#ifndef BOARDCONTROLLERCOMMANDCODER_H
#define BOARDCONTROLLERCOMMANDCODER_H

#include <iostream>

using namespace std;

//use when to compile on outdated slc
#include <stdint.h>
#include <stdio.h>
#include <stdlib.h>

#include "../CentralHeaders/BitConstants.h"

class BoardControllerCommandCoder{

 public:

  BoardControllerCommandCoder();
  ~BoardControllerCommandCoder();

  uint64_t sendT_TH(uint32_t branch, uint32_t FECaddr, uint32_t temperaturThreshold);
  uint64_t sendT_TH(uint32_t temperaturThreshold);
  uint64_t sendAV_TH(uint32_t branch, uint32_t FECaddr, uint32_t AVThreshold);
  uint64_t sendAV_TH(uint32_t AVThreshold);
  uint64_t sendAC_TH(uint32_t branch, uint32_t FECaddr, uint32_t ACThreshold);
  uint64_t sendAC_TH(uint32_t ACThreshold);
  uint64_t sendDV_TH(uint32_t branch, uint32_t FECaddr, uint32_t DVThreshold);
  uint64_t sendDV_TH(uint32_t DVThreshold);
  uint64_t sendDC_TH(uint32_t branch, uint32_t FECaddr, uint32_t DCThreshold);
  uint64_t sendDC_TH(uint32_t DCThreshold);

  uint64_t sendTSMWORD(uint32_t branch, uint32_t FECaddr, uint32_t valueTSMWORD);
  uint64_t sendTSMWORD(uint32_t valueTSMWORD);
  uint64_t sendUSRATIO(uint32_t branch, uint32_t FECaddr, uint32_t valueUSRATIO);
  uint64_t sendUSRATIO(uint32_t valueUSRATIO);

  uint64_t sendCSR0(uint32_t branch, uint32_t FECaddr, uint32_t valueCSR0);
  uint64_t sendCSR0(uint32_t valueCSR0);
  uint64_t sendCSR1(uint32_t branch, uint32_t FECaddr, uint32_t valueCSR1);
  uint64_t sendCSR1(uint32_t valueCSR1);
  uint64_t sendCSR2(uint32_t branch, uint32_t FECaddr, uint32_t valueCSR2);
  uint64_t sendCSR2(uint32_t valueCSR2);
  uint64_t sendCSR3(uint32_t branch, uint32_t FECaddr, uint32_t valueCSR3);
  uint64_t sendCSR3(uint32_t valueCSR3);

  uint32_t sendCNTLAT(uint32_t branch, uint32_t FECaddr);
  uint32_t sendCNTLAT();
  uint32_t sendCNTCLR(uint32_t branch, uint32_t FECaddr);
  uint32_t sendCNTCLR();
  uint32_t sendCSR1CLR(uint32_t branch, uint32_t FECaddr);
  uint32_t sendCSR1CLR();
  uint32_t sendALRST(uint32_t branch, uint32_t FECaddr);
  uint32_t sendALRST();
  uint32_t sendBCRST(uint32_t branch, uint32_t FECaddr);
  uint32_t sendBCRST();
  uint32_t sendSTCNV(uint32_t branch, uint32_t FECaddr);
  uint32_t sendSTCNV();

  uint32_t receiveT_TH(uint32_t branch, uint32_t FECaddr);
  uint32_t receiveAV_TH(uint32_t branch, uint32_t FECaddr);
  uint32_t receiveAC_TH(uint32_t branch, uint32_t FECaddr);
  uint32_t receiveDV_TH(uint32_t branch, uint32_t FECaddr);
  uint32_t receiveDC_TH(uint32_t branch, uint32_t FECaddr);

  uint32_t receiveTEMP(uint32_t branch, uint32_t FECaddr);
  uint32_t receiveAV(uint32_t branch, uint32_t FECaddr);
  uint32_t receiveAC(uint32_t branch, uint32_t FECaddr);
  uint32_t receiveDV(uint32_t branch, uint32_t FECaddr);
  uint32_t receiveDC(uint32_t branch, uint32_t FECaddr);

  uint32_t receiveL1CNT(uint32_t branch, uint32_t FECaddr);
  uint32_t receiveL2CNT(uint32_t branch, uint32_t FECaddr);
  uint32_t receiveSCLKCNT(uint32_t branch, uint32_t FECaddr);
  uint32_t receiveDSTBCNT(uint32_t branch, uint32_t FECaddr);

  uint32_t receiveTSMWORD(uint32_t branch, uint32_t FECaddr);
  uint32_t receiveUSRATIO(uint32_t branch, uint32_t FECaddr);

  uint32_t receiveCSR0(uint32_t branch, uint32_t FECaddr);
  uint32_t receiveCSR1(uint32_t branch, uint32_t FECaddr);
  uint32_t receiveCSR2(uint32_t branch, uint32_t FECaddr);
  uint32_t receiveCSR3(uint32_t branch, uint32_t FECaddr);

  uint32_t codeT_TH(float temperaturThreshold);
  uint32_t codeAV_TH(float AVThreshold);
  uint32_t codeAC_TH(float ACThreshold);
  uint32_t codeDV_TH(float DVThreshold);
  uint32_t codeDC_TH(float DCThreshold);

  float decodeT_TH(uint32_t temperaturThreshold);
  float decodeAV_TH(uint32_t AVThreshold);
  float decodeAC_TH(uint32_t ACThreshold);
  float decodeDV_TH(uint32_t DVThreshold);
  float decodeDC_TH(uint32_t DCThreshold);

