public GenuineIntelCpuTest()
{
FeatureCheck = new FeatureCheck();
FeatureCheck.AddFeatureSet("standard", "CPUID[01h].ECX", CpuId01Ecx);
FeatureCheck.AddFeatureSet("standard", "CPUID[01h].EDX", CpuId01Edx);
FeatureCheck.AddFeatureSet("standard", "CPUID[07h].EBX", CpuId07Ebx);
FeatureCheck.AddFeatureSet("standard", "CPUID[07h].ECX", CpuId07Ecx);
FeatureCheck.AddFeatureSet("standard", "CPUID[07h].EDX", CpuId07Edx);
FeatureCheck.AddFeatureSet("procstate", "CPUID[0Dh,01h].EAX", CpuId13Eax);
FeatureCheck.AddFeatureSet("extended", "CPUID[80000001h].ECX", CpuId81Ecx);
FeatureCheck.AddFeatureSet("extended", "CPUID[80000001h].EDX", CpuId81Edx);
}
public void Corei7_6600U_2p1c_All()
{
GetCpu("vmware/i7-6600U_2p1c.xml");
int apic = 0;
foreach (ICpuIdX86 cpu in FeatureCheck.Cpus)
{
FeatureCheck featureCheck = FeatureCheck.GetFeatureCpu(cpu);
Corei7_6600U_2p1c_All(featureCheck, apic, 0, apic);
apic += 2;
}
}
public FeatureCheck GetFeatureCpu(ICpuIdX86 cpu)
{
FeatureCheck newFeature = new FeatureCheck();
newFeature.LoadCpu(cpu);
foreach (string group in m_FeatureSet.Keys)
{
foreach (FeatureSet set in m_FeatureSet[group])
{
newFeature.AddFeatureSet(group, set.Name, set.Set);
}
}
return(newFeature);
}
public AuthenticAmdCpuTest()
{
FeatureCheck = new FeatureCheck();
FeatureCheck.AddFeatureSet("standard", "CPUID[01h].ECX", CpuId01Ecx);
FeatureCheck.AddFeatureSet("standard", "CPUID[01h].EDX", CpuId01Edx);
FeatureCheck.AddFeatureSet("standard", "CPUID[07h].EBX", CpuId07Ebx);
FeatureCheck.AddFeatureSet("standard", "CPUID[07h].ECX", CpuId07Ecx);
FeatureCheck.AddFeatureSet("standard", "CPUID[07h].EDX", CpuId07Edx);
FeatureCheck.AddFeatureSet("procstate", "CPUID[0Dh,01h].EAX", CpuId13Eax);
FeatureCheck.AddFeatureSet("extended", "CPUID[80000001h].ECX", CpuId81Ecx);
FeatureCheck.AddFeatureSet("extended", "CPUID[80000001h].EDX", CpuId81Edx);
FeatureCheck.AddFeatureSet("extended", "CPUID[80000008h].EBX", CpuId88Ebx);
FeatureCheck.AddFeatureSet("extended", "CPUID[8000001Fh].EBX", CpuId81FEbx);
}
private void Corei7_9700(FeatureCheck x86cpu, int apic, int smt, int core)
{
CheckSignature(0x906ED);
x86cpu.Check("standard", 0x7FFAFBFF, 0xBFEBFBFF, 0x029C6FBF, 0x40000000, 0xBC000400);
x86cpu.Check("procstate", 0x0000000F);
x86cpu.Check("extended", 0x00000121, 0x2C100800);
x86cpu.AssertOnDifference();
Assert.That(x86cpu.Cpu.Description, Is.EqualTo("Intel(R) Core(TM) i7-9700 CPU @ 3.00GHz"));
Assert.That(x86cpu.Cpu.Topology.ApicId, Is.EqualTo(apic));
Assert.That(x86cpu.Cpu.Topology.CoreTopology.Count, Is.EqualTo(3));
x86cpu.AssertCoreTopo(CpuTopoType.Smt, smt, 1);
x86cpu.AssertCoreTopo(CpuTopoType.Core, core, 7);
x86cpu.AssertCoreTopo(CpuTopoType.Package, 0, -1 << 4);
}
public void Corei7_9700_All()
{
GetCpu("i7-9700.xml");
int apic = 0;
int core = 0;
foreach (ICpuIdX86 cpu in FeatureCheck.Cpus)
{
FeatureCheck featureCheck = FeatureCheck.GetFeatureCpu(cpu);
Corei7_9700(featureCheck, apic, 0, core);
apic += 2;
core++;
}
}
private void Corei7_6600U_2p1c_All(FeatureCheck x86cpu, int apic, int core, int pkg)
{
CheckSignature(0x406E3);
// Note that by running in VMWare, the feature flags are quite different.
