CdtCascade.h

#pragma once
 
#include <cstdarg>
 
#include "CdtHv.h"
#include "RegSize.h"
 
static const uint16_t MAX_ERROR_MSG = 256;
enum class CascadeProp {
  FilterXDuration,
  FilterXSize,
  FilterEMIStop,
  RsMask,
  Measurement,
  SimType,
  ResetSim,
  FilterYSize,
  FilterYDuration,
  FilterSkew,
  MeasClient,
  DisableNeutron
};
using CascadePropInfo = std::tuple<std::string, uint8_t, uint8_t, RegSize, uint32_t>;
using CascadePropMap = std::unordered_map<CascadeProp, CascadePropInfo>;

class CdtCascade : public CdtHv {
 public:
  CdtCascade(RMMAPI* rmmApi, int ring, int node, std::string name, TiaBoardVersion tia_board_version);
  CdtCascade(RMMAPI* rmmApi, int ring, int node, std::string name);
  uint32_t readProperty(CascadeProp prop, rmmStatus* stat = nullptr);
  rmmStatus writeProperty(CascadeProp prop, uint32_t val);
  RMMResult getProperty(CascadeProp prop);
  rmmStatus setProperty(CascadeProp prop, uint32_t val);
  rmmStatus writeDefaultProperty(CascadeProp prop);
 
  void configFE();
  RMMLog log;
 
 private:
  CascadePropInfo searchPropInfo(CascadeProp prop);
 
  /* Operation parameters. Will be written to hardware
  in configFE() */
  CascadePropMap propMap_ = CascadePropMap{
      {CascadeProp::FilterXSize, CascadePropInfo("filter_xsize", 0, 3, RegSize(0b111, 3), 3)},
      {CascadeProp::FilterXDuration, CascadePropInfo("filter_xsize", 4, 8, RegSize(0b11111111, 5), 5)},
      {CascadeProp::FilterYSize, CascadePropInfo("filter_xsize", 12, 3, RegSize(0b111, 3), 3)},
      {CascadeProp::FilterYDuration, CascadePropInfo("filter_xsize", 16, 8, RegSize(0b11111111, 5), 5)},
      {CascadeProp::FilterSkew, CascadePropInfo("filter_xsize", 24, 8, RegSize(0b11111111, 1), 1)},
      {CascadeProp::MeasClient, CascadePropInfo("meas_reset", 1, 1, RegSize(0b1, 0), 0)},
      {CascadeProp::DisableNeutron, CascadePropInfo("md_base", 1, 1, RegSize(0b1, 0), 0)},
      {CascadeProp::FilterEMIStop, CascadePropInfo("filter_base", 16, 10, RegSize(0b1111111111, 16), 16)},
      {CascadeProp::RsMask, CascadePropInfo("rs_mask_data", 0, 32, RegSize(0xffffffff, 0xffffffff), 0xffffffff)},
      {CascadeProp::Measurement, CascadePropInfo("meas_base", 0, 1, RegSize(1, 1), 1)},
      {CascadeProp::SimType, CascadePropInfo("sim_base", 1, 3, RegSize(3, 0), 0)},
      {CascadeProp::ResetSim, CascadePropInfo("sim_base", 0, 1, RegSize(1, 0), 0)}};
 
  rmmStatus checkError(const char* functionName, rmmStatus stat, const char* msg, ...);
};