokenEdge, AbstractNode>(
this, node, "node_($object.name)_has_more_than_one_default_outgoing_edge");
return warning;
} else {
hasAlreadyOne = true;
}
}
}
return null;
}
@Override
public ValidationIssue<
NodeWithConditionalEdgeOrDefaultEdgeMustHaveMoreThanOneEdge, AbstractNode>
applyValidation(final AbstractNode node) {
int defaultCount = 0;
int conditionalCount = 0;
int regular = 0;
Vector<FlexoPostCondition<?, ?>> listOfAllPostToConsider =
new Vector<FlexoPostCondition<?, ?>>();
listOfAllPostToConsider.addAll(node.getOutgoingPostConditions());
if ((node instanceof ActivityNode || node instanceof OperationNode)) {
FlexoNode startNode = (FlexoNode) node;
if (startNode.isEndNode()) {
// try to find other brother end node with outgoing post
for (PetriGraphNode brotherNode : startNode.getParentPetriGraph().getNodes()) {
if (brotherNode instanceof FlexoNode) {
if (((FlexoNode) brotherNode).isEndNode() && brotherNode != startNode) {
return null;
}
}
}
if (startNode.getParentPetriGraph().getContainer() instanceof SubProcessNode) {
SubProcessNode sub = (SubProcessNode) startNode.getParentPetriGraph().getContainer();
if (sub.getPortMapRegistery().getAllOutPortmaps().size() > 0) {
return null;
}
}
}
} else if (node instanceof FlexoPortMap && ((FlexoPortMap) node).isOutputPort()) {
SubProcessNode sub = ((FlexoPortMap) node).getSubProcessNode();
if (sub.getPortMapRegistery().getAllOutPortmaps().size() > 0) {
return null;
}
if (sub.getOperationPetriGraph() != null
&& sub.getOperationPetriGraph().getAllEndNodes().size() > 0) {
return null;
}
}
for (FlexoPostCondition p : listOfAllPostToConsider) {
if (p.getIsDefaultFlow()) {
defaultCount++;
} else if (p.getIsConditional()) {
conditionalCount++;
} else {
regular++;
}
}
if (defaultCount > 0 && (regular + conditionalCount) == 0) {
if (node instanceof OperatorNode && ((OperatorNode) node).isExclusiveGateway()) {
return null; // There is a rule on the post conditions to prevent this already!
} else {
ValidationWarning<
NodeWithConditionalEdgeOrDefaultEdgeMustHaveMoreThanOneEdge, AbstractNode>
warning =
new ValidationWarning<
NodeWithConditionalEdgeOrDefaultEdgeMustHaveMoreThanOneEdge, AbstractNode>(
this,
node,
"node_($object.name)_has_one_default_outgoing_edge_should_have_at_least_another_outgoing_edge");
return warning;
}
}
if (conditionalCount == 1
&& regular == 0
&& defaultCount == 0
&& !listOfAllPostToConsider.firstElement().mustBeConditional()) {
if (node instanceof OperatorNode && ((OperatorNode) node).isExclusiveGateway()) {
return null; // There is a rule on the post conditions to prevent this already!
} else {
ValidationWarning<
NodeWithConditionalEdgeOrDefaultEdgeMustHaveMoreThanOneEdge, AbstractNode>
warning =
new ValidationWarning<
NodeWithConditionalEdgeOrDefaultEdgeMustHaveMoreThanOneEdge, AbstractNode>(
this,
node,
"node_($object.name)_has_one_conditional_outgoing_edge_should_have_at_least_another_outgoing_edge");
return warning;
}
}
return null;
}
