/**
* Constructor for a test run controller
*
* @param userCourseEnv
* @param moduleConfiguration
* @param secCallback
* @param ureq
* @param wControl
* @param testCourseNode
*/
IQRunController(
final UserCourseEnvironment userCourseEnv,
final ModuleConfiguration moduleConfiguration,
final IQSecurityCallback secCallback,
final UserRequest ureq,
final WindowControl wControl,
final IQTESTCourseNode testCourseNode,
final AssessmentNotificationsHandler notificationHandler) {
super(ureq, wControl);
this.modConfig = moduleConfiguration;
this.secCallback = secCallback;
this.userCourseEnv = userCourseEnv;
this.courseNode = testCourseNode;
this.type = AssessmentInstance.QMD_ENTRY_TYPE_ASSESS;
this.singleUserEventCenter = ureq.getUserSession().getSingleUserEventCenter();
this.assessmentEventOres = OresHelper.createOLATResourceableType(AssessmentEvent.class);
this.assessmentInstanceOres = OresHelper.createOLATResourceableType(AssessmentInstance.class);
this.chatEventOres = OresHelper.createOLATResourceableType(InstantMessaging.class);
this.notificationHandler = notificationHandler;
this.userSession = ureq.getUserSession();
addLoggingResourceable(LoggingResourceable.wrap(courseNode));
myContent = createVelocityContainer("testrun");
mainPanel = putInitialPanel(myContent);
if (!modConfig
.get(IQEditController.CONFIG_KEY_TYPE)
.equals(AssessmentInstance.QMD_ENTRY_TYPE_ASSESS)) {
throw new OLATRuntimeException(
"IQRunController launched with Test constructor but module configuration not configured as test",
null);
}
init(ureq);
exposeUserTestDataToVC(ureq);
final StringBuilder qtiChangelog = createChangelogMsg(ureq);
// decide about changelog in VC
if (qtiChangelog.length() > 0) {
// there is some message
myContent.contextPut("changeLog", qtiChangelog);
}
// if show results on test home page configured - show log
final Boolean showResultOnHomePage =
(Boolean)
testCourseNode
.getModuleConfiguration()
.get(IQEditController.CONFIG_KEY_RESULT_ON_HOME_PAGE);
myContent.contextPut("showChangelog", showResultOnHomePage);
}
/**
* Collection of constants stored in DB, and referenced in data layer (only?). They cannot be
* changed without migrating the DB data. Package visibility.
*
* <p>Initial Date: 23.06.2011 <br>
*
* @author lavinia
*/
public class Constants {
// same as BlogFileResource.TYPE_NAME - pure coincidence ?!
static final String BLOG_ARTEFACT_NAME = "FileResource.BLOG";
static final String WIKI_ARTEFACT_NAME = "FileResource.WIKI";
static final String EFFICIENCY_STATEMENT_ARTEFACT_NAME = "EfficiencyStatement";
static final String STRUCTURE_ELEMENT_ARTEFACT_NAME = "ep-structure-element";
static final String TEXT_ARTEFACT_NAME = "text";
static final String FILE_ARTEFACT_NAME = "bc";
static final String FORUM_ARTEFACT_NAME = OresHelper.calculateTypeName(Forum.class);
static final String LIVE_BLOG_ARTEFACT_NAME = "liveblog";
}
@Override
public LockResult acquireLock(
final OLATResourceable ores, final OLATPrincipal requestor, final String locksubkey) {
final String asset = OresHelper.createStringRepresenting(ores, locksubkey);
final LockResult res =
syncer.doInSync(
ores,
new SyncerCallback<LockResult>() {
@Override
public LockResult execute() {
LockResultImpl lres;
LockImpl li = clusterLockManager.findLock(asset);
if (li == null) { // fine, we can lock it
li = clusterLockManager.createLockImpl(asset, requestor);
clusterLockManager.saveLock(li);
final LockEntry le =
new LockEntry(li.getAsset(), li.getCreationDate().getTime(), li.getOwner());
lres = new LockResultImpl(true, le);
} else {
// already locked by a user.
// if that user is us, we can reacquire it
final LockEntry le =
new LockEntry(li.getAsset(), li.getCreationDate().getTime(), li.getOwner());
if (requestor.equals(li.getOwner())) {
// that's us -> success (asset, owner is the
// same, and we leave creationdate to when the
// lock was originally acquired, not
// when it was reacquired.
