use of com.liferay.ide.kaleo.core.model.WorkflowNode in project liferay-ide by liferay.
the class ForkNodeAddActionHandler method postDiagramNodePartAdded.
@Override
public void postDiagramNodePartAdded(NewNodeOp op, CanTransition newNodeFromWizard, CanTransition newNode) {
NewForkNodeOp newForkOp = op.nearest(NewForkNodeOp.class);
NewForkNode newForkNodeFromWizard = newNodeFromWizard.nearest(NewForkNode.class);
Fork newFork = newNode.nearest(Fork.class);
WorkflowDefinition workflowDefinition = newFork.nearest(WorkflowDefinition.class);
if (newForkOp.isAddJoin().content(true)) {
Join newJoin = workflowDefinition.getJoins().insert();
String newJoinName = newForkNodeFromWizard.getName().content() + " Join";
newJoin.setName(newJoinName);
for (Node connectedNode : op.getConnectedNodes()) {
for (WorkflowNode diagramNode : workflowDefinition.getDiagramNodes()) {
Value<String> nodeName = connectedNode.getName();
if (nodeName.content().equals(diagramNode.getName().content())) {
CanTransition canTransition = diagramNode.nearest(CanTransition.class);
ElementList<Transition> transitions = canTransition.getTransitions();
Transition newTransition = transitions.insert();
newTransition.setName(newJoinName);
newTransition.setTarget(newJoinName);
}
}
}
}
}
use of com.liferay.ide.kaleo.core.model.WorkflowNode in project liferay-ide by liferay.
the class RoleNamePossibleValuesMetaService method initIfNecessary.
protected void initIfNecessary(Object object) {
if (object instanceof WorkflowDefinition) {
for (WorkflowNode node : ((WorkflowDefinition) object).getDiagramNodes()) {
Assignable assignable = node.nearest(Assignable.class);
if (assignable != null) {
for (Role role : assignable.getRoles()) {
Value<String> roleName = role.getName();
String name = roleName.content(false);
if (!CoreUtil.isNullOrEmpty(name)) {
_originalRoleNames.add(name);
}
}
}
}
} else if (object instanceof AssignableOp) {
ElementList<RoleName> roleNames = ((AssignableOp) object).getRoleNames();
for (RoleName roleName : roleNames) {
Value<String> nameValue = roleName.getName();
String name = nameValue.content(false);
if (!CoreUtil.isNullOrEmpty(name)) {
_originalRoleNames.add(name);
}
}
}
}
use of com.liferay.ide.kaleo.core.model.WorkflowNode in project liferay-ide by liferay.
the class WorkflowDefinitionLayoutPersistenceService method _load.
private void _load() {
SapphireDiagramEditorPagePart part = _part();
part.setGridVisible(part.adapt(WorkflowDefinitionEditor.class).isGridVisible());
part.setShowGuides(part.adapt(WorkflowDefinitionEditor.class).isShowGuides());
ConnectionService connService = part.service(ConnectionService.class);
for (WorkflowNode workflowNode : _definition().getDiagramNodes()) {
DiagramNodePart nodePart = part.getDiagramNodePart(workflowNode);
if (nodePart != null) {
WorkflowNodeMetadata metadata = workflowNode.getMetadata().content(false);
Position position = metadata.getPosition();
Value<Integer> valueX = position.getX();
Value<Integer> valueY = position.getY();
DiagramNodeBounds bounds = new DiagramNodeBounds(valueX.content(), valueY.content(), -1, -1, false, false);
nodePart.setNodeBounds(bounds);
ListFactory<Transition> transitionsList = ListFactory.start();
for (Transition transition : workflowNode.nearest(CanTransition.class).getTransitions()) {
transitionsList.add(transition);
}
List<Transition> transitions = transitionsList.result();
for (Transition transition : transitions) {
DiagramConnectionPart connPart = _getConnectionPart(connService, transition);
if (connPart != null) {
TransitionMetadata transitionMetadata = _getTransitionMetadata(transition, metadata);
if (transitionMetadata == null) {
continue;
}
List<ConnectionBendpoint> bendpoints = transitionMetadata.getBendpoints();
if (ListUtil.isNotEmpty(bendpoints)) {
int index = 0;
for (ConnectionBendpoint bendpoint : bendpoints) {
connPart.addBendpoint(index++, bendpoint.getX().content(), bendpoint.getY().content());
}
}
Position labelPosition = transitionMetadata.getLabelLocation();
if (labelPosition != null) {
connPart.setLabelPosition(new Point(labelPosition.getX().content(), labelPosition.getY().content()));
}
}
}
}
}
for (DiagramConnectionPart connPart : connService.list()) {
connPart.attach(_connectionPartListener);
}
}
use of com.liferay.ide.kaleo.core.model.WorkflowNode in project liferay-ide by liferay.
