hub
helm-s3
| hub | helm-s3 | |
|---|---|---|
| 6 | 2 | |
| 1,529 | 542 | |
| 1.6% | - | |
| 8.7 | 8.5 | |
| 9 days ago | 5 days ago | |
| TypeScript | Go | |
| Apache License 2.0 | MIT License |
Stars - the number of stars that a project has on GitHub. Growth - month over month growth in stars.
Activity is a relative number indicating how actively a project is being developed. Recent commits have higher weight than older ones.
For example, an activity of 9.0 indicates that a project is amongst the top 10% of the most actively developed projects that we are tracking.
hub
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Installing multiple helm charts in one go [Approach 2 - using helmfile]
Let's now install a helm chart from an opensource oci repository (ref: https://artifacthub.io/); Just for an example we will install nginx chart.
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Helm Charts: An Organised Way to Install Apps on a Kubernetes Cluster
Helm charts are stored in a chart repository. This repository analogy is similar to docker hub where you can pull or push images. In a chart repository, you can also pull your charts from the repository and update the repository locally for you to use the chart. The repository that hosts Helm charts is ArtifactHub. ArtifactHub is a web based application that enables finding, installing and publishing Kubernetes packages and configurations. Searching for the helm charts can be done in two ways:
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☸️ Kubernetes: Awesome Maintained Links You Will Keep Using Next Year
When you're on the lookout for readily deployable and customizable applications to integrate into your cluster, your ideal destination is ArtifactHub. This centralized platform serves as a comprehensive resource, gathering an array of public Helm Chart links for your convenience.
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How to Setup Jenkins on Kubernetes Cluster with Helm
Helm has an official Helm Chart repository called ArtifactHub where developers can push and publish their Helm Charts. In this repository, you can easily find Helm charts for any Kubernetes application and reuse them. For complex applications like Jenkins, it is best to use the official Jenkins Helm Chart. Many Developers have contributed to the Jenkins Helm chart and it has all the Kubernetes YAML files. It will save us time in creating our custom Jenkins Helm chart. In this tutorial will search and download the official Jenkins Helm Chart from ArtifactHub. We will then install the official Jenkins Helm Chart on the Kubernetes Cluster using Helm. Let's install Helm.
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Newbie question: Deploying Traefik
The next time you want to search for public Helm Charts, I recommend first searching through Artifact Hub (sort by Stars).
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HarperDB Helm chart on Artifact Hub
You can also add the artifacthub repo file, to claim ownership, it's optional though.
helm-s3
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Installing multiple helm charts in one go [Approach 2 - using helmfile]
$ helm plugin list NAME VERSION DESCRIPTION diff 3.8.1 Preview helm upgrade changes as a diff helm-git 0.12.0 Get non-packaged Charts directly from Git. s3 0.14.0 Provides AWS S3 protocol support for charts and repos. https://github.com/hypnoglow/helm-s3 secrets 4.1.1 This plugin provides secrets values encryption for Helm charts secure storing
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How do you store your helm charts?
we store helm chart sources in GitHub and Jenkins pushes them to S3 using helm s3 plugin. great as we don't need a service like chartmuseum
What are some alternatives?
traefik-helm-chart - Traefik Proxy Helm Chart
helm-push - Helm plugin to push chart package to ChartMuseum
networkandcode - Config files for my GitHub profile.
helm-secrets - A helm plugin that help manage secrets with Git workflow and store them anywhere
Jenkins - Jenkins automation server
helm-gcs - Manage Helm 3 repositories on Google Cloud Storage 🔐 **privately**
plural - Deploy open source software on Kubernetes in record time. 🚀
kubernetes-operator-roiergasias - 'Roiergasias' kubernetes operator is meant to address a fundamental requirement of any data science / machine learning project running their pipelines on Kubernetes - which is to quickly provision a declarative data pipeline (on demand) for their various project needs using simple kubectl commands. Basically, implementing the concept of No Ops. The fundamental principle is to utilise best of docker, kubernetes and programming language features to run a workflow with minimal workflow definition syntax. It is a Go based workflow running on command line or Kubernetes with the help of a custom operator for a quick and automated data pipeline for your machine learning projects (a flavor of MLOps).
keptn - Cloud-native application life-cycle orchestration. Keptn automates your SLO-driven multi-stage delivery and operations & remediation of your applications.
minio-go - MinIO Go client SDK for S3 compatible object storage
Monokle - 🧐 Monokle Desktop empowers you to better create, understand, and deploy YAML manifests with a visual UI that also provides policy validation and cluster insights.
distribution-spec - OCI Distribution Specification