public void fileRenamed(FileRenameEvent fe) {
FileObject fo = fe.getFile();
if (FileUtil.isParentOf(root, fo) && fo.isFolder()) {
String rp = FileUtil.getRelativePath(root, fo.getParent());
String oldPath = rp + (rp.length() == 0 ? "" : "/") + fe.getName() + fe.getExt(); // NOI18N
boolean visible = VisibilityQuery.getDefault().isVisible(fo);
boolean doUpdate = false;
// Find all entries which have to be updated
ArrayList needsUpdate = new ArrayList();
for (Iterator it = names2nodes.keySet().iterator(); it.hasNext(); ) {
String p = (String) it.next();
if (p.startsWith(oldPath)) {
if (visible) {
needsUpdate.add(p);
} else {
names2nodes.remove(p);
doUpdate = true;
}
}
}
// If the node does not exists then there might have been update
// from ignored to non ignored
if (get(fo) == null && visible) {
cleanEmptyKeys(fo);
findNonExcludedPackages(fo);
doUpdate = true; // force refresh
}
int oldPathLen = oldPath.length();
String newPath = FileUtil.getRelativePath(root, fo);
for (Iterator it = needsUpdate.iterator(); it.hasNext(); ) {
String p = (String) it.next();
StringBuffer np = new StringBuffer(p);
np.replace(0, oldPathLen, newPath);
PackageNode n = updatePath(p, np.toString()); // Replace entries in cache
if (n != null) {
n.updateDisplayName(); // Update nodes
}
}
if (needsUpdate.size() > 1 || doUpdate) {
// Sorting might change
refreshKeys();
}
}
/*
else if ( FileUtil.isParentOf( root, fo ) && fo.isFolder() ) {
FileObject parent = fo.getParent();
PackageNode n = get( parent );
if ( n != null && VisibilityQuery.getDefault().isVisible( parent ) ) {
n.updateChildren();
}
}
*/
}
public void preprocessPackageNode(PackageNode node) {
super.preprocessPackageNode(node);
packages.add(node);
getChartData(node.getClasses().size())[CLASSES_PER_PACKAGE]++;
getChartData(node.getInboundDependencies().size())[INBOUNDS_PER_PACKAGE]++;
getChartData(node.getOutboundDependencies().size())[OUTBOUNDS_PER_PACKAGE]++;
}
public void visitOutboundPackageNode(PackageNode node) {
if (!getCoverage().contains(node)) {
getSelectedNodes().add(node);
Node copy = getFactory().createPackage(node.getName(), node.isConfirmed());
getCopiedNodes().add(copy);
currentNode.addDependency(copy);
}
}
/**
* Implements the getConnectionPoint method in Connector interface.
*
* @param wayPoint the way point to be connected
* @return the target connection point
* @throws IllegalArgumentException if given wayPoint is null
*/
public Point getConnectionPoint(Point wayPoint) {
Util.checkNotNull(wayPoint, "wayPoint");
// Get the top rectangle
Point position = parent.getLocation();
position.x += parent.getSelectionBound().x;
position.y += parent.getSelectionBound().y;
Dimension size = new Dimension();
Dimension compartmentSize = null;
if (parent.getStereotypeCompartment().isVisible()) {
compartmentSize = parent.getStereotypeCompartment().getPreferredSize();
Util.combineSize(size, compartmentSize, true);
}
compartmentSize = parent.getNameCompartment().getSize();
if (parent.getNamespaceCompartment().isVisible()) {
Util.combineSize(size, compartmentSize, true);
compartmentSize = parent.getNamespaceCompartment().getSize();
Util.combineSize(size, compartmentSize, false);
} else {
Util.combineSize(size, compartmentSize, false);
}
if (wayPoint.x < position.x + size.width && wayPoint.y < position.y + size.height) {
// Connect to the top rectangle
Rectangle bound = new Rectangle(position, size);
return new RectangleConnector(bound).getConnectionPoint(wayPoint);
}
// Connect to the bottom rectangle
position.y += size.height;
size.width = parent.getSelectionBound().width;
size.height = parent.getSelectionBound().height - size.height;
Rectangle bound = new Rectangle(position, size);
