public void From_VariousProcessorTypes_ReturnsCPU(ushort processorType, string decoded)
{
//Arrange
var win32Processor = new Win32_Processor
{
Architecture = 1,
CurrentClockSpeed = 1,
L2CacheSize = 1,
L3CacheSize = 1,
Name = "Model - Vendor",
NumberOfCores = 1,
NumberOfLogicalProcessors = 1,
ProcessorType = processorType,
Caption = "Caption",
Family = 1,
UpgradeMethod = 1
};
//Act
var result = CPUMapper.From(win32Processor);
//Assert
Assert.NotNull(result);
Assert.True(result.ProcessorType == decoded);
}
public void From_UpgradeMethodIsNull_ReturnsCPU()
{
//Arrange
var win32Processor = new Win32_Processor
{
Architecture = 1,
CurrentClockSpeed = 1,
L2CacheSize = 1,
L3CacheSize = 1,
Name = "Model - Vendor",
NumberOfCores = 1,
NumberOfLogicalProcessors = 1,
ProcessorType = 1,
Caption = "Caption",
Family = 1,
UpgradeMethod = null
};
//Act
var result = CPUMapper.From(win32Processor);
//Assert
Assert.NotNull(result);
Assert.True(result.Architecture == "MIPS");
Assert.True(result.CurrentClockSpeed == win32Processor.CurrentClockSpeed);
Assert.True(result.L2CacheSize == win32Processor.L2CacheSize);
Assert.True(result.L3CacheSize == win32Processor.L3CacheSize);
Assert.True(result.ModelWithVendor == "Model - Vendor");
Assert.True(result.NumberOfCores == win32Processor.NumberOfCores);
Assert.True(result.NumberOfLogicalProcessors == win32Processor.NumberOfLogicalProcessors);
Assert.True(result.ProcessorType == "Other");
Assert.True(result.Caption == "Caption");
Assert.True(result.Family == "Other");
Assert.True(result.UpgradeMethod == "Unknown");
}
public async Task <Result <IEnumerable <CPU> > > GetPhysicalCPUsAsync()
{
try
{
var result = await Task.Run(() => _componentRepo.Get <Win32_Processor>());
var output = result.Select(x => CPUMapper.From(x));
return(Result <IEnumerable <CPU> > .Ok(output));
}
catch (Exception e)
{
return(Result <IEnumerable <CPU> > .Fail(e));
}
}
