/* private structs and functions */
#include <memif_private.h>
-#define ERRLIST_LEN 37
+#define ERRLIST_LEN 39
#define MAX_ERRBUF_LEN 256
#if __x86_x64__
/* MEMIF_ERR_UNKNOWN_MSG */
"Unknown message type received on control channel. (internal error)",
/* MEMIF_ERR_POLL_CANCEL */
- "Memif event polling was canceled."
+ "Memif event polling was canceled.",
+ /* MEMIF_ERR_MAX_RING */
+ "Maximum log2 ring size is 15",
+ /* MEMIF_ERR_PRIVHDR */
+ "Private headers not supported."
};
#define MEMIF_ERR_UNDEFINED "undefined error"
return memif_buf;
}
+uint16_t
+memif_get_version ()
+{
+ return MEMIF_VERSION;
+}
+
#define DBG_TX_BUF (0)
#define DBG_RX_BUF (1)
int
memif_syscall_error_handler (int err_code)
{
- DBG_UNIX ("%s", strerror (err_code));
+ DBG ("%s", strerror (err_code));
if (err_code == 0)
return MEMIF_ERR_SUCCESS;
return MEMIF_ERR_PROC_FILE_LIMIT;
if (err_code == ENOMEM)
return MEMIF_ERR_NOMEM;
-/* connection refused if master dows not exist
+/* connection refused if master does not exist
this error would spam the user until master was created */
if (err_code == ECONNREFUSED)
return MEMIF_ERR_SUCCESS;
lm->control_fd_update = cb;
}
+static void
+memif_alloc_register (memif_alloc_t * ma)
+{
+ libmemif_main_t *lm = &libmemif_main;
+ lm->alloc = ma;
+}
+
+static void
+memif_free_register (memif_free_t * mf)
+{
+ libmemif_main_t *lm = &libmemif_main;
+ lm->free = mf;
+}
+
int
-memif_init (memif_control_fd_update_t * on_control_fd_update, char *app_name)
+memif_init (memif_control_fd_update_t * on_control_fd_update, char *app_name,
+ memif_alloc_t * memif_alloc, memif_free_t * memif_free)
{
int err = MEMIF_ERR_SUCCESS; /* 0 */
libmemif_main_t *lm = &libmemif_main;
+ memset (lm, 0, sizeof (libmemif_main_t));
+
+ if (memif_alloc != NULL)
+ {
+ memif_alloc_register (memif_alloc);
+ }
+ else
+ memif_alloc_register (malloc);
+
+ if (memif_free != NULL)
+ memif_free_register (memif_free);
+ else
+ memif_free_register (free);
- if (app_name)
+ if (app_name != NULL)
{
- lm->app_name = malloc (strlen (app_name) + sizeof (char));
- memset (lm->app_name, 0, strlen (app_name) + sizeof (char));
- strncpy ((char *) lm->app_name, app_name, strlen (app_name));
+ uint8_t len = (strlen (app_name) > MEMIF_NAME_LEN)
+ ? strlen (app_name) : MEMIF_NAME_LEN;
+ strncpy ((char *) lm->app_name, app_name, len);
}
else
{
- lm->app_name = malloc (strlen (MEMIF_DEFAULT_APP_NAME) + sizeof (char));
- memset (lm->app_name, 0, strlen (app_name) + sizeof (char));
strncpy ((char *) lm->app_name, MEMIF_DEFAULT_APP_NAME,
strlen (MEMIF_DEFAULT_APP_NAME));
}
DBG ("libmemif event polling initialized");
}
- memset (&lm->ms, 0, sizeof (memif_socket_t));
-
lm->control_list_len = 2;
lm->interrupt_list_len = 2;
lm->listener_list_len = 1;
lm->pending_list_len = 1;
lm->control_list =
- malloc (sizeof (memif_list_elt_t) * lm->control_list_len);
+ lm->alloc (sizeof (memif_list_elt_t) * lm->control_list_len);
+ if (lm->control_list == NULL)
+ {
+ err = MEMIF_ERR_NOMEM;
+ goto error;
+ }
lm->interrupt_list =
- malloc (sizeof (memif_list_elt_t) * lm->interrupt_list_len);
+ lm->alloc (sizeof (memif_list_elt_t) * lm->interrupt_list_len);
+ if (lm->interrupt_list == NULL)
+ {
+ err = MEMIF_ERR_NOMEM;
+ goto error;
+ }
lm->listener_list =
- malloc (sizeof (memif_list_elt_t) * lm->listener_list_len);
+ lm->alloc (sizeof (memif_list_elt_t) * lm->listener_list_len);
+ if (lm->listener_list == NULL)
+ {
+ err = MEMIF_ERR_NOMEM;
+ goto error;
+ }
lm->pending_list =
- malloc (sizeof (memif_list_elt_t) * lm->pending_list_len);
+ lm->alloc (sizeof (memif_list_elt_t) * lm->pending_list_len);
+ if (lm->pending_list == NULL)
+ {
+ err = MEMIF_ERR_NOMEM;
+ goto error;
+ }
int i;
for (i = 0; i < lm->control_list_len; i++)
lm->timerfd = timerfd_create (CLOCK_REALTIME, TFD_NONBLOCK);
if (lm->timerfd < 0)
{
- err = errno;
- DBG ("timerfd: %s", strerror (err));
- return memif_syscall_error_handler (err);
+ err = memif_syscall_error_handler (errno);
+ goto error;
}
lm->arm.it_value.tv_sec = 2;
lm->arm.it_value.tv_nsec = 0;
lm->arm.it_interval.tv_sec = 2;
lm->arm.it_interval.tv_nsec = 0;
- memset (&lm->disarm, 0, sizeof (lm->disarm));
if (lm->control_fd_update (lm->timerfd, MEMIF_FD_EVENT_READ) < 0)
{
DBG ("callback type memif_control_fd_update_t error!");
- return MEMIF_ERR_CB_FDUPDATE;
+ err = MEMIF_ERR_CB_FDUPDATE;
+ goto error;
}
- return 0;
+ return err;
+
+error:
+ memif_cleanup ();
+ return err;
}
static inline memif_ring_t *
memif_connection_update_t * on_disconnect,
memif_interrupt_t * on_interrupt, void *private_ctx)
{
+ libmemif_main_t *lm = &libmemif_main;
int err, i, index, sockfd = -1;
memif_list_elt_t list_elt;
memif_connection_t *conn = (memif_connection_t *) * c;
DBG ("This handle already points to existing memif.");
return MEMIF_ERR_CONN;
}
- conn = (memif_connection_t *) malloc (sizeof (memif_connection_t));
+ conn = (memif_connection_t *) lm->alloc (sizeof (memif_connection_t));
