void DumpSystemToLog() {
CPUInfo cpu;
WCHAR wszTime[9], wszDate[9];
_wstrtime_s(wszTime, 9);
_wstrdate_s(wszDate, 9);
LOG_INFO(" -- System To Log --");
#if defined(DEBUG) || defined(_DEBUG)
LOG_INFO("RUNNING -DEBUG- BUILD AT: " << wszDate << " -- " << wszTime );
#else
LOG_INFO("RUNNING -RELEASE- BUILD AT: " << wszDate << " -- " << wszTime );
#endif
LOG_INFO("");
LOG_INFO(DXUTGetWindowTitle());
LOG_INFO("Processor Speed: " << cpu.GetProcessorClockFrequency() << "MHz");
LOG_INFO("Processors: " << cpu.GetLogicalProcessorsPerPhysical());
LOG_INFO("Processor: " << cpu.GetExtendedProcessorName());
LOG_INFO(DXUTGetFrameStats(false));
LOG_INFO(DXUTGetDeviceStats());
LOG_INFO("");
dprintf("Processor Speed: %dMHz\n", cpu.GetProcessorClockFrequency());
dprintf("Processors: %d\n", cpu.GetLogicalProcessorsPerPhysical());
dprintf("Processor: %s\n", cpu.GetExtendedProcessorName());
char pszDest[256];
WCharStringToCharString(DXUTGetFrameStats(false), pszDest, 255);
dprintf("STATS:\n%s\n", pszDest);
WCharStringToCharString(DXUTGetDeviceStats(), pszDest, 255);
dprintf("%s\n", pszDest);
dprintf("\n\n");
}
static void get_cpu_cores( char* dest )
{
sprintf( dest, "%d\n", cpu_info.GetLogicalProcessorsPerPhysical() );
}
DWORD WINAPI GetProcessorInformation (LPVOID lpParameter)
{
PPROCESSORINFO pProcessorInfo = (PPROCESSORINFO) lpParameter;
CPUInfo * CPU = new CPUInfo ();
if (!CPU->DoesCPUSupportCPUID ())
{
delete CPU;
return 0;
}
//the processor serial number.
if (CPU->DoesCPUSupportFeature (SERIALNUMBER_FEATURE))
{
sprintf_s(pProcessorInfo->szSerialNumber, CPU->GetProcessorSerialNumber());
}
// Add the hardware specification node.
// State the APIC ID if one is present.
if (CPU->DoesCPUSupportFeature (APIC_FEATURE))
{
pProcessorInfo->bAPICPresent = true;
// Attempt to display the ID of the APIC.
pProcessorInfo->APICID = CPU->GetProcessorAPICID ();
}
// State if the processor supports the Advanced Configuration and Power Interface [ACPI].
if (CPU->DoesCPUSupportFeature (ACPI_FEATURE))
{
pProcessorInfo->bACPICapable = true;
}
// State if the processor supports a thermal monitor.
if (CPU->DoesCPUSupportFeature (THERMALMONITOR_FEATURE))
{
pProcessorInfo->bOnChipThermalMonitor = true;
}
if (CPU->DoesCPUSupportFeature (L1CACHE_FEATURE))
{
pProcessorInfo->bL1Cache = true;
pProcessorInfo->L1CacheSize = CPU->GetProcessorCacheXSize (L1CACHE_FEATURE);
}
// State the size of the L2 cache if present.
if (CPU->DoesCPUSupportFeature (L2CACHE_FEATURE))
{
pProcessorInfo->bL2Cache = true;
pProcessorInfo->L2CacheSize = CPU->GetProcessorCacheXSize (L2CACHE_FEATURE);
}
// State the size of the L3 cache if present.
if (CPU->DoesCPUSupportFeature (L3CACHE_FEATURE))
{
pProcessorInfo->bL3Cache = true;
pProcessorInfo->L3CacheSize = CPU->GetProcessorCacheXSize (L3CACHE_FEATURE);
}
// State if a temperature sensing diode is present.
if (CPU->DoesCPUSupportFeature (TEMPSENSEDIODE_FEATURE))
{
pProcessorInfo->bTemperatureSensingDiode = true;
}
// State if a frequency ID control is present.
if (CPU->DoesCPUSupportFeature (FREQUENCYID_FEATURE))
{
pProcessorInfo->bFrequencyIDControl = true;
}
// State if a voltage ID control is present.
if (CPU->DoesCPUSupportFeature (VOLTAGEID_FREQUENCY))
{
pProcessorInfo->bVoltageIDControl = true;
}
//Supported Features
// State if CMOV instructions are present.
if (CPU->DoesCPUSupportFeature (CMOV_FEATURE))
{
pProcessorInfo->bCMOVInstructions = true;
}
// State if MTRR instructions are present.
if (CPU->DoesCPUSupportFeature (MTRR_FEATURE))
{
pProcessorInfo->bMTRRInstructions = true;
}
// State if MMX instructions are present.
if (CPU->DoesCPUSupportFeature (MMX_FEATURE))
{
pProcessorInfo->bMMXInstructions = true;
}
// State if MMX+ instructions are present.
if (CPU->DoesCPUSupportFeature (MMX_PLUS_FEATURE))
{
pProcessorInfo->bMMXPlusInstructions = true;
}
// State if SSE instructions are present.
if (CPU->DoesCPUSupportFeature (SSE_FEATURE))
{
pProcessorInfo->bSSEInstructions = true;
}
// State if SSE FP instructions are present.
if (CPU->DoesCPUSupportFeature (SSE_FP_FEATURE))
{
pProcessorInfo->bSSEFPInstructions = true;
}
// State if SSE MMX instructions are present.
if (CPU->DoesCPUSupportFeature (SSE_MMX_FEATURE))
{
pProcessorInfo->bMMXInstructions = true;
}
// State if SSE2 instructions are present.
if (CPU->DoesCPUSupportFeature (SSE2_FEATURE))
{
pProcessorInfo->bSSE2Instructions = true;
}
// State if 3DNow! instructions are present.
if (CPU->DoesCPUSupportFeature (AMD_3DNOW_FEATURE))
{
pProcessorInfo->bAMD3DNowInstructions = true;
}
// State if 3DNow!+ instructions are present.
if (CPU->DoesCPUSupportFeature (AMD_3DNOW_PLUS_FEATURE))
{
pProcessorInfo->bAMD3DNowPlusInstructions = true;
}
// State if Hyperthreading instructions are present.
if (CPU->DoesCPUSupportFeature (HYPERTHREAD_FEATURE))
{
pProcessorInfo->bHyperthreadingInstructions = true;
pProcessorInfo->LogicalProcessorsPerPhysical = CPU->GetLogicalProcessorsPerPhysical ();
}
// State if the processor is MP capable.
if (CPU->DoesCPUSupportFeature (MP_CAPABLE))
{
pProcessorInfo->bMultiprocessorCapable = true;
}
// State if IA64 instructions are present.
if (CPU->DoesCPUSupportFeature (IA64_FEATURE))
{
pProcessorInfo->bIA64Instructions = true;
}
delete CPU;
return 0;
}