#include <threads.h>
#include <errno.h>
+#define DEBUG_TRACE_TICKETS 0
+
// === CONSTANTS ===
#define DEFAULT_QUANTUM 10
#define DEFAULT_TICKETS 5
#define MAX_TICKETS 10
const enum eConfigTypes cCONFIG_TYPES[] = {
- CFGT_HEAPSTR, // CFG_VFS_CWD
- CFGT_INT, // CFG_VFS_MAXFILES
+ CFGT_HEAPSTR, // e.g. CFG_VFS_CWD
+ CFGT_INT, // e.g. CFG_VFS_MAXFILES
CFGT_NULL
};
// === IMPORTS ===
-extern void ArchThreads_Init();
-extern void Proc_Start();
-extern tThread *Proc_GetCurThread();
+extern void ArchThreads_Init(void);
+extern void Proc_Start(void);
+extern tThread *Proc_GetCurThread(void);
extern int Proc_Clone(Uint *Err, Uint Flags);
extern void Proc_CallFaultHandler(tThread *Thread);
// === PROTOTYPES ===
-void Threads_Init();
+void Threads_Init(void);
int Threads_SetName(char *NewName);
char *Threads_GetName(int ID);
-void Threads_SetTickets(int Num);
+void Threads_SetTickets(tThread *Thread, int Num);
tThread *Threads_CloneTCB(Uint *Err, Uint Flags);
int Threads_WaitTID(int TID, int *status);
tThread *Threads_GetThread(Uint TID);
tThread *Threads_int_GetPrev(tThread **List, tThread *Thread);
void Threads_Exit(int TID, int Status);
void Threads_Kill(tThread *Thread, int Status);
-void Threads_Yield();
-void Threads_Sleep();
-void Threads_Wake(tThread *Thread);
+void Threads_Yield(void);
+void Threads_Sleep(void);
+ int Threads_Wake(tThread *Thread);
void Threads_AddActive(tThread *Thread);
- int Threads_GetPID();
- int Threads_GetTID();
-tUID Threads_GetUID();
+ int Threads_GetPID(void);
+ int Threads_GetTID(void);
+tUID Threads_GetUID(void);
int Threads_SetUID(Uint *Errno, tUID ID);
-tGID Threads_GetGID();
+tGID Threads_GetGID(void);
int Threads_SetGID(Uint *Errno, tUID ID);
-void Threads_Dump();
+void Threads_Dump(void);
+void Mutex_Acquire(tMutex *Mutex);
+void Mutex_Release(tMutex *Mutex);
+ int Mutex_IsLocked(tMutex *Mutex);
// === GLOBALS ===
// -- Core Thread --
+// Only used for the core kernel
tThread gThreadZero = {
- NULL, 0, // Next, Lock
- THREAD_STAT_ACTIVE, // Status
- 0, // Exit Status
- 0, 0, // TID, TGID
- 0, 0, // UID, GID
- 0, // Parent Thread ID
- "ThreadZero", // Name
-
- 0, // Kernel Stack
- {0}, // Saved State
- {0}, // VM State
-
- 0, 0, // Current Fault, Fault Handler
-
- NULL, NULL, // Messages, Last Message
- DEFAULT_QUANTUM, DEFAULT_QUANTUM, // Quantum, Remaining
- DEFAULT_TICKETS,
- {0} // Default config to zero
+ Status: THREAD_STAT_ACTIVE, // Status
+ ThreadName: "ThreadZero", // Name
+ Quantum: DEFAULT_QUANTUM, // Default Quantum
+ Remaining: DEFAULT_QUANTUM, // Current Quantum
+ NumTickets: DEFAULT_TICKETS // Number of tickets
};
// -- Processes --
// --- Locks ---
-volatile int giThreadListLock = 0; ///\note NEVER use a heap function while locked
+tShortSpinlock glThreadListLock; ///\note NEVER use a heap function while locked
// --- Current State ---
volatile int giNumActiveThreads = 0;
-volatile int giTotalTickets = 0;
+//volatile int giTotalTickets = 0;
+volatile int giFreeTickets = 0;
volatile Uint giNextTID = 1;
// --- Thread Lists ---
tThread *gActiveThreads = NULL; // Currently Running Threads
// === CODE ===
/**
- * \fn void Threads_Init()
+ * \fn void Threads_Init(void)
* \brief Initialse the thread list
*/
-void Threads_Init()
+void Threads_Init(void)
{
ArchThreads_Init();
// Create Initial Task
gActiveThreads = &gThreadZero;
