/*
 * PulserDetectorFCAL.cpp
 *
 * Implement the class for FCAL pulsers.
 *
 *  Created on: Aug 14, 2015
 *      Author: Hovanes Egiyan
 */

#include "PulserDetectorFCAL.hh"

#include "VioletFCALPulser.hh"
#include "BlueFCALPulser.hh"
#include "GreenFCALPulser.hh"
#include "FCALTriggerPulser.hh"
#include "FCALMORPulser.hh"

using namespace std;

// V1495 board location for the FCAL pulser
std::string PulserDetectorFCAL::pdfBoardName = "D2-5-MID:9";

// Number of pulser channels on V1495 board
unsigned PulserDetectorFCAL::pdfChannelNumber = 55;


// Constructor fill the pulser map for this particular detector
PulserDetectorFCAL::PulserDetectorFCAL() : PulserDetector( "FCAL" ) {
	// Add input PVs
	addPVs();
	// Create the required pulsers
	pdPulserMap["VIOLET"]	= new VioletFCALPulser( "VIOLET" );
	pdPulserMap["BLUE"] 	= new BlueFCALPulser( "BLUE" );
	pdPulserMap["GREEN"] 	= new GreenFCALPulser( "GREEN" );
	pdPulserMap["TRIG"]		= new FCALTriggerPulser( "TRIG" );
	pdPulserMap["MOR"]		= new FCALMORPulser( "MOR" );
	return;
}


// Add board-related PVs to the PV map for the board
int PulserDetectorFCAL::addPVs() {
	MtxLock obLock(pdMutex);

	std::string pvKey, pvName;
	cout << "Current index is " << pdPV->getCurrentIndex()  << endl;

	cout << "Adding PVs " << endl;
	// Add PVs needed for the whole board (FCAL needs only one V1495 board)
	pvKey = "STATUS"		;	pvName = pdfBoardName+":status_h_r"				;	pdPV->addPV( "unsigned"	, pvKey, pvName );
	pvKey = "SWITCH"		;	pvName = pdfBoardName+":start_stop_w"			;	pdPV->addPV( "short"	, pvKey, pvName );
	pvKey = "START_MASK_R"	;	pvName = pdfBoardName+":start_mask_h_r"			;	pdPV->addPV( "unsigned"	, pvKey, pvName );
	pvKey = "START_MASK_W"	;	pvName = pdfBoardName+":start_mask_h_w"			;	pdPV->addPV( "unsigned"	, pvKey, pvName );
	pvKey = "STOP_MASK_R"	;	pvName = pdfBoardName+":stop_mask_h_r"			;	pdPV->addPV( "unsigned"	, pvKey, pvName );
	pvKey = "STOP_MASK_W"	;	pvName = pdfBoardName+":stop_mask_h_w"			;	pdPV->addPV( "unsigned"	, pvKey, pvName );
	pvKey = "MOR_DELAY_R"	;	pvName = pdfBoardName+":mor_delay_r"			;	pdPV->addPV( "unsigned"	, pvKey, pvName );
	pvKey = "MOR_DELAY_W"	;	pvName = pdfBoardName+":mor_delay_w"			;	pdPV->addPV( "unsigned"	, pvKey, pvName );
	pvKey = "MOR_WIDTH_R"	;	pvName = pdfBoardName+":mor_width_r"			;	pdPV->addPV( "unsigned"	, pvKey, pvName );
	pvKey = "MOR_WIDTH_W"	;	pvName = pdfBoardName+":mor_width_w"			;	pdPV->addPV( "unsigned"	, pvKey, pvName );

	std::cout << "Number of channels for pulsers is " << pdfChannelNumber << endl;
	// Loop over all board pulser channels and assign PV names
	for (unsigned iChan = 0; iChan < pdfChannelNumber; iChan++) {
		stringstream ssAddr; ssAddr << iChan; std::string addr = ssAddr.str();
		cout << "Address is " << addr << endl;
		pvKey = std::string("WIDTH_R:")+addr	;	pvName = pdfBoardName + ":" + addr + "_width_r"		;	pdPV->addPV("unsigned", pvKey, pvName);
		pvKey = std::string("WIDTH_W:")+addr	;	pvName = pdfBoardName + ":" + addr + "_width_w"		;	pdPV->addPV("unsigned", pvKey, pvName);
		pvKey = std::string("PERIOD_R:")+addr	;	pvName = pdfBoardName + ":" + addr + "_period_r"	;	pdPV->addPV("unsigned", pvKey, pvName);
		pvKey = std::string("PERIOD_W:")+addr	;	pvName = pdfBoardName + ":" + addr + "_period_w"	;	pdPV->addPV("unsigned", pvKey, pvName);
		pvKey = std::string("NPULSES_R:")+addr	;	pvName = pdfBoardName + ":" + addr + "_npulses_r"	;	pdPV->addPV("unsigned", pvKey, pvName);
		pvKey = std::string("NPULSES_W:")+addr	;	pvName = pdfBoardName + ":" + addr + "_npulses_w"	;	pdPV->addPV("unsigned", pvKey, pvName);
	}

	cout << "PVs have been added" << endl;
	return 0;
}