// Main entry point of the kernel
public static void Init()
{
var xBoot = new Cosmos.Sys.Boot();
xBoot.Execute();
//There's supposed to be a bit of text here. Change it to Console.WriteLine("Hello world!");
}
static void Main()
{
// Boot the Cosmos kernel:
Cosmos.Sys.Boot xBoot = new Cosmos.Sys.Boot();
xBoot.Execute();
Console.WriteLine("Cosmos booted successfully. Type a line of text to get it echoed back:");
string xResult = Console.ReadLine();
Console.Write("Text typed: ");
Console.WriteLine(xResult);
}
// Here is where your Cosmos code goes. This is the code that will be executed during Cosmos boot.
// Write your code, and run. Cosmos build console will appear, select your target, and thats it!
public static void Init() {
try {
var xBoot = new Cosmos.Sys.Boot();
xBoot.Execute();
//System.Console.WriteLine("Sorry - the Cosmos.Shell.Console is currently not working.");
Prompter pmt = new Prompter();
pmt.Initialize();
//stages.Enqueue(new Prompter());
} catch (Exception E) {
System.Console.WriteLine("Error occurred:");
System.Console.Write(" ");
System.Console.WriteLine(E.Message);
}
System.Console.WriteLine("Halting system now!..");
// Halt system.
while (true)
;
}
// Here is where your Cosmos code goes. This is the code that will be executed during Cosmos boot.
// Write your code, and run. Cosmos build console will appear, select your target, and thats it!
public static void Init()
{
try {
var xBoot = new Cosmos.Sys.Boot();
xBoot.Execute();
//System.Console.WriteLine("Sorry - the Cosmos.Shell.Console is currently not working.");
Prompter pmt = new Prompter();
pmt.Initialize();
//stages.Enqueue(new Prompter());
} catch (Exception E) {
System.Console.WriteLine("Error occurred:");
System.Console.Write(" ");
System.Console.WriteLine(E.Message);
}
System.Console.WriteLine("Halting system now!..");
// Halt system.
while (true)
{
;
}
}
public static void Init()
{
// prevent interrupts from being enabled for now.
bool xTest = true;
if (xTest)
{
var xBoot = new Cosmos.Sys.Boot();
xBoot.Execute();
}
SMBIOS a = new SMBIOS();
if( a.CheckSMBIOS() )
{
a.GetSMBIOS_Data();
Console.Write( " SMBios found at: 0x" );
//Console.Write(Cosmos.Kernel.HexExtension.ToHex(a.SMBBIOSAddress, 8));
Console.Write( " Version: " );
Console.Write(a.SMBIOS_Data.SMBIOSMajorVersion);
Console.Write( "." );
Console.WriteLine(a.SMBIOS_Data.SMBIOSMinorVersion);
Console.Write( " Signature: " );
//Console.WriteLine( Cosmos.Kernel.HexExtension.ToHex( a.Signature ) );
Console.WriteLine( " SMBIOS dump: " );
DumpBytes( a.SMBBIOSAddress, 32, 16 );
Console.WriteLine( "" );
//Console.Write( " SMBIOS anchor: " );
//Console.Write( Cosmos.Kernel.HexExtension.ToHex( a.SMBIOS_Data.AnchorString[ 0 ] ) );
//Console.Write( Cosmos.Kernel.HexExtension.ToHex( a.SMBIOS_Data.AnchorString[ 1 ] ) );
//Console.Write( Cosmos.Kernel.HexExtension.ToHex( a.SMBIOS_Data.AnchorString[ 2 ] ) );
//Console.Write( Cosmos.Kernel.HexExtension.ToHex( a.SMBIOS_Data.AnchorString[ 3 ] ) );
//Console.Write( " DMI anchor: " );
//Console.Write( Cosmos.Kernel.HexExtension.ToHex( a.SMBIOS_Data.IntermediateAnchorString[ 0 ] ) );
//Console.Write( Cosmos.Kernel.HexExtension.ToHex( a.SMBIOS_Data.IntermediateAnchorString[ 1 ] ) );
//Console.Write( Cosmos.Kernel.HexExtension.ToHex( a.SMBIOS_Data.IntermediateAnchorString[ 2 ] ) );
//Console.Write( Cosmos.Kernel.HexExtension.ToHex( a.SMBIOS_Data.IntermediateAnchorString[ 3 ] ) );
//Console.Write( Cosmos.Kernel.HexExtension.ToHex( a.SMBIOS_Data.IntermediateAnchorString[ 4 ] ) );
Console.Write( " Number of tables:" );
Console.Write( a.SMBIOS_Data.NumberOfSMBIOSStructures );
Console.WriteLine( "" );
Console.Write( a.SMBIOS_Data.StructureTableLength );
Console.WriteLine( " bytes of data" );
Console.Write( " Reading " );
Console.Write(" tables... " );
int read = a.ReadTables();
Console.Write( read );
Console.WriteLine( " tables read." );
Console.WriteLine( " Found Hardware Types:" );
for( int i = 0; i < a.TableList.Count; i++ )
{
Console.Write( a.TableList[ i ].TableType );
Console.Write( " " );
}
Console.WriteLine( "" );
Console.Write( " Interpreting data... " );
a.InterpretData();
Console.WriteLine( " done." );
List<BaseInfo> lst = a.GetHardwareDescriptorByType( TableTypes.BIOSInformation );
BIOSTable biosinfo;
if( lst.Count > 0 )
{
BaseInfo ht = lst[ 0 ];
biosinfo = ( BIOSTable )ht;
Console.WriteLine( " BIOS Information: " );
Console.Write( " Vendor: " );
Console.WriteLine( biosinfo.Vendor );
}
ProcessorInformation CPUInfo;
lst = a.GetHardwareDescriptorByType( TableTypes.ProcessorInformation );
if( lst.Count > 0 )
{
CPUInfo = ( ProcessorInformation )lst[ 0 ];
if( CPUInfo == null )
Console.WriteLine( " No CPU Information." );
else
{
Console.WriteLine( " CPU Information: " );
Console.Write( " CurrentSpeed: " );
Console.Write( CPUInfo.CurrentSpeed );
Console.Write( " MHz Core Count: " );
Console.WriteLine( CPUInfo.CoreCount );
Console.WriteLine( CPUInfo.ProcessorManufacturer );
}
}
}
Console.WriteLine( "Press a key to shutdown..." );
Console.Read();
Console.WriteLine("Done");
Cosmos.Sys.Deboot.ShutDown();
}
public static void Init()
{
// prevent interrupts from being enabled for now.
