/** Test InlineEnclosure */
@Test
public void autos6() {
TestPage p = new TestPage();
p.setPageMarkup(
"<div wicket:enclosure='a'><div wicket:id='a'></div><div wicket:id='b'></div></div>");
A a = new A();
B b = new B();
p.queue(a, b);
tester.startPage(p);
assertTrue(a.getParent() instanceof Enclosure);
assertTrue(b.getParent() instanceof Enclosure);
// A is visible, enclosure renders
assertEquals(
"<div wicket:enclosure=\"a\" id=\"wicket__InlineEnclosure_01\"><div wicket:id=\"a\"></div><div wicket:id=\"b\"></div></div>",
tester.getLastResponseAsString());
// A is not visible, inline enclosure render only itself (the placeholder tag)
a.setVisible(false);
tester.startPage(p);
assertEquals(
"<div id=\"wicket__InlineEnclosure_01\" style=\"display:none\"></div>",
tester.getLastResponseAsString());
}
@Test
public void border_nested() {
MarkupContainer a = new A(), b = new B(), c = new C(), d = new D(), r = new R(), s = new S();
Border outerBorder = new OuterBorder("outerBorder");
Border innerBorder = new InnerBorder("innerBorder");
outerBorder.queueToBorder(r, innerBorder);
innerBorder.queueToBorder(c, d);
outerBorder.queueToBorder(s);
TestPage p = new TestPage();
p.setPageMarkup("<p wicket:id='a'><p wicket:id='outerBorder'><p wicket:id='b'></p></p></p>");
p.queue(b, outerBorder, a);
tester.startPage(p);
assertThat(
p,
hasPath(new Path(a, outerBorder, r, innerBorder, c, d, innerBorder.getBodyContainer(), s)));
assertThat(p, hasPath(new Path(a, outerBorder, r, outerBorder.getBodyContainer(), b)));
}
@Test
public void autos5() {
TestPage p = new TestPage();
p.setPageMarkup(
"<wicket:enclosure child='a'><div wicket:id='a'></div><div wicket:id='b'></div></wicket:enclosure>");
A a = new A();
B b = new B();
p.queue(a);
p.add(b);
tester.startPage(p);
assertTrue(a.getParent() instanceof Enclosure);
assertTrue(b.getParent() instanceof TestPage);
// A is visible, enclosure renders
assertEquals(
"<wicket:enclosure child=\"a\"><div wicket:id=\"a\"></div><div wicket:id=\"b\"></div></wicket:enclosure>",
tester.getLastResponseAsString());
// A is not visible, enclosure does not render
a.setVisible(false);
tester.startPage(p);
assertEquals("", tester.getLastResponseAsString());
}
/** repeater with a panel inside */
@Test
public void repeater3() {
TestPage p = new TestPage();
p.setPageMarkup(
"<p wicket:id='a'><p wicket:id='lv'><p wicket:id='b'><p wicket:id='q'></p></p></p></p>");
MarkupContainer a = new A();
LV l =
new LV(3) {
@Override
protected void populateItem(ListItem<Integer> item) {
TestPanel q = new TestPanel("q");
q.setPanelMarkup(
"<wicket:panel><p wicket:id='r'><p wicket:id='s'></p></p></wicket:panel>");
q.queue(new R(), new S());
item.queue(q, new B());
}
};
p.queue(a, l);
tester.startPage(p);
assertThat(l.size(), is(3));
for (Component item : l) {
assertThat(p, hasPath(new Path(a, l, item, new B()).add("q").add(new R(), new S())));
}
}
/** {@code [a,b,c] -> [a[b[c]]] } */
@Test
public void dequeue1() {
TestPage p = new TestPage();
p.setPageMarkup("<p wicket:id='a'><p wicket:id='b'><p wicket:id='c'></p></p></p>");
MarkupContainer a = new A(), b = new B(), c = new C();
p.queue(b, c, a);
assertThat(p, hasPath(a, b, c));
tester.startPage(p);
}
@Test
public void containerTag1() {
MarkupContainer a = new A(), b = new B();
TestPage page = new TestPage();
page.setPageMarkup("<wicket:container wicket:id='a'><b wicket:id='b'></b></wicket:container>");
page.queue(a, b);
assertThat(page, hasPath(new Path(a, b)));
}
/**
* WICKET-3470
*
* <p>Tests that a page already put in the session (in SessionEntry) can be serialized and later
