StyleRuleBase* BisonCSSParser::createFontFaceRule()
{
m_allowImportRules = m_allowNamespaceDeclarations = false;
for (unsigned i = 0; i < m_parsedProperties.size(); ++i) {
CSSProperty& property = m_parsedProperties[i];
if (property.id() == CSSPropertyFontVariant && property.value()->isPrimitiveValue())
property.wrapValueInCommaSeparatedList();
else if (property.id() == CSSPropertyFontFamily && (!property.value()->isValueList() || toCSSValueList(property.value())->length() != 1)) {
// Unlike font-family property, font-family descriptor in @font-face rule
// has to be a value list with exactly one family name. It cannot have a
// have 'initial' value and cannot 'inherit' from parent.
// See http://dev.w3.org/csswg/css3-fonts/#font-family-desc
clearProperties();
return 0;
}
}
RefPtrWillBeRawPtr<StyleRuleFontFace> rule = StyleRuleFontFace::create();
rule->setProperties(createStylePropertySet());
clearProperties();
StyleRuleFontFace* result = rule.get();
m_parsedRules.append(rule.release());
if (m_styleSheet)
m_styleSheet->setHasFontFaceRule(true);
return result;
}
void InstrumentWidgetMaskTab::setProperties() {
clearProperties();
m_userEditing = false;
// bounding rect property
QtProperty *boundingRectGroup = m_groupManager->addProperty("Bounding Rect");
m_browser->addProperty(boundingRectGroup);
m_left = addDoubleProperty("left");
m_top = addDoubleProperty("top");
m_right = addDoubleProperty("right");
m_bottom = addDoubleProperty("bottom");
boundingRectGroup->addSubProperty(m_left);
boundingRectGroup->addSubProperty(m_top);
boundingRectGroup->addSubProperty(m_right);
boundingRectGroup->addSubProperty(m_bottom);
// point properties
QStringList pointProperties =
m_instrWidget->getSurface()->getCurrentPointNames();
foreach (QString name, pointProperties) {
QtProperty *point = m_groupManager->addProperty(name);
QtProperty *prop_x = addDoubleProperty("x");
QtProperty *prop_y = addDoubleProperty("y");
point->addSubProperty(prop_x);
point->addSubProperty(prop_y);
m_browser->addProperty(point);
m_pointComponentsMap[prop_x] = name;
m_pointComponentsMap[prop_y] = name;
m_pointPropertyMap[name] = point;
}
bool BisonCSSParser::parseDeclaration(MutableStylePropertySet* declaration, const String& string, CSSParserObserver* observer, StyleSheetContents* contextStyleSheet)
{
setStyleSheet(contextStyleSheet);
TemporaryChange<CSSParserObserver*> scopedObsever(m_observer, observer);
setupParser("@-internal-decls ", string, "");
if (m_observer) {
m_observer->startRuleHeader(StyleRule::Style, 0);
m_observer->endRuleHeader(1);
m_observer->startRuleBody(0);
}
{
StyleDeclarationScope scope(this, declaration);
cssyyparse(this);
}
m_rule = nullptr;
bool ok = false;
if (!m_parsedProperties.isEmpty()) {
ok = true;
declaration->addParsedProperties(m_parsedProperties);
clearProperties();
}
if (m_observer)
m_observer->endRuleBody(string.length(), false);
return ok;
}
bool BisonCSSParser::parseValue(MutableStylePropertySet* declaration, CSSPropertyID propertyID, const String& string, bool important)
{
if (m_context.useCounter())
m_context.useCounter()->count(m_context, propertyID);
setupParser("@-internal-value ", string, "");
m_id = propertyID;
m_important = important;
{
StyleDeclarationScope scope(this, declaration);
cssyyparse(this);
}
m_rule = nullptr;
m_id = CSSPropertyInvalid;
bool ok = false;
if (!m_parsedProperties.isEmpty()) {
ok = true;
declaration->addParsedProperties(m_parsedProperties);
clearProperties();
}
return ok;
}
void SpriteInspector::onAppEvent(const ds::Event& in_e){
if(in_e.mWhat == InspectSpriteRequest::WHAT()){
const InspectSpriteRequest& e((const InspectSpriteRequest&)in_e);
inspectSprite(e.mSprid);
} else if(in_e.mWhat == RefreshLayoutRequest::WHAT() || in_e.mWhat == LoadLayoutRequest::WHAT()){
clearProperties();
} else if(in_e.mWhat == InputFieldTextInput::WHAT()){
