void KSSLD::cacheSaveToDisk() {
KSSLCNode *node;
for (node = certList.first(); node; node = certList.next()) {
if (node->permanent || node->expires > QDateTime::currentDateTime()) {
// First convert to a binary format and then write the kconfig entry
// write the (CN, policy, cert) to KSimpleConfig
cfg->setGroup(node->cert->getSubject());
cfg->writeEntry("Certificate", node->cert->toString());
cfg->writeEntry("Policy", node->policy);
cfg->writeEntry("Expires", node->expires);
cfg->writeEntry("Permanent", node->permanent);
cfg->writeEntry("Hosts", node->hosts);
// Also write the chain
QStringList qsl;
QPtrList<KSSLCertificate> cl = node->cert->chain().getChain();
for (KSSLCertificate *c = cl.first(); c != 0; c = cl.next()) {
//kdDebug() << "Certificate in chain: " << c->toString() << endl;
qsl << c->toString();
}
cl.setAutoDelete(true);
cfg->writeEntry("Chain", qsl);
}
}
cfg->sync();
// insure proper permissions -- contains sensitive data
QString cfgName(KGlobal::dirs()->findResource("config", "ksslpolicies"));
if (!cfgName.isEmpty())
::chmod(QFile::encodeName(cfgName), 0600);
}
static void
generateCommands()
{
ConfigItemList lst = uclOptions;
if (dbgLevel > 1)
printf("SysName: %s\n", uclSysName);
if (dbgLevel > 3) {
printf("[Config]\n");
while (lst != listNil(ConfigItem)) {
printf("\t`%s' = `%s'\n",
cfgName(car(lst)), cfgVal(car(lst)));
lst = cdr(lst);
}
printf("[C'est Tout]\n");
printf("Compile Only: %s\n", uclState(uclIsCompileOnly));
printf("Link Only: %s\n", uclState(uclIsLink));
printf("Optimize: %s\n", uclState(uclOptimize));
printf("Debug: %s\n", uclState(uclDebug));
printf("Profile: %s\n", uclState(uclIsCompileOnly));
printf("OutputDir: %s\n", uclOutputDir ? uclOutputDir : "(null)");
printf("OutputFile: %s\n", uclOutputFile ? uclOutputFile : "(null)");
}
ccInitCommand();
ccSetCommandName(uclGetCommandName());
ccPushArguments(uclStartOptions);
if (uclIsCompileOnly) {
/* -D, -I, -U, -g, -O, -p, -o, -Wfnonstd */
ccPushArguments(uclGetGeneralCompileOptions());
ccPushArguments(uclCompileOnlyArguments());
ccPushArgument(car(uclFileList));
ccPushArguments(uclPostOptions);
}
else {
ccPushArguments(uclGetPreLinkOptions());
ccPushArguments(uclFileList);
ccPushArguments(uclTwixtOptions);
ccPushArguments(uclGetPostLinkOptions());
ccPushArguments(uclPostOptions);
}
uclCommand = ccCompleteCommand();
}
void CfgEmailClient::save(KConfig *)
{
if(kmailCB->isChecked())
{
pSettings->setSetting(KEMailSettings::ClientProgram, QString::null);
pSettings->setSetting(KEMailSettings::ClientTerminal, "false");
}
else
{
pSettings->setSetting(KEMailSettings::ClientProgram, txtEMailClient->text());
pSettings->setSetting(KEMailSettings::ClientTerminal, (chkRunTerminal->isChecked()) ? "true" : "false");
}
// insure proper permissions -- contains sensitive data
QString cfgName(KGlobal::dirs()->findResource("config", "emails"));
if(!cfgName.isEmpty())
::chmod(QFile::encodeName(cfgName), 0600);
kapp->dcopClient()->emitDCOPSignal("KDE_emailSettingsChanged()", QByteArray());
emit changed(false);
}
int main (int argc, char ** argv) {
// check number of input parameters
if(argc < 2){
cerr<<"Needs the cfg file as agument --> exit "<<endl;
return -1;
}
string cfgName(argv[1]);
ConfigContainer cfgContainer;
ConfigHandler* cHandler = nullptr;
try
{
cHandler = new ConfigHandler(cfgName, cfgContainer);
cHandler->readConfig();
cHandler->writeConfig();
}
catch(...)
{
cout << "exit program" << endl;
if(cHandler) delete cHandler;
return(-1);
}
EventContainer eventContainer;
EventReader reader(eventContainer, cfgContainer);
// EventCleaner cleaner(eventContainer);
EventSelecter selecter(eventContainer, cfgContainer.cutContainer);
WeightCalc weightCalc(eventContainer);
EventPlotter plotter(eventContainer, cfgContainer);
for( unsigned int iSample = 0; iSample < cfgContainer.sampleContainer.reducedNames.size(); ++iSample)
{
// Init fake weights
if( (cfgContainer.sampleContainer.sampleType[iSample] == SampleType::FAKELEPTON || cfgContainer.sampleContainer.sampleType[iSample] == SampleType::MCFAKELEPTON) && cfgContainer.fakeContainer.fakeElectronFile != "" )
weightCalc.initFakeWeight(&(cfgContainer.fakeContainer));
for( unsigned int iSubSample = 0; iSubSample < cfgContainer.sampleContainer.sampleNames[iSample].size(); ++iSubSample)
{
// Init DY weights
if( cfgContainer.flipChargeDY && (cfgContainer.sampleContainer.sampleNames[iSample][iSubSample].find("DY") != string::npos || cfgContainer.sampleContainer.sampleNames[iSample][iSubSample].find("TTTo2L2Nu") != string::npos) )
weightCalc.initDYWeight(reader);
if( reader.setSample(iSample, iSubSample) )
{
while( reader.fillNextEvent() )
{
// cleaner.doCleaning();
// cleaner.doTrackJetsCleaning();
if( selecter.passCuts() )
{
weightCalc.setWeight(cfgContainer.sampleContainer.sampleType[iSample], cfgContainer.sampleContainer.sampleNames[iSample][iSubSample]);
// cout << "Event nr:\t" << eventContainer.eventNo() << "\tfake weigth:\t" << eventContainer.weight() << endl;
// cout << "lepton 1 pt cor:\t" << eventContainer.looseleptoncorrectedpt(0) << "lepton 2 pt cor:\t" << eventContainer.looseleptoncorrectedpt(1) << endl;
plotter.fill(iSample, iSubSample);
}
}
}
}
}
string filename = "test.root";
plotter.writeHist(filename);
plotter.writePlots("png");
delete cHandler;
}
