22 Repos
The process of integrating patches into source code before compilation to distribute modified binaries.
Distinct from Binary Patching Utilities: Distinct from binary patching utilities which modify compiled files; this involves modifying source before building.
Explore 22 awesome GitHub repositories matching software engineering & architecture · Source-Level Patch Integration. Refine with filters or upvote what's useful.
This project is a command line package manager and dependency management engine used for installing, updating, and removing software packages across different operating systems. It functions as a package recipe system and software repository administrator, utilizing declarative scripts to define software sources, build arguments, and installation steps. The system operates as a binary distribution platform that compiles source code into pre-compiled binaries and distributes them through remote repositories. It includes an automated version tracker that monitors upstream software releases and
Applies diff files to modify source code during the build process to fix errors or add features.
This project is a Chinese translation and educational resource focused on the internal workings of the Linux kernel. It provides a curated collection of technical content designed for studying low-level operating system mechanisms and kernel development. The project utilizes a specialized localization workflow where translations are maintained in a forked repository. It employs a patch-based model and Git-driven synchronization to align Chinese translations with the original English source files through differential merge processes. The technical scope covers core operating system internals,
Treats Chinese translations as a layer of modifications applied over original English source files.
This project provides a customized Linux kernel and driver suite designed to enable hardware compatibility for Surface devices. It focuses on building and patching the Linux kernel to provide driver support for proprietary hardware components that are missing from the upstream source. The system includes a secure boot kernel signing mechanism and a process for enrolling custom keys into the system firmware. This allows the execution of patched kernels while maintaining system security protections. The project covers peripheral driver support for touchscreens, styluses, and keyboards, as well
Applies specific source code changes to the Linux kernel to enable missing hardware drivers.
Arpl is a bootloader manager and custom kernel loader for network attached storage devices. It provides a network boot environment to automate the fetching, flashing, and installation of modified operating systems and kernels onto hardware storage. The project distinguishes itself through a remote management suite that exposes bootloader controls via a web browser, secure shell connection, or local terminal. It utilizes RSS feeds to automate the retrieval of the latest system images and version metadata for online updates. The system handles hardware boot configuration by mapping network int
Applies source code modifications to the kernel to enable support for missing hardware components.
OpCore-Simplify is an automated tool that generates a complete OpenCore EFI folder for Hackintosh builds. It scans the system hardware to identify supported devices and compatible macOS versions, then assembles a bootable EFI configuration by downloading the latest OpenCore bootloader and required kernel extensions from official sources. The tool differentiates itself by automating the entire EFI creation process, from hardware detection through patch application. It automatically selects and applies the correct ACPI hotfixes and kernel extensions based on the detected hardware and target mac
Detects system hardware and integrates the required ACPI patches and kernel extensions automatically.
Thorium is a web browser built from the Chromium project, designed for high performance and expanded compatibility. It utilizes aggressive compiler optimizations and CPU-specific instruction sets, such as AVX2 and SIMD, to increase page rendering and JavaScript execution speeds. The project distinguishes itself by providing custom builds that enable modern web browsing on legacy versions of Windows and Linux. It further diverges from standard browser implementations by integrating Widevine DRM and native support for high-efficiency media formats, including HEVC and JPEG XL. Broad capabilitie
Integrates third-party security patches and feature modifications into the source before compiling for specific operating systems.
OpenWrt-Rpi is a firmware builder and embedded Linux build toolset designed to compile custom router operating system images for Raspberry Pi and NanoPi hardware. It utilizes a GitHub Actions CI pipeline to automate the generation of fresh firmware images from the latest source code via daily updates. The project maintains a custom package repository and local software sources for managing community plugins and kernel modules. This infrastructure is used to ensure version consistency and prevent dependency conflicts during the installation of network drivers and system extensions. The build
Maintains custom code changes and third-party patches on top of the evolving upstream OpenWrt codebase.
This repository provides a Docker base image built on Alpine Linux, designed to produce containers under 5 MB. It is a minimal Linux container image that uses the apk package manager for installing software from the Alpine Linux repository. The image is constructed with a musl-based C library and a BusyBox-based userland, replacing GNU coreutils with a single compact binary. It structures the filesystem as a single root filesystem layer to minimize storage and transfer overhead, and is compatible with multi-stage Docker builds to keep final images lean. The project covers building smaller an
Bundles a patched Linux kernel optimized for container workloads.
This is the official documentation repository for Raspberry Pi hardware and software. It covers the complete range of Raspberry Pi single-board computers, the RP-series microcontrollers, and the Raspberry Pi operating system. The documentation provides reference material for setting up devices, configuring hardware, and using the system for tasks including AI inference, camera and video capture, embedded development, and remote access. The documentation covers the full boot chain from the GPU firmware and EEPROM bootloader through to kernel loading, with detailed guidance on boot configuratio
Documents applying source patches to the kernel for hardware support.
