The article discusses 5 self-hosted services (NetBox, Harvester, Terraform, Ansible, and Kubernetes) that the author finds useful in their home lab despite being potentially overkill for typical setups. It details the benefits and use cases for each service, highlighting how they enhance the author's tinkering and learning experience.
Learn how to automate your home lab using Terraform, Ansible, Packer & GitLab CI/CD for consistent, version-controlled, and scalable infrastructure.
While current large language models (LLMs) can generate syntactically correct Terraform HCL code, they often miss critical elements like permissions, event triggers, and best practices. Iterative refinement with developer input is necessary to produce deployable, functional stacks. The article suggests using tools like Nitric to provide application context and enforce security, dependencies, and best practices.
This article provides a cheatsheet on the Infrastructure as Code (IaC) landscape, highlighting the benefits of scalable infrastructure provisioning in terms of availability, scalability, repeatability, and cost-effectiveness. It discusses strategies such as containerization, container orchestration, and tools like Terraform, Kubernetes, and Ansible. The article also introduces GitOps as a method for automating infrastructure updates through Git workflows and CI/CD.
An introduction to using Terraform for Infrastructure as Code (IaC) practices, providing beginners with a guide to start with Terraform.
Despite the great value Infrastructure as Code (IaC) tools have brought, DevOps teams are facing frustration due to tool fragmentation, integration hassles, and configuration nightmares. Emerging practices like Infrastructure from Code are being explored as potential solutions.
HashiConf 2024 revealed updates including Terraform 2.0 and HCP Waypoint, amidst the backdrop of the IBM acquisition.
An in-depth exploration of using Large Language Models (LLMs) to generate Terraform code for infrastructure as code (IaC), analyzing the capabilities and limitations of LLMs in this domain.
All models struggled with:
- Variable usage (hardcoded values)
- IAM configuration (permissions)
- Security group management
- Target group configuration
While LLMs are promising for IaC, they can be helpful tools for developers.
All models struggled with:
- Variable usage (hardcoded values)
- IAM configuration (permissions)
- Security group management
- Target group configuration
While LLMs are promising for IaC, they can be helpful tools for developers.
Eric Larssen discusses the shortcomings of Terraform in infrastructure as code management, such as bespoke patterns, drift management issues, HCL language complexity, and licensing drama, and suggests the Kubernetes operator pattern as an alternative.
