protected void addFieldLinks() {
log.info("addFieldLinks()");
final Map<String, ZNode> nodeMap = new HashMap<String, ZNode>();
final Pattern patt = Pattern.compile("(private |protected |public |final |static )+\\s*(\\w+)");
// TODO redo this to actually include packages
for (ZNode node : selectedNode.getSubmodules()) {
if (node.getNodeType() == ZNodeType.CLASS) {
nodeMap.put(node.getName(), node);
}
}
log.info("nodeMap={}", nodeMap);
for (ZNode node : selectedNode.getSubmodules()) {
for (String line : node.getCodeLines()) {
final Matcher matcher = patt.matcher(line);
if (matcher.find()) {
log.info("group2={}", matcher.group(2));
if (nodeMap.containsKey(matcher.group(2))) {
links.add(new ZNodeLink(node, nodeMap.get(matcher.group(2)), LinkType.HAS_A));
}
}
}
}
// just add 1 so there's at least 1
links.add(new ZNodeLink(selectedNode, selectedNode, LinkType.HAS_A));
}
private void updateSubLocations(ZNode node, boolean immediate, Point2D loc) {
final Point center = new Point((int) Math.round(loc.getX()), (int) Math.round(loc.getY()));
// make bigger when more nodes
final float factor =
selectedNode == node ? (1.3f + logSize(node.getSubmodules().size()) / 2.2f) : 1.2f;
int size = Math.round(sizeMap.get(node) * factor);
final float xRatio = display.getWidth() / display.getHeight();
Map<ZNode, Point2D> map =
new PixelZNodePositioner(
center,
new Dimension((int) (size * xRatio), size),
new DirectionZNodePositioner(direction, makeNodePositioner()))
.getNewPositions(node);
for (ZNode sub : node.getSubmodules()) {
pointMap.put(sub, map.get(sub));
if (immediate) sub.setLocation((java.awt.geom.Point2D.Float) map.get(sub));
updateSubLocations(sub, immediate, map.get(sub));
}
if (node == selectedNode)
for (ZNode dep : node.getDependencies()) {
pointMap.put(dep, map.get(dep));
if (immediate) dep.setLocation((java.awt.geom.Point2D.Float) map.get(dep));
}
}
public void createSubNode(Point point) {
if (selectedNode != null) {
// create sub-module
final ZNodeType subtype;
switch (selectedNode.getNodeType()) {
case METHOD:
subtype = ZNodeType.CALLEE;
break;
case CLASS:
subtype = ZNodeType.METHOD;
break;
case PACKAGE:
subtype = ZNodeType.CLASS;
break;
case CALLEE:
case CALLER:
case DEPENDENCY:
return;
default:
subtype = ZNodeType.PACKAGE;
}
ZNode sub = createNewZ(point, subtype);
if (sub != null) selectedNode.getSubmodules().add(sub);
}
}
private ZNode createNewZNode(Point point, ZNodeType type, String name) {
if (name == null) {
return null;
}
final Point2D.Float zp = translateToZNodePoint(point);
final ZNode zNode = new ZNode(zp.x, zp.y, name.trim());
zNode.setNodeType(type);
zNode.setParentFile(selectedNode.getParentFile());
if (type == ZNodeType.DEPENDENCY) {
zNode.setCode(asList("artifactId=" + name, "groupId=" + name));
}
synchronized (zNodes) {
zNodes.add(zNode);
}
if (type == ZNodeType.METHOD) {
zNode.setParentFile(
new File(
selectedNode.getParentFile(),
selectedNode.getName() + "." + selectedNode.getExtension()));
int end = selectedNode.getEndLineNumber(apiFactory.getLanguageParser());
for (ZNode method : selectedNode.getSubmodules()) {
end += method.getCodeLineSize();
}
zNode.setExtension(String.valueOf(end));
System.err.println("ext=" + zNode.getExtension());
} else if (type == ZNodeType.CALLEE) {
selectedNode.addCodeLine(zNode.getName());
}
new ZCodeSaver(apiFactory).save(zNode);
return zNode;
}
protected void clicked(ZNode node) {
log.info("selected: " + node);
selectedNode = new ZCodeLoader(apiFactory).load(node);
synchronized (zNodes) {
zNodes.clear();
zNodes.add(selectedNode);
zNodes.addAll(selectedNode.getDependencies());
zNodes.addAll(selectedNode.getSubmodules());
}
count.set(0);
state = State.ANIMATING;
aniCount.set(0);
final Dimension dim = display.getDimension();
sortNodes();
float selSize = (float) Math.min(dim.getWidth(), dim.getHeight()) / 2.2f;
sizeMap.put(selectedNode, selSize);
float shrinkFactor = 0.2f;
float size = (float) (selSize * shrinkFactor);
for (ZNode dep : selectedNode.getDependencies()) {
sizeMap.put(dep, size);
}
for (ZNode sub : selectedNode.getSubmodules()) {
sub = new ZCodeLoader(apiFactory).load(sub);
sizeMap.put(sub, size + logSize(sub.getSubmodules().size()));
synchronized (zNodes) {
zNodes.addAll(sub.getSubmodules());
}
for (ZNode sub2 : sub.getSubmodules()) {
sizeMap.put(sub2, size * shrinkFactor + logSize(sub2.getCodeLineSize()));
}
}
Point2D.Float center = new Point2D.Float(selSize * 1.25f, selSize);
pointMap.put(node, center);
updateSubLocations(selectedNode, false, center);
}
private void addMethodLinks() {
log.info("addMethodLinks()");
final Map<String, ZNode> nodeMap = new HashMap<String, ZNode>();
final Pattern patt = Pattern.compile("(\\w+)\\(");
for (ZNode method : selectedNode.getSubmodules()) {
final Matcher matcher = patt.matcher(method.getName());
if (matcher.find()) {
final String name = matcher.group(1);
nodeMap.put(name, method);
}
}
log.info("nodeMap={}", nodeMap);
for (ZNode method : selectedNode.getSubmodules()) {
for (ZNode call : method.getSubmodules()) {
// TODO fix
if (nodeMap.containsKey(call.getName())) {
links.add(new ZNodeLink(method, nodeMap.get(call.getName()), LinkType.METHOD_CALL));
}
}
}
// just add 1 so there's at least 1
links.add(new ZNodeLink(selectedNode, selectedNode, LinkType.HAS_A));
}
private void sortNodes() {
Collections.sort(
selectedNode.getSubmodules(),
new Comparator<ZNode>() {
@Override
public int compare(ZNode node1, ZNode node2) {
switch (order) {
case ALPHA:
return node1.getName().compareTo(node2.getName());
case SIZE:
return node1.getCodeLineSize() - node2.getCodeLineSize();
case TIME:
return (int) (node1.getLastModified() - node2.getLastModified());
default:
return 0;
}
}
});
}
