#include <vlibmemory/api.h>
#include <vnet/dpo/load_balance.h>
#include <vnet/fib/ip4_fib.h>
-#include <vnet/tcp/tcp.h>
session_manager_main_t session_manager_main;
extern transport_proto_vft_t *tp_vfts;
{
u32 tries = 0;
session_fifo_event_t evt = { {0}, };
- unix_shared_memory_queue_t *q;
+ svm_queue_t *q;
evt.event_type = evt_type;
if (evt_type == FIFO_EVENT_RPC)
evt.session_handle = session_handle;
q = session_manager_get_vpp_event_queue (thread_index);
- while (unix_shared_memory_queue_add (q, (u8 *) & evt, 1))
+ while (svm_queue_add (q, (u8 *) & evt, 1))
{
if (tries++ == 3)
{
pool_get_aligned_will_expand (smm->sessions[thread_index], will_expand,
CLIB_CACHE_LINE_BYTES);
/* If we have peekers, let them finish */
- if (PREDICT_FALSE (will_expand))
+ if (PREDICT_FALSE (will_expand && vlib_num_workers ()))
{
- clib_spinlock_lock_if_init (&smm->peekers_write_locks[thread_index]);
+ clib_rwlock_writer_lock (&smm->peekers_rw_locks[thread_index]);
pool_get_aligned (session_manager_main.sessions[thread_index], s,
CLIB_CACHE_LINE_BYTES);
- clib_spinlock_unlock_if_init (&smm->peekers_write_locks[thread_index]);
+ clib_rwlock_writer_unlock (&smm->peekers_rw_locks[thread_index]);
}
else
{
return s;
}
-static void
+void
session_free (stream_session_t * s)
{
pool_put (session_manager_main.sessions[s->thread_index], s);
memset (s, 0xFA, sizeof (*s));
}
-static int
+int
session_alloc_fifos (segment_manager_t * sm, stream_session_t * s)
{
svm_fifo_t *server_rx_fifo = 0, *server_tx_fifo = 0;
s = session_alloc (thread_index);
s->session_type = session_type_from_proto_and_ip (tc->proto, tc->is_ip4);
s->session_state = SESSION_STATE_CONNECTING;
- s->thread_index = thread_index;
+ s->enqueue_epoch = ~0;
/* Attach transport to session and vice versa */
s->connection_index = tc->c_index;
if (alloc_fifos && (rv = session_alloc_fifos (sm, s)))
{
session_free (s);
+ *ret_s = 0;
return rv;
}
return enqueued;
}
+
int
-session_enqueue_dgram_connection (stream_session_t * s, vlib_buffer_t * b,
- u8 proto, u8 queue_event)
+session_enqueue_dgram_connection (stream_session_t * s,
+ session_dgram_hdr_t * hdr,
+ vlib_buffer_t * b, u8 proto, u8 queue_event)
{
int enqueued = 0, rv, in_order_off;
- if (svm_fifo_max_enqueue (s->server_rx_fifo) < b->current_length)
- return -1;
+ ASSERT (svm_fifo_max_enqueue (s->server_rx_fifo)
+ >= b->current_length + sizeof (*hdr));
+
+ svm_fifo_enqueue_nowait (s->server_rx_fifo, sizeof (session_dgram_hdr_t),
+ (u8 *) hdr);
enqueued = svm_fifo_enqueue_nowait (s->server_rx_fifo, b->current_length,
vlib_buffer_get_current (b));
if (PREDICT_FALSE ((b->flags & VLIB_BUFFER_NEXT_PRESENT) && enqueued >= 0))
{
application_t *app;
session_fifo_event_t evt;
- unix_shared_memory_queue_t *q;
+ svm_queue_t *q;
if (PREDICT_FALSE (s->session_state == SESSION_STATE_CLOSED))
{
return 0;
}
- /* Built-in server? Hand event to the callback... */
- if (app->cb_fns.builtin_server_rx_callback)
- return app->cb_fns.builtin_server_rx_callback (s);
+ /* Built-in app? Hand event to the callback... */
+ if (app->cb_fns.builtin_app_rx_callback)
+ return app->cb_fns.builtin_app_rx_callback (s);
/* If no event, send one */
if (svm_fifo_set_event (s->server_rx_fifo))
/* Based on request block (or not) for lack of space */
if (block || PREDICT_TRUE (q->cursize < q->maxsize))
