public TreeSelectionEditor(
AppTemplateWizardAppearance appearance, SelectionItemProperties props) {
TreeStore<SelectionItem> store = new TreeStore<SelectionItem>(props.id());
tree = new SelectionItemTree(store, props.display());
// if (presenter.isEditingMode()) {
// /*
// * KLUDGE CORE-4653 JDS Set selection model to locked. This is to prevent the user
// from
// * making any selections due to the issue described in CORE-4653.
// */
// tree.getSelectionModel().setLocked(true);
// tree.setCore4653Kludge();
// }
tree.setHeight(appearance.getDefaultTreeSelectionHeight());
tree.addValueChangeHandler(new TreeValueChangeHandler());
selectionItemsEditor = new MyTreeStoreEditor(store, this);
// This handler must be added after the store is added to the tree, since the tree adds its own
// handlers that must trigger before this one.
// Restore the tree's Checked state from each item's isDefault field after it's filtered.
store.addStoreFilterHandler(new MyStoreFilterHandler());
VerticalLayoutContainer vlc = new VerticalLayoutContainer();
vlc.add(buildFilter(store), new VerticalLayoutData(1, -1));
vlc.add(tree);
argumentLabel = new FieldLabel(vlc);
argumentLabel.setLabelAlign(TOP);
argumentLabel.addDomHandler(
new ClickHandler() {
@Override
public void onClick(ClickEvent event) {
TreeSelectionEditor.this.fireEvent(new ArgumentSelectedEvent(model));
}
},
ClickEvent.getType());
labelLeafEditor = new LabelLeafEditor<String>(argumentLabel, this, appearance);
idEditor = SimpleEditor.<String>of();
typeEditor = SimpleEditor.<ArgumentType>of();
requiredEditor = new LabelLeafEditor<Boolean>(argumentLabel, this, appearance);
descriptionEditor = new LabelLeafEditor<String>(argumentLabel, this, appearance);
initWidget(argumentLabel);
visibilityEditor = new VisibilityEditor(this);
}
/**
* @param selection a splittable which this function assumes is a list of {@link SelectionItem}s
*/
public void setSelection(Splittable selection) {
selectionItemsEditor.setSuppressEvent(true);
AppTemplateAutoBeanFactory factory = GWT.create(AppTemplateAutoBeanFactory.class);
SelectionItemList siList =
AutoBeanCodex.decode(
factory,
SelectionItemList.class,
"{\"selectionItems\": " + selection.getPayload() + "}")
.as();
List<SelectionItem> items = siList.getSelectionItems();
tree.setSelection(items);
selectionItemsEditor.setSuppressEvent(false);
}
@Override
public void setValue(Argument value) {
if ((value == null) || !value.getType().equals(ArgumentType.TreeSelection)) {
return;
}
List<SelectionItem> toBeRemoved =
AutoBeanUtils.getAutoBean(value).getTag(SelectionItem.TO_BE_REMOVED);
if (toBeRemoved != null) {
selectionItemsEditor.setSuppressEvent(true);
for (SelectionItem si : toBeRemoved) {
tree.getStore().remove(si);
}
selectionItemsEditor.setSuppressEvent(false);
}
AutoBeanUtils.getAutoBean(value).setTag(SelectionItem.TO_BE_REMOVED, null);
this.model = value;
boolean restoreSelectionsFromDefaultValue =
(value.getDefaultValue() != null)
&& (value.getDefaultValue().isIndexed())
&& (value.getDefaultValue().size() > 0);
tree.setRestoreCheckedSelectionFromTree(!restoreSelectionsFromDefaultValue);
selectionItemsEditor.setValue(value.getSelectionItems());
if (restoreSelectionsFromDefaultValue) {
/*
* JDS If we're not in editing mode, and there is a list of items in the defaultValue field.
* This should only happen when an app is being re-launched from the Analysis window, and
* there were values selected for the Tree.
*/
Splittable defValCopy = value.getDefaultValue().deepCopy();
setSelection(defValCopy);
/*
* JDS Clear default value so future selections can be made (since they are made through
* value.getSelectionItems() and not value.defaultValue()
*/
value.setDefaultValue(null);
}
}
@Override
public void setEnabled(boolean enabled) {
super.setEnabled(enabled);
tree.setEnabled(enabled);
tree.getSelectionModel().setLocked(!enabled);
}