lres = new LockResultImpl(true, le);
} else {
log.info(
"Lock for resource: "
+ asset
+ " requested by "
+ requestor
+ " already held by "
+ li.getOwner());
lres = new LockResultImpl(false, le);
}
}
return lres;
}
});
return res;
}
/**
* @param ureq
* @param cpRoot
* @param showMenu
* @param activateFirstPage
*/
CPDisplayController(
final UserRequest ureq,
final WindowControl wControl,
final VFSContainer rootContainer,
final boolean showMenu,
final boolean activateFirstPage,
final String initialUri,
final OLATResourceable ores) {
super(ureq, wControl);
this.rootContainer = rootContainer;
// wrapper velocity container for page content
this.myContent = createVelocityContainer("cpDisplay");
// the cp component, added to the velocity
if (!ureq.getUserSession().getRoles().isGuestOnly()) {
final SearchServiceUIFactory searchServiceUIFactory =
(SearchServiceUIFactory) CoreSpringFactory.getBean(SearchServiceUIFactory.class);
searchCtrl =
searchServiceUIFactory.createInputController(ureq, wControl, DisplayOption.BUTTON, null);
myContent.put("search_input", searchCtrl.getInitialComponent());
}
// TODO:gs:a
// may add an additional config for disabling, enabling IFrame style or not in CP mode
// but always disable IFrame display when in screenreader mode (no matter whether style gets
// ugly)
if (getWindowControl().getWindowBackOffice().getWindowManager().isForScreenReader()) {
cpComponent = new HtmlStaticPageComponent("", rootContainer);
cpComponent.addListener(this);
myContent.put("cpContent", cpComponent);
} else {
cpContentCtr =
new IFrameDisplayController(ureq, getWindowControl(), rootContainer, null, ores);
cpContentCtr.setAllowDownload(true);
listenTo(cpContentCtr);
myContent.put("cpContent", cpContentCtr.getInitialComponent());
}
// even if we do not show the menu, we need to build parse the manifest and
// find the first node to display at startup
final VFSItem mani = rootContainer.resolve("imsmanifest.xml");
if (mani == null || !(mani instanceof VFSLeaf)) {
throw new OLATRuntimeException(
"error.manifest.missing",
null,
this.getClass().getPackage().getName(),
"CP " + rootContainer + " has no imsmanifest",
null);
}
// initialize tree model in any case
ctm = new CPManifestTreeModel((VFSLeaf) mani);
if (showMenu) {
// the menu is only initialized when needed.
cpTree = new MenuTree("cpDisplayTree");
cpTree.setTreeModel(ctm);
cpTree.addListener(this);
}
LoggingResourceable nodeInfo = null;
if (activateFirstPage) {
// set content to first accessible child or root node if no children
// available
TreeNode node = ctm.getRootNode();
if (node == null) {
throw new OLATRuntimeException(
CPDisplayController.class,
"root node of content packaging was null, file:" + rootContainer,
null);
}
while (node != null && !node.isAccessible()) {
if (node.getChildCount() > 0) {
node = (TreeNode) node.getChildAt(0);
} else {
node = null;
}
}
if (node != null) { // node.isAccessible
final String nodeUri = (String) node.getUserObject();
if (cpContentCtr != null) {
cpContentCtr.setCurrentURI(nodeUri);
}
if (cpComponent != null) {
cpComponent.setCurrentURI(nodeUri);
}
if (showMenu) {
cpTree.setSelectedNodeId(node.getIdent());
}
// activate the selected node in the menu (skips the root node that is
// empty anyway and saves one user click)
selNodeId = node.getIdent();
nodeInfo = LoggingResourceable.wrapCpNode(nodeUri);
}
} else if (initialUri != null) {
// set page
if (cpContentCtr != null) {
cpContentCtr.setCurrentURI(initialUri);
}
if (cpComponent != null) {
cpComponent.setCurrentURI(initialUri);
}
// update menu
final TreeNode newNode = ctm.lookupTreeNodeByHref(initialUri);
if (newNode != null) { // user clicked on a link which is listed in the
// toc
if (cpTree != null) {
cpTree.setSelectedNodeId(newNode.getIdent());
} else {
selNodeId = newNode.getIdent();
}
}
nodeInfo = LoggingResourceable.wrapCpNode(initialUri);
}
// Note: the ores has a typename of ICourse - see
// CPCourseNode.createNodeRunConstructorResult
// which has the following line:
// OresHelper.createOLATResourceableInstance(ICourse.class,
// userCourseEnv.getCourseEnvironment().getCourseResourceableId());
// therefore we use OresHelper.calculateTypeName(ICourse.class) here
if (ores != null
&& nodeInfo != null
&& !OresHelper.calculateTypeName(ICourse.class).equals(ores.getResourceableTypeName())) {
addLoggingResourceable(LoggingResourceable.wrap(ores, OlatResourceableType.cp));
ThreadLocalUserActivityLogger.log(
LearningResourceLoggingAction.LEARNING_RESOURCE_OPEN, getClass(), nodeInfo);
}
putInitialPanel(myContent);
}
@Override
public boolean isLocked(final OLATResourceable ores, final String locksubkey) {
final String asset = OresHelper.createStringRepresenting(ores, locksubkey);
