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/* -----------------------------------------------------------------------------
*
* (c) The GHC Team, 2000-2006
*
* Sparking support for GRAN, PAR and THREADED_RTS versions of the RTS.
*
* ---------------------------------------------------------------------------*/
#ifndef SPARKS_H
#define SPARKS_H
#if defined(PARALLEL_HASKELL) || defined(THREADED_RTS)
StgClosure * findSpark (Capability *cap);
void initSparkPools (void);
void freeSparkPool (StgSparkPool *pool);
void markSparkQueue (evac_fn evac);
void createSparkThread (Capability *cap, StgClosure *p);
INLINE_HEADER void discardSparks (StgSparkPool *pool);
INLINE_HEADER nat sparkPoolSize (StgSparkPool *pool);
INLINE_HEADER rtsBool emptySparkPool (StgSparkPool *pool);
INLINE_HEADER void discardSparksCap (Capability *cap);
INLINE_HEADER nat sparkPoolSizeCap (Capability *cap);
INLINE_HEADER rtsBool emptySparkPoolCap (Capability *cap);
#endif
#if defined(PARALLEL_HASKELL)
StgTSO *activateSpark (rtsSpark spark) ;
rtsBool add_to_spark_queue( StgClosure *closure, StgSparkPool *pool );
void markSparkQueue( void );
nat spark_queue_len( StgSparkPool *pool );
void disposeSpark( StgClosure *spark );
#endif
#if defined(GRAN)
void findLocalSpark (rtsEvent *event, rtsBool *found_res, rtsSparkQ *spark_res);
rtsBool activateSpark (rtsEvent *event, rtsSparkQ spark);
rtsSpark *newSpark(StgClosure *node, nat name, nat gran_info,
nat size_info, nat par_info, nat local);
void add_to_spark_queue(rtsSpark *spark);
rtsSpark *delete_from_sparkq (rtsSpark *spark, PEs p, rtsBool dispose_too);
void disposeSpark(rtsSpark *spark);
void disposeSparkQ(rtsSparkQ spark);
void print_spark(rtsSpark *spark);
void print_sparkq(PEs proc);
void print_sparkq_stats(void);
nat spark_queue_len(PEs proc);
void markSparkQueue(void);
#endif
/* -----------------------------------------------------------------------------
* PRIVATE below here
* -------------------------------------------------------------------------- */
#if defined(PARALLEL_HASKELL) || defined(THREADED_RTS)
INLINE_HEADER rtsBool
emptySparkPool (StgSparkPool *pool)
{
return (pool->hd == pool->tl);
}
INLINE_HEADER rtsBool
emptySparkPoolCap (Capability *cap)
{ return emptySparkPool(&cap->r.rSparks); }
INLINE_HEADER nat
sparkPoolSize (StgSparkPool *pool)
{
if (pool->hd <= pool->tl) {
return (pool->hd - pool->tl);
} else {
return (pool->lim - pool->hd + pool->tl - pool->base);
}
}
INLINE_HEADER nat
sparkPoolSizeCap (Capability *cap)
{ return sparkPoolSize(&cap->r.rSparks); }
INLINE_HEADER void
discardSparks (StgSparkPool *pool)
{
pool->hd = pool->tl;
}
INLINE_HEADER void
discardSparksCap (Capability *cap)
{ return discardSparks(&cap->r.rSparks); }
#elif defined(THREADED_RTS)
INLINE_HEADER rtsBool
emptySparkPoolCap (Capability *cap STG_UNUSED)
{ return rtsTrue; }
#endif
#endif /* SPARKS_H */
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