if(mCurrentInputTreeItem && mLinkedSprite){
const InputFieldTextInput& e((const InputFieldTextInput&)in_e);
std::string valueText = ds::utf8_from_wstr(e.mFullText);
mCurrentInputTreeItem->setValueText(e.mFullText);
ds::ui::XmlImporter::setSpriteProperty(*mLinkedSprite, mCurrentInputTreeItem->getPropertyName(), valueText, "");
mEngine.getNotifier().notify(LayoutLayoutRequest());
layout();
}
} else if(in_e.mWhat == InputFieldCleared::WHAT()){
setInputField(nullptr);
}
else if (in_e.mWhat == MouseMoveEvent::WHAT()) {
const MouseMoveEvent& e( (const MouseMoveEvent&)in_e );
if (this->contains(e.mMousePoint)) {
mEngine.getNotifier().notify(ShowSpriteHighlightEvent(mLinkedSprite));
}
}
}
BisonCSSParser::~BisonCSSParser()
{
clearProperties();
deleteAllValues(m_floatingSelectors);
deleteAllValues(m_floatingSelectorVectors);
deleteAllValues(m_floatingValueLists);
deleteAllValues(m_floatingFunctions);
}
PassRefPtrWillBeRawPtr<ImmutableStylePropertySet> BisonCSSParser::parseDeclaration(const String& string, StyleSheetContents* contextStyleSheet)
{
setStyleSheet(contextStyleSheet);
setupParser("@-internal-decls ", string, "");
cssyyparse(this);
m_rule = nullptr;
RefPtrWillBeRawPtr<ImmutableStylePropertySet> style = createStylePropertySet();
clearProperties();
return style.release();
}
void AbstractWorkflow::setCurrentStage(int stage) {
int oldStage = _currentStage;
_currentStage = stage;
// update visible properties
clearProperties();
Stage* s = _stages[_currentStage];
for (auto it = s->_visibleProperties.begin(); it != s->_visibleProperties.end(); ++it) {
addProperty(**it);
}
// notify the outer world
s_stageChanged.emitSignal(oldStage, _currentStage);
}
StyleRuleBase* BisonCSSParser::createStyleRule(Vector<OwnPtr<CSSParserSelector>>* selectors)
{
StyleRule* result = 0;
if (selectors) {
m_allowImportRules = m_allowNamespaceDeclarations = false;
RefPtrWillBeRawPtr<StyleRule> rule = StyleRule::create();
rule->parserAdoptSelectorVector(*selectors);
rule->setProperties(createStylePropertySet());
result = rule.get();
m_parsedRules.append(rule.release());
CSSSelectorParser::recordSelectorStats(m_context, result->selectorList());
}
clearProperties();
return result;
}
StyleRuleKeyframe* BisonCSSParser::createKeyframe(CSSParserValueList* keys)
{
OwnPtr<Vector<double>> keyVector = StyleRuleKeyframe::createKeyList(keys);
if (keyVector->isEmpty())
return 0;
RefPtrWillBeRawPtr<StyleRuleKeyframe> keyframe = StyleRuleKeyframe::create();
keyframe->setKeys(keyVector.release());
keyframe->setProperties(createStylePropertySet());
clearProperties();
StyleRuleKeyframe* keyframePtr = keyframe.get();
m_parsedKeyframes.append(keyframe.release());
return keyframePtr;
}
StyleRuleBase* BisonCSSParser::createPageRule(PassOwnPtr<CSSParserSelector> pageSelector)
{
// FIXME: Margin at-rules are ignored.
m_allowImportRules = m_allowNamespaceDeclarations = false;
StyleRulePage* pageRule = 0;
if (pageSelector) {
RefPtrWillBeRawPtr<StyleRulePage> rule = StyleRulePage::create();
Vector<OwnPtr<CSSParserSelector>> selectorVector;
selectorVector.append(pageSelector);
rule->parserAdoptSelectorVector(selectorVector);
rule->setProperties(createStylePropertySet());
pageRule = rule.get();
m_parsedRules.append(rule.release());
}
clearProperties();
return pageRule;
}
StyleRuleBase* BisonCSSParser::createViewportRule()
{
// Allow @viewport rules from UA stylesheets even if the feature is disabled.
if (!RuntimeEnabledFeatures::cssViewportEnabled() && !isUASheetBehavior(m_context.mode()))
return 0;
m_allowImportRules = m_allowNamespaceDeclarations = false;
RefPtrWillBeRawPtr<StyleRuleViewport> rule = StyleRuleViewport::create();
rule->setProperties(createStylePropertySet());
clearProperties();
StyleRuleViewport* result = rule.get();
m_parsedRules.append(rule.release());
return result;
}
/**
* Slot responding on deselecting all masking shapes.
