Перевод полученных данных через WMI в понятное представление

ManagementObjectSearcher CPUser = new ManagementObjectSearcher("SELECT * From Win32_Processor");
            foreach (ManagementObject myCPU in CPUser.Get())
            {
                Lbl_cpu_arhit.Content = myCPU["Architecture"].ToString();
                Lbl_cpu_caption.Content = myCPU["Caption"].ToString();
                Lbl_cpu_family.Content = myCPU["Family"].ToString();
                Lbl_cpu_l2.Content = myCPU["L2CacheSize"].ToString();
                Lbl_cpu_l3.Content = myCPU["L3CacheSize"].ToString();
                Lbl_cpu_manufactured.Content = myCPU["Manufacturer"].ToString();
                Lbl_cpu_name.Content = myCPU["Name"].ToString();
                Lbl_cpu_numbcores.Content = myCPU["NumberOfCores"].ToString();
                Lbl_cpu_procID.Content = myCPU["ProcessorID"].ToString();
                Lbl_cpu_revision.Content = myCPU["Revision"].ToString();
            }

{
                var cpuarch9 = "x 64 Bit";
 
                if ()
                {
                    Lbl_cpu_arhit.Content = cpuarch9;
                }
 
                Lbl_cpu_arhit.Content = myCPU["Architecture"].ToString();
                Lbl_cpu_caption.Content = myCPU["Caption"].ToString();
                Lbl_c.....

Lbl_cpu_arhit.Content = (ushort)myCPU["Architecture"] == 9 ? "x 64 Bit" : "x 32 Bit";

Lbl_cpu_arhit.Content = ((CPUArchitecture)(ushort)myCPU["Architecture"]).ToString();
 
   public enum CPUArchitecture
   {
      x86 = 0,
      MIPS = 1,
      Alpha = 2,
      PowerPC = 3,
      ARM = 5,
      Itanium = 6,
      x64 = 9
   }

using System.Collections.Generic;
using System.Management;
 
namespace Temp
{
   class Program
   {
      static void Main(string[] args)
      {
         ManagementObjectSearcher CPUser = new ManagementObjectSearcher("SELECT * From Win32_Processor");
         foreach(ManagementObject myCPU in CPUser.Get())
         {
            string str = ((CPUArchitecture)(ushort)myCPU["Architecture"]).Print();
         }
      }
   }
 
   public enum CPUArchitecture
   {
      x86 = 0,
      MIPS = 1,
      Alpha = 2,
      PowerPC = 3,
      ARM = 5,
      Itanium = 6,
      x64 = 9
   }
 
   public static class CPUArchitectureHelper
   {
      private static readonly Dictionary<CPUArchitecture, string> dic = new Dictionary<CPUArchitecture, string>
      {
         [CPUArchitecture.x86] = "x 32 Bit",
         [CPUArchitecture.x64] = "x 64 Bit",
         [CPUArchitecture.Alpha] = "Alpha",
         [CPUArchitecture.ARM] = "ARM",
         [CPUArchitecture.Itanium] = "Itanium-based systems",
         [CPUArchitecture.PowerPC] = "Power PC",
         [CPUArchitecture.MIPS] = "MIPS"
      };
 
      public static string Print(this CPUArchitecture self)
      {
         return dic[self];
      }
   }
}

public static string Print(this CPUArchitecture self)
      {
         return dic[self];
      }

Lbl_cpu_arhit.Content = ((CPUArchitecture)(ushort)myCPU["Architecture"]).Print();

using MyNamespace;

LblosSupportPolicy.Content =((OSSupPolInformation)(byte)myOS["DataExecutionPrevention_SupportPolicy"]).OSSupPolPrint();

using System.Management;
 
namespace Temp
{
   class Program
   {
      static void Main(string[] args)
      {
         ManagementObjectSearcher searcher = new ManagementObjectSearcher("SELECT * From Win32_OperatingSystem");
         foreach(ManagementObject obj in searcher.Get())
         {
            //Объявляем переменную, тип которой мы точно не знаем, как object
            //и смотрим в отладчике её настоящий тип.
            object value = obj["CountryCode"];
         }
      }
   }
}