ericek111andClaude Opus 5.5
e02b1a8237
- HardwareKeys presses a key's unshifted keysym on touch and releases it on lift, through fake input; held keys repeat and combine as on a physical keyboard (games, Shift+click) - Shift/Ctrl/Alt/Super are plain held keys, caps lock is the system's, dead keys compose in the app - No long-press, flick, trackpad or rollover in this mode; nothing is left held when the mode is turned off or touches are cancelled - Settings switch; default stays the touch (virtual keyboard) mode Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
397 lines
14 KiB
C++
397 lines
14 KiB
C++
#include "FakeEngine.h"
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#include "input/KeyboardController.h"
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#include "layout/LayoutModel.h"
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#include "TestLayouts.h"
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#include <QTest>
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#include <xkbcommon/xkbcommon-keysyms.h>
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using namespace Qt::StringLiterals;
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namespace {
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const TextContext Field{.field = true};
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// A field with some text already: no auto-shift until a test asks for it.
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const TextContext MidSentence{.field = true, .hasSurroundingText = true, .textBeforeCursor = u"so"_s};
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KeyDef makeKey(KeyType type, const QString &label = {})
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{
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KeyDef k;
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k.type = type;
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k.label = label;
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return k;
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}
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} // namespace
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class TestController : public QObject
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{
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Q_OBJECT
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private:
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FakeEngine engine;
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LayoutModel model;
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std::unique_ptr<KeyboardController> controller;
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qint64 now = 0;
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void tap(const KeyDef &key, KeyOutput output = KeyOutput::Primary, const QString &alternate = {})
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{
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now += 1000; // far apart: never a double tap
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controller->keyDown(key, now);
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controller->keyUp(key, output, alternate, now + 50);
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}
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private Q_SLOTS:
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void init()
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{
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engine = {};
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model.setLayout(TestLayouts::build("us"));
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model.setVisibleSections({MainSectionId});
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controller = std::make_unique<KeyboardController>(engine, model);
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controller->resetContext(MidSentence); // most tests type into a text field
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}
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void typesLowercase()
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{
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tap(makeKey(KeyType::Character, u"a"_s));
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QCOMPARE(engine.output, u"a");
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}
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void shiftCapitalizesOneCharacter()
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{
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const KeyDef a = makeKey(KeyType::Character, u"a"_s);
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tap(makeKey(KeyType::Shift));
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QCOMPARE(controller->shiftMode(), KeyboardController::ShiftMode::Once);
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tap(a);
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tap(a);
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QCOMPARE(engine.output, u"Aa");
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QCOMPARE(controller->shiftMode(), KeyboardController::ShiftMode::Off);
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}
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void flickAndAlternateOutputs()
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{
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KeyDef e = makeKey(KeyType::Character, u"e"_s);
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e.flick = u"3"_s;
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tap(e, KeyOutput::Flick);
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tap(e, KeyOutput::Alternate, u"é"_s);
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QCOMPARE(engine.output, u"3é");
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}
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void backspaceActsOnPress()
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{
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controller->keyDown(makeKey(KeyType::Backspace), 0);
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QCOMPARE(engine.keysyms, QList<quint32>{XKB_KEY_BackSpace});
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}
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void enterSendsReturn()
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{
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tap(makeKey(KeyType::Enter));
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QCOMPARE(engine.keysyms, QList<quint32>{XKB_KEY_Return});
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}
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void layerSwitchChangesModelLayer()
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{
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KeyDef layer = makeKey(KeyType::LayerSwitch);
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layer.target = u"numbers"_s;
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controller->keyDown(layer, 0);
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QCOMPARE(model.layerName(), u"numbers");
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}
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void backspaceStopsOnRelease()
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{
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const KeyDef backspace = makeKey(KeyType::Backspace);
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controller->keyDown(backspace, 0);
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controller->keyUp(backspace, KeyOutput::Primary, {}, 50);
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QTest::qWait(700); // past the repeat delay
