X-Git-Url: https://cloud.milkyroute.net/gitweb/dolphin.git/blobdiff_plain/67695c1b01ea241b359e456dad44488e5cd9fdce..c073cd3c9ac8fc91f4aafe1aefba70ccac7905b1:/src/tests/dolphinmainwindowtest.cpp diff --git a/src/tests/dolphinmainwindowtest.cpp b/src/tests/dolphinmainwindowtest.cpp index a57632a1d..6ac85e4f0 100644 --- a/src/tests/dolphinmainwindowtest.cpp +++ b/src/tests/dolphinmainwindowtest.cpp @@ -53,7 +53,7 @@ private Q_SLOTS: void testPlacesPanelWidthResistance(); void testGoActions(); void testOpenFiles(); - void testAccessibilityAncestorTree(); + void testAccessibilityTree(); void testAutoSaveSession(); void cleanupTestCase(); @@ -456,6 +456,18 @@ void DolphinMainWindowTest::testFocusPlacesPanel() showPlacesPanelAction->trigger(); QVERIFY(placesPanel->isVisible()); QVERIFY2(placesPanel->hasFocus(), "Enabling the Places panel should move keyboard focus there."); + + /// Test that activating a place always moves focus to the view. + QTest::keyClick(QApplication::focusWidget(), Qt::Key::Key_Enter); + QVERIFY2(m_mainWindow->activeViewContainer()->isAncestorOf(QApplication::focusWidget()), + "Activating a place should move focus to the view that loads that place."); + + focusPlacesPanelAction->trigger(); + QVERIFY(placesPanel->hasFocus()); + + QTest::keyClick(QApplication::focusWidget(), Qt::Key::Key_Enter); + QVERIFY2(m_mainWindow->activeViewContainer()->isAncestorOf(QApplication::focusWidget()), + "Activating a place should move focus to the view even if the view already has that place loaded."); } /** @@ -749,7 +761,7 @@ void DolphinMainWindowTest::testOpenFiles() QTRY_COMPARE(m_mainWindow->m_activeViewContainer->view()->selectedItems().count(), 1); } -void DolphinMainWindowTest::testAccessibilityAncestorTree() +void DolphinMainWindowTest::testAccessibilityTree() { m_mainWindow->openDirectories({QUrl::fromLocalFile(QDir::homePath())}, false); m_mainWindow->show(); @@ -759,7 +771,7 @@ void DolphinMainWindowTest::testAccessibilityAncestorTree() QAccessibleInterface *accessibleInterfaceOfMainWindow = QAccessible::queryAccessibleInterface(m_mainWindow.get()); Q_CHECK_PTR(accessibleInterfaceOfMainWindow); - // We will test the accessibility of objects traversing forwards and backwards. + /// Test the accessibility of objects while traversing forwards (Tab key) and backwards (Shift+Tab). int testedObjectsSizeAfterTraversingForwards = 0; for (int i = 0; i < 2; i++) { std::tuple focusChainTraversalKeyCombination = {Qt::Key::Key_Tab, Qt::NoModifier}; @@ -767,11 +779,42 @@ void DolphinMainWindowTest::testAccessibilityAncestorTree() focusChainTraversalKeyCombination = {Qt::Key::Key_Tab, Qt::ShiftModifier}; } - // We will do accessibility checks for every object that gets focus. Focus will be changed using the focusChainTraversalKeyCombination. + /// @see firstNamedAncestor below. + QAccessibleInterface *firstNamedAncestorOfPreviousIteration = nullptr; + + /// Perform accessibility checks for every object that gets focus. Focus will be changed using the focusChainTraversalKeyCombination. std::set testedObjects; // Makes sure we stop testing when we arrive at an item that was already tested. while (qApp->focusObject() && !testedObjects.count(qApp->focusObject())) { const auto currentlyFocusedObject = qApp->focusObject(); + const QAccessibleInterface *accessibleIntefaceOfCurrentlyFocusedObject = QAccessible::queryAccessibleInterface(currentlyFocusedObject); + QVERIFY(accessibleIntefaceOfCurrentlyFocusedObject); + + /// Test that each object reachable by Tab or Shift+Tab has at least some accessible information. Objects without any accessible information + /// are even less useful to accessibility software users than unlabeled buttons are e.g. to sighted users, because unlabeled buttons at least + /// convey some information through their placement and icon. + if (currentlyFocusedObject != m_mainWindow->m_activeViewContainer->view()->m_container) { // Skip the custom container widget which has no + // accessible name on purpose. + /** + * The first ancestor with an accessible name is interesting because it is sometimes used to identify an object if the object itself has no + * name. We keep it in mind to check if two subsequent objects without a name can at least be told apart by their first named ancestor. + */ + QAccessibleInterface *firstNamedAncestor = accessibleIntefaceOfCurrentlyFocusedObject->parent(); + while (firstNamedAncestor) { + if (!firstNamedAncestor->text(QAccessible::Name).isEmpty()) { + break; + } + firstNamedAncestor = firstNamedAncestor->parent(); + } + QTRY_VERIFY2(!accessibleIntefaceOfCurrentlyFocusedObject->text(QAccessible::Name).isEmpty() + || (firstNamedAncestor && firstNamedAncestor != firstNamedAncestorOfPreviousIteration), + qPrintable(QStringLiteral("%1's accessibleInterface does not have an accessible name and can not be distinguished from the object" + " that had focus previously. Please fix this. You can find this %1 within its parent %2.") + .arg(currentlyFocusedObject->metaObject()->className()) + .arg(currentlyFocusedObject->parent()->metaObject()->className()))); + firstNamedAncestorOfPreviousIteration = firstNamedAncestor; + } + /// Test that each accessible interface has the main window as its parent. QAccessibleInterface *accessibleInterface = QAccessible::queryAccessibleInterface(currentlyFocusedObject); // The accessibleInterfaces of focused objects might themselves have children. // We go down that hierarchy as far as possible and then test the ancestor tree from there. @@ -798,6 +841,8 @@ void DolphinMainWindowTest::testAccessibilityAncestorTree() // after going forwards which is probably not intended. } } + QCOMPARE_GE(testedObjectsSizeAfterTraversingForwards, 12); // The test did not reach many objects while using the Tab key to move through Dolphin. Did the + // test run correctly? } void DolphinMainWindowTest::testAutoSaveSession()