Awesome GitHub RepositoriesControl-Flow Graph Visualization

ILSpy is a .NET decompiler and binary analyzer designed to convert compiled .NET assemblies back into readable C# source code. It functions as a metadata explorer and a common intermediate language viewer, enabling the analysis of compiled code and the execution of reverse engineering workflows. The project distinguishes itself through specialized translation capabilities, such as converting compiled binary XML (BAML) back into human-readable XAML for user interface analysis. It also provides tools for inspecting native machine code and extracting metadata from program database (PDB) files.

Rustowl is a diagnostic system and language server protocol extension that maps variable validity and data flow directly into text editors. It serves as a memory management tool designed to visualize lifetime constraints and ownership movement within Rust source code. The project distinguishes itself by providing a visual representation of immutable borrowings, mutable borrowings, and value moves. It specifically tracks the duration of variable validity and identifies invalid overlapping references or lifetime mismatches to assist in memory debugging. The system employs static analysis to tr

This project is a multi-protocol API simulation and mocking system designed to replace external dependencies during development and testing. It provides an API mocking server, a network traffic proxy, and specialized simulators for language model services and identity providers. The system distinguishes itself through deep AI simulation capabilities, including the emulation of language model providers and Model Context Protocol servers using JSON-RPC 2.0. It supports multi-turn conversational logic, state tracking for AI chat APIs, and the visualization of agent execution through call graphs

code2flow este un mapper static al fluxului de program și un generator de grafuri de apelare a codului sursă. Acesta analizează codul sursă pentru a produce diagrame de flux vizuale care mapează relațiile de apelare a funcțiilor și căile de execuție. Proiectul include un vizualizator de urme de apelare asincronă care urmărește căile de execuție prin apeluri async și await pentru a mapa logica programelor asincrone. Oferă, de asemenea, o interfață programabilă de analiză a codului, permițând integrarea logicii de generare a grafului de apelare în alte aplicații software. Sistemul gestionează analiza statică a codului prin convertirea codului sursă în arbori de sintaxă abstractă pentru a identifica definițiile funcțiilor și punctele de apelare. Suportă filtrarea grafului de apelare pentru a restricționa domeniul vizualizărilor prin filtre de conținut și extragerea căilor limitate de adâncime, oferind în același timp stilizare vizuală pentru a distinge fluxurile logice.

Orbit is a set of specialized tools for C and C++ performance profiling, binary symbol mapping, and remote process and thread analysis. It provides a system for analyzing execution time and resource usage, utilizing a call graph visualizer to map function entries and exits into hierarchical execution flows for individual threads. The project distinguishes itself with a remote process profiler capable of capturing performance data from applications running on remote hosts. It also includes a thread scheduling analyzer that tracks context switches and processor core utilization to visualize thr

go-torch is a profiling tool for capturing the execution state of Go programs and transforming raw binary data into visual representations of program performance. It functions as a flame graph profiler and performance visualization utility that identifies expensive code paths through the collection of CPU and memory stack traces. The tool features a network-capable remote process profiler that connects to endpoints to capture and export execution profiles from Go binaries. It utilizes stochastic profiling to synthesize execution data into call graphs, allowing for the identification of bottle

OpenRewrite is an automated refactoring engine and source-to-source migration framework. It uses a lossless semantic tree parser to represent source code as type-aware trees that preserve original whitespace and formatting, enabling precise and deterministic modifications. The project utilizes a declarative refactoring pipeline where sequences of transformations are defined in YAML to resolve breaking changes and technical debt. It features type-aware pattern matching and cross-language model mapping to apply similar refactoring patterns across different programming languages. The framework