void MutableStylePropertySet::setPrefixingVariantProperty(const CSSProperty& property)
{
CSSPropertyID prefixingVariant = prefixingVariantForPropertyId(property.id());
CSSProperty* toReplace = findCSSPropertyWithID(prefixingVariant);
if (toReplace && prefixingVariant != property.id())
*toReplace = CSSProperty(prefixingVariant, property.value(), property.isImportant(), property.isSetFromShorthand(), getIndexInShorthandVectorForPrefixingVariant(property, prefixingVariant), property.metadata().m_implicit);
}
bool StylePropertySet::removeProperty(CSSPropertyID propertyID, String* returnText)
{
if (removeShorthandProperty(propertyID)) {
// FIXME: Return an equivalent shorthand when possible.
if (returnText)
*returnText = "";
return true;
}
CSSProperty* foundProperty = findPropertyWithId(propertyID);
if (!foundProperty) {
if (returnText)
*returnText = "";
return false;
}
if (returnText)
*returnText = foundProperty->value()->cssText();
// A more efficient removal strategy would involve marking entries as empty
// and sweeping them when the vector grows too big.
m_properties.remove(foundProperty - m_properties.data());
return true;
}
void StylePropertySet::setPrefixingVariantProperty(const CSSProperty& property)
{
CSSPropertyID prefixingVariant = prefixingVariantForPropertyId(property.id());
CSSProperty* toReplace = findMutableCSSPropertyWithID(prefixingVariant);
if (toReplace)
*toReplace = CSSProperty(prefixingVariant, property.value(), property.isImportant(), property.shorthandID(), property.metadata().m_implicit);
}
void StylePropertySet::appendPrefixingVariantProperty(const CSSProperty& property)
{
mutablePropertyVector().append(property);
CSSPropertyID prefixingVariant = prefixingVariantForPropertyId(property.id());
if (prefixingVariant == property.id())
return;
mutablePropertyVector().append(CSSProperty(prefixingVariant, property.value(), property.isImportant(), property.shorthandID(), property.metadata().m_implicit));
}
void MutableStylePropertySet::appendPrefixingVariantProperty(const CSSProperty& property)
{
m_propertyVector.append(property);
CSSPropertyID prefixingVariant = prefixingVariantForPropertyId(property.id());
if (prefixingVariant == property.id())
return;
m_propertyVector.append(CSSProperty(prefixingVariant, property.value(), property.isImportant(), property.isSetFromShorthand(), getIndexInShorthandVectorForPrefixingVariant(property, prefixingVariant), property.metadata().m_implicit));
}
CSSValueImpl *CSSStyleDeclarationImpl::getPropertyCSSValue( int propertyID ) const
{
if(!m_lstValues) return 0;
QPtrListIterator<CSSProperty> lstValuesIt(*m_lstValues);
CSSProperty *current;
for ( lstValuesIt.toLast(); (current = lstValuesIt.current()); --lstValuesIt )
if (current->m_id == propertyID && !current->nonCSSHint)
return current->value();
return 0;
}
void StylePropertySet::merge(const StylePropertySet* other, bool argOverridesOnConflict)
{
unsigned size = other->m_properties.size();
for (unsigned n = 0; n < size; ++n) {
const CSSProperty& toMerge = other->m_properties[n];
CSSProperty* old = findPropertyWithId(toMerge.id());
if (old) {
if (!argOverridesOnConflict && old->value())
continue;
setProperty(toMerge, old);
} else
m_properties.append(toMerge);
}
}
bool MutableStylePropertySet::setProperty(const CSSProperty& property, CSSProperty* slot)
{
if (!removeShorthandProperty(property.id())) {
const AtomicString& name = (property.id() == CSSPropertyVariable) ?
toCSSCustomPropertyDeclaration(property.value())->name() : nullAtom;
CSSProperty* toReplace = slot ? slot : findCSSPropertyWithID(property.id(), name);
if (toReplace && *toReplace == property)
return false;
if (toReplace) {
*toReplace = property;
return true;
}
}
m_propertyVector.append(property);
return true;
}
DOMString CSSStyleDeclarationImpl::removeProperty( int propertyID, bool NonCSSHint )
{
if(!m_lstValues) return DOMString();
DOMString value;
QPtrListIterator<CSSProperty> lstValuesIt(*m_lstValues);
CSSProperty *current;
for ( lstValuesIt.toLast(); (current = lstValuesIt.current()); --lstValuesIt )
if (current->m_id == propertyID && NonCSSHint == current->nonCSSHint) {
value = current->value()->cssText();
m_lstValues->removeRef(current);
setChanged();
break;
}
return value;
}
void CSSMutableStyleDeclaration::merge(const CSSMutableStyleDeclaration* other, bool argOverridesOnConflict)
{
ASSERT(!m_iteratorCount);
unsigned size = other->m_properties.size();
for (unsigned n = 0; n < size; ++n) {
const CSSProperty& toMerge = other->m_properties[n];
CSSProperty* old = findPropertyWithId(toMerge.id());
if (old) {
if (!argOverridesOnConflict && old->value())
continue;
setPropertyInternal(toMerge, old);
} else
m_properties.append(toMerge);
}
// FIXME: This probably should have a call to setNeedsStyleRecalc() if something changed. We may also wish to add
// a notifyChanged argument to this function to follow the model of other functions in this class.
}
String CSSMutableStyleDeclaration::removeProperty(int propertyID, bool notifyChanged, bool returnText)
{
ASSERT(!m_iteratorCount);
if (removeShorthandProperty(propertyID, notifyChanged)) {
// FIXME: Return an equivalent shorthand when possible.
return String();
}
CSSProperty* foundProperty = findPropertyWithId(propertyID);
if (!foundProperty)
return String();
String value = returnText ? foundProperty->value()->cssText() : String();
// A more efficient removal strategy would involve marking entries as empty
// and sweeping them when the vector grows too big.
m_properties.remove(foundProperty - m_properties.data());
if (notifyChanged)
setNeedsStyleRecalc();
return value;
}