if (conn == NULL)
{
- err = memif_syscall_error_handler (errno);
+ err = MEMIF_ERR_NOMEM;
goto error;
}
memset (conn, 0, sizeof (memif_connection_t));
- libmemif_main_t *lm = &libmemif_main;
-
conn->args.interface_id = args->interface_id;
if (args->log2_ring_size == 0)
args->log2_ring_size = MEMIF_DEFAULT_LOG2_RING_SIZE;
+ else if (args->log2_ring_size > MEMIF_MAX_LOG2_RING_SIZE)
+ {
+ err = MEMIF_ERR_MAX_RING;
+ goto error;
+ }
if (args->buffer_size == 0)
args->buffer_size = MEMIF_DEFAULT_BUFFER_SIZE;
if (args->num_s2m_rings == 0)
strncpy ((char *) conn->args.interface_name, (char *) args->interface_name,
l);
- l = strlen ((char *) args->instance_name);
- strncpy ((char *) conn->args.instance_name, (char *) args->instance_name,
- l);
-
/* allocate and initialize socket_filename so it can be copyed to sun_path
without memory leaks */
- conn->args.socket_filename = malloc (sizeof (char *) * 108);
+ conn->args.socket_filename = lm->alloc (sizeof (char *) * 108);
+ if (conn->args.socket_filename == NULL)
+ {
+ err = MEMIF_ERR_NOMEM;
+ goto error;
+ }
memset (conn->args.socket_filename, 0, 108 * sizeof (char *));
if (args->socket_filename)
MEMIF_DEFAULT_SOCKET_FILENAME, sfl);
}
- if (args->secret)
+ if ((l = strlen ((char *) args->secret)) > 0)
{
- l = strlen ((char *) args->secret);
strncpy ((char *) conn->args.secret, (char *) args->secret, l);
}
return memif_syscall_error_handler (errno);
}
DBG ("creating socket file");
- ms = malloc (sizeof (memif_socket_t));
+ ms = lm->alloc (sizeof (memif_socket_t));
+ if (ms == NULL)
+ {
+ err = MEMIF_ERR_NOMEM;
+ goto error;
+ }
ms->filename =
- malloc (strlen ((char *) conn->args.socket_filename) +
- sizeof (char));
+ lm->alloc (strlen ((char *) conn->args.socket_filename) +
+ sizeof (char));
+ if (ms->filename == NULL)
+ {
+ err = MEMIF_ERR_NOMEM;
+ goto error;
+ }
memset (ms->filename, 0,
strlen ((char *) conn->args.socket_filename) +
sizeof (char));
strlen ((char *) conn->args.socket_filename));
ms->interface_list_len = 1;
ms->interface_list =
- malloc (sizeof (memif_list_elt_t) * ms->interface_list_len);
+ lm->alloc (sizeof (memif_list_elt_t) *
+ ms->interface_list_len);
+ if (ms->interface_list == NULL)
+ {
+ err = MEMIF_ERR_NOMEM;
+ goto error;
+ }
ms->interface_list[0].key = -1;
ms->interface_list[0].data_struct = NULL;
struct sockaddr_un un = { 0 };
close (sockfd);
sockfd = -1;
if (conn->args.socket_filename)
- free (conn->args.socket_filename);
+ lm->free (conn->args.socket_filename);
if (conn != NULL)
- free (conn);
+ lm->free (conn);
*c = conn = NULL;
return err;
}
sun.sun_family = AF_UNIX;
- strncpy (sun.sun_path, conn->args.socket_filename,
+ strncpy (sun.sun_path, (char*) conn->args.socket_filename,
sizeof (sun.sun_path) - 1);
if (connect (sockfd, (struct sockaddr *) &sun,
}
static void
-memif_msg_queue_free (memif_msg_queue_elt_t ** e)
+memif_msg_queue_free (libmemif_main_t * lm, memif_msg_queue_elt_t ** e)
{
if (*e == NULL)
return;
- memif_msg_queue_free (&(*e)->next);
- free (*e);
+ memif_msg_queue_free (lm, &(*e)->next);
+ lm->free (*e);
*e = NULL;
return;
}
if (c->fd > 0)
{
- memif_msg_send_disconnect (c->fd, "interface deleted", 0);
+ memif_msg_send_disconnect (c->fd, (uint8_t *) "interface deleted", 0);
lm->control_fd_update (c->fd, MEMIF_FD_EVENT_DEL);
close (c->fd);
}
mq->int_fd = -1;
}
}
- free (c->tx_queues);
+ lm->free (c->tx_queues);
c->tx_queues = NULL;
}
mq->int_fd = -1;
}
}
- free (c->rx_queues);
+ lm->free (c->rx_queues);
c->rx_queues = NULL;
}
if (c->regions[0].fd > 0)
close (c->regions[0].fd);
c->regions[0].fd = -1;
- free (c->regions);
+ lm->free (c->regions);
c->regions = NULL;
}
memset (&c->run_args, 0, sizeof (memif_conn_run_args_t));
- memif_msg_queue_free (&c->msg_queue);
+ memif_msg_queue_free (lm, &c->msg_queue);
if (!(c->args.is_master))
{
if (timerfd_settime (lm->timerfd, 0, &lm->arm, NULL) < 0)
{
err = memif_syscall_error_handler (errno);
- DBG_UNIX ("timerfd_settime: arm");
+ DBG ("timerfd_settime: arm");
}
}
lm->disconn_slaves++;
c->listener_fd);
close (c->listener_fd);
c->listener_fd = ms->fd = -1;
- free (ms->interface_list);
+ lm->free (ms->interface_list);
ms->interface_list = NULL;
- free (ms->filename);
+ lm->free (ms->filename);
ms->filename = NULL;
- free (ms);
+ lm->free (ms);
ms = NULL;
}
}
}
if (c->args.socket_filename)
- free (c->args.socket_filename);
+ lm->free (c->args.socket_filename);
c->args.socket_filename = NULL;
- free (c);
+ lm->free (c);
c = NULL;
*conn = c;
memif_init_regions_and_queues (memif_connection_t * conn)
{
memif_ring_t *ring = NULL;
- uint64_t buffer_offset;
memif_region_t *r;
int i, j;
libmemif_main_t *lm = &libmemif_main;
memif_list_elt_t e;
- conn->regions = (memif_region_t *) malloc (sizeof (memif_region_t));
+ conn->regions = (memif_region_t *) lm->alloc (sizeof (memif_region_t));
if (conn->regions == NULL)
