Add archived descriptions for 15 J repositories

Co-authored-by: gmh5225.eth <gmh5225@users.noreply.github.com>
2026-06-21 13:56:22 +00:00 · 2026-02-24 19:03:33 +00:00
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+This project is an Unreal Engine tutorial plugin that demonstrates how to create a custom asset type and a dedicated editor in C++. It includes runtime and editor modules, sample UObject classes, and custom editor tooling for working with a NormalDistribution asset. The code follows Unreal plugin conventions with module build scripts and reflection-enabled classes. It is mainly aimed at Unreal developers who want a hands-on reference for extending the engine's asset pipeline and editor workflow.
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+This project is a community knowledge base of Unreal Engine 4 development guides and practical tips. Most content is written in Markdown and organized into topics like scene creation, optimization pipelines, materials, lighting, and ray tracing. It also covers advanced areas such as Chaos Physics and guidance for transitioning from Blueprints to C++. The primary use case is helping Unreal developers improve production workflows and performance across different project stages.
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+This project is a Cheat Engine helper toolkit for inspecting and manipulating Mono-based games more efficiently. It is built mainly with Lua scripts and Cheat Engine table assets, adding searchable views for classes, fields, and methods. The tool can generate method hook templates, jump to disassembly, and create reusable table scripts for runtime monitoring. It targets reverse engineering and game security research workflows where fast Mono introspection is needed.
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+This project is a single-header C graphics and utility library designed for prototyping, demo scenes, and small games. It provides cross-platform modules for windowing, rendering utilities, noise generation, math helpers, data structures, networking, and threading. The repository also includes wrappers and examples in Rust and Python, plus optional systems like bloom, audio, and node editing. It is intended for developers who want a lightweight C/C++ toolkit for rapid graphics experimentation.
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+This project is an OLLVM unflattening tool that aims to recover clearer control flow from obfuscated programs. It is implemented primarily in Python and uses reverse engineering dependencies such as miasm and graph visualization tooling. The repository includes sample binaries and test inputs for experimenting with deobfuscation behavior. Its main use case is reverse engineering research on control-flow-flattened software.
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+This project is a Windows external cheat prototype for Fortnite that reads game memory and renders an on-screen overlay. It is written in C++ and includes process memory access routines, Unreal-oriented transform math, and DirectX-style drawing helpers. The code focuses on extracting player data structures and visualizing entities in real time. Its primary use case is cheat development experimentation and anti-cheat evasion research.
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+This project is a DLL-based hook tool for Windows code-signing utilities. It uses C++ and Microsoft Detours to intercept certificate validity checks and timestamp-related signing APIs. The design allows redirection to custom timestamp endpoints and modified time behavior through configuration or command-line parameters. It is aimed at research and testing around digital-signing workflows, certificate validation logic, and timestamp handling.
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+This project is an Unreal Engine plugin that integrates Rider as a selectable source code editor inside Unreal Editor. It is implemented in C++ with Unreal plugin modules and includes logic to discover Rider installations across Windows, macOS, and Linux. The plugin supports different Rider versions and configurable custom install paths. The main use case is improving C++ game development workflows for Unreal teams using the JetBrains ecosystem.
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+This project is an Android and Linux kernel driver that exposes process memory read and write operations through a device interface. It is primarily written in C and implements ioctl commands for memory access, module base lookup, and request dispatching. The repository includes kernel module build files and user-space components for communicating with the driver. It is mainly used for low-level game memory research, reverse engineering experiments, and kernel-side tooling studies.
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+This project is an Android demo application for detecting user-space library injection at runtime. It demonstrates multiple detection strategies, including soinfo linked-list checks, virtual memory map inspection, and module unload counter monitoring. The implementation combines Kotlin Android code with native C++ components built through CMake. Its primary use case is mobile anti-cheat and security research focused on identifying injection techniques.
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+This project is a PE patching and infection framework that injects custom payloads into Windows executables while preserving original behavior. It includes a C core for PE parsing and modification, plus control and interception components in Python and Java. Key capabilities include multiple infection methods, patch generation for transfer-time modification, and web-based remote configuration. It is intended for executable research, red-team simulations, and analysis of defensive mechanisms around PE tampering.
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+This project is a universal anti-cheat research kit designed to integrate with games and detect cheating behavior. It is mostly built in C++ with multiple modules, integration examples, documentation, and companion red-team tooling for adversarial testing. The framework includes client-side monitoring components and supporting infrastructure intended for experimentation rather than production deployment. Its primary audience is game security researchers developing and validating anti-cheat concepts.
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+This project is a C++ patch utility that modifies a DayZ server executable to disable specific anti-cheat checks. It automates binary pattern scanning and patching so updates can be reprocessed without manual hex editing. The codebase is lightweight and focused on executable manipulation logic rather than a full server framework. Its use case is reverse engineering and anti-cheat bypass experimentation in controlled test environments.
