#ifndef RCUCONTROLENGINE_H
#define RCUCONTROLENGINE_H

#include <iostream>

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

using namespace std;

//use when to compile on outdated slc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

class RCUControlEngine {

 public:

  RCUControlEngine();
  ~RCUControlEngine();

  uint32_t sendRCU_EXEC();
  uint32_t sendRCU_STOP_EXEC();

  uint32_t sendRCU_ALTRO_INSTRUCTION_STORE(uint32_t wordCount);
  uint32_t sendRCU_WRITE_INSTRUCTION(uint32_t wordCount);
  uint32_t sendRCU_EXEC_INSTRUCTION(uint32_t wordCount);
  /*
  uint32_t sendRCU_WRITE_PATTERN8(uint32_t wordCount);
  uint32_t sendRCU_WRITE_PATTERN16(uint32_t wordCount);
  uint32_t sendRCU_WRITE_PATTERN32(uint32_t wordCount);
  uint32_t sendRCU_WRITE_PATTERN10(uint32_t wordCount);
  uint32_t sendRCU_READ_PATTERN(uint32_t wordCount);
  */
  uint32_t sendRCU_READ_INSTRUCTION(uint32_t wordCount);
  uint32_t sendRCU_READ_MEMORY(uint32_t address);
  uint32_t sendRCU_WRITE_MEMORY(uint32_t address);
  uint32_t sendRCU_WRITE_RESULT(uint32_t wordCount);
  uint32_t sendRCU_READ_RESULT(uint32_t wordCount);
  uint32_t sendRCU_WRITE_MEMBLOCK(uint32_t wordCount);
  uint32_t sendRCU_READ_MEMBLOCK(uint32_t wordCount);

  uint32_t sendRCU_ALTRO_INSTRUCTION_EXECUTE();
  uint32_t sendRCU_ALTRO_INSTRUCTION_CLEAR();
  uint32_t sendRCU_ALTRO_INSTRUCTION_WRITE_FILE();
  uint32_t sendRCU_ALTRO_INSTRUCTION_READ_FILE();
  uint32_t sendRCU_ALTRO_INSTRUCTION_FILE_NAME(uint32_t wordCount);

  uint32_t sendRCU_WRITE_TRGCFG();
  //uint32_t sendRCU_READ_ERRST();
  uint32_t sendRCU_READ_TRGCFG();
  uint32_t sendRCU_WRITE_PMCFG();
  uint32_t sendRCU_READ_PMCFG();
  /*
  uint32_t sendRCU_CHECK_ERROR();
  uint32_t sendRCU_EN_AUTO_CHECK(bool autoCheckState);
  uint32_t sendRCU_SET_ABM(uint32_t busMasterDevice);
  uint32_t sendRCU_SET_DCS_ABM();
  uint32_t sendRCU_SET_DDL_ABM();
  uint32_t sendRCU_CHECK_VERSION(uint32_t version);
  */
  uint32_t sendRCU_CONFGFEC();
  uint32_t sendRCU_RESET(uint32_t parameter);
  uint32_t sendGLB_RESET();
  uint32_t sendRCU_RESET();
  uint32_t sendFEC_RESET();
  uint32_t sendRCU_L1TRG_SELECT(uint32_t parameter);
  uint32_t sendRCU_L1_TTC();
  uint32_t sendRCU_L1_I2C();
  uint32_t sendRCU_L1_CMD();
  uint32_t sendRCU_SYNC_SCLK_L1TTC();

  uint32_t sendRCU_WRITE_AFL();
  uint32_t sendRCU_READ_AFL();
  uint32_t sendRCU_WRITE_ACL(uint32_t wordCount);
  uint32_t sendRCU_READ_ACL(uint32_t wordCount);
  uint32_t sendRCU_WRITE_EN_INT_BA();
  //uint32_t sendRCU_READ_EN_INT_BA();

  uint32_t sendRCU_WRITE_FPGA_CONF();
  uint32_t sendRCU_READ_FPGA_CONF();
  uint32_t sendRCU_WRITE_FLASH();
  //uint32_t sendRCU_READ_FLASH();

