Examples with CourseEditorTreeNode org.olat.course.tree.CourseEditorTreeNode used on opensource projects

Example 86 with CourseEditorTreeNode

use of org.olat.course.tree.CourseEditorTreeNode in project openolat by klemens.

the class CheckListStepRunnerCallback method execute.

@Override
public Step execute(UserRequest ureq, WindowControl wControl, StepsRunContext runContext) {
    GeneratorData data = (GeneratorData) runContext.get("data");
    List<Checkbox> templateCheckbox = data.getCheckboxList();
    ModuleConfiguration templateConfig = data.getModuleConfiguration();
    ICourse course = CourseFactory.getCourseEditSession(courseOres.getResourceableId());
    CourseEnvironment courseEnv = course.getCourseEnvironment();
    CheckboxManager checkboxManager = CoreSpringFactory.getImpl(CheckboxManager.class);
    CourseNode structureNode = createCourseNode(data.getStructureShortTitle(), data.getStructureTitle(), data.getStructureObjectives(), "st");
    CourseEditorTreeNode parentNode = (CourseEditorTreeNode) course.getEditorTreeModel().getRootNode();
    course.getEditorTreeModel().addCourseNode(structureNode, parentNode.getCourseNode());
    List<CheckListNode> nodes = data.getNodes();
    List<String> nodesIdent = new ArrayList<>();
    for (CheckListNode node : nodes) {
        String title = node.getTitle();
        CheckListCourseNode checkNode = (CheckListCourseNode) createCourseNode(title, title, null, "checklist");
        nodesIdent.add(checkNode.getIdent());
        ModuleConfiguration config = checkNode.getModuleConfiguration();
        config.putAll(templateConfig);
        CheckboxList checkboxList = new CheckboxList();
        List<Checkbox> boxes = new ArrayList<>();
        for (Checkbox templateBox : templateCheckbox) {
            Checkbox checkbox = templateBox.clone();
            boxes.add(checkbox);
            if (StringHelper.containsNonWhitespace(templateBox.getFilename())) {
                File path = new File(FolderConfig.getCanonicalTmpDir(), templateBox.getCheckboxId());
                VFSContainer tmpContainer = new LocalFolderImpl(path);
                VFSItem item = tmpContainer.resolve(templateBox.getFilename());
                if (item instanceof VFSLeaf) {
                    VFSContainer container = checkboxManager.getFileContainer(courseEnv, checkNode);
                    VFSManager.copyContent(tmpContainer, container);
                    tmpContainer.deleteSilently();
                }
            }
        }
        checkboxList.setList(boxes);
        config.set(CheckListCourseNode.CONFIG_KEY_CHECKBOX, checkboxList);
        boolean dueDate = node.getDueDate() != null;
        if (dueDate) {
            config.set(CheckListCourseNode.CONFIG_KEY_DUE_DATE, node.getDueDate());
        }
        config.set(CheckListCourseNode.CONFIG_KEY_CLOSE_AFTER_DUE_DATE, new Boolean(dueDate));
        course.getEditorTreeModel().addCourseNode(checkNode, structureNode);
    }
    setScoreCalculation(data, (STCourseNode) structureNode, nodesIdent);
    return StepsMainRunController.DONE_MODIFIED;
}

Example 87 with CourseEditorTreeNode

use of org.olat.course.tree.CourseEditorTreeNode in project openolat by klemens.

the class ModifyCourseEvent method createCourse.

/**
 * Creates an empty course with a single root node. The course is linked to
 * the resourceable ores. The efficiency statment are enabled per default!
 *
 * @param ores
 * @param shortTitle Short title of root node
 * @param longTitle Long title of root node
 * @param learningObjectives Learning objectives of root node
 * @return An empty course with a single root node.
 */
public static ICourse createCourse(RepositoryEntry courseEntry, String shortTitle, String longTitle, String learningObjectives) {
    OLATResource courseResource = courseEntry.getOlatResource();
    PersistingCourseImpl newCourse = new PersistingCourseImpl(courseResource);
    // Put new course in course cache
    loadedCourses.put(newCourse.getResourceableId(), newCourse);
    Structure initialStructure = new Structure();
    CourseNode runRootNode = new STCourseNode();
    runRootNode.setShortTitle(shortTitle);
    runRootNode.setLongTitle(longTitle);
    runRootNode.setLearningObjectives(learningObjectives);
    initialStructure.setRootNode(runRootNode);
    newCourse.setRunStructure(initialStructure);
    newCourse.saveRunStructure();
    CourseEditorTreeModel editorTreeModel = new CourseEditorTreeModel();
    CourseEditorTreeNode editorRootNode = new CourseEditorTreeNode((CourseNode) ObjectCloner.deepCopy(runRootNode));
    editorTreeModel.setRootNode(editorRootNode);
    newCourse.setEditorTreeModel(editorTreeModel);
    newCourse.saveEditorTreeModel();
    // enable efficiency statement per default
    CourseConfig courseConfig = newCourse.getCourseConfig();
    courseConfig.setEfficencyStatementIsEnabled(true);
    newCourse.setCourseConfig(courseConfig);
    return newCourse;
}

Example 88 with CourseEditorTreeNode

use of org.olat.course.tree.CourseEditorTreeNode in project openolat by klemens.

the class AssessmentHelper method getAssessableNodes.

/**
 * Get all assessable nodes including the root node (if assessable)
 *
 * @param editorModel
 * @param excludeNode Node that should be excluded in the list, e.g. the
 *          current node or null if all assessable nodes should be used
 * @return List of assessable course nodes
 */
public static List<CourseNode> getAssessableNodes(final CourseEditorTreeModel editorModel, final CourseNode excludeNode) {
    CourseEditorTreeNode rootNode = (CourseEditorTreeNode) editorModel.getRootNode();
    final List<CourseNode> nodes = new ArrayList<CourseNode>();
    // visitor class: takes all assessable nodes if not the exclude node and
    // puts
    // them into the nodes list
    Visitor visitor = new Visitor() {

        @Override
        public void visit(INode node) {
            CourseEditorTreeNode editorNode = (CourseEditorTreeNode) node;
            CourseNode courseNode = editorModel.getCourseNode(node.getIdent());
            if (!editorNode.isDeleted() && (courseNode != excludeNode)) {
                if (checkIfNodeIsAssessable(courseNode)) {
                    nodes.add(courseNode);
                }
            }
        }
    };
    // not visit beginning at the root node
    TreeVisitor tv = new TreeVisitor(visitor, rootNode, false);
    tv.visitAll();
    return nodes;
}