public void TestGetCoreCountData()
{
#if !(NETCOREAPP2_0)
var windowsSystemInfo = new WMISystemInfo();
var wmiCore = windowsSystemInfo.GetCoreCount(out var wmiPhysicalProcs);
Console.WriteLine("WMI: {0} processor(s) and {1} cores", wmiPhysicalProcs, wmiCore);
#endif
var wpsi = new WindowsSystemInfo();
Console.WriteLine("PInv: {0} processor(s) and {1} cores", wpsi.GetProcessorPackageCount(), wpsi.GetCoreCount());
Console.WriteLine("PInv NUMA Nodes: {0}", wpsi.GetNumaNodeCount());
Console.WriteLine("PInv Logical Cores: {0}", wpsi.GetLogicalCoreCount());
}
public void TestGetTotalMemory()
{
#if !(NETCOREAPP2_0)
var windowsSystemInfo = new WMISystemInfo();
var wmiMem = windowsSystemInfo.GetTotalMemoryMB();
Console.WriteLine("WMI Total memory: {0:F2} MB", wmiMem);
#endif
// Use P/Invoke to access kernel32.dll
var wpsi = new WindowsSystemInfo();
var pinvMem = wpsi.GetTotalMemoryMB();
Console.WriteLine("PInv Total memory: {0:F2} MB", pinvMem);
#if !(NETCOREAPP2_0)
Assert.AreEqual(wmiMem, pinvMem, 0.001);
#endif
}
public void TestGetCoreCount()
{
#if !(NETCOREAPP2_0)
var windowsSystemInfo = new WMISystemInfo();
var wmiCore = windowsSystemInfo.GetCoreCount(out var wmiPhysicalProcs);
Console.WriteLine("WMI: {0} processor(s) and {1} cores", wmiPhysicalProcs, wmiCore);
#endif
// Use P/Invoke to access kernel32.dll
var wpsi = new WindowsSystemInfo();
var pinvCore = wpsi.GetCoreCount();
var pirvProcCount = wpsi.GetProcessorPackageCount();
Console.WriteLine("PInv: {0} processor(s) and {1} cores", pirvProcCount, pinvCore);
#if !(NETCOREAPP2_0)
Assert.AreEqual(wmiPhysicalProcs, pirvProcCount);
Assert.AreEqual(wmiCore, pinvCore);
#endif
}