- return memif_syscall_error_handler (errno);
+ return MEMIF_ERR_NOMEM;
r = conn->regions;
- buffer_offset =
+ r->buffer_offset =
(conn->run_args.num_s2m_rings +
conn->run_args.num_m2s_rings) * (sizeof (memif_ring_t) +
sizeof (memif_desc_t) *
(1 << conn->run_args.log2_ring_size));
- r->region_size = buffer_offset +
+ r->region_size = r->buffer_offset +
conn->run_args.buffer_size * (1 << conn->run_args.log2_ring_size) *
(conn->run_args.num_s2m_rings + conn->run_args.num_m2s_rings);
+ if ((r->fd =
+ memfd_create ("memif region 0", MFD_ALLOW_SEALING)) == -1)
if ((r->fd = memfd_create ("memif region 0", MFD_ALLOW_SEALING)) == -1)
return memif_syscall_error_handler (errno);
-/*
- if ((fcntl (r->fd, F_ADD_SEALS, F_SEAL_SHRINK)) == -1)
- return memif_syscall_error_handler (errno);
-*/
+
+ if ((fcntl (r->fd, F_ADD_SEALS, F_SEAL_SHRINK)) == -1)
+ return memif_syscall_error_handler (errno);
+
if ((ftruncate (r->fd, r->region_size)) == -1)
return memif_syscall_error_handler (errno);
{
uint16_t slot = i * (1 << conn->run_args.log2_ring_size) + j;
ring->desc[j].region = 0;
- ring->desc[j].offset = buffer_offset +
+ ring->desc[j].offset = r->buffer_offset +
(uint32_t) (slot * conn->run_args.buffer_size);
- ring->desc[j].buffer_length = conn->run_args.buffer_size;
+ ring->desc[j].length = conn->run_args.buffer_size;
}
}
for (i = 0; i < conn->run_args.num_m2s_rings; i++)
conn->run_args.num_s2m_rings) *
(1 << conn->run_args.log2_ring_size) + j;
ring->desc[j].region = 0;
- ring->desc[j].offset = buffer_offset +
+ ring->desc[j].offset = r->buffer_offset +
(uint32_t) (slot * conn->run_args.buffer_size);
- ring->desc[j].buffer_length = conn->run_args.buffer_size;
+ ring->desc[j].length = conn->run_args.buffer_size;
}
}
memif_queue_t *mq;
mq =
- (memif_queue_t *) malloc (sizeof (memif_queue_t) *
- conn->run_args.num_s2m_rings);
+ (memif_queue_t *) lm->alloc (sizeof (memif_queue_t) *
+ conn->run_args.num_s2m_rings);
if (mq == NULL)
- return memif_syscall_error_handler (errno);
+ return MEMIF_ERR_NOMEM;
int x;
for (x = 0; x < conn->run_args.num_s2m_rings; x++)
{
conn->tx_queues = mq;
mq =
- (memif_queue_t *) malloc (sizeof (memif_queue_t) *
- conn->run_args.num_m2s_rings);
+ (memif_queue_t *) lm->alloc (sizeof (memif_queue_t) *
+ conn->run_args.num_m2s_rings);
if (mq == NULL)
- return memif_syscall_error_handler (errno);
+ return MEMIF_ERR_NOMEM;
for (x = 0; x < conn->run_args.num_m2s_rings; x++)
{
if ((mq[x].int_fd = eventfd (0, EFD_NONBLOCK)) < 0)
return 0;
}
+int
+memif_buffer_enq_tx (memif_conn_handle_t conn, uint16_t qid,
+ memif_buffer_t * bufs, uint16_t count,
+ uint16_t * count_out)
+{
+ memif_connection_t *c = (memif_connection_t *) conn;
+ if (EXPECT_FALSE (c == NULL))
+ return MEMIF_ERR_NOCONN;
+ if (EXPECT_FALSE (c->fd < 0))
+ return MEMIF_ERR_DISCONNECTED;
+ uint8_t num =
+ (c->args.is_master) ? c->run_args.num_m2s_rings : c->run_args.
+ num_s2m_rings;
+ if (EXPECT_FALSE (qid >= num))
+ return MEMIF_ERR_QID;
+ if (EXPECT_FALSE (!count_out))
+ return MEMIF_ERR_INVAL_ARG;
+ if (EXPECT_FALSE (c->args.is_master))
+ return MEMIF_ERR_INVAL_ARG;
+
+ memif_queue_t *mq = &c->tx_queues[qid];
+ memif_ring_t *ring = mq->ring;
+ memif_buffer_t *b0;
+ uint16_t mask = (1 << mq->log2_ring_size) - 1;
+ uint16_t ring_size;
+ uint16_t slot, ns;
+ int i, err = MEMIF_ERR_SUCCESS; /* 0 */
+ *count_out = 0;
+
+ ring_size = (1 << mq->log2_ring_size);
+ ns = ring->tail - mq->last_tail;
+ mq->last_tail += ns;
+ slot = (c->args.is_master) ? ring->tail : ring->head;
+ slot += mq->alloc_bufs;
+
+ /* can only be called by slave */
+ ns = ring_size - ring->head + mq->alloc_bufs + mq->last_tail;
+
+ b0 = bufs;
+
+ while (count && ns)
+ {
+ if (EXPECT_FALSE ((b0->flags & MEMIF_BUFFER_FLAG_RX) == 0))
+ {
+ /* not a valid buffer */
+ count--;
+ continue;
+ }
+ b0->flags &= ~MEMIF_BUFFER_FLAG_RX;
+
+ ((memif_ring_t *) b0->ring)->desc[b0->desc_index & mask].offset = ring->desc[slot & mask].offset; /* put free buffer on rx ring */
+
+ ring->desc[slot & mask].offset =
+ (uint32_t) (b0->data - c->regions->shm);
+ ring->desc[slot & mask].flags |=
+ (b0->flags & MEMIF_BUFFER_FLAG_NEXT) ? MEMIF_DESC_FLAG_NEXT : 0;
+
+ b0->desc_index = slot;
+
+ mq->alloc_bufs++;
+ slot++;
+
+ count--;
+ ns--;
+ b0++;
+ *count_out += 1;
+ }
+
+ DBG ("allocated: %u/%u bufs. Total %u allocated bufs", *count_out, count,
+ mq->alloc_bufs);
+
+ if (count)
+ {
+ DBG ("ring buffer full! qid: %u", qid);
+ err = MEMIF_ERR_NOBUF_RING;
+ }
+
+error:
+ return err;
+}
+
int
memif_buffer_alloc (memif_conn_handle_t conn, uint16_t qid,
memif_buffer_t * bufs, uint16_t count,
uint16_t * count_out, uint16_t size)
{
memif_connection_t *c = (memif_connection_t *) conn;
- if (c == NULL)
+ if (EXPECT_FALSE (c == NULL))
return MEMIF_ERR_NOCONN;
- if (c->fd < 0)
+ if (EXPECT_FALSE (c->fd < 0))
return MEMIF_ERR_DISCONNECTED;
uint8_t num =
(c->args.is_master) ? c->run_args.num_m2s_rings : c->run_args.