- giTotalTickets = gThreadZero.NumTickets;
+ //giFreeTickets = gThreadZero.NumTickets;
giNumActiveThreads = 1;
-
- #if 1
- // Create Idle Task
- if(Proc_Clone(0, 0) == 0)
- {
- tThread *cur = Proc_GetCurThread();
- cur->ThreadName = "Idle Thread";
- Threads_SetTickets(0); // Never called randomly
- cur->Quantum = 1; // 1 slice quantum
- HALT();
- for(;;) {
- HALT(); // Just yeilds
- }
- }
- #endif
-
+
Proc_Start();
}
int Threads_SetName(char *NewName)
{
tThread *cur = Proc_GetCurThread();
- if( IsHeap(cur->ThreadName) )
- free( cur->ThreadName );
- cur->ThreadName = malloc(strlen(NewName)+1);
- strcpy(cur->ThreadName, NewName);
+ char *oldname = cur->ThreadName;
+
+ cur->ThreadName = NULL;
+
+ if( IsHeap(oldname) ) free( oldname );
+
+ cur->ThreadName = strdup(NewName);
return 0;
}
if(ID == -1) {
return Proc_GetCurThread()->ThreadName;
}
+ // TODO: Find a thread and get its name
return NULL;
}
/**
- * \fn void Threads_SetTickets(int Num)
+ * \fn void Threads_SetTickets(tThread *Thread, int Num)
* \brief Sets the 'priority' of a task
*/
-void Threads_SetTickets(int Num)
+void Threads_SetTickets(tThread *Thread, int Num)
{
- tThread *cur = Proc_GetCurThread();
+ if(Thread == NULL)
+ Thread = Proc_GetCurThread();
if(Num < 0) return;
if(Num > MAX_TICKETS) Num = MAX_TICKETS;
- LOCK( &giThreadListLock );
- giTotalTickets -= cur->NumTickets;
- cur->NumTickets = Num;
- giTotalTickets += Num;
- //LOG("giTotalTickets = %i", giTotalTickets);
- RELEASE( &giThreadListLock );
+ if( Thread != Proc_GetCurThread() ) {
+ SHORTLOCK( &glThreadListLock );
+ giFreeTickets -= Thread->NumTickets - Num;
+ Thread->NumTickets = Num;
+ SHORTREL( &glThreadListLock );
+ }
+ else
+ Thread->NumTickets = Num;
}
/**
*Err = -ENOMEM;
return NULL;
}
+ memcpy(new, cur, sizeof(tThread));
+ new->CurCPU = -1;
new->Next = NULL;
- new->IsLocked = 0;
+ memset( &new->IsLocked, 0, sizeof(new->IsLocked));
new->Status = THREAD_STAT_ACTIVE;
new->RetStatus = 0;
new->PTID = cur->TID;
// Clone Name
- new->ThreadName = malloc(strlen(cur->ThreadName)+1);
- strcpy(new->ThreadName, cur->ThreadName);
+ new->ThreadName = strdup(cur->ThreadName);
// Set Thread Group ID (PID)
if(Flags & CLONE_VM)
int initStatus = t->Status;
int ret;
- if(initStatus != THREAD_STAT_ZOMBIE)
+ if(initStatus != THREAD_STAT_ZOMBIE) {
while(t->Status == initStatus) {
Threads_Yield();
}
+ }
ret = t->RetStatus;
switch(t->Status)
/**
* \fn tThread *Threads_GetThread(Uint TID)
* \brief Gets a thread given its TID
+ * \param TID Thread ID
*/
tThread *Threads_GetThread(Uint TID)
{
Threads_Kill( Proc_GetCurThread(), (Uint)Status & 0xFF );
else
Threads_Kill( Threads_GetThread(TID), (Uint)Status & 0xFF );
- for(;;) HALT(); // Just in case
+ // Halt forever, just in case
+ for(;;)
+ HALT();
}
/**
}
#endif
- ///\note Double lock is needed due to overlap of locks
+ ///\note Double lock is needed due to overlap of lock areas
// Lock thread (stop us recieving messages)
- LOCK( &Thread->IsLocked );
+ SHORTLOCK( &Thread->IsLocked );
// Lock thread list
- LOCK( &giThreadListLock );
+ SHORTLOCK( &glThreadListLock );
// Get previous thread on list
prev = Threads_int_GetPrev( &gActiveThreads, Thread );
if(!prev) {
Warning("Proc_Exit - Current thread is not on the active queue");
+ Thread->IsLocked.Lock = 0; // We can't use SHORTREL as that starts IRQs again
+ SHORTREL( &glThreadListLock );
