public static SMBIOSStructure ParseStructures(EntryPointTable entryPointTable)
{
SMBIOSStructure smbiosStructure = new SMBIOSStructure();
List <CPUInfo> cpuList = new List <CPUInfo>();
byte * currentAddress = entryPointTable.GetTableAddress();
DebugSMBIOS.DebugEntryPoint(entryPointTable);
for (int i = 0; i < entryPointTable.NumberOfStructures; i++)
{
//We need to compare the type (which will be always the 0 fo current address)
if (currentAddress[0] == SMBIOSTypes.BiosTable)
{
if (smbiosStructure.BiosInfo == null)
{
smbiosStructure.BiosInfo = new BIOSInfo(entryPointTable, currentAddress);
currentAddress = smbiosStructure.BiosInfo.Parse();
DebugSMBIOS.DebugBIOSInfo(smbiosStructure.BiosInfo);
}
else
{
//If we fail skipping the table
currentAddress = currentAddress + 1;
Cosmos.Debug.Kernel.Debugger.DoSend("Skipping not bios table");
}
continue;
}
if (currentAddress[0] == SMBIOSTypes.ProcessorTable)
{
CPUInfo cpuInfo = new CPUInfo(entryPointTable, currentAddress);
currentAddress = cpuInfo.Parse();
smbiosStructure.CpuInfoList.Add(cpuInfo);
DebugSMBIOS.DebugCPUInfo(cpuInfo);
continue;
}
//In [1] we have the length of the formatted section.
Cosmos.Debug.Kernel.Debugger.DoSend("Skipping table type: " + currentAddress[0] + " Length: " + currentAddress[1]);
Cosmos.Debug.Kernel.Debugger.DoSend("Is 4?" + (currentAddress[0] == 4));
currentAddress = SkipTable(currentAddress[1], currentAddress);
}
return(smbiosStructure);
}
public static void DebugCPUInfo(CPUInfo cpuInfo)
{
Debugger.DoSend("==================CPU==========================");
Debugger.DoSend("Type:" + cpuInfo.Type);
Debugger.DoSend("Length: " + cpuInfo.Length);
Debugger.DoSend("Handle: " + cpuInfo.Handle);
Debugger.DoSend("Socket designation (ID): " + cpuInfo.SocketDesignationID);
Debugger.DoSend("Processor Type: " + cpuInfo.ProcessorType);
Debugger.DoSend("Processor family: " + cpuInfo.ProcessorFamily);
Debugger.DoSend("Processor manufacturer (ID): " + cpuInfo.ProcessorManufacturerID);
Debugger.DoSend("Processor ID: " + cpuInfo.ProcessorID);
Debugger.DoSend("Processor version (ID): " + cpuInfo.ProcessorVersionID);
Debugger.DoSend("Voltage: " + cpuInfo.Voltage);
Debugger.DoSend("External clock: " + cpuInfo.ExternalClock);
Debugger.DoSend("Max Speed: " + cpuInfo.MaxSpeed + " MHZ");
Debugger.DoSend("Current speed: " + cpuInfo.CurrentSpeed + " MHZ");
Debugger.DoSend("Status: " + cpuInfo.Status);
Debugger.DoSend("Processor upgrade: " + cpuInfo.ProcessorUpgrade);
Debugger.DoSend("L1 Cache Handle: " + cpuInfo.L1HandleCache);
Debugger.DoSend("L2 Cache Handle: " + cpuInfo.L2HandleCache);
Debugger.DoSend("L3 Cache Handle: " + cpuInfo.L3HandleCache);
Debugger.DoSend("Serial number (ID): " + cpuInfo.SerialNumberID);
Debugger.DoSend("Asset Tag (ID): " + cpuInfo.AssetTagID);
Debugger.DoSend("Par number (ID): " + cpuInfo.PartNumberID);
Debugger.DoSend("Core count: " + cpuInfo.CoreCount);
Debugger.DoSend("Core enabled: " + cpuInfo.CoreEnabled);
Debugger.DoSend("Thread Count: " + cpuInfo.ThreadCount);
Debugger.DoSend("Processor characteristics: " + cpuInfo.ProcessorCharacteristics);
Debugger.DoSend("Processor family 2: " + cpuInfo.ProcessorFamily2);
Debugger.DoSend(" ===========STRINGS==========");
Debugger.DoSend("Asset Tag: " + cpuInfo.AssetTag);
Debugger.DoSend("PartNumber: " + cpuInfo.PartNumber);
Debugger.DoSend("ProcessorManufacturer: " + cpuInfo.ProcessorManufacturer);
Debugger.DoSend("ProcessorVersion: " + cpuInfo.ProcessorVersion);
Debugger.DoSend("SerialNumber: " + cpuInfo.SerialNumber);
Debugger.DoSend("SocketDesignation: " + cpuInfo.SocketDesignation);
Debugger.DoSend("Part Number: " + cpuInfo.PartNumber);
Debugger.DoSend(" ===================================================\n");
}
