void SVGAnimatedPathAnimator::resetAnimValToBaseVal(const SVGElementAnimatedPropertyList& animatedTypes, SVGAnimatedType* type)
{
ASSERT(animatedTypes.size() >= 1);
ASSERT(type);
ASSERT(type->type() == m_type);
const SVGPathSegList& baseValue = castAnimatedPropertyToActualType<SVGAnimatedPathSegListPropertyTearOff>(animatedTypes[0].properties[0].get())->currentBaseValue();
buildSVGPathByteStreamFromSVGPathSegList(baseValue, type->path(), UnalteredParsing);
}
SVGElementAnimatedPropertyList SVGAnimatedTypeAnimator::findAnimatedPropertiesForAttributeName(SVGElement* targetElement, const QualifiedName& attributeName)
{
ASSERT(targetElement);
SVGElementAnimatedPropertyList propertiesByInstance;
Vector<RefPtr<SVGAnimatedProperty> > targetProperties;
targetElement->localAttributeToPropertyMap().animatedPropertiesForAttribute(targetElement, attributeName, targetProperties);
if (!SVGAnimatedType::supportsAnimVal(m_type))
return SVGElementAnimatedPropertyList();
SVGElementAnimatedProperties propertiesPair(targetElement, targetProperties);
propertiesByInstance.append(propertiesPair);
const HashSet<SVGElementInstance*>& instances = targetElement->instancesForElement();
const HashSet<SVGElementInstance*>::const_iterator end = instances.end();
for (HashSet<SVGElementInstance*>::const_iterator it = instances.begin(); it != end; ++it) {
SVGElement* shadowTreeElement = (*it)->shadowTreeElement();
if (!shadowTreeElement)
continue;
Vector<RefPtr<SVGAnimatedProperty> > instanceProperties;
targetElement->localAttributeToPropertyMap().animatedPropertiesForAttribute(shadowTreeElement, attributeName, instanceProperties);
SVGElementAnimatedProperties instancePropertiesPair(shadowTreeElement, instanceProperties);
propertiesByInstance.append(instancePropertiesPair);
}
#if !ASSERT_DISABLED
SVGElementAnimatedPropertyList::const_iterator propertiesEnd = propertiesByInstance.end();
for (SVGElementAnimatedPropertyList::const_iterator it = propertiesByInstance.begin(); it != propertiesEnd; ++it) {
size_t propertiesSize = it->properties.size();
for (size_t i = 0; i < propertiesSize; ++i) {
RefPtr<SVGAnimatedProperty> property = it->properties[i];
if (property->animatedPropertyType() != m_type) {
ASSERT(m_type == AnimatedAngle);
ASSERT(property->animatedPropertyType() == AnimatedEnumeration);
}
}
}
#endif
return propertiesByInstance;
}
PassOwnPtr<SVGAnimatedType> SVGAnimatedPathAnimator::startAnimValAnimation(const SVGElementAnimatedPropertyList& animatedTypes)
{
ASSERT(animatedTypes.size() >= 1);
SVGAnimatedPathSegListPropertyTearOff* property = castAnimatedPropertyToActualType<SVGAnimatedPathSegListPropertyTearOff>(animatedTypes[0].properties[0].get());
const SVGPathSegList& baseValue = property->currentBaseValue();
// Build initial path byte stream.
OwnPtr<SVGPathByteStream> byteStream = SVGPathByteStream::create();
buildSVGPathByteStreamFromSVGPathSegList(baseValue, byteStream.get(), UnalteredParsing);
Vector<RefPtr<SVGAnimatedPathSegListPropertyTearOff> > result;
SVGElementAnimatedPropertyList::const_iterator end = animatedTypes.end();
for (SVGElementAnimatedPropertyList::const_iterator it = animatedTypes.begin(); it != end; ++it)
result.append(castAnimatedPropertyToActualType<SVGAnimatedPathSegListPropertyTearOff>(it->properties[0].get()));
SVGElementInstance::InstanceUpdateBlocker blocker(property->contextElement());
size_t resultSize = result.size();
for (size_t i = 0; i < resultSize; ++i)
result[i]->animationStarted(byteStream.get(), &baseValue);
return SVGAnimatedType::createPath(byteStream.release());
}
