Generate Helm charts with templates, helpers, and validated values.yaml.
npx skills add https://github.com/ToanPV90/dotfiles --skill helm-generator-toanpv90
Please help me install this Agent Skill. Skill: helm-generator Source: https://github.com/ToanPV90/dotfiles/tree/main/claude/.claude/skills/helm-generator Command: npx skills add https://github.com/ToanPV90/dotfiles --skill helm-generator-toanpv90
It prevents slow, error-prone Helm chart scaffolding by generating a complete, consistent chart layout with reusable helpers, templates, and values guidance for Kubernetes workloads.
Use this skill to generate a full Helm chart named mychart from scratch for a Deployment using image ghcr.io/acme/webapp:2.3.1, with service port 80 mapped to container target port 8080, and include templates plus optional ingress and HPA.
High-intent search queries and answers about installing and using this skill.
Generating a Helm chart from Kubernetes manifests involves converting existing resources into parameterized Helm templates, scaffolding the chart structure, producing reusable helpers, and generating a validated values.yaml for production-ready deployments.
The best way to scaffold a production-ready Helm chart is through deterministic generation of Chart.yaml, values.yaml, templates, .helmignore, and standard helper templates for names, labels, and service accounts to keep templates consistent and override-safe.
Yes, Helm chart scaffolding can include optional ingress, HPA, RBAC, networking policies, and CRD-backed resources, ensuring all generated templates support parameterization and production-ready Kubernetes deployment requirements.
Helm chart generation handles CRDs by consulting CRD documentation when custom resources are in scope, converting them into parameterized templates while maintaining safe behaviors like conditional checksum annotations for configs and secrets.
No, you do not need to manually create helper templates because Helm chart generation automatically produces required helpers like name, fullname, chart, labels, selectorLabels, and serviceAccountName to keep templates consistent and override-safe.
Checksum annotations in Helm chart templates provide a safe template behavior for configs and secrets, ensuring pods automatically restart when configuration values change during parameterized Kubernetes workload deployments.
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