  uint32_t codeCSR0(uint32_t ADCmode, uint32_t EMASK, uint32_t IMASK);
  uint32_t decodeCSR0_ADCmode(uint32_t valueCSR0);
  uint32_t decodeCSR0_EMASK(uint32_t valueCSR0);
  uint32_t decodeCSR0_IMASK(uint32_t valueCSR0);

  uint32_t codeAddress(uint32_t Branch, uint32_t FECaddr);
  uint32_t getDecodedAddressBranch(uint32_t Address);
  uint32_t getDecodedAddressFECaddr(uint32_t Address);

  enum eCSR1{
    TEMP_OVER_TH,
    AV_UNDER_TH,
    AC_OVER_TH,
    DV_UNDER_TH,
    DC_OVER_TH,
    MADC_PERROR,
    PAPS_ERROR,
    ALPS_ERROR,
    PAR_ERROR,
    BC_INSTR_ERROR,
    BC_H_ERROR,
    BC_H_ABT,
    ALTRO_PROTOCOL_ERROR,
    ST_ERROR,
    MISSED_SCLK,
    BC_INT
  };

  bool decodeCSR1(eCSR1 bit,uint32_t valueCSR1);

  // ATM == Altro Test Mode
  enum eCSR2{
    PAPS_EN_ALTRO_SW,
    PAPS_EN_PASA_SW,
    CLOCK_EN_RDOCLK_EN,
    CLOCK_EN_ADCCLK_EN,
    ATM_ADC_ADD0,
    ATM_ADC_ADD1,
    NU1,
    NU2,
    NU3,
    ATM_TSM_ONOFF
  };

  uint32_t codeCSR2(uint32_t HADD, uint32_t selftest, uint32_t AltroTestMode, uint32_t clock_en, uint32_t paps_en);
  bool decodeCSR2(eCSR1 bit,uint32_t valueCSR2);
  uint32_t decodeCSR2_HADD(uint32_t valueCSR2);
  uint32_t decodeCSR2_ATM_AltroAddress(uint32_t valueCSR2);
  uint32_t codeAltroTestMode(uint32_t AltroAddress, uint32_t adc_add0, uint32_t adc_add1, uint32_t TSMOnOff);
  uint32_t codeclock_en(uint32_t rdoclk_en, uint32_t adcclk_en);
  uint32_t codepaps_en(uint32_t altro_sw, uint32_t pasa_se);
  
  uint32_t codeCSR3(uint32_t cnvend, uint32_t rdclkDIFFsclkRatio);
  uint32_t decodeCSR3_rdclkDIFFsclkRatio(uint32_t valueCSR3);
  bool decodeCSR3_cnvend(uint32_t valueCSR3);

 private:

  enum eBCRegAddr{
    /**Temperature Threshold*/		        T_TH    = 0x1,
    /**Analog Voltage Threshold*/		AV_TH   = 0x2,
    /**Analog Current Threshold*/		AC_TH   = 0x3,
    /**Digital Voltage Threshold*/		DV_TH   = 0x4,
    /**Digital Voltage Threshold*/		DC_TH   = 0x5,
    /**Temperature*/				TEMP    = 0x6,
    /**Analog Voltage*/				AV      = 0x7,
    /**Analog Current*/				AC      = 0x8,
    /**Digital Voltage*/			DV      = 0x9,
    /**Digital Current*/			DC      = 0xA,
    /**L1 Counter*/				L1CNT   = 0xB,
    /**L2 Counter*/				L2CNT   = 0xC,
    /**Sampling Clock Counter*/			SCLKCNT = 0xD,
    /**Data Strobe Counter*/			DSTBCNT = 0xE,
    /**Test Mode Watch*/			TSMWORD = 0xF,
    /**Under Sampling Ratio*/			USRATIO = 0x10,
    /**Configuration Status Register 0*/	CSR0    = 0x11,
    /**Configuration Status Register 1*/	CSR1    = 0x12,
    /**Configuration Status Register 2*/	CSR2    = 0x13,
    /**Configuration Status Register 3*/	CSR3    = 0x14,
    /**Counter Latch*/				CNTLAT  = 0x16,
    /**Counter Clear*/				CNTCLR  = 0x17,
    /**CSR1 Clear*/				CSR1CLR = 0x18,
    /**ALTRO Reset*/				ALRST   = 0x19,
    /**BC Reset*/				BCRST   = 0x1A,
    /**Start Conversion mADC*/			STCNV   = 0x1B,
    /**Scan Event Length*/			SCEVL   = 0x1C,
    /**Read Event Length*/			EVLRDO  = 0x1D,
    /**Start Test Mode*/			STTSM   = 0x1E,
    /**Read Acquisition Memory*/		ACQRDO  = 0x1F
  };

  enum eScope{
    /**to one Altro Channel*/	LOCAL,
    /**to all Altro Channels*/	BROADCAST
  };

  uint32_t instruction(eScope broadcast, uint32_t branch, uint32_t FECaddr, eBCRegAddr registerAddress);
  uint32_t getParity(uint32_t ino);

  float kT_THFactor;
  float kAV_THFactor;
  float kAC_THFactor;
  float kDV_THFactor;
  float kDC_THFactor;
};

#endif  // BOARDCONTROLLERCOMMANDCODER_H