Camoufox is a Firefox-based stealth automation browser designed to evade detection during automated browsing. It combines a fingerprint randomization engine that generates thousands of unique device attributes per session, native-level API interception to spoof WebRTC, WebGL, media, and other fingerprintable properties, and human behavior simulation that moves the cursor along natural, distance-aware trajectories. The browser is compiled from source with build-time stealth patches and runs headlessly via a lightweight virtual display buffer, making it suitable for web scraping, automated testi
Integrates stealth patches at the source level before compilation to produce a modified browser binary.
This repository is the Armbian build framework — an embedded Linux build system for generating custom operating system images tailored to single-board computers, primarily targeting ARM and RISC-V architectures. The build process is orchestrated by GNU Makefiles and relies on a chroot-based environment to assemble the root filesystem, manage cross-compilation toolchains, and aggregate binary firmware blobs for hardware compatibility. Kernel and bootloader source trees are fetched via git, with structured patches applied in a controlled sequence, while each supported board is described by a ded
Fetches source trees via git and applies structured patches in a controlled sequence before compilation.
Dieses Projekt ist ein Cross-Compilation-Build-System und Software-Repository für das Betriebssystem OpenWrt. Es bietet eine kuratierte Sammlung von Community-gepflegten Softwarepaketen, Build-Skripten und Anwendungsdefinitionen, die zum Kompilieren von Bibliotheken und Dienstprogrammen von Drittanbietern für spezifische Zielhardware-Architekturen verwendet werden. Das System fungiert als Embedded-Linux-Software-Feed und nutzt einen Cross-Compilation-Workflow, um externen Quellcode in kompatible Binärdateien umzuwandeln. Es enthält eine Distribution von Netzwerktools, wie DNS-Server und VPNs, die auf Router-basierte Umgebungen und ressourcenbeschränkte Geräte zugeschnitten sind. Die Build-Funktionen decken ein breites Spektrum an Softwarekategorien ab, darunter Systemdienstprogramme, externe C- und C++-Bibliotheken, Mail-Dienste sowie Multimedia-Anwendungen für Audio-, Video- und Bildverarbeitung. Diese Komponenten werden über ein modulares System aus Paketdefinitionen und Patches in benutzerdefinierte Firmware-Erweiterungen integriert.
Integrates patches into source code before compilation to ensure compatibility with the target embedded environment.
Robust ist ein Android-Hotfix-Framework und ein Laufzeit-Anwendungs-Updater, der für das Patchen von Fehlern in Produktionsumgebungen entwickelt wurde. Es fungiert als Bytecode-Patcher und Tool zur dynamischen Code-Injektion, das die Modifikation der Anwendungslogik ermöglicht, ohne dass ein vollständiges App-Update oder ein Geräte-Neustart erforderlich ist. Das Projekt ermöglicht die Behebung von Android-Defekten durch das Injizieren neuer Klassen und Methoden in bestehende Builds und die Modifikation der Implementierungen bestehender Methoden. Es nutzt eine Toolchain zur Generierung binärer Patch-Dateien, die das Anwendungsverhalten aktualisieren und Workarounds im laufenden Betrieb einführen. Das System erreicht diese Updates durch Bytecode-Umleitung, Class-Loader-Isolierung und Laufzeit-Methodentabellen-Patching. Es integriert zudem Reflection-basiertes Hooking und dynamische Bytecode-Injektion, um den Ausführungsfluss innerhalb der laufenden virtuellen Maschine umzuleiten.
Ships a toolchain that processes source code changes into optimized binary patch files for remote deployment.
OCAuxiliaryTools is a graphical interface for managing OpenCore bootloader configurations and EFI partitions. It functions as a configuration editor, bootloader update tool, and hardware preset manager, allowing users to modify system settings without manual text editing. The tool provides a system for suggesting and applying optimal configuration quirks based on detected processor models. It automates the migration of configuration files to the latest schemas and manages the installation of updated bootloaders and kernel extensions. The software covers EFI partition administration, includin
Detects hardware and applies required ACPI patches and kernel extensions for stable macOS installation.
This repository is a collection of technical knowledge and solutions focused on mobile application development, particularly for Android and iOS platforms. It covers a wide range of practical engineering challenges, including hotfix and patching techniques, database management and repair, network communication, logging, and video processing. The content is presented as shared knowledge, documenting real-world problems and their implementations. The project provides detailed guidance on applying hotfixes to running Android applications through multiple methods, such as class replacement, full
Verifies that generated odex files are valid ELF binaries to prevent silent corruption.
Feather is an iOS application manager and installer designed for signing and installing third-party mobile applications using developer certificates. It functions as a utility to sideload applications and manage external app repositories directly on a mobile device. The project includes capabilities for patching application binaries and injecting system files to modify runtime behavior and visual appearance. It utilizes developer certificate management to authenticate binaries and bypass official app store installation restrictions. The tool further supports importing applications from exter
Provides capabilities to patch application binaries to improve compatibility and modify file system access settings.
Dieses Projekt ist ein umfassendes technisches Handbuch für die Installation von macOS auf Nicht-Apple-x86-Hardware unter Verwendung des OpenCore-Bootloaders. Es dient als Konfigurationsleitfaden für die Emulation von Apple-Hardware und das Patchen von System-Firmware, um Betriebssystemkompatibilität auf PCs zu erreichen. Die Dokumentation bietet detaillierte Anweisungen für die SMBIOS-Hardware-Emulation, einschließlich der Generierung von Systemidentifikatoren und Modellprofilen. Sie deckt die Anwendung von ACPI-Tabellen-Patches zur Aktivierung nativer Energieverwaltung und die Modifikation von UEFI-Laufzeitdiensten zur Lösung von Problemen mit Speicherkarten und Schreibschutz ab. Die Ressource beschreibt zudem die Hardwarekompatibilität für Netzwerk-, Grafik- und Audiokomponenten sowie die Verwaltung von Kernel-Erweiterungen. Sie enthält Anleitungen zur Bootloader-Konfiguration, zur Erstellung bootfähiger Installationsmedien und zur Verwendung von ausführlichem Logging und Debug-Kits zur Fehlerbehebung bei Kernel-Panics.
Provides methods for replacing data values within the kernel to enable hardware support for older software versions.
This project is an Android application patcher and executable optimizer designed to modify and recompile application binaries. It functions as a root-based app modder that allows for the addition of features and the removal of unwanted libraries from Android apps. The system focuses on customizing YouTube and YouTube Music by adding unofficial features and removing advertisements. It provides the ability to deploy modified application modules via root managers to maintain system compatibility and bypass detection. The tool covers a broad range of binary transformation capabilities, including
Provides a system for programmatically modifying compiled application binaries using predefined patch rules.
ruby-build ist ein System zum Herunterladen, Kompilieren und Installieren spezifischer Versionen der Sprache Ruby aus dem Quellcode auf Unix-ähnlichen Systemen. Es fungiert als Quellcode-Compiler und Versions-Installer, der die Bereitstellung von Ruby-Runtimes verwaltet, ohne sich auf Systempakete zu verlassen. Das Tool unterstützt die benutzerdefinierte Ruby-Kompilierung, indem es die Anwendung von Patches auf den Quellcode vor Beginn des Kompilierungsprozesses ermöglicht. Es bietet zudem die Möglichkeit, externe Build-Definitionen für Versionen zu verwenden, die nicht standardmäßig enthalten sind. Die Installations-Pipeline beinhaltet die Integritätsprüfung von Paketen mittels Prüfsummen und die Möglichkeit, Downloads auf Mirror-Server umzuleiten. Diese Prozesse werden durch eine Reihe modularer Shell-Skripte orchestriert, um die Kompatibilität über POSIX-konforme Betriebssysteme hinweg sicherzustellen.
Integrates custom diff patches into the Ruby source tree before the compilation process begins.
Miasm ist ein Python-Framework für Reverse Engineering, das für Binäranalyse, Disassembly und Modifikation entwickelt wurde. Es fungiert als Framework für die Binäranalyse, das Maschinencode in eine Zwischenrepräsentation (Intermediate Representation) überführt, um plattformunabhängige Sicherheitsforschung zu ermöglichen. Das System arbeitet als Emulations-Engine und Modifikations-Toolkit, das die Ausführung von Binärcode in einer virtuellen Umgebung erlaubt, um Zustandsänderungen ohne native Hardware nachzuverfolgen. Es bietet Tools für Binary Patching, um Roh-Binärdateien über verschiedene CPU-Architekturen und ausführbare Formate hinweg zu aktualisieren und zu modifizieren. Das Framework deckt Funktionen für Disassembly, das Lifting in Zwischenrepräsentationen und semantische Vereinfachung ab, um Binär-Obfuskation zu entfernen. Es beinhaltet Unterstützung für das Parsing von Binärformaten und Memory Mapping, um Referenzen und Layouts während der Analyse kompilierter Programme zu verfolgen.
Ships utilities for modifying raw binary files and updating executable formats across different architectures.