__INLINE AttributeRef
ElementRef::getFirstAttr ()
{
ElementSegment* me = getMe<Read>();
if (!__doesElementRefHasAttributesAndChildren(me->flags))
{
return AttributeRef(getDocument());
}
__checkElementFlag_HasAttributesAndChildren(me->flags);
return AttributeRef(getDocument(), getElementPtr(), me->attributesAndChildren.attrPtr);
}
__INLINE AttributeRef
ElementRef::findAttr (KeyId _keyId, AttributeType type)
{
Log_Element ( "getAttr keyId=%x type=%x\n", _keyId, type );
if (_keyId == 0)
return AttributeRef(document);
AttributeSegment* attr = NULL;
ElementSegment* me = getMe<Read>();
if (!__doesElementRefHasAttributesAndChildren(me->flags))
return AttributeRef(getDocument());
// __checkElementFlag_HasAttributesAndChildren ( me->flags );
__checkElementFlag_HasAttributesAndChildren(me->flags);
SegmentPtr attrPtr = me->attributesAndChildren.attrPtr;
KeyId keyId = _keyId;
if (KeyCache::getNamespaceId(keyId) == KeyCache::getNamespaceId(me->keyId))
{
keyId = KeyCache::getLocalKeyId(keyId);
}
while (attrPtr)
{
attr = getSegment<AttributeSegment, Read>(attrPtr);
Log_Element ( "At attr keyId=%x, ptr=%llx, next=%llx, flag=%x, search[keyId=%x, type=%x]\n",
attr->keyId, attrPtr, attr->nextPtr, attr->flag, keyId, type );
if (attr->keyId == keyId || attr->keyId == _keyId)
{
if ((type & (attr->flag & AttributeType_Mask)) == type)
{
Log_Element ( "** return %llx\n", attrPtr );
return AttributeRef(document, getElementPtr(), attrPtr);
}
}
attrPtr = attr->nextPtr;
}
Log_Element ( "** return NULL\n" );
return AttributeRef(document, NullPtr, NullPtr);
}
AttributeRef Material::attribute(const std::string& name)
{
auto it = attributes.find(name);
return (it == attributes.end()) ? AttributeRef() : it->second;
}
