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Takes a set of Helm Chart references with values a desired stateand realizes this in a Kubernetes cluster. Work fast with our official CLI. Learn. If nothing happens, download GitHub Desktop and try. If nothing happens, download Xcode and try. If nothing happens, download the GitHub extension for Visual Studio and try landscapers 19464 github. Thanks for your interest in Landscaper. It was conceived in a turbulent time where k8s was relatively new, and Helm was brand new.

Multiple people had the same ideas and vision as we our team at Eneco Energy Trade had, which now even has a name: GitOps. This project was cool as long as it lasted, but it never gained much traction.

Other landscapers 19464 github similar to Landscaper emerged, and have become more popular. Better go there, since there is no active community supporting this project. Landscaper takes a set of Helm Landscapers 19464 github references with values a desired stateand realizes this in a Kubernetes cluster. The Landscaper project is an ongoing project in an early stage, opened due to demand in the community.

Contributions and feedback are more than welcome! Binaries are available here ; Docker images. On macOS using Homebrew, a brew install landscaper should. It takes as input a set of files that constitute the desired state. The CLI assumes that kubectl and helm have been setup!

These files contain a reference s to a Helm Chart and its configuration Values. The CLI uses a command structure in the spirit of git et al. The main command is landscaper apply to apply a desired state. The apply command accepts the following arguments:. Instead of using arguments, environment variables can be used. When arguments are present, they override landscapers 19464 github variables. Unless otherwise specified, Helm releases are prefixed with the same namespace string to avoid collisions, since Helm release names aren't namespaced.

As of version 1. This will override any provided global namespace. Landscaper can also be run as a control loop that constantly watches the desired landscape and applies it to the cluster.

With this you can deploy landscaper once in your cluster, pass it a reference landscapers 19464 github a landscape description and have Landscaper apply it whenever the landscape changes. Connection to Tiller is made by setting up a port-forward to it's pod.

When using the --azure-keyvault argument, Azure Service Landscapers 19464 github credentials must be available in the environment:. The key vault DNS suffix defaults to the public cloud, vault. Input desired state files are in YAML and contain the name that identifies the "component", a reference to a chart, configuration and optionally secrets.

Installing the above component with default prefix and landscapers 19464 github dev will result in chart value overrides.

Secrets can be provided as a list or as a map. If a landscapers 19464 github is provided then the same string landscapers 19464 github used for the key in the Kubernetes secret and to find the secret value. If a map is provided the key is the used as the Kubernetes secret key, and the value is used to fetch the secret value. You can specify a global configuration override file with the --config-override-file argument.

This will override chart and component defaults, landscapers 19464 github not environment specific configuration. Installing the above component with --config-override-file global. Secrets are made available as Kubernetes Secrets as shown. The helm chart landscapers 19464 github to be setup to use the secret in a podwhere the secret name is made available by the landscaper as. For example, as an environment variable:.

We, at Eneco, have setup a git repository with the inputs to the landscaper. During CI, non-master branches are Landscaped --dry-run to validate the inputs.

After a pull request is reviewed, the changes are merged into master after which the Landscaper applies the new desired state. Landscaper is build on philosphy of applying charts in three stages delete, update and create and in that order. Landscaper uses both Helm and Kubernetes. The following Landscaper releases are built against the following versions:. We'd love to accept your contributions! Please use GitHub pull requests: fork the repo, develop and test landscapers 19464 github code, semantically commit as of April and submit a pull request.

Skip to content. This repository has been archived by the owner. It is now landscapers 19464 github. Takes a set of Helm Chart references with values a desired stateand realizes this in a Kubernetes cluster Apache Branches Tags. Nothing to.

Go. Launching Xcode If nothing happens, download Xcode and try. Latest commit. Git stats commits. Failed to load latest commit information. Apr 17, Jun 1, Provide a way to avoid deleting the secrets during the update.

Mar 25, Jul 12, Apr 12, Sep landscapers 19464 github, Initial shell of the landscaper golang project. Nov 3, Nov 4, Bump golang to v1. Dec 11, Add Apache 2. Dec 1, Apr 22, landscapers 19464 github View code. Landscaper is no more Thanks for your interest in Landscaper. Landscaper Landscaper takes a set of Helm Chart references with values a desired stateand realizes this in a Kubernetes cluster.

Introduction Usage Example Example Use Case Contributing Introduction Why The set of applications in the Kubernetes cluster is potentially large and complex; Manually inspecting and administering them, and keeping different environments e. How Have a blue print of what the landscape apps in the cluster looks like; Keep track of changes: when, what, why and by who; Allow others to review changes before applying them; Let the changes be promoted to landscapers 19464 github environments.

Installation Binaries are available here ; Docker images. About Deprecated. Takes a set of Helm Chart references with values a desired stateand realizes this in a Kubernetes cluster Topics go landscapers 19464 github cli helm ci-cd landscape kubernetes-secrets desired-state.

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Work fast with our official CLI. Learn more. If nothing happens, download GitHub Desktop and try again. If nothing happens, download Xcode and try again. If nothing happens, download the GitHub extension for Visual Studio and try again. The graph details what software stacks are running on what virtual infrastructure, and on what physical infrastructure the virtual infrastructure is running.

The data within the landscape is collected via collectors and event listeners. Collectors are provided for physical hardware information via the output of hwloc and cpuinfo and for OpenStack environments.

Event Listeners are provided for OpenStack. This is neo4j's graphical browser. Set a username and password. Make note of these credentials, as they will need to be configured in the landscaper configuration file, landscaper.

The landscaper has a pluggable architecture to allow the graph to be persisted to any database. Neo4j is the initial backend supported. By default, the landscaper comes with sample files that define a simple two node cluster.

The sample landscape includes some components at the physical layer. To create a more detailed cloud infrastructure landscape see section "Creating a Landscape" below.

The project contains a samples folder which contains example queries for the Landscaper. These queries can be run on the default example landscape. From the top level landscaper directory run:. The command will return a list of the physical machines in the landscape. Execute the following commands on each machine to be included in the landscape, and copy the output files to the data directory of the landscaper.

The landscaper. The openstack collectors listen for events from the OpenStack event rabbitMQ queue. This can be configured in landscaper. If nothing happens, download the GitHub extension for Visual Studio and try again. This project is outdated and won't be updated anymore. Project "Gardener" can be used to set up Kubernetes landscapes with hundreds or even thousands of clusters.

Landscapes can be distributed across various hypercloud providers on different continents. While well suited for those large setups it can be cumbersome and difficult to get started with Gardener, if you want to setup a development landscape to evaluate Gardener. Even with this repository a Gardener installation is non-trivial but we are working on it. Before attempting an installation, you should read the Gardener documentation available in the Gardener wiki in order to understand the basic concepts.

In this simplified setup, we will install a Kubernetes cluster with Kubify, install the Gardener including the Gardener Dashboard and register this cluster also as a seed cluster. This is perfectly ok for small environments but installations spanning several cloud providers and regions need a more complex setup. The installation procedure is described in the readme of the setup submodule, where also the necessary scripts are located.

You can find it here: landscape-setup. The installation procedure described here is a mere starting point. We will continue to improve the installation procedure and we are also happy to accept contributions that make the installation procedure simpler, more resilient or improve it in any way that you can think of.

While lowering the entry barrier for getting started with Gardener quite significantly you will notice that it is far from simple. We are looking for help to extend the installation procedure to other cloud providers. Gardener has quite a lot of nice features such as update operations and resilience features that we have not configured here but that really should be turned on. Skip to content.

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