/*
 *Author: C. Lippmann, Christian.Lippmann@cern.ch
 */

#include "Afl.h"

Afl::Afl() {
  // Constructor
  fLogger=Logger::getInstance();
  reset();
}

Afl::~Afl() {
  // Destructor
}

void Afl::reset() {
  fAFL = 0;
}

void Afl::fill(uint32_t position, bool FECon) {
  // Fill the AFL
  if ( (position < 0) || (position > 31) ) {
    char desc[256];
    sprintf(desc, "Afl::fill: Position out of range: %d", position);
    fLogger->appendError(desc);
    return;
  }
  fAFL = fAFL | ((uint32_t)FECon << position);
}

void Afl::fill(uint32_t branch, uint32_t fec, bool FECon) {
  // Fill the AFL
  if ( branch > 1 ) {
    char desc[256];
    sprintf(desc, "Afl::fill: Fec branch out of range: %d", branch);
    fLogger->appendError(desc);
    return;
  }
  if ( fec > 15 ) {
    char desc[256];
    sprintf(desc, "Afl::fill: Fec out of range: %d", fec);
    fLogger->appendError(desc);
    return;
  }
  int32_t position = branch*16+fec;
  fill(position, FECon);
}

uint32_t Afl::get() {
  // Get the AFL as 32bit value (if we are lucky ...)
  return fAFL;
}