public boolean deletePseudoCompCmd(
MapperPseudoComp oldPseudoComp,
TreeItem treeItem,
TreePath subjectTPath,
boolean inLeftTree,
MapperStaticContext stContext) {
//
MapperTcContext tcContext = MapperTcContext.class.cast(stContext);
BpelMapperPseudoComp oldBpelPseudoComp = BpelMapperPseudoComp.class.cast(oldPseudoComp);
//
BpelMapperLsmProcessor lsmProcessor = new BpelMapperLsmProcessor(tcContext);
lsmProcessor.deleteLsm(tcContext, treeItem, oldBpelPseudoComp, inLeftTree);
//
BpelMapperModel mModel = tcContext.getMapperModel();
MapperSwingTreeModel treeModel = null;
if (inLeftTree) {
treeModel = mModel.getLeftTreeModel();
} else {
treeModel = mModel.getRightTreeModel();
}
//
// Update BPEL model
if (inLeftTree) {
treeModel = mModel.getLeftTreeModel();
List<TreePath> dependentGraphs = mModel.getLeftChangeAffectedGraphs(oldBpelPseudoComp);
for (TreePath graphPath : dependentGraphs) {
mModel.removeIngoingLinks(graphPath, subjectTPath);
}
//
// Modify BPEL model for all changed graphs in one transaction.
mModel.fireGraphsChanged(dependentGraphs);
} else {
treeModel = mModel.getRightTreeModel();
mModel.removeNestedGraphs(subjectTPath);
}
//
// Remove node from the tree
treeModel.remove(subjectTPath);
//
return true;
}
public boolean addPseudoCompCmd(
DetachedPseudoComp newDPC,
TreePath xsdAnyTreePath,
boolean inLeftTree,
MapperStaticContext sContext)
throws ExtRegistrationException {
//
// Preparation
MapperTcContext tcContext = MapperTcContext.class.cast(sContext);
BpelMapperModel bmm = tcContext.getMapperModel();
BpelMapperSwingTreeModel treeModel =
inLeftTree ? bmm.getLeftTreeModel() : bmm.getRightTreeModel();
TreeItem xsdAnyTreeItem = MapperSwingTreeModel.getTreeItem(xsdAnyTreePath);
BpelExtManagerHolder bemh = treeModel.getExtManagerHolder();
BpelPseudoCompManager pseudoCompManager = bemh.getPseudoCompManager();
//
try {
//
XPathSchemaContext baseSContext =
BpelPathConverter.singleton().constructContext(xsdAnyTreeItem, true);
BpelMapperPseudoComp newPseudoComp = new BpelMapperPseudoComp(baseSContext, newDPC);
LocationStepModifier newPseudo =
pseudoCompManager.registerNewPseudoComp(tcContext, xsdAnyTreeItem, newPseudoComp);
if (newPseudo == null) {
return Boolean.FALSE;
}
//
TreePath parentPath = xsdAnyTreePath.getParentPath();
//
// Update tree
int childIndex =
treeModel.getIndexOfChild(
parentPath.getLastPathComponent(), xsdAnyTreePath.getLastPathComponent());
treeModel.insertChild(parentPath, childIndex + 1, newPseudoComp);
//
// Set selection to the added pseudo component item
Mapper mapper = tcContext.getMapper();
if (mapper != null) {
TreeFinderProcessor findProc = new TreeFinderProcessor(treeModel);
TreePath newPseudoPath = findProc.findChildByDataObj(parentPath, newPseudoComp);
//
if (inLeftTree) {
LeftTree leftTree = mapper.getLeftTree();
leftTree.setSelectionPath(newPseudoPath);
} else {
mapper.expandGraphs(Collections.singletonList(newPseudoPath));
mapper.setSelected(newPseudoPath);
}
}
} catch (ExtRegistrationException regEx) {
Throwable cause = regEx.getCause();
if (cause instanceof VetoException) {
VetoException vetoEx = (VetoException) cause;
String errMsg = vetoEx.getMessage();
UserNotification.showMessage(errMsg);
return Boolean.FALSE;
} else if (cause instanceof InvalidNamespaceException) {
InvalidNamespaceException nsEx = (InvalidNamespaceException) cause;
String errMsg = nsEx.getMessage();
UserNotification.showMessage(errMsg);
return Boolean.FALSE;
} else {
throw regEx;
}
}
//
return Boolean.TRUE;
}
