# Distribution This section describes how to build and deploy publicly available releases of the Step CA. ## Creating A New Release New releases are (almost) entirely built and deployed by Travis-CI. Creating a new release is as simple as pushing a new github tag. **Definitions**: * **Standard Release**: ready for public use. no `-rc*` suffix on the version. e.g. `v1.0.2` * **Release Candidate**: not ready for public use, still testing. must have a `-rc*` suffix. e.g. `v1.0.2-rc` or `v1.0.2-rc.4` 1. **Update the version of step/cli** ``` $ dep ensure -update github.com/smallstep/cli ``` 2. **Commit all changes.** Make sure that the local checkout is up to date with the remote origin and that all local changes have been pushed. ``` git pull --rebase origin master git push ``` 3. **Tag it!** 1. **Find the most recent tag.** ``` git fetch --tags git tag ``` The new tag needs to be the logical successor of the most recent existing tag. See [versioning](#versioning) section for more information on version numbers. 2. **Select the type and value of the next tag.** Is the new release a *release candidate* or a *standard release*? 1. Release Candidate If the most recent tag is a standard release, say `v1.0.2`, then the version of the next release candidate should be `v1.0.3-rc.1`. If the most recent tag is a release candidate, say `v1.0.2-rc.3`, then the version of the next release candidate should be `v1.0.2-rc.4`. 2. Standard Release If the most recent tag is a standard release, say `v1.0.2`, then the version of the next standard release should be `v1.0.3`. If the most recent tag is a release candidate, say `v1.0.2-rc.3`, then the version of the next standard release should be `v1.0.3`. 3. **Create a local tag.** ``` git tag v1.0.3 # standard release ...or git tag v1.0.3-rc.1 # release candidate ``` 4. **Push the new tag to the remote origin.** ``` git push origin tag v1.0.3 # standard release ...or git push origin tag v1.0.3-rc.1 # release candidate ``` 4. Check the build status at [Travis-CI](https://travis-ci.com/smallstep/certificates/builds/). Travis will begin by verifying that there are no compilation or linting errors and then run the unit tests. Assuming all the checks have passed, Travis will build Darwin and Linux artifacts (for easily installing `step`) and upload them as part of the [Github Release](https://github.com/smallstep/certificates/releases). Travis will build and upload the following artifacts: * **step-ca_1.0.3_amd64.deb**: debian package for installation on linux. * **step-ca_1.0.3_linux_amd64.tar.gz**: tarball containing a statically compiled linux binary. * **step-ca_1.0.3_darwin_amd64.tar.gz**: tarball containing a statically compiled darwin binary. *All Done!* ## Versioning We use [SemVer](http://semver.org/) for versioning. For the versions available, see the [tags on this repository](https://github.com/smallstep/certificates).