builds.sr.ht is a service on sr.ht that allows you to submit "build manifests" for us to work on. We spin up a virtual machine per your specifications and run your scripts in it. This is generally used to compile and test patches, deploy websites, build and publish packages, and so on.
Unlike some other build systems, builds.sr.ht does not let you configure builds on the website itself. Instead, you write build manifests — YAML files that tell builds.sr.ht what to do. You can then submit these manifests via the API and we'll assign a runner and execute your job.
For convenience, there are ways of submitting builds automatically throughout the sr.ht ecosystem — for example by pushing to repositories on git.sr.ht. These integrations are discussed below. For details on submitting jobs via the API, see the API reference.
Build manifests are YAML files that contain a description of your build environment and steps to run in that environment. A very simple example could be:
image: alpine/edge tasks: - say-hello: | echo hello - say-world: | echo world
When you submit this build, we'll fire up a virtual machine running an up-to-date image of Alpine Linux. Then, we'll copy your scripts into the machine and run them one at a time. More complex build jobs will probably use more features of the build.yml — here's an example that deploys web.synapse-bt.org:
image: archlinux packages: - nodejs - npm - rsync sources: - https://git.sr.ht/~sircmpwn/receptor environment: deploy: email@example.com secrets: - 7ebab768-e5e4-4c9d-ba57-ec41a72c5665 tasks: - setup: | cd receptor npm install - build: | cd receptor npm run build:production - deploy: | cd receptor sshopts="ssh -o StrictHostKeyChecking=no" rsync --rsh="$sshopts" -rP index.html $deploy:/var/www/web.synapse-bt.org/ rsync --rsh="$sshopts" -rP dist $deploy:/var/www/web.synapse-bt.org/
A full reference for build manifests is available.
View the full list of supported build images.
builds.sr.ht can keep track of secrets for you, like SSH keys or PGP keys, and include them in builds for the purpose of deployment. You can manage your secrets at the secrets dashboard.
If you need to reference a secret in a command line argument or shell variable,
make sure to run
set +x first to temporarily disable detailed command logging
in the build shell. Run
set -x again once you're done handling secret
information to re-enable command logging. You also need to be careful that
secrets are not printed to stdout or stderr by the commands which use them
>/dev/null 2>&1 to the affected commands if you need to hide this
Whenever you submit a build via the API, you can pass the
secrets parameter (a
boolean) to explicitly disable secrets. In this case, they will be discarded and
the build run without including them (it's up to you to deal with this
gracefully in your shell scripts, by the way). It is important that you use this
parameter whenever submitting a build which runs code anyone you don't trust
could have tampered with. This includes not only the build manifests themselves,
but any code run as a side-effect, like your Makefile.
This is done for you automatically whenever you submit builds using sr.ht features. When building patches from your mailing list, sr.ht will automatically disable secrets.
In any case, if your secret is leaked, you must consider it permanently compromised, revoke it from any services it provides authentication for, and generate new secrets from scratch. All build logs are public, and to encourage users to roll over secrets which are compromised, our policy is to refuse to redact secrets leaked in this manner. If you require some time to fully address the consequences of a secret leak, we may redact them for up to one week — email support if you require this.
Each task's script is given a preamble that looks like this:
#!/usr/bin/env bash . ~/.buildenv set -xe # Deprecated -- use hut instead acurl() ( set +x curl --oauth2-bearer "$OAUTH2_TOKEN" "$@" )
The actual shell varies depending on your build image.
the environment variables you specified in your manifest, but feel free to
modify it to communicate state between build steps.
The following environment variables are defined for all builds:
The following environment variables are commonly added by integrations:
If you add tags to your build, or enter search terms, you can use these to create a build status badge like this (the example being the latest status of builds.sr.ht itself):
Do you have something that integrates with builds.sr.ht? Submit a patch for this page!
git.sr.ht will automatically submit builds for you if you store a manifest in
the repository as
.build.yml. Each time you push, a build with this manifest
will be submitted. We'll edit the manifest's sources array to point to the ref
you just pushed. You can also submit up to 4 builds on each push by providing
.builds/*.yml (if more are submitted, 4 manifests will be randomly chosen).
git push -o skip-ci if you don't want to submit builds.
GIT_REF: Git reference which triggered the build (e.g.
hg.sr.ht will also automatically submit builds for you. The naming conventions and other details are the same as the process used by git.sr.ht — described above.
hub.sr.ht will automatically submit builds when a patch to a repo with
.build.yml is sent to a mailing list.
Builds submitted by patchset triggers do not have access to secrets. For more details, see Keeping your secrets a secret.
PATCHSET_ID: ID of the patchset (e.g.
PATCHSET_URL: link to the patchset (e.g.
commit 997f220f514390647abe13ea5fd4ebbe9b814e60 Author: Maxwell G <firstname.lastname@example.org> Date: 2023-11-07T17:40:15+00:00 images: move fedora/latest alias to fedora/39 Fedora 39 was officially released on 7 November 2023. Ref: https://fedoramagazine.org/announcing-fedora-linux-39/