static quic_main_t quic_main;
static void quic_update_timer (quic_ctx_t * ctx);
-static int64_t quic_get_time (quicly_now_cb * self);
static void quic_connection_closed (u32 conn_index);
static void quic_disconnect (u32 ctx_index, u32 thread_index);
static int quic_connect_new_stream (session_endpoint_cfg_t * sep);
static int quic_connect_new_connection (session_endpoint_cfg_t * sep);
+static int64_t quic_get_time (quicly_now_cb * self);
+static quicly_now_cb quicly_vpp_now_cb = { quic_get_time };
+
+static void quic_transfer_connection (u32 ctx_index, u32 dest_thread);
+
+#define QUIC_TIMER_HANDLE_INVALID ((u32) ~0)
+#define QUIC_SESSION_INVALID ((u32) ~0 - 1)
+#define QUIC_MAX_PACKET_SIZE 1280
+
#define QUIC_INT_MAX 0x3FFFFFFFFFFFFFFF
+/* Taken from quicly.c */
+#define QUICLY_QUIC_BIT 0x40
+
+#define QUICLY_PACKET_TYPE_INITIAL (QUICLY_LONG_HEADER_BIT | QUICLY_QUIC_BIT | 0)
+#define QUICLY_PACKET_TYPE_0RTT (QUICLY_LONG_HEADER_BIT | QUICLY_QUIC_BIT | 0x10)
+#define QUICLY_PACKET_TYPE_HANDSHAKE (QUICLY_LONG_HEADER_BIT | QUICLY_QUIC_BIT | 0x20)
+#define QUICLY_PACKET_TYPE_RETRY (QUICLY_LONG_HEADER_BIT | QUICLY_QUIC_BIT | 0x30)
+#define QUICLY_PACKET_TYPE_BITMASK 0xf0
+
+
static u32
quic_ctx_alloc ()
{
}
static quic_ctx_t *
-quic_ctx_get_w_thread (u32 ctx_index, u8 thread_index)
+quic_ctx_get_w_thread (u32 ctx_index, u32 thread_index)
{
return pool_elt_at_index (quic_main.ctx_pool[thread_index], ctx_index);
}
static int
quic_send_datagram (session_t * udp_session, quicly_datagram_t * packet)
{
- // QUIC_DBG (2, "Called quic_send_datagram at %ld", quic_get_time (NULL));
+ /* QUIC_DBG (2, "Called quic_send_datagram at %ld", quic_get_time (NULL)); */
u32 max_enqueue;
session_dgram_hdr_t hdr;
- int rv;
- u32 len;
+ u32 len, ret;
svm_fifo_t *f;
transport_connection_t *tc;
max_enqueue = svm_fifo_max_enqueue (f);
if (max_enqueue <= sizeof (session_dgram_hdr_t))
- return 1;
+ {
+ QUIC_DBG (1, "Not enough space to enqueue header");
+ return 1;
+ }
max_enqueue -= sizeof (session_dgram_hdr_t);
if (max_enqueue < len)
- return 1;
+ {
+ QUIC_DBG (1, "Too much data to send, max_enqueue %u, len %u",
+ max_enqueue, len);
+ return 1;
+ }
- // Build packet header for fifo
+ /* Build packet header for fifo */
hdr.data_length = len;
hdr.data_offset = 0;
hdr.is_ip4 = tc->is_ip4;
clib_memcpy (&hdr.lcl_ip, &tc->lcl_ip, sizeof (ip46_address_t));
hdr.lcl_port = tc->lcl_port;
- // Read dest address from quicly-provided sockaddr
+ /* Read dest address from quicly-provided sockaddr */
if (hdr.is_ip4)
{
ASSERT (packet->sa.sa_family == AF_INET);
clib_memcpy (&hdr.rmt_ip.ip6, &sa6->sin6_addr, 16);
}
- rv = svm_fifo_enqueue (f, sizeof (hdr), (u8 *) & hdr);
- ASSERT (rv == sizeof (hdr));
- if (svm_fifo_enqueue (f, len, packet->data.base) != len)
- return 1;
+ ret = svm_fifo_enqueue (f, sizeof (hdr), (u8 *) & hdr);
+ if (ret != sizeof (hdr))
+ {
+ QUIC_DBG (2, "Not enough space to enqueue header");
+ return 1;
+ }
+ ret = svm_fifo_enqueue (f, len, packet->data.base);
+ if (ret != len)
+ {
+ QUIC_DBG (2, "Not enough space to enqueue payload");
+ return 1;
+ }
return 0;
}
+#define QUIC_SEND_PACKET_VEC_SIZE 16
+
+static int
+quic_sendable_packet_count (session_t * udp_session)
+{
+ u32 max_enqueue;
+ max_enqueue = svm_fifo_max_enqueue (udp_session->tx_fifo);
+ return clib_min (max_enqueue /
+ (QUIC_MAX_PACKET_SIZE + sizeof (session_dgram_hdr_t)),
+ QUIC_SEND_PACKET_VEC_SIZE);
+}
+
static int
quic_send_packets (quic_ctx_t * ctx)
{
- //QUIC_DBG (2, "Called quic_send_packets");
- quicly_datagram_t *packets[16];
+ quicly_datagram_t *packets[QUIC_SEND_PACKET_VEC_SIZE];
session_t *udp_session;
quicly_conn_t *conn;
- size_t num_packets, i;
- int ret;
-
+ size_t num_packets, i, max_packets;
+ /* We have sctx, get qctx */
if (ctx->c_quic_ctx_id.is_stream)
- {
- // We have sctx, get qctx
- ctx = quic_ctx_get (ctx->c_quic_ctx_id.quic_connection_ctx_id);
- }
+ ctx = quic_ctx_get (ctx->c_quic_ctx_id.quic_connection_ctx_id);
ASSERT (!ctx->c_quic_ctx_id.is_stream);
if (!conn)
return 0;
+ /* TODO : quicly can assert it can send min_packets up to 2 */
+ if (quic_sendable_packet_count (udp_session) < 2)
+ goto stop_sending;
+
do
{
- num_packets = sizeof (packets) / sizeof (packets[0]);
- if ((ret = quicly_send (conn, packets, &num_packets)) == 0)
+ max_packets = quic_sendable_packet_count (udp_session);
+ if (max_packets < 2)
+ break;
+ num_packets = max_packets;
+ if (quicly_send (conn, packets, &num_packets))
+ goto quicly_error;
+
+ for (i = 0; i != num_packets; ++i)
{
- for (i = 0; i != num_packets; ++i)
- {
- if (quic_send_datagram (udp_session, packets[i]))
- {
- QUIC_DBG (2, "quic_send_datagram failed");
- goto stop_sending;
- }
- ret = 0;
- quicly_default_free_packet_cb.cb
- (&quicly_default_free_packet_cb, packets[i]);
- }
- }
- else
- {
- QUIC_DBG (2, "quicly_send returned %d, closing connection\n", ret);
- return ret;
+ if (quic_send_datagram (udp_session, packets[i]))
+ goto quicly_error;
+
+ quicly_default_free_packet_cb.cb
+ (&quicly_default_free_packet_cb, packets[i]);
}
+
}
- while (ret == 0 && num_packets == sizeof (packets) / sizeof (packets[0]));
+ while (num_packets > 0 && num_packets == max_packets);
-stop_sending:
if (svm_fifo_set_event (udp_session->tx_fifo))
- session_send_io_evt_to_thread (udp_session->tx_fifo, FIFO_EVENT_APP_TX);
+ session_send_io_evt_to_thread (udp_session->tx_fifo, SESSION_IO_EVT_TX);
+stop_sending:
quic_update_timer (ctx);
return 0;
+
+quicly_error:
+ QUIC_DBG (1, "Error sending packets closing connection");
+ quic_connection_closed (ctx->c_c_index);
+ return 1;
}
/*****************************************************************************
* Called from QUIC lib
*****************************************************************************/
+static void
+quic_on_stream_destroy (quicly_stream_t * stream)
+{
+ quic_stream_data_t *stream_data = stream->data;
+ u32 sctx_id = stream_data->ctx_id;
+ quic_ctx_t *sctx = quic_ctx_get (sctx_id);
+ QUIC_DBG (2, "Stream %ld (ctx %u) destroyed", stream->stream_id, sctx_id);
+ session_transport_delete_notify (&sctx->connection);
+ quic_ctx_free (sctx);
+ quicly_streambuf_destroy (stream);
+}
+
static int
quic_on_stop_sending (quicly_stream_t * stream, int error_code)
{
quic_on_receive (quicly_stream_t * stream, size_t off, const void *src,
size_t len)
{
- QUIC_DBG (2, "received data: %lu bytes", len);
- u32 to_enqueue, ctx_id;
+/* QUIC_DBG (2, "received data: %lu bytes", len); */
+ u32 max_enq, ctx_id, ret;
quic_ctx_t *sctx;
session_t *stream_session;
svm_fifo_t *rx_fifo;
app_worker_t *app_wrk;
+ int rv;
+ ptls_iovec_t input;
+
+ if ((rv = quicly_streambuf_ingress_receive (stream, off, src, len)) != 0)
+ {
+ clib_warning ("quicly_streambuf_ingress_receive Failed");
+ return rv;
+ }
+
+ if ((input = quicly_streambuf_ingress_get (stream)).len == 0)
+ {
+ QUIC_DBG (2, "No data, ignoring");
+ return QUICLY_ERROR_PACKET_IGNORED;
+ }
+
+ QUIC_DBG (1, "Got %lu bytes in RX", input.len);
ctx_id = ((quic_stream_data_t *) stream->data)->ctx_id;
sctx = quic_ctx_get (ctx_id);
stream_session = session_get (sctx->c_s_index, vlib_get_thread_index ());
rx_fifo = stream_session->rx_fifo;
- to_enqueue = svm_fifo_max_enqueue (rx_fifo);
- if (to_enqueue > len)
- to_enqueue = len;
- // TODO what happens to the excess bytes?
