Welcome to the GitHub home page for the Docker image packaging for the official i2 images. The analyze-docker repository provides Dockerfiles used in Analyze Containers which provide a reference architecture for creating a containerized deployment of i2 Analyze.
There are 3 type of versions that are supported in this project: stable, latest, unique. We attempt to follow semver as close to what our dependencies do.
To identify each Docker image version we use Docker tags with a naming convention for each type.
Each stable versions/tags move with the most recent distinct version release. This is the major and minor version when semver is followed.
Example 1: Solr 8 tag currently points to version 8.11.2, later a build publishes version 8.11.3 so the 8 tag gets updated to point to the new fix pack update 8.11.3.
Additionally, 8.11 tag was pointing to version 8.11.2 and got updated to point to 8.11.3.
Example 2: Solr 8 tag currently points to version 8.11.3, later a build publishes version 8.12.0 so the 8 tag gets updated to point to the new minor update 8.12.0.
Additionally, 8.11 tag points to version 8.11.2 and a new tag 8.12 got created to point to 8.12.0.
The tag latest always points to the most recent release.
These tags are useful for deployments since they don't move aka. once they are pushed they forever point to the same Docker image SHA.
Naming convention: <stable_name>-<build_number>
E.g. 8.11-234
The tags with suffix -main are currently in development and not supported for production use.
There is a weekly scheduled build (Sun 00:00:00 UTC) which pulls latest patches of all dependencies for the images.
Given the nature of some images (hardcoded version + shasum), manual updates are required which are scheduled to be done monthly when necessary.
The list is as follows:
- Solr
- ZooKeeper
- Prometheus
To read more about the available versions go to:
You can raise issues and questions about the i2 images HERE.
The images in this repository can be used with the Analyze Containers environment.
The Dockerfiles used in this project are based off the work from: