HRESULT ObjectMemory::InitializeZct()
{
CRegKey rkDump;
ZctReserve = ZCTRESERVE;
ZctMinSize = ZCTINITIALSIZE;
if (OpenDolphinKey(rkDump, "ObjMem", KEY_READ)==ERROR_SUCCESS)
{
DWORD dwValue;
if (rkDump.QueryDWORDValue("ZMax", dwValue) == ERROR_SUCCESS && dwValue > ZCTMINRESERVE)
ZctReserve = dwValue;
if (rkDump.QueryDWORDValue("ZMin", ZctMinSize) == ERROR_SUCCESS && dwValue > ZCTMINSIZE &&
dwValue < ZctReserve)
ZctMinSize = dwValue;
}
//trace("ZctMinSize = %u, ZctReserve = %u\n", ZctMinSize, ZctReserve);
m_nZctEntries = 0;
m_bIsReconcilingZct = false;
m_pZct = static_cast<OTE**>(::VirtualAlloc(NULL, ZctReserve*sizeof(OTE*), MEM_RESERVE, PAGE_NOACCESS));
if (!m_pZct)
return ReportError(IDP_ZCTRESERVEFAIL, ZctReserve, 0);
m_nZctHighWater = ZctMinSize >> 1;
GrowZct();
#ifdef _DEBUG
dwLastReconcileTicks = timeGetTime();
#endif
return S_OK;
}
// Static initialization of async call support
void OverlappedCall::Initialize()
{
HARDASSERT(::GetCurrentThreadId() == Interpreter::MainThreadId());
CRegKey rkOverlap;
if (OpenDolphinKey(rkOverlap, L"Overlapped")==ERROR_SUCCESS)
{
rkOverlap.QueryDWORDValue(L"TerminateTimeout", s_dwTerminateTimeout);
s_dwTerminateTimeout = max(s_dwTerminateTimeout, 100);
}
else
{
s_dwTerminateTimeout = 500;
}
}
