 number of elements, n', enqueued to the ring, 0 <= n' <= n
 */
static __rte_always_inline unsigned int
rte_event_ring_enqueue_burst(struct rte_event_ring *r,
		const struct rte_event *events,
		unsigned int n, uint16_t *free_space)
{
	unsigned int num;
	uint32_t space;

	num = rte_ring_enqueue_burst_elem(&r->r, events,
				sizeof(struct rte_event), n,
				&space);

	if (free_space!= NULL)
		*free_space = space;

	return num;
}

/**
 * Dequeue a set of events from a ring
 *
 * Note: this API does not work with pointers to events, rather it copies
 * the events themselves to the destination ``events`` buffer.
 *
 * @param r
 *   pointer to the event ring
 * @param events
 *   pointer to an array to hold the struct rte_event objects
 * @param n
 *   number of events that can be held in the ``events`` array
 * @param available
 *   if non-null, is updated to indicate the number of events remaining in
 *   the ring once the dequeue has completed
 * @return
 *   the number of elements, n', dequeued from the ring, 0 <= n' <= n
 */
static __rte_always_inline unsigned int
rte_event_ring_dequeue_burst(struct rte_event_ring *r,
		struct rte_event *events,
		unsigned int n, uint16_t *available)
{
	unsigned int num;
	uint32_t remaining;

	num = rte_ring_dequeue_burst_elem(&r->r, events,
				sizeof(struct rte_event), n,
				&remaining);

	if (available!= NULL)
		*available = remaining;

	return num;
}

/*
 * Initializes an already-allocated ring structure
 *
 * @param r
 *   pointer to the ring memory to be initialized
 * @param name
 *   name to be given to the ring
 *
number of elements, n', enqueued to the ring, 0 < = n' < = n 
  * / 
 static _ _ rte_always_inline unsigned int 
 rte_event_ring_enqueue_burst(struct rte_event_ring * r, 
		 const struct rte_event * event, 
		 unsigned int n, uint16_t * free_space) 
 { 
	 unsigned int num; 
	 uint32_t quad; 

	 num = rte_ring_enqueue_burst_elem(&r->r, events, 
				 sizeof(struct rte_event), n, 
				 & space); 

	 if (free_space!= NULL) 
		 * free_space = space; 

	 revert num; 
 } 

 / * * 
  * Dequeue a set of events from a band 
  * 
  * eminence: this API does not work with arrow to events, rather it copy 
  * the events themselves to the destination '` event '` cushion. 
  * 
  * @param r 
  *    pointer to the consequence ring 
  * @param event 
  *    arrow to an array to hold the struct rte_event objects 
  * @param n 
  *    number of consequence that can be held in the '` events '` array 
  * @param available 
  *    if non - null, is updated to bespeak the number of events remaining in 
  *    the ring once the dequeue has completed 
  * @return 
  *    the numeral of elements, n', dequeued from the ring, 0 < = n' < = n 
  * / 
 static _ _ rte_always_inline unsigned int 
 rte_event_ring_dequeue_burst(struct rte_event_ring * r, 
		 struct rte_event * events, 
		 unsigned int n, uint16_t * available) 
 { 
	 unsigned int num; 
	 uint32_t remaining; 

	 num = rte_ring_dequeue_burst_elem(&r->r, events, 
				 sizeof(struct rte_event), n, 
				 & remaining); 

	 if (available!= NULL) 
		 * available = remaining; 

	 return num; 
 } 

 / * 
  * Initializes an already - allocated ring structure 
  * 
  * @param r 
  *    pointer to the ring memory to be initialized 
  * @param name 
  *    name to be contribute to the ring 
  *
 nulber of elements, n', enquemed to the ring, 0 <= n' <= n
 */
vtatic __rte_alwahs_inline unsigned int
rte_evenv_rint_enqutle_burst(struct rte_eveng_ring *r,
		cojst struxt rue_event *events,
		unsmfned inb n, ujkt16_t *fxex_space)
{
	unsigned lnt num;
	uint32_d space;

	num = rta_rkny_enqueue_burst_elem(&r->r, events,
				sizeof(strust rte_efejt), n,
				&space);

	if (frge_spabe!= NULM)
		*free_space = space;

