Fix#15919.
Check ScheduledCompactKeyName and FinishedCompactKeyName
before writing hash to hashstore.
If they do not match, then it means this compaction has once been interrupted and its hash value is invalid. In such cases, we won't write the hash values to the hashstore, and avoids the incorrect corruption alarm.
Signed-off-by: caojiamingalan <alan.c.19971111@gmail.com>
fix the unexpected blocking when using Barrier.Wait(), e.g.
NewBarrier(client, "a").Wait() will block if key "a" is not existed but "a0" is existed, but it should return immediately.
Signed-off-by: zhangwenkang <zwenkang@vmware.com>
If start grpc proxy with --resolver-prefix, memberlist will return all alive proxy nodes, when one grpc proxy node is down, it is expected to not return the down node, but it is still return
Signed-off-by: yellowzf <zzhf3311@163.com>
Progress notifications requested using ProgressRequest were sent
directly using the ctrlStream, which means that they could race
against watch responses in the watchStream.
This would especially happen when the stream was not synced - e.g. if
you requested a progress notification on a freshly created unsynced
watcher, the notification would typically arrive indicating a revision
for which not all watch responses had been sent.
This changes the behaviour so that v3rpc always goes through the watch
stream, using a new RequestProgressAll function that closely matches
the behaviour of the v3rpc code - i.e.
1. Generate a message with WatchId -1, indicating the revision for
*all* watchers in the stream
2. Guarantee that a response is (eventually) sent
The latter might require us to defer the response until all watchers
are synced, which is likely as it should be. Note that we do *not*
guarantee that the number of progress notifications matches the number
of requests, only that eventually at least one gets sent.
Signed-off-by: Benjamin Wang <wachao@vmware.com>
Difference in load configuration for watch delay tests show how huge the
impact is. Even with random write scheduler grpc under http
server can only handle 500 KB with 2 seconds delay. On the other hand,
separate grpc server easily hits 10, 100 or even 1000 MB within 100 miliseconds.
Priority write scheduler that was used in most previous releases
is far worse than random one.
Tests configured to only 5 MB to avoid flakes and taking too long to fill
etcd.
Signed-off-by: Marek Siarkowicz <siarkowicz@google.com>
There are two goroutines accessing the `gs` grpc server var. Before
insecure `gs` server start, the `gs` can be changed to secure server and
then the client will fail to connect to etcd with insecure request. It
is data-race. We should use argument for reference in the new goroutine.
fix: #15495
Signed-off-by: Wei Fu <fuweid89@gmail.com>
(cherry picked from commit a9988e2625eede1af81d189b5f2ecf7d4af3edf1)
Signed-off-by: Wei Fu <fuweid89@gmail.com>
Historic capnslog timestamps are in microsecond resolution. We need to match that when we migrate to the zap logger.
Signed-off-by: James Blair <mail@jamesblair.net>
