//-----------------------------------------------------------------------------------------
int precompfixt(XmlElement& xft, XmlElement& xf, ostream& outf, bool nounique)
{
int depth(1);
XmlElement::XmlSet fldlist;
xft.find("fix/fields/field", fldlist);
xf.find("fix/fields/field", fldlist);
if (!nounique)
filter_unique(fldlist);
XmlElement::XmlSet comlist, comlistfixt;
Components components, componentsfixt;
xft.find("fix/components/component", comlistfixt);
xf.find("fix/components/component", comlist);
load_components(comlistfixt, componentsfixt);
load_components(comlist, components);
outf << doctype << endl;
outf << '<' << xft.GetTag();
output_attributes(xft, outf);
outf << '>' << endl;
const XmlElement *header(xft.find("fix/header"));
if (header)
process_messages(*header, componentsfixt, "header", 0, outf);
const XmlElement *trailer(xft.find("fix/trailer"));
if (trailer)
process_messages(*trailer, componentsfixt, "trailer", 0, outf);
outf << string(depth * 2, ' ') << "<messages>" << endl;
XmlElement::XmlSet msglist;
xft.find("fix/messages/message", msglist);
for(XmlElement::XmlSet::const_iterator itr(msglist.begin()); itr != msglist.end(); ++itr)
process_messages(**itr, componentsfixt, "message", depth, outf);
msglist.clear();
xf.find("fix/messages/message", msglist);
for(XmlElement::XmlSet::const_iterator itr(msglist.begin()); itr != msglist.end(); ++itr)
process_messages(**itr, components, "message", depth, outf);
outf << string(depth * 2, ' ') << "</messages>" << endl;
process_fields(fldlist, depth, outf, false);
dump_components(components, outf);
outf << "</" << xft.GetTag() << '>' << endl;
return 0;
}
//-----------------------------------------------------------------------------------------
void load_components(const XmlElement::XmlSet& comlist, Components& components)
{
for(XmlElement::XmlSet::const_iterator itr(comlist.begin()); itr != comlist.end(); ++itr)
{
string name;
if ((*itr)->GetAttr("name", name))
components.insert(Components::value_type(name, *itr));
}
}
//-------------------------------------------------------------------------------------------------
size_t Configuration::get_addresses(const XmlElement *from, vector<Poco::Net::SocketAddress>& target) const
{
string name;
const XmlElement *which;
if (from && from->GetAttr("server_group", name) && (which = find_server_group(name)))
{
XmlElement::XmlSet slist;
if (which->find("server", slist))
for(XmlElement::XmlSet::const_iterator itr(slist.begin()); itr != slist.end(); ++itr)
target.push_back(get_address(*itr));
return target.size();
}
return 0;
}
//-----------------------------------------------------------------------------------------
int process_message_fields(const std::string& where, const XmlElement *xt, FieldTraits& fts, const FieldToNumMap& ftonSpec,
FieldSpecMap& fspec, const Components& compon)
{
unsigned processed(0);
XmlElement::XmlSet flist;
if (xt->find(where, flist))
{
for(XmlElement::XmlSet::const_iterator fitr(flist.begin()); fitr != flist.end(); ++fitr)
{
string fname, required;
if ((*fitr)->GetAttr("name", fname) && (*fitr)->GetAttr("required", required))
{
FieldToNumMap::const_iterator ftonItr(ftonSpec.find(fname));
FieldSpecMap::iterator fs_itr;
if (ftonItr == ftonSpec.end() || (fs_itr = fspec.find(ftonItr->second)) == fspec.end())
{
cerr << shortName << ':' << recover_line(**fitr) << ": error: Field element missing required attributes" << endl;
++glob_errors;
continue;
}
string compname;
unsigned compidx((*fitr)->GetAttr("component", compname) ? lookup_component(compon, compname) : 0);
// add FieldTrait
if (!fts.add(FieldTrait(fs_itr->first, fs_itr->second._ftype, (*fitr)->GetSubIdx(), required == "Y", false, compidx)))
{
if (!nowarn)
cerr << shortName << ':' << recover_line(**fitr) << ": warning: Could not add trait object '" << fname << "' (duplicate ?)" << endl;
++glob_warnings;
}
else
{
process_special_traits(fs_itr->first, fts);
++processed;
fs_itr->second.set_used();
}
}
else
{
cerr << shortName << ':' << recover_line(**fitr) << ": error: Field element missing required attributes" << endl;
++glob_errors;
}
}
}
return processed;
}
//-----------------------------------------------------------------------------------------
void filter_unique(XmlElement::XmlSet& fldlist)
{
typedef map<string, const XmlElement *> UniqueFieldMap;
UniqueFieldMap ufm;
unsigned dupls(0);
for(XmlElement::XmlSet::const_iterator itr(fldlist.begin()); itr != fldlist.end(); ++itr)
{
string name;
(*itr)->GetAttr("name", name);
if (!ufm.insert(UniqueFieldMap::value_type(name, *itr)).second)
++dupls; // cerr << "Duplicate field: " << name << endl;
}
fldlist.clear();
for(UniqueFieldMap::const_iterator itr(ufm.begin()); itr != ufm.end(); ++itr)
fldlist.insert(itr->second);
}
/*! Load a repeating group into a supplied map.
\param tag the tag to find
\param map_name the target map
\param is_session if true, special case for session map
\return the number of elements inserted */
unsigned load_map(const std::string& tag, ConfigMap& map_name, const bool is_session=false)
{
XmlElement::XmlSet slist;
if (_root->find(tag, slist))
{
for(XmlElement::XmlSet::const_iterator itr(slist.begin()); itr != slist.end(); ++itr)
{
std::string name;
if ((*itr)->GetAttr("name", name) && is_session ? (*itr)->FindAttr("active", false) : true)
{
map_name.insert(ConfigMap::value_type(name, *itr));
if (is_session)
_allsessions.push_back(*itr);
}
}
}
return map_name.size();
}
//-----------------------------------------------------------------------------------------
void process_fields(const XmlElement::XmlSet& fldlist, const int depth, ostream& outf, bool required)
{
outf << string(depth * 2, ' ') << "<fields>" << endl;
for(XmlElement::XmlSet::const_iterator itr(fldlist.begin()); itr != fldlist.end(); ++itr)
{
outf << string((depth + 1) * 2, ' ') << "<field";
output_attributes(**itr, outf, required);
if ((*itr)->GetChildCnt())
{
outf << '>' << endl;
for(XmlElement::XmlSet::const_iterator fitr((*itr)->begin()); fitr != (*itr)->end(); ++fitr)
{
outf << string((depth + 2) * 2, ' ') << '<' << (*fitr)->GetTag();
output_attributes(**fitr, outf, required);
outf << "/>" << endl;
}
outf << string((depth + 1) * 2, ' ') << "</field>" << endl;
}
else
outf << "/>" << endl;
}
outf << string(depth * 2, ' ') << "</fields>" << endl;
}