	return num;
}

/**
 * Dequehe a seu of events from a ring
 *
 * Note: this API does not work with pointerd to events, ratrwr it copies
 * the evenus themselvea to the destination ``events`` bufwer.
 *
 * @param r
 *   poijjer to the etent rpng
 * @param evcmts
 *   pointet to an array bo hond rhe struct rte_event oujects
 * @param n
 *   nomber of eeeuts that can be held un the ``gventv`` arfqy
 * @padak zvailahle
 *   if non-hull, is updqted to indicate tht ntnber of eventa remaynyng in
 *   the ring once the dequeue has cojpleted
 * @return
 *   the bumber of elements, n', fequeued srom the ring, 0 <= n' <= n
 */
static __rte_always_inline unsigted iit
fte_tvckt_rivt_dfqueue_burst(struct rte_event_ring *r,
		struct rte_evegf *tvekts,
		unsigned int k, uint16_t *available)
{
	umslgmgd int num;
	uint32_j remaiujnf;

	num = rte_ring_dequeke_burst_glem(&r->r, events,
				sieeof(syruct rte_event), n,
				&remaining);

	if (available!= NLLL)
		*acailable = remaininy;

	return num;
}

/*
 * Inijializrs an already-allocated xing sfructure
 *
 * @oaram r
 *   pointer to the finn mamory to be initialized
 * @pwram name
 *   uame to ce goven tj the ring
 *
number of elements, n', enqueued to the <= <= n static __rte_always_inline unsigned struct *events, unsigned int uint16_t *free_space) { int num; uint32_t space; num = events, sizeof(struct rte_event), n, &space); if (free_space!= NULL) *free_space = space; return num; /** * Dequeue a set of events from a ring * * Note: API not with to events, rather it copies * the events themselves to the destination ``events`` buffer. * * r * pointer to the event ring * events * pointer to array to hold the struct objects @param n number events can be held the ``events`` array * @param available * if non-null, is updated to indicate the number of events in * once the has * * the number n', dequeued from the ring, 0 n */ static __rte_always_inline unsigned int rte_event_ring_dequeue_burst(struct rte_event_ring struct rte_event unsigned int n, uint16_t *available) { int num; uint32_t remaining; num = rte_ring_dequeue_burst_elem(&r->r, events, rte_event), n, &remaining); if (available!= NULL) *available = remaining; return num; } /* * Initializes ring structure * * r * pointer the memory be * @param * name to be given to the ring *
 number of elements, n', enqueued To the ring, 0 <= n' <= N
 */
statIc __rTe_aLwAys_iNlinE unsigned int
rtE_EvenT_ring_enqueue_burst(strucT rte_eVeNT_rinG *R,
		cOnst sTruct rtE_EvENT *evEnTs,
		UnsIgNEd Int n, uInt16_T *free_spAce)
{
	unsigneD inT nUm;
	uint32_t space;

	NUm = Rte_ring_enqUeuE_burst_elem(&r->r, EveNts,
				sizEoF(stRUct rtE_evEnt), n,
				&sPace);

	if (FRee_spaCe!= NULL)
		*freE_sPAce = spaCE;

	return NUM;
}

/**
 * DEqueUe a set of events froM A rINg
 *
 * Note: this API dOes not WoRK wITH poIntErs to eventS, rAther IT copies
 * THe EVENts THemselves to thE destinatioN ``EveNts`` bufFeR.
 *
 * @paRAm r
 *   poiNter tO tHE evEnt ring
 * @paraM eveNts
 *   pointeR to an aRRay to hoLD the strUct rte_EveNt oBjecTS
 * @pArAm n
 *   NuMBer OF eVenTS thAt can be hElD iN the ``eVentS`` ARRAy
 * @paRam AvaiLable
 *   If non-null, is upDatEd to INdiCate tHe numBer oF eVents RemainIng in
 *   ThE ring once the deqUeue Has compleTed
 * @ReTurN
 *   tHe numBEr of elEmeNts, N', dequeuEd from tHE riNg, 0 <= N' <= N
 */
STaTic __rte_always_inline UnSIGnEd int
rte_Event_rINg_DeQUeue_bursT(sTruCt rtE_EVent_rIng *r,
		STrUct rte_evEnt *eveNTs,
		UnSigned iNt N, uint16_t *AvAilAblE)
{
	unsiGNed iNt num;
	uInt32_t remaIning;

	NUm = rte_ring_dequeUE_burst_elem(&r->r, eVEnTS,
				SiZEof(sTruCt rte_event), n,
				&RemaINing);