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QCOMPARE(engine.keysyms.size(), 1);
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}
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void capitalizesAtSentenceStart()
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{
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controller->resetContext(Field);
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QCOMPARE(controller->shiftMode(), KeyboardController::ShiftMode::Once);
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for (const char *c : {"h", "i", ".", " "})
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tap(makeKey(KeyType::Character, QString::fromLatin1(c)));
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QCOMPARE(controller->shiftMode(), KeyboardController::ShiftMode::Once);
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tap(makeKey(KeyType::Character, u"o"_s));
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QCOMPARE(engine.output, u"Hi. O");
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}
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void noCapitalizationInPasswordFields()
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{
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TextContext context = Field;
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context.purpose = TextContext::Purpose::Password;
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controller->setContext(context);
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QCOMPARE(controller->shiftMode(), KeyboardController::ShiftMode::Off);
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}
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void fieldTextDrivesCapitalization()
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{
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TextContext context = Field;
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context.hasSurroundingText = true;
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context.textBeforeCursor = u"Done! "_s;
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controller->setContext(context);
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QCOMPARE(controller->shiftMode(), KeyboardController::ShiftMode::Once);
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context.textBeforeCursor = u"Done, "_s;
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controller->setContext(context);
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QCOMPARE(controller->shiftMode(), KeyboardController::ShiftMode::Off);
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}
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void doubleSpaceTypesPeriod()
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{
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const KeyDef space = makeKey(KeyType::Space);
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tap(makeKey(KeyType::Character, u"a"_s));
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tap(space);
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tap(space);
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QCOMPARE(engine.output, u"a. ");
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QCOMPARE(engine.mismatchedReplacements, 0);
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// A Backspace keysym may reach the client after the commit and eat the new space.
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QVERIFY(engine.keysyms.isEmpty());
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QCOMPARE(controller->shiftMode(), KeyboardController::ShiftMode::Once);
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}
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void doubleSpacePeriodCanBeTurnedOff()
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{
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controller->setOptions({.doubleSpacePeriod = false});
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const KeyDef space = makeKey(KeyType::Space);
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tap(makeKey(KeyType::Character, u"a"_s));
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tap(space);
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tap(space);
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QCOMPARE(engine.output, u"a ");
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}
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void autoCapitalizationCanBeTurnedOff()
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{
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controller->resetContext(Field);
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controller->setOptions({.autoCapitalize = false});
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QCOMPARE(controller->shiftMode(), KeyboardController::ShiftMode::Off);
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tap(makeKey(KeyType::Character, u"a"_s));
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QCOMPARE(engine.output, u"a");
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}
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void doubleTapShiftLocksAtSentenceStart()
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{
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controller->resetContext(Field); // a field was focused
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QCOMPARE(controller->shiftMode(), KeyboardController::ShiftMode::Once); // auto-shift
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const KeyDef shift = makeKey(KeyType::Shift);
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controller->keyDown(shift, 5000);
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controller->keyUp(shift, KeyOutput::Primary, {}, 5050);
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controller->keyDown(shift, 5200);
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controller->keyUp(shift, KeyOutput::Primary, {}, 5250);
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QCOMPARE(controller->shiftMode(), KeyboardController::ShiftMode::Locked);
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}
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void slideTypesSymbolAndSwitchesBack()
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{
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KeyDef layer = makeKey(KeyType::LayerSwitch);
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layer.target = u"numbers"_s;
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controller->keyDown(layer, 0);
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controller->slideReleased(makeKey(KeyType::Character, u"5"_s), 100);
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QCOMPARE(engine.output, u"5");
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QCOMPARE(model.layerName(), u"letters");
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}
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void trackpadMovesCursor()
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{
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controller->moveCursor({2, -1});
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QCOMPARE(engine.keysyms, (QList<quint32>{XKB_KEY_Right, XKB_KEY_Right, XKB_KEY_Up}));
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}
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void globeRequestsNextLayout()
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{
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int requested = 0;
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connect(controller.get(), &KeyboardController::nextLayoutRequested, this, [&] { ++requested; });
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tap(makeKey(KeyType::Globe));
