5 dépôts
Tools that convert compiled bytecode into human-readable assembly or source formats for analysis.
Distinct from Bytecode Analysis Tools: Distinct from Bytecode Analysis Tools: focuses specifically on the human-readable disassembly of bytecode rather than general analysis or decompilation.
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JerryScript is a lightweight, ECMAScript-compliant JavaScript engine and bytecode compiler designed for resource-constrained devices. It serves as an embedded interpreter and IoT scripting runtime, enabling the execution of JavaScript code within native C applications on hardware with limited memory. The project differentiates itself through a focus on low-memory runtime management, utilizing bytecode precompilation and pre-compiled state snapshots to reduce startup time and memory overhead. It features a C-binding native bridge for bidirectional communication between native code and scripts,
Provides the ability to dump generated bytecode into a human-readable format for analysis.
Smali is a two-way binary translation toolset designed to convert Dalvik bytecode to human-readable assembly and back again. It provides a mechanism for the disassembly and assembly of executable files used in virtual machine environments. The project enables the modification of compiled Android application logic by transforming binary files into editable assembly and rebuilding them. It is used for reverse engineering, malware analysis, and the study of low-level instructions to identify program behavior or security flaws. The toolkit covers binary construction through smali code assembly a
Disassembles Dalvik bytecode into human-readable assembly while preserving annotations and debug information.
Reverse engineering and pentesting for Android applications
Decompiles Dalvik bytecode into human-readable assembly instructions for security analysis.
python-uncompyle6 est un décompilateur de bytecode Python et un outil d'ingénierie inverse conçu pour convertir des fichiers de bytecode compilés en code source lisible par l'humain. Il fonctionne comme un récupérateur de code source et un désassembleur de bytecode, permettant l'analyse de la logique interne du programme et la reconstruction des constructions linguistiques originales. L'outil offre une prise en charge multi-version, permettant l'analyse et la récupération de code source à partir de bytecode créé à travers plusieurs versions différentes de l'interpréteur Python. Cela lui permet d'opérer comme un analyseur de bytecode multi-version capable d'interpréter des jeux d'instructions variés indépendamment de la version utilisée pour exécuter l'outil. Ses capacités couvrent l'analyse de bytecode et l'inspection de programme, incluant la possibilité de lister les instructions avec des drapeaux et opérandes interprétés. Le système peut reconstruire le code source à partir de fichiers entiers ou de segments fragmentés spécifiques, tels que les corps de lambda et les compréhensions de liste, en mappant les offsets de bytecode vers des fragments de source.
Provides the ability to list Python bytecode instructions with flags and operands for manual code analysis.
pycdc is a reverse engineering toolset that decompiles and disassembles compiled Python bytecode files back into readable source code. It parses .pyc file headers, reconstructs abstract syntax trees from bytecode instructions, and handles version-specific opcodes across Python versions 1.0 through 3.13 with endian-aware binary parsing. The tool recovers numeric constants, string literals, and marshalled Python objects from compiled bytecode, supporting both file-based and in-memory bytecode loading. It provides a human-readable disassembly listing of bytecode instructions alongside full sourc
Converts compiled Python bytecode into human-readable assembly-like listings of opcodes and operands.