return;
}
prev->Next = Thread->Next; // Remove from active
giNumActiveThreads --;
- giTotalTickets -= Thread->NumTickets;
+ if( Thread != Proc_GetCurThread() )
+ giFreeTickets -= Thread->NumTickets;
+ //Log("Threads_Kill: giFreeTickets = %i", giFreeTickets);
// Mark thread as a zombie
Thread->RetStatus = Status;
}
// Release spinlocks
- RELEASE( &Thread->IsLocked ); // Released first so that it IS released
- RELEASE( &giThreadListLock );
+ Thread->IsLocked.Lock = 0; // Released first so that it IS released
+ SHORTREL( &glThreadListLock );
//Log("Thread %i went *hurk*", Thread->TID);
}
/**
- * \fn void Threads_Yield()
+ * \fn void Threads_Yield(void)
* \brief Yield remainder of timeslice
*/
-void Threads_Yield()
+void Threads_Yield(void)
{
Proc_GetCurThread()->Remaining = 0;
HALT();
}
/**
- * \fn void Threads_Sleep()
+ * \fn void Threads_Sleep(void)
* \brief Take the current process off the run queue
*/
-void Threads_Sleep()
+void Threads_Sleep(void)
{
tThread *cur = Proc_GetCurThread();
tThread *thread;
//Log_Log("Threads", "%i going to sleep", cur->TID);
// Acquire Spinlock
- LOCK( &giThreadListLock );
+ SHORTLOCK( &glThreadListLock );
// Get thread before current thread
thread = Threads_int_GetPrev( &gActiveThreads, cur );
if(!thread) {
Warning("Threads_Sleep - Current thread is not on the active queue");
Threads_Dump();
+ SHORTREL( &glThreadListLock );
return;
}
// Don't sleep if there is a message waiting
if( cur->Messages ) {
- RELEASE( &giThreadListLock );
+ SHORTREL( &glThreadListLock );
return;
}
// Reduce the active count & ticket count
giNumActiveThreads --;
- giTotalTickets -= cur->NumTickets;
+ // - No need to alter giFreeTickets (we're being executed)
// Mark thread as sleeping
cur->Status = THREAD_STAT_SLEEPING;
// Release Spinlock
- RELEASE( &giThreadListLock );
+ SHORTREL( &glThreadListLock );
while(cur->Status != THREAD_STAT_ACTIVE) HALT();
}
/**
- * \fn void Threads_Wake( tThread *Thread )
+ * \fn int Threads_Wake( tThread *Thread )
* \brief Wakes a sleeping/waiting thread up
+ * \param Thread Thread to wake
+ * \return Boolean Failure (Returns ERRNO)
*/
-void Threads_Wake(tThread *Thread)
+int Threads_Wake(tThread *Thread)
{
tThread *prev;
+
+ if(!Thread)
+ return -EINVAL;
+
switch(Thread->Status)
{
- case THREAD_STAT_ACTIVE: break;
- case THREAD_STAT_SLEEPING:
- //Log_Log("Threads", "Waking %i (%p) from sleeping", Thread->TID, Thread);
- LOCK( &giThreadListLock );
+ case THREAD_STAT_ACTIVE:
+ Log("Thread_Wake: Waking awake thread (%i)", Thread->TID);
+ return -EALREADY;
+ case THREAD_STAT_SLEEPING: // TODO: Comment better
+ //Log_Log("Threads", "Waking %i (%p) from sleeping (CPU=%i)",
+ // Thread->TID, Thread, Thread->CurCPU);
+ SHORTLOCK( &glThreadListLock );
prev = Threads_int_GetPrev(&gSleepingThreads, Thread);
prev->Next = Thread->Next; // Remove from sleeping queue
Thread->Next = gActiveThreads; // Add to active queue
gActiveThreads = Thread;
giNumActiveThreads ++;
- giTotalTickets += Thread->NumTickets;
+ // Thread can't be the current, so no need to check
+ Thread->CurCPU = -1;
+ giFreeTickets += Thread->NumTickets;
+ #if DEBUG_TRACE_TICKETS
+ Log("Threads_Wake: giFreeTickets = %i", giFreeTickets);
+ #endif
Thread->Status = THREAD_STAT_ACTIVE;
- RELEASE( &giThreadListLock );
- break;
+ SHORTREL( &glThreadListLock );
+ return -EOK;
case THREAD_STAT_WAITING:
