PassRefPtr<TypeBuilder::Animation::Animation> InspectorAnimationAgent::buildObjectForAnimation(Animation& animation)
{
const Element* element = toKeyframeEffect(animation.effect())->target();
CSSAnimations& cssAnimations = element->elementAnimations()->cssAnimations();
RefPtr<TypeBuilder::Animation::KeyframesRule> keyframeRule = nullptr;
AnimationType animationType;
if (cssAnimations.isTransitionAnimationForInspector(animation)) {
// CSS Transitions
animationType = AnimationType::CSSTransition;
} else {
// Keyframe based animations
keyframeRule = buildObjectForAnimationKeyframes(toKeyframeEffect(animation.effect()));
animationType = cssAnimations.isAnimationForInspector(animation) ? AnimationType::CSSAnimation : AnimationType::WebAnimation;
}
String id = String::number(animation.sequenceNumber());
m_idToAnimation.set(id, &animation);
m_idToAnimationType.set(id, animationType);
RefPtr<TypeBuilder::Animation::AnimationEffect> animationEffectObject = buildObjectForAnimationEffect(toKeyframeEffect(animation.effect()), animationType == AnimationType::CSSTransition);
if (keyframeRule)
animationEffectObject->setKeyframesRule(keyframeRule);
RefPtr<TypeBuilder::Animation::Animation> animationObject = TypeBuilder::Animation::Animation::create()
.setId(id)
.setPausedState(animation.paused())
.setPlayState(animation.playState())
.setPlaybackRate(animation.playbackRate())
.setStartTime(normalizedStartTime(animation))
.setCurrentTime(animation.currentTime())
.setSource(animationEffectObject.release())
.setType(animationType);
return animationObject.release();
}
std::unique_ptr<protocol::Animation::Animation>
InspectorAnimationAgent::buildObjectForAnimation(blink::Animation& animation) {
const Element* element = toKeyframeEffect(animation.effect())->target();
CSSAnimations& cssAnimations = element->elementAnimations()->cssAnimations();
std::unique_ptr<protocol::Animation::KeyframesRule> keyframeRule = nullptr;
String animationType;
if (cssAnimations.isTransitionAnimationForInspector(animation)) {
// CSS Transitions
animationType = AnimationType::CSSTransition;
} else {
// Keyframe based animations
keyframeRule =
buildObjectForAnimationKeyframes(toKeyframeEffect(animation.effect()));
animationType = cssAnimations.isAnimationForInspector(animation)
? AnimationType::CSSAnimation
: AnimationType::WebAnimation;
}
String id = String::number(animation.sequenceNumber());
m_idToAnimation.set(id, &animation);
m_idToAnimationType.set(id, animationType);
std::unique_ptr<protocol::Animation::AnimationEffect> animationEffectObject =
buildObjectForAnimationEffect(
toKeyframeEffect(animation.effect()),
animationType == AnimationType::CSSTransition);
animationEffectObject->setKeyframesRule(std::move(keyframeRule));
std::unique_ptr<protocol::Animation::Animation> animationObject =
protocol::Animation::Animation::create()
.setId(id)
.setName(animation.id())
.setPausedState(animation.paused())
.setPlayState(animation.playState())
.setPlaybackRate(animation.playbackRate())
.setStartTime(normalizedStartTime(animation))
.setCurrentTime(animation.currentTime())
.setSource(std::move(animationEffectObject))
.setType(animationType)
.build();
if (animationType != AnimationType::WebAnimation)
animationObject->setCssId(createCSSId(animation));
return animationObject;
}
