// test getting non-existing property (#10445)
@Test
public void testNonExistingProperty() {
IndexedContainer ic = new IndexedContainer();
String object1 = new String("Obj1");
ic.addItem(object1);
assertNull(ic.getContainerProperty(object1, "xyz"));
}
// test getting null property id (#10445)
@Test
public void testNullPropertyId() {
IndexedContainer ic = new IndexedContainer();
String object1 = new String("Obj1");
ic.addItem(object1);
assertNull(ic.getContainerProperty(object1, null));
}
/*
* Overridden to provide filtering for root & children items.
*
* (non-Javadoc)
*
* @see com.vaadin.data.util.IndexedContainer#updateContainerFiltering()
*/
@Override
protected boolean doFilterContainer(boolean hasFilters) {
if (!hasFilters) {
// All filters removed
filteredRoots = null;
filteredChildren = null;
filteredParent = null;
return super.doFilterContainer(hasFilters);
}
// Reset data structures
filteredRoots = new LinkedList<>();
filteredChildren = new HashMap<>();
filteredParent = new HashMap<>();
if (includeParentsWhenFiltering) {
// Filter so that parents for items that match the filter are also
// included
HashSet<Object> includedItems = new HashSet<>();
for (Object rootId : roots) {
if (filterIncludingParents(rootId, includedItems)) {
filteredRoots.add(rootId);
addFilteredChildrenRecursively(rootId, includedItems);
}
}
// includedItemIds now contains all the item ids that should be
// included. Filter IndexedContainer based on this
filterOverride = includedItems;
super.doFilterContainer(hasFilters);
filterOverride = null;
return true;
} else {
// Filter by including all items that pass the filter and make items
// with no parent new root items
// Filter IndexedContainer first so getItemIds return the items that
// match
super.doFilterContainer(hasFilters);
LinkedHashSet<Object> filteredItemIds = new LinkedHashSet<>(getItemIds());
for (Object itemId : filteredItemIds) {
Object itemParent = parent.get(itemId);
if (itemParent == null || !filteredItemIds.contains(itemParent)) {
// Parent is not included or this was a root, in both cases
// this should be a filtered root
filteredRoots.add(itemId);
} else {
// Parent is included. Add this to the children list (create
// it first if necessary)
addFilteredChild(itemParent, itemId);
}
}
return true;
}
}
// Ticket 8028
@Test
public void testGetItemIdsRangeZeroRange() {
IndexedContainer ic = new IndexedContainer();
ic.addItem(new Object());
List<Object> itemIds = ic.getItemIds(1, 0);
assertTrue("Container returned actual values when asking for 0 items...", itemIds.isEmpty());
}
// Ticket 8028
@Test(expected = IllegalArgumentException.class)
public void testGetItemIdsRangeNegativeRange() {
IndexedContainer ic = new IndexedContainer();
ic.addItem(new Object());
List<Object> itemIds = ic.getItemIds(1, -1);
assertTrue("Container returned actual values when asking for -1 items...", itemIds.isEmpty());
}
// Ticket 8028
@Test
public void testGetItemIdsRangeIndexOutOfBoundsDueToSizeChange() {
IndexedContainer ic = new IndexedContainer();
ic.addItem(new Object());
Assert.assertEquals(
"Container returned too many items when the range was >> container size",
1,
ic.getItemIds(0, 10).size());
}
@Test
public void testItemAddedEvent() {
IndexedContainer container = new IndexedContainer();
ItemSetChangeListener addListener = createListenerMockFor(container);
addListener.containerItemSetChange(EasyMock.isA(ItemAddEvent.class));
EasyMock.replay(addListener);
container.addItem();
EasyMock.verify(addListener);
}
@Test
public void testItemAddedEvent_AddedItem() {
IndexedContainer container = new IndexedContainer();
ItemSetChangeListener addListener = createListenerMockFor(container);
Capture<ItemAddEvent> capturedEvent = captureAddEvent(addListener);
EasyMock.replay(addListener);