*/
void InstrumentWindowMaskTab::shapesDeselected()
{
clearProperties();
}
// >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
MetaObject::~MetaObject() {
clearProperties();
}
void SpriteInspector::inspectSprite(ds::ui::Sprite* sp) {
clearProperties();
if(!sp) return;
mLinkedSprite = sp;
// todo: make this an xml
mLayout = new ds::ui::LayoutSprite(mEngine);
mLayout->setSpriteName(L"This layout");
mLayout->setLayoutType(ds::ui::LayoutSprite::kLayoutVFlow);
//mLayout->setSpacing(5.0f);
mLayout->setShrinkToChildren(ds::ui::LayoutSprite::kShrinkBoth);
mLayout->setTransparent(false);
mLayout->setColor(ci::Color(0.2f, 0.2f, 0.2f));
addChildPtr(mLayout);
addSpriteProperty(L"name", sp->getSpriteName());
addSpriteProperty(L"type", ds::wstr_from_utf8(ds::ui::XmlImporter::getSpriteTypeForSprite(sp)));
addSpriteProperty(L"size", sp->getSize());
addSpriteProperty(L"color", sp->getColor());
addSpriteProperty(L"opacity", sp->getOpacity());
addSpriteProperty(L"center", sp->getCenter());
addSpriteProperty(L"position", sp->getPosition());
addSpriteProperty(L"rotation", sp->getRotation());
addSpriteProperty(L"scale", sp->getScale());
addSpriteProperty(L"clipping", sp->getClipping());
addSpritePropertyBlend(L"blend_mode", sp->getBlendMode());
addSpriteProperty(L"enable", sp->isEnabled());
addSpriteProperty(L"multitouch", sp->getMultiTouchConstraints());
addSpriteProperty(L"transparent", sp->getTransparent());
addSpriteProperty(L"animate_on", ds::wstr_from_utf8(sp->getAnimateOnScript()));
addSpriteProperty(L"t_pad", sp->mLayoutTPad);
addSpriteProperty(L"l_pad", sp->mLayoutLPad);
addSpriteProperty(L"b_pad", sp->mLayoutBPad);
addSpriteProperty(L"r_pad", sp->mLayoutRPad);
addSpriteProperty(L"layout_fudge", sp->mLayoutFudge);
addSpriteProperty(L"layout_size", sp->mLayoutSize);
addSpritePropertyLayoutSizeMode(L"layout_size_mode", sp->mLayoutUserType);
addSpritePropertyLayoutVAlign(L"layout_v_align", sp->mLayoutVAlign);
addSpritePropertyLayoutHAlign(L"layout_h_align", sp->mLayoutHAlign);
ds::ui::LayoutSprite* ls = dynamic_cast<ds::ui::LayoutSprite*>(mLinkedSprite);
if(ls){
addSpritePropertyLayoutType(L"layout_type", ls->getLayoutType());
addSpriteProperty(L"layout_spacing", ls->getSpacing());
addSpritePropertyLayoutShrink(L"shrink_to_children", ls->getShrinkToChildren());
addSpritePropertyLayoutVAlign(L"overall_alignment", ls->getOverallAlignment());
}
ds::ui::Text* texty = dynamic_cast<ds::ui::Text*>(mLinkedSprite);
if(texty){
addSpriteProperty(L"text", texty->getText());
addSpriteProperty(L"font", ds::wstr_from_utf8(texty->getConfigName()));
// addSpriteProperty(L"font_size", texty->getFontSize());
}
ds::ui::MultilineText* multitexty = dynamic_cast<ds::ui::MultilineText*>(mLinkedSprite);
if(multitexty){
addSpriteProperty(L"resize_limit", ci::Vec2f(multitexty->getResizeLimitWidth(), multitexty->getResizeLimitHeight()));
addSpritePropertyLayoutHAlign(L"text_align", multitexty->getAlignment());
}
ds::ui::Gradient* grad = dynamic_cast<ds::ui::Gradient*>(mLinkedSprite);
if(grad){
addSpriteProperty(L"gradientColors", ds::wstr_from_utf8(ds::ui::XmlImporter::getGradientColorsAsString(grad)));
}
ds::ui::Circle* circle = dynamic_cast<ds::ui::Circle*>(mLinkedSprite);
if(circle){
addSpriteProperty(L"filled", circle->getFilled());
addSpriteProperty(L"radius", circle->getRadius());
}
ds::ui::Border* border = dynamic_cast<ds::ui::Border*>(mLinkedSprite);
if(border){
addSpriteProperty(L"border_width", border->getBorderWidth());
}
ds::ui::Image* img = dynamic_cast<ds::ui::Image*>(mLinkedSprite);
if(img){
addSpriteProperty(L"filename", ds::wstr_from_utf8(ds::Environment::contract(img->getImageFilename())));
addSpriteProperty(L"circle_crop", img->getCircleCrop());
}
ds::ui::ImageButton* imgB = dynamic_cast<ds::ui::ImageButton*>(mLinkedSprite);
if(imgB){
std::string normImgFile = ds::Environment::contract(imgB->getNormalImage().getImageFilename());
std::string highImgFile = ds::Environment::contract(imgB->getHighImage().getImageFilename());
if(normImgFile == highImgFile){
addSpriteProperty(L"filename", ds::wstr_from_utf8(normImgFile));
} else {
addSpriteProperty(L"up_image", ds::wstr_from_utf8(normImgFile));
addSpriteProperty(L"down_image", ds::wstr_from_utf8(highImgFile));
}
addSpriteProperty(L"btn_touch_padding", imgB->getPad());
addSpriteProperty(L"down_image_color", imgB->getHighImageColor());
}
layout();
animateOn();
}