- unix_shared_memory_queue_add (app->event_queue, (u8 *) & evt,
- 0 /* do wait for mutex */ );
+ svm_queue_add (app->event_queue, (u8 *) & evt,
+ 0 /* do wait for mutex */ );
else
{
clib_warning ("fifo full");
return errors;
}
+int
+session_manager_flush_all_enqueue_events (u8 transport_proto)
+{
+ vlib_thread_main_t *vtm = vlib_get_thread_main ();
+ int i, errors = 0;
+ for (i = 0; i < 1 + vtm->n_threads; i++)
+ errors += session_manager_flush_enqueue_events (transport_proto, i);
+ return errors;
+}
+
/**
* Init fifo tail and head pointers
*
int
session_stream_connect_notify (transport_connection_t * tc, u8 is_fail)
{
- application_t *app;
+ u32 opaque = 0, new_ti, new_si;
stream_session_t *new_s = 0;
- u64 handle;
- u32 opaque = 0;
- int error = 0;
segment_manager_t *sm;
+ application_t *app;
u8 alloc_fifos;
+ int error = 0;
+ u64 handle;
/*
* Find connection handle and cleanup half-open table
if (!is_fail)
{
sm = application_get_connect_segment_manager (app);
- alloc_fifos = application_is_proxy (app);
+ alloc_fifos = !application_is_builtin_proxy (app);
if (session_alloc_and_init (sm, tc, alloc_fifos, &new_s))
{
is_fail = 1;
error = -1;
}
else
- new_s->app_index = app->index;
+ {
+ new_s->app_index = app->index;
+ new_si = new_s->session_index;
+ new_ti = new_s->thread_index;
+ }
}
/*
{
SESSION_DBG ("failed to notify app");
if (!is_fail)
- stream_session_disconnect (new_s);
+ {
+ new_s = session_get (new_si, new_ti);
+ stream_session_disconnect_transport (new_s);
+ }
}
else
{
if (!is_fail)
- new_s->session_state = SESSION_STATE_READY;
+ {
+ new_s = session_get (new_si, new_ti);
+ new_s->session_state = SESSION_STATE_READY;
+ }
}
return error;
session_switch_pool (void *cb_args)
{
session_switch_pool_args_t *args = (session_switch_pool_args_t *) cb_args;
+ transport_proto_t tp;
stream_session_t *s;
ASSERT (args->thread_index == vlib_get_thread_index ());
s = session_get (args->session_index, args->thread_index);
s->server_tx_fifo->master_session_index = args->new_session_index;
s->server_tx_fifo->master_thread_index = args->new_thread_index;
- tp_vfts[s->session_type].cleanup (s->connection_index, s->thread_index);
+ tp = session_get_transport_proto (s);
+ tp_vfts[tp].cleanup (s->connection_index, s->thread_index);
session_free (s);
clib_mem_free (cb_args);
}
application_t *server;
stream_session_t *s, *listener;
segment_manager_t *sm;
- session_type_t sst;
int rv;
- sst = session_type_from_proto_and_ip (tc->proto, tc->is_ip4);
-
/* Find the server */
- listener = listen_session_get (sst, listener_index);
+ listener = listen_session_get (listener_index);
server = application_get (listener->app_index);
sm = application_get_listen_segment_manager (server, listener);
return 0;
}
-/**
- * Ask transport to open connection to remote transport endpoint.
- *
- * Stores handle for matching request with reply since the call can be
- * asynchronous. For instance, for TCP the 3-way handshake must complete
- * before reply comes. Session is only created once connection is established.
- *
- * @param app_index Index of the application requesting the connect
- * @param st Session type requested.
- * @param tep Remote transport endpoint
- * @param opaque Opaque data (typically, api_context) the application expects
- * on open completion.
