diff options
Diffstat (limited to 'tests/auto/client/seat/tst_seat.cpp')
| -rw-r--r-- | tests/auto/client/seat/tst_seat.cpp | 685 |
1 files changed, 685 insertions, 0 deletions
diff --git a/tests/auto/client/seat/tst_seat.cpp b/tests/auto/client/seat/tst_seat.cpp new file mode 100644 index 000000000..45ae7251c --- /dev/null +++ b/tests/auto/client/seat/tst_seat.cpp @@ -0,0 +1,685 @@ +// Copyright (C) 2018 The Qt Company Ltd. +// SPDX-License-Identifier: LicenseRef-Qt-Commercial OR GPL-3.0-only + +#include "mockcompositor.h" +#include <QtGui/QRasterWindow> +#include <QtGui/QEventPoint> + +using namespace MockCompositor; + +class SeatCompositor : public DefaultCompositor { +public: + explicit SeatCompositor() + { + exec([this] { + m_config.autoConfigure = true; + + removeAll<Seat>(); + + uint capabilities = MockCompositor::Seat::capability_pointer | MockCompositor::Seat::capability_touch; + int version = 9; + add<Seat>(capabilities, version); + }); + } +}; + +class tst_seat : public QObject, private SeatCompositor +{ + Q_OBJECT +private slots: + void cleanup() { QTRY_VERIFY2(isClean(), qPrintable(dirtyMessage())); } + void bindsToSeat(); + + // Pointer tests + void createsPointer(); + void setsCursorOnEnter(); + void usesEnterSerial(); + void simpleAxis_data(); + void simpleAxis(); + void fingerScroll(); + void fingerScrollSlow(); + void continuousScroll(); + void highResolutionScroll(); + + // Touch tests + void createsTouch(); + void singleTap(); + void singleTapFloat(); + void multiTouch(); + void multiTouchUpAndMotionFrame(); + void tapAndMoveInSameFrame(); + void cancelTouch(); +}; + +void tst_seat::bindsToSeat() +{ + QCOMPOSITOR_COMPARE(get<Seat>()->resourceMap().size(), 1); + QCOMPOSITOR_COMPARE(get<Seat>()->resourceMap().first()->version(), 9); +} + +void tst_seat::createsPointer() +{ + QCOMPOSITOR_TRY_COMPARE(pointer()->resourceMap().size(), 1); + QCOMPOSITOR_TRY_COMPARE(pointer()->resourceMap().first()->version(), 9); +} + +void tst_seat::setsCursorOnEnter() +{ + QRasterWindow window; + window.resize(64, 64); + window.show(); + QCOMPOSITOR_TRY_VERIFY(xdgSurface() && xdgSurface()->m_committedConfigureSerial); + + exec([&] { + auto *surface = xdgSurface()->m_surface; + pointer()->sendEnter(surface, {0, 0}); + pointer()->sendFrame(surface->resource()->client()); + }); + + QCOMPOSITOR_TRY_VERIFY(pointer()->cursorSurface()); +} + +void tst_seat::usesEnterSerial() +{ + QSignalSpy setCursorSpy(exec([&] { return pointer(); }), &Pointer::setCursor); + QRasterWindow window; + window.resize(64, 64); + window.show(); + QCOMPOSITOR_TRY_VERIFY(xdgSurface() && xdgSurface()->m_committedConfigureSerial); + + uint enterSerial = exec([&] { + return pointer()->sendEnter(xdgSurface()->m_surface, {0, 0}); + }); + QCOMPOSITOR_TRY_VERIFY(pointer()->cursorSurface()); + + QTRY_COMPARE(setCursorSpy.size(), 1); + QCOMPARE(setCursorSpy.takeFirst().at(0).toUInt(), enterSerial); +} + +class WheelWindow : QRasterWindow { +public: + WheelWindow() + { + resize(64, 64); + show(); + } + void wheelEvent(QWheelEvent *event) override + { + QRasterWindow::wheelEvent(event); +// qDebug() << event << "angleDelta" << event->angleDelta() << "pixelDelta" << event->pixelDelta(); + + if (event->phase() != Qt::ScrollUpdate && event->phase() != Qt::NoScrollPhase) { + // Shouldn't have deltas in the these phases + QCOMPARE(event->angleDelta(), QPoint(0, 0)); + QCOMPARE(event->pixelDelta(), QPoint(0, 0)); + } + + // We didn't press any buttons + QCOMPARE(event->buttons(), Qt::NoButton); + + m_events.append(Event{event}); + } + struct Event // Because I didn't find a convenient way to copy it entirely + { + explicit Event() = default; + explicit Event(const QWheelEvent *event) + : phase(event->phase()) + , pixelDelta(event->pixelDelta()) + , angleDelta(event->angleDelta()) + , source(event->source()) + , inverted(event->inverted()) + { + } + Qt::ScrollPhase phase{}; + QPoint pixelDelta; + QPoint angleDelta; // eights of a degree, positive is upwards, left + Qt::MouseEventSource source{}; + bool inverted = false; + }; + QList<Event> m_events; +}; + +void tst_seat::simpleAxis_data() +{ + QTest::addColumn<uint>("axis"); + QTest::addColumn<qreal>("value"); + QTest::addColumn<QPoint>("angleDelta"); + QTest::addColumn<bool>("inverted"); + + // Directions in regular windows/linux terms (no "natural" scrolling) + QTest::newRow("down") << uint(Pointer::axis_vertical_scroll) << 1.0 << QPoint{0, -12} << false; + QTest::newRow("up") << uint(Pointer::axis_vertical_scroll) << -1.0 << QPoint{0, 12} << false; + QTest::newRow("left") << uint(Pointer::axis_horizontal_scroll) << 1.0 << QPoint{-12, 0} << false; + QTest::newRow("right") << uint(Pointer::axis_horizontal_scroll) << -1.0 << QPoint{12, 0} << false; + QTest::newRow("up big") << uint(Pointer::axis_vertical_scroll) << -10.0 << QPoint{0, 120} << false; + + // (natural) scrolling + QTest::newRow("down inverted") << uint(Pointer::axis_vertical_scroll) << 1.0 << QPoint{0, -12} << true; + QTest::newRow("up inverted") << uint(Pointer::axis_vertical_scroll) << -1.0 << QPoint{0, 12} << true; + QTest::newRow("left inverted") << uint(Pointer::axis_horizontal_scroll) << 1.0 << QPoint{-12, 0} << true; + QTest::newRow("right inverted") << uint(Pointer::axis_horizontal_scroll) << -1.0 << QPoint{12, 0} << true; + QTest::newRow("up big inverted") << uint(Pointer::axis_vertical_scroll) << -10.0 << QPoint{0, 120} << true; +} + +void tst_seat::simpleAxis() +{ + QFETCH(uint, axis); + QFETCH(qreal, value); + QFETCH(QPoint, angleDelta); + QFETCH(bool, inverted); + + WheelWindow window; + QCOMPOSITOR_TRY_VERIFY(xdgSurface() && xdgSurface()->m_committedConfigureSerial); + + exec([&] { + auto *p = pointer(); + p->sendEnter(xdgToplevel()->surface(), {32, 32}); + p->sendFrame(client()); + p->sendAxis( + client(), + Pointer::axis(axis), + value // Length of vector in surface-local space. i.e. positive is downwards + ); + auto direction = inverted ? Pointer::axis_relative_direction_inverted : Pointer::axis_relative_direction_identical; + p->sendAxisRelativeDirection(client(), Pointer::axis(axis), direction); + p->sendFrame(client()); + }); + + QTRY_VERIFY(!window.m_events.empty()); + { + auto e = window.m_events.takeFirst(); + QCOMPARE(e.phase, Qt::NoScrollPhase); + // Pixel