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-[Optimizing your runners](#optimizing-your-runners)
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-[Write your own provider](#write-your-own-provider)
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<!-- /TOC -->
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## About GARM
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Welcome to GARM!
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GARM enables you to create and automatically maintain pools of [self-hosted GitHub runners](https://docs.github.com/en/actions/hosting-your-own-runners/about-self-hosted-runners), with auto-scaling that can be used inside your github workflow runs.
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The goal of ```GARM``` is to be simple to set up, simple to configure and simple to use. It is a single binary that can run on any GNU/Linux machine without any other requirements other than the providers it creates the runners in. It is intended to be easy to deploy in any environment and can create runners in any system you can write a provider for. There is no complicated setup process and no extremely complex concepts to understand. Once set up, it's meant to stay out of your way.
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The goal of ```GARM``` is to be simple to set up, simple to configure and simple to use. The server itself is a single binary that can run on any GNU/Linux machine without any other requirements other than the providers you want to enable in your setup. It is intended to be easy to deploy in any environment and can create runners in virtually any system you can write a provider for. There is no complicated setup process and no extremely complex concepts to understand. Once set up, it's meant to stay out of your way.
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GARM supports creating pools in either GitHub itself or in your own deployment of [GitHub Enterprise Server](https://docs.github.com/en/[email protected]/admin/overview/about-github-enterprise-server). For instructions on how to use ```GARM``` with GHE, see the [credentials](/doc/github_credentials.md) section of the documentation.
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GARM supports creating pools on either GitHub itself or on your own deployment of [GitHub Enterprise Server](https://docs.github.com/en/[email protected]/admin/overview/about-github-enterprise-server). For instructions on how to use ```GARM```with GHE, see the [credentials](/doc/github_credentials.md) section of the documentation.
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Through the use of providers, `GARM` can create runners in a variety of environments using the same `GARM` instance. Whether you want to create pools of runners in your OpenStack cloud, your Azure cloud or your Kubernetes cluster, that is easily achieved by just installing the appropriate providers, configuring them in `GARM` and creating pools that use them. You can create zero-runner pools for instances with high costs (large VMs, GPU enabled instances, etc) and have them spin up on demand, or you can create large pools of eagerly created k8s backed runners that can be used for your CI/CD pipelines at a moment's notice. You can mix them up and create pools in any combination of providers or resource allocations you want.
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Through the use of providers, `GARM` can create runners in a variety of environments using the same `GARM` instance. Whether you want to create pools of runners in your OpenStack cloud, your Azure cloud and your Kubernetes cluster, that is easily achieved by just installing the appropriate providers, configuring them in `GARM` and creating pools that use them. You can create zero-runner pools for instances with high costs (large VMs, GPU enabled instances, etc) and have them spin up on demand, or you can create large pools of k8s backed runners that can be used for your CI/CD pipelines at a moment's notice. You can mix them up and create pools in any combination of providers or resource allocations you want.
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Here is a brief architectural diagram of how GARM reacts to workflows triggered in GitHub (click the image to see a larger version):
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:warning:**Important note**: The README and documentation in the `main` branch are relevant to the not yet released code that is present in `main`. Following the documentation from the `main` branch for a stable release of GARM, may lead to errors. To view the documentation for the latest stable release, please switch to the appropriate tag. For information about setting up `v0.1.4`, please refer to the [v0.1.4 tag](https://github.com/cloudbase/garm/tree/v0.1.4).
:warning:**Important note**: The README and documentation in the `main` branch are relevant to the not yet released code that is present in `main`. Following the documentation from the `main` branch for a stable release of GARM, may lead to errors. To view the documentation for the latest stable release, please switch to the appropriate tag. For information about setting up `v0.1.5`, please refer to the [v0.1.5 tag](https://github.com/cloudbase/garm/tree/v0.1.5).
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## Join us on slack
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@@ -22,29 +44,17 @@ Whether you're running into issues or just want to drop by and say "hi", feel fr
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## Installing
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### On virtual or physical machines
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### Quickstart
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Check out the [quickstart](/doc/quickstart.md) document for instructions on how to install ```GARM```. If you'd like to build from source, check out the [building from source](/doc/building_from_source.md) document.
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### On Kubernetes
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Thanks to the efforts of the amazing folks at @mercedes-benz, GARM can now be integrated into k8s via their operator. Check out the [GARM operator](https://github.com/mercedes-benz/garm-operator/) for more details.
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## Configuration
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The ```GARM``` configuration is a simple ```toml```. The sample config file in [the testdata folder](/testdata/config.toml) is fairly well commented and should be enough to get you started. The configuration file is split into several sections, each of which is documented in its own page. The sections are:
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### Installing on Kubernetes
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*[The default section](/doc/config_default.md)
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*[Logging](/doc/config_logging.md)
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*[Database](/doc/database.md)
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*[Providers](/doc/providers.md)
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*[Metrics](/doc/config_metrics.md)
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*[JWT authentication](/doc/config_jwt_auth.md)
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*[API server](/doc/config_api_server.md)
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Thanks to the efforts of the amazing folks at [@mercedes-benz](https://github.com/mercedes-benz/), GARM can now be integrated into k8s via their operator. Check out the [GARM operator](https://github.com/mercedes-benz/garm-operator/) for more details.
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## Using GARM
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GARM is designed with simplicity in mind. At least we try to keep it as simple as possible. We're aware that adding a new tool in your workflow can be painful, especially when you already have to deal with so many. The cognitive load for OPS has reached a level where it feels overwhelming at times to even wrap your head around a new tool. As such, we believe that tools should be simple, should take no more than a few hours to understand and set up and if you absolutely need to interact with the tool, it should be as intuitive as possible.
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GARM is designed with simplicity in mind. At least we try to keep it as simple as possible. We're aware that adding a new tool in your workflow can be painful, especially when you already have to deal with so many. The cognitive load for OPS has reached a level where it feels overwhelming at times to even wrap your head around a new tool. As such, we believe that tools should be simple, should take no more than a few hours to understand and set up and if you absolutely need to interact with the tool, it should be as intuitive as possible. Although we try our best to make this happen, we're aware that GARM has some rough edges, especially for new users. If you encounter issues or feel like the setup process was too complicated, please let us know. We're always looking to improve the user experience.
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We've written a short introduction into some of the commands that GARM has and some of the concepts involved in setting up GARM, managing runners and how GitHub does some of the things it does.
Operations []common.OperationType`json:"operations,omitempty" jsonschema:"title=operations,description=A list of operations to filter on,enum=create,enum=update,enum=delete"`
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EntityType common.DatabaseEntityType`json:"entity-type,omitempty" jsonschema:"title=entity type,description=The type of entity to filter on,enum=repository,enum=organization,enum=enterprise,enum=pool,enum=user,enum=instance,enum=job,enum=controller,enum=github_credentials,enum=github_endpoint"`
SendEverythingbool`json:"send-everything,omitempty" jsonschema:"title=send everything, description=send all events,default=false"`
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Filters []Filter`json:"filters,omitempty" jsonschema:"title=filters,description=A list of filters to apply to the events. This is ignored when send-everything is true"`
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