* deserialized without the need of {@link IPageStore}
*
* @throws ClassNotFoundException
* @throws IOException
*/
@Test
public void serializationOutsideWicketLifecyle() throws IOException, ClassNotFoundException {
// make sure no leaked threadlocals are present
ThreadContext.detach();
// create IPageManager (with IPageStore) and store a page instance
IPageManager pageManager = newPersistentPageManager(APP_NAME);
TestPage toSerializePage = new TestPage();
pageManager.touchPage(toSerializePage);
pageManager.commitRequest();
// get the stored SessionEntry
Serializable sessionEntry = pageManager.getContext().getSessionAttribute(null);
// destroy the manager and the store
pageManager.destroy();
// simulate persisting of the http sessions initiated by the web container
byte[] serializedSessionEntry = new JavaSerializer(APP_NAME).serialize(sessionEntry);
assertNotNull("Wicket needs to be able to serialize the session entry", serializedSessionEntry);
// simulate loading of the persisted http session initiated by the web container
// when starting an application
ObjectInputStream in = new ObjectInputStream(new ByteArrayInputStream(serializedSessionEntry));
// WicketFilter is not initialized so there is no Application available yet
Assert.assertFalse(
"Worker thread should be unaware of Wicket application", Application.exists());
assertEquals(APP_NAME, in.readObject());
// without available IPageStore the read SessionEntry holds
// the IManageablePage itself, not SerializedPage
Serializable loadedSessionEntry = (Serializable) in.readObject();
assertNotNull(
"Wicket needs to be able to deserialize the session entry regardless the application availability",
loadedSessionEntry);
// provide new IPageStore which will read IManageablePage's or SerializedPage's
// from the SessionEntry's
IPageManager newPageManager = newPersistentPageManager(APP_NAME);
newPageManager.getContext().setSessionAttribute(null, loadedSessionEntry);
TestPage deserializedPage = (TestPage) newPageManager.getPage(toSerializePage.getPageId());
assertNotNull(deserializedPage);
assertEquals(toSerializePage.instanceID, deserializedPage.instanceID);
newPageManager.destroy();
}
@Test
public void startingNewTestShouldStartTimeMeasurementAndNotifyListener() throws Exception {
List<WikiPage> testPagesToRun = mock(List.class);
TestPage page = new TestPage(mock(WikiPage.class));
FitNesseContext fitNesseContext = mock(FitNesseContext.class);
ResultsListener resultsListener = mock(ResultsListener.class);
MultipleTestsRunner runner =
new MultipleTestsRunner(
testPagesToRun, fitNesseContext, page.getSourcePage(), resultsListener);
runner.startingNewTest(page);
verify(resultsListener).newTestStarted(same(page), same(runner.currentTestTime));
assertThat(runner.currentTestTime, isAStartedTimeMeasurement());
}
@Test
public void fragment_doesNotDequeueAcrossRegion() {
MarkupContainer a = new A();
TestPage page = new TestPage();
page.setPageMarkup(
"<f wicket:id='fragment'></f><wicket:fragment wicket:id='f'><a wicket:id='a'></a></wicket:fragment>");
Fragment fragment = new Fragment("fragment", "f", page);
page.queue(a, fragment);
assertThat(page, hasPath(new Path(fragment)));
assertThat(a.getParent(), is(nullValue()));
}
/** {@code [a,c[b]] ->| [a[b[c]]] } */
@Test
public void dequeueError1() {
TestPage p = new TestPage();
p.setPageMarkup("<p wicket:id='a'><p wicket:id='b'><p wicket:id='c'></p></p></p>");
MarkupContainer a = new A(), b = new B(), c = new C();
p.queue(b, c);
c.queue(a);
try {
tester.startPage(p);
