4 dépôts
Tools for converting complex data structures into raw binary formats for network transmission or storage.
Distinct from Bit-Level State Trackers: None of the candidates fit; the candidates were either AI-specific tokenizers or bit-level trackers, whereas this is for network protocol serialization.
Explore 4 awesome GitHub repositories matching operating systems & systems programming · Binary Serialization. Refine with filters or upvote what's useful.
Impacket is a Python network protocol library and low-level implementation foundation. It provides a collection of classes for implementing and manipulating network protocols such as SMB, TCP, and UDP. The project serves as a network authentication framework for verifying user identities using passwords, hashes, and security tickets. It also functions as a network packet manipulation toolkit and security research tool for analyzing protocol behaviors and identifying vulnerabilities. The library covers the creation, parsing, and modification of raw network data to analyze communication stacks
Implements tools for converting high-level Python objects into raw binary streams for network transmission.
Impacket is a collection of Python classes designed for the construction, manipulation, and analysis of low-level network packets and services. It functions as a framework for building custom network tools, providing a programmatic interface to interact with communication protocols and service architectures. The library provides primitives for managing authentication, session state, and remote procedure calls within network environments. By offering a modular class hierarchy, it allows for the assembly of network packets and the implementation of specialized communication stacks. The project
Provides low-level binary serialization primitives for constructing and parsing network protocol packets.
dnsguide is a software implementation of the DNS protocol designed to handle queries and responses between clients and nameservers. It functions as a recursive DNS server and network service tool for managing the resolution of domain names within local or wide area networks. The project provides a framework for building a custom DNS server, incorporating recursive resolution logic and stub resolver integration to translate hostnames into IP addresses. It is designed for implementing the DNS protocol from scratch to facilitate network protocol learning and custom name resolution. The implemen
Implements binary serialization to convert DNS message structures into raw byte streams for network transmission.
Shapely est une bibliothèque d'analyse géométrique pour la manipulation et l'analyse d'objets géométriques plans. Elle fonctionne comme une boîte à outils de géométrie computationnelle, un moteur de prédicats spatiaux pour évaluer les relations topologiques et un processeur de géométrie vectorisé. La bibliothèque se distingue par un processeur de géométrie vectorisé capable d'exécuter des opérations sur des tableaux de coordonnées avec un traitement parallèle multi-thread. Elle utilise l'optimisation de géométrie préparée pour accélérer les tests répétés de confinement et d'intersection, et implémente l'indexation spatiale R-tree pour une récupération efficace des géométries intersectantes et des plus