javax.faces.model.ListDataModel Java Examples

public PaginationHelper getPagination() {
    if (pagination == null) {
        pagination = new PaginationHelper(10) {

            @Override
            public int getItemsCount() {
                return getFacade().count();
            }

            @Override
            public DataModel createPageDataModel() {
                return new ListDataModel(getFacade().findRange(new int[]{getPageFirstItem(), getPageFirstItem() + getPageSize()}));
            }
        };
    }
    return pagination;
}
 

public DataModel getDataModel() {
	if (this.model == null) {
		Object val = this.getValue();
		if (val == null) {
			this.model = EMPTY_MODEL;
		} else if (val instanceof DataModel) {
			// noinspection unchecked
			this.model = (DataModel<Object>) val;
		} else if (val instanceof List) {
			// noinspection unchecked
			this.model = new ListDataModel<Object>((List<Object>) val);
		} else if (Object[].class.isAssignableFrom(val.getClass())) {
			this.model = new ArrayDataModel<Object>((Object[]) val);
		} else if (val instanceof ResultSet) {
			this.model = new ResultSetDataModel((ResultSet) val);
		} else {
			this.model = new ScalarDataModel<Object>(val);
		}
	}
	return this.model;
}
 

public void setQpDataModelByProperty() {
	tree.sortByProperty(this.getSortProperty(), this.getSortAscending());

	Collection objects = tree.getSortedObjects();
	ListDataModel model = new ListDataModel((List) objects);
	QuestionPoolDataModel qpDataModel = new QuestionPoolDataModel(tree,
			model);
	this.qpDataModel = qpDataModel;
}
 

public void setQpDataModelByLevelTransferSelectedPools() {
	Collection<QuestionPoolDataIfc> objects = tree.getSortedObjects();

	// Construct the sortedList, pools need to be sorted one level at a time
	// so the hierachical structure can be maintained. Here, we start from root = 0,
	if (objects != null) {
		List<QuestionPoolDataIfc> sortedList = sortPoolByLevel(new Long("0"), objects,
				"title", true);
		ListDataModel model = new ListDataModel((List<QuestionPoolDataIfc>) sortedList);
		QuestionPoolDataModel qpDataModel = new QuestionPoolDataModel(tree,
				model);
		this.qpDataModelTransferSelected = qpDataModel;
	}
}
 

public void setQpDataModelByLevelTransferPool() {
	Collection<QuestionPoolDataIfc> objects = tree.getSortedObjects();

	// Construct the sortedList, pools need to be sorted one level at a time
	// so the hierachical structure can be maintained. Here, we start from root = 0,
	if (objects != null) {
		List<QuestionPoolDataIfc> sortedList = sortPoolByLevel(new Long("0"), objects,
				getSortTransferPoolProperty(), getSortTransferPoolAscending());
		ListDataModel model = new ListDataModel((List<QuestionPoolDataIfc>) sortedList);
		QuestionPoolDataModel qpDataModel = new QuestionPoolDataModel(tree,
				model);
		this.qpDataModelTransfer = qpDataModel;
	}
}
 

public void setSubQpDataModelByLevel() {
	List subpools = (List) tree.getSortedObjects(getCurrentPool()
			.getId());
	if (subpools != null) {
		List sortedList = sortPoolByLevel(getCurrentPool().getId(),
				subpools, getSortSubPoolProperty(),
				getSortSubPoolAscending());

		ListDataModel model = new ListDataModel((List) sortedList);
		QuestionPoolDataModel subQpDataModel = new QuestionPoolDataModel(tree,
				model);
		this.subQpDataModel = subQpDataModel;
	}
}
 

public void setQpDataModelByPropertyCopy(String sortProperty, boolean sortAscending) {
	tree.sortByProperty(sortProperty, sortAscending);

	Collection objects = tree.getSortedObjects();
	ListDataModel model = new ListDataModel((List) objects);
	QuestionPoolDataModel qpDataModel = new QuestionPoolDataModel(tree,
			model);
	this.qpDataModelCopy = qpDataModel;
}
 

public void setQpDataModelByLevelCopy(String sortProperty, boolean sortAscending) {
	Collection objects = tree.getSortedObjects();

