void PhotoWidget::setContentImage(const QPixmap &pixmap)
{
mContentPixmap = pixmap;
QRectF pixmapRect = pixmap.rect();
/*calculate the new height for the content rect width */
float pixmapHeight = (pixmapRect.height() / pixmapRect.width() ) * contentRect().width();
pixmapRect.setHeight(pixmapHeight);
pixmapRect.setWidth(contentRect().width());
setContentRect(pixmapRect);
update();
}
void ClockWidget::preRenderClockImages()
{
PlexyDesk::SvgProvider *svg = new PlexyDesk::SvgProvider();
mClockBackFace = svg->get(QLatin1String("clock#ClockFace"));
mClockSecondHand = svg->get(QLatin1String("clock#SecondHand"));
mClockMinuteHand = svg->get(QLatin1String("clock#MinuteHand"));
mClockHourHand = svg->get(QLatin1String("clock#HourHand"));
mClockScrew = svg->get(QLatin1String("clock#HandCenterScrew"));
mClockGlass = svg->get(QLatin1String("clock#Glass"));
setContentRect(mClockBackFace.rect());
delete svg;
}
void Animate::setCollisionRect()
{
if (!anim_frame_list.empty())
{
unsigned int anim_size = anim_frame_list.size();
if (ani_index < anim_size)
{
cocos2d::CCRect image_rect = anim_frame_list.at(ani_index)->getRect();
int image_width = image_rect.getMaxX() - image_rect.getMinX();
int image_height = image_rect.getMaxY() - image_rect.getMinY();
cocos2d::CCPoint spr_pos = draw_spr->getPosition();
cocos2d::CCRect collision_rect = cocos2d::CCRect(spr_pos.x - (image_width / 2), spr_pos.y, image_width, image_height);
setContentRect(collision_rect);
}
}
}
YouTubeWidget::YouTubeWidget(const QRectF &rect) :
ScrollWidget(rect)
{
mSearchButton = new PlexyDesk::Button(this);
mSearchButton->show();
mSearchButton->setPos(rect.width() - 110 , rect.height() - 40);
connect(mSearchButton, SIGNAL(clicked()), this, SLOT(buttonClicked()));
setContentRect(rect);
this->enableDefaultBackground(true);
//this->enableShadow(false);
mSearchButton->setLabel("Search");
mLineEdit = new PlexyDesk::LineEdit(this);
mLineEdit->show();
mLineEdit->setSize(QSizeF(rect.width() - mSearchButton->boundingRect().width(), 30));
mLineEdit->setPos(10 , rect.height() - 40);
}
PlexyDayWidget::PlexyDayWidget(const QRectF &rect)
: Widget(rect), d(new PlexyDayWidgetPrivate) {
setContentRect(rect);
this->setWidgetFlag(PlexyDesk::Widget::kRenderBackground, false);
#ifdef Q_WS_QPA
setFlag(QGraphicsItem::ItemIsMovable, false);
#endif
mTableView = new PlexyDesk::TableView(rect, this);
mTableView->show();
/// mTableView->setLabelName("TableView");
CellsProvider *cellFactory = new CellsProvider(rect, this);
mTableView->setDelegate(cellFactory);
float headerHight = 74.0;
#ifdef Q_WS_QPA
headerHight = (64.0 * 2) + 20;
#endif
// Leave a margin of 74px for the ck_ck_widget.header. and a 5px left margin
mTableView->setPos(cellFactory->leftMargin(), headerHight);
}
int SkiaAndroidApp::message_callback(int fd, int events, void* data) {
auto skiaAndroidApp = (SkiaAndroidApp*)data;
Message message;
skiaAndroidApp->readMessage(&message);
SkDebugf("message_callback %d", message.fType);
SkASSERT(message.fType != kUndefined);
switch (message.fType) {
case kDestroyApp: {
delete skiaAndroidApp;
pthread_exit(nullptr);
return 0;
}
case kContentInvalidated: {
((Window_android*)skiaAndroidApp->fWindow)->paintIfNeeded();
break;
}
case kSurfaceCreated: {
SkASSERT(!skiaAndroidApp->fNativeWindow && message.fNativeWindow);
skiaAndroidApp->fNativeWindow = message.fNativeWindow;
auto window_android = (Window_android*)skiaAndroidApp->fWindow;
window_android->initDisplay(skiaAndroidApp->fNativeWindow);
((Window_android*)skiaAndroidApp->fWindow)->paintIfNeeded();
break;
}
case kSurfaceChanged: {
SkASSERT(message.fNativeWindow);
int width = ANativeWindow_getWidth(skiaAndroidApp->fNativeWindow);
int height = ANativeWindow_getHeight(skiaAndroidApp->fNativeWindow);
auto window_android = (Window_android*)skiaAndroidApp->fWindow;
if (message.fNativeWindow != skiaAndroidApp->fNativeWindow) {
window_android->onDisplayDestroyed();
ANativeWindow_release(skiaAndroidApp->fNativeWindow);
skiaAndroidApp->fNativeWindow = message.fNativeWindow;
window_android->initDisplay(skiaAndroidApp->fNativeWindow);
}
window_android->onResize(width, height);
window_android->setContentRect(0, 0, width, height);
window_android->paintIfNeeded();
break;
}
case kSurfaceDestroyed: {
if (skiaAndroidApp->fNativeWindow) {
auto window_android = (Window_android*)skiaAndroidApp->fWindow;
window_android->onDisplayDestroyed();
ANativeWindow_release(skiaAndroidApp->fNativeWindow);
skiaAndroidApp->fNativeWindow = nullptr;
}
break;
}
case kKeyPressed: {
auto it = ANDROID_TO_WINDOW_KEYMAP.find(message.fKeycode);
SkASSERT(it != ANDROID_TO_WINDOW_KEYMAP.end());
// No modifier is supported so far
skiaAndroidApp->fWindow->onKey(it->second, Window::kDown_InputState, 0);
skiaAndroidApp->fWindow->onKey(it->second, Window::kUp_InputState, 0);
break;
}
case kTouched: {
auto it = ANDROID_TO_WINDOW_STATEMAP.find(message.fTouchState);
SkASSERT(it != ANDROID_TO_WINDOW_STATEMAP.end());
skiaAndroidApp->fWindow->onTouch(message.fTouchOwner, it->second, message.fTouchX,
message.fTouchY);
break;
}
case kUIStateChanged: {
skiaAndroidApp->fWindow->onUIStateChanged(*message.stateName, *message.stateValue);
delete message.stateName;
delete message.stateValue;
break;
}
default: {
// do nothing
}
}
return 1; // continue receiving callbacks
}