final LockImpl li = clusterLockManager.findLock(asset);
return (li != null);
}
/** * Description:<br> * Test for the marking service * * <p>Initial Date: 8 juin 2010 <br> * * @author srosse, [email protected] */ public class MarkingITCase extends OlatTestCase { private Identity ident1, ident2, ident3; private Identity[] identities; private final String subPath1 = "sub-path-1"; private final String subPath2 = "sub-path-2"; private final String subPath3 = "sub-path-3"; private final String subPath4 = "sub-path-4"; private final String[] subPaths = {subPath1, subPath2, subPath3, subPath4}; private static final OLATResourceable ores = OresHelper.createOLATResourceableInstance("testresource", Long.valueOf(1234l)); private static MarkDAO marking; /** @see junit.framework.TestCase#setUp() */ @Before public void setUp() throws Exception { ident1 = JunitTestHelper.createAndPersistIdentityAsUser("test-1"); ident2 = JunitTestHelper.createAndPersistIdentityAsUser("test-2"); ident3 = JunitTestHelper.createAndPersistIdentityAsUser("test-3"); identities = new Identity[] {ident1, ident2, ident3}; marking = applicationContext.getBean(MarkDAO.class); } @Test public void testSetMark() { for (final Identity ident : identities) { final Mark mark = marking.setMark(ores, ident, subPath1, ""); assertEquals(ident, mark.getCreator()); assertEquals(subPath1, mark.getResSubPath()); assertEquals( ores.getResourceableTypeName(), mark.getOLATResourceable().getResourceableTypeName()); assertEquals(ores.getResourceableId(), mark.getOLATResourceable().getResourceableId()); final boolean marked = marking.isMarked(ores, ident, subPath1); assertTrue(marked); } } @Test public void testRemoveMark() { for (final Identity ident : identities) { marking.setMark(ores, ident, subPath1, ""); } marking.removeMark(ores, ident1, subPath1); final boolean markedAfterRemove = marking.isMarked(ores, ident1, subPath1); assertEquals(markedAfterRemove, false); final boolean marked = marking.isMarked(ores, ident2, subPath1); assertTrue(marked); } @Test public void testRemoveResource() { for (final Identity ident : identities) { for (final String subPath : subPaths) { marking.setMark(ores, ident, subPath, ""); } } marking.deleteMark(ores); boolean marked = false; for (final Identity ident : identities) { for (final String subPath : subPaths) { marked |= marking.isMarked(ores, ident, subPath); } } assertFalse(marked); } @Test public void testIdentityStats() { for (final String subPath : subPaths) { if (subPath.equals(subPath3)) { continue; } marking.setMark(ores, ident1, subPath, ""); } final List<String> subPathList = Arrays.asList(subPaths); final List<MarkResourceStat> stats = marking.getStats(ores, subPathList, ident1); assertEquals(3, stats.size()); for (final MarkResourceStat stat : stats) { assertEquals(1, stat.getCount()); } } @Test public void testStats() { for (final Identity ident : identities) { for (final String subPath : subPaths) { if (subPath.equals(subPath3)) { continue; } marking.setMark(ores, ident, subPath, ""); } } final List<String> subPathList = Arrays.asList(subPath1, subPath2, subPath3); final List<MarkResourceStat> stats = marking.getStats(ores, subPathList, null); assertEquals(2, stats.size()); for (final MarkResourceStat stat : stats) { assertEquals(3, stat.getCount()); } } /* * @Test public void testHeavyLoadStats() { final int numberOf = 30; List<Identity> loadIdentities = new ArrayList<Identity>(); for(int i=0; i<numberOf; i++) { * loadIdentities.add(JunitTestHelper.createAndPersistIdentityAsUser("identity-test-" + i)); } DBFactory.getInstance().intermediateCommit(); List<OLATResourceable> * loadOres = new ArrayList<OLATResourceable>(); for(int i=0; i<numberOf; i++) { loadOres.add(OresHelper.createOLATResourceableInstance("testresource", * Long.valueOf(12300 + i))); } List<String> loadSubPaths = new ArrayList<String>(); for(int i=0; i<numberOf; i++) { loadSubPaths.add("sub-path-" + i); } int count = * 0; for(Identity ident:loadIdentities) { for(OLATResourceable o:loadOres) { for(String sPath:loadSubPaths) { service.setMark(o, ident, sPath, ""); if(++count % 20 * == 0) { DBFactory.getInstance().intermediateCommit(); } } } } DBFactory.getInstance().intermediateCommit(); long start = System.currentTimeMillis(); * List<MarkResourceStat> stat1s = service.getStats(loadOres.get(7), null, loadIdentities.get(15)); System.out.println(stat1s.size() + " in (ms): " + * (System.currentTimeMillis() - start)); DBFactory.getInstance().intermediateCommit(); start = System.currentTimeMillis(); List<MarkResourceStat> stat2s = * service.getStats(loadOres.get(18), null, null); System.out.println(stat2s.size() + " in (ms): " + (System.currentTimeMillis() - start)); * DBFactory.getInstance().intermediateCommit(); } */ }