* Added Limitations page
* Made the aggregations page follow the common template for functions
* Modified all tables to have the first row's cells content centered
* Polishing in other various sections
This is a follow-up to some discussions around #36399. Currently we have
relatively confusing compression behavior where compression can be
configured for requests based on transport.compress or a specific
setting for a remote cluster. However, we can only compress responses
based on transport.compress as we do not know where a request is
coming from (currently).
This commit modifies the behavior to NEVER compress responses based on
settings. Instead, a response will only be compressed if the request was
compressed. This commit also updates the documentation to more clearly
described transport level compression.
When the script contexts were created in 6, the use of params.ctx was
deprecated. This commit cleans up that code and ensures that params.ctx
is null in both watcher script contexts.
Relates: #34059
Now that JDK 12 has entered rampdown phase one, it is time for us to add
JDK 12 to the CI rotation. This commit adds matrix parameters such that
we try to build with JDK 12, and we test running on JDK 12.
Realm settings were changed in #30241 in a non-BWC way.
If you try and start a 7.x node using a 6.x config style, then the
default error messages do not adequately describe the cause of
the problem, or the solution.
This change detects the when realms are using the 6.x style and fails
with a specific error message.
This detection is a best-effort, and will detect issues when the
realms have not been modified to use the 7.x style, but may not detect
situations where the configuration was partially changed.
e.g. We can detect this:
xpack.security.authc:
realms.pki1.type: pki
realms.pki1.order: 3
realms.pki1.ssl.certificate_authorities: [ "ca.crt" ]
But this (where the "order" has been updated, but the "ssl.*" has not)
will fall back to the standard "unknown setting" check
xpack.security.authc:
realms.pki.pki1.order: 3
realms.pki1.ssl.certificate_authorities: [ "ca.crt" ]
Closes: #36026
This commit adds a RemoteClusterAwareRequest interface that allows a
request to specify which remote node it should be routed to. The remote
cluster aware client will attempt to route the request directly to this
node. Otherwise it will send it as a proxy action to eventually end up
on the requested node.
It implements the ccr clean_session action with this client.
Allow scripts to correctly reference grouping functions
Fix bug in translation of date/time functions mixed with histograms.
Enhance Verifier to prevent histograms being nested inside other
functions inside GROUP BY (as it implies double grouping)
Extend Histogram docs
This is related to #35975. When the shard restore process is complete,
the index mappings need to be updated to ensure that the data in the
files restores is compatible with the follower mappings. This commit
implements a mapping update as the final step in a shard restore.
Reindex from remote was using a custom regex to dermine what URIs were
valid. This commit removes the custom regex and uses the java.net.URI
class instead, allowing IPv6 support without changing the existing
validation around a URI in reindex from remote.
the testFullPolicy and testMoveToRolloverStep tests
are very important tests, but they sometimes timeout
beyond the default 10sec wait for shrink to occur.
This commit increases one of the assertBusys to
20 seconds
* Adds term number and greppable phrase 'coordinator becoming' to Coordinator
mode changes
* Adds term and version to messages from the ClusterApplier about master
changes
* Reduces some LeaderChecker messages to TRACE level
Currently if a leader index with soft deletes disabled is auto followed then this index is silently ignored.
This commit changes this behavior to mark these indices as auto followed and report an error, which is visible in auto follow stats. Marking the index as auto follow is important, because otherwise the auto follower will continuously try to auto follow and fail.
Relates to #33007
This commit modifies ESSingleNodeTestCase and ESIntegTestCase and
several concrete test classes to use node names when bootstrapping the
cluster.
Today ClusterBootstrapService.INITIAL_MASTER_NODE_COUNT_SETTING
setting is used to bootstrap clusters in tests. Instead, we want to use
ClusterBootrstapService.INITIAL_MASTER_NODES_SETTING and get rid of
the former setting eventually.
There were two main problems when refactoring InternalTestCluster:
1. Nodes are created one-by-one in buildNode method. And node.name
is created in this method as well. It's not suitable for bootstrapping,
because we need to have the names of all master eligible nodes in
advance, before creating the node with bootstrapping configuration set.
We address this issue by separating buildNode into two methods:
getNodeSettings and buildNode. We first iterate over all nodes to
get nodes settings, then change the setting for the bootstrapping node
and then proceed with building the node.
2. If autoManageMinMasterNodes = false, there is no way for the test to
set the list of bootstrapping nodes because node names are not known in
advance. This problem is solved by adding updateNodesSettings method
to NodeConfigurationSource and ESIntegTestCase (which could be
overridden by concrete integration test class). Once we have the list
of settings for all nodes, the integration test class is allowed to
update it. In our case, we update the
ClusterBootrstapService.INITIAL_MASTER_NODES_SETTING setting.
