public bool Initialize(UIntPtr controllerHandle, UIntPtr context)
{
Clients[Thread.CurrentProcess.ProcessId] = this;
ControllerHandle = controllerHandle;
Context = context;
if (!KernelController.RegisterExternalController(controllerHandle, context))
{
Clients.Remove(Thread.CurrentProcess.ProcessId);
return(false);
}
return(true);
}
internal override void Initialize()
{
if (KernelControllerObject != null)
{
// Already initialized
return;
}
base.Initialize();
ProcessContext.Initialize();
GeneralPurposeStorage = EventingStorage.CreateLocalStorage(QualityOfService.RecyclableEvents,
BUFFER_EXPANSION_SIZE);
KernelControllerObject = this;
}
// Public methods
static public void InitializeSystem()
{
// Create the system controller if needed. The SIPs will
// get a proxy controller object that will handle operations
// as syscalls.
// TODO: Further optimizations may allow writing a more
// efficient proxy that may use shared memory.
#if SINGULARITY_KERNEL
KernelController controller = new KernelController();
if (controller != null)
{
LocalControllerObject = controller;
SystemControllerObject = LocalControllerObject;
controller.Initialize();
}
#else
LocalController controller = new LocalController();
if (controller != null)
{
LocalControllerObject = controller;
// For SIPs we need a proxy object that will handle the calls
// to the system controller
SystemControllerObject = new SystemControllerProxy();
controller.Initialize();
}
#endif
if (SystemControllerObject != null)
{
SystemControllerObject.Initialize();
SystemControllerObject.RegisterController();
QuerySession.InitializeQuerySystem();
}
}