A very basic bash script to automatically build packages from a given github repository and upload them to a web server, git repository or gh releases repository. While the script gets the job done for the purpose of archdroid repo it is far from complete and robust, eg: doesn't handles dependency build order, etc...
Improvements are welcome!
First, for simplicity this script was made to run on the same architecture of the packages that are going to be built (doesn't supports chrooting yet). Also, make sure that the user which will execute this script to build packages has sudo access. Install the sudo package and set the wheel group as follows:
cat /etc/sudoers.d/wheel
%wheel ALL=(ALL) NOPASSWD: ALL
Make the user part of the wheel group:
sudo usermod -aG wheel my-build-username
Clone this repository to a directory of your liking. On a terminal switch to the directory containing the build.sh script, execute it and it will ask you some questions like:
- reponame (as used on the /etc/pacman.conf entry eg: [archlinuxdroid]),
- git repository where PKGBUILD recipes reside eg: https://github.com/myuser/mypkgbuilds
- enable package.json generation which is useful to generate a nice list of the repo available packages from another website you may have.
Then it will offer you three different methods of uploading the built packages for public access:
WebServer (recommended):
- hostname in ssh format where the packages are going to be uploaded, eg: mywebserver.com:/path/to/public/packages
- webserver name to properly generate the sample repo definitions for /etc/pacman.conf, eg: http://mywebserver.com
GitHub repository:
- gh repository where the builded packages will be commited, eg: [email protected]:myuser/mybuilds
- The committer username and e-mail.
GitHub Releases repository (recommended):
- gh repository where the builded packages are going to be uploaded using the gh releases functionality.
- Username or organization that contains the repository.
- The name of the repository itself.
- A user token that has access to the given repository using the github api (https://github.com/settings/tokens).
Once you have entered the proper information a config.ini file will be generated along the build.sh script with content similar to:
config.ini
reponame=myreponame
hostname=mywebserver.com:/path/to/public/packages
webserver=http://mywebserver.com
pkgbuilds_repo=https://github.com/myuser/mypkgbuilds
git_repo[email protected]:myuser/mybuilds
git_username=myuser
git_email[email protected]
gh_release_owner=myuser
gh_release_repo=myreleasebuilds
gh_release_token=1234567890111213141516171819abcde123456f
If you choose just one of the upload methods and want to setup another one, you can do it by running one of the following subcommands:
setupgh (Re)configure a github repository mirror
setupghr (Re)configure a github repository for releases as mirror
setupweb (Re)configure a webserver as mirror
As an example: ./build.sh setupghr
Once everthing is setup you can start testing the build process by running:
./build.sh build
To let the builder automatically upload packages to the defined webserver (eg: mywebserver.com:/path/to/public/packages), git repo, or git releases repo, you would need to setup some ssh keys on your remote server or git provider (check: https://wiki.archlinux.org/index.php/SSH_keys). Ideally your local ssh key should not contain a passphrase to prevent the builder script from asking for a password everytime, unless you plan to execute the build script manually. You can configure the ssh client to pick the proper ssh key setting a ~/.ssh/config file on the user that is going to execute the build script as follows:
~/.ssh/config
Host mywebserver.com
User some-user-with-access-to-webserver-files
IdentityFile ~/.ssh/mywebserver_id
IdentitiesOnly yes
Host github.com
User git
IdentityFile ~/.ssh/mygitrepos_id
IdentitiesOnly yes
Finally, if you are going to use a github repository and the releases functionality, you will need a token which can be generated from https://github.com/settings/tokens
And of course! make sure to keep this keys and token safe, don't commit them to a public repository by mistake ;)
Cronie is a service that implements the cron jobs mechanism, one could also use systemd timers but crons are easy to define:
First install cronie:
sudo pacman -S cronie
sudo systemctl enable cronie
sudo systemctl start cronie
Then add a cron entry:
crontab -e
# Write something like
*/30 * * * * /path/to/build.sh build > /path/to/build.log 2>&1
This cron entry will execute the builder every 30 minutes. The builder script will fetch any PKGBUILD changes from the specified git repository and build them if necessary.
You can tell the builder to skip certain packages from getting built by adding a file named "skip" in the same directory where build.sh resides and adding all the package names you want to skip one per line.
Example:
some-problematic-package
other-package
Helper script to maintain an archlinux repo.
Usage: build.sh [COMMAND] [<parameter>]
Available Commands:
setup Initialize the system for building.
setupgh (Re)configure a github repository mirror
setupghr (Re)configure a github repository for releases as mirror
setupweb (Re)configure a webserver as mirror
config-get Gets the value of an option on the config.ini.
Params: <option-name>
config-set Set the value of an option on the config.ini.
Params: <option-name> <option-value>
clean Remove all packages locally and remotely.
build Build outdated or missing packages and sync to server.
buildpkg Build a single package without syncing.
Params: <package-name>
addpkgs Generate repo databases with current packages.
sync Sync current packages to online repositories.
pkgnames Get a package names list.
Params: <package-name>
pkgver Get package latest version.
Params: <package-name>
pkgjson Generate json information of all packages.
repodef View pacman.conf repo sample definition.
help Print this help.