delta should only be set if we know it's a high-res input device (which we don't) + QCOMPARE(e.pixelDelta, QPoint(0, 0)); + // There has been no information about what created the event. + // Documentation says not synthesized is appropriate in such cases + QCOMPARE(e.source, Qt::MouseEventNotSynthesized); + QCOMPARE(e.angleDelta, angleDelta); + + QCOMPARE(e.inverted, inverted); + } + + // Sending axis_stop is not mandatory when axis source != finger +} + +void tst_seat::fingerScroll() +{ + WheelWindow window; + QCOMPOSITOR_TRY_VERIFY(xdgSurface() && xdgSurface()->m_committedConfigureSerial); + + exec([&] { + auto *p = pointer(); + auto *c = client(); + p->sendEnter(xdgToplevel()->surface(), {32, 32}); + p->sendFrame(c); + p->sendAxisSource(c, Pointer::axis_source_finger); + p->sendAxis(c, Pointer::axis_vertical_scroll, 10); + p->sendFrame(c); + }); + + QTRY_VERIFY(!window.m_events.empty()); + { + auto e = window.m_events.takeFirst(); + QCOMPARE(e.phase, Qt::ScrollBegin); + QCOMPARE(e.angleDelta, QPoint()); + QCOMPARE(e.pixelDelta, QPoint()); + } + + QTRY_VERIFY(!window.m_events.empty()); + // For some reason we send two ScrollBegins, one for each direction, not sure if this is really + // necessary, (could be removed from QtBase, hence the conditional below. + if (window.m_events.first().phase == Qt::ScrollBegin) { + auto e = window.m_events.takeFirst(); + QCOMPARE(e.angleDelta, QPoint()); + QCOMPARE(e.pixelDelta, QPoint()); + } + + QTRY_VERIFY(!window.m_events.empty()); + { + auto e = window.m_events.takeFirst(); + QCOMPARE(e.phase, Qt::ScrollUpdate); + QVERIFY(qAbs(e.angleDelta.x()) <= qAbs(e.angleDelta.y())); // Vertical scroll +// QCOMPARE(e.angleDelta, angleDelta); // TODO: what should this be? + QCOMPARE(e.pixelDelta, QPoint(0, -10)); + QCOMPARE(e.source, Qt::MouseEventSynthesizedBySystem); // A finger is not a wheel + } + + QTRY_VERIFY(window.m_events.empty()); + + // Scroll horizontally as well + exec([&] { + pointer()->sendAxisSource(client(), Pointer::axis_source_finger); + pointer()->sendAxis(client(), Pointer::axis_horizontal_scroll, 10); + pointer()->sendFrame(client()); + }); + QTRY_VERIFY(!window.m_events.empty()); + { + auto e = window.m_events.takeFirst(); + QCOMPARE(e.phase, Qt::ScrollUpdate); + QVERIFY(qAbs(e.angleDelta.x()) > qAbs(e.angleDelta.y())); // Horizontal scroll + QCOMPARE(e.pixelDelta, QPoint(-10, 0)); + QCOMPARE(e.source, Qt::MouseEventSynthesizedBySystem); // A finger is not a wheel + } + + // Scroll diagonally + exec([&] { + pointer()->sendAxisSource(client(), Pointer::axis_source_finger); + pointer()->sendAxis(client(), Pointer::axis_horizontal_scroll, 10); + pointer()->sendAxis(client(), Pointer::axis_vertical_scroll, 10); + pointer()->sendFrame(client()); + }); + QTRY_VERIFY(!window.m_events.empty()); + { + auto e = window.m_events.takeFirst(); + QCOMPARE(e.phase, Qt::ScrollUpdate); + QCOMPARE(e.pixelDelta, QPoint(-10, -10)); + QCOMPARE(e.source, Qt::MouseEventSynthesizedBySystem); // A finger is not a wheel + } + + // For diagonal events, Qt sends an additional compatibility ScrollUpdate event + if (window.m_events.first().phase == Qt::ScrollUpdate) { + auto e = window.m_events.takeFirst(); + QCOMPARE(e.angleDelta, QPoint()); + QCOMPARE(e.pixelDelta, QPoint()); + } + + QVERIFY(window.m_events.empty()); + + // Sending axis_stop is mandatory when axis source == finger + exec([&] { + pointer()->sendAxisStop(client(), Pointer::axis_vertical_scroll); + pointer()->sendFrame(client()); + }); + + QTRY_VERIFY(!window.m_events.empty()); + { + auto e = window.m_events.takeFirst(); + QCOMPARE(e.phase, Qt::ScrollEnd); + } +} + + +void tst_seat::fingerScrollSlow() +{ + WheelWindow window; + QCOMPOSITOR_TRY_VERIFY(xdgSurface() && xdgSurface()->m_committedConfigureSerial); + + exec([&] { + auto *p = pointer(); + auto *c = client(); + p->sendEnter(xdgToplevel()->surface(), {32, 32}); + p->sendFrame(c); + // Send 10 really small updates + for (int i = 0; i < 10; ++i) { + p->sendAxisSource(c, Pointer::axis_source_finger); + p->sendAxis(c, Pointer::axis_vertical_scroll, 0.1); + p->sendFrame(c); + } + p->sendAxisStop(c, Pointer::axis_vertical_scroll); + p->sendFrame(c); + }); + + QTRY_VERIFY(!window.m_events.empty()); + QPoint accumulated; + while (window.m_events.first().phase != Qt::ScrollEnd) { + auto e = window.m_events.takeFirst(); + accumulated += e.pixelDelta; + QTRY_VERIFY(!window.m_events.empty()); + } + QCOMPARE(accumulated.y(), -1); +} + +void tst_seat::highResolutionScroll() +{ + WheelWindow window; + QCOMPOSITOR_TRY_VERIFY(xdgSurface() && xdgSurface()->m_committedConfigureSerial); + + exec([&] { + auto *p = pointer(); + auto *c = client(); + p->sendEnter(xdgToplevel()->surface(), {32, 32}); + p->sendFrame(c); + p->sendAxisSource(c, Pointer::axis_source_wheel); + p->sendAxisValue120(c, Pointer::axis_vertical_scroll, 30); // quarter of a click + p->sendAxis(c, Pointer::axis_vertical_scroll, 3.75); + p->sendFrame(c); + }); + + QTRY_VERIFY(!window.m_events.empty()); + { + auto e = window.m_events.takeFirst(); + QCOMPARE(e.phase, Qt::NoScrollPhase); + QVERIFY(qAbs(e.angleDelta.x()) <= qAbs(e.angleDelta.y())); // Vertical scroll + QCOMPARE(e.angleDelta, QPoint(0, -30)); + // Click scrolls are not continuous and should not have a pixel delta + QCOMPARE(e.pixelDelta, QPoint(0, 0)); + } + + exec([&] { + auto *p = pointer(); + auto *c = client(); + p->sendAxisSource(c, Pointer::axis_source_wheel); + p->sendAxisValue120(c, Pointer::axis_vertical_scroll, 90); // complete the click + p->sendAxis(c, Pointer::axis_vertical_scroll, 11.25); + p->sendFrame(c); + }); + + QTRY_VERIFY(!window.m_events.empty()); + { + auto e = window.m_events.takeFirst(); + QCOMPARE(e.phase, Qt::NoScrollPhase); + QVERIFY(qAbs(e.angleDelta.x()) <= qAbs(e.angleDelta.y())); // Vertical scroll + QCOMPARE(e.angleDelta, QPoint(0, -90)); + // Click scrolls are not continuous and should not have a pixel delta + QCOMPARE(e.pixelDelta, QPoint(0, 0)); + } +} + +void tst_seat::continuousScroll() +{ + WheelWindow window; + QCOMPOSITOR_TRY_VERIFY(xdgSurface() && xdgSurface()->m_committedConfigureSerial); + + exec([&] { + auto *p = pointer(); + auto *c = client(); + p->sendEnter(xdgToplevel()->surface(), {32, 