- */
int
-session_open (u32 app_index, session_endpoint_t * rmt, u32 opaque)
+session_open_cl (u32 app_index, session_endpoint_t * rmt, u32 opaque)
{
transport_connection_t *tc;
- session_type_t sst;
+ transport_endpoint_t *tep;
segment_manager_t *sm;
stream_session_t *s;
application_t *app;
int rv;
+
+ tep = session_endpoint_to_transport (rmt);
+ rv = tp_vfts[rmt->transport_proto].open (tep);
+ if (rv < 0)
+ {
+ SESSION_DBG ("Transport failed to open connection.");
+ return VNET_API_ERROR_SESSION_CONNECT;
+ }
+
+ tc = tp_vfts[rmt->transport_proto].get_half_open ((u32) rv);
+
+ /* For dgram type of service, allocate session and fifos now.
+ */
+ app = application_get (app_index);
+ sm = application_get_connect_segment_manager (app);
+
+ if (session_alloc_and_init (sm, tc, 1, &s))
+ return -1;
+ s->app_index = app->index;
+ s->session_state = SESSION_STATE_OPENED;
+
+ /* Tell the app about the new event fifo for this session */
+ app->cb_fns.session_connected_callback (app->index, opaque, s, 0);
+
+ return 0;
+}
+
+int
+session_open_vc (u32 app_index, session_endpoint_t * rmt, u32 opaque)
+{
+ transport_connection_t *tc;
+ transport_endpoint_t *tep;
u64 handle;
+ int rv;
- sst = session_type_from_proto_and_ip (rmt->transport_proto, rmt->is_ip4);
- rv = tp_vfts[sst].open (session_endpoint_to_transport (rmt));
+ tep = session_endpoint_to_transport (rmt);
+ rv = tp_vfts[rmt->transport_proto].open (tep);
if (rv < 0)
{
SESSION_DBG ("Transport failed to open connection.");
return VNET_API_ERROR_SESSION_CONNECT;
}
- tc = tp_vfts[sst].get_half_open ((u32) rv);
+ tc = tp_vfts[rmt->transport_proto].get_half_open ((u32) rv);
/* If transport offers a stream service, only allocate session once the
* connection has been established.
+ * Add connection to half-open table and save app and tc index. The
+ * latter is needed to help establish the connection while the former
+ * is needed when the connect notify comes and we have to notify the
+ * external app
*/
- if (transport_is_stream (rmt->transport_proto))
- {
- /* Add connection to half-open table and save app and tc index. The
- * latter is needed to help establish the connection while the former
- * is needed when the connect notify comes and we have to notify the
- * external app
- */
- handle = (((u64) app_index) << 32) | (u64) tc->c_index;
- session_lookup_add_half_open (tc, handle);
-
- /* Store api_context (opaque) for when the reply comes. Not the nicest
- * thing but better than allocating a separate half-open pool.
- */
- tc->s_index = opaque;
- }
- /* For dgram type of service, allocate session and fifos now.
+ handle = (((u64) app_index) << 32) | (u64) tc->c_index;
+ session_lookup_add_half_open (tc, handle);
+
+ /* Store api_context (opaque) for when the reply comes. Not the nicest
+ * thing but better than allocating a separate half-open pool.
*/
- else
- {
- app = application_get (app_index);
- sm = application_get_connect_segment_manager (app);
+ tc->s_index = opaque;
+ return 0;
+}
- if (session_alloc_and_init (sm, tc, 1, &s))
- return -1;
- s->app_index = app->index;
- s->session_state = SESSION_STATE_CONNECTING_READY;
+int
+session_open_app (u32 app_index, session_endpoint_t * rmt, u32 opaque)
+{
+ session_endpoint_extended_t *sep = (session_endpoint_extended_t *) rmt;
+ sep->app_index = app_index;
+ sep->opaque = opaque;
- /* Tell the app about the new event fifo for this session */
- app->cb_fns.session_connected_callback (app->index, opaque, s, 0);
- }
- return 0;
+ return tp_vfts[rmt->transport_proto].open ((transport_endpoint_t *) sep);
}
+typedef int (*session_open_service_fn) (u32, session_endpoint_t *, u32);
+
+/* *INDENT-OFF* */
+static session_open_service_fn session_open_srv_fns[TRANSPORT_N_SERVICES] = {
+ session_open_vc,
+ session_open_cl,
+ session_open_app,
+};
+/* *INDENT-ON* */
+
/**
- * Ask transport to listen on local transport endpoint.
+ * Ask transport to open connection to remote transport endpoint.