Object itemId = container.addItem();
assertEquals(itemId, capturedEvent.getValue().getFirstItemId());
}
@Test
public void testItemRemovedEvent() {
IndexedContainer container = new IndexedContainer();
Object itemId = container.addItem();
ItemSetChangeListener removeListener = createListenerMockFor(container);
removeListener.containerItemSetChange(EasyMock.isA(ItemRemoveEvent.class));
EasyMock.replay(removeListener);
container.removeItem(itemId);
EasyMock.verify(removeListener);
}
@Test
public void testAddItemAtPerformance() {
Collection<Long> times = new ArrayList<Long>();
for (int j = 0; j < REPEATS; ++j) {
IndexedContainer c = new IndexedContainer();
long start = System.currentTimeMillis();
for (int i = 0; i < ITEMS; i++) {
c.addItemAt(0);
}
times.add(System.currentTimeMillis() - start);
}
checkMedian(ITEMS, times, "IndexedContainer.addItemAt()", ADD_ITEM_AT_FAIL_THRESHOLD);
}
@Test
public void testItemRemovedEvent_indexOfRemovedItem() {
IndexedContainer container = new IndexedContainer();
container.addItem();
Object secondItemId = container.addItem();
ItemSetChangeListener removeListener = createListenerMockFor(container);
Capture<ItemRemoveEvent> capturedEvent = captureRemoveEvent(removeListener);
EasyMock.replay(removeListener);
container.removeItem(secondItemId);
assertEquals(1, capturedEvent.getValue().getFirstIndex());
}
@Test
public void testItemRemovedEvent_amountOfRemovedItems() {
IndexedContainer container = new IndexedContainer();
container.addItem();
container.addItem();
ItemSetChangeListener removeListener = createListenerMockFor(container);
Capture<ItemRemoveEvent> capturedEvent = captureRemoveEvent(removeListener);
EasyMock.replay(removeListener);
container.removeAllItems();
assertEquals(2, capturedEvent.getValue().getRemovedItemsCount());
}
@Test
public void testItemAddRemove_idSequence() {
IndexedContainer container = new IndexedContainer();
Object itemId;
itemId = container.addItem();
assertEquals(Integer.valueOf(1), itemId);
container.removeItem(itemId);
itemId = container.addItem();
assertEquals(
"Id sequence should continue from the previous value even if an item is removed",
Integer.valueOf(2),
itemId);
}
@Override
protected void fireItemSetChange(com.vaadin.v7.data.Container.ItemSetChangeEvent event) {
if (contentsChangeEventsOn()) {
super.fireItemSetChange(event);
} else {
contentsChangedEventPending = true;
}
}
@Test
public void testItemAdd_idSequence() {
IndexedContainer container = new IndexedContainer();
Object itemId;
itemId = container.addItem();
assertEquals(Integer.valueOf(1), itemId);
itemId = container.addItem();
assertEquals(Integer.valueOf(2), itemId);
itemId = container.addItemAfter(null);
assertEquals(Integer.valueOf(3), itemId);
itemId = container.addItemAt(2);
assertEquals(Integer.valueOf(4), itemId);
}
/*
* (non-Javadoc)
*
* @see com.vaadin.data.util.IndexedContainer#doSort()
*/
@Override
protected void doSort() {
super.doSort();
Collections.sort(roots, getItemSorter());
for (LinkedList<Object> childList : children.values()) {
Collections.sort(childList, getItemSorter());
}
}
@Test
public void testAddItemAfterLastPerformance() {
// TODO running with less items because slow otherwise
Collection<Long> times = new ArrayList<Long>();
for (int j = 0; j < REPEATS; ++j) {
IndexedContainer c = new IndexedContainer();
c.addItem();
long start = System.currentTimeMillis();
for (int i = 0; i < ITEMS / 3; i++) {
c.addItemAfter(c.lastItemId());
}
times.add(System.currentTimeMillis() - start);
}
checkMedian(
ITEMS / 3,
times,
"IndexedContainer.addItemAfter(lastId)",
ADD_ITEM_AFTER_LAST_FAIL_THRESHOLD);
}
// Ticket 8028
@Test
public void testGetItemIdsRangeBaseCase() {
IndexedContainer ic = new IndexedContainer();
String object1 = new String("Obj1");
