Manage UniFi OS with Salt.

Provides several mods that are intended to run on UniFi OS 3.x.

See the full SaltStack Formulas installation and usage instructions.

If you are interested in writing or contributing to formulas, please pay attention to the Writing Formula Section.

If you want to use this formula, please pay attention to the FORMULA file and/or git tag, which contains the currently released version. This formula is versioned according to Semantic Versioning.

See Formula Versioning Section for more details.

If you need (non-default) configuration, please refer to:

• how to configure the formula with map.jinja
• the pillar.example file
• the Special notes section

• This formula is intended to be executed via salt-ssh.
• Note that for UniFi OS 2.x, the inbuilt Python is too old for current Salt.
• If a mod installs a script, it will usually install a Sytemd service and possibly timer unit with it to schedule runs.
• It currently relies heavily on wrapper modules that are not yet part of Salt core, but are submitted in several of my PRs.
• If you want to interact with certificates, you will need to install the python3-cryptography package before running salt-ssh.

An example pillar is provided, please see pillar.example. Note that you do not need to specify everything by pillar. Often, it's much easier and less resource-heavy to use the parameters/<grain>/<value>.yaml files for non-sensitive settings. The underlying logic is explained in map.jinja.

The following states are found in this formula:

Meta-state.

This installs a service that will run all scripts in a directory after booting and syncs this directory from the fileserver.

In addition, you can use this formula to apply some mods that don't rely on this service or write custom ones.

Installs a service that runs all executable scripts in a directory after boot, syncs this directory from the fileserver and enables/starts the service.

This allows you to sync simple scripts that you require to run on each reboot without writing the corresponding state file as a mod.

The service is slightly modified from https://github.com/unifi-utilities/unifios-utilities/tree/main/on-boot-script-2.x

On Debian, installing pip pulls in a lot of dependencies. Installing pure Python or pre-compiled wheels for the platform does not require them though.

This state downloads the pip wheel and uses it to install other specified packages without pulling all those dev dependencies. The specified packages must either be pure Python packages or have binary wheel distributions for the platform (aarch64).

The login API has several rate limits. For automations, especially the success login rate limit can be detrimental - you will receive HTTP 429 Too Many Requests if the client does not do caching. This state manages the mentioned rate limit as configured.

Manages SSH keys that can authenticate as root.

Either specify present/absent OR sync. Just paste the whole key as a list item.

This is just a helper. For more comprehensive OpenSSH management, I would advise using https://github.com/lkubb/salt-openssh-formula, which works with Salt-SSH.

Manages a script that ensures firewall rules are in place that redirect all outgoing TCP/UDP packets directed to port 53 and originating from select interfaces/subnets to a specified destination.

In short, ensures that clients on these subnets/interfaces will use a local DNS resolver (does not account for DoH/DoT etc.).

Installs global Python packages with pip.

Note that pip is not installed by default. You can either install the python3-pip system package or use unifios.helpers.pip_pkgs to avoid pulling in a lot of dev dependencies.

Manages installed system packages.

Manages a certificate for the GUI.

When using a ca_server, will rely on the SSH wrapper emulation of x509.certificate_managed since the remote does not have access to the event bus.

The wrapper is found in my PR #65654 or in my formula for a private CA: https://github.com/lkubb/salt-private-ca-formula

Meta-state.

Undoes everything performed in the unifios meta-state in reverse order, i.e. removes mods and scripts, stops and removes the on_boot service.

Stops and disables the on_boot service, removes synced scripts and the corresponding unit file.

Removes pip and wanted packages.

Resets managed rate limits to defaults.

Removes wanted SSH keys for the root account. If this removes all of them, you will have to login using the password specified in the GUI.

Disables dns_nat service and timer and removes all related files.

Removes wanted pip packages.

Removes wanted system packages.

Does not remove the certificate/key because this would break the UI service. You will need to do this manually.

Commit message formatting is significant!

Please see How to contribute for more details.

pre-commit is configured for this formula, which you may optionally use to ease the steps involved in submitting your changes. First install the pre-commit package manager using the appropriate method, then run bin/install-hooks and now pre-commit will run automatically on each git commit.

$ bin/install-hooks
pre-commit installed at .git/hooks/pre-commit
pre-commit installed at .git/hooks/commit-msg

There is a script that semi-autodocuments available states: bin/slsdoc.

If a .sls file begins with a Jinja comment, it will dump that into the docs. It can be configured differently depending on the formula. See the script source code for details currently.

This means if you feel a state should be documented, make sure to write a comment explaining it.

Linux testing is done with kitchen-salt.

• Ruby
• Docker

$ gem install bundler
$ bundle install
$ bin/kitchen test [platform]

Where [platform] is the platform name defined in kitchen.yml, e.g. debian-9-2019-2-py3.

Creates the docker instance and runs the unifios main state, ready for testing.

Runs the inspec tests on the actual instance.

Removes the docker instance.

Runs all of the stages above in one go: i.e. destroy + converge + verify + destroy.

Gives you SSH access to the instance for manual testing.