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QCOMPARE(requested, 1);
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}
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void keysymKeyActsOnPressAndRepeats()
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{
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KeyDef left = makeKey(KeyType::Keysym, u"←"_s);
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left.keysym = XKB_KEY_Left;
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left.repeat = true;
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controller->keyDown(left, 0);
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QCOMPARE(engine.keysyms, QList<quint32>{XKB_KEY_Left});
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QTRY_VERIFY_WITH_TIMEOUT(engine.keysyms.size() >= 3, 2000); // held: repeats
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controller->keyUp(left, KeyOutput::Primary, {}, 0);
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const auto sent = engine.keysyms.size();
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QTest::qWait(200);
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QCOMPARE(engine.keysyms.size(), sent);
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QVERIFY(engine.output.isEmpty()); // no text
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}
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void sectionsAreComposedAroundTheMainKeys()
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{
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const qsizetype mainKeys = model.rowCount();
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const qreal mainUnits = model.totalUnits();
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model.setVisibleSections({MainSectionId, u"function"_s});
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QCOMPARE(model.rowCount(), mainKeys + 13);
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QCOMPARE(model.totalUnits(), mainUnits); // above, not beside
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model.setVisibleSections({MainSectionId, u"navigation"_s});
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QCOMPARE(model.totalUnits(), mainUnits + 3);
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model.setVisibleSections({u"numpad"_s});
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QCOMPARE(model.rowCount(), 19);
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model.setVisibleSections({});
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QCOMPARE(model.rowCount(), mainKeys); // never nothing
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}
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KeyDef keysymKey(quint32 keysym)
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{
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KeyDef key = makeKey(KeyType::Keysym);
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key.keysym = keysym;
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return key;
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}
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KeyDef modifierKey(const QString &name)
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{
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KeyDef key = makeKey(KeyType::Modifier);
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key.modifier = name;
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return key;
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}
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void ctrlTurnsKeysIntoShortcuts()
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{
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tap(modifierKey(u"ctrl"_s));
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QCOMPARE(controller->modifierModes().value(u"ctrl"_s).toInt(), int(KeyboardController::ShiftMode::Once));
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tap(makeKey(KeyType::Character, u"c"_s));
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QCOMPARE(engine.keysyms, QList<quint32>{XKB_KEY_c});
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QCOMPARE(engine.lastModifiers, Qt::ControlModifier);
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QVERIFY(engine.output.isEmpty());
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// One-shot: the next key types again.
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tap(makeKey(KeyType::Character, u"c"_s));
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QCOMPARE(engine.output, u"c");
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}
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void heldModifierAppliesToEveryKey()
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{
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const KeyDef alt = modifierKey(u"alt"_s);
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controller->keyDown(alt, 0);
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tap(keysymKey(XKB_KEY_Tab));
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tap(keysymKey(XKB_KEY_Tab));
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controller->keyUp(alt, KeyOutput::Primary, {}, 9000);
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QCOMPARE(engine.keysyms.size(), 2);
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QCOMPARE(engine.lastModifiers, Qt::AltModifier);
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QCOMPARE(controller->modifierModes().value(u"alt"_s).toInt(), int(KeyboardController::ShiftMode::Off));
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}
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void tappedShiftAppliesToFunctionKeys()
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{
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tap(makeKey(KeyType::Character, u"a"_s)); // mid-sentence: no auto-shift
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tap(makeKey(KeyType::Shift));
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tap(keysymKey(XKB_KEY_F5));
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QCOMPARE(engine.keysyms.last(), quint32(XKB_KEY_F5));
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QCOMPARE(engine.lastModifiers, Qt::ShiftModifier);
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QCOMPARE(controller->shiftMode(), KeyboardController::ShiftMode::Off); // used up
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}
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void autoShiftAndCapsLockDontApplyToFunctionKeys()
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{
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controller->resetContext(Field); // sentence start: auto-shift on
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QCOMPARE(controller->shiftMode(), KeyboardController::ShiftMode::Once);
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tap(keysymKey(XKB_KEY_Left));
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QCOMPARE(engine.lastModifiers, Qt::NoModifier);
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tap(makeKey(KeyType::CapsLock));
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QCOMPARE(controller->shiftMode(), KeyboardController::ShiftMode::Locked);
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tap(keysymKey(XKB_KEY_Left));
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QCOMPARE(engine.lastModifiers, Qt::NoModifier);
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tap(makeKey(KeyType::Character, u"a"_s));
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tap(makeKey(KeyType::Character, u"b"_s));
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QCOMPARE(engine.output, u"AB");
