Version updated for https://github.com/tomerwave/godlint to version v0.9.1. This action is used across all versions by 0 repositories. Action Type This is a Composite action. Go to the GitHub Marketplace to find the latest changes. Action Summary Godlint automates code quality checks across multiple programming languages, ensuring consistency in architectural boundaries, security practices, and operational standards. It helps developers maintain clear and secure codebases by enforcing policies locally and in CI, reducing the risk of architectural drift caused by AI-generated code.

Version updated for https://github.com/Vivswan/github-settings-as-code to version v2.0.0. This action is used across all versions by 1 repositories. Action Type This is a Node action using Node version 24. Go to the GitHub Marketplace to find the latest changes. Action Summary The GitHub Settings as Code action automates the process of applying declarative repository settings from a .github/settings.yml file to GitHub repositories using Actions. It replaces the Probot Settings app and handles branch, tag, and push rules, providing visible workflow runs with API error messages. The action can be used to manage repository permissions and configurations without manual intervention, making it easier for developers to maintain consistent settings across their projects.

Version updated for https://github.com/VladasZ/rustscript to version v0.3.4. This action is used across all versions by 0 repositories. Action Type This is a Composite action. Go to the GitHub Marketplace to find the latest changes. Action Summary RustScript is an interpreter that allows running Rust scripts without compiling them. It provides functionalities like running, validating, building, and cleaning Rust scripts. The action interprets a practical subset of the language and uses Rustc to validate files. It supports concurrency with #[tokio::main] scripts and caches compiled files for faster execution.

Version updated for https://github.com/work-spaces/install-spaces to version v0.20.8. This action is used across all versions by 5 repositories. Action Type This is a Composite action. Go to the GitHub Marketplace to find the latest changes. Action Summary This GitHub Action automates the installation of Spaces, a popular cloud storage service, on a self-hosted runner. It simplifies the process of setting up Spaces by automating the creation and configuration of a new Space instance, making it easier for developers to manage their files securely in the cloud.

Version updated for https://github.com/work-spaces/spaces-checkout-run to version v0.20.8. This action is used across all versions by 1 repositories. Action Type This is a Composite action. Go to the GitHub Marketplace to find the latest changes. Action Summary This GitHub Action automates the process of checking out a specific branch or revision from a GitHub repository using the spaces CLI and then executing a build command within that workspace. It simplifies the setup by automatically installing the necessary tools and handling authentication through a GitHub token, making it easier for developers to automate space checkout and run workflows.

Version updated for https://github.com/YuriFAToledo/B.IA to version v.0.1.16. This action is used across all versions by ? repositories. Action Type This is a Node action using Node version 16. Go to the GitHub Marketplace to find the latest changes. Action Summary The B.IA GitHub Action automates accessibility checks in a CI/CD pipeline by defining an audience and percentage of WCAG guidelines to be met. It uses AI to analyze code against these guidelines, providing feedback or blocking pull requests based on compliance.

Version updated for https://github.com/zuke-build/zuke to version core-v1.38.0. This action is used across all versions by 1 repositories. Action Type This is a Composite action. Go to the GitHub Marketplace to find the latest changes. Action Summary This GitHub Action provides a tagged template for running processes with sensible defaults such as throwing on failure and capturing output, ensuring injection safety. It simplifies the process of executing commands and scripts in CI/CD workflows by abstracting away common configuration options, making it easier to focus on task logic without distractions related to environment setup or error handling.

Version updated for https://github.com/OculumDev/oculum-action to version 1.0.4. This action is used across all versions by 1 repositories. Action Type This is a Node action using Node version 20. Go to the GitHub Marketplace to find the latest changes. Action Summary This GitHub Action is an AI-based security scanner designed to detect common vulnerabilities in LLM-powered applications. It automatically detects prompt injection, hardcoded secrets, SQL injection, XSS, and more using both traditional SAST techniques and AI-driven validation. The action integrates seamlessly with GitHub to provide PR comments and inline annotations on code changes, making it easy for developers to identify and fix security issues early.

Version updated for https://github.com/Odin-Scan/odin-scan-action to version v1. This action is used across all versions by ? repositories. Action Type This is a Node action using Node version 20. Go to the GitHub Marketplace to find the latest changes. Action Summary This GitHub Action automates AI-powered smart contract security analysis for CosmWasm, Solana, and EVM projects. It integrates seamlessly into your workflow to catch vulnerabilities before they reach production by uploading SARIF files for native security alerts, posting summary comments on pull requests, and triggering on-demand scans through PR comments. The action supports multi-platform detection and configurable thresholds for severity levels and output visibility.

Version updated for https://github.com/onmcu/onmcu-action to version v1.1.0. This action is used across all versions by ? repositories. Action Type This is a Composite action. Go to the GitHub Marketplace to find the latest changes. Action Summary This GitHub Action automates the flashing and running of firmware on real MCU hardware using OnMCU, ensuring that the workflow fails if the hardware run fails. It installs the OnMCU CLI, writes a CI config, and invokes onmcu run in a single step, providing minimal overhead. The action is designed to handle various inputs such as board identifier, firmware file, API key, and more, with sensible defaults for missing values.