String object2 = new String("Obj2");
String object3 = new String("Obj3");
String object4 = new String("Obj4");
String object5 = new String("Obj5");
ic.addItem(object1);
ic.addItem(object2);
ic.addItem(object3);
ic.addItem(object4);
ic.addItem(object5);
List<Object> itemIds = ic.getItemIds(1, 2);
assertTrue(itemIds.contains(object2));
assertTrue(itemIds.contains(object3));
assertEquals(2, itemIds.size());
}
@Test
public void testAddRemoveContainerFilter() {
IndexedContainer container = new IndexedContainer();
ItemSetChangeCounter counter = new ItemSetChangeCounter();
container.addListener(counter);
// simply adding or removing container filters should cause events
// (content changes)
initializeContainer(container);
counter.reset();
container.addContainerFilter(SIMPLE_NAME, "a", true, false);
counter.assertOnce();
container.removeContainerFilters(SIMPLE_NAME);
counter.assertOnce();
container.addContainerFilter(SIMPLE_NAME, "a", true, false);
counter.assertOnce();
container.removeAllContainerFilters();
counter.assertOnce();
}
@Test
public void testItemSetChangeListeners() {
IndexedContainer container = new IndexedContainer();
ItemSetChangeCounter counter = new ItemSetChangeCounter();
container.addListener(counter);
String id1 = "id1";
String id2 = "id2";
String id3 = "id3";
initializeContainer(container);
counter.reset();
container.addItem();
counter.assertOnce();
container.addItem(id1);
counter.assertOnce();
initializeContainer(container);
counter.reset();
container.addItemAt(0);
counter.assertOnce();
container.addItemAt(0, id1);
counter.assertOnce();
container.addItemAt(0, id2);
counter.assertOnce();
container.addItemAt(container.size(), id3);
counter.assertOnce();
// no notification if already in container
container.addItemAt(0, id1);
counter.assertNone();
initializeContainer(container);
counter.reset();
container.addItemAfter(null);
counter.assertOnce();
container.addItemAfter(null, id1);
counter.assertOnce();
container.addItemAfter(id1);
counter.assertOnce();
container.addItemAfter(id1, id2);
counter.assertOnce();
container.addItemAfter(container.firstItemId());
counter.assertOnce();
container.addItemAfter(container.lastItemId());
counter.assertOnce();
container.addItemAfter(container.lastItemId(), id3);
counter.assertOnce();
// no notification if already in container
container.addItemAfter(0, id1);
counter.assertNone();
initializeContainer(container);
counter.reset();
container.removeItem(sampleData[0]);
counter.assertOnce();
initializeContainer(container);
counter.reset();
// no notification for removing a non-existing item
container.removeItem(id1);
counter.assertNone();
initializeContainer(container);
counter.reset();
container.removeAllItems();
counter.assertOnce();
// already empty
container.removeAllItems();
counter.assertNone();
}
// TODO other tests should check positions after removing filter etc,
// here concentrating on listeners
@Test
public void testItemSetChangeListenersFiltering() {
IndexedContainer container = new IndexedContainer();
ItemSetChangeCounter counter = new ItemSetChangeCounter();
container.addListener(counter);
counter.reset();
container.addContainerFilter(FULLY_QUALIFIED_NAME, "Test", true, false);
// no real change, so no notification required
counter.assertNone();
String id1 = "com.example.Test1";
String id2 = "com.example.Test2";
String id3 = "com.example.Other";
// perform operations while filtering container
Item item;
initializeContainer(container);
counter.reset();
// passes filter
item = container.addItem(id1);
// no event if filtered out
counter.assertNone();
item.getItemProperty(FULLY_QUALIFIED_NAME).setValue(id1);
counter.assertOnce();
// passes filter but already in the container
item = container.addItem(id1);
counter.assertNone();