return new RectangleConnector(bound).getConnectionPoint(wayPoint);
}
public void fileDataCreated(FileEvent fe) {
FileObject fo = fe.getFile();
if (FileUtil.isParentOf(root, fo) && isVisible(root, fo)) {
FileObject parent = fo.getParent();
if (!VisibilityQuery.getDefault().isVisible(parent)) {
return; // Adding file into ignored directory
}
PackageNode n = get(parent);
if (n == null && !contains(parent)) {
add(parent, false);
refreshKeys();
} else if (n != null) {
n.updateChildren();
}
}
}
public void fileDeleted(FileEvent fe) {
FileObject fo = fe.getFile();
if (FileUtil.isParentOf(root, fo) && isVisible(root, fo)) {
if (fo.isFolder() || get(fo) != null) {
removeSubTree(fo);
// Now add the parent if necessary
FileObject parent = fo.getParent();
if ((FileUtil.isParentOf(root, parent) || root.equals(parent))
&& get(parent) == null
&& parent.isValid()) {
// Candidate for adding
if (!toBeRemoved(parent)) {
add(parent, true);
}
}
refreshKeysAsync();
} else {
FileObject parent = fo.getParent();
final PackageNode n = get(parent);
if (n != null) {
// #61027: workaround to a deadlock when the package is being changed from non-leaf to
// leaf:
boolean leaf = n.isLeaf();
DataFolder df = n.getDataFolder();
boolean empty = n.isEmpty(df);
if (leaf != empty) {
SwingUtilities.invokeLater(
new Runnable() {
public void run() {
n.updateChildren();
}
});
} else {
n.updateChildren();
}
}
// If the parent folder only contains folders remove it
if (toBeRemoved(parent)) {
remove(parent);
refreshKeysAsync();
}
}
}
}
public void testFeatureFeature() {
a.addDependency(b);
a.addDependency(b_B);
a.addDependency(b_B_b);
a_A.addDependency(b);
a_A.addDependency(b_B);
a_A.addDependency(b_B_b);
a_A_a.addDependency(b);
a_A_a.addDependency(b_B);
a_A_a.addDependency(b_B_b);
Visitor visitor = new LinkMinimizer();
visitor.traverseNodes(factory.getPackages().values());
assertEquals("a outbound", 0, a.getOutboundDependencies().size());
assertEquals("a inbound", 0, a.getInboundDependencies().size());
assertEquals("a_A outbound", 0, a_A.getOutboundDependencies().size());
assertEquals("a_A inbound", 0, a_A.getInboundDependencies().size());
assertEquals("a_A_a outbound", 1, a_A_a.getOutboundDependencies().size());
assertTrue("Missing a.A.a --> b.B.b", a_A_a.getOutboundDependencies().contains(b_B_b));
assertEquals("a_A_a inbound", 0, a_A_a.getInboundDependencies().size());
assertEquals("b outbound", 0, b.getOutboundDependencies().size());
assertEquals("b inbound", 0, b.getInboundDependencies().size());
assertEquals("b_B outbound", 0, b_B.getOutboundDependencies().size());
assertEquals("b_B inbound", 0, b_B.getInboundDependencies().size());
assertEquals("b_B_b outbound", 0, b_B_b.getOutboundDependencies().size());
assertEquals("b_B_b inbound", 1, b_B_b.getInboundDependencies().size());
assertTrue("Missing b.B.b <-- a.A.a", b_B_b.getInboundDependencies().contains(a_A_a));
}
/** Finds all empty parents of given package and deletes them */
private void cleanEmptyKeys(FileObject fo) {
FileObject parent = fo.getParent();
// Special case for default package
if (root.equals(parent)) {
PackageNode n = get(parent);
// the default package is considered empty if it only contains folders,
// regardless of the contents of these folders (empty or not)
if (n != null && PackageDisplayUtils.isEmpty(root, false)) {
remove(root);
}
return;
}
while (FileUtil.isParentOf(root, parent)) {
PackageNode n = get(parent);
if (n != null && n.isLeaf()) {
remove(parent);
}
parent = parent.getParent();
}
}
private void renderPackage(PackageNode pnode) {
String str;
// rootNode
if (pnode.getParent() == null) {
str = "Aggregate";
} else { // all the other nodes
str = pnode.getPackageName();
pnode.getParent().addNumberOfViolation(pnode.getNumberOfViolations());
