#include "param.h"

Bool_t readParams(Char_t confName[200])
{
	TString *tmp;
	char dname[200];

	conf = new AppConfig();
	conf->readFile(confName);
	/* Read general configuration */
	if(!conf->isOk())
		{
			printf("%s\n","Config file not found!");
			printf("\t%s\n",confName);
			delete conf;
			return kFALSE;
		}
	conf->setCurrentPath("general");
	tmp = new TString(conf->readEntry("maketree","false"));
	tmp->ToUpper();
	makeTree = tmp->CompareTo("FALSE");
	delete tmp;
	beamtime = new TString(conf->readEntry("beamtime",""));
	sprintf(node,"%s",conf->readEntry("remotenode",""));
	tmp = new TString(conf->readEntry("batch","false"));
	tmp->ToUpper();
	batchJob = tmp->CompareTo("FALSE");
	delete tmp;
	detectors = new TString(conf->readEntry("detectors","all"));
	detectors->ToUpper();
	if(detectors->Contains("ALL"))
		{
			delete detectors;
			detectors = new TString(DETECTORLIST);
			detectors->ToUpper();
		}
// 	if((detectors->Contains("START")) && (!detectors->Contains("TRIGGER")))
// 		detectors->Append(",TRIGGER");
	repRate = conf->readEntry("reprate",1000L);
	compLevel = conf->readEntry("complevel",2L);
	tmp = new TString(conf->readEntry("evaltimer","true"));
	tmp->ToUpper();
	evalTimer = tmp->CompareTo("FALSE");
	delete tmp;
	/* Read output */
	conf->setCurrentPath("output");
	outputDir= new TString(conf->readEntry("directory","./"));
	notPersistentCat= new TString(conf->readEntry("notpersistentcat",""));
	notPersistentCat->ToUpper();
	messageFile= new TString(conf->readEntry("messagedir",""));
	/* Read parameter source */
	conf->setCurrentPath("parametersource");
	pI = new TString(conf->readEntry("configsource1","ASCII"));
	sI = new TString(conf->readEntry("configsource2","ASCII"));
	if(pI->CompareTo("ASCII") == 0)
		primaryInput = ASCIIFILE;
	else
		if(pI->CompareTo("ORACLE") == 0)
			primaryInput = ORAFILE;
		else
			if(pI->CompareTo("ROOT") == 0)
				primaryInput = ROOTFILE;
	if(sI->CompareTo("ASCII") == 0)
		secondaryInput = ASCIIFILE;
	else
		if(sI->CompareTo("ORACLE") == 0)
			secondaryInput = ORAFILE;
		else
			if(sI->CompareTo("ROOT") == 0)
				secondaryInput = ROOTFILE; 
	if(primaryInput == ASCIIFILE)
		strcpy(asciiFile,conf->readEntry("configfile1",""));
	if(secondaryInput == ASCIIFILE)
		strcpy(asciiFile,conf->readEntry("configfile2",""));
	if(primaryInput == ROOTFILE)
		strcpy(rootFile,conf->readEntry("configfile1",""));
	if(secondaryInput == ROOTFILE)
		strcpy(rootFile,conf->readEntry("configfile2",""));
	oradate = new TString(conf->readEntry("oradate","now"));
	refRunId = conf->readEntry("refrunid",0L);
	dboutfile = new TString(conf->readEntry("rtdbout","rtdb.txt"));
	tmp = new TString(conf->readEntry("creatertdbfile","OFF"));
	tmp->ToUpper();
	creatertdbfile = tmp->CompareTo("OFF");
	delete tmp;
	dbouttype = new TString(conf->readEntry("rtdbouttype","ASCII"));
	dbouttype->ToUpper();
	/* Read unpacker settings */
	conf->setCurrentPath("unpacker");
	tmp = new TString(conf->readEntry("mdcdebug","false"));
	tmp->ToUpper();
	mdcDebug = tmp->CompareTo("FALSE");
	delete tmp;
	tmp = new TString(conf->readEntry("mdcconsistency","false"));
	tmp->ToUpper();
	mdcConsistency = tmp->CompareTo("FALSE");
	delete tmp;
	tmp = new TString(conf->readEntry("mdcquiet","false"));
	tmp->ToUpper();
	mdcQuiet = tmp->CompareTo("FALSE");
	delete tmp;
	/* Read tasksets */
	conf->setCurrentPath("taskset");
	masterTaskConfig = new TString(conf->readEntry("mastertaskconfig","real"));
	masterTaskConfig->ToLower();
	mdcTaskConfig = new TString(conf->readEntry("mdctaskconfig",""));
	mdcTaskConfig->ToUpper();
	mdcGlobalOffset1 = conf->readEntry("globaloffset1",0.);
	mdcGlobalOffset2 = conf->readEntry("globaloffset2",0.);
	mdcGlobalOffset3 = conf->readEntry("globaloffset3",0.);
	mdcGlobalOffset4 = conf->readEntry("globaloffset4",0.);
	tofTaskConfig = new TString(conf->readEntry("toftaskconfig",""));
	tofTaskConfig->ToUpper();
	tofinoTaskConfig = new TString(conf->readEntry("tofinotaskconfig",""));
	tofinoTaskConfig->ToUpper();
	startTaskConfig = new TString(conf->readEntry("starttaskconfig",""));
	startTaskConfig->ToUpper();
	richTaskConfig = new TString(conf->readEntry("richtaskconfig","real"));
	richTaskConfig->ToUpper();
	richIPUTaskConfig = new TString(conf->readEntry("richiputaskconfig","real"));
	richIPUTaskConfig->ToUpper();
	richIPUthrContext = new TString(conf->readEntry("richiputhrcontext",""));
	richIPUlocContext = new TString(conf->readEntry("richipuloccontext",""));
	richDigitisationContext =  new TString(conf->readEntry("richdigitcontext",""));
	richCorrelatorContext = new TString(conf->readEntry("richcorrelatorcontext",""));
	showerTaskConfig = new TString(conf->readEntry("showertaskconfig",""));
	showerTaskConfig->ToUpper();
	showertofinoTaskConfig = new TString(conf->readEntry("showertofinotaskconfig",""));
	showertofinoTaskConfig->ToUpper();
	triggerTaskConfig = new TString(conf->readEntry("triggertaskconfig",""));
	kickTaskConfig = new TString(conf->readEntry("kicktaskconfig",""));
	kickTaskConfig->ToUpper();
	tmp = new TString(conf->readEntry("findvertex","FALSE"));
	tmp->ToUpper();
	findVertex = tmp->CompareTo("FALSE");
	calTaskConfig = new TString(conf->readEntry("caltaskconfig",""));
	calTaskConfig->ToUpper();
	momentumTaskConfig = new TString(conf->readEntry("momentumtask",""));
	momentumTaskConfig->ToUpper();
	delete tmp;
	if(((momentumTaskConfig->Contains("KICKTRACK")) || (momentumTaskConfig->Contains("KICKTRACK")) ||
			(momentumTaskConfig->Contains("SPLINE"))) && (!(momentumTaskConfig->Contains("KICKPLANE"))))
			momentumTaskConfig->Append(",KICKPLANE");
	if(((momentumTaskConfig->Contains("KICKPLANE")) || (momentumTaskConfig->Contains("KICKTRACK")) ||
			(momentumTaskConfig->Contains("SPLINE")))&& !(mdcTaskConfig->Contains("FIT")))
		{
			mdcTaskConfig->Append(",FIT");
			mdcTaskConfig->ReplaceAll("CAL1,","");
		}
	/* Read QA configuration */
	conf->setCurrentPath("qa");
	tmp = new TString(conf->readEntry("runqa","false"));
	tmp->ToUpper();
	runQa = tmp->CompareTo("FALSE");
	delete tmp;
	qaDir = new TString(conf->readEntry("directory","./"));
	qaSamplingRate = conf->readEntry("samplingrate",5L);
	qaInterval = conf->readEntry("interval",5000L);
	tmp = new TString(conf->readEntry("runmdcqa","FALSE"));
	tmp->ToUpper();
	runMdcQa = tmp->CompareTo("FALSE");
	delete tmp;
	mdcQaName = new TString(conf->readEntry("mdcqaname",""));
	delete tmp;
	/* Read datasource configuration */
	conf->setCurrentPath("firstdatasource");
	tmp = new TString(conf->readEntry("remotenode","OFF"));
	tmp->ToUpper();
	firstRemoteSource = tmp->CompareTo("OFF");
	delete tmp;
	tmp = new TString(conf->readEntry("rfiosource","OFF"));
	tmp->ToUpper();
	firstRFIOSource = tmp->CompareTo("OFF");
	delete tmp;
	tmp = new TString(conf->readEntry("rootsource","OFF"));
	tmp->ToUpper();
	firstRootSource = tmp->CompareTo("OFF");
	delete tmp;