*
- * @param s Session for which listen will be called. Note that unlike
- * established sessions, listen sessions are not associated to a
- * thread.
- * @param tep Local endpoint to be listened on.
+ * Stores handle for matching request with reply since the call can be
+ * asynchronous. For instance, for TCP the 3-way handshake must complete
+ * before reply comes. Session is only created once connection is established.
+ *
+ * @param app_index Index of the application requesting the connect
+ * @param st Session type requested.
+ * @param tep Remote transport endpoint
+ * @param opaque Opaque data (typically, api_context) the application expects
+ * on open completion.
*/
int
-stream_session_listen (stream_session_t * s, session_endpoint_t * sep)
+session_open (u32 app_index, session_endpoint_t * rmt, u32 opaque)
+{
+ transport_service_type_t tst = tp_vfts[rmt->transport_proto].service_type;
+ return session_open_srv_fns[tst] (app_index, rmt, opaque);
+}
+
+int
+session_listen_vc (stream_session_t * s, session_endpoint_t * sep)
{
transport_connection_t *tc;
u32 tci;
/* Transport bind/listen */
- tci = tp_vfts[s->session_type].bind (s->session_index,
- session_endpoint_to_transport (sep));
+ tci = tp_vfts[sep->transport_proto].bind (s->session_index,
+ session_endpoint_to_transport
+ (sep));
if (tci == (u32) ~ 0)
return -1;
/* Attach transport to session */
s->connection_index = tci;
- tc = tp_vfts[s->session_type].get_listener (tci);
+ tc = tp_vfts[sep->transport_proto].get_listener (tci);
/* Weird but handle it ... */
if (tc == 0)
return 0;
}
+int
+session_listen_cl (stream_session_t * s, session_endpoint_t * sep)
+{
+ transport_connection_t *tc;
+ application_t *server;
+ segment_manager_t *sm;
+ u32 tci;
+
+ /* Transport bind/listen */
+ tci = tp_vfts[sep->transport_proto].bind (s->session_index,
+ session_endpoint_to_transport
+ (sep));
+
+ if (tci == (u32) ~ 0)
+ return -1;
+
+ /* Attach transport to session */
+ s->connection_index = tci;
+ tc = tp_vfts[sep->transport_proto].get_listener (tci);
+
+ /* Weird but handle it ... */
+ if (tc == 0)
+ return -1;
+
+ server = application_get (s->app_index);
+ sm = application_get_listen_segment_manager (server, s);
+ if (session_alloc_fifos (sm, s))
+ return -1;
+
+ /* Add to the main lookup table */
+ session_lookup_add_connection (tc, s->session_index);
+ return 0;
+}
+
+int
+session_listen_app (stream_session_t * s, session_endpoint_t * sep)
+{
+ session_endpoint_extended_t esep;
+ clib_memcpy (&esep, sep, sizeof (*sep));
+ esep.app_index = s->app_index;
+
+ return tp_vfts[sep->transport_proto].bind (s->session_index,
+ (transport_endpoint_t *) & esep);
+}
+
+typedef int (*session_listen_service_fn) (stream_session_t *,
+ session_endpoint_t *);
+
+/* *INDENT-OFF* */
+static session_listen_service_fn
+session_listen_srv_fns[TRANSPORT_N_SERVICES] = {
+ session_listen_vc,
+ session_listen_cl,
+ session_listen_app,
+};
+/* *INDENT-ON* */
+
+/**
+ * Ask transport to listen on local transport endpoint.
+ *
+ * @param s Session for which listen will be called. Note that unlike
+ * established sessions, listen sessions are not associated to a
+ * thread.
+ * @param tep Local endpoint to be listened on.
+ */
+int
+stream_session_listen (stream_session_t * s, session_endpoint_t * sep)
+{
+ transport_service_type_t tst = tp_vfts[sep->transport_proto].service_type;
+ return session_listen_srv_fns[tst] (s, sep);
+}
+
/**
* Ask transport to stop listening on local transport endpoint.
