/** Returns the "dirty" state */
public boolean isDirty() {
// Check each settings page
List<AbstractConfigurePropertyOptionsPage> pages = getPagesForConfig();
// Make sure we have something to work on
if (pages == null) {
// Nothing to do
return false;
}
ListIterator<AbstractConfigurePropertyOptionsPage> iter = pages.listIterator();
while (iter.hasNext()) {
AbstractConfigurePropertyOptionsPage page = iter.next();
if (page == null) continue;
if (page.isDirty()) return true;
}
return false;
}
private void setValues() {
/*
* This method updates the context of the build property pages
* - Which configuration/resource configuration is selected
* - Which tool/option category is selected
*
* It is called:
* - When a property page becomes visible
* - When the user changes the configuration selection
* - When the user changes the "exclude" setting for a resource
*/
IConfiguration icfg = getCfg(icfgd.getConfiguration());
if (icfg instanceof IMultiConfiguration) {
fTree.setInput(null);
fTree.getControl().setEnabled(false);
currentSettingsPage.setVisible(false);
return;
}
IAConfiguration currCfg = getAutotoolsCfg();
// Create the Tree Viewer content provider if first time
if (listprovider == null) {
listprovider = new ToolListContentProvider();
fTree.setContentProvider(listprovider);
}
// Update the selected configuration and the Tree Viewer
ToolListElement[] newElements;
fTree.setInput(currCfg);
fTree.getControl().setEnabled(true);
newElements = (ToolListElement[]) listprovider.getElements(currCfg);
fTree.expandAll();
selectedElement = newElements[0];
fTree.setSelection(new StructuredSelection(selectedElement), true);
}
private void displayPageForElement(ToolListElement element) {
selectedElement = element;
settingsStore.setSelection(getAutotoolsCfg(), selectedElement);
AbstractConfigurePropertyOptionsPage oldPage = currentSettingsPage;
currentSettingsPage = null;
// Create a new settings page if necessary
List<AbstractConfigurePropertyOptionsPage> pages = getPagesForConfig();
ListIterator<AbstractConfigurePropertyOptionsPage> iter = pages.listIterator();
while (iter.hasNext()) {
AbstractConfigurePropertyOptionsPage page = iter.next();
if (page.getName().equals(element.getName())) {
currentSettingsPage = page;
break;
}
}
if (currentSettingsPage == null) {
if (element.getType() == IConfigureOption.TOOL) {
currentSettingsPage = new AutotoolsToolPropertyOptionPage(element, getAutotoolsCfg());
} else {
currentSettingsPage = new AutotoolsCategoryPropertyOptionPage(element, getAutotoolsCfg());
}
pages.add(currentSettingsPage);
currentSettingsPage.setContainer(this);
if (currentSettingsPage.getControl() == null) {
currentSettingsPage.createControl(settingsPageContainer);
}
}
// Make all the other pages invisible
Control[] children = settingsPageContainer.getChildren();
Control currentControl = currentSettingsPage.getControl();
for (int i = 0; i < children.length; i++) {
if (children[i] != currentControl) children[i].setVisible(false);
}
currentSettingsPage.setVisible(true);
currentSettingsPage.updateFields();
if (oldPage != null && oldPage != currentSettingsPage) oldPage.setVisible(false);
// Set the size of the scrolled area
containerSC.setMinSize(currentSettingsPage.computeSize());
settingsPageContainer.layout();
}
protected void setValues() {
/*
* This method updates the context of the build property pages
* - Which configuration/resource configuration is selected
* - Which tool/option category is selected
*
* It is called:
* - When a property page becomes visible
* - When the user changes the configuration selection
* - When the user changes the "exclude" setting for a resource
*/
IConfiguration icfg = getCfg(icfgd.getConfiguration());
if (icfg instanceof IMultiConfiguration) {
fTree.setInput(null);
fTree.getControl().setEnabled(false);
currentSettingsPage.setVisible(false);
return;
}
IAConfiguration currCfg = getAutotoolsCfg();
// Create the Tree Viewer content provider if first time
if (listprovider == null) {
listprovider = new ToolListContentProvider();
fTree.setContentProvider(listprovider);
}
// Update the selected configuration and the Tree Viewer
ToolListElement[] newElements;
fTree.setInput(currCfg);
fTree.getControl().setEnabled(true);
newElements = (ToolListElement[]) listprovider.getElements(currCfg);
fTree.expandAll();
selectedElement = newElements[0];
fTree.setSelection(new StructuredSelection(selectedElement), true);
// // Determine what the selection in the tree should be
// // If the saved selection is not null, try to match the saved selection
// // with an object in the new element list.
// // Otherwise, select the first tool in the tree
// Object primaryObject = null;
// if (selectedElement != null) {
// selectedElement = matchSelectionElement(selectedElement, newElements);
// }
//
// if (selectedElement == null) {
// selectedElement = (newElements != null && newElements.length > 0 ? newElements[0] : null);
// }
//
// if (selectedElement != null) {
// primaryObject = selectedElement.getTool();
// if (primaryObject == null) {
// primaryObject = selectedElement.getOptionCategory();
// }
// if (primaryObject != null) {
// if (primaryObject instanceof IOptionCategory) {
// ((ToolSettingsPrefStore)settingsStore).setSelection(getResDesc(), selectedElement,
// (IOptionCategory)primaryObject);
// }
// optionList.setSelection(new StructuredSelection(selectedElement), true);
// }
// }
// specificResize();
}
