SVCMASTERXPRT
svc_print_masterxprt(SVCMASTERXPRT *xprt)
SVCMASTERXPRT xprt;
SVCMASTERXPRT xprt;
SVCMASTERXPRT *cb_xprt;
SVCMASTERXPRT *mxprt;
mxprt = (SVCMASTERXPRT *)req->rq_xprt->xp_master;
SVCMASTERXPRT *mxprt;
mxprt = (SVCMASTERXPRT *)req->rq_xprt->xp_master;
SVCMASTERXPRT *xprt;
SVCMASTERXPRT *xprt = NULL;
SVCMASTERXPRT *mxprt = (SVCMASTERXPRT *)tp_handle;
svc_callout_free(SVCMASTERXPRT *xprt)
svc_clone_link(SVCMASTERXPRT *xprt, SVCXPRT *clone_xprt, SVCXPRT *clone_xprt2)
SVCMASTERXPRT *xprt = clone_xprt->xp_master;
SVCMASTERXPRT *xprt = clone_xprt->xp_master;
static SVCMASTERXPRT *
svc_poll(SVCPOOL *pool, SVCMASTERXPRT *xprt, SVCXPRT *clone_xprt)
SVCMASTERXPRT *next;
SVCMASTERXPRT *hint;
svc_flowcontrol(SVCMASTERXPRT *xprt)
#define SVC_EXPRTGONE ((SVCMASTERXPRT *)1) /* Transport is closing */
#define SVC_ETIMEDOUT ((SVCMASTERXPRT *)2) /* Timeout */
#define SVC_EINTR ((SVCMASTERXPRT *)3) /* Interrupted by signal */
SVCMASTERXPRT *xprt = NULL; /* master transport handle */
SVCMASTERXPRT *next;
SVCMASTERXPRT *xprt = ((void **) q->q_ptr)[0];
SVCMASTERXPRT *xprt = ((void **) q->q_ptr)[0];
SVCMASTERXPRT *xprt = ((void **) q->q_ptr)[0];
SVCMASTERXPRT *xprt = clone_xprt->xp_master;
SVCMASTERXPRT *q_xprt;
SVCMASTERXPRT *xprt;
static void svc_callout_free(SVCMASTERXPRT *);
svc_xprt_register(SVCMASTERXPRT *xprt, int id)
SVCMASTERXPRT *prev, *next;
svc_xprt_unregister(SVCMASTERXPRT *xprt)
SVCMASTERXPRT *next = xprt->xp_next;
SVCMASTERXPRT *prev = xprt->xp_prev;
svc_xprt_qput(SVCPOOL *pool, SVCMASTERXPRT *xprt)
static SVCMASTERXPRT *
SVCMASTERXPRT *xprt;
svc_xprt_qdelete(SVCPOOL *pool, SVCMASTERXPRT *xprt)
svc_xprt_cleanup(SVCMASTERXPRT *xprt, bool_t detached)
extern void svc_clone_link(SVCMASTERXPRT *, SVCXPRT *, SVCXPRT *);
void (*xp_destroy)(SVCMASTERXPRT *);
void (*xp_start)(SVCMASTERXPRT *);
SVCMASTERXPRT *p_lhead; /* List head */
SVCMASTERXPRT *xp_next; /* Next transport in the list */
SVCMASTERXPRT *xp_prev; /* Prev transport in the list */
void (*xp_closeproc)(const SVCMASTERXPRT *);
SVCMASTERXPRT *xprt;
SVCMASTERXPRT *xp_master; /* back ptr to master */
extern int svc_xprt_register(SVCMASTERXPRT *, int);
extern void svc_xprt_unregister(SVCMASTERXPRT *);
struct netbuf *, SVCMASTERXPRT **,
void (*closeproc)(const SVCMASTERXPRT *),
SVCMASTERXPRT **);
SVCMASTERXPRT **);
SVCMASTERXPRT *rtr_xprt_ptr; /* Ptr to master xprt handle */
extern void svc_rdma_kstop(SVCMASTERXPRT *);
extern void svc_rdma_kdestroy(SVCMASTERXPRT *);
SVCMASTERXPRT **nxprt)
SVCMASTERXPRT *xprt;
svc_clts_kdestroy(SVCMASTERXPRT *xprt)
kmem_free(xprt, sizeof (SVCMASTERXPRT));
svc_clts_kstart(SVCMASTERXPRT *xprt)
static void svc_clts_kdestroy(SVCMASTERXPRT *);
static void svc_clts_kstart(SVCMASTERXPRT *);
rpc_taghd_init(&svc_tag_hd, offsetof(SVCMASTERXPRT, xp_tags));
SVCMASTERXPRT **nxprt)
SVCMASTERXPRT *xprt;
xprt = kmem_zalloc(sizeof (SVCMASTERXPRT), KM_SLEEP);
kmem_free(xprt, sizeof (SVCMASTERXPRT));
svc_cots_kdestroy(SVCMASTERXPRT *xprt)
kmem_free(xprt, sizeof (SVCMASTERXPRT));
svc_cots_kstart(SVCMASTERXPRT *xprt)
static void svc_cots_kdestroy(SVCMASTERXPRT *);
static void svc_cots_kstart(SVCMASTERXPRT *);
SVCMASTERXPRT *xprt = clone_xprt->xp_master;
SVCMASTERXPRT **nxprt,
void (*closeproc)(const SVCMASTERXPRT *),
SVCMASTERXPRT *xprt = NULL; /* service handle */
void svc_rdma_kdestroy(SVCMASTERXPRT *);
static void svc_rdma_kstart(SVCMASTERXPRT *);
void svc_rdma_kstop(SVCMASTERXPRT *);
SVCMASTERXPRT *xprt;
svc_rdma_kdestroy(SVCMASTERXPRT *xprt)
svc_rdma_kstart(SVCMASTERXPRT *xprt)
svc_rdma_kstop(SVCMASTERXPRT *xprt)
SVCMASTERXPRT *rd_xprt; /* back ptr to SVCMASTERXPRT */