*
int
stream_session_stop_listen (stream_session_t * s)
{
+ transport_proto_t tp = session_get_transport_proto (s);
transport_connection_t *tc;
-
if (s->session_state != SESSION_STATE_LISTENING)
{
clib_warning ("not a listening session");
return -1;
}
- tc = tp_vfts[s->session_type].get_listener (s->connection_index);
+ tc = tp_vfts[tp].get_listener (s->connection_index);
if (!tc)
{
clib_warning ("no transport");
}
session_lookup_del_connection (tc);
- tp_vfts[s->session_type].unbind (s->connection_index);
+ tp_vfts[tp].unbind (s->connection_index);
return 0;
}
/**
- * Disconnect session and propagate to transport. This should eventually
+ * Initialize session disconnect.
+ *
+ * Request is always sent to session node to ensure that all outstanding
+ * requests are served before transport is notified.
+ */
+void
+stream_session_disconnect (stream_session_t * s)
+{
+ if (!s || s->session_state == SESSION_STATE_CLOSED)
+ return;
+ s->session_state = SESSION_STATE_CLOSED;
+ session_send_session_evt_to_thread (session_handle (s),
+ FIFO_EVENT_DISCONNECT, s->thread_index);
+}
+
+/**
+ * Notify transport the session can be disconnected. This should eventually
* result in a delete notification that allows us to cleanup session state.
* Called for both active/passive disconnects.
*
- * Should be called from the session's thread.
+ * Must be called from the session's thread.
*/
void
-stream_session_disconnect (stream_session_t * s)
+stream_session_disconnect_transport (stream_session_t * s)
{
s->session_state = SESSION_STATE_CLOSED;
- tp_vfts[s->session_type].close (s->connection_index, s->thread_index);
+ tp_vfts[session_get_transport_proto (s)].close (s->connection_index,
+ s->thread_index);
}
/**
if (rv)
clib_warning ("hash delete error, rv %d", rv);
- tp_vfts[s->session_type].cleanup (s->connection_index, s->thread_index);
+ tp_vfts[session_get_transport_proto (s)].cleanup (s->connection_index,
+ s->thread_index);
}
/**
- * Allocate vpp event queue (once) per worker thread
+ * Allocate event queues in the shared-memory segment
+ *
+ * That can either be a newly created memfd segment, that will need to be
+ * mapped by all stack users, or the binary api's svm region. The latter is
+ * assumed to be already mapped. NOTE that this assumption DOES NOT hold if
+ * api clients bootstrap shm api over sockets (i.e. use memfd segments) and
+ * vpp uses api svm region for event queues.
*/
void
-session_vpp_event_queue_allocate (session_manager_main_t * smm,
- u32 thread_index)
+session_vpp_event_queues_allocate (session_manager_main_t * smm)
{
+ u32 evt_q_length = 2048, evt_size = sizeof (session_fifo_event_t);
+ ssvm_private_t *eqs = &smm->evt_qs_segment;
api_main_t *am = &api_main;
+ u64 eqs_size = 64 << 20;
+ pid_t vpp_pid = getpid ();
void *oldheap;
- u32 event_queue_length = 2048;
+ int i;
- if (smm->vpp_event_queues[thread_index] == 0)
- {
- /* Allocate event fifo in the /vpe-api shared-memory segment */
- oldheap = svm_push_data_heap (am->vlib_rp);
+ if (smm->configured_event_queue_length)
+ evt_q_length = smm->configured_event_queue_length;
- if (smm->configured_event_queue_length)
- event_queue_length = smm->configured_event_queue_length;
+ if (smm->evt_qs_use_memfd_seg)
+ {
+ if (smm->evt_qs_segment_size)
+ eqs_size = smm->evt_qs_segment_size;
- smm->vpp_event_queues[thread_index] =
- unix_shared_memory_queue_init
- (event_queue_length,
- sizeof (session_fifo_event_t), 0 /* consumer pid */ ,