num_s2m_rings;
- if (qid >= num)
+ if (EXPECT_FALSE (qid >= num))
return MEMIF_ERR_QID;
+ if (EXPECT_FALSE (!count_out))
+ return MEMIF_ERR_INVAL_ARG;
+
memif_queue_t *mq = &c->tx_queues[qid];
memif_ring_t *ring = mq->ring;
memif_buffer_t *b0, *b1;
- uint8_t chain_buf0, chain_buf1;
uint16_t mask = (1 << mq->log2_ring_size) - 1;
- uint16_t s0, s1, ns;
- *count_out = 0;
+ uint16_t ring_size;
+ uint16_t slot, ns;
int i, err = MEMIF_ERR_SUCCESS; /* 0 */
+ uint16_t dst_left, src_left;
+ uint16_t saved_count;
+ memif_buffer_t *saved_b;
+ *count_out = 0;
- if (ring->tail != ring->head)
- {
- if (ring->head > ring->tail)
- ns = (1 << mq->log2_ring_size) - ring->head + ring->tail;
- else
- ns = ring->tail - ring->head;
- }
- else
- ns = (1 << mq->log2_ring_size);
+ ring_size = (1 << mq->log2_ring_size);
+ ns = ring->tail - mq->last_tail;
+ mq->last_tail += ns;
+ slot = (c->args.is_master) ? ring->tail : ring->head;
+ slot += mq->alloc_bufs;
- /* (head == tail) ? receive function will asume that no packets are available */
- ns -= 1;
+ if (c->args.is_master)
+ ns = ring->head + mq->alloc_bufs - ring->tail;
+ else
+ ns = ring_size - ring->head + mq->alloc_bufs + mq->last_tail;
while (count && ns)
{
- while ((count > 2) && (ns > 2))
+ b0 = (bufs + *count_out);
+
+ saved_b = b0;
+ saved_count = count;
+
+ b0->desc_index = slot;
+ ring->desc[slot & mask].flags = 0;
+
+ /* slave can produce buffer with original length */
+ dst_left = (c->args.is_master) ? ring->desc[slot & mask].length :
+ c->run_args.buffer_size;
+ src_left = size;
+
+ while (src_left)
{
- s0 = (ring->head + mq->alloc_bufs) & mask;
- chain_buf0 = size / ring->desc[s0].buffer_length;
- if (((size % ring->desc[s0].buffer_length) != 0) || (size == 0))
- chain_buf0++;
-
- if (chain_buf0 > ns)
- break;
-
- s1 = (ring->head + mq->alloc_bufs + chain_buf0) & mask;
- chain_buf1 = size / ring->desc[s1].buffer_length;
- if (((size % ring->desc[s1].buffer_length) != 0) || (size == 0))
- chain_buf1++;
-
- if ((chain_buf0 + chain_buf1) > ns)
- break;
-
- b0 = (bufs + *count_out);
- b1 = (bufs + *count_out + 1);
-
- b0->desc_index = s0;
- b1->desc_index = s1;
- ring->desc[s0].flags = 0;
- ring->desc[s1].flags = 0;
- b0->buffer_len = ring->desc[s0].buffer_length * chain_buf0;
- b1->buffer_len = ring->desc[s1].buffer_length * chain_buf1;
- /* TODO: support multiple regions -> ring descriptor contains region index */
- b0->data = c->regions->shm + ring->desc[s0].offset;
- b1->data = c->regions->shm + ring->desc[s1].offset;
-
- for (i = 0; i < (memif_min (chain_buf0, chain_buf1) - 1); i++)
+ if (EXPECT_FALSE (dst_left == 0))
{
- ring->desc[(s0 + i) & mask].flags |= MEMIF_DESC_FLAG_NEXT;
- ring->desc[(s1 + i) & mask].flags |= MEMIF_DESC_FLAG_NEXT;
- DBG ("allocating chained buffers");
+ if (count && ns)
+ {
+ slot++;
+ *count_out += 1;
+ mq->alloc_bufs++;
+ ns--;
+ count--;
+
+ ring->desc[b0->desc_index & mask].flags |=
+ MEMIF_DESC_FLAG_NEXT;
+ b0->flags |= MEMIF_BUFFER_FLAG_NEXT;
+
+ b0 = (bufs + *count_out);
+ b0->desc_index = slot;
+ dst_left =
+ (c->args.is_master) ? ring->desc[slot & mask].length : c->
+ run_args.buffer_size;
+ ring->desc[slot & mask].flags = 0;
+ }
+ else
+ {
+ /* rollback allocated chain buffers */
+ memset (saved_b, 0, sizeof (memif_buffer_t)
+ * (saved_count - count + 1));
+ *count_out -= saved_count - count;
+ mq->alloc_bufs = saved_count - count;
+ goto no_ns;
+ }
}
+ b0->len = memif_min (dst_left, src_left);
- if (chain_buf0 > chain_buf1)
+ /* slave resets buffer offset */
+ if (c->args.is_master == 0)
{
- for (; i < (chain_buf0 - 1); i++)
- ring->desc[(s0 + i) & mask].flags |= MEMIF_DESC_FLAG_NEXT;
+ uint16_t x =
+ (ring->desc[slot & mask].offset -
+ c->regions->buffer_offset) / c->run_args.buffer_size;
+ ring->desc[slot & mask].offset =
+ c->regions->buffer_offset + (x * c->run_args.buffer_size);
}
- else
- {
- for (; i < (chain_buf1 - 1); i++)
- ring->desc[(s1 + i) & mask].flags |= MEMIF_DESC_FLAG_NEXT;
- }
-
- mq->alloc_bufs += chain_buf0 + chain_buf1;
-
- DBG ("allocated ring slots %u, %u", s0, s1);