	conf->setCurrentPath("seconddatasource");
	tmp = new TString(conf->readEntry("rfiofile","OFF"));
	tmp->ToUpper();
	secondRFIOsource = tmp->CompareTo("OFF");
	delete tmp;
	/* Read data sources */
	for(Int_t i=0;i<20;i++)
		{
			sprintf(dname,"%s%d","firstdatasource/",i);
			conf->setCurrentPath(dname);
			firstArchive[i] = new TString(conf->readEntry("archive","hades"));
			firstRobot[i] = new TString(conf->readEntry("robot","adsmexp"));
			firstDir[i] = new TString(conf->readEntry("directory",""));
			if(firstDir[0]->Length() != 0)
				{
					firstFiles[i] = new TString(conf->readEntry("files",""));
				}
		}
	for(Int_t i=0;i<20;i++)
		{
			sprintf(dname,"%s%d","seconddatasource/",i);
			conf->setCurrentPath(dname);
			secondArchive[i] = new TString(conf->readEntry("archive","hades"));
			secondRobot[i] = new TString(conf->readEntry("robot","adsmexp"));
			secondDir[i] = new TString(conf->readEntry("directory",""));
			if(firstDir[0]->Length() != 0)
				{
					secondFiles[i] = new TString(conf->readEntry("files",""));
				}
		}


	/* finished reading */
	delete conf;
	return kTRUE;
}