public Process()
{
Threads = new KList <Thread>(1);
GlobalAllocations = new KList <GlobalAllocation>();
//StdIn = new FifoQueue<byte>(256);
CurrentBrk = 0;
}
public static void Tests()
{
var ar = new KList <uint>();
ar.Add(44);
ar.Add(55);
KernelMessage.WriteLine("CNT: {0}", ManagedMemoy.AllocationCount);
foreach (var num in ar)
{
KernelMessage.WriteLine("VAL: {0}", num);
}
KernelMessage.WriteLine("CNT: {0}", ManagedMemoy.AllocationCount);
ar.Destroy();
KernelMessage.WriteLine("Phys Pages free: {0}", PhysicalPageManager.FreePages);
for (var i = 0; i < 10000; i++)
{
var s = new int[] { 1, 2, 3, 4, };
s[1] = 5;
Memory.FreeObject(s);
}
KernelMessage.WriteLine("Phys Pages free: {0}", PhysicalPageManager.FreePages);
//Memory.FreeObject(s);
}
public KVPList GetValues(KList keys)
{
// Returning the KVPList on the basis of the given KList
if (_persistSource != null)
{
return(_persistSource.LoadValues(keys));
}
return(null); // Returning null if PersistSource is null
}
public static void RefreshList()
{
KList.Clear();
DataTable dt = Database.GetAllData("Kart");
foreach (DataRow dataRow in dt.Rows)
{
KList.Add(new Kart(
dataRow["Kart"].ToString(),
Convert.ToBoolean(dataRow["Available"]),
dataRow["Trans_Id"].ToString()));
}
}
protected override void AddComponent(GameObject go)
{
KList list = null;
if (HasParam(PARAM_PAGEABLE) == true)
{
list = go.AddComponent <KListPageable>();
}
else
{
list = go.AddComponent <KList>();
}
//list.ItemBuilder = _itemBuilder; //不采用这方案
}
public static void Setup(ThreadStart followupTask)
{
ProcessList = new KList <Process>();
Idle = CreateEmptyProcess(new ProcessCreateOptions());
Idle.Path = "/system/idle";
Idle.RunState = ProcessRunState.Running;
System = CreateEmptyProcess(new ProcessCreateOptions());
System.Path = "/system/main";
System.RunState = ProcessRunState.Running;
Scheduler.Setup(followupTask);
Scheduler.Start();
Panic.Error("Should never get here");
}
/// <summary>
/// Setup the <see cref="Scheduler"/> and <see cref="ProcessManager"/>
/// </summary>
/// <param name="followupTask">After enabling Scheduling, the Kernel will continue with this task.</param>
public static void Setup(ThreadStart followupTask)
{
ProcessList = new KList <Process>();
// Create idle task
Idle = CreateEmptyProcess(new ProcessCreateOptions());
Idle.Path = "/system/idle";
Idle.RunState = ProcessRunState.Running;
// Create system task
System = CreateEmptyProcess(new ProcessCreateOptions());
System.Path = "/system/main";
System.RunState = ProcessRunState.Running;
// Initialize scheduler
Scheduler.Setup(followupTask);
Scheduler.Start();
// If we ever get here, Scheduler as not able to switch to followupTask.
Panic.Error("Should never get here");
}
public KVPList GetValues(App app, User user, KList keys)
{
throw new NotImplementedException();
}