Warning("Thread_Wake - Waiting threads are not currently supported");
- break;
+ return -ENOTIMPL;
case THREAD_STAT_DEAD:
Warning("Thread_Wake - Attempt to wake dead thread (%i)", Thread->TID);
- break;
+ return -ENOTIMPL;
default:
Warning("Thread_Wake - Unknown process status (%i)\n", Thread->Status);
- break;
+ return -EINTERNAL;
}
}
-void Threads_WakeTID(tTID Thread)
+/**
+ * \brief Wake a thread given the TID
+ * \param TID Thread ID to wake
+ * \return Boolean Faulure (errno)
+ */
+int Threads_WakeTID(tTID TID)
{
- Threads_Wake( Threads_GetThread(Thread) );
+ tThread *thread = Threads_GetThread(TID);
+ if(!thread)
+ return -ENOENT;
+ return Threads_Wake( thread );
}
/**
*/
void Threads_AddActive(tThread *Thread)
{
- LOCK( &giThreadListLock );
+ SHORTLOCK( &glThreadListLock );
Thread->Next = gActiveThreads;
gActiveThreads = Thread;
giNumActiveThreads ++;
- giTotalTickets += Thread->NumTickets;
- //Log("Threads_AddActive: giNumActiveThreads = %i, giTotalTickets = %i",
- // giNumActiveThreads, giTotalTickets);
- RELEASE( &giThreadListLock );
+ // Thread can't be the current, so no need to check
+ giFreeTickets += Thread->NumTickets;
+ #if DEBUG_TRACE_TICKETS
+ Log("Threads_AddActive: giFreeTickets = %i", giFreeTickets);
+ #endif
+ SHORTREL( &glThreadListLock );
}
/**
- * \fn void Threads_SetSignalHandler(Uint Handler)
+ * \fn void Threads_SetFaultHandler(Uint Handler)
* \brief Sets the signal handler for a signal
*/
void Threads_SetFaultHandler(Uint Handler)
HALT();
}
+ thread->CurFaultNum = Num;
+
Proc_CallFaultHandler(thread);
}
// --- Process Structure Access Functions ---
-tPID Threads_GetPID()
+tPID Threads_GetPID(void)
{
return Proc_GetCurThread()->TGID;
}
-tTID Threads_GetTID()
+tTID Threads_GetTID(void)
{
return Proc_GetCurThread()->TID;
}
-tUID Threads_GetUID()
+tUID Threads_GetUID(void)
{
return Proc_GetCurThread()->UID;
}
-tGID Threads_GetGID()
+tGID Threads_GetGID(void)
{
return Proc_GetCurThread()->GID;
}
}
/**
- * \fn void Threads_Dump()
+ * \fn void Threads_Dump(void)
* \brief Dums a list of currently running threads
*/
-void Threads_Dump()
+void Threads_Dump(void)
{
tThread *thread;
- tThread *cur = Proc_GetCurThread();
Log("Active Threads:");
for(thread=gActiveThreads;thread;thread=thread->Next)
{
- Log("%c%i (%i) - %s",
- (thread==cur?'*':' '),
- thread->TID, thread->TGID, thread->ThreadName);
+ Log(" %i (%i) - %s (CPU %i)",
+ thread->TID, thread->TGID, thread->ThreadName, thread->CurCPU);
Log(" %i Tickets, Quantum %i", thread->NumTickets, thread->Quantum);
Log(" KStack 0x%x", thread->KernelStack);
}
Log("Sleeping Threads:");
for(thread=gSleepingThreads;thread;thread=thread->Next)
{
- Log("%c%i (%i) - %s",
- (thread==cur?'*':' '),
+ Log(" %i (%i) - %s",
thread->TID, thread->TGID, thread->ThreadName);
Log(" %i Tickets, Quantum %i", thread->NumTickets, thread->Quantum);
Log(" KStack 0x%x", thread->KernelStack);
}
/**
- * \fn tThread *Threads_GetNextToRun(int CPU)
+ * \fn tThread *Threads_GetNextToRun(int CPU, tThread *Last)
* \brief Gets the next thread to run
+ * \param CPU Current CPU
+ * \param Last The thread the CPU was running
*/
-tThread *Threads_GetNextToRun(int CPU)
+tThread *Threads_GetNextToRun(int CPU, tThread *Last)
{
tThread *thread;
int ticket;
int number;
+ // TODO: Enable the code to tell if the current CPU has the lock or
+ // another does.