Assert.fail();
} catch (WicketRuntimeException e) {
// expected
}
}
/** panel has leading markup */
@Test
public void panel2() {
MarkupContainer r = new R();
TestPanel q = new TestPanel("q");
q.setPanelMarkup(
"<html><body><wicket:panel><p wicket:id='r'></p></wicket:panel></body></html>");
q.queue(r);
TestPage p = new TestPage();
p.setPageMarkup("<p wicket:id='q'></p>");
p.queue(q);
tester.startPage(p);
assertThat(p, hasPath(new Path(q, r)));
}
/** {@code [a,q[r,s]] - > [a[q[r[s]]]] } */
@Test
public void panel1() {
MarkupContainer a = new A(), r = new R(), s = new S();
TestPanel q = new TestPanel("q");
q.setPanelMarkup("<wicket:panel><p wicket:id='r'><p wicket:id='s'></p></p></wicket:panel>");
q.queue(r, s);
TestPage p = new TestPage();
p.setPageMarkup("<p wicket:id='a'><p wicket:id='q'></p></p>");
p.queue(a, q);
tester.startPage(p);
assertThat(p, hasPath(new Path(a, q, r, s)));
}
/** dequeue, then rerender the page instance after a callback is executed */
@Test
public void callback() {
TestPage p = new TestPage();
p.setPageMarkup("<p wicket:id='a'><a wicket:id='l'><p wicket:id='b'></p></a></p>");
MarkupContainer a = new A(), b = new B();
L l = new L();
p.queue(a, b, l);
tester.startPage(p);
assertThat(p, hasPath(new Path(a, l, b)));
assertThat(l.isClicked(), is(false));
tester.clickLink(l);
assertThat(l.isClicked(), is(true));
}
@Test
public void fragment1() {
MarkupContainer a = new A(), b = new B(), r = new R(), s = new S();
TestPage page = new TestPage();
page.setPageMarkup(
"<a wicket:id='a'></a><f wicket:id='fragment'></f><b wicket:id='b'></b>"
+ "<wicket:fragment wicket:id='f'><r wicket:id='r'></r><s wicket:id='s'></s></wicket:fragment>");
Fragment fragment = new Fragment("fragment", "f", page);
fragment.queue(r, s);
page.queue(a, b, fragment);
assertThat(page, hasPath(new Path(a)));
assertThat(page, hasPath(new Path(b)));
assertThat(page, hasPath(new Path(fragment, r)));
assertThat(page, hasPath(new Path(fragment, s)));
}
/** panel with a static header section */
@Test
public void panel3() {
MarkupContainer r = new R();
TestPanel q = new TestPanel("q");
q.setPanelMarkup(
"<html><head><wicket:head><meta/></wicket:head></head>"
+ "<body><wicket:panel><p wicket:id='r'></p></wicket:panel></body></html>");
q.queue(r);
TestPage p = new TestPage();
p.setPageMarkup("<html><head></head><body><p wicket:id='q'></p></body></html>");
p.queue(q);
tester.startPage(p);
assertThat(p, hasPath(new Path(q, r)));
tester.assertContains("<meta/>"); // contributed by <wicket:head>
}
@Test
public void border1() {
MarkupContainer a = new A(), b = new B(), r = new R(), s = new S();
TestBorder border = new TestBorder("border");
border.setBorderMarkup(
"<wicket:border><b1 wicket:id='r'><b2 wicket:id='s'>"
+ "<wicket:body/></b2></b1></wicket:border>");
border.queueToBorder(r, s);
TestPage p = new TestPage();
p.setPageMarkup(
"<out1 wicket:id='a'><p wicket:id='border'><in1 wicket:id='b'></in1></p></out1>");
p.queue(a, border, b);
tester.startPage(p);
assertThat(p, hasPath(new Path(a, border, r, s, border.getBodyContainer(), b)));
}
@Test
public void testCompleteShouldRemoveHeadOfQueueAndNotifyListener() throws Exception {
List<WikiPage> testPagesToRun = mock(List.class);
TestPage page = new TestPage(mock(WikiPage.class));
FitNesseContext fitNesseContext = mock(FitNesseContext.class);
ResultsListener resultsListener = mock(ResultsListener.class);
MultipleTestsRunner runner =
new MultipleTestsRunner(
testPagesToRun, fitNesseContext, page.getSourcePage(), resultsListener);
runner.addToProcessingQueue(page);
