void XslCopyVisitor::visit(const CompositeMarkupNode& templte)
{
#ifdef XSL_TRANSFORM_TRACE
clog << "XslCopy on CompositeMarkupNode" << endl;
#endif
MarkupNode::Attributes copiedAttributes(templte.MarkupNode::begin(),
templte.MarkupNode::end());
CompositeMarkupNode::Children children;
CompositeMarkupNode ** myParent = _parentProxy;
_parentProxy = new CompositeMarkupNode*;
for (CompositeMarkupNode::ChildrenIterator it = templte.begin(); it
!= templte.end(); ++it)
{
(*it)->accept(*this);
copy(_result.begin(), _result.end(), back_inserter(children));
}
_result.assign(
1,
new CompositeMarkupNode(myParent, templte.ns(), templte.name(),
copiedAttributes, *_parentProxy, children));
_parentProxy = myParent;
}
void SimpleCopyVisitor::visit(const CompositeMarkupNode& node)
{
#ifdef XSL_TRANSFORM_TRACE
clog << "SimpleCopy on CompositeMarkupNode" << endl;
#endif
MarkupNode::Attributes list(node.MarkupNode::begin(),
node.MarkupNode::end());
CompositeMarkupNode::Children * newChildren = 0;
CompositeMarkupNode ** myParent = _parentProxy;
_parentProxy = new CompositeMarkupNode*;
// Applique les templates sur les noeuds fils
newChildren = _transformer.transform(_parentProxy, node);
assert(newChildren != 0); // Ne devrait jamais arriver puisque "node" est composite
_copiedNode = new CompositeMarkupNode(myParent, node.ns(), node.name(),
list, *_parentProxy, *newChildren);
delete newChildren;
_parentProxy = myParent;
}
void OutputVisitor::visit(const CompositeMarkupNode& node)
{
doIndent();
writeMarkupOpening(node);
_out << CLOSE_MARKUP_STR << endl;
_indent += _indentUnit;
int count = 0;
for (CompositeMarkupNode::ChildrenIterator it = node.begin(); it
!= node.end(); ++it)
{
(*it)->accept(*this);
}
_indent -= _indentUnit;
doIndent();
_out << OPEN_MARKUP_STR << CLOSING_MARKUP_STR;
if (!node.ns().empty())
{
_out << node.ns() << NS_SEPARATOR_STR;
}
_out << node.name() << CLOSE_MARKUP_STR << endl;
}
void TransformerVisitor::visit(const CompositeMarkupNode& node)
{
// On récupère l'index du noeud dans la template map
resultatMap = templatesMap->find(node.name());
}
void ElementReference::visit(const CompositeMarkupNode& node)
{
_matchResult = (node.ns() == _namespace && node.name() == _name);
}