	// construct the sortedList, pools need to be sorted one level at a time
	// so the hierachical structure can be maintained. Here, we start from root = 0,
	if (objects != null) {
		List sortedList = sortPoolByLevel(new Long("0"), objects,
				sortProperty, sortAscending);
		ListDataModel model = new ListDataModel((List) sortedList);
		QuestionPoolDataModel qpDataModel = new QuestionPoolDataModel(tree,
				model);
		this.qpDataModelCopy = qpDataModel;
	}
}
 

public void setQpDataModelByLevel(Long poolId) {
	Collection objects = tree.getSortedObjects();

	if (objects != null) {
		List sortedList = sortPoolByLevel(poolId, objects,
				getSortProperty(), getSortAscending());
		ListDataModel model = new ListDataModel((List) sortedList);
		QuestionPoolDataModel qpDataModel = new QuestionPoolDataModel(tree,
				model);
		this.qpDataModel = qpDataModel;
	}
}
 

public void setQpDataModelByLevel(Long poolId) {
	Collection objects = tree.getSortedObjects();

	if (objects != null) {
		List sortedList = sortPoolByLevel(poolId, objects,
				getSortProperty(), getSortAscending());
		ListDataModel model = new ListDataModel((List) sortedList);
		QuestionPoolDataModel qpDataModel = new QuestionPoolDataModel(tree,
				model);
		this.qpDataModel = qpDataModel;
	}
}
 

public void setQpDataModelByLevelTransferSelectedPools() {
	Collection<QuestionPoolDataIfc> objects = tree.getSortedObjects();

	// Construct the sortedList, pools need to be sorted one level at a time
	// so the hierachical structure can be maintained. Here, we start from root = 0,
	if (objects != null) {
		List<QuestionPoolDataIfc> sortedList = sortPoolByLevel(new Long("0"), objects,
				"title", true);
		ListDataModel model = new ListDataModel((List<QuestionPoolDataIfc>) sortedList);
		QuestionPoolDataModel qpDataModel = new QuestionPoolDataModel(tree,
				model);
		this.qpDataModelTransferSelected = qpDataModel;
	}
}
 

public void setQpDataModelByLevelTransferPool() {
	Collection<QuestionPoolDataIfc> objects = tree.getSortedObjects();

	// Construct the sortedList, pools need to be sorted one level at a time
	// so the hierachical structure can be maintained. Here, we start from root = 0,
	if (objects != null) {
		List<QuestionPoolDataIfc> sortedList = sortPoolByLevel(new Long("0"), objects,
				getSortTransferPoolProperty(), getSortTransferPoolAscending());
		ListDataModel model = new ListDataModel((List<QuestionPoolDataIfc>) sortedList);
		QuestionPoolDataModel qpDataModel = new QuestionPoolDataModel(tree,
				model);
		this.qpDataModelTransfer = qpDataModel;
	}
}
 

public void setSubQpDataModelByLevel() {
	List subpools = (List) tree.getSortedObjects(getCurrentPool()
			.getId());
	if (subpools != null) {
		List sortedList = sortPoolByLevel(getCurrentPool().getId(),
				subpools, getSortSubPoolProperty(),
				getSortSubPoolAscending());

		ListDataModel model = new ListDataModel((List) sortedList);
		QuestionPoolDataModel subQpDataModel = new QuestionPoolDataModel(tree,
				model);
		this.subQpDataModel = subQpDataModel;
	}
}
 

public void setQpDataModelByPropertyCopy(String sortProperty, boolean sortAscending) {
	tree.sortByProperty(sortProperty, sortAscending);

	Collection objects = tree.getSortedObjects();
	ListDataModel model = new ListDataModel((List) objects);
	QuestionPoolDataModel qpDataModel = new QuestionPoolDataModel(tree,
			model);
	this.qpDataModelCopy = qpDataModel;
}
 

public void setQpDataModelByLevelCopy(String sortProperty, boolean sortAscending) {
	Collection objects = tree.getSortedObjects();

	// construct the sortedList, pools need to be sorted one level at a time
	// so the hierachical structure can be maintained. Here, we start from root = 0,
	if (objects != null) {
		List sortedList = sortPoolByLevel(new Long("0"), objects,
				sortProperty, sortAscending);
		ListDataModel model = new ListDataModel((List) sortedList);
		QuestionPoolDataModel qpDataModel = new QuestionPoolDataModel(tree,
				model);
		this.qpDataModelCopy = qpDataModel;
	}
}
 

public void setQpDataModelByProperty() {
	tree.sortByProperty(this.getSortProperty(), this.getSortAscending());

	Collection objects = tree.getSortedObjects();
	ListDataModel model = new ListDataModel((List) objects);
	QuestionPoolDataModel qpDataModel = new QuestionPoolDataModel(tree,
			model);
	this.qpDataModel = qpDataModel;
}
 

public ListDataModel<Queue> getQueues()
{
    this.setWrappedData(JqmClientFactory.getClient().getQueues());
    return this;
}
 

public ListDataModel<JobDef> getJobs()
{
    this.setWrappedData(JqmClientFactory.getClient().getJobDefinitions());
    return this;
}
 

public ListDataModel<JobInstance> getActiveJobs()
{
    List<JobInstance> jis = JqmClientFactory.getClient().getActiveJobs();
    this.setWrappedData(jis);
    return this;
}