+ max_enq = svm_fifo_max_enqueue (rx_fifo);
- svm_fifo_enqueue (rx_fifo, to_enqueue, src);
+ if (!max_enq)
+ {
+ QUIC_DBG (2, "RX FIFO full on stream receive");
+ rv = QUICLY_ERROR_PACKET_IGNORED;
+ goto notify_app;
+ }
+ len = clib_min (max_enq, input.len);
+ ret = svm_fifo_enqueue (rx_fifo, len, input.base);
+ if (ret != len)
+ {
+ QUIC_DBG (2, "Not enough data to dequeue");
+ return 1;
+ }
+ quicly_streambuf_ingress_shift (stream, len);
+ rv = 0;
- // Notify app
+notify_app:
app_wrk = app_worker_get_if_valid (stream_session->app_wrk_index);
if (PREDICT_TRUE (app_wrk != 0))
app_worker_lock_and_send_event (app_wrk, stream_session,
SESSION_IO_EVT_RX);
+ return rv;
+}
+
+void
+quic_streambuf_egress_shift (quicly_stream_t * stream, size_t delta)
+{
+ quicly_streambuf_egress_shift (stream, delta);
+}
+
+int
+quic_streambuf_egress_emit (quicly_stream_t * stream, size_t off, void *dst,
+ size_t * len, int *wrote_all)
+{
+ quicly_streambuf_t *sbuf = stream->data;
+
+ assert (off < sbuf->egress.buf.off);
+
+ if (off + *len < sbuf->egress.buf.off)
+ {
+ *wrote_all = 0;
+ }
+ else
+ {
+ *len = sbuf->egress.buf.off - off;
+ *wrote_all = 1;
+ }
+
+ QUIC_DBG (1, "EGRESS %lu bytes in TX", *len);
+ memcpy (dst, sbuf->egress.buf.base + off, *len);
+
return 0;
}
static const quicly_stream_callbacks_t quic_stream_callbacks = {
- .on_destroy = quicly_streambuf_destroy,
- .on_send_shift = quicly_streambuf_egress_shift,
- .on_send_emit = quicly_streambuf_egress_emit,
+ .on_destroy = quic_on_stream_destroy,
+ .on_send_shift = quic_streambuf_egress_shift,
+ .on_send_emit = quic_streambuf_egress_emit,
.on_send_stop = quic_on_stop_sending,
.on_receive = quic_on_receive,
.on_receive_reset = quic_on_receive_reset
quic_accept_stream (void *s)
{
quicly_stream_t *stream = (quicly_stream_t *) s;
- session_t *stream_session, *quic_session;
+ session_t *stream_session;
quic_stream_data_t *stream_data;
app_worker_t *app_wrk;
quic_ctx_t *qctx, *sctx;
u32 qctx_id, sctx_id;
+ quic_main_t *qm = &quic_main;
int rv;
sctx_id = quic_ctx_alloc ();
sctx->c_quic_ctx_id.stream = stream;
sctx->c_quic_ctx_id.stream_session_handle = session_handle (stream_session);
- quic_session =
- session_get_from_handle (qctx->c_quic_ctx_id.quic_session_handle);
stream_data = (quic_stream_data_t *) stream->data;
stream_data->ctx_id = sctx_id;
sctx->c_s_index = stream_session->session_index;
stream_session->session_state = SESSION_STATE_CREATED;
+ stream_session->flags |= SESSION_F_QUIC_STREAM;
stream_session->app_wrk_index = sctx->c_quic_ctx_id.parent_app_wrk_id;
stream_session->connection_index = sctx->c_c_index;
stream_session->session_type =
session_type_from_proto_and_ip (TRANSPORT_PROTO_QUIC,
qctx->c_quic_ctx_id.udp_is_ip4);
- stream_session->opaque = QUIC_SESSION_TYPE_STREAM;
- stream_session->listener_index = quic_session->session_index;
+ stream_session->listener_index = qm->fake_app_listener_index;
stream_session->app_index = sctx->c_quic_ctx_id.parent_app_id;
app_wrk = app_worker_get (stream_session->app_wrk_index);
return ret;
}
stream->callbacks = &quic_stream_callbacks;
- // Notify accept on parent qsession, but only if this is not a locally
- // initiated stream
+ /* Notify accept on parent qsession, but only if this is not a locally
+ * initiated stream */
if (!quicly_stream_is_self_initiated (stream))
{
quic_accept_stream (stream);
int code, uint64_t frame_type,
const char *reason, size_t reason_len)
{
- QUIC_DBG (2, "connection closed, reason: %s", reason);
+ QUIC_DBG (2, "connection closed, reason: %.*s", reason, reason_len);
u32 ctx_index = (u64) * quicly_get_data (conn);
quic_ctx_t *ctx = quic_ctx_get (ctx_index);
session_transport_closing_notify (&ctx->connection);
ctx->sign_certificate = &sc.super;
}
+static inline void
+quic_make_connection_key (clib_bihash_kv_16_8_t * kv,
+ const quicly_cid_plaintext_t * id)
+{
+ kv->key[0] = ((u64) id->master_id) << 32 | (u64) id->thread_id;
+ kv->key[1] = id->node_id;
+}
+
static void
quic_connection_closed (u32 ctx_index)
{
+ /* TODO : free fifos */
QUIC_DBG (2, "QUIC connection closed");
+ tw_timer_wheel_1t_3w_1024sl_ov_t *tw;
+ clib_bihash_kv_16_8_t kv;
+ quicly_conn_t *conn;
quic_ctx_t *ctx;
ctx = quic_ctx_get (ctx_index);
ASSERT (!ctx->c_quic_ctx_id.is_stream);
- // TODO if connection is not established, just delete the session?
+ /* TODO if connection is not established, just delete the session? */
- // TODO: close all streams? or is the streams closed cb called by quicly?
+ /* TODO: close all streams? or is the streams closed cb called by quicly? */
+
+ /* Stop the timer */
+ if (ctx->timer_handle != QUIC_TIMER_HANDLE_INVALID)
+ {
+ tw = &quic_main.wrk_ctx[vlib_get_thread_index ()].timer_wheel;
+ tw_timer_stop_1t_3w_1024sl_ov (tw, ctx->timer_handle);
+ }
+
+ /* Delete the connection from the connection map */
+ conn = ctx->c_quic_ctx_id.conn;
+ quic_make_connection_key (&kv, quicly_get_master_id (conn));
+ clib_bihash_add_del_16_8 (&quic_main.connection_hash, &kv, 0 /* is_add */ );
session_transport_delete_notify (&ctx->connection);
- // Do not try to send anything anymore
+ /* Do not try to send anything anymore */
quicly_free (ctx->c_quic_ctx_id.conn);
ctx->c_quic_ctx_id.conn = NULL;
quic_ctx_free (ctx);
}
-static int64_t
-quic_get_time (quicly_now_cb * self)
-{
- // TODO read value set by set_time_now?