TestSummary testSummary = mock(TestSummary.class);
runner.startingNewTest(page);
runner.testComplete(testSummary);
verify(resultsListener)
.testComplete(same(page), same(testSummary), same(runner.currentTestTime));
assertThat(runner.currentTestTime, isAStoppedTimeMeasurement());
}
/** Issue https://github.com/l0rdn1kk0n/wicket-bootstrap/issues/316 */
@Test
public void hasActiveButton() {
TestPage page = new TestPage();
final NavbarButton<?> buttonUnderTest =
new NavbarButton<Object>(TestPage.class, GlyphIconType.adjust);
page.add(buttonUnderTest);
List<AbstractLink> buttons = new ArrayList<AbstractLink>();
DropDownButton dropDownButton1 =
new DropDownButton("dropDown", Model.of("")) {
@Override
protected List<AbstractLink> newSubMenuButtons(String buttonMarkupId) {
return Collections.<AbstractLink>singletonList(buttonUnderTest);
}
};
buttons.add(dropDownButton1);
ButtonList buttonList = new ButtonList("id", buttons);
assertTrue(buttonList.hasActiveButton(buttonUnderTest));
}
/** {a[b{e}[d,f{g}]],c} -> [a[b[c,d[e],f[g]]]] */
@Test
public void dequeue7() {
TestPage p = new TestPage();
// @formatter:off
p.setPageMarkup(
" <p wicket:id='a'>"
+ " <p wicket:id='b'>"
+ " <p wicket:id='c'></p>"
+ " <p wicket:id='d'>"
+ " <p wicket:id='e'></p>"
+ " </p>"
+ " <p wicket:id='f'>"
+ " <p wicket:id='g'></p>"
+ " </p>"
+ " </p>"
+ "</p>");
// @formatter:on
MarkupContainer a = new A(),
b = new B(),
c = new C(),
d = new D(),
e = new E(),
f = new F(),
g = new G();
a.add(b);
b.queue(e);
p.queue(a, c);
b.add(d);
f.queue(g);
b.add(f);
tester.startPage(p);
assertThat(p, hasPath(new Path(a, b, c)));
assertThat(p, hasPath(new Path(a, b, d, e)));
assertThat(p, hasPath(new Path(a, b, f, g)));
}
@Test
public void repeater1() {
TestPage p = new TestPage();
p.setPageMarkup("<p wicket:id='lv'><p wicket:id='b'><p wicket:id='c'></p></p></p>");
LV l =
new LV(3) {
@Override
protected void populateItem(ListItem<Integer> item) {
item.queue(new B(), new C());
}
};
p.queue(l);
tester.startPage(p);
assertThat(l.size(), is(3));
for (Component item : l) {
assertThat(p, hasPath(new Path(l, item, new B(), new C())));
}
}
/** test with inner panels */
@Test
public void nestedPanels() {
MarkupContainer r = new R(), s = new S();
Panel innerPanel = new InnerPanel("inner");
innerPanel.queue(s);
Panel outerPanel = new OuterPanel("outer");
outerPanel.queue(r, innerPanel);
TestPage p = new TestPage();
p.setPageMarkup("<html><head></head><body><p wicket:id='outer'></p></body></html>");
p.queue(outerPanel);
tester.startPage(p);
assertThat(p, hasPath(new Path(outerPanel, r)));
assertThat(p, hasPath(new Path(outerPanel, innerPanel, s)));
tester.assertContains("<meta/>"); // contributed by <wicket:head> in outer
tester.assertContains("<meta2/>"); // contributed by <wicket:head> in inner
}
@Test
public void formatsNumberAccordingToTheSettings() {
final IModel<BigDecimal> valueModel = Model.of(BigDecimal.TEN);
TestPage page =
new TestPage() {
@Override
protected MonetaryTextField<? extends Number> createMonetaryField(String id) {
return new MonetaryTextField<BigDecimal>(id, valueModel, BigDecimal.class);
}
};
tester.startPage(page);
tester.assertRenderedPage(TestPage.class);
MockHttpServletResponse response = tester.getLastResponse();
assertThat(
response.getDocument(),
containsString("$('#" + page.getAmountMarkupId() + "').autoNumeric('init');"));
tester.newFormTester("form").setValue("amount", "11").submit();
tester.assertNoErrorMessage();
assertThat(valueModel.getObject().compareTo(BigDecimal.valueOf(11)), is(0));
}
