475 bool UScriptInstructionShaCheck::IsTargetShaDiff(const std::string &devPath, const ShaInfo &shaInfo)  in IsTargetShaDiff()  argument
477     std::string tgtResultSha = CalculateBlockSha(devPath, shaInfo.targetPairs);  in IsTargetShaDiff()
482     LOG(INFO) << "tgtResultSha: " << tgtResultSha << ", shaInfo.targetSha: " << shaInfo.targetSha;  in IsTargetShaDiff()
483     return (tgtResultSha != shaInfo.targetSha);  in IsTargetShaDiff()
487     const ShaInfo &shaInfo)  in ExecReadShaInfo()  argument
490     std::string resultSha = CalculateBlockSha(devPath, shaInfo.blockPairs);  in ExecReadShaInfo()
491     if (resultSha != shaInfo.contrastSha && IsTargetShaDiff(devPath, shaInfo)) {  in ExecReadShaInfo()
493         LOG(ERROR) << "blockPairs:" << shaInfo.blockPairs;  in ExecReadShaInfo()
494 …      LOG(ERROR) << "resultSha: " << resultSha << ", shaInfo.contrastSha: " << shaInfo.contrastSha;  in ExecReadShaInfo()
495         PrintAbnormalBlockHash(devPath, shaInfo.blockPairs);  in ExecReadShaInfo()
584 int32_t UScriptInstructionShaCheck::SetShaInfo(Uscript::UScriptContext &context, ShaInfo &shaInfo)  in SetShaInfo()  argument
586     int32_t ret = context.GetParam(1, shaInfo.blockPairs);  in SetShaInfo()
593     ret = context.GetParam(SHA_CHECK_SECOND, shaInfo.contrastSha);  in SetShaInfo()
601     ret = context.GetParam(SHA_CHECK_TARGETPAIRS_INDEX, shaInfo.targetPairs);  in SetShaInfo()
606     ret = context.GetParam(SHA_CHECK_TARGETSHA_INDEX, shaInfo.targetSha);  in SetShaInfo()
634     ShaInfo shaInfo {};  in Execute()  local
635     ret = SetShaInfo(context, shaInfo);  in Execute()
648     ret = ExecReadShaInfo(env, devPath, shaInfo);  in Execute()