- count -= 2;
- ns -= chain_buf0 + chain_buf1;
- *count_out += 2;
- }
- s0 = (ring->head + mq->alloc_bufs) & mask;
-
- b0 = (bufs + *count_out);
-
- chain_buf0 = size / ring->desc[s0].buffer_length;
- if (((size % ring->desc[s0].buffer_length) != 0) || (size == 0))
- chain_buf0++;
-
- if (chain_buf0 > ns)
- break;
- b0->desc_index = s0;
- ring->desc[s0].flags = 0;
- b0->buffer_len = ring->desc[s0].buffer_length * chain_buf0;
- b0->data = c->regions->shm + ring->desc[s0].offset;
+ b0->data = c->regions->shm + ring->desc[slot & mask].offset;
- for (i = 0; i < (chain_buf0 - 1); i++)
- {
- ring->desc[(s0 + i) & mask].flags |= MEMIF_DESC_FLAG_NEXT;
- DBG ("allocating chained buffers");
+ src_left -= b0->len;
+ dst_left -= b0->len;
}
- mq->alloc_bufs += chain_buf0;
-
- DBG ("allocated ring slot %u", s0);
- count--;
- ns -= chain_buf0;
+ slot++;
*count_out += 1;
+ mq->alloc_bufs++;
+ ns--;
+ count--;
}
+no_ns:
+
DBG ("allocated: %u/%u bufs. Total %u allocated bufs", *count_out, count,
mq->alloc_bufs);
err = MEMIF_ERR_NOBUF_RING;
}
+error:
return err;
}
int
-memif_buffer_free (memif_conn_handle_t conn, uint16_t qid,
- memif_buffer_t * bufs, uint16_t count,
- uint16_t * count_out)
+memif_refill_queue (memif_conn_handle_t conn, uint16_t qid, uint16_t count,
+ uint16_t headroom)
{
memif_connection_t *c = (memif_connection_t *) conn;
- if (c == NULL)
+ if (EXPECT_FALSE (c == NULL))
return MEMIF_ERR_NOCONN;
- if (c->fd < 0)
+ if (EXPECT_FALSE (c->fd < 0))
return MEMIF_ERR_DISCONNECTED;
uint8_t num =
(c->args.is_master) ? c->run_args.num_s2m_rings : c->run_args.
num_m2s_rings;
- if (qid >= num)
+ if (EXPECT_FALSE (qid >= num))
return MEMIF_ERR_QID;
libmemif_main_t *lm = &libmemif_main;
memif_queue_t *mq = &c->rx_queues[qid];
memif_ring_t *ring = mq->ring;
- uint16_t tail = ring->tail;
uint16_t mask = (1 << mq->log2_ring_size) - 1;
- uint8_t chain_buf0, chain_buf1;
- memif_buffer_t *b0, *b1;
- *count_out = 0;
+ uint16_t slot;
- if (mq->alloc_bufs < count)
- count = mq->alloc_bufs;
+ if (c->args.is_master)
+ {
+ MEMIF_MEMORY_BARRIER ();
+ ring->tail =
+ (ring->tail + count <=
+ mq->last_head) ? ring->tail + count : mq->last_head;
+ return MEMIF_ERR_SUCCESS;
+ }
- while (count)
+ uint16_t head = ring->head;
+ uint16_t ns = (1 << mq->log2_ring_size) - head + mq->last_tail;
+ head += (count < ns) ? count : ns;
+
+ if (headroom)
{
- while (count > 2)
+ slot = (c->args.is_master) ? ring->head : ring->tail;
+ while (slot < head)
{
- b0 = (bufs + *count_out);
- b1 = (bufs + *count_out + 1);
- chain_buf0 =
- b0->buffer_len / ring->desc[b0->desc_index].buffer_length;
- if ((b0->buffer_len % ring->desc[b0->desc_index].buffer_length) !=
- 0)
- chain_buf0++;
- chain_buf1 =
- b1->buffer_len / ring->desc[b1->desc_index].buffer_length;
- if ((b1->buffer_len % ring->desc[b1->desc_index].buffer_length) !=
- 0)
- chain_buf1++;
- tail = (b1->desc_index + chain_buf1) & mask;
- b0->data = NULL;
- b1->data = NULL;
-
- count -= 2;
- *count_out += 2;
- mq->alloc_bufs -= chain_buf0 + chain_buf1;
+ uint16_t x =
+ (ring->desc[slot & mask].offset -
+ c->regions->buffer_offset) / c->run_args.buffer_size;
+ ring->desc[slot & mask].offset =
+ c->regions->buffer_offset + (x * c->run_args.buffer_size) +
+ headroom;
+
+ slot++;
}
- b0 = (bufs + *count_out);
- chain_buf0 = b0->buffer_len / ring->desc[b0->desc_index].buffer_length;
- if ((b0->buffer_len % ring->desc[b0->desc_index].buffer_length) != 0)
- chain_buf0++;
- tail = (b0->desc_index + chain_buf0) & mask;
- b0->data = NULL;
-
- count--;
- *count_out += 1;
- mq->alloc_bufs -= chain_buf0;
}
+
MEMIF_MEMORY_BARRIER ();
- ring->tail = tail;
- DBG ("tail: %u", ring->tail);
+ ring->head = head;
return MEMIF_ERR_SUCCESS; /* 0 */
}
memif_buffer_t * bufs, uint16_t count, uint16_t * tx)
{
memif_connection_t *c = (memif_connection_t *) conn;
- if (c == NULL)
+ if (EXPECT_FALSE (c == NULL))
return MEMIF_ERR_NOCONN;
- if (c->fd < 0)
+ if (EXPECT_FALSE (c->fd < 0))
return MEMIF_ERR_DISCONNECTED;
uint8_t num =
(c->args.is_master) ? c->run_args.num_m2s_rings : c->run_args.