- // (needs to change it not to call this function)
- vlib_main_t *vlib_main = vlib_get_main ();
- f64 time = vlib_time_now (vlib_main);
- return (int64_t) (time * 1000.f);
-}
-quicly_now_cb quicly_vpp_now_cb = { quic_get_time };
-
static void
allocate_quicly_ctx (application_t * app, u8 is_client)
{
app->quicly_ctx = (u64 *) quicly_ctx;
memcpy (quicly_ctx, &quicly_default_context, sizeof (quicly_context_t));
+ quicly_ctx->max_packet_size = QUIC_MAX_PACKET_SIZE;
quicly_ctx->tls = &quic_tlsctx;
quicly_ctx->stream_open = &on_stream_open;
quicly_ctx->closed_by_peer = &on_closed_by_peer;
quicly_amend_ptls_context (quicly_ctx->tls);
- quicly_ctx->event_log.mask = 0;
+ quicly_ctx->event_log.mask = 0; /* logs */
quicly_ctx->event_log.cb = quicly_new_default_event_log_cb (stderr);
quicly_ctx->transport_params.max_data = QUIC_INT_MAX;
* BEGIN TIMERS HANDLING
*****************************************************************************/
+static int64_t
+quic_get_thread_time (u8 thread_index)
+{
+ return quic_main.wrk_ctx[thread_index].time_now;
+}
+
+static int64_t
+quic_get_time (quicly_now_cb * self)
+{
+ u8 thread_index = vlib_get_thread_index ();
+ return quic_get_thread_time (thread_index);
+}
+
static u32
quic_set_time_now (u32 thread_index)
{
- quic_main.wrk_ctx[thread_index].time_now = quic_get_time (NULL);
+ vlib_main_t *vlib_main = vlib_get_main ();
+ f64 time = vlib_time_now (vlib_main);
+ quic_main.wrk_ctx[thread_index].time_now = (int64_t) (time * 1000.f);
return quic_main.wrk_ctx[thread_index].time_now;
}
+/* Transport proto callback */
+static void
+quic_update_time (f64 now, u8 thread_index)
+{
+ tw_timer_wheel_1t_3w_1024sl_ov_t *tw;
+
+ tw = &quic_main.wrk_ctx[thread_index].timer_wheel;
+ quic_set_time_now (thread_index);
+ tw_timer_expire_timers_1t_3w_1024sl_ov (tw, now);
+}
+
static void
quic_timer_expired (u32 conn_index)
{
quic_ctx_t *ctx;
- QUIC_DBG (2, "Timer expired for conn %u at %ld", conn_index,
+ QUIC_DBG (5, "Timer expired for conn %u at %ld", conn_index,
quic_get_time (NULL));
ctx = quic_ctx_get (conn_index);
ctx->timer_handle = QUIC_TIMER_HANDLE_INVALID;
- if (quic_send_packets (ctx))
- {
- quic_connection_closed (conn_index);
- }
+ quic_send_packets (ctx);
}
static void
quic_update_timer (quic_ctx_t * ctx)
{
tw_timer_wheel_1t_3w_1024sl_ov_t *tw;
- int64_t next_timeout;
+ int64_t next_timeout, next_interval;
+ session_t *quic_session;
- // This timeout is in ms which is the unit of our timer
+ /* This timeout is in ms which is the unit of our timer */
next_timeout = quicly_get_first_timeout (ctx->c_quic_ctx_id.conn);
+ next_interval = next_timeout - quic_get_time (NULL);
+
+ if (next_timeout == 0 || next_interval <= 0)
+ {
+ if (ctx->c_s_index == QUIC_SESSION_INVALID)
+ {
+ next_interval = 1;
+ }
+ else
+ {
+ quic_session = session_get (ctx->c_s_index, ctx->c_thread_index);
+ if (svm_fifo_set_event (quic_session->tx_fifo))
+ session_send_io_evt_to_thread_custom (quic_session,
+ quic_session->thread_index,
+ SESSION_IO_EVT_BUILTIN_TX);
+ return;
+ }
+ }
+
tw = &quic_main.wrk_ctx[vlib_get_thread_index ()].timer_wheel;
- f64 next_timeout_f = ((f64) next_timeout) / 1000.f;
- // clib_warning ("Timer set to %ld (%lf)", next_timeout, next_timeout_f);
+ QUIC_DBG (5, "Timer set to %ld (int %ld) for ctx %u", next_timeout,
+ next_interval, ctx->c_c_index);
if (ctx->timer_handle == QUIC_TIMER_HANDLE_INVALID)
{
if (next_timeout == INT64_MAX)
- return;
+ {
+ QUIC_DBG (5, "timer for ctx %u already stopped", ctx->c_c_index);
+ return;
+ }
ctx->timer_handle =
- tw_timer_start_1t_3w_1024sl_ov (tw, ctx->c_c_index, 0,
- next_timeout_f);
+ tw_timer_start_1t_3w_1024sl_ov (tw, ctx->c_c_index, 0, next_interval);
}
else
{
{
tw_timer_stop_1t_3w_1024sl_ov (tw, ctx->timer_handle);
ctx->timer_handle = QUIC_TIMER_HANDLE_INVALID;
+ QUIC_DBG (5, "Stopping timer for ctx %u", ctx->c_c_index);
}
else
tw_timer_update_1t_3w_1024sl_ov (tw, ctx->timer_handle,
- next_timeout_f);
+ next_interval);
}
+ return;
}
static void
if (sep->port == 0)
{
- // TODO: better logic to detect if this is a stream or a connection request
+ /* TODO: better logic to detect if this is a stream or a connection request */
connect_stream = 1;
}
app_worker_t *app_wrk;
quic_ctx_t *qctx, *sctx;
u32 sctx_index;
+ quic_main_t *qm = &quic_main;
int rv;
- // Find base session to which the user want to attach a stream
+ /* Find base session to which the user want to attach a stream */
quic_session_handle = sep->transport_opts;
QUIC_DBG (2, "Opening new stream (qsession %u)", sep->transport_opts);
quic_session = session_get_from_handle (quic_session_handle);
return -1;
}
- sctx_index = quic_ctx_alloc (); // Allocate before we get pointers
+ app_wrk = app_worker_get_if_valid (quic_session->app_wrk_index);
+ if (!app_wrk)
+ {
+ QUIC_DBG (1, "Invalid app worker :(");
+ return -1;
+ }
+
+ sctx_index = quic_ctx_alloc (); /* Allocate before we get pointers */
sctx = quic_ctx_get (sctx_index);
qctx = quic_ctx_get (quic_session->connection_index);
if (qctx->c_quic_ctx_id.is_stream)
QUIC_DBG (2, "Opened stream %d, creating session", stream->stream_id);
- app_wrk = app_worker_get_if_valid (quic_session->app_wrk_index);
-
stream_session = session_alloc (qctx->c_thread_index);
QUIC_DBG (1, "Created stream_session, id %u ctx %u",
stream_session->session_index, sctx_index);
- stream_session->app_wrk_index = quic_session->app_wrk_index;
+ stream_session->flags |= SESSION_F_QUIC_STREAM;
+ stream_session->app_wrk_index = app_wrk->wrk_index;
stream_session->connection_index = sctx_index;
+ stream_session->listener_index = qm->fake_app_listener_index;
stream_session->session_type =
session_type_from_proto_and_ip (TRANSPORT_PROTO_QUIC,
qctx->c_quic_ctx_id.udp_is_ip4);
- stream_session->opaque = QUIC_SESSION_TYPE_STREAM;
+
sctx->c_s_index = stream_session->session_index;
sctx->c_quic_ctx_id.stream_session_handle = session_handle (stream_session);
ctx_index = quic_ctx_alloc ();
ctx = quic_ctx_get (ctx_index);
ctx->c_quic_ctx_id.parent_app_wrk_id = sep->app_wrk_index;
- ctx->c_s_index = 0xFAFAFAFA;
+ ctx->c_s_index = QUIC_SESSION_INVALID;
+ ctx->c_c_index = ctx_index;
ctx->c_quic_ctx_id.udp_is_ip4 = sep->is_ip4;
ctx->timer_handle = QUIC_TIMER_HANDLE_INVALID;
ctx->conn_state = QUIC_CONN_STATE_HANDSHAKE;
}
else
{
- // needed by quic for crypto + determining client / server
+ /* needed by quic for crypto + determining client / server */
ctx->srv_hostname =
format (0, "%U", format_ip46_address, &sep->ip, sep->is_ip4);
}
clib_memcpy (&cargs->sep, sep, sizeof (session_endpoint_cfg_t));
- cargs->sep.transport_proto = TRANSPORT_PROTO_UDP;
+ cargs->sep.transport_proto = TRANSPORT_PROTO_UDPC;
cargs->app_index = qm->app_index;
cargs->api_context = ctx_index;
if ((error = vnet_connect (cargs)))
return error;
- QUIC_DBG (1, "New connect request %u", ctx_index);
return 0;
}
quic_disconnect (u32 ctx_index, u32 thread_index)
{
QUIC_DBG (2, "Called quic_disconnect");
- //tw_timer_wheel_1t_3w_1024sl_ov_t *tw;
quic_ctx_t *ctx;
- QUIC_DBG (1, "Closing connection %x", ctx_index);
-
ctx = quic_ctx_get (ctx_index);
if (ctx->c_quic_ctx_id.is_stream)
{
+ QUIC_DBG (1, "Closing stream %x", ctx_index);
quicly_stream_t *stream = ctx->c_quic_ctx_id.stream;
quicly_reset_stream (stream, 0x30000);
- session_transport_delete_notify (&ctx->connection);
- quic_ctx_free (ctx);
}
else
{
+ QUIC_DBG (1, "Closing connection %x", ctx_index);
quicly_conn_t *conn = ctx->c_quic_ctx_id.conn;
- // Start connection closing. Keep sending packets until quicly_send
- // returns QUICLY_ERROR_FREE_CONNECTION
+ /* Start connection closing. Keep sending packets until quicly_send
+ returns QUICLY_ERROR_FREE_CONNECTION */
quicly_close (conn, 0, "");
- quic_send_packets (ctx);
+ /* This also causes all streams to be closed (and the cb called) */
+ if (quic_send_packets (ctx))
+ {
+ QUIC_DBG (2, "closing connection in disconnect");
+ quic_connection_closed (ctx->c_c_index);
+ }
}
}
sep = (session_endpoint_cfg_t *) tep;
app_wrk = app_worker_get (sep->app_wrk_index);
- // We need to call this because we call app_worker_init_connected in
- // quic_accept_stream, which assumes the connect segment manager exists
+ /* We need to call this because we call app_worker_init_connected in
+ * quic_accept_stream, which assumes the connect segment manager exists */
app_worker_alloc_connects_segment_manager (app_wrk);
app = application_get (app_wrk->app_index);
QUIC_DBG (2, "Called quic_start_listen for app %d", app_wrk->app_index);
allocate_quicly_ctx (app, 0 /* is_client */ );
- sep->transport_proto = TRANSPORT_PROTO_UDP;
+ sep->transport_proto = TRANSPORT_PROTO_UDPC;
memset (args, 0, sizeof (*args));
args->app_index = qm->app_index;
args->sep_ext = *sep;
if (vnet_listen (args))
return -1;
- lctx_index = quic_ctx_alloc (); // listener
+ lctx_index = quic_ctx_alloc (); /* listener */
udp_handle = args->handle;
app_listener = app_listener_get_w_handle (udp_handle);
udp_listen_session = app_listener_get_session (app_listener);
udp_listen_session->opaque = lctx_index;
quic_listen_session = listen_session_get (quic_listen_session_index);
- quic_listen_session->opaque = QUIC_SESSION_TYPE_LISTEN;
- lctx = quic_ctx_get (lctx_index); // listener
+ lctx = quic_ctx_get (lctx_index); /* listener */
lctx->is_listener = 1;
lctx->c_quic_ctx_id.parent_app_wrk_id = sep->app_wrk_index;
lctx->c_quic_ctx_id.parent_app_id = app_wrk->app_index;
QUIC_DBG (2, "Called quic_stop_listen");
quic_ctx_t *lctx;
- lctx = quic_ctx_get (lctx_index); // listener
+ lctx = quic_ctx_get (lctx_index); /* listener */
vnet_unlisten_args_t a = {
.handle = lctx->c_quic_ctx_id.udp_session_handle,
.app_index = quic_main.app_index,
if (vnet_unlisten (&a))
clib_warning ("unlisten errored");
- // TODO: crypto state cleanup
+ /* TODO: crypto state cleanup */
- quic_ctx_free (lctx); // listener
+ quic_ctx_free (lctx); /* listener */
return 0;
}
return &ctx->connection;
}
-static void
-quic_update_time (f64 now, u8 thread_index)
-{
- tw_timer_wheel_1t_3w_1024sl_ov_t *tw;
-
- tw = &quic_main.wrk_ctx[thread_index].timer_wheel;
- quic_set_time_now (thread_index);
- tw_timer_expire_timers_1t_3w_1024sl_ov (tw, now);
-}
-
static u8 *
format_quic_connection (u8 * s, va_list * args)
{
- s = format (s, "[QUIC] connection"); //TODO
+ s = format (s, "[QUIC] connection"); /* TODO */
return s;
}
return s;
}
-// TODO improve
+/* TODO improve */
static u8 *
format_quic_listener (u8 * s, va_list * args)
{
- s = format (s, "[QUIC] listener"); // TODO
+ s = format (s, "[QUIC] listener"); /* TODO */
return s;
}
session_t *quic_session;
app_worker_t *app_wrk;
u32 ctx_id = ctx->c_c_index;
+ quic_main_t *qm = &quic_main;
app_wrk = app_worker_get_if_valid (ctx->c_quic_ctx_id.parent_app_wrk_id);
if (!app_wrk)
ctx->c_s_index = quic_session->session_index;
quic_session->app_wrk_index = ctx->c_quic_ctx_id.parent_app_wrk_id;
quic_session->connection_index = ctx->c_c_index;
- quic_session->opaque = QUIC_SESSION_TYPE_QUIC;
+ quic_session->listener_index = qm->fake_app_listener_index;
quic_session->session_type =
session_type_from_proto_and_ip (TRANSPORT_PROTO_QUIC,
ctx->c_quic_ctx_id.udp_is_ip4);
return -1;
}
- // If the app opens a stream in its callback it may invalidate ctx
+ /* If the app opens a stream in its callback it may invalidate ctx */
ctx = quic_ctx_get (ctx_id);
ctx->c_quic_ctx_id.quic_session_handle = session_handle (quic_session);
quic_session->session_state = SESSION_STATE_LISTENING;
{
QUIC_DBG (2, "QSession is now connected (id %u)",
udp_session->session_index);
- // This should always be called before quic_connect returns since UDP always
- // connects instantly.