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+This project is a command-line tool for finding return-oriented programming gadgets in binary files. It is written in Python and uses the Capstone disassembly engine to support ELF, PE, Mach-O, and raw binaries across many CPU architectures. It offers filtering, searching, and optional ROP chain generation features for exploit development workflows. The primary use case is binary exploitation and reverse engineering research.
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+This project is an open-source Windows game library manager and launcher that unifies titles from many platforms. It is built mainly with C# and XAML on .NET, with a plugin architecture for library integrations, themes, and automation extensions. The application supports emulation workflows and local metadata management while keeping user data on the local machine. Its main use case is giving players and developers a single interface to organize and launch diverse game collections.
				`@@ -0,0 +1 @@`
				`This project is an Unreal Engine tutorial plugin that demonstrates how to create a custom asset type and a dedicated editor in C++. It includes runtime and editor modules, sample UObject classes, and custom editor tooling for working with a NormalDistribution asset. The code follows Unreal plugin conventions with module build scripts and reflection-enabled classes. It is mainly aimed at Unreal developers who want a hands-on reference for extending the engine's asset pipeline and editor workflow.`
				`@@ -0,0 +1 @@`
				`This project is a community knowledge base of Unreal Engine 4 development guides and practical tips. Most content is written in Markdown and organized into topics like scene creation, optimization pipelines, materials, lighting, and ray tracing. It also covers advanced areas such as Chaos Physics and guidance for transitioning from Blueprints to C++. The primary use case is helping Unreal developers improve production workflows and performance across different project stages.`
				`@@ -0,0 +1 @@`
				`This project is a Cheat Engine helper toolkit for inspecting and manipulating Mono-based games more efficiently. It is built mainly with Lua scripts and Cheat Engine table assets, adding searchable views for classes, fields, and methods. The tool can generate method hook templates, jump to disassembly, and create reusable table scripts for runtime monitoring. It targets reverse engineering and game security research workflows where fast Mono introspection is needed.`
				`@@ -0,0 +1 @@`
				`This project is a single-header C graphics and utility library designed for prototyping, demo scenes, and small games. It provides cross-platform modules for windowing, rendering utilities, noise generation, math helpers, data structures, networking, and threading. The repository also includes wrappers and examples in Rust and Python, plus optional systems like bloom, audio, and node editing. It is intended for developers who want a lightweight C/C++ toolkit for rapid graphics experimentation.`
				`@@ -0,0 +1 @@`
				`This project is an OLLVM unflattening tool that aims to recover clearer control flow from obfuscated programs. It is implemented primarily in Python and uses reverse engineering dependencies such as miasm and graph visualization tooling. The repository includes sample binaries and test inputs for experimenting with deobfuscation behavior. Its main use case is reverse engineering research on control-flow-flattened software.`
				`@@ -0,0 +1 @@`
				`This project is a Windows external cheat prototype for Fortnite that reads game memory and renders an on-screen overlay. It is written in C++ and includes process memory access routines, Unreal-oriented transform math, and DirectX-style drawing helpers. The code focuses on extracting player data structures and visualizing entities in real time. Its primary use case is cheat development experimentation and anti-cheat evasion research.`
				`@@ -0,0 +1 @@`
				`This project is a DLL-based hook tool for Windows code-signing utilities. It uses C++ and Microsoft Detours to intercept certificate validity checks and timestamp-related signing APIs. The design allows redirection to custom timestamp endpoints and modified time behavior through configuration or command-line parameters. It is aimed at research and testing around digital-signing workflows, certificate validation logic, and timestamp handling.`
				`@@ -0,0 +1 @@`
				`This project is an Unreal Engine plugin that integrates Rider as a selectable source code editor inside Unreal Editor. It is implemented in C++ with Unreal plugin modules and includes logic to discover Rider installations across Windows, macOS, and Linux. The plugin supports different Rider versions and configurable custom install paths. The main use case is improving C++ game development workflows for Unreal teams using the JetBrains ecosystem.`
				`@@ -0,0 +1 @@`
				`This project is an Android and Linux kernel driver that exposes process memory read and write operations through a device interface. It is primarily written in C and implements ioctl commands for memory access, module base lookup, and request dispatching. The repository includes kernel module build files and user-space components for communicating with the driver. It is mainly used for low-level game memory research, reverse engineering experiments, and kernel-side tooling studies.`
				`@@ -0,0 +1 @@`
				`This project is an Android demo application for detecting user-space library injection at runtime. It demonstrates multiple detection strategies, including soinfo linked-list checks, virtual memory map inspection, and module unload counter monitoring. The implementation combines Kotlin Android code with native C++ components built through CMake. Its primary use case is mobile anti-cheat and security research focused on identifying injection techniques.`