+
+ // Check if the thread list is locked by other code
+ // - If so, don't switch (give it a chance to complete)
+ if( IS_LOCKED(&glThreadListLock) )
+ return Last;
+
+ // Clear Delete Queue
+ while(gDeleteThreads)
+ {
+ thread = gDeleteThreads->Next;
+ if( IS_LOCKED(&gDeleteThreads->IsLocked) ) { // Only free if structure is unused
+ gDeleteThreads->Status = THREAD_STAT_NULL;
+ free( gDeleteThreads );
+ }
+ gDeleteThreads = thread;
+ }
+
+ // No active threads, just take a nap
if(giNumActiveThreads == 0) {
- //Log_Debug("Threads", "CPU%i has no threads to run", CPU);
+ #if DEBUG_TRACE_TICKETS
+ Log("No active threads");
+ #endif
return NULL;
}
+ // Lock thread list
+ // - HLT lock (Used because only another CPU can obtain the lock,
+ // but it has a potentially long lock period)
+ // - Well, this CPU can obtain the lock, but that is aliveviated by
+ // the above.
+ SHORTLOCK( &glThreadListLock );
+
// Special case: 1 thread
if(giNumActiveThreads == 1) {
- //Log_Debug("Threads", "CPU%i has only one thread %i %s",
- // CPU, gActiveThreads->TID, gActiveThreads->ThreadName);
- return gActiveThreads;
+ if( gActiveThreads->CurCPU == -1 )
+ gActiveThreads->CurCPU = CPU;
+ SHORTREL( &glThreadListLock );
+ if( gActiveThreads->CurCPU == CPU )
+ return gActiveThreads;
+ return NULL; // CPU has nothing to do
}
- //Log(" Threads_GetNextToRun: giNumActiveThreads=%i,giTotalTickets=%i",
- // giNumActiveThreads, giTotalTickets);
- // Get the ticket number
- ticket = number = rand() % giTotalTickets;
+ // Allow the old thread to be scheduled again
+ if( Last ) {
+ if( Last->Status == THREAD_STAT_ACTIVE ) {
+ giFreeTickets += Last->NumTickets;
+ #if DEBUG_TRACE_TICKETS
+ LogF(" CPU %i released %p (%s) into the pool (%i tickets in pool)\n",
+ CPU, Last, Last->ThreadName, Last->NumTickets);
+ #endif
+ }
+ #if DEBUG_TRACE_TICKETS
+ else
+ LogF(" %p (%s)->Status = %i\n", Last, Last->ThreadName, Last->Status);
+ #endif
+ Last->CurCPU = -1;
+ }
+
+ #if 1
+ number = 0;
+ for(thread=gActiveThreads;thread;thread=thread->Next) {
+ if(thread->CurCPU >= 0) continue;
+ number += thread->NumTickets;
+ }
+ if(number != giFreeTickets) {
+ Panic("Bookkeeping fail (giFreeTickets(%i) != number(%i)) - CPU%i",
+ giFreeTickets, number, CPU);
+ }
+ #endif
+
+ // No free tickets (all tasks delegated to cores)
+ if( giFreeTickets == 0 ) {
+ SHORTREL(&glThreadListLock);
+ return NULL;
+ }
- //Log(" Threads_GetNextToRun: ticket = %i", ticket);
+ // Get the ticket number
+ ticket = number = rand() % giFreeTickets;
// Find the next thread
for(thread=gActiveThreads;thread;thread=thread->Next)
{
+ if(thread->CurCPU >= 0) continue;
if(thread->NumTickets > number) break;
number -= thread->NumTickets;
}
-
// Error Check
if(thread == NULL)
{
number = 0;
- for(thread=gActiveThreads;thread;thread=thread->Next)
+ for(thread=gActiveThreads;thread;thread=thread->Next) {
+ if(thread->CurCPU >= 0) continue;
