Raspberry Pi Imager vs TFLint

Raspberry Pi Imager writes Raspberry Pi OS and other operating systems to storage media for Raspberry Pi use. It includes popular images, accepts locally stored images, and lets advanced users configure a custom image repository from a file or URL. For supported systems, setup options can set a hostname, time zone, user and Wi-Fi credentials, and remote connectivity; SSH can be enabled with password or public key authentication. After writing, the app checks the image, a step Raspberry Pi recommends completing. It runs on Windows, macOS, and Linux, with Ubuntu and Raspberry Pi OS installation options and AppImage downloads documented for other Linux distributions. Compatible Raspberry Pi models can install an operating system over a wired network without a separate computer or SD card reader. Writing overwrites all data on the chosen storage device, so selecting the destination carefully matters. Anonymous usage telemetry is on by default and can be disabled in App Options. Raspberry Pi publishes the source code publicly and accepts vulnerability reports. The software is free.

TFLint is a local command-line linter for Terraform, with checks supplied by plugins. Its bundled language rules can flag deprecated syntax and unused declarations, while cloud-specific checks look for potential errors in AWS, Azure and GCP configurations, including invalid instance types. It can also enforce best practices and naming conventions. Extend it with plugins, create your own, or write policies in Rego. An optional `--fix` flag can correct issues automatically, and reports can be emitted in default, JSON, Checkstyle, JUnit, compact or SARIF formats. TFLint runs on Linux, macOS and Windows and is free, with no free trial. The project provides a GitHub Action and Docker image; installation options include Homebrew, WinGet and Go. Most files use MPL 2.0, some files in the Terraform package use BUSL 1.1, and release binaries are bound by both licenses. The project recommends verifying release checksums with GitHub CLI artifact attestations and identifies Cosign signatures as deprecated.