+ /* This should always be called before quic_connect returns since UDP always
+ * connects instantly. */
+ clib_bihash_kv_16_8_t kv;
struct sockaddr_in6 sa6;
struct sockaddr *sa = (struct sockaddr *) &sa6;
socklen_t salen;
transport_connection_t *tc;
+ app_worker_t *app_wrk;
+ quicly_conn_t *conn;
+ application_t *app;
quic_ctx_t *ctx;
int ret;
- application_t *app;
- app_worker_t *app_wrk;
ctx = quic_ctx_get (ctx_index);
if (is_fail)
is_fail, vlib_get_thread_index (), (ctx) ? ctx_index : ~0);
ctx->c_quic_ctx_id.udp_session_handle = session_handle (udp_session);
- udp_session->opaque = ctx_index;
+ udp_session->opaque = ctx->c_quic_ctx_id.parent_app_id;
udp_session->session_state = SESSION_STATE_READY;
- // Init QUIC lib connection
- // Generate required sockaddr & salen
+ /* Init QUIC lib connection
+ * Generate required sockaddr & salen */
tc = session_get_transport (udp_session);
quic_build_sockaddr (sa, &salen, &tc->rmt_ip, tc->rmt_port, tc->is_ip4);
(char *) ctx->srv_hostname, sa, salen,
&quic_main.next_cid, &quic_main.hs_properties, NULL);
++quic_main.next_cid.master_id;
- // Save context handle in quicly connection
+ /* Save context handle in quicly connection */
*quicly_get_data (ctx->c_quic_ctx_id.conn) = (void *) (u64) ctx_index;
assert (ret == 0);
- int rv = quic_send_packets (ctx);
- if (rv)
+ /* Register connection in connections map */
+ conn = ctx->c_quic_ctx_id.conn;
+ quic_make_connection_key (&kv, quicly_get_master_id (conn));
+ kv.value = ((u64) vlib_get_thread_index ()) << 32 | (u64) ctx_index;
+ QUIC_DBG (1, "Registering conn with id %lu %lu", kv.key[0], kv.key[1]);
+ clib_bihash_add_del_16_8 (&quic_main.connection_hash, &kv, 1 /* is_add */ );
+
+ quic_send_packets (ctx);
+
+ /* UDP stack quirk? preemptively transfer connection if that happens */
+ if (udp_session->thread_index != vlib_get_thread_index ())
+ quic_transfer_connection (ctx_index, udp_session->thread_index);
+
+ return ret;
+}
+
+static void
+quic_receive_connection (void *arg)
+{
+ u32 new_ctx_id, thread_index = vlib_get_thread_index ();
+ quic_ctx_t *temp_ctx, *new_ctx;
+ clib_bihash_kv_16_8_t kv;
+ quicly_conn_t *conn;
+
+ temp_ctx = arg;
+ new_ctx_id = quic_ctx_alloc ();
+ new_ctx = quic_ctx_get (new_ctx_id);
+
+ QUIC_DBG (3, "Received conn %u (now %u)", temp_ctx->c_thread_index,
+ new_ctx_id);
+
+
+ memcpy (new_ctx, temp_ctx, sizeof (quic_ctx_t));
+ free (temp_ctx);
+
+ new_ctx->c_thread_index = thread_index;
+ new_ctx->c_c_index = new_ctx_id;
+
+ conn = new_ctx->c_quic_ctx_id.conn;
+ quic_make_connection_key (&kv, quicly_get_master_id (conn));
+ kv.value = ((u64) thread_index) << 32 | (u64) new_ctx_id;
+ QUIC_DBG (1, "Registering conn with id %lu %lu", kv.key[0], kv.key[1]);
+ clib_bihash_add_del_16_8 (&quic_main.connection_hash, &kv, 1 /* is_add */ );
+ new_ctx->timer_handle = QUIC_TIMER_HANDLE_INVALID;
+ quic_update_timer (new_ctx);
+
+ /* Trigger read on this connection ? */
+}
+
+static void
+quic_transfer_connection (u32 ctx_index, u32 dest_thread)
+{
+ tw_timer_wheel_1t_3w_1024sl_ov_t *tw;
+ quic_ctx_t *ctx, *temp_ctx;
+ clib_bihash_kv_16_8_t kv;
+ quicly_conn_t *conn;
+
+ QUIC_DBG (3, "Transferring conn %u to thread %u", ctx_index, dest_thread);
+
+ temp_ctx = malloc (sizeof (quic_ctx_t));
+ ASSERT (temp_ctx);
+ ctx = quic_ctx_get (ctx_index);
+
+ memcpy (temp_ctx, ctx, sizeof (quic_ctx_t));
+
+ /* Remove from lookup hash, timer wheel and thread-local pool */
+ conn = ctx->c_quic_ctx_id.conn;
+ quic_make_connection_key (&kv, quicly_get_master_id (conn));
+ clib_bihash_add_del_16_8 (&quic_main.connection_hash, &kv, 0 /* is_add */ );
+ if (ctx->timer_handle != QUIC_TIMER_HANDLE_INVALID)
{
- QUIC_DBG (1, "Error sending packets %d, closing connection", rv);
- quic_connection_closed (ctx_index);
+ tw = &quic_main.wrk_ctx[vlib_get_thread_index ()].timer_wheel;
+ tw_timer_stop_1t_3w_1024sl_ov (tw, ctx->timer_handle);
}
- return ret;
+ quic_ctx_free (ctx);
+
+ /* Send connection to destination thread */
+ session_send_rpc_evt_to_thread (dest_thread, quic_receive_connection,
+ (void *) temp_ctx);
+}
+
+static void
+quic_transfer_connection_rpc (void *arg)
+{
+ u64 arg_int = (u64) arg;
+ u32 ctx_index, dest_thread;
+
+ ctx_index = (u32) (arg_int >> 32);
+ dest_thread = (u32) (arg_int & UINT32_MAX);
+ quic_transfer_connection (ctx_index, dest_thread);
+}
+
+/*
+ * This assumes that the connection is not yet associated to a session
+ * So currently it only works on the client side when receiving the first packet
+ * from the server
+ */
+static void
+quic_move_connection_to_thread (u32 ctx_index, u32 owner_thread,
+ u32 to_thread)
+{
+ QUIC_DBG (3, "Requesting transfer of conn %u from thread %u", ctx_index,
+ owner_thread);
+ u64 arg = ((u64) ctx_index) << 32 | to_thread;
+ session_send_rpc_evt_to_thread (owner_thread, quic_transfer_connection_rpc,
+ (void *) arg);
}
static void
}
int
-quic_session_accepted_callback (session_t * s)
+quic_session_accepted_callback (session_t * udp_session)
{
- /* never called */
+ /* New UDP connection, try to accept it */
+ QUIC_DBG (1, "UDP session accepted");
+ u32 ctx_index;
+ u32 *pool_index;
+ quic_ctx_t *ctx, *lctx;
+ session_t *udp_listen_session;
+
+ udp_listen_session = listen_session_get (udp_session->listener_index);
+
+ ctx_index = quic_ctx_alloc ();
+ ctx = quic_ctx_get (ctx_index);
+ ctx->c_thread_index = udp_session->thread_index;
+ ctx->c_c_index = ctx_index;
+ ctx->c_s_index = QUIC_SESSION_INVALID;
+ ctx->c_quic_ctx_id.udp_session_handle = session_handle (udp_session);
+ ctx->c_quic_ctx_id.listener_ctx_id = udp_listen_session->opaque;
+ lctx = quic_ctx_get_w_thread (udp_listen_session->opaque,
+ udp_listen_session->thread_index);
+ ctx->c_quic_ctx_id.udp_is_ip4 = lctx->c_quic_ctx_id.udp_is_ip4;
+ ctx->c_quic_ctx_id.parent_app_id = lctx->c_quic_ctx_id.parent_app_id;
+ ctx->c_quic_ctx_id.parent_app_wrk_id =
+ lctx->c_quic_ctx_id.parent_app_wrk_id;
+ ctx->timer_handle = QUIC_TIMER_HANDLE_INVALID;
+ ctx->conn_state = QUIC_CONN_STATE_OPENED;
+
+ udp_session->opaque = ctx->c_quic_ctx_id.parent_app_id;
+
+ /* Put this ctx in the "opening" pool */
+ pool_get (quic_main.wrk_ctx[ctx->c_thread_index].opening_ctx_pool,
+ pool_index);
+ *pool_index = ctx_index;
+
+ /* TODO timeout to delete these if they never connect */
return 0;
}
static int
quic_custom_tx_callback (void *s)
{
- QUIC_DBG (2, "Called quic_custom_tx_callback");
session_t *stream_session = (session_t *) s;
quic_ctx_t *ctx;
svm_fifo_t *f;
quicly_stream_t *stream;
- u32 deq_max;
+ u32 deq_max, rv;
u8 *data;
if (PREDICT_FALSE
ctx = quic_ctx_get (stream_session->connection_index);
if (PREDICT_FALSE (!ctx->c_quic_ctx_id.is_stream))
{
- QUIC_DBG (1, "Error: trying to send on quic session not stream");
- return -1;
+ goto tx_end; /* Most probably a reschedule */
}
- stream = ctx->c_quic_ctx_id.stream;
+ if (!ctx->c_quic_ctx_id.stream->sendstate.is_open)
+ {
+ QUIC_DBG (3, "Warning: tried to send on closed stream");
+ return -1;
+ }
f = stream_session->tx_fifo;
deq_max = svm_fifo_max_dequeue (f);
