Method dumpToLog

include/common/statistics.h:154–188

  }

  void dumpToLog(const Configure &Conf) const noexcept {
    using namespace std::literals;
    auto Nano = [](auto &&Duration) {
      return std::chrono::nanoseconds(Duration).count();
    };
    const auto &StatConf = Conf.getStatisticsConfigure();
    if (StatConf.isTimeMeasuring() || StatConf.isInstructionCounting() ||
        StatConf.isCostMeasuring()) {
      spdlog::info("====================  Statistics  ===================="sv);
    }
    if (StatConf.isTimeMeasuring()) {
      spdlog::info(" Total execution time: {} ns"sv, Nano(getTotalExecTime()));
      spdlog::info(" Wasm instructions execution time: {} ns"sv,
                   Nano(getWasmExecTime()));
      spdlog::info(" Host functions execution time: {} ns"sv,
                   Nano(getHostFuncExecTime()));
    }
    if (StatConf.isInstructionCounting()) {
      spdlog::info(" Executed wasm instructions count: {}"sv, getInstrCount());
    }
    if (StatConf.isCostMeasuring()) {
      spdlog::info(" Gas costs: {}"sv, getTotalCost());
    }
    if (StatConf.isInstructionCounting() && StatConf.isTimeMeasuring()) {
      const double IPS = getInstrPerSecond();
      spdlog::info(" Instructions per second: {}"sv,
                   likely(!std::isnan(IPS))
                       ? static_cast<uint64_t>(IPS)
                       : std::numeric_limits<uint64_t>::max());
    }
    if (StatConf.isTimeMeasuring() || StatConf.isInstructionCounting() ||
        StatConf.isCostMeasuring()) {
      spdlog::info("=======================   End   ======================"sv);
    }
  }

private:
  std::vector<uint64_t> CostTab;