KLSTD_NOTHROW KLERR::ErrorPtr CreateError(
const ErrLocAdapt* pLocInfo,
const wchar_t* szwModule,
int nId,
const char* szaFile,
int nLine,
const wchar_t* szwMessage) throw()
{
KLSTD::CAutoPtr<KLERR::Error> pResult;
try
{
CError* p = NULL;
pResult.Attach(p = new CError);
if(p)
{
p->Initialize(0, szwModule, nId, szaFile, nLine, szwMessage);
if(pLocInfo)
p->LocSetInfo(*pLocInfo);
};
}
catch(std::exception& err)
{
KLERR_TRACE_UNEXPECTED();
};
if(!pResult)
pResult = KLERR::g_pNoMemoryError;
if(!pResult)
abort();
return pResult;
};
void InitModule()
{
g_pErrorCS = NULL;
g_pModulesCS = NULL;
g_pModules = NULL;
g_pLocModules = NULL;
g_pLocDlls = NULL;
g_pNoMemoryError = NULL;
;
::KLSTD_CreateCriticalSection(&g_pModulesCS);
g_pErrorCS = g_pModulesCS;
;
g_pModules = new modules_t(c_nModulesHashSize);
g_pLocModules = new modules_t(c_nModulesHashSize);
g_pLocDlls = new map_locmodules_t(c_nModulesHashSize);
;
{
KLSTD::CAutoPtr<Error> pError;
CError* p = NULL;
pError.Attach(p = new RcClassImpl<CError>);
if(p)
{
p->Initialize(
0,
L"KLSTD",
STDE_NOMEMORY,
NULL,
0,
L"Out Of memory",
true);
g_pNoMemoryError = pError;
};
};
};