if (!deq_max)
- return 0;
+ goto tx_end;
- data = svm_fifo_head (f);
- if (quicly_streambuf_egress_write (stream, data, deq_max))
+ data = malloc (deq_max);
+ rv = svm_fifo_peek (f, 0, deq_max, data);
+ if (rv != deq_max)
{
- assert (0);
- return 0;
+ QUIC_DBG (2, "Not enough data dequeued in TX");
+ return 1;
}
- QUIC_DBG (2, "Sent %u bytes", deq_max);
- svm_fifo_dequeue_drop (f, deq_max);
- int rv = quic_send_packets (ctx);
+ stream = ctx->c_quic_ctx_id.stream;
+
+ rv = quicly_streambuf_egress_write (stream, data, deq_max);
+ free (data);
if (rv)
+ return rv;
+ rv = svm_fifo_dequeue_drop (f, deq_max);
+ if (rv != deq_max)
{
- QUIC_DBG (1, "TX error sending packets %d, closing connection", rv);
- quic_connection_closed (ctx->c_quic_ctx_id.quic_connection_ctx_id);
+ QUIC_DBG (2, "Not enough data dropped in TX");
+ return 1;
}
+ QUIC_DBG (2, "Sent %u bytes", deq_max);
+
+tx_end:
+ quic_send_packets (ctx);
return 0;
}
+
+/*
+ * Returns 0 if a matching connection is found and is on the right thread.
+ * If a connection is found, even on the wrong thread, ctx_thread and ctx_index
+ * will be set.
+ */
static inline int
-quic_find_packet_ctx (quic_ctx_t ** ctx, quicly_conn_t ** conn,
+quic_find_packet_ctx (u32 * ctx_thread, u32 * ctx_index,
struct sockaddr *sa, socklen_t salen,
- quicly_decoded_packet_t packet)
+ quicly_decoded_packet_t * packet,
+ u32 caller_thread_index)
{
quic_ctx_t *ctx_;
quicly_conn_t *conn_;
- /* *INDENT-OFF* */
- pool_foreach (ctx_, quic_main.ctx_pool[vlib_get_thread_index()],
- ({
- conn_ = ctx_->c_quic_ctx_id.conn;
- if (!ctx_->c_quic_ctx_id.is_stream && conn_ && !ctx_->is_listener)
- {
- if (quicly_is_destination(conn_, sa, salen, &packet))
- {
- *conn = conn_;
- *ctx = ctx_;
- // QUIC_DBG (2, "connection_found");
- return 0;
- }
- }
- }));
- /* *INDENT-ON* */
- return 0;
+ clib_bihash_kv_16_8_t kv;
+ clib_bihash_16_8_t *h;
+
+ h = &quic_main.connection_hash;
+ quic_make_connection_key (&kv, &packet->cid.dest.plaintext);
+
+ if (clib_bihash_search_16_8 (h, &kv, &kv) == 0)
+ {
+ u32 index = kv.value & UINT32_MAX;
+ u32 thread_id = kv.value >> 32;
+ /* Check if this connection belongs to this thread, otherwise
+ * ask for it to be moved */
+ if (thread_id != caller_thread_index)
+ {
+ QUIC_DBG (3, "Connection is on wrong thread");
+ /* Cannot make full check with quicly_is_destination... */
+ *ctx_index = index;
+ *ctx_thread = thread_id;
+ return -1;
+ }
+ ctx_ = quic_ctx_get (index);
+ conn_ = ctx_->c_quic_ctx_id.conn;
+ if (conn_ && quicly_is_destination (conn_, sa, salen, packet))
+ {
+ QUIC_DBG (4, "Connection found");
+ *ctx_index = index;
+ *ctx_thread = thread_id;
+ return 0;
+ }
+ }
+ QUIC_DBG (3, "connection not found");
+ return -1;
}
static int
quic_receive (quic_ctx_t * ctx, quicly_conn_t * conn,
quicly_decoded_packet_t packet)
{
+ int rv;
u32 ctx_id = ctx->c_c_index;
- quicly_receive (conn, &packet);
- // ctx pointer may change if a new stream is opened
+ rv = quicly_receive (conn, &packet);
+ if (rv) /* TOOD : QUICLY_ERROR_PACKET_IGNORED sould be handled */
+ {
+ QUIC_DBG (1, "Quicly receive ignored packet code : %u", rv);
+ return 0;
+ }
+ /* ctx pointer may change if a new stream is opened */
ctx = quic_ctx_get (ctx_id);
- // Conn may be set to null if the connection is terminated
+ /* Conn may be set to null if the connection is terminated */
if (ctx->c_quic_ctx_id.conn && ctx->conn_state == QUIC_CONN_STATE_HANDSHAKE)
{
if (quicly_connection_is_ready (conn))
}
}
}
- if (quic_send_packets (ctx))
- {
- quic_connection_closed (ctx->c_c_index);
- }
- return 0;
+ return quic_send_packets (ctx);
}
static int
ctx->c_quic_ctx_id.udp_is_ip4);
quic_session->listener_index = quic_listen_session->session_index;
quic_session->app_index = quic_main.app_index;
- quic_session->opaque = QUIC_SESSION_TYPE_QUIC;
- // TODO: don't alloc fifos when we don't transfer data on this session
- // but we still need fifos for the events?
+ /* TODO: don't alloc fifos when we don't transfer data on this session
+ * but we still need fifos for the events? */
if ((rv = app_worker_init_accepted (quic_session)))
{
QUIC_DBG (1, "failed to allocate fifos");
return rv;
}
ctx->c_quic_ctx_id.quic_session_handle = session_handle (quic_session);
- ctx->c_quic_ctx_id.parent_app_id = lctx->c_quic_ctx_id.parent_app_id;
- ctx->c_quic_ctx_id.udp_is_ip4 = lctx->c_quic_ctx_id.udp_is_ip4;
- ctx->c_quic_ctx_id.parent_app_wrk_id = quic_session->app_wrk_index;
session_lookup_add_connection (&ctx->connection,
session_handle (quic_session));
app_wrk = app_worker_get (quic_session->app_wrk_index);
static int
quic_create_connection (quicly_context_t * quicly_ctx,
- u64 udp_session_handle, u32 lctx_index,
+ u64 udp_session_handle, u32 ctx_index,
struct sockaddr *sa,
socklen_t salen, quicly_decoded_packet_t packet)
{
+ clib_bihash_kv_16_8_t kv;
quic_ctx_t *ctx;
- u32 ctx_index;
quicly_conn_t *conn;
int rv;
- /* new connection, accept and create context if packet is valid */
- // TODO: check if socket is actually listening?
+ /* new connection, accept and create context if packet is valid
+ * TODO: check if socket is actually listening? */
if ((rv = quicly_accept (&conn, quicly_ctx, sa, salen,
&packet, ptls_iovec_init (NULL, 0),
&quic_main.next_cid, NULL)))
{
- // Invalid packet, pass
+ /* Invalid packet, pass */
assert (conn == NULL);
QUIC_DBG (2, "Accept failed with %d", rv);
+ /* TODO: cleanup created quic ctx and UDP session */
return 0;
}
assert (conn != NULL);
++quic_main.next_cid.master_id;
- // Create context
- ctx_index = quic_ctx_alloc ();
ctx = quic_ctx_get (ctx_index);
- // Save ctx handle in quicly connection
+ /* Save ctx handle in quicly connection */
*quicly_get_data (conn) = (void *) (u64) ctx_index;
-
- ctx->c_thread_index = vlib_get_thread_index ();
- ctx->c_c_index = ctx_index;
- ctx->c_quic_ctx_id.udp_session_handle = udp_session_handle;
- ctx->c_quic_ctx_id.listener_ctx_id = lctx_index;
- ctx->timer_handle = QUIC_TIMER_HANDLE_INVALID;
ctx->c_quic_ctx_id.conn = conn;
+ ctx->conn_state = QUIC_CONN_STATE_HANDSHAKE;
quic_create_quic_session (ctx);
- if (quic_send_packets (ctx))
- {
- quic_connection_closed (ctx_index);
- }
- return 0;
+ /* Register connection in connections map */
+ quic_make_connection_key (&kv, quicly_get_master_id (conn));
+ kv.value = ((u64) vlib_get_thread_index ()) << 32 | (u64) ctx_index;
+ clib_bihash_add_del_16_8 (&quic_main.connection_hash, &kv, 1 /* is_add */ );
+ QUIC_DBG (1, "Registering conn with id %lu %lu", kv.key[0], kv.key[1]);
+
+ return quic_send_packets (ctx);
}
static int
dgram = quicly_send_stateless_reset (quicly_ctx, sa, salen,
&packet.cid.dest.plaintext);
udp_session = session_get_from_handle (udp_session_handle);
- if (quic_send_datagram (udp_session, dgram)) // TODO : set event on fifo
- QUIC_DBG (2, "Send reset failed");
+ return quic_send_datagram (udp_session, dgram); /* TODO : set event on fifo */
}
return 0;
}
static int
quic_app_rx_callback (session_t * udp_session)
{
- // Read data from UDP rx_fifo and pass it to the quicly conn.
