private void SetSupportedInstructions(CpuModel cpu, ushort architecture)
{
var cpuFeatures = WindowsProcessor.GetSupportedInstructions().ToList();
if (architecture == 9)
{
cpuFeatures.Add(cpu.Manufacturer == "GenuineIntel" ? "EM64T" : "x86-64");
}
cpu.Instructions = cpuFeatures.ToArray();
}
private static CpuCaches SetCaches(CpuModel cpu)
{
var cachesData = WindowsProcessor.GetCacheByLevel();
var caches = new CpuCaches();
if (cachesData.ContainsKey(1))
{
var l1Cache = cachesData[1];
WindowsProcessor.SYSTEM_LOGICAL_PROCESSOR_INFORMATION?l1Data = l1Cache.FirstOrDefault(c => c.ProcessorInformation.Cache.Type == WindowsProcessor.PROCESSOR_CACHE_TYPE.CacheData);
if (l1Data != null)
{
caches.Level1Data = MapCacheItem(l1Data, cpu.NumberOfCores);
}
WindowsProcessor.SYSTEM_LOGICAL_PROCESSOR_INFORMATION?l1Instruction = l1Cache.FirstOrDefault(c => c.ProcessorInformation.Cache.Type == WindowsProcessor.PROCESSOR_CACHE_TYPE.CacheInstruction);
if (l1Instruction != null)
{
caches.Level1Instructions = MapCacheItem(l1Instruction, cpu.NumberOfCores);
}
}
if (cachesData.ContainsKey(2))
{
var l2Cache = cachesData[2];
caches.Level2 = MapCacheItem(l2Cache.FirstOrDefault(), cpu.NumberOfCores);
}
if (cachesData.ContainsKey(3))
{
var l3Cache = cachesData[3];
caches.Level3 = MapCacheItem(l3Cache.FirstOrDefault());
}
cpu.Caches = caches;
return(caches);
}
public ComputerModel GetAllData()
{
CpuModel[] cpus = null;
try
{
var cpusProperties = devicePropertiesAdapter.GetMultipleProperties("Win32_Processor");
cpus = cpusProperties.Select(cp =>
{
var cpu = new CpuModel()
{
Specification = cp["Name"].ToString() ?? "Unknown",
CpuClocks = new CpuClocks()
{
CoreSpeed = cp["CurrentClockSpeed"] != null ? Convert.ToSingle((uint)(cp["CurrentClockSpeed"])) : 0f,
BusSpeed = cp["ExtClock"] != null ? Convert.ToSingle((uint)(cp["ExtClock"])) : 0f,
},
NumberOfCores = cp["NumberOfCores"] != null ? (uint)(cp["NumberOfCores"]) : 1,
NumberOfLogicalProcessors = cp["NumberOfLogicalProcessors"] != null ? (uint)(cp["NumberOfLogicalProcessors"]) : 1,
Architecture = ArchitectureHelper.GetArchitecture((ushort)cp["Architecture"], (ushort)cp["DataWidth"]),
Manufacturer = cp["Manufacturer"]?.ToString()
};
cpu = SetModelFamilyStepping(cpu, cp["Caption"].ToString());
SetSupportedInstructions(cpu, (ushort)cp["Architecture"]);
SetCaches(cpu);
SetCpuDetails(cpu);
return(cpu);
}).ToArray();
WindowsProcessor.GetSupportedInstructions();
}
finally
{
if (cpus == null || cpus.Length == 0)
{
cpus = new CpuModel[] { new CpuModel()
{
CpuClocks = new CpuClocks()
{
},
Caches = new CpuCaches()
{
Level1Data = new CpuCacheItem(),
Level1Instructions = new CpuCacheItem(),
Level2 = new CpuCacheItem(),
Level3 = new CpuCacheItem()
},
CpuFamilyModelStepping = new CpuFamilyModelStepping()
{
}
}, };
}
}
return(new ComputerModel()
{
Cpus = new AllCpus()
{
Cpus = cpus,
RootCpu = cpus[0],
TotalOfCores = cpus.Length > 1 ? (uint)cpus.Sum(c => c.NumberOfCores) : cpus[0].NumberOfCores,
TotalOfLogicalProcessors = cpus.Length > 1 ? (uint)cpus.Sum(c => c.NumberOfLogicalProcessors) : cpus[0].NumberOfLogicalProcessors,
}
});
}