}
packageBuf.insert(
length,
"<tr><td><b>"
+ str
+ "</b></td>"
+ " <td>-</td>"
+ " <td>"
+ pnode.getNumberOfViolations()
+ "</td>"
+ "</tr>"
+ PMD.EOL);
}
/*
* @see
* org.openide.util.actions.NodeAction#performAction(org.openide.nodes.Node[])
*/
@Override
protected void performAction(Node[] activatedNodes) {
final List<Package> updateList = new ArrayList<Package>();
Node node2 = null;
for (final Node node : activatedNodes)
if (node instanceof PackageNode) {
final Package pkg = (Package) ((PackageNode) node).getLookup().lookup(Package.class);
if (node2 == null) node2 = node.getParentNode();
updateList.add(pkg);
}
updatePackages(node2, updateList);
updateList.remove(updateList);
for (Node node : activatedNodes)
while (node != null) {
if (node instanceof PackageNode) ((PackageNode) node).refresh();
node = node.getParentNode();
}
}
static StyledString getStyledLabelFor(Node n) {
// TODO: it would be much better to render types
// from the tree nodes instead of from the
// model nodes
if (n instanceof Tree.TypeParameterDeclaration) {
Tree.TypeParameterDeclaration ac = (Tree.TypeParameterDeclaration) n;
return new StyledString(name(ac.getIdentifier()));
}
if (n instanceof Tree.AnyClass) {
Tree.AnyClass ac = (Tree.AnyClass) n;
StyledString label = new StyledString("class ", KW_STYLER);
label.append(name(ac.getIdentifier()), TYPE_ID_STYLER);
parameters(ac.getTypeParameterList(), label);
parameters(ac.getParameterList(), label);
return label;
} else if (n instanceof Tree.AnyInterface) {
Tree.AnyInterface ai = (Tree.AnyInterface) n;
StyledString label = new StyledString("interface ", KW_STYLER);
label.append(name(ai.getIdentifier()), TYPE_ID_STYLER);
parameters(ai.getTypeParameterList(), label);
return label;
} else if (n instanceof Tree.ObjectDefinition) {
Tree.ObjectDefinition ai = (Tree.ObjectDefinition) n;
return new StyledString("object ", KW_STYLER).append(name(ai.getIdentifier()), ID_STYLER);
} else if (n instanceof Tree.AttributeSetterDefinition) {
Tree.AttributeSetterDefinition ai = (Tree.AttributeSetterDefinition) n;
return new StyledString("assign ", KW_STYLER).append(name(ai.getIdentifier()), ID_STYLER);
} else if (n instanceof Tree.TypedDeclaration) {
Tree.TypedDeclaration td = (Tree.TypedDeclaration) n;
String type;
Styler styler;
if (td.getType() instanceof Tree.VoidModifier) {
type = "void";
styler = KW_STYLER;
} else {
type = type(td.getType());
styler = TYPE_STYLER;
}
StyledString label = new StyledString(type, styler);
label.append(" ").append(name(td.getIdentifier()), ID_STYLER);
if (n instanceof Tree.AnyMethod) {
Tree.AnyMethod am = (Tree.AnyMethod) n;
parameters(am.getTypeParameterList(), label);
for (Tree.ParameterList pl : am.getParameterLists()) {
parameters(pl, label);
}
}
return label;
} else if (n instanceof Tree.CompilationUnit) {
Tree.CompilationUnit ai = (Tree.CompilationUnit) n;
return new StyledString(ai.getUnit().getFilename());
} else if (n instanceof Tree.ImportList) {
return new StyledString("imports");
} else if (n instanceof Tree.Import) {
Tree.Import ai = (Tree.Import) n;
if (ai.getImportPath() != null && !ai.getImportPath().getIdentifiers().isEmpty()) {
return new StyledString(toPath(ai), QUALIFIER_STYLER);
}
} else if (n instanceof PackageNode) {
PackageNode pn = (PackageNode) n;
if (pn.getPackageName().isEmpty()) {
return new StyledString("default package");
} else {
return new StyledString(pn.getPackageName(), QUALIFIER_STYLER);
}
}
return new StyledString("<something>");
}
public void visitPackage(PackageNode node) {
if (node != null) {
visitAnnotations(node);
node.visit(this);
}
}
public void visitPackageNode(PackageNode node) {
currentNode = getFactory().createPackage(node.getName(), node.isConfirmed());
}
