tsdb.Engine.IsIdle and tsdb.Engine.Digest now return a reason string for why the engine & shard are not idle.
Callers can then use this string for logging, if desired. The returned reason does not allocate memory, so the
caller may want to add the shard ID and path for more information in the log. This is intended to be used in
calls from the anti-entropy service in Enterprise.
(cherry picked from commit bf45841359)
fixes https://github.com/influxdata/influxdb/issues/21448
(cherry picked from commit c8da9bafbf)
closes https://github.com/influxdata/influxdb/issues/21894
Under heavy write load creating new fields and measurements
the rewrite of the fields.idx file is a bottleneck. This
enhancement combines multiple writes into a single one and
shares any error return value with all of the combined
invocations. MeasurementFieldSet and the new
MeasurementFieldSetWriter must both now be explicitly
closed.
Closes#21577
(cherry picked from commit f64be286be)
Closes https://github.com/influxdata/influxdb/issues/21598
The cursors were previously [start, stop) to be consistent with how flux
requests data, but the underlying storage file store was [start, stop]
because that's how influxql read data. This reverts back the cursor
behavior so that it is now [start, stop] everywhere and the conversion
from [start, stop) to [start, stop] is performed when doing the cursor
request to get the next cursor.
Co-authored-by: Sam Arnold <sarnold@influxdata.com>
fields.idx frequent writes cause lock contention and fields.idx is recreated
when a field or measurement is added in a WritePointsWithContext()
This eliminates locking during the actual file rewrite, and limits it to
the times when the MeasurementFieldSet is actually being read or written
in memory and when the new file is being renamed.
Test verification of correct behavior by checking the fields.idx
file matches the in-memory copy after heavily parallel measurement addition.
Co-authored-by: davidby-influx <72418212+davidby-influx@users.noreply.github.com>
This use-after-free bug may lead to segfault. The iterators that have
reference to the underlying index files were closed too early while
the bitmaps were still used afterwards. If a compaction occurs
concurrently and removes the index files, it would result in accessing
unmap'd memory address.
This is a backport of #14262 to the 1.x storage engine. The 1.x storage
engine is now the primary engine for open source so when we switched we
regressed to the old behavior.
This also fixes `go generate` for the tsm1 package by running `tmpl`
with `go run` instead of assuming the correct one is installed in the
path.
This fixes multi measurement queries that go through the storage service
to correctly pick up all series that apply with the filter. Previously,
negative queries such as `!=`, `!~`, and predicates attempting to match
empty tags did not work correctly with the storage service when multiple
measurements or `OR` conditions were included.
This was because these predicates would be categorized as "multiple
measurements" and then it would attempt to use the field keys iterator
to find the fields for each measurement. The meta queries for these did
not correctly account for negative equality operators or empty tags when
finding appropriate measurements and those could not be changed because
it would cause a breaking change to influxql too.
This modifies the storage service to use new methods that correctly
account for the above situations rather than the field keys iterator.
Some queries that appeared to be single measurement queries also get
considered as multiple measurement queries. Any query with an `OR`
condition will be considered a multiple measurement query.
This bug did not apply to single measurement queries where one
measurement was selected and all of the logical operators were `AND`
values. This is because it used a different code path that correctly
handled these situations.