hBlock is a POSIX-compliant shell script that downloads multiple ad, tracking, and malware domain blocklists from curated sources, processes them into a unified hosts file (or alternative formats like dnsmasq, unbound, adblock, Windows PowerShell), and installs it to block those domains at the system level. The core architecture is a single self-contained script (hblock) with a custom option parser, robust error handling, and support for parallel downloads, allow/deny lists, template-based output formatting, and subdomain filtering. It is not a reusable library but a complete CLI tool; however, its companion scripts (resource/alt-formats/*.sh) demonstrate a clean plugin pattern for generating multiple output formats, and the stats script (resources/stats/stats.sh) provides a reusable utility for analyzing domain lists against the Public Suffix List. The project is well-maintained, tested across multiple shells and platforms, and follows strict POSIX shell practices.
This repository is a data pipeline that aggregates and consolidates hosts files from 20+ upstream sources (adaway.org, mvps.org, someonewhocares.org, yoyo.org, URLHaus, KADhosts, hostsVN, and others) into unified blocklists for adware, malware, tracking, and optional categories (porn, gambling, fake news, social media). The core pipeline (`updateHostsFile.py`) fetches remote hosts files via HTTP, parses them, deduplicates entries, applies whitelist/blacklist filters, and generates a primary `hosts` file plus 30+ alternate permutations in `alternates/`. Each source has metadata in `update.json` (URL, license, frequency). The `makeHosts.py` script orchestrates full matrix generation of all extension combinations. Output includes stats tracking (`stats.out`, `stats.png`) and auto-generated READMEs via `updateReadme.py`. The repo includes Docker support, GitHub Actions CI (lint, test, multi-Python), CodeQL scanning, and automated dependency updates via Dependabot. Data sources are external URLs; the pipeline is idempotent and designed for scheduled runs.
Godot-Secure is a set of Python scripts that automatically modify the Godot Engine source code to integrate enhanced encryption (AES-256 or Camellia-256) with a unique security token system. The scripts generate random magic headers, a 32-byte security token embedded in the engine binary, and optionally apply advanced key derivation formulas or scramble the GDScript tokenizer buffer to prevent decompilation. The tool is designed to be run once before compiling a custom Godot engine build, making each build cryptographically unique and resistant to generic decryption tools. The codebase demonstrates solid engineering with declarative modification definitions, backup creation, and detailed logging, though it is tightly coupled to the Godot source structure.