face-impl.h

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#ifndef NDNDPDK_IFACE_FACE_IMPL_H
#define NDNDPDK_IFACE_FACE_IMPL_H

 
#include "face.h"

__attribute__((nonnull)) void
FaceRx_Input(Face* face, int rxThread, FaceRxInputCtx* ctx);
 
__attribute__((nonnull)) static __rte_always_inline void
FaceTx_CheckDirectFragmentMbuf_(struct rte_mbuf* pkt) {
  NDNDPDK_ASSERT(pkt->pkt_len > 0);
  NDNDPDK_ASSERT(RTE_MBUF_DIRECT(pkt));
  NDNDPDK_ASSERT(rte_mbuf_refcnt_read(pkt) == 1);
  NDNDPDK_ASSERT(rte_pktmbuf_headroom(pkt) >= RTE_PKTMBUF_HEADROOM + LpHeaderHeadroom);
}

typedef uint16_t (*FaceTx_OutputFunc)(Face* face, int txThread, Packet* npkt,
                                      struct rte_mbuf* frames[LpMaxFragments]);

__attribute__((nonnull)) uint16_t
FaceTx_LinearOne(Face* face, int txThread, Packet* npkt, struct rte_mbuf* frames[LpMaxFragments]);

__attribute__((nonnull)) uint16_t
FaceTx_ChainedOne(Face* face, int txThread, Packet* npkt, struct rte_mbuf* frames[LpMaxFragments]);

__attribute__((nonnull)) uint16_t
FaceTx_LinearFrag(Face* face, int txThread, Packet* npkt, struct rte_mbuf* frames[LpMaxFragments]);

__attribute__((nonnull)) uint16_t
FaceTx_ChainedFrag(Face* face, int txThread, Packet* npkt, struct rte_mbuf* frames[LpMaxFragments]);
 
#endif // NDNDPDK_IFACE_FACE_IMPL_H