- 0 /* (do not) send signal when queue non-empty */ );
+ eqs->ssvm_size = eqs_size;
+ eqs->i_am_master = 1;
+ eqs->my_pid = vpp_pid;
+ eqs->name = format (0, "%s%c", "evt-qs-segment", 0);
+ eqs->requested_va = smm->session_baseva;
- svm_pop_heap (oldheap);
+ ssvm_master_init (eqs, SSVM_SEGMENT_MEMFD);
}
-}
-session_type_t
-session_type_from_proto_and_ip (transport_proto_t proto, u8 is_ip4)
-{
- if (proto == TRANSPORT_PROTO_TCP)
+ if (smm->evt_qs_use_memfd_seg)
+ oldheap = ssvm_push_heap (eqs->sh);
+ else
+ oldheap = svm_push_data_heap (am->vlib_rp);
+
+ for (i = 0; i < vec_len (smm->vpp_event_queues); i++)
{
- if (is_ip4)
- return SESSION_TYPE_IP4_TCP;
- else
- return SESSION_TYPE_IP6_TCP;
+ smm->vpp_event_queues[i] = svm_queue_init (evt_q_length, evt_size,
+ vpp_pid, 0);
}
+
+ if (smm->evt_qs_use_memfd_seg)
+ ssvm_pop_heap (oldheap);
else
+ svm_pop_heap (oldheap);
+}
+
+ssvm_private_t *
+session_manager_get_evt_q_segment (void)
+{
+ session_manager_main_t *smm = &session_manager_main;
+ if (smm->evt_qs_use_memfd_seg)
+ return &smm->evt_qs_segment;
+ return 0;
+}
+
+/* *INDENT-OFF* */
+static session_fifo_rx_fn *session_tx_fns[TRANSPORT_TX_N_FNS] = {
+ session_tx_fifo_peek_and_snd,
+ session_tx_fifo_dequeue_and_snd,
+ session_tx_fifo_dequeue_internal,
+ session_tx_fifo_dequeue_and_snd
+};
+/* *INDENT-ON* */
+
+/**
+ * Initialize session layer for given transport proto and ip version
+ *
+ * Allocates per session type (transport proto + ip version) data structures
+ * and adds arc from session queue node to session type output node.
+ */
+void
+session_register_transport (transport_proto_t transport_proto,
+ const transport_proto_vft_t * vft, u8 is_ip4,
+ u32 output_node)
+{
+ session_manager_main_t *smm = &session_manager_main;
+ session_type_t session_type;
+ u32 next_index = ~0;
+
+ session_type = session_type_from_proto_and_ip (transport_proto, is_ip4);
+
+ vec_validate (smm->session_type_to_next, session_type);
+ vec_validate (smm->session_tx_fns, session_type);
+
+ /* *INDENT-OFF* */
+ if (output_node != ~0)
{
- if (is_ip4)
- return SESSION_TYPE_IP4_UDP;
- else
- return SESSION_TYPE_IP6_UDP;
+ foreach_vlib_main (({
+ next_index = vlib_node_add_next (this_vlib_main,
+ session_queue_node.index,
+ output_node);
+ }));
}
+ /* *INDENT-ON* */
- return SESSION_N_TYPES;
+ smm->session_type_to_next[session_type] = next_index;
+ smm->session_tx_fns[session_type] = session_tx_fns[vft->tx_type];
}
transport_connection_t *
session_get_transport (stream_session_t * s)
{
- if (s->session_state >= SESSION_STATE_READY)
- return tp_vfts[s->session_type].get_connection (s->connection_index,
- s->thread_index);
+ transport_proto_t tp;
+ if (s->session_state != SESSION_STATE_LISTENING)
+ {
+ tp = session_get_transport_proto (s);
+ return tp_vfts[tp].get_connection (s->connection_index,
+ s->thread_index);
+ }
return 0;
}
transport_connection_t *
listen_session_get_transport (stream_session_t * s)
{
- return tp_vfts[s->session_type].get_listener (s->connection_index);
+ transport_proto_t tp = session_get_transport_proto (s);
+ return tp_vfts[tp].get_listener (s->connection_index);
}
int
listen_session_get_local_session_endpoint (stream_session_t * listener,
session_endpoint_t * sep)
{
+ transport_proto_t tp = session_get_transport_proto (listener);
transport_connection_t *tc;
- tc =
- tp_vfts[listener->session_type].get_listener (listener->connection_index);
+ tc = tp_vfts[tp].get_listener (listener->connection_index);
if (!tc)
{
clib_warning ("no transport");