num_s2m_rings;
- if (qid >= num)
+ if (EXPECT_FALSE (qid >= num))
return MEMIF_ERR_QID;
+ if (EXPECT_FALSE (!tx))
+ return MEMIF_ERR_INVAL_ARG;
+
memif_queue_t *mq = &c->tx_queues[qid];
memif_ring_t *ring = mq->ring;
- uint16_t head = ring->head;
uint16_t mask = (1 << mq->log2_ring_size) - 1;
- uint8_t chain_buf0, chain_buf1;
+ memif_buffer_t *b0;
*tx = 0;
- uint16_t curr_buf = 0;
- memif_buffer_t *b0, *b1;
- int i;
- while (count)
- {
- while (count > 2)
- {
- b0 = (bufs + curr_buf);
- b1 = (bufs + curr_buf + 1);
- chain_buf0 =
- b0->buffer_len / ring->desc[b0->desc_index].buffer_length;
- if ((b0->buffer_len % ring->desc[b0->desc_index].buffer_length) !=
- 0)
- chain_buf0++;
-
- chain_buf1 =
- b1->buffer_len / ring->desc[b1->desc_index].buffer_length;
- if ((b1->buffer_len % ring->desc[b1->desc_index].buffer_length) !=
- 0)
- chain_buf1++;
-
- for (i = 0; i < memif_min (chain_buf0, chain_buf1); i++)
- {
- /* b0 */
- if (b0->data_len >
- ring->desc[(b0->desc_index + i) & mask].buffer_length)
- {
- b0->data_len -=
- ring->desc[(b0->desc_index + i) & mask].length =
- ring->desc[(b0->desc_index + i) & mask].buffer_length;
- }
- else
- {
- ring->desc[(b0->desc_index + i) & mask].length =
- b0->data_len;
- b0->data_len = 0;
- }
- /* b1 */
- if (b1->data_len >
- ring->desc[(b1->desc_index + i) & mask].buffer_length)
- {
- b1->data_len -=
- ring->desc[(b1->desc_index + i) & mask].length =
- ring->desc[(b1->desc_index + i) & mask].buffer_length;
- }
- else
- {
- ring->desc[(b1->desc_index + i) & mask].length =
- b1->data_len;
- b1->data_len = 0;
- }
-#ifdef MEMIF_DBG_SHM
- print_bytes (b0->data +
- ring->desc[(b0->desc_index +
- i) & mask].buffer_length *
- (chain_buf0 - 1),
- ring->desc[(b0->desc_index +
- i) & mask].buffer_length, DBG_TX_BUF);
- print_bytes (b1->data +
- ring->desc[(b1->desc_index +
- i) & mask].buffer_length *
- (chain_buf1 - 1),
- ring->desc[(b1->desc_index +
- i) & mask].buffer_length, DBG_TX_BUF);
-#endif /* MEMIF_DBG_SHM */
- }
-
- if (chain_buf0 > chain_buf1)
- {
- for (; i < chain_buf0; i++)
- {
- if (b0->data_len >
- ring->desc[(b0->desc_index + i) & mask].buffer_length)
- {
- b0->data_len -=
- ring->desc[(b0->desc_index + i) & mask].length =
- ring->desc[(b0->desc_index + i) & mask].buffer_length;
- }
- else
- {
- ring->desc[(b0->desc_index + i) & mask].length =
- b0->data_len;
- b0->data_len = 0;
- }
-#ifdef MEMIF_DBG_SHM
- print_bytes (b0->data +
- ring->desc[(b0->desc_index +
- i) & mask].buffer_length *
- (chain_buf0 - 1),
- ring->desc[(b0->desc_index +
- i) & mask].buffer_length,
- DBG_TX_BUF);
-#endif /* MEMIF_DBG_SHM */
- }
- }
- else
- {
- for (; i < chain_buf1; i++)
- {
- if (b1->data_len >
- ring->desc[(b1->desc_index + i) & mask].buffer_length)
- {
- b1->data_len -=
- ring->desc[(b1->desc_index + i) & mask].length =
- ring->desc[(b1->desc_index + i) & mask].buffer_length;
- }
- else
- {
- ring->desc[(b1->desc_index + i) & mask].length =
- b1->data_len;
- b1->data_len = 0;
- }
-#ifdef MEMIF_DBG_SHM
- print_bytes (b1->data +
- ring->desc[(b1->desc_index +
- i) & mask].buffer_length *
- (chain_buf1 - 1),
- ring->desc[(b1->desc_index +
- i) & mask].buffer_length,
- DBG_TX_BUF);
-#endif /* MEMIF_DBG_SHM */
- }
- }
+ if (count > mq->alloc_bufs)
+ count = mq->alloc_bufs;
- head = (b1->desc_index + chain_buf1) & mask;
-
- b0->data = NULL;
-#ifdef MEMIF_DBG
- if (b0->data_len != 0)
- DBG ("invalid b0 data length!");
-#endif /* MEMIF_DBG */
- b1->data = NULL;
-#ifdef MEMIF_DBG
- if (b1->data_len != 0)
- DBG ("invalid b1 data length!");
-#endif /* MEMIF_DBG */
-
- count -= 2;
- *tx += chain_buf0 + chain_buf1;
- curr_buf += 2;
- }
+ if (EXPECT_FALSE (count == 0))
+ return MEMIF_ERR_SUCCESS;
- b0 = (bufs + curr_buf);
- chain_buf0 = b0->buffer_len / ring->desc[b0->desc_index].buffer_length;
- if ((b0->buffer_len % ring->desc[b0->desc_index].buffer_length) != 0)
- chain_buf0++;
+ while (count)
+ {
+ b0 = (bufs + *tx);
+ ring->desc[b0->desc_index & mask].length = b0->len;
- for (i = 0; i < chain_buf0; i++)
- {
- if (b0->data_len >
- ring->desc[(b0->desc_index + i) & mask].buffer_length)
- {
- b0->data_len -= ring->desc[(b0->desc_index + i) & mask].length =
- ring->desc[(b0->desc_index + i) & mask].buffer_length;
- }
- else
- {
- ring->desc[(b0->desc_index + i) & mask].length = b0->data_len;
- b0->data_len = 0;
- }
#ifdef MEMIF_DBG_SHM
- print_bytes (b0->data +
- ring->desc[(b0->desc_index + i) & mask].buffer_length *
- (chain_buf0 - 1),
- ring->desc[(b0->desc_index + i) & mask].buffer_length,
- DBG_TX_BUF);
+ printf ("offset: %-6d\n", ring->desc[b0->desc_index & mask].offset);
+ printf ("data: %p\n",
+ memif_get_buffer (c, ring, b0->desc_index & mask));
+ printf ("index: %u\n", b0->desc_index);
+ print_bytes (memif_get_buffer (c, ring, b0->desc_index & mask),
+ ring->desc[b0->desc_index & mask].length, DBG_TX_BUF);
#endif /* MEMIF_DBG_SHM */
- }
-
- head = (b0->desc_index + chain_buf0) & mask;
-
- b0->data = NULL;
-#ifdef MEMIF_DBG
- if (b0->data_len != 0)
- DBG ("invalid b0 data length!");
-#endif /* MEMIF_DBG */
+ *tx += 1;
count--;
- *tx += chain_buf0;
- curr_buf++;
}
+
+
MEMIF_MEMORY_BARRIER ();
- ring->head = head;
+ if (c->args.is_master)
+ ring->tail = b0->desc_index + 1;
+ else
+ ring->head = b0->desc_index + 1;
mq->alloc_bufs -= *tx;
- /* TODO: return num of buffers and packets */
- *tx = curr_buf;
-
if ((ring->flags & MEMIF_RING_FLAG_MASK_INT) == 0)
{
uint64_t a = 1;
memif_buffer_t * bufs, uint16_t count, uint16_t * rx)
{
memif_connection_t *c = (memif_connection_t *) conn;
- if (c == NULL)
+ if (EXPECT_FALSE (c == NULL))
return MEMIF_ERR_NOCONN;
- if (c->fd < 0)
+ if (EXPECT_FALSE (c->fd < 0))
return MEMIF_ERR_DISCONNECTED;
uint8_t num =
(c->args.is_master) ? c->run_args.num_s2m_rings : c->run_args.