32}); + p->sendFrame(c); + p->sendAxisSource(c, Pointer::axis_source_continuous); + p->sendAxis(c, Pointer::axis_vertical_scroll, 10); + p->sendAxis(c, Pointer::axis_horizontal_scroll, -5); + p->sendFrame(c); + }); + + QTRY_VERIFY(!window.m_events.empty()); + { + auto e = window.m_events.takeFirst(); + QCOMPARE(e.phase, Qt::NoScrollPhase); + QCOMPARE(e.pixelDelta, QPoint(5, -10)); + QCOMPARE(e.source, Qt::MouseEventSynthesizedBySystem); // touchpads are not wheels + QCOMPARE(e.inverted, false); + + } + // Sending axis_stop is not mandatory when axis source != finger +} + +void tst_seat::createsTouch() +{ + QCOMPOSITOR_TRY_COMPARE(touch()->resourceMap().size(), 1); + QCOMPOSITOR_TRY_COMPARE(touch()->resourceMap().first()->version(), 9); +} + +class TouchWindow : public QRasterWindow { +public: + TouchWindow() + { + resize(64, 64); + show(); + } + void touchEvent(QTouchEvent *event) override + { + QRasterWindow::touchEvent(event); + m_events.append(Event{event}); + } + struct Event // Because I didn't find a convenient way to copy it entirely + { + explicit Event() = default; + explicit Event(const QTouchEvent *event) + : type(event->type()) + , touchPointStates(event->touchPointStates()) + , touchPoints(event->points()) + { + } + QEvent::Type type{}; + QEventPoint::States touchPointStates{}; + QList<QTouchEvent::TouchPoint> touchPoints; + }; + QList<Event> m_events; +}; + +void tst_seat::singleTap() +{ + TouchWindow window; + QCOMPOSITOR_TRY_VERIFY(xdgSurface() && xdgSurface()->m_committedConfigureSerial); + + exec([&] { + auto *t = touch(); + auto *c = client(); + t->sendDown(xdgToplevel()->surface(), {32, 32}, 1); + t->sendFrame(c); + t->sendUp(c, 1); + t->sendFrame(c); + }); + + QTRY_VERIFY(!window.m_events.empty()); + { + auto e = window.m_events.takeFirst(); + QCOMPARE(e.type, QEvent::TouchBegin); + QCOMPARE(e.touchPointStates, QEventPoint::State::Pressed); + QCOMPARE(e.touchPoints.size(), 1); + QCOMPARE(e.touchPoints.first().position(), QPointF(32-window.frameMargins().left(), 32-window.frameMargins().top())); + } + { + auto e = window.m_events.takeFirst(); + QCOMPARE(e.type, QEvent::TouchEnd); + QCOMPARE(e.touchPointStates, QEventPoint::State::Released); + QCOMPARE(e.touchPoints.size(), 1); + QCOMPARE(e.touchPoints.first().position(), QPointF(32-window.frameMargins().left(), 32-window.frameMargins().top())); + } +} + +void tst_seat::singleTapFloat() +{ + TouchWindow window; + QCOMPOSITOR_TRY_VERIFY(xdgSurface() && xdgSurface()->m_committedConfigureSerial); + + exec([&] { + auto *t = touch(); + auto *c = client(); + t->sendDown(xdgToplevel()->surface(), {32.75, 32.25}, 1); + t->sendFrame(c); + t->sendUp(c, 1); + t->sendFrame(c); + }); + + QTRY_VERIFY(!window.m_events.empty()); + { + auto e = window.m_events.takeFirst(); + QCOMPARE(e.type, QEvent::TouchBegin); + QCOMPARE(e.touchPointStates, QEventPoint::State::Pressed); + QCOMPARE(e.touchPoints.size(), 1); + QCOMPARE(e.touchPoints.first().position(), QPointF(32.75-window.frameMargins().left(), 32.25-window.frameMargins().top())); + } + { + auto e = window.m_events.takeFirst(); + QCOMPARE(e.type, QEvent::TouchEnd); + QCOMPARE(e.touchPointStates, QEventPoint::State::Released); + QCOMPARE(e.touchPoints.size(), 