static clib_error_t *
session_manager_main_enable (vlib_main_t * vm)
{
+ segment_manager_main_init_args_t _sm_args = { 0 }, *sm_args = &_sm_args;
session_manager_main_t *smm = &session_manager_main;
vlib_thread_main_t *vtm = vlib_get_thread_main ();
- u32 num_threads;
- u32 preallocated_sessions_per_worker;
+ u32 num_threads, preallocated_sessions_per_worker;
int i, j;
num_threads = 1 /* main thread */ + vtm->n_threads;
if (num_threads < 1)
return clib_error_return (0, "n_thread_stacks not set");
- /* $$$ config parameters */
- svm_fifo_segment_init (0x200000000ULL /* first segment base VA */ ,
- 20 /* timeout in seconds */ );
-
/* configure per-thread ** vectors */
vec_validate (smm->sessions, num_threads - 1);
vec_validate (smm->tx_buffers, num_threads - 1);
vec_validate (smm->pending_disconnects, num_threads - 1);
vec_validate (smm->free_event_vector, num_threads - 1);
vec_validate (smm->vpp_event_queues, num_threads - 1);
- vec_validate (smm->session_peekers, num_threads - 1);
- vec_validate (smm->peekers_readers_locks, num_threads - 1);
- vec_validate (smm->peekers_write_locks, num_threads - 1);
+ vec_validate (smm->peekers_rw_locks, num_threads - 1);
for (i = 0; i < TRANSPORT_N_PROTO; i++)
- for (j = 0; j < num_threads; j++)
- {
- vec_validate (smm->session_to_enqueue[i], num_threads - 1);
- vec_validate (smm->current_enqueue_epoch[i], num_threads - 1);
- }
+ {
+ vec_validate (smm->current_enqueue_epoch[i], num_threads - 1);
+ vec_validate (smm->session_to_enqueue[i], num_threads - 1);
+ for (j = 0; j < num_threads; j++)
+ smm->current_enqueue_epoch[i][j] = 1;
+ }
for (i = 0; i < num_threads; i++)
{
_vec_len (smm->pending_event_vector[i]) = 0;
vec_validate (smm->pending_disconnects[i], 0);
_vec_len (smm->pending_disconnects[i]) = 0;
+ if (num_threads > 1)
+ clib_rwlock_init (&smm->peekers_rw_locks[i]);
}
#if SESSION_DBG
vec_validate (smm->last_event_poll_by_thread, num_threads - 1);
#endif
- /* Allocate vpp event queues */
- for (i = 0; i < vec_len (smm->vpp_event_queues); i++)
- session_vpp_event_queue_allocate (smm, i);
+ /* Allocate vpp event queues segment and queue */
+ session_vpp_event_queues_allocate (smm);
+
+ /* Initialize fifo segment main baseva and timeout */
+ sm_args->baseva = smm->session_baseva + smm->evt_qs_segment_size;
+ sm_args->size = smm->session_va_space_size;
+ segment_manager_main_init (sm_args);
/* Preallocate sessions */
if (smm->preallocated_sessions)
smm->is_enabled = 1;
- /* Enable TCP transport */
- vnet_tcp_enable_disable (vm, 1);
+ /* Enable transports */
+ transport_enable_disable (vm, 1);
return 0;
}
session_manager_main_init (vlib_main_t * vm)
{
session_manager_main_t *smm = &session_manager_main;
+ smm->session_baseva = 0x200000000ULL;
+ smm->session_va_space_size = (u64) 128 << 30;
+ smm->evt_qs_segment_size = 64 << 20;
smm->is_enabled = 0;
return 0;
}
tmp, tmp);
smm->configured_v6_halfopen_table_memory = tmp;
}
+ else if (unformat (input, "local-endpoints-table-memory %U",
+ unformat_memory_size, &tmp))
+ {
+ if (tmp >= 0x100000000)
+ return clib_error_return (0, "memory size %llx (%lld) too large",
+ tmp, tmp);
+ smm->local_endpoints_table_memory = tmp;
+ }
+ else if (unformat (input, "local-endpoints-table-buckets %d",
+ &smm->local_endpoints_table_buckets))
+ ;
+ else if (unformat (input, "evt_qs_memfd_seg"))
+ smm->evt_qs_use_memfd_seg = 1;
else
return clib_error_return (0, "unknown input `%U'",
format_unformat_error, input);
Code Review / vpp.git / blobdiff