&buf->commit_count[oldidx].cc);
commit_count = local_read(&buf->commit_count[oldidx].cc);
ltt_check_deliver(chan, buf, offsets->old - 1, commit_count, oldidx);
- ltt_write_commit_counter(buf, oldidx,
+ ltt_write_commit_counter(chan, buf, oldidx,
offsets->old, commit_count, padding_size);
}
commit_count = local_read(&buf->commit_count[beginidx].cc);
/* Check if the written buffer has to be delivered */
ltt_check_deliver(chan, buf, offsets->begin, commit_count, beginidx);
- ltt_write_commit_counter(buf, beginidx,
+ ltt_write_commit_counter(chan, buf, beginidx,
offsets->begin, commit_count, ltt_subbuffer_header_size());
}
commit_count = local_read(&buf->commit_count[endidx].cc);
ltt_check_deliver(chan, buf,
offsets->end - 1, commit_count, endidx);
- ltt_write_commit_counter(buf, endidx,
+ ltt_write_commit_counter(chan, buf, endidx,
offsets->end, commit_count, padding_size);
}
* commit count reaches back the reserve offset (module subbuffer size). It is
* useful for crash dump.
*/
-#ifdef CONFIG_LTT_VMCORE
-static __inline__ void ltt_write_commit_counter(struct rchan_buf *buf,
- struct ltt_channel_buf_struct *ltt_buf,
- long idx, long buf_offset, long commit_count, size_t data_size)
+//ust// #ifdef CONFIG_LTT_VMCORE
+static __inline__ void ltt_write_commit_counter(struct ust_channel *chan,
+ struct ust_buffer *buf, long idx, long buf_offset,
+ long commit_count, size_t data_size)
{
long offset;
long commit_seq_old;
if (unlikely(SUBBUF_OFFSET(offset - commit_count, buf->chan)))
return;
- commit_seq_old = local_read(<t_buf->commit_seq[idx]);
+ commit_seq_old = local_read(&buf->commit_seq[idx]);
while (commit_seq_old < commit_count)
- commit_seq_old = local_cmpxchg(<t_buf->commit_seq[idx],
+ commit_seq_old = local_cmpxchg(&buf->commit_seq[idx],
commit_seq_old, commit_count);
+
+ DBG("commit_seq for channel %s_%d, subbuf %ld is now %ld", buf->chan->channel_name, buf->cpu, idx, commit_count);
}
-#else
-static __inline__ void ltt_write_commit_counter(struct ust_buffer *buf,
- long idx, long buf_offset, long commit_count, size_t data_size)
-{
-}
-#endif
+//ust// #else
+//ust// static __inline__ void ltt_write_commit_counter(struct ust_buffer *buf,
+//ust// long idx, long buf_offset, long commit_count, size_t data_size)
+//ust// {
+//ust// }
+//ust// #endif
/*
* Atomic unordered slot commit. Increments the commit count in the
* Update data_size for each commit. It's needed only for extracting
* ltt buffers from vmcore, after crash.
*/
- ltt_write_commit_counter(buf, endidx, buf_offset, commit_count, data_size);
+ ltt_write_commit_counter(chan, buf, endidx, buf_offset, commit_count, data_size);
}
void _ust_buffers_write(struct ust_buffer *buf, size_t offset,