- Elasticsearch Guide: other versions:
- Getting Started
- Setup Elasticsearch
- Breaking changes
- Breaking changes in 5.4
- Breaking changes in 5.3
- Breaking changes in 5.2
- Breaking changes in 5.1
- Breaking changes in 5.0
- Search and Query DSL changes
- Mapping changes
- Percolator changes
- Suggester changes
- Index APIs changes
- Document API changes
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- HTTP changes
- REST API changes
- CAT API changes
- Java API changes
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- Script related changes
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- Avg Aggregation
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- Extended Stats Aggregation
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- Max Bucket Aggregation
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- Extended Stats Bucket Aggregation
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- Moving Average Aggregation
- Cumulative Sum Aggregation
- Bucket Script Aggregation
- Bucket Selector Aggregation
- Serial Differencing Aggregation
- Matrix Aggregations
- Caching heavy aggregations
- Returning only aggregation results
- Aggregation Metadata
- Returning the type of the aggregation
- Metrics Aggregations
- Indices APIs
- Create Index
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- Get Index
- Indices Exists
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- Put Mapping
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- cat APIs
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- Anatomy of an analyzer
- Testing analyzers
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- Synonym Graph Token Filter
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- Pipeline Definition
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- How To
- Testing
- Glossary of terms
- Release Notes
- 5.4.3 Release Notes
- 5.4.2 Release Notes
- 5.4.1 Release Notes
- 5.4.0 Release Notes
- 5.3.3 Release Notes
- 5.3.2 Release Notes
- 5.3.1 Release Notes
- 5.3.0 Release Notes
- 5.2.2 Release Notes
- 5.2.1 Release Notes
- 5.2.0 Release Notes
- 5.1.2 Release Notes
- 5.1.1 Release Notes
- 5.1.0 Release Notes
- 5.0.2 Release Notes
- 5.0.1 Release Notes
- 5.0.0 Combined Release Notes
- 5.0.0 GA Release Notes
- 5.0.0-rc1 Release Notes
- 5.0.0-beta1 Release Notes
- 5.0.0-alpha5 Release Notes
- 5.0.0-alpha4 Release Notes
- 5.0.0-alpha3 Release Notes
- 5.0.0-alpha2 Release Notes
- 5.0.0-alpha1 Release Notes
- 5.0.0-alpha1 Release Notes (Changes previously released in 2.x)
- Painless API Reference
WARNING: Version 5.4 of Elasticsearch has passed its EOL date.
This documentation is no longer being maintained and may be removed. If you are running this version, we strongly advise you to upgrade. For the latest information, see the current release documentation.
Tribe node
editTribe node
editDeprecated in 5.4.0.
The tribe
node is deprecated in favour of Cross Cluster Search and will be removed in Elasticsearch 7.0.
The tribes feature allows a tribe node to act as a federated client across multiple clusters.
The tribe node works by retrieving the cluster state from all connected clusters and merging them into a global cluster state. With this information at hand, it is able to perform read and write operations against the nodes in all clusters as if they were local. Note that a tribe node needs to be able to connect to each single node in every configured cluster.
The elasticsearch.yml
config file for a tribe node just needs to list the
clusters that should be joined, for instance:
The example above configures connections to two clusters, name t1
and t2
respectively. The tribe node will create a node client to
connect each cluster using unicast discovery by default. Any
other settings for the connection can be configured under tribe.{name}
, just
like the cluster.name
in the example.
The merged global cluster state means that almost all operations work in the same way as a single cluster: distributed search, suggest, percolation, indexing, etc.
However, there are a few exceptions:
- The merged view cannot handle indices with the same name in multiple clusters. By default it will pick one of them, see later for on_conflict options.
- Master level read operations (eg Cluster State, Cluster Health) will automatically execute with a local flag set to true since there is no master.
- Master level write operations (eg Create Index) are not allowed. These should be performed on a single cluster.
The tribe node can be configured to block all write operations and all metadata operations with:
tribe: blocks: write: true metadata: true
The tribe node can also configure blocks on selected indices:
tribe: blocks: write.indices: hk*,ldn* metadata.indices: hk*,ldn*
When there is a conflict and multiple clusters hold the same index, by default
the tribe node will pick one of them. This can be configured using the tribe.on_conflict
setting. It defaults to any
, but can be set to drop
(drop indices that have
a conflict), or prefer_[tribeName]
to prefer the index from a specific tribe.
Tribe node settings
editThe tribe node starts a node client for each listed cluster. The following configuration options are passed down from the tribe node to each node client:
-
node.name
(used to derive thenode.name
for each node client) -
network.host
-
network.bind_host
-
network.publish_host
-
transport.host
-
transport.bind_host
-
transport.publish_host
-
path.home
-
path.conf
-
path.logs
-
path.scripts
-
shield.*
Almost any setting (except for path.*
) may be configured at the node client
level itself, in which case it will override any passed through setting from
the tribe node. Settings you may want to set at the node client level
include:
-
network.host
-
network.bind_host
-
network.publish_host
-
transport.host
-
transport.bind_host
-
transport.publish_host
-
cluster.name
-
discovery.zen.ping.unicast.hosts
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