counters.cpp

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#include "mode/counters.h"
 
void mode::PerformanceCounter::reset() {
  total_op_time_us = 0;
  total_ic_time_us = 0;
  total_number_of_runs = 0;
}
 
#define FROMTO(A, B) cur_mode == mode::Mode::A &&new_mode == mode::Mode::B
 
void mode::PerformanceCounter::to(mode::Mode new_mode) {
  if (FROMTO(IC, IC)) {
  }
  if (FROMTO(IC, OP)) {
    total_ic_time_us += ic;
    op = 0;
  }
  if (FROMTO(IC, HALT)) {
    total_ic_time_us += ic;
    halt = 0;
  }
  if (FROMTO(OP, IC)) {
    total_op_time_us += op;
    ic = 0;
  }
  if (FROMTO(OP, OP)) {
  }
  if (FROMTO(OP, HALT)) {
    total_op_time_us += op;
    halt = 0;
  }
  if (FROMTO(HALT, IC)) {
    total_halt_time_us += halt;
    ic = 0;
  }
  if (FROMTO(HALT, OP)) {
    total_halt_time_us += halt;
    op = 0;
  }
  if (FROMTO(HALT, HALT)) {
  }
}
 
void mode::PerformanceCounter::add(mode::Mode some_mode, uint32_t us) {
  switch (some_mode) {
  case mode::Mode::IC:
    total_ic_time_us += us;
    return;
  case mode::Mode::OP:
    total_op_time_us += us;
    return;
  case mode::Mode::HALT:
    total_halt_time_us += us;
    return;
  }
}
 
void mode::PerformanceCounter::increase_run() { total_number_of_runs++; }
 
void mode::PerformanceCounter::to_pb(pb_PerformanceCounters &target) {
  target.total_ic_time_us = total_ic_time_us;
  target.total_op_time_us = total_op_time_us;
  target.total_halt_time_us = total_halt_time_us;
  target.total_number_of_runs = total_number_of_runs;
}