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Origin-Aggregated-Logging

  • Build and Push - master - Build and Push - master
  • Build and Push - branch release - Build and Push - branch release
  • Test Pull Request - master/journald - Test Pull Request - master/journald
  • Test Pull Request - master/json-file - Test Pull Request - master/json-file

This repo contains the image definitions for the components of the cluster logging stack as well as tools for building and deploying them. The cluster logging subsystem consists of multiple components abbreviated as the "EFK" stack: Elasticsearch, Fluentd, Kibana.

The primary features this integration provides:

  • Multitenant support to isolate logs from various project namespaces
  • Openshift OAuth2 integration
  • Historical log discovery and visualization
  • Log aggregation of pod and node logs

Information to build the images from github source using an OKD deployment is found here. See the quickstart guide to deploy cluster logging.

Please check the release notes for deprecated features or breaking changes .

Components

The cluster logging subsystem consists of multiple components commonly abbreviated as the "ELK" stack (though modified here to be the "EFK" stack).

Elasticsearch

Elasticsearch is a Lucene-based indexing object store into which logs are fed. Logs for node services and all containers in the cluster are fed into one deployed cluster. The Elasticsearch cluster should be deployed with redundancy and persistent storage for scale and high availability.

Fluentd

Fluentd is responsible for gathering log entries from nodes, enriching them with metadata, and feeding them into Elasticsearch.

Kibana

Kibana presents a web UI for browsing and visualizing logs in Elasticsearch.

Logging auth proxy

In order to authenticate the Kibana user against OpenShift's Oauth2, a proxy is required that runs in front of Kibana.

Curator

Curator allows the admin to remove old indices from Elasticsearch on a per-project basis.

Cluster Logging Operator

The cluster-logging-operator orchestrates the deployment of the cluster logging stack including: resource definitions, key/cert generation, component start and stop order.

Cluster Logging Health

Determining the health of an EFK deployment and if it is running can be assessed by running the check-EFK-running.sh and check-logs.sh e2e tests. Additionally, see Checking EFK Health

Issues

Any issues against the origin stack can be filed at https://github.com/openshift/origin-aggregated-logging/issues. Please include as many details as possible in order to assist us in resolving the issue.

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