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// file : examples/cxx/hybrid/evolution/passthrough/unknown-type-simpl.cxx
// copyright : not copyrighted - public domain
// Include transform-simpl.hxx (which includes unknown-type-simpl.hxx)
// instead of unknown-type-simpl.hxx.
//
#include "transform-simpl.hxx"
namespace transform
{
void unknown_type_simpl::
_serialize_attributes ()
{
// Allow the base to serialize its attributes.
//
unknown_type_base_simpl::_serialize_attributes ();
// Serialize attributes from the unknown content.
//
const xml::element& e =
unknown_type_base_simpl_state_.unknown_type_->content ();
serialize (e.attributes ());
}
void unknown_type_simpl::
_serialize_content ()
{
// Allow the base to serialize its elements.
//
unknown_type_base_simpl::_serialize_content ();
// Serialize elements from the unknown content.
//
const xml::element& e =
unknown_type_base_simpl_state_.unknown_type_->content ();
serialize (e.children ());
}
void unknown_type_simpl::
serialize (const xml::attributes& as)
{
for (xml::attributes::const_iterator i (as.begin ()); i != as.end (); ++i)
{
const xml::qname& n = i->first;
const std::string& v = i->second;
if (n.ns ().empty ())
_attribute (n.name ().c_str (), v.c_str ());
else
_attribute (n.ns ().c_str (), n.name ().c_str (), v.c_str ());
}
}
void unknown_type_simpl::
serialize (const xml::elements& es)
{
for (xml::elements::const_iterator i (es.begin ()); i != es.end (); ++i)
{
const xml::element& e = **i;
const xml::qname& n = e.name ();
if (n.ns ().empty ())
_start_element (n.name ().c_str ());
else
_start_element (n.ns ().c_str (), n.name ().c_str ());
serialize (e.attributes ());
if (!e.children ().empty ())
serialize (e.children ());
else if (!e.value ().empty ())
_characters (e.value ().c_str ());
_end_element ();
}
}
}
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