44 svc_print_pool(SVCPOOL *pool, uintptr_t addr)  in svc_print_pool()  argument
47 	    svc_idname(pool->p_id), pool->p_id);  in svc_print_pool()
48 	mdb_printf("Non detached threads    = %d\n", pool->p_threads);  in svc_print_pool()
49 	mdb_printf("Detached threads        = %d\n", pool->p_detached_threads);  in svc_print_pool()
50 	mdb_printf("Max threads             = %d\n", pool->p_maxthreads);  in svc_print_pool()
51 	mdb_printf("`redline'               = %d\n", pool->p_redline);  in svc_print_pool()
52 	mdb_printf("Reserved threads        = %d\n", pool->p_reserved_threads);  in svc_print_pool()
54 	    common_mutex(&pool->p_thread_lock));  in svc_print_pool()
56 	mdb_printf("Asleep threads          = %d\n", pool->p_asleep);  in svc_print_pool()
58 	    common_mutex(&pool->p_req_lock));  in svc_print_pool()
60 	mdb_printf("Pending requests        = %d\n", pool->p_reqs);  in svc_print_pool()
61 	mdb_printf("Walking threads         = %d\n", pool->p_walkers);  in svc_print_pool()
62 	mdb_printf("Max requests from xprt  = %d\n", pool->p_max_same_xprt);  in svc_print_pool()
63 	mdb_printf("Stack size for svc_run  = %d\n", pool->p_stksize);  in svc_print_pool()
65 	    common_mutex(&pool->p_creator_lock));  in svc_print_pool()
67 	mdb_printf("No of Master xprt's     = %d\n", pool->p_lcount);  in svc_print_pool()
69 	    common_rwlock(&pool->p_lrwlock));  in svc_print_pool()
70 	mdb_printf("master xprt list ptr    = %p\n\n", pool->p_lhead);  in svc_print_pool()
289 	SVCPOOL pool;  in svc_pool_walk_step()  local
295 	if (mdb_vread(&pool, sizeof (pool), addr) == -1) {  in svc_pool_walk_step()
300 	wsp->walk_addr = (uintptr_t)pool.p_next;  in svc_pool_walk_step()
301 	return (wsp->walk_callback(addr, &pool, wsp->walk_cbdata));  in svc_pool_walk_step()