private void addTreeItems(
List<ModFunc> modFuncs, ObservableList<TreeItem<ModFunc>> modFuncTreeItems) {
for (ModFunc modFunc : modFuncs) {
if (!modFunc.isSynthetic()) {
TreeItem<ModFunc> item = newFuncTreeItem(modFunc);
modFuncTreeItems.add(item);
}
}
}
private ArrayList<ModFunc> toModFuncs(
OtpErlangAtom moduleNameAtom, OtpErlangList exportedFuncs, boolean isExported) {
ArrayList<ModFunc> mfs = new ArrayList<>();
for (OtpErlangObject exported : exportedFuncs) {
ModFunc modFunc = ModFunc.toFunc(moduleNameAtom, exported, isExported);
mfs.add(modFunc);
}
return mfs;
}
private void buildObjectTreeRoot(OtpErlangList requestFunctions) {
boolean isExported;
for (OtpErlangObject e : requestFunctions) {
OtpErlangTuple tuple = (OtpErlangTuple) e;
OtpErlangAtom moduleNameAtom = (OtpErlangAtom) tuple.elementAt(0);
OtpErlangList exportedFuncs = (OtpErlangList) tuple.elementAt(1);
OtpErlangList localFuncs = (OtpErlangList) tuple.elementAt(2);
TreeItem<ModFunc> moduleItem;
moduleItem = new TreeItem<ModFunc>(ModFunc.toModule(moduleNameAtom));
moduleItem.setGraphic(treeIcon(AwesomeIcon.CUBE));
ObservableList<TreeItem<ModFunc>> modFuncs = FXCollections.observableArrayList();
SortedList<TreeItem<ModFunc>> sortedFuncs = new SortedList<TreeItem<ModFunc>>(modFuncs);
FilteredList<TreeItem<ModFunc>> filteredFuncs =
new FilteredList<TreeItem<ModFunc>>(sortedFuncs);
sortedFuncs.setComparator(treeItemModFuncComparator());
isExported = true;
addTreeItems(toModFuncs(moduleNameAtom, exportedFuncs, isExported), modFuncs);
isExported = false;
addTreeItems(toModFuncs(moduleNameAtom, localFuncs, isExported), modFuncs);
functionLists.add(filteredFuncs);
Bindings.bindContentBidirectional(moduleItem.getChildren(), filteredFuncs);
treeModules.add(moduleItem);
}
TreeItem<ModFunc> root;
root = new TreeItem<ModFunc>();
root.setExpanded(true);
Bindings.bindContentBidirectional(root.getChildren(), filteredTreeModules);
modulesTree.setRoot(root);
}