  uint32_t sendRCU_REG_CFG_STORE(uint32_t wordCount);
  uint32_t sendRCU_REG_CFG_EXECUTE();
  uint32_t sendRCU_REG_CFG_EXECUTE_SINGLE();
  uint32_t sendRCU_REG_CFG_CLEAR();
  uint32_t sendRCU_REG_CFG_WRITE_FILE();
  uint32_t sendRCU_REG_CFG_READ_FILE();
  uint32_t sendRCU_REG_CFG_FILE_NAME(uint32_t wordCount);

  uint32_t sendFEE_CONFIGURE(uint32_t wordCount);
  uint32_t sendFEE_CONFIGURE_NOSTATE(uint32_t wordCount);
  uint32_t sendFEE_CONFIGURE_32();
  uint32_t sendFEE_CONFIGURE_32_NOSTATE();
  uint32_t sendFEE_CONFIGURE_1Word(uint32_t configID, uint32_t device, uint32_t hwAddress);
  uint32_t sendFEE_CONFIGURE_END();
  uint32_t sendFEE_CONFIGURE_END_NOSTATE();
  uint32_t sendFEE_CONFIGURE_END_1Word(uint32_t configID, uint32_t device, uint32_t hwAddress);

  uint32_t sendFEE_VERIFICATION();
  uint32_t sendFEE_VERIFICATION(uint32_t wordCount);
  uint32_t sendFEE_EXTERNAL_CONFIGURATION();
  uint32_t sendFEE_EXTERNAL_CONFIGURATION(uint32_t wordCount);

  uint32_t sendCE_CMD_TAILER();

  uint32_t deviceCE()      { return (uint32_t) 0; };
  uint32_t deviceRCU()     { return (uint32_t) 1; };
  uint32_t deviceFEC()     { return (uint32_t) 2; };
  uint32_t deviceAltro()   { return (uint32_t) 3; };
  uint32_t deviceChannel() { return (uint32_t) 4; };
  
  // RCU FW V1
  uint32_t busMasterDDL()  { return (uint32_t) 0; };
  uint32_t busMasterDCS()  { return (uint32_t) 1; };

  // RCU FW V2
  uint32_t sendRCU_WRITE_ALTROIF();
  uint32_t sendRCU_WRITE_TRGCONF();
  uint32_t sendRCU_WRITE_RDOMOD();
  uint32_t sendRCU_WRITE_ALTROCFG1();
  uint32_t sendRCU_WRITE_ALTROCFG2();
  uint32_t sendRCU_WRITE_RCUID();
  uint32_t sendRCU_WRITE_TTC_CONTROL();
  uint32_t sendRCU_WRITE_TTC_L1_LATENCY();
  uint32_t sendRCU_WRITE_TTC_L1_MSG_LATENCY();
  uint32_t sendRCU_WRITE_TTC_ROI_CONFIG1();
  uint32_t sendRCU_WRITE_TTC_ROI_CONFIG2();
  uint32_t sendRCU_WRITE_TTC_L2_LATENCY();
  uint32_t sendRCU_WRITE_TTC_ROI_LATENCY();
  uint32_t sendRCU_WRITE_HLMEM(uint32_t wordCount);
  uint32_t sendRCU_WRITE_PEDMEM(uint32_t channelAddress);

  uint32_t sendRCU_READ_ALTROIF();
  uint32_t sendRCU_READ_TRGCONF();
  uint32_t sendRCU_READ_RDOMOD();
  uint32_t sendRCU_READ_ALTROCFG1();
  uint32_t sendRCU_READ_ALTROCFG2();
  uint32_t sendRCU_READ_RCUID();
  uint32_t sendRCU_READ_TTC_CONTROL();
  uint32_t sendRCU_READ_TTC_L1_LATENCY();
  uint32_t sendRCU_READ_TTC_L1_MSG_LATENCY();
  uint32_t sendRCU_READ_TTC_ROI_CONFIG1();
  uint32_t sendRCU_READ_TTC_ROI_CONFIG2();
  uint32_t sendRCU_READ_TTC_L2_LATENCY();
  uint32_t sendRCU_READ_TTC_ROI_LATENCY();
  uint32_t sendRCU_READ_HLMEM();

 private:

};

#endif // RCUCONTROLENGINE_H