void MasterStateMachine :: BeforePropose(const int iGroupIdx, std::string & sValue)
{
std::lock_guard<std::mutex> oLockGuard(m_oMutex);
MasterOperator oMasterOper;
bool bSucc = oMasterOper.ParseFromArray(sValue.data(), sValue.size());
if (!bSucc)
{
return;
}
oMasterOper.set_lastversion(m_llMasterVersion);
sValue.clear();
bSucc = oMasterOper.SerializeToString(&sValue);
assert(bSucc == true);
}
bool MasterStateMachine :: Execute(const int iGroupIdx, const uint64_t llInstanceID,
const std::string & sValue, SMCtx * poSMCtx)
{
MasterOperator oMasterOper;
bool bSucc = oMasterOper.ParseFromArray(sValue.data(), sValue.size());
if (!bSucc)
{
PLG1Err("oMasterOper data wrong");
//wrong oper data, just skip, so return true
return true;
}
if (oMasterOper.operator_() == MasterOperatorType_Complete)
{
uint64_t * pAbsMasterTimeout = nullptr;
if (poSMCtx != nullptr && poSMCtx->m_pCtx != nullptr)
{
pAbsMasterTimeout = (uint64_t *)poSMCtx->m_pCtx;
}
uint64_t llAbsMasterTimeout = pAbsMasterTimeout != nullptr ? *pAbsMasterTimeout : 0;
PLG1Imp("absmaster timeout %lu", llAbsMasterTimeout);
int ret = LearnMaster(llInstanceID, oMasterOper, llAbsMasterTimeout);
if (ret != 0)
{
return false;
}
}
else
{
PLG1Err("unknown op %u", oMasterOper.operator_());
//wrong op, just skip, so return true;
return true;
}
return true;
}