+ /* Read data from UDP rx_fifo and pass it to the quicly conn. */
quicly_decoded_packet_t packet;
session_dgram_hdr_t ph;
application_t *app;
- quicly_conn_t *conn = NULL;
- quic_ctx_t *lctx, *ctx = NULL;
+ quic_ctx_t *ctx = NULL;
svm_fifo_t *f;
size_t plen;
struct sockaddr_in6 sa6;
struct sockaddr *sa = (struct sockaddr *) &sa6;
socklen_t salen;
- u32 max_deq, len;
+ u32 max_deq, len, full_len, ctx_index, ctx_thread = UINT32_MAX, ret;
u8 *data;
- u32 lctx_index = udp_session->opaque;
+ int err;
+ u32 *opening_ctx_pool, *ctx_index_ptr;
+ u32 app_index = udp_session->opaque;
u64 udp_session_handle = session_handle (udp_session);
+ int rv = 0;
+ u32 thread_index = vlib_get_thread_index ();
- // DEBUG
- // lctx = quic_ctx_get (lctx_index);
- // QUIC_DBG (2, "Got RX data on session %d",
- // lctx->c_quic_ctx_id.udp_session_handle);
-
- f = udp_session->rx_fifo;
+ app = application_get_if_valid (app_index);
+ if (!app)
+ {
+ QUIC_DBG (1, "Got RX on detached app");
+ /* TODO: close this session, cleanup state? */
+ return 1;
+ }
do
{
- conn = NULL;
+ udp_session = session_get_from_handle (udp_session_handle); /* session alloc might have happened */
+ f = udp_session->rx_fifo;
+ svm_fifo_unset_event (f);
max_deq = svm_fifo_max_dequeue (f);
if (max_deq < sizeof (session_dgram_hdr_t))
+ return 0;
+
+ ret = svm_fifo_peek (f, 0, SESSION_CONN_HDR_LEN, (u8 *) & ph);
+ if (ret != SESSION_CONN_HDR_LEN)
{
- svm_fifo_unset_event (f);
- return 0;
+ QUIC_DBG (2, "Not enough data for header in RX");
+ return 1;
+ }
+ if (ph.data_length < ph.data_offset)
+ {
+ QUIC_DBG (2, "Not enough data vs offset in RX");
+ return 1;
}
- // QUIC_DBG (2, "Processing one packet at %ld", quic_get_time (NULL));
-
- svm_fifo_unset_event (f);
- svm_fifo_peek (f, 0, sizeof (ph), (u8 *) & ph);
- ASSERT (ph.data_length >= ph.data_offset);
len = ph.data_length - ph.data_offset;
+ full_len = ph.data_length + ph.data_offset + SESSION_CONN_HDR_LEN;
+ if (full_len > max_deq)
+ {
+ QUIC_DBG (2, "Not enough data in fifo RX");
+ return 1;
+ }
- quic_build_sockaddr (sa, &salen, &ph.rmt_ip, ph.rmt_port, ph.is_ip4);
-
- // Quicly can read len bytes from the fifo at offset:
- // ph.data_offset + SESSION_CONN_HDR_LEN
- data = svm_fifo_head (f) + ph.data_offset + SESSION_CONN_HDR_LEN;
+ /* Quicly can read len bytes from the fifo at offset:
+ * ph.data_offset + SESSION_CONN_HDR_LEN */
+ data = malloc (ph.data_length);
+ ret =
+ svm_fifo_peek (f, ph.data_offset + SESSION_CONN_HDR_LEN,
+ ph.data_length, data);
+ if (ret != ph.data_length)
+ {
+ QUIC_DBG (2, "Not enough data peeked in RX");
+ return 1;
+ free (data);
+ }
- lctx = quic_ctx_get (lctx_index);
- app = application_get (lctx->c_quic_ctx_id.parent_app_id);
+ plen =
+ quicly_decode_packet ((quicly_context_t *) app->quicly_ctx, &packet,
+ data, len);
+ rv = 0;
+ quic_build_sockaddr (sa, &salen, &ph.rmt_ip, ph.rmt_port, ph.is_ip4);
plen =
quicly_decode_packet ((quicly_context_t *) app->quicly_ctx, &packet,
data, len);
+
if (plen != SIZE_MAX)
{
- quic_find_packet_ctx (&ctx, &conn, sa, salen, packet);
- if (conn != NULL)
- quic_receive (ctx, conn, packet);
- else if (QUICLY_PACKET_IS_LONG_HEADER (packet.octets.base[0]))
- quic_create_connection ((quicly_context_t *) app->quicly_ctx,
- udp_session_handle, lctx_index,
- sa, salen, packet);
- else if (((quicly_context_t *) app->quicly_ctx)->encrypt_cid)
- quic_reset_connection ((quicly_context_t *) app->quicly_ctx,
- udp_session_handle, sa, salen, packet);
+
+ err = quic_find_packet_ctx (&ctx_thread, &ctx_index, sa, salen,
+ &packet, thread_index);
+ if (err == 0)
+ {
+ ctx = quic_ctx_get_w_thread (ctx_index, thread_index);
+ quic_receive (ctx, ctx->c_quic_ctx_id.conn, packet);
+ }
+ else if (ctx_thread != UINT32_MAX)
+ {
+ /* Connection found but on wrong thread, ask move */
+ quic_move_connection_to_thread (ctx_index, ctx_thread,
+ thread_index);
+ }
+ else if ((packet.octets.base[0] & QUICLY_PACKET_TYPE_BITMASK) ==
+ QUICLY_PACKET_TYPE_INITIAL)
+ {
+ /* Try to find matching "opening" ctx */
+ opening_ctx_pool =
+ quic_main.wrk_ctx[thread_index].opening_ctx_pool;
+
+ /* *INDENT-OFF* */
+ pool_foreach (ctx_index_ptr, opening_ctx_pool,
+ ({
+ ctx = quic_ctx_get_w_thread (*ctx_index_ptr, thread_index);
+ if (ctx->c_quic_ctx_id.udp_session_handle == udp_session_handle)
+ {
+ /* Right ctx found, create conn & remove from pool */
+ quic_create_connection ((quicly_context_t *) app->quicly_ctx,
+ udp_session_handle, *ctx_index_ptr,
+ sa, salen, packet);
+ pool_put (opening_ctx_pool, ctx_index_ptr);
+ goto ctx_search_done;
+ }
+ }));
+ /* *INDENT-ON* */
+
+ }
+ else
+ {
+ quic_reset_connection ((quicly_context_t *) app->quicly_ctx,
+ udp_session_handle, sa, salen, packet);
+ }
}
+ ctx_search_done:
svm_fifo_dequeue_drop (f,
ph.data_length + ph.data_offset +
SESSION_CONN_HDR_LEN);
+ free (data);
}
while (1);
- return 0;
+ return rv;
}
always_inline void
session_t *udp_session;
QUIC_DBG (2, "Called quic_get_transport_endpoint");
if (ctx->c_quic_ctx_id.is_stream)
- tep->is_ip4 = 255; /* well this is ugly */
+ {
+ tep->is_ip4 = 255; /* well this is ugly */
+ }
else
{
udp_session =
.builtin_app_rx_callback = quic_app_rx_callback,
};
-const static transport_proto_vft_t quic_proto = {
+static const transport_proto_vft_t quic_proto = {
.connect = quic_connect,
.close = quic_disconnect,
.start_listen = quic_start_listen,
QUIC_DBG (2, "Called quic_init");
u32 add_segment_size = (4096ULL << 20) - 1, segment_size = 512 << 20;
vlib_thread_main_t *vtm = vlib_get_thread_main ();
+ tw_timer_wheel_1t_3w_1024sl_ov_t *tw;
vnet_app_attach_args_t _a, *a = &_a;
u64 options[APP_OPTIONS_N_OPTIONS];
quic_main_t *qm = &quic_main;
u32 fifo_size = 64 << 10;
- u32 num_threads;
+ u32 num_threads, i;
+ application_t *app;
num_threads = 1 /* main thread */ + vtm->n_threads;
vec_validate (qm->ctx_pool, num_threads - 1);
vec_validate (qm->wrk_ctx, num_threads - 1);
- // Timers, one per thread.