the class WorkflowDefinitionLayoutPersistenceService method _handleWorkflowNodeMetaChange.
private void _handleWorkflowNodeMetaChange(WorkflowNodeMetadata workflowNodeMetadata) {
WorkflowNode workflowNode = workflowNodeMetadata.nearest(WorkflowNode.class);
if (workflowNode == null) {
return;
}
DiagramNodePart nodePart = _part().getDiagramNodePart(workflowNode);
if (nodePart != null) {
Position position = workflowNodeMetadata.getPosition();
Value<Integer> valueX = position.getX();
Value<Integer> valueY = position.getY();
DiagramNodeBounds nodeBounds = nodePart.getNodeBounds();
if ((nodeBounds.getX() != valueX.content()) || (nodeBounds.getY() != valueY.content())) {
nodePart.setNodeBounds(new DiagramNodeBounds(valueX.content(), valueY.content()));
}
}
ConnectionService connService = _part().service(ConnectionService.class);
if (workflowNode instanceof CanTransition) {
CanTransition canTransition = (CanTransition) workflowNode;
ElementList<Transition> transitions = canTransition.getTransitions();
for (Transition transition : transitions) {
List<Point> bendpoints = new ArrayList<>();
DiagramConnectionPart connPart = _getConnectionPart(connService, transition);
if (connPart != null) {
TransitionMetadata transitionMetadata = _getTransitionMetadata(transition, workflowNodeMetadata);
if (transitionMetadata != null) {
for (ConnectionBendpoint bendpoint : transitionMetadata.getBendpoints()) {
bendpoints.add(new Point(bendpoint.getX().content(), bendpoint.getY().content()));
}
connPart.resetBendpoints(bendpoints);
}
}
}
}
}
use of com.liferay.ide.kaleo.core.model.WorkflowNode in project liferay-ide by liferay.
the class WorkflowDefinitionLayoutPersistenceService method _save.
private void _save() {
_refreshPersistedPartsCache();
/*
* For nodes that are placed using default node positions and connection
* bend points that are calculated using connection router, we don't
* modify the corresponding model properties in order to allow "revert"
* in source editor to work correctly. So we need to do an explicit save
* of the node bounds and connection bend points here.
*/
_removeWorkflowNodeListeners();
_removeBendpointListeners();
for (DiagramNodePart nodePart : _part().getNodes()) {
Element modelElement = nodePart.getLocalModelElement();
WorkflowNode workflowNode = (WorkflowNode) modelElement;
if (!workflowNode.disposed()) {
_writeWorkflowNodeBoundsToMetaData(workflowNode, nodePart);
DiagramNodeBounds nodePartBounds = nodePart.getNodeBounds();
nodePartBounds.setAutoLayout(false);
nodePart.setNodeBounds(nodePartBounds);
}
}
for (DiagramConnectionPart connPart : _part().getConnections()) {
Element modelElement = connPart.getLocalModelElement();
Transition transition = (Transition) modelElement;
if (!transition.disposed()) {
_writeTransitionBendPoints(transition, connPart);
}
}
_addWorkflowNodeListeners();
_addBendpointListeners();
}
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