ctx_record(ctx, ltt_chan, ltt_chan->ctx);
ctx_record(ctx, ltt_chan, event->ctx);
+ lib_ring_buffer_align_ctx(ctx, ctx->largest_align);
return;
}
ctx_record(ctx, ltt_chan, ltt_chan->ctx);
ctx_record(ctx, ltt_chan, event->ctx);
+ lib_ring_buffer_align_ctx(ctx, ctx->largest_align);
}
static const struct lib_ring_buffer_config client_config;
static void client_buffer_begin(struct lib_ring_buffer *buf, u64 tsc,
unsigned int subbuf_idx,
- struct shm_handle *handle)
+ struct lttng_ust_shm_handle *handle)
{
struct channel *chan = shmp(handle, buf->backend.chan);
struct packet_header *header =
*/
static void client_buffer_end(struct lib_ring_buffer *buf, u64 tsc,
unsigned int subbuf_idx, unsigned long data_size,
- struct shm_handle *handle)
+ struct lttng_ust_shm_handle *handle)
{
struct channel *chan = shmp(handle, buf->backend.chan);
struct packet_header *header =
}
static int client_buffer_create(struct lib_ring_buffer *buf, void *priv,
- int cpu, const char *name, struct shm_handle *handle)
+ int cpu, const char *name, struct lttng_ust_shm_handle *handle)
{
return 0;
}
-static void client_buffer_finalize(struct lib_ring_buffer *buf, void *priv, int cpu, struct shm_handle *handle)
+static void client_buffer_finalize(struct lib_ring_buffer *buf, void *priv, int cpu, struct lttng_ust_shm_handle *handle)
{
}
struct ltt_channel *ltt_chan, void *buf_addr,
size_t subbuf_size, size_t num_subbuf,
unsigned int switch_timer_interval,
- unsigned int read_timer_interval)
+ unsigned int read_timer_interval,
+ int *shm_fd, int *wait_fd,
+ uint64_t *memory_map_size)
{
ltt_chan->handle = channel_create(&client_config, name, ltt_chan, buf_addr,
subbuf_size, num_subbuf, switch_timer_interval,
- read_timer_interval);
+ read_timer_interval, shm_fd, wait_fd,
+ memory_map_size);
if (!ltt_chan->handle)
return NULL;
ltt_chan->chan = shmp(ltt_chan->handle, ltt_chan->handle->chan);
static
void ltt_channel_destroy(struct ltt_channel *ltt_chan)
{
- channel_destroy(ltt_chan->chan, ltt_chan->handle);
+ channel_destroy(ltt_chan->chan, ltt_chan->handle, 0);
}
static
struct lib_ring_buffer *ltt_buffer_read_open(struct channel *chan,
- struct shm_handle *handle,
+ struct lttng_ust_shm_handle *handle,
int *shm_fd, int *wait_fd,
uint64_t *memory_map_size)
{
buf = channel_get_ring_buffer(&client_config, chan,
cpu, handle, shm_fd, wait_fd,
memory_map_size);
- if (!lib_ring_buffer_open_read(buf, handle))
+ if (!lib_ring_buffer_open_read(buf, handle, 0))
return buf;
}
return NULL;
static
void ltt_buffer_read_close(struct lib_ring_buffer *buf,
- struct shm_handle *handle)
+ struct lttng_ust_shm_handle *handle)
{
- lib_ring_buffer_release_read(buf, handle);
+ lib_ring_buffer_release_read(buf, handle, 0);
}
static
return lib_ring_buffer_channel_is_disabled(chan);
}
+static
+int ltt_flush_buffer(struct channel *chan, struct lttng_ust_shm_handle *handle)
+{
+ struct lib_ring_buffer *buf;
+ int cpu;
+
+ for_each_channel_cpu(cpu, chan) {
+ int shm_fd, wait_fd;
+ uint64_t memory_map_size;
+
+ buf = channel_get_ring_buffer(&client_config, chan,
+ cpu, handle, &shm_fd, &wait_fd,
+ &memory_map_size);
+ lib_ring_buffer_switch(&client_config, buf,
+ SWITCH_ACTIVE, handle);
+ }
+ return 0;
+}
+
static struct ltt_transport ltt_relay_transport = {
.name = "relay-" RING_BUFFER_MODE_TEMPLATE_STRING "-mmap",
.ops = {
//.get_hp_wait_queue = ltt_get_hp_wait_queue,
.is_finalized = ltt_is_finalized,
.is_disabled = ltt_is_disabled,
+ .flush_buffer = ltt_flush_buffer,
},
};