number += thread->NumTickets;
- Panic("Bookeeping Failed - giTotalTicketCount (%i) != true count (%i)",
- giTotalTickets, number);
+ }
+ Panic("Bookeeping Failed - giFreeTickets(%i) > true count (%i)",
+ giFreeTickets, number);
}
+ #if DEBUG_TRACE_TICKETS
+ LogF(" CPU%i giFreeTickets = %i\n", CPU, giFreeTickets);
+ #endif
- //Log_Debug("Threads", "Switching CPU%i to %p (%s)",
- // CPU, thread, thread->ThreadName);
+ // Make the new thread non-schedulable
+ giFreeTickets -= thread->NumTickets;
+ thread->CurCPU = CPU;
+
+ //Threads_Dump();
+ #if DEBUG_TRACE_TICKETS
+ LogF(" CPU%i giFreeTickets = %i, giving %p (%s CPU=%i)\n",
+ CPU, giFreeTickets, thread, thread->ThreadName, thread->CurCPU);
+ #endif
+
+ SHORTREL( &glThreadListLock );
return thread;
}
//Threads_Exit( 0, -1 );
}
+/**
+ * \brief Acquire a heavy mutex
+ * \param Mutex Mutex to acquire
+ *
+ * This type of mutex checks if the mutex is avaliable, and acquires it
+ * if it is. Otherwise, the current thread is added to the mutex's wait
+ * queue and the thread suspends. When the holder of the mutex completes,
+ * the oldest thread (top thread) on the queue is given the lock and
+ * restarted.
+ */
+void Mutex_Acquire(tMutex *Mutex)
+{
+ tThread *us = Proc_GetCurThread();
+ tThread *prev;
+
+ // Get protector
+ SHORTLOCK( &Mutex->Protector );
+
+ //Log("Mutex_Acquire: (%p)", Mutex);
+
+ // Check if the lock is already held
+ if( Mutex->Owner ) {
+ SHORTLOCK( &glThreadListLock );
+ // - Remove from active list
+ us->Remaining = 0;
+ prev = Threads_int_GetPrev(&gActiveThreads, us);
+ prev->Next = us->Next;
+ giNumActiveThreads --;
+ us->Status = THREAD_STAT_SLEEPING;
+
+ // - Add to waiting
+ if(Mutex->LastWaiting) {
+ Mutex->LastWaiting->Next = us;
+ Mutex->LastWaiting = us;
+ }
+ else {
+ Mutex->Waiting = us;
+ Mutex->LastWaiting = us;
+ }
+ SHORTREL( &glThreadListLock );
+ SHORTREL( &Mutex->Protector );
+ while(us->Status == THREAD_STAT_SLEEPING) HALT();
+ // We're only woken when we get the lock
+ }
+ // Ooh, let's take it!
+ else {
+ Mutex->Owner = us;
+ SHORTREL( &Mutex->Protector );
+ }
+}
+
+/**
+ * \brief Release a held mutex
+ * \param Mutex Mutex to release
+ */
+void Mutex_Release(tMutex *Mutex)
+{
+ SHORTLOCK( &Mutex->Protector );
+ //Log("Mutex_Release: (%p)", Mutex);
+ if( Mutex->Waiting ) {
+ Mutex->Owner = Mutex->Waiting; // Set owner
+ Mutex->Waiting = Mutex->Waiting->Next; // Next!
+ // Wake new owner
+ Mutex->Owner->Status = THREAD_STAT_ACTIVE;
+ Threads_AddActive(Mutex->Owner);
+ Log("Mutex %p Woke %p", Mutex, Mutex->Owner);
+ }
+ else {
+ Mutex->Owner = NULL;
+ }
+ SHORTREL( &Mutex->Protector );
+}
+
+/**
+ * \brief Is this mutex locked?
+ * \param Mutex Mutex pointer
+ */
+int Mutex_IsLocked(tMutex *Mutex)
+{
+ return Mutex->Owner != NULL;
+}
+
// === EXPORTS ===
EXPORT(Threads_GetUID);
git.ucc.asn.au / tpg / acess2.git / blobdiff
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