bool xTest = true;
if (xTest)
{
var xBoot = new Cosmos.Sys.Boot();
xBoot.Execute();
}
SMBIOS a = new SMBIOS();
if (a.CheckSMBIOS())
{
a.GetSMBIOS_Data();
Console.Write(" SMBios found at: 0x");
//Console.Write(Cosmos.Kernel.HexExtension.ToHex(a.SMBBIOSAddress, 8));
Console.Write(" Version: ");
Console.Write(a.SMBIOS_Data.SMBIOSMajorVersion);
Console.Write(".");
Console.WriteLine(a.SMBIOS_Data.SMBIOSMinorVersion);
Console.Write(" Signature: ");
//Console.WriteLine( Cosmos.Kernel.HexExtension.ToHex( a.Signature ) );
Console.WriteLine(" SMBIOS dump: ");
DumpBytes(a.SMBBIOSAddress, 32, 16);
Console.WriteLine("");
//Console.Write( " SMBIOS anchor: " );
//Console.Write( Cosmos.Kernel.HexExtension.ToHex( a.SMBIOS_Data.AnchorString[ 0 ] ) );
//Console.Write( Cosmos.Kernel.HexExtension.ToHex( a.SMBIOS_Data.AnchorString[ 1 ] ) );
//Console.Write( Cosmos.Kernel.HexExtension.ToHex( a.SMBIOS_Data.AnchorString[ 2 ] ) );
//Console.Write( Cosmos.Kernel.HexExtension.ToHex( a.SMBIOS_Data.AnchorString[ 3 ] ) );
//Console.Write( " DMI anchor: " );
//Console.Write( Cosmos.Kernel.HexExtension.ToHex( a.SMBIOS_Data.IntermediateAnchorString[ 0 ] ) );
//Console.Write( Cosmos.Kernel.HexExtension.ToHex( a.SMBIOS_Data.IntermediateAnchorString[ 1 ] ) );
//Console.Write( Cosmos.Kernel.HexExtension.ToHex( a.SMBIOS_Data.IntermediateAnchorString[ 2 ] ) );
//Console.Write( Cosmos.Kernel.HexExtension.ToHex( a.SMBIOS_Data.IntermediateAnchorString[ 3 ] ) );
//Console.Write( Cosmos.Kernel.HexExtension.ToHex( a.SMBIOS_Data.IntermediateAnchorString[ 4 ] ) );
Console.Write(" Number of tables:");
Console.Write(a.SMBIOS_Data.NumberOfSMBIOSStructures);
Console.WriteLine("");
Console.Write(a.SMBIOS_Data.StructureTableLength);
Console.WriteLine(" bytes of data");
Console.Write(" Reading ");
Console.Write(" tables... ");
int read = a.ReadTables();
Console.Write(read);
Console.WriteLine(" tables read.");
Console.WriteLine(" Found Hardware Types:");
for (int i = 0; i < a.TableList.Count; i++)
{
Console.Write(a.TableList[i].TableType);
Console.Write(" ");
}
Console.WriteLine("");
Console.Write(" Interpreting data... ");
a.InterpretData();
Console.WriteLine(" done.");
List <BaseInfo> lst = a.GetHardwareDescriptorByType(TableTypes.BIOSInformation);
BIOSTable biosinfo;
if (lst.Count > 0)
{
BaseInfo ht = lst[0];
biosinfo = ( BIOSTable )ht;
Console.WriteLine(" BIOS Information: ");
Console.Write(" Vendor: ");
Console.WriteLine(biosinfo.Vendor);
}
ProcessorInformation CPUInfo;
lst = a.GetHardwareDescriptorByType(TableTypes.ProcessorInformation);
if (lst.Count > 0)
{
CPUInfo = ( ProcessorInformation )lst[0];
if (CPUInfo == null)
{
Console.WriteLine(" No CPU Information.");
}
else
{
Console.WriteLine(" CPU Information: ");
Console.Write(" CurrentSpeed: ");
Console.Write(CPUInfo.CurrentSpeed);
Console.Write(" MHz Core Count: ");
Console.WriteLine(CPUInfo.CoreCount);
Console.WriteLine(CPUInfo.ProcessorManufacturer);
}
}
}
Console.WriteLine("Press a key to shutdown...");
Console.Read();
Console.WriteLine("Done");
Cosmos.Sys.Deboot.ShutDown();
}