num_m2s_rings;
- if (qid >= num)
+ if (EXPECT_FALSE (qid >= num))
return MEMIF_ERR_QID;
+ if (EXPECT_FALSE (!rx))
+ return MEMIF_ERR_INVAL_ARG;
+
memif_queue_t *mq = &c->rx_queues[qid];
memif_ring_t *ring = mq->ring;
- uint16_t head = ring->head;
+ uint16_t cur_slot, last_slot;
uint16_t ns;
uint16_t mask = (1 << mq->log2_ring_size) - 1;
memif_buffer_t *b0, *b1;
- uint16_t curr_buf = 0;
*rx = 0;
- int i;
uint64_t b;
ssize_t r = read (mq->int_fd, &b, sizeof (b));
- if ((r == -1) && (errno != EAGAIN))
+ if (EXPECT_FALSE ((r == -1) && (errno != EAGAIN)))
return memif_syscall_error_handler (errno);
- if (head == mq->last_head)
- return 0;
+ cur_slot = (c->args.is_master) ? mq->last_head : mq->last_tail;
+ last_slot = (c->args.is_master) ? ring->head : ring->tail;
+ if (cur_slot == last_slot)
+ return MEMIF_ERR_SUCCESS;
- if (head > mq->last_head)
- ns = head - mq->last_head;
- else
- ns = (1 << mq->log2_ring_size) - mq->last_head + head;
+ ns = last_slot - cur_slot;
while (ns && count)
{
- DBG ("ns: %u, count: %u", ns, count);
- while ((ns > 2) && (count > 2))
- {
- b0 = (bufs + curr_buf);
- b1 = (bufs + curr_buf + 1);
-
- b0->desc_index = mq->last_head;
- i = 0;
- b0->data_len = 0;
- b0->buffer_len = 0;
-
- b0->data = memif_get_buffer (conn, ring, mq->last_head);
- b0->data_len += ring->desc[mq->last_head].length;
- b0->buffer_len += ring->desc[mq->last_head].buffer_length;
-#ifdef MEMIF_DBG_SHM
- print_bytes (b0->data +
- ring->desc[b0->desc_index].buffer_length * i++,
- ring->desc[b0->desc_index].buffer_length, DBG_TX_BUF);
-#endif /* MEMIF_DBG_SHM */
- ns--;
- *rx += 1;
- while (ring->desc[mq->last_head].flags & MEMIF_DESC_FLAG_NEXT)
- {
- ring->desc[mq->last_head].flags &= ~MEMIF_DESC_FLAG_NEXT;
- mq->last_head = (mq->last_head + 1) & mask;
- b0->data_len += ring->desc[mq->last_head].length;
- b0->buffer_len += ring->desc[mq->last_head].buffer_length;
-#ifdef MEMIF_DBG_SHM
- print_bytes (b0->data +
- ring->desc[b0->desc_index].buffer_length * i++,
- ring->desc[b0->desc_index].buffer_length,
- DBG_TX_BUF);
-#endif /* MEMIF_DBG_SHM */
- ns--;
- *rx += 1;
- }
- mq->last_head = (mq->last_head + 1) & mask;
+ b0 = (bufs + *rx);
- b1->desc_index = mq->last_head;
- i = 0;
- b1->data_len = 0;
- b1->buffer_len = 0;
-
- b1->data = memif_get_buffer (conn, ring, mq->last_head);
- b1->data_len += ring->desc[mq->last_head].length;
- b1->buffer_len += ring->desc[mq->last_head].buffer_length;
-#ifdef MEMIF_DBG_SHM
- print_bytes (b1->data +
- ring->desc[b1->desc_index].buffer_length * i++,
- ring->desc[b1->desc_index].buffer_length, DBG_TX_BUF);
-#endif /* MEMIF_DBG_SHM */
- ns--;
- *rx += 1;
- while (ring->desc[mq->last_head].flags & MEMIF_DESC_FLAG_NEXT)
- {
- ring->desc[mq->last_head].flags &= ~MEMIF_DESC_FLAG_NEXT;
- mq->last_head = (mq->last_head + 1) & mask;
- b1->data_len += ring->desc[mq->last_head].length;
- b1->buffer_len += ring->desc[mq->last_head].buffer_length;
-#ifdef MEMIF_DBG_SHM
- print_bytes (b1->data +
- ring->desc[b1->desc_index].buffer_length * i++,
- ring->desc[b1->desc_index].buffer_length,
- DBG_TX_BUF);
-#endif /* MEMIF_DBG_SHM */
- ns--;
- *rx += 1;
- }
- mq->last_head = (mq->last_head + 1) & mask;
-
- count -= 2;
- curr_buf += 2;
+ b0->desc_index = cur_slot;
+ b0->data = memif_get_buffer (c, ring, cur_slot & mask);
+ b0->len = ring->desc[cur_slot & mask].length;
+ /* slave resets buffer length */
+ if (c->args.is_master == 0)
+ {
+ ring->desc[cur_slot & mask].length = c->run_args.buffer_size;
}
- b0 = (bufs + curr_buf);
- b0->desc_index = mq->last_head;
- i = 0;
- b0->data_len = 0;
- b0->buffer_len = 0;
-
- b0->data = memif_get_buffer (conn, ring, mq->last_head);
- b0->data_len += ring->desc[mq->last_head].length;
- b0->buffer_len += ring->desc[mq->last_head].buffer_length;
+ b0->flags = MEMIF_BUFFER_FLAG_RX;
+ if (ring->desc[cur_slot & mask].flags & MEMIF_DESC_FLAG_NEXT)
+ {
+ b0->flags |= MEMIF_BUFFER_FLAG_NEXT;
+ ring->desc[cur_slot & mask].flags &= ~MEMIF_DESC_FLAG_NEXT;
+ }
+/* b0->offset = ring->desc[cur_slot & mask].offset;*/
+ b0->ring = ring;
#ifdef MEMIF_DBG_SHM
- print_bytes (b0->data +