1); + QCOMPARE(e.touchPoints.first().position(), QPointF(32.75-window.frameMargins().left(), 32.25-window.frameMargins().top())); + } +} + +void tst_seat::multiTouch() +{ + TouchWindow window; + QCOMPOSITOR_TRY_VERIFY(xdgSurface() && xdgSurface()->m_committedConfigureSerial); + + exec([&] { + auto *t = touch(); + auto *c = client(); + + t->sendDown(xdgToplevel()->surface(), {32, 32}, 0); + t->sendDown(xdgToplevel()->surface(), {48, 48}, 1); + t->sendFrame(c); + + // Compositor event order should not change the order of the QTouchEvent::points() + // See QTBUG-77014 + t->sendMotion(c, {49, 48}, 1); + t->sendMotion(c, {33, 32}, 0); + t->sendFrame(c); + + t->sendUp(c, 0); + t->sendFrame(c); + + t->sendUp(c, 1); + t->sendFrame(c); + }); + + QTRY_VERIFY(!window.m_events.empty()); + { + auto e = window.m_events.takeFirst(); + QCOMPARE(e.type, QEvent::TouchBegin); + QCOMPARE(e.touchPointStates, QEventPoint::State::Pressed); + QCOMPARE(e.touchPoints.size(), 2); + + QCOMPARE(e.touchPoints[0].state(), QEventPoint::State::Pressed); + QCOMPARE(e.touchPoints[0].position(), QPointF(32-window.frameMargins().left(), 32-window.frameMargins().top())); + + QCOMPARE(e.touchPoints[1].state(), QEventPoint::State::Pressed); + QCOMPARE(e.touchPoints[1].position(), QPointF(48-window.frameMargins().left(), 48-window.frameMargins().top())); + } + { + auto e = window.m_events.takeFirst(); + QCOMPARE(e.type, QEvent::TouchUpdate); + QCOMPARE(e.touchPoints.size(), 2); + + QCOMPARE(e.touchPoints[0].state(), QEventPoint::State::Updated); + QCOMPARE(e.touchPoints[0].position(), QPointF(33-window.frameMargins().left(), 32-window.frameMargins().top())); + + QCOMPARE(e.touchPoints[1].state(), QEventPoint::State::Updated); + QCOMPARE(e.touchPoints[1].position(), QPointF(49-window.frameMargins().left(), 48-window.frameMargins().top())); + } + { + auto e = window.m_events.takeFirst(); + QCOMPARE(e.type, QEvent::TouchUpdate); + QCOMPARE(e.touchPointStates, QEventPoint::State::Released | QEventPoint::State::Stationary); + QCOMPARE(e.touchPoints.size(), 2); + + QCOMPARE(e.touchPoints[0].state(), QEventPoint::State::Released); + QCOMPARE(e.touchPoints[0].position(), QPointF(33-window.frameMargins().left(), 32-window.frameMargins().top())); + + QCOMPARE(e.touchPoints[1].state(), QEventPoint::State::Stationary); + QCOMPARE(e.touchPoints[1].position(), QPointF(49-window.frameMargins().left(), 48-window.frameMargins().top())); + } + { + auto e = window.m_events.takeFirst(); + QCOMPARE(e.type, QEvent::TouchEnd); + QCOMPARE(e.touchPointStates, QEventPoint::State::Released); + QCOMPARE(e.touchPoints.size(), 1); + QCOMPARE(e.touchPoints[0].state(), QEventPoint::State::Released); + QCOMPARE(e.touchPoints[0].position(), QPointF(49-window.frameMargins().left(), 48-window.frameMargins().top())); + } +} + +void tst_seat::multiTouchUpAndMotionFrame() +{ + TouchWindow window; + QCOMPOSITOR_TRY_VERIFY(xdgSurface() && xdgSurface()->m_committedConfigureSerial); + + exec([&] { + auto *t = touch(); + auto *c = client(); + + t->sendDown(xdgToplevel()->surface(), {32, 32}, 0); + t->sendDown(xdgToplevel()->surface(), {48, 