initializeContainer(container);
counter.reset();
// passes filter after change
item = container.addItemAt(0, id1);
counter.assertNone();
item.getItemProperty(FULLY_QUALIFIED_NAME).setValue(id1);
counter.assertOnce();
item = container.addItemAt(container.size(), id2);
counter.assertNone();
item.getItemProperty(FULLY_QUALIFIED_NAME).setValue(id2);
counter.assertOnce();
// passes filter but already in the container
item = container.addItemAt(0, id1);
counter.assertNone();
item = container.addItemAt(container.size(), id2);
counter.assertNone();
initializeContainer(container);
counter.reset();
// passes filter
item = container.addItemAfter(null, id1);
counter.assertNone();
item.getItemProperty(FULLY_QUALIFIED_NAME).setValue(id1);
counter.assertOnce();
item = container.addItemAfter(container.lastItemId(), id2);
counter.assertNone();
item.getItemProperty(FULLY_QUALIFIED_NAME).setValue(id2);
counter.assertOnce();
// passes filter but already in the container
item = container.addItemAfter(null, id1);
counter.assertNone();
item = container.addItemAfter(container.lastItemId(), id2);
counter.assertNone();
// does not pass filter
// TODO implement rest
initializeContainer(container);
counter.reset();
item = container.addItemAfter(null, id3);
counter.assertNone();
item.getItemProperty(FULLY_QUALIFIED_NAME).setValue(id3);
counter.assertNone();
initializeContainer(container);
counter.reset();
item = container.addItemAfter(container.firstItemId(), id3);
counter.assertNone();
item.getItemProperty(FULLY_QUALIFIED_NAME).setValue(id3);
counter.assertNone();
initializeContainer(container);
counter.reset();
item = container.addItemAfter(container.lastItemId(), id3);
counter.assertNone();
item.getItemProperty(FULLY_QUALIFIED_NAME).setValue(id3);
counter.assertNone();
initializeContainer(container);
counter.reset();
item = container.addItemAt(0, id3);
counter.assertNone();
item.getItemProperty(FULLY_QUALIFIED_NAME).setValue(id3);
counter.assertNone();
initializeContainer(container);
counter.reset();
item = container.addItemAt(1, id3);
counter.assertNone();
item.getItemProperty(FULLY_QUALIFIED_NAME).setValue(id3);
counter.assertNone();
initializeContainer(container);
counter.reset();
item = container.addItemAt(container.size(), id3);
counter.assertNone();
item.getItemProperty(FULLY_QUALIFIED_NAME).setValue(id3);
counter.assertNone();
// passes filter
initializeContainer(container);
counter.reset();
item = container.addItem(id1);
counter.assertNone();
item.getItemProperty(FULLY_QUALIFIED_NAME).setValue(id1);
counter.assertOnce();
container.removeItem(id1);
counter.assertOnce();
// already removed
container.removeItem(id1);
counter.assertNone();
item = container.addItem(id3);
counter.assertNone();
item.getItemProperty(FULLY_QUALIFIED_NAME).setValue(id3);
counter.assertNone();
// not visible
container.removeItem(id3);
counter.assertNone();
// remove all
initializeContainer(container);
item = container.addItem(id1);
item.getItemProperty(FULLY_QUALIFIED_NAME).setValue(id1);
counter.reset();
container.removeAllItems();
counter.assertOnce();
// no visible items
container.removeAllItems();
counter.assertNone();
}
// Ticket 8028
@Test(expected = IndexOutOfBoundsException.class)
public void testGetItemIdsRangeIndexOutOfBounds2() {
IndexedContainer ic = new IndexedContainer();
ic.addItem(new Object());
ic.getItemIds(2, 1);
}
// Ticket 8028
@Test(expected = IndexOutOfBoundsException.class)
public void testGetItemIdsRangeIndexOutOfBounds() {
IndexedContainer ic = new IndexedContainer();
ic.getItemIds(-1, 10);
}
private ItemSetChangeListener createListenerMockFor(IndexedContainer container) {
ItemSetChangeListener listener = EasyMock.createNiceMock(ItemSetChangeListener.class);
container.addItemSetChangeListener(listener);
return listener;
}