- ring->desc[b0->desc_index].buffer_length * i++,
- ring->desc[b0->desc_index].buffer_length, DBG_TX_BUF);
+ printf ("data: %p\n", b0->data);
+ printf ("index: %u\n", b0->desc_index);
+ printf ("ring: %p\n", b0->ring);
+ print_bytes (b0->data, b0->len, DBG_RX_BUF);
#endif /* MEMIF_DBG_SHM */
ns--;
*rx += 1;
- while (ring->desc[mq->last_head].flags & MEMIF_DESC_FLAG_NEXT)
- {
- ring->desc[mq->last_head].flags &= ~MEMIF_DESC_FLAG_NEXT;
- mq->last_head = (mq->last_head + 1) & mask;
- b0->data_len += ring->desc[mq->last_head].length;
- b0->buffer_len += ring->desc[mq->last_head].buffer_length;
-#ifdef MEMIF_DBG_SHM
- print_bytes (b0->data +
- ring->desc[b0->desc_index].buffer_length * i++,
- ring->desc[b0->desc_index].buffer_length, DBG_TX_BUF);
-#endif /* MEMIF_DBG_SHM */
- ns--;
- *rx += 1;
- }
- mq->last_head = (mq->last_head + 1) & mask;
-
count--;
- curr_buf++;
+ cur_slot++;
}
- mq->alloc_bufs += *rx;
-
- /* TODO: return num of buffers and packets */
- *rx = curr_buf;
+ if (c->args.is_master)
+ mq->last_head = cur_slot;
+ else
+ mq->last_tail = cur_slot;
if (ns)
{
memif_get_details (memif_conn_handle_t conn, memif_details_t * md,
char *buf, ssize_t buflen)
{
+ libmemif_main_t *lm = &libmemif_main;
memif_connection_t *c = (memif_connection_t *) conn;
if (c == NULL)
return MEMIF_ERR_NOCONN;
l1 = strlen ((char *) c->args.interface_name);
if (l0 + l1 < buflen)
{
- md->if_name = strcpy (buf + l0, (char *) c->args.interface_name);
+ md->if_name = (uint8_t *) strcpy (buf + l0, (char *) c->args.interface_name);
l0 += l1 + 1;
}
else
err = MEMIF_ERR_NOBUF_DET;
- l1 = strlen ((char *) c->args.instance_name);
+ l1 = strlen ((char *) lm->app_name);
if (l0 + l1 < buflen)
{
- md->inst_name = strcpy (buf + l0, (char *) c->args.instance_name);
+ md->inst_name = (uint8_t *) strcpy (buf + l0, (char *) lm->app_name);
l0 += l1 + 1;
}
else
l1 = strlen ((char *) c->remote_if_name);
if (l0 + l1 < buflen)
{
- md->remote_if_name = strcpy (buf + l0, (char *) c->remote_if_name);
+ md->remote_if_name = (uint8_t *) strcpy (buf + l0, (char *) c->remote_if_name);
l0 += l1 + 1;
}
else
l1 = strlen ((char *) c->remote_name);
if (l0 + l1 < buflen)
{
- md->remote_inst_name = strcpy (buf + l0, (char *) c->remote_name);
+ md->remote_inst_name = (uint8_t *) strcpy (buf + l0, (char *) c->remote_name);
l0 += l1 + 1;
}
else
md->id = c->args.interface_id;
- if (c->args.secret)
+ if (strlen((char *) c->args.secret) > 0)
{
l1 = strlen ((char *) c->args.secret);
if (l0 + l1 < buflen)
{
- md->secret = strcpy (buf + l0, (char *) c->args.secret);
+ md->secret = (uint8_t *) strcpy (buf + l0, (char *) c->args.secret);
l0 += l1 + 1;
}
else
if (l0 + l1 < buflen)
{
md->socket_filename =
- strcpy (buf + l0, (char *) c->args.socket_filename);
+ (uint8_t *) strcpy (buf + l0, (char *) c->args.socket_filename);
l0 += l1 + 1;
}
else
{
md->rx_queues[i].qid = i;
md->rx_queues[i].ring_size = (1 << c->rx_queues[i].log2_ring_size);
+ md->rx_queues[i].flags = c->rx_queues[i].ring->flags;
+ md->rx_queues[i].head = c->rx_queues[i].ring->head;
+ md->rx_queues[i].tail = c->rx_queues[i].ring->tail;
md->rx_queues[i].buffer_size = c->run_args.buffer_size;
}
{
md->tx_queues[i].qid = i;
md->tx_queues[i].ring_size = (1 << c->tx_queues[i].log2_ring_size);
+ md->tx_queues[i].flags = c->tx_queues[i].ring->flags;
+ md->tx_queues[i].head = c->tx_queues[i].ring->head;
+ md->tx_queues[i].tail = c->tx_queues[i].ring->tail;
md->tx_queues[i].buffer_size = c->run_args.buffer_size;
}
memif_cleanup ()
{
libmemif_main_t *lm = &libmemif_main;
- if (lm->app_name)
- free (lm->app_name);
- lm->app_name = NULL;
if (lm->control_list)
- free (lm->control_list);
+ lm->free (lm->control_list);
lm->control_list = NULL;
if (lm->interrupt_list)
- free (lm->interrupt_list);
+ lm->free (lm->interrupt_list);
lm->interrupt_list = NULL;
if (lm->listener_list)
- free (lm->listener_list);
+ lm->free (lm->listener_list);
lm->listener_list = NULL;
if (lm->pending_list)
- free (lm->pending_list);
+ lm->free (lm->pending_list);
lm->pending_list = NULL;
if (poll_cancel_fd != -1)
close (poll_cancel_fd);
Code Review / vpp.git / blobdiff