48}, 1); + t->sendFrame(c); + + // Sending an up event after a frame event, before any motion or down events used to + // unnecessarily trigger a workaround for a bug in an old version of Weston. The workaround + // would prematurely insert a fake frame event splitting the touch event up into two events. + // However, this should only be needed on the up event for the very last touch point. So in + // this test we verify that it doesn't unncecessarily break up the events. + t->sendUp(c, 0); + t->sendMotion(c, {49, 48}, 1); + t->sendFrame(c); + + t->sendUp(c, 1); + t->sendFrame(c); + }); + + QTRY_VERIFY(!window.m_events.empty()); + { + auto e = window.m_events.takeFirst(); + QCOMPARE(e.type, QEvent::TouchBegin); + QCOMPARE(e.touchPoints[0].state(), QEventPoint::State::Pressed); + QCOMPARE(e.touchPoints[1].state(), QEventPoint::State::Pressed); + } + { + auto e = window.m_events.takeFirst(); + QCOMPARE(e.type, QEvent::TouchUpdate); + QCOMPARE(e.touchPoints.size(), 2); + QCOMPARE(e.touchPoints[0].state(), QEventPoint::State::Released); + QCOMPARE(e.touchPoints[1].state(), QEventPoint::State::Updated); + } + { + auto e = window.m_events.takeFirst(); + QCOMPARE(e.type, QEvent::TouchEnd); + QCOMPARE(e.touchPoints.size(), 1); + QCOMPARE(e.touchPoints[0].state(), QEventPoint::State::Released); + } + QVERIFY(window.m_events.empty()); +} + +void tst_seat::tapAndMoveInSameFrame() +{ + TouchWindow window; + QCOMPOSITOR_TRY_VERIFY(xdgSurface() && xdgSurface()->m_committedConfigureSerial); + + exec([&] { + auto *t = touch(); + auto *c = client(); + + t->sendDown(xdgToplevel()->surface(), {32, 32}, 0); + t->sendMotion(c, {33, 33}, 0); + t->sendFrame(c); + + // Don't leave touch in a weird state + t->sendUp(c, 0); + t->sendFrame(c); + }); + + QTRY_VERIFY(!window.m_events.empty()); + { + auto e = window.m_events.takeFirst(); + QCOMPARE(e.type, QEvent::TouchBegin); + QCOMPARE(e.touchPoints.size(), 1); + QCOMPARE(e.touchPoints[0].state(), QEventPoint::State::Pressed); + // Position isn't that important, we just want to make sure we actually get the pressed event + } + + // Make sure we eventually release + QTRY_VERIFY(!window.m_events.empty()); + QTRY_COMPARE(window.m_events.last().touchPoints.first().state(), QEventPoint::State::Released); +} + +void tst_seat::cancelTouch() +{ + TouchWindow window; + QCOMPOSITOR_TRY_VERIFY(xdgSurface() && xdgSurface()->m_committedConfigureSerial); + + exec([&] { + auto *t = touch(); + auto *c = client(); + t->sendDown(xdgToplevel()->surface(), {32, 32}, 1); + t->sendFrame(c); + t->sendCancel(c); + t->sendFrame(c); + }); + + QTRY_VERIFY(!window.m_events.empty()); + { + auto e = window.m_events.takeFirst(); + QCOMPARE(e.type, QEvent::TouchBegin); + QCOMPARE(e.touchPointStates, QEventPoint::State::Pressed); + QCOMPARE(e.touchPoints.size(), 1); + QCOMPARE(e.touchPoints.first().position(), QPointF(32-window.frameMargins().left(), 32-window.frameMargins().top())); + } + { + auto e = window.m_events.takeFirst(); + QCOMPARE(e.type, QEvent::TouchCancel); + QCOMPARE(e.touchPoints.size(), 0); + } +} + +QCOMPOSITOR_TEST_MAIN(tst_seat) +#include "tst_seat.moc" |