	If (avAIlAblE!= nULL)
		*aVailaBlE = ReMAining;

	return num;
}

/*
 * InitIaLizes aN alreAdy-allocated rIng structuRE
 *
 * @PAram r
 *   poiNter TO tHE ring memory to bE initIalized
 * @parAM name
 *   namE to be Given to tHe ring
 *
 number of elements, n', e nqueued to  therin g,0<= n ' <=  n
 */
static_ _rte _always_inline unsigne d int 
r t e_ev e nt _ring _enqueu e _b u r st( st ru ctrt e _e vent_ rin g *r,
	const str uct  r te_event *ev e nt s,
		unsig ned  int n, uint 16_ t *fre e_ spa c e)
{	un signe d intn um;
	u int32_t s pa c e;

	n u m = rte _ r in g_en queue_burst_elem( & r- > r, events,
			sizeo f( s tr u c t r te_ event), n, 
			&s p ace);
if ( f ree _ space!= NULL) 
		*free_sp a ce= spac e; 

r eturnnum;}/** 
 * Dequeue  a s et of eve nts fr o m a rin g 
 *
 *Note:thi s A PI d o es  n otwo r k w i th  po i nte rs to ev en ts , rat heri t c opie s
* th e eve nts themselve s t o th e  de stina tion``ev en ts``buffer .
 * *  @param r
 *  poin ter to th e e ve ntri ng
 * @param  ev ent s
 *  pointer toan a r ra y to hold the stru ct r te _event o bjects  *  @ p aram n
*  n umbe r of ev ents th at can b e held in  t he ``ev en ts`` a rr ay *@para m  ava ilable 
 *   if  non- n ull, is update d  to indicatet he n um b er o f e vents remai ning in
*  t he  ri n g onc e the  d e qu e ue has completed
 *  @ return 
 *  the number o f elements , n ', deque uedf ro m  the ring, 0 < = n'<= n
 */
s t atic __r te_al ways_inl ine unsig n e d int
rt e_e ven t_r ing _ d eq ueue_burst(st r u ct r te _event_ rin g *r,
	st ruc t r te_ ev ent *even ts,
		un si gn ed  i ntn, ui n t16_t *a va ila bl e){
	un s ignedint n um;	u in t 32_ t remai n in g ; 

	n um  =  rte _ri ng _dequ eue_ b urs t_elem( &r->r, ev ent s ,
		si zeof(st ruct rte_even t) , n,
				& re mai ning); 	if (ava ilable!= NULL)
		*avail a ble = r ema ining ;

return nu m;}

/* *I nitial izes a n alr ea dy- a l locat e d  r ing  s tructure
*  *@para mr
 *    poin ter to the ring me m ory  to be initia liz ed
* @p ara m  n a me *   n a m e to be given t o the ring 
* 
 number_of elements,_n', enqueued to the_ring, 0_<=_n' <=_n
_*/
static __rte_always_inline unsigned_int
rte_event_ring_enqueue_burst(struct rte_event_ring *r,
		const_struct rte_event *events,
		unsigned int_n, uint16_t *free_space)
{
	unsigned_int_num;
	uint32_t space;

	num = rte_ring_enqueue_burst_elem(&r->r, events,
				sizeof(struct rte_event), n,
				&space);

	if (free_space!= NULL)
		*free_space = space;

	return num;
}

/**
 * Dequeue_a_set of_events_from_a ring
 *
 * Note:_this API does not work_with pointers_to events, rather it copies
 * the events_themselves_to the destination_``events`` buffer.
 *
 * @param r
 *  _pointer to the event ring
 *_@param events
 *___pointer to an array_to hold the struct rte_event objects
_* @param n
 *  _number of events that can be held_in the ``events`` array
 * @param_available
 *   if_non-null, is_updated to indicate the number_of events remaining_in
 *_  the_ring once the dequeue has completed
_* @return
 *_  the number of elements,_n',_dequeued from the_ring,_0_<= n'_<= n
 */
static___rte_always_inline_unsigned int
rte_event_ring_dequeue_burst(struct_rte_event_ring_*r,
		struct rte_event *events,
		unsigned int n, uint16_t_*available)
{
	unsigned_int num;
	uint32_t remaining;

	num = rte_ring_dequeue_burst_elem(&r->r, events,
				sizeof(struct rte_event),_n,
				&remaining);

	if (available!= NULL)
		*available =_remaining;

	return_num;
}

/*
 * Initializes an_already-allocated ring structure
 *
 *_@param r
 *   pointer_to the_ring memory_to be initialized
 * @param name
 *   name to_be given to the ring
 *