Does it support Helm dependencies?

Absolutely. It covers adding, updating, and overriding values for subcharts and external dependencies like databases or caches.

Can I use this for multi-environment deployments?

Yes, it includes specific strategies for organizing hierarchical values files (dev, staging, prod) to manage environment-specific configurations efficiently.

What validation tools are included?

The skill provides guidance on using helm lint, dry-runs, and template rendering tests to validate your charts before they are deployed to a cluster.

How does this skill help with Helm chart creation?

It provides a standardized workflow for initializing, structuring, and templating charts according to industry best practices, ensuring your manifests are production-ready.

Helm Chart Scaffolding

Name: Helm Chart Scaffolding
Author: HermeticOrmus

byHermeticOrmus

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Despliegue y DevOps

Streamlines the creation, organization, and management of production-ready Helm charts for Kubernetes application packaging and deployment.

Acerca de

The Helm Chart Scaffolding skill provides Claude Code with a comprehensive framework for building standardized, reusable, and scalable Helm charts. It offers a structured workflow for designing complex configurations across multiple environments, handling chart dependencies, and implementing advanced Go templating logic. By following industry best practices for Chart.yaml metadata, values.yaml hierarchy, and template helpers, this skill ensures that your Kubernetes deployments are consistent, versioned, and ready for modern GitOps pipelines.

Características Principales

Standardized directory structure initialization for Helm charts
Automated dependency management and chart validation strategies
Hierarchical values management for multi-environment configurations
2 GitHub stars
Advanced Go templating patterns and reusable helper functions
Implementation of lifecycle hooks and integrated connection testing

Casos de Uso

Standardizing deployment manifests across development, staging, and production environments
Packaging microservices for distribution and deployment on Kubernetes clusters
Implementing complex infrastructure-as-code patterns using reusable Helm templates

Acerca de

Características Principales

Standardized directory structure initialization for Helm charts
Automated dependency management and chart validation strategies
Hierarchical values management for multi-environment configurations
2 GitHub stars
Advanced Go templating patterns and reusable helper functions
Implementation of lifecycle hooks and integrated connection testing

Casos de Uso

Standardizing deployment manifests across development, staging, and production environments
Packaging microservices for distribution and deployment on Kubernetes clusters
Implementing complex infrastructure-as-code patterns using reusable Helm templates