//#pragma optimize("", off)
void VMVupManager::_UpdateRDVPoint()
{
RDVPointListIterator it = m_poRDVList.begin();
while(it != m_poRDVList.end())
{
RDVPointInfo& info = (*it).second;
D_CHECK(info.m_RunningInfo.IsValid());
f32 fNow = GameEngine::GetGameEngine()->GetClockMod()->GetTotalElapsedSeconds();
if(info.m_RunningInfo.m_ClientList.size() >= info.m_uiExpectedNum ||
fNow - info.m_RunningInfo.m_fStartTime >= (f32)info.m_uiTimeOut)
{
//Default value
s32 iDelayOfStartTime = 5000;
s32 iIntervalOfEachGroup = 0;
s32 iMaxGroupNum = 1;
s32 iRunningID = info.m_RunningInfo.m_uiCurrentRunningID;
RDVPointParameterListIterator itRDVPointParam = m_poRDVParam.find(Protocal::GetRDVPointID(Protocal::GetRDVPointMajor(iRunningID), 0));
if(itRDVPointParam != m_poRDVParam.end())
{
RDVPointParameter& param = (*itRDVPointParam).second;
iDelayOfStartTime = param.m_iDelayOfStartTime;
iIntervalOfEachGroup = param.m_iIntervalOfEachGroup;
iMaxGroupNum = param.m_iGroupNum;
}
struct __timeb64 timebuffer;
_ftime64(&timebuffer);
__int64 curTime = timebuffer.time * 1000 + timebuffer.millitm;
for(s32 i = 0; i < info.m_RunningInfo.m_ClientList.size(); ++i)
{
VMVup* pVup = FindVup(info.m_RunningInfo.m_ClientList[i]);
if(!pVup)
continue;
if(pVup->GetGroup() >= 0)
{
StartTesting(pVup, curTime + iDelayOfStartTime + pVup->GetGroup() * iIntervalOfEachGroup);
}
}
for(s32 i = 0; i < iMaxGroupNum; ++i)
{
__int64 nowms = curTime + iDelayOfStartTime + i * iIntervalOfEachGroup;
__int64 nows = nowms / 1000;
char timeline[26];
ctime_s(timeline, 26, &(nows));
LOG_INFO("RDVPoint(%d,%d)..Group(%d)..Time of starting test: %.19s.%03hu\n",
Protocal::GetRDVPointMajor(iRunningID), Protocal::GetRDVPointMinor(iRunningID), i, timeline, nowms % 1000);
}
VMSummary::GetPtr()->RemoveRDVPoint(Protocal::GetRDVPointMajor(iRunningID), Protocal::GetRDVPointMinor(iRunningID));
it = m_poRDVList.erase(it);
}
else
{
++it;
}
}
}
int main(void) {
StartTesting(__testFunctions, sizeof(__testFunctions)/sizeof(*__testFunctions));
return 0;
}
