bool MyFrame::pocessHandlers(std::map<wxString, std::map<wxString,TypeFlag> > &mapHandlersToUse){
std::set<HandlerLibData>::iterator it = strIntConf.setHandlerLibs.begin();
std::set<HandlerLibData>::iterator itEnd = strIntConf.setHandlerLibs.end();
bool bSuccess = true;
HandlerActivator hGen(fGetHBroker(),mapHandlersToUse, bSuccess);
while(it != itEnd)
hGen(*const_cast<HandlerLibData*>(&(*it++)));
return bSuccess;
}
// Load gene list from file.
int loadgene(vector<Case>& tlst, vector<Case>& blst, const string& n, const string& b)
{
// Genes in the cluster: label = 1.
ifstream hGen(n.data());
if(!hGen)
{
cerr << "Can't open " << n << endl;
return 1;
}
while(hGen.good())
{
string strLn;
getline(hGen, strLn);
if(strLn == "")
continue;
istringstream strmLn(strLn);
string gene;
strmLn >> gene;
str2upper(gene);
Case c;
c.name = gene;
c.label = 1;
tlst.push_back(c);
}
hGen.close();
// Genes in the background: label = 0.
ifstream hBkg(b.data());
if(!hBkg)
{
cerr << "Can't open " << b << endl;
return 1;
}
while(hBkg.good())
{
string strLn;
getline(hBkg, strLn);
if(strLn == "")
continue;
istringstream strmLn(strLn);
string gene;
strmLn >> gene;
str2upper(gene);
Case c;
c.name = gene;
c.label = 0;
blst.push_back(c);
}
hBkg.close();
return 0;
}