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tap(makeKey(KeyType::CapsLock));
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QCOMPARE(controller->shiftMode(), KeyboardController::ShiftMode::Off);
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}
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void autoShiftCapitalizesLettersOnly()
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{
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KeyDef lj = makeKey(KeyType::Character, u"ľ"_s); // sk number row: Shift+ľ = 2
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lj.shifted = u"2"_s;
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KeyDef one = makeKey(KeyType::Character, u"+"_s);
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one.shifted = u"1"_s;
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controller->resetContext(Field); // sentence start
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tap(one);
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QCOMPARE(engine.output, u"+"); // not the shifted level
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controller->resetContext(Field);
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tap(lj);
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QCOMPARE(engine.output, u"+Ľ");
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tap(makeKey(KeyType::Shift)); // the user's shift does pick it
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tap(lj);
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QCOMPARE(engine.output, u"+Ľ2");
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}
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void deadKeyComposesWithNextCharacter()
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{
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KeyDef acute = makeKey(KeyType::Character, u"´"_s);
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acute.dead = XKB_KEY_dead_acute;
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tap(makeKey(KeyType::Character, u"x"_s));
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tap(acute);
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QVERIFY(engine.output == u"x"); // nothing typed yet
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tap(makeKey(KeyType::Character, u"e"_s));
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QVERIFY(engine.output.endsWith(u"é"_s));
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}
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void holdKeysPressesWhileDown()
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{
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controller->setOptions({.holdKeys = true});
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const KeyDef shift = makeKey(KeyType::Shift);
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const KeyDef a = makeKey(KeyType::Character, u"a"_s);
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controller->keyDown(shift, 0);
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QCOMPARE(model.isUppercase(), true); // labels follow the held shift
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controller->keyDown(a, 10);
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controller->keyUp(a, KeyOutput::Primary, {}, 20);
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controller->keyUp(shift, KeyOutput::Primary, {}, 30);
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using E = FakeEngine::KeyEvent;
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QCOMPARE(engine.keyEvents, (QList<E>{{XKB_KEY_Shift_L, true}, {XKB_KEY_a, true},
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{XKB_KEY_a, false}, {XKB_KEY_Shift_L, false}}));
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QVERIFY(engine.output.isEmpty());
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QVERIFY(engine.keysyms.isEmpty());
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QCOMPARE(model.isUppercase(), false);
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}
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void holdKeysLeavesNoKeyStuck()
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{
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controller->setOptions({.holdKeys = true});
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const KeyDef ctrl = modifierKey(u"ctrl"_s);
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controller->keyDown(ctrl, 0);
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QCOMPARE(controller->modifierModes().value(u"ctrl"_s).toInt(), 1);
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controller->setOptions({}); // turned off while held
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QVERIFY(engine.held.isEmpty());
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controller->keyUp(ctrl, KeyOutput::Primary, {}, 10); // back to sticky rules: harmless
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QVERIFY(engine.held.isEmpty());
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}
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void holdKeysSendsDeadKeysAndCapsLockToTheSystem()
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{
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controller->setOptions({.holdKeys = true});
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KeyDef acute = makeKey(KeyType::Character, u"´"_s);
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acute.dead = XKB_KEY_dead_acute;
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tap(acute);
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tap(makeKey(KeyType::CapsLock));
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QCOMPARE(controller->shiftMode(), KeyboardController::ShiftMode::Locked);
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QCOMPARE(engine.keyEvents.first().keysym, quint32(XKB_KEY_dead_acute));
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QCOMPARE(engine.keyEvents[2].keysym, quint32(XKB_KEY_Caps_Lock));
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}
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void noTextRulesWithoutAField()
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{
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controller->resetContext({}); // keys go to a window, not a text field
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QCOMPARE(controller->shiftMode(), KeyboardController::ShiftMode::Off);
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const KeyDef space = makeKey(KeyType::Space);
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tap(makeKey(KeyType::Character, u"a"_s));
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tap(space);
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tap(space);
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QCOMPARE(engine.output, u"a ");
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}
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void dismissEmitsSignal()
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{
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int dismissed = 0;
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connect(controller.get(), &KeyboardController::dismissRequested, this, [&] { ++dismissed; });
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tap(makeKey(KeyType::Dismiss));
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QCOMPARE(dismissed, 1);
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}
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};
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QTEST_GUILESS_MAIN(TestController)
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#include "tst_controller.moc"
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