Does this skill support private module registries?

Yes, the skill provides implementation patterns for sourcing modules from private registries, Git repositories (including specific branches/tags), and local file paths.

Can I use this for complex resource loops?

Absolutely. It includes best practices for using both count and for_each with modules to dynamically instantiate infrastructure based on maps or lists.

Is this limited to specific cloud providers like AWS?

No, while examples may use AWS, the structural patterns and logic for modules are provider-agnostic and work with GCP, Azure, Kubernetes, or any other Terraform provider.

Does it help with Terraform best practices?

Yes, it enforces critical standards like input variable validation, provider version pinning, and consistent resource naming conventions for production-grade code.

Terraform Module Architect

Name: Terraform Module Architect
Author: TheBushidoCollective

byTheBushidoCollective

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Despliegue y DevOps

Standardizes the creation and management of reusable infrastructure components using Terraform modules.

Acerca de

This skill provides Claude with specialized knowledge to design, implement, and maintain professional-grade Terraform modules. It establishes essential patterns for directory structuring, input validation, and output mapping while covering various sourcing methods including local paths, official registries, and Git repositories. By applying these standards, developers can ensure their Infrastructure as Code (IaC) remains DRY (Don't Repeat Yourself), maintainable, and scalable across complex cloud environments while adhering to industry best practices for versioning and resource isolation.

Características Principales

Standardized module directory structures with main, variables, and outputs files
Support for local, registry-based, and Git-sourced module implementation
39 GitHub stars
Robust input validation and semantic versioning patterns
Implementation of advanced logic using for_each and count with modules
Complex infrastructure orchestration through advanced module composition

Casos de Uso

Creating custom internal infrastructure libraries for specialized enterprise requirements
Refactoring monolithic Terraform configurations into reusable, team-shared modules
Implementing consistent multi-environment infrastructure across dev, staging, and production

Acerca de

Características Principales

Standardized module directory structures with main, variables, and outputs files
Support for local, registry-based, and Git-sourced module implementation
39 GitHub stars
Robust input validation and semantic versioning patterns
Implementation of advanced logic using for_each and count with modules
Complex infrastructure orchestration through advanced module composition

Casos de Uso

Creating custom internal infrastructure libraries for specialized enterprise requirements
Refactoring monolithic Terraform configurations into reusable, team-shared modules
Implementing consistent multi-environment infrastructure across dev, staging, and production