This commit breaks the single ingest docs file into multiple files,
factoring out the processor docs into a documentation file per
processor. This will help make this content easier to maintain.
This commit overhauls the documentation of discovery and cluster coordination,
removing mention of the Zen Discovery module and replacing it with docs for the
new cluster coordination mechanism introduced in 7.0.
Relates #32006
... MlDistributedFailureIT.testLoseDedicatedMasterNode.
An intermittent failure has been observed in
`MlDistributedFailureIT. testLoseDedicatedMasterNode`.
The test launches a cluster comprised by a dedicated master node
and a data and ML node. It creates a job and datafeed and starts them.
It then shuts down and restarts the master node. Finally, the test asserts
that the two tasks have been reassigned within 10s.
The intermittent failure is due to the assertions that the tasks have been
reassigned failing. Investigating the failure revealed that the `assertBusy`
that performs that assertion times out. Furthermore, it appears that the
job task is not reassigned because the memory tracking info is stale.
Memory tracking info is refreshed asynchronously when a job is attempted
to be reassigned. Tasks are attempted to be reassigned either due to a relevant
cluster state change or periodically. The periodic interval is controlled by a cluster
setting called `cluster.persistent_tasks.allocation.recheck_interval` and defaults to 30s.
What seems to be happening in this test is that if all cluster state changes after the
master node is restarted come through before the async memory info refresh completes,
then the job might take up to 30s until it is attempted to reassigned. Thus the `assertBusy`
times out.
This commit changes the test to reduce the periodic check that reassigns persistent
tasks to `200ms`. If the above theory is correct, this should eradicate those failures.
Closes#36760
This change cleans up a number of ugly BWC
workarounds in the ML code.
7.0 cannot run in a mixed version cluster with
versions prior to 6.7, so code that deals with
these old versions is no longer required.
Closes#29963
* This change is to account for different system clock implementations
or different Java versions (for Java 8, milliseconds precision is used;
for Java 9+ a system specific clock implementation is used which can
have greater precision than what we need here).
Negative timestamps are currently supported in joda time. These are
dates before epoch. However, it doesn't really make sense to have a
negative timestamp, since this is a modern format. Any dates before
epoch can be represented with normal date formats, like ISO8601.
Additionally, implementing negative epoch timestamp parsing in java time
has an edge case which would more than double the code required. This
commit deprecates use of negative epoch timestamps.
When a filter is evaluated to false then it becomes a LocalRelation
with an EmptyExecutable. The LocalRelation in turn, becomes a
LocalExec and the the SkipQueryIfFoldingProjection was wrongly
converting it to a SingletonExecutable. Moreover made a change, so
that the queries without FROM clause, which are supposed to return a
single row, to become a LocalRelation with a SingletonExecutable
instead of EmptyExecutable to avoid mixing up with the ones operating
on a table but with a filter that evaluates to false.
Fixes: #35980
Currently the ByteBufferReference does not duplicate the buffer.
This means that any changes to the buffer's limit or position will
impact the reference. This can lead to unexpected behavior. This commit
uses the ByteBuffer#slice method to ensure that the reference retains
its own ByteBuffer.
Explicitly call out the existence of the troubleshooting guide so
that hopefully users can solve common and easy problems with their
initial configuration
This commit partially reverts #36447 by using the ability of Joda time's
DateTimeFormatterBuilder to append multiple parsers instead of using the
MergedDateFormatter. The MergedDateFormatter will be removed in a future
change, as it is not as performant due to creating potentially many
exceptions during heavy date parsing. This change is a stop-gap until
that followup is ready.
closes#36602
Leaving `index.lifecycle.indexing_complete` in place when removing the
lifecycle policy from an index can cause confusion, as if a new policy
is associated with the policy, rollover will be silently skipped.
Removing that setting when removing the policy from an index makes
associating a new policy with the index more involved, but allows ILM to
fail loudly, rather than silently skipping operations which the user may
assume are being performed.
* Adjust order of checks in WaitForRolloverReadyStep
This allows ILM to error out properly for indices that have a valid
alias, but are not the write index, while still handling
`indexing_complete` on old-style aliases and rollover (that is, those
which only point to a single index at a time with no explicit write
index)
Andrei Stefan
Lisa Cawley
Tim Brooks
David Turner
Dimitrios Liappis
Martijn van Groningen
Michael Basnight
Julie Tibshirani
Jason Tedor
Tim Vernum
Costin Leau
Nik Everett
Jack Conradson
Tal Levy
Andrey Ershov
Ioannis Kakavas
Dimitris Athanasiou
David Roberts
Alpar Torok
Ryan Ernst
Marios Trivyzas
Ioannis Kakavas
Mayya Sharipova
David Causse
Gordon Brown