- tw_timer_wheel_1t_3w_1024sl_ov_t *tw;
- /* *INDENT-OFF* */
- foreach_vlib_main (({
- tw = &qm->wrk_ctx[ii].timer_wheel;
- tw_timer_wheel_init_1t_3w_1024sl_ov (tw, quic_expired_timers_dispatch,
- 10e-3 /* timer period 1ms */ , ~0);
- tw->last_run_time = vlib_time_now (this_vlib_main);
- }));
- /* *INDENT-ON* */
+ /* Timer wheels, one per thread. */
+ for (i = 0; i < num_threads; i++)
+ {
+ tw = &qm->wrk_ctx[i].timer_wheel;
+ tw_timer_wheel_init_1t_3w_1024sl_ov (tw, quic_expired_timers_dispatch,
+ 1e-3 /* timer period 1ms */ , ~0);
+ tw->last_run_time = vlib_time_now (vlib_get_main ());
+ }
+
+ clib_bihash_init_16_8 (&qm->connection_hash, "quic connections", 1024,
+ 4 << 20);
if (!qm->ca_cert_path)
qm->ca_cert_path = QUIC_DEFAULT_CA_CERT_PATH;
qm->app_index = a->app_index;
+
+ /* Fake app listener hack, to remove */
+ app = application_get (a->app_index);
+ app_listener_t *fake_app_listener;
+ pool_get (app->listeners, fake_app_listener);
+ clib_memset (fake_app_listener, 0, sizeof (*fake_app_listener));
+ fake_app_listener->al_index = fake_app_listener - app->listeners;
+ fake_app_listener->app_index = app->app_index;
+ fake_app_listener->session_index = SESSION_INVALID_INDEX;
+ fake_app_listener->local_index = SESSION_INVALID_INDEX;
+ qm->fake_app_listener_index = fake_app_listener->al_index;
+ /* End fake listener hack */
+
qm->tstamp_ticks_per_clock = vm->clib_time.seconds_per_clock
/ QUIC_TSTAMP_RESOLUTION;
VLIB_PLUGIN_REGISTER () =
{
.version = VPP_BUILD_VER,
- .description = "Quic Transport Protocol",
+ .description = "Quic transport protocol",
};
/* *INDENT-ON* */
#include <vpp/api/vpe_all_api_h.h>
#undef vl_printfun
-#define TCP_ECHO_DBG 0
-#define DBG(_fmt,_args...) \
- if (TCP_ECHO_DBG) \
- clib_warning (_fmt, _args)
+#define QUIC_ECHO_DBG 0
+#define DBG(_fmt, _args...) \
+ if (QUIC_ECHO_DBG) \
+ clib_warning (_fmt, ##_args)
typedef struct
{
STATE_DETACHED
} connection_state_t;
+enum quic_session_type_t
+{
+ QUIC_SESSION_TYPE_QUIC = 0,
+ QUIC_SESSION_TYPE_STREAM = 1,
+ QUIC_SESSION_TYPE_LISTEN = INT32_MAX,
+};
+
typedef struct
{
/* vpe input queue */
/* Hash table for disconnect processing */
uword *session_index_by_vpp_handles;
+ /* Hash table for shared segment_names */
+ uword *shared_segment_names;
+ clib_spinlock_t segment_names_lock;
+
/* intermediate rx buffer */
u8 *rx_buf;
* vpp. If sock api is used, shm binary api is subsequently bootstrapped
* and all other messages are exchanged using shm IPC. */
u8 use_sock_api;
+ int max_test_msg;
fifo_segment_main_t segment_main;
} echo_main_t;
static void handle_mq_event (session_event_t * e);
+#if CLIB_DEBUG > 0
+#define TIMEOUT 10.0
+#else
+#define TIMEOUT 10.0
+#endif
+
+static int
+wait_for_segment_allocation (u64 segment_handle)
+{
+ echo_main_t *em = &echo_main;
+ f64 timeout;
+ timeout = clib_time_now (&em->clib_time) + TIMEOUT;
+ uword *segment_present;
+ DBG ("ASKING for %lu", segment_handle);
+ while (clib_time_now (&em->clib_time) < timeout)
+ {
+ clib_spinlock_lock (&em->segment_names_lock);
+ segment_present = hash_get (em->shared_segment_names, segment_handle);
+ clib_spinlock_unlock (&em->segment_names_lock);
+ if (segment_present != 0)
+ return 0;
+ if (em->time_to_stop == 1)
+ return 0;
+ }
+ DBG ("timeout waiting for segment_allocation %lu", segment_handle);
+ return -1;
+}
+
+static int
+wait_for_disconnected_sessions (echo_main_t * em)
+{
+ f64 timeout;
+ timeout = clib_time_now (&em->clib_time) + TIMEOUT;
+ while (clib_time_now (&em->clib_time) < timeout)
+ {
+ if (hash_elts (em->session_index_by_vpp_handles) == 0)
+ return 0;
+ }
+ DBG ("timeout waiting for disconnected_sessions");
+ return -1;
+}
+
static int
wait_for_state_change (echo_main_t * em, connection_state_t state)
{
svm_msg_q_msg_t msg;
session_event_t *e;
f64 timeout;
-
-#if CLIB_DEBUG > 0
-#define TIMEOUT 600.0
-#else
-#define TIMEOUT 600.0
-#endif
-
timeout = clib_time_now (&em->clib_time) + TIMEOUT;
while (clib_time_now (&em->clib_time) < timeout)
clib_warning ("svm_fifo_segment_attach ('%s') failed", name);
return rv;
}
-
vec_reset_length (a->new_segment_indices);
return 0;
}
echo_main_t *em = &echo_main;
int *fds = 0;
u32 n_fds = 0;
+ u64 segment_handle;
+ segment_handle = clib_net_to_host_u64 (mp->segment_handle);
+ DBG ("Attached returned app %u", htons (mp->app_index));
if (mp->retval)
{
-1))
goto failed;
}
+ DBG ("SETTING for %lu", segment_handle);
+ clib_spinlock_lock (&em->segment_names_lock);
+ hash_set (em->shared_segment_names, segment_handle, 1);
+ clib_spinlock_unlock (&em->segment_names_lock);
em->state = STATE_ATTACHED;
return;
{
fifo_segment_main_t *sm = &echo_main.segment_main;
fifo_segment_create_args_t _a, *a = &_a;
+ echo_main_t *em = &echo_main;
int rv;
+ int *fds = 0;
+
+ if (mp->fd_flags & SESSION_FD_F_MEMFD_SEGMENT)
+ {
+ vec_validate (fds, 1);
+ vl_socket_client_recv_fd_msg (fds, 1, 5);
+ if (ssvm_segment_attach
+ ((char *) mp->segment_name, SSVM_SEGMENT_MEMFD, fds[0]))
+ clib_warning
+ ("svm_fifo_segment_attach ('%s') failed on SSVM_SEGMENT_MEMFD",
+ mp->segment_name);
+ DBG ("SETTING for %lu", mp->segment_name);
+ clib_spinlock_lock (&em->segment_names_lock);
+ hash_set (em->shared_segment_names, mp->segment_name, 1);
+ clib_spinlock_unlock (&em->segment_names_lock);
+ vec_free (fds);
+ return;
+ }
clib_memset (a, 0, sizeof (*a));
a->segment_name = (char *) mp->segment_name;
}
clib_warning ("Mapped new segment '%s' size %d", mp->segment_name,
mp->segment_size);
+ clib_spinlock_lock (&em->segment_names_lock);
+ hash_set (em->shared_segment_names, mp->segment_name, 1);
+ clib_spinlock_unlock (&em->segment_names_lock);
}
static void
}
static void
-test_recv_bytes (echo_session_t * s, u8 * rx_buf, u32 n_read)
+test_recv_bytes (echo_main_t * em, echo_session_t * s, u8 * rx_buf,
+ u32 n_read)
{
int i;
for (i = 0; i < n_read; i++)
{
- if (rx_buf[i] != ((s->bytes_received + i) & 0xff))
+ if (rx_buf[i] != ((s->bytes_received + i) & 0xff)
+ && em->max_test_msg > 0)
{
clib_warning ("error at byte %lld, 0x%x not 0x%x",
s->bytes_received + i, rx_buf[i],
((s->bytes_received + i) & 0xff));
+ em->max_test_msg--;
+ if (em->max_test_msg == 0)
+ clib_warning ("Too many errors, hiding next ones");
}
}
}
if (n_read > 0)
{
if (em->test_return_packets)
- test_recv_bytes (s, rx_buf, n_read);
+ test_recv_bytes (em, s, rx_buf, n_read);
n_to_read -= n_read;
s->bytes_received += n_read;
s->bytes_to_receive -= n_read;
+ ASSERT (s->bytes_to_receive >= 0);
}
else
break;
break;
}
- clib_warning ("GOT OUT");
- DBG ("session %d done", session_index);
+ DBG ("session %d done send %lu to do, %lu done || recv %lu to do, %lu done",
+ session_index, s->bytes_to_send, s->bytes_sent, s->bytes_to_receive,
+ s->bytes_received);
em->tx_total += s->bytes_sent;
em->rx_total += s->bytes_received;
em->n_active_clients--;
}
void
-client_send_connect (echo_main_t * em)
+client_send_connect (echo_main_t * em, u8 * uri, u32 opaque)
{
vl_api_connect_uri_t *cmp;
cmp = vl_msg_api_alloc (sizeof (*cmp));
cmp->_vl_msg_id = ntohs (VL_API_CONNECT_URI);
cmp->client_index = em->my_client_index;
- cmp->context = ntohl (0xfeedface);
- memcpy (cmp->uri, em->connect_uri, vec_len (em->connect_uri));
+ cmp->context = ntohl (opaque);
+ memcpy (cmp->uri, uri, vec_len (uri));
vl_msg_api_send_shmem (em->vl_input_queue, (u8 *) & cmp);
}
em->state = STATE_READY;
}
+static void
+quic_qsession_accepted_handler (session_accepted_msg_t * mp)
+{
+ DBG ("Accept on QSession index %u", mp->handle);
+}
+
+
static void
session_accepted_handler (session_accepted_msg_t * mp)
{
echo_session_t *session;
static f64 start_time;
u32 session_index;
+ u64 segment_handle;
u8 *ip_str;
+ segment_handle = mp->segment_handle;