x86cpu.Check("standard", 0XF6FA3203, 0x0F8BFBFF, 0x009C27AB, 0x00000000, 0xBC000000);
x86cpu.Check("procstate", 0x0000000B);
x86cpu.Check("extended", 0x00000121, 0x2C100000);
x86cpu.AssertOnDifference();
Assert.That(x86cpu.Cpu.Description, Is.EqualTo("Intel(R) Core(TM) i7-6600U CPU @ 2.60GHz"));
Assert.That(x86cpu.Cpu.Topology.ApicId, Is.EqualTo(apic));
Assert.That(x86cpu.Cpu.Topology.CoreTopology.Count, Is.EqualTo(2));
x86cpu.AssertCoreTopo(CpuTopoType.Core, core, 0); // Could also be 1, but HTT=0 implies 1 core, so this is zero.
x86cpu.AssertCoreTopo(CpuTopoType.Package, pkg, -1); // Could also be -1 << 1, but HTT=0, implies 1 core.
}
private void Corei7_6700K_vmware(FeatureCheck x86cpu, int apic, int smt, int core, int pkg)
{
CheckSignature(0x506E3);
// Note that by running in VMWare, the feature flags are quite different.
x86cpu.Check("standard", 0xF7FA3203, 0x1F8BBBFF, 0x009C27AB, 0x00000000, 0xBC000400);
x86cpu.Check("procstate", 0x0000000B);
x86cpu.Check("extended", 0x00000121, 0x2C100000);
x86cpu.AssertOnDifference();
Assert.That(x86cpu.Cpu.Description, Is.EqualTo("Intel(R) Core(TM) i7-6700K CPU @ 4.00GHz"));
Assert.That(x86cpu.Cpu.Topology.ApicId, Is.EqualTo(apic));
Assert.That(x86cpu.Cpu.Topology.CoreTopology.Count, Is.EqualTo(3));
x86cpu.AssertCoreTopo(CpuTopoType.Smt, smt, 0);
x86cpu.AssertCoreTopo(CpuTopoType.Core, core, 1);
x86cpu.AssertCoreTopo(CpuTopoType.Package, pkg, -1 << 1);
}
public void Corei7_6700K_All_vmware()
{
GetCpu("vmware/i7-6700K_vmware.xml");
int apic = 0;
int core = 0;
int pkg = 0;
foreach (ICpuIdX86 cpu in FeatureCheck.Cpus)
{
FeatureCheck featureCheck = FeatureCheck.GetFeatureCpu(cpu);
Corei7_6700K_vmware(featureCheck, apic, 0, core, pkg);
apic++;
core++;
if (core == 2)
{
core = 0;
pkg++;
}
}
}
public void Corei7_6700K_All()
{
GetCpu("i7-6700K.xml");
int apic = 0;
int smt = 0;
int core = 0;
foreach (ICpuIdX86 cpu in FeatureCheck.Cpus)
{
FeatureCheck featureCheck = FeatureCheck.GetFeatureCpu(cpu);
Corei7_6700K(featureCheck, apic, smt, core);
apic++;
smt++;
if (smt == 2)
{
smt = 0;
core++;
}
}
}