+
if (start_time == 0.0)
start_time = clib_time_now (&em->clib_time);
/* Allocate local session and set it up */
pool_get (em->sessions, session);
session_index = session - em->sessions;
+ DBG ("Setting session_index %lu", session_index);
+ if (wait_for_segment_allocation (segment_handle))
+ {
+ clib_warning ("timeout waiting for segment allocation %lu",
+ segment_handle);
+ return;
+ }
rx_fifo = uword_to_pointer (mp->server_rx_fifo, svm_fifo_t *);
rx_fifo->client_session_index = session_index;
tx_fifo = uword_to_pointer (mp->server_tx_fifo, svm_fifo_t *);
session->rx_fifo = rx_fifo;
session->tx_fifo = tx_fifo;
+ session->vpp_session_handle = mp->handle;
session->vpp_evt_q = uword_to_pointer (mp->vpp_event_queue_address,
svm_msg_q_t *);
/* Add it to lookup table */
hash_set (em->session_index_by_vpp_handles, mp->handle, session_index);
+ /*
+ * Send accept reply to vpp
+ */
+ app_alloc_ctrl_evt_to_vpp (session->vpp_evt_q, app_evt,
+ SESSION_CTRL_EVT_ACCEPTED_REPLY);
+ rmp = (session_accepted_reply_msg_t *) app_evt->evt->data;
+ rmp->handle = mp->handle;
+ rmp->context = mp->context;
+ app_send_ctrl_evt_to_vpp (session->vpp_evt_q, app_evt);
+
+ /* TODO : this is very ugly */
+ if (mp->rmt.is_ip4 != 255)
+ return quic_qsession_accepted_handler (mp);
+ DBG ("SSession handle is %lu", mp->handle);
+
em->state = STATE_READY;
/* Stats printing */
(f64) pool_elts (em->sessions) / (now - start_time));
}
- /*
- * Send accept reply to vpp
- */
- app_alloc_ctrl_evt_to_vpp (session->vpp_evt_q, app_evt,
- SESSION_CTRL_EVT_ACCEPTED_REPLY);
- rmp = (session_accepted_reply_msg_t *) app_evt->evt->data;
- rmp->handle = mp->handle;
- rmp->context = mp->context;
- app_send_ctrl_evt_to_vpp (session->vpp_evt_q, app_evt);
-
session->bytes_received = 0;
session->start = clib_time_now (&em->clib_time);
}
+static void
+quic_session_connected_handler (session_connected_msg_t * mp)
+{
+ echo_main_t *em = &echo_main;
+ u8 *uri = format (0, "QUIC://session/%lu", mp->handle);
+ DBG ("QSession Connect : %s", uri);
+ client_send_connect (em, uri, QUIC_SESSION_TYPE_STREAM);
+}
+
static void
session_connected_handler (session_connected_msg_t * mp)
{
u32 session_index;
svm_fifo_t *rx_fifo, *tx_fifo;
int rv;
+ u64 segment_handle;
+ segment_handle = mp->segment_handle;
if (mp->retval)
{
pool_get (em->sessions, session);
clib_memset (session, 0, sizeof (*session));
session_index = session - em->sessions;
+ DBG ("Setting session_index %lu", session_index);
+ if (wait_for_segment_allocation (segment_handle))
+ {
+ clib_warning ("timeout waiting for segment allocation %lu",
+ segment_handle);
+ return;
+ }
rx_fifo = uword_to_pointer (mp->server_rx_fifo, svm_fifo_t *);
rx_fifo->client_session_index = session_index;
tx_fifo = uword_to_pointer (mp->server_tx_fifo, svm_fifo_t *);
hash_set (em->session_index_by_vpp_handles, mp->handle, session_index);
+ if (mp->context == QUIC_SESSION_TYPE_QUIC)
+ return quic_session_connected_handler (mp);
+
+ DBG ("SSession Connected");
+
/*
* Start RX thread
*/
echo_session_t *session = 0;
uword *p;
int rv = 0;
+ DBG ("Got a SESSION_CTRL_EVT_DISCONNECTED for session %lu", mp->handle);
p = hash_get (em->session_index_by_vpp_handles, mp->handle);
if (!p)
session = pool_elt_at_index (em->sessions, p[0]);
hash_unset (em->session_index_by_vpp_handles, mp->handle);
+
pool_put (em->sessions, session);
app_alloc_ctrl_evt_to_vpp (session->vpp_evt_q, app_evt,
switch (e->event_type)
{
case SESSION_CTRL_EVT_BOUND:
+ DBG ("SESSION_CTRL_EVT_BOUND");
session_bound_handler ((session_bound_msg_t *) e->data);
break;
case SESSION_CTRL_EVT_ACCEPTED:
+ DBG ("SESSION_CTRL_EVT_ACCEPTED");
session_accepted_handler ((session_accepted_msg_t *) e->data);
break;
case SESSION_CTRL_EVT_CONNECTED:
+ DBG ("SESSION_CTRL_EVT_CONNECTED");
session_connected_handler ((session_connected_msg_t *) e->data);
break;
case SESSION_CTRL_EVT_DISCONNECTED:
+ DBG ("SESSION_CTRL_EVT_DISCONNECTED");
session_disconnected_handler ((session_disconnected_msg_t *) e->data);
break;
case SESSION_CTRL_EVT_RESET:
+ DBG ("SESSION_CTRL_EVT_RESET");
session_reset_handler ((session_reset_msg_t *) e->data);
break;
default:
svm_msg_q_msg_t msg;
session_event_t *e;
echo_session_t *s;
+ hash_pair_t *p;
int i;
/* Init test data */
return;
for (i = 0; i < em->n_clients; i++)
- client_send_connect (em);
+ client_send_connect (em, em->connect_uri, QUIC_SESSION_TYPE_QUIC);
start_time = clib_time_now (&em->clib_time);
while (em->n_clients_connected < em->n_clients
/*
* Initialize connections
*/
- for (i = 0; i < em->n_clients; i++)
- {
- s = pool_elt_at_index (em->sessions, i);
+ DBG ("Initialize connections on %u clients", em->n_clients);
+
+ /* *INDENT-OFF* */
+ hash_foreach_pair (p, em->session_index_by_vpp_handles,
+ ({
+ s = pool_elt_at_index (em->sessions, p->value[0]);
s->bytes_to_send = em->bytes_to_send;
if (!em->no_return)
s->bytes_to_receive = em->bytes_to_send;
- }
+ }));
+ /* *INDENT-ON* */
em->n_active_clients = em->n_clients_connected;
/*
* Wait for client threads to send the data
*/
+ DBG ("Waiting for data on %u clients", em->n_active_clients);
start_time = clib_time_now (&em->clib_time);
em->state = STATE_READY;
while (em->n_active_clients)
svm_msg_q_free_msg (em->our_event_queue, &msg);
}
- for (i = 0; i < em->n_clients; i++)
- {
- s = pool_elt_at_index (em->sessions, i);
+ /* *INDENT-OFF* */
+ hash_foreach_pair (p, em->session_index_by_vpp_handles,
+ ({
+ s = pool_elt_at_index (em->sessions, p->value[0]);
+ DBG ("Sending disconnect on session %lu", p->key);
client_disconnect (em, s);
- }
+ }));
+ /* *INDENT-ON* */
/*
* Stats and detach
em->tx_total / (1ULL << 30), deltat);
fformat (stdout, "%.4f Gbit/second\n", (em->tx_total * 8.0) / deltat / 1e9);
+ wait_for_disconnected_sessions (em);
application_detach (em);
}
int n_read, max_dequeue, n_sent;
u32 offset, to_dequeue;
echo_session_t *s;
-
s = pool_elt_at_index (em->sessions, e->session_index);
/* Clear event only once. Otherwise, if we do it in the loop by calling
max_dequeue = svm_fifo_max_dequeue (s->rx_fifo);
if (PREDICT_FALSE (!max_dequeue))
return;
-
do
{
/* The options here are to limit ourselves to max_dequeue or read
to_dequeue = clib_min (max_dequeue, vec_len (em->rx_buf));
n_read = app_recv_stream_raw (s->rx_fifo, em->rx_buf, to_dequeue,
0 /* clear evt */ , 0 /* peek */ );
+
if (n_read > 0)
{
+ if (em->test_return_packets)
+ test_recv_bytes (em, s, em->rx_buf, n_read);
+
max_dequeue -= n_read;
s->bytes_received += n_read;
}
if (rc == ETIMEDOUT)
continue;
e = svm_msg_q_msg_data (em->our_event_queue, &msg);
- clib_warning ("Event %d", e->event_type);
switch (e->event_type)
{
- case FIFO_EVENT_APP_RX:
+ case SESSION_IO_EVT_RX:
+ DBG ("SESSION_IO_EVT_RX");
server_handle_rx (em, e);
break;
default:
{
echo_main_t *em = &echo_main;
uword *p;
+ DBG ("Got disonnected reply for session %lu", mp->handle);
if (mp->retval)
{
clib_memset (em, 0, sizeof (*em));
em->session_index_by_vpp_handles = hash_create (0, sizeof (uword));
+ em->shared_segment_names = hash_create (0, sizeof (uword));
+ clib_spinlock_init (&em->segment_names_lock);
em->my_pid = getpid ();
- em->configured_segment_size = 1 << 20;
em->socket_name = 0;
em->use_sock_api = 1;
em->fifo_size = 64 << 10;
em->n_clients = 1;
+ em->max_test_msg = 50;
clib_time_init (&em->clib_time);
init_error_string_table (em);
}
else if (unformat (a, "uri %s", &uri))
;
- else if (unformat (a, "segment-size %dM", &tmp))
- em->configured_segment_size = tmp << 20;
- else if (unformat (a, "segment-size %dG", &tmp))
- em->configured_segment_size = tmp << 30;
else if (unformat (a, "server"))
i_am_server = 1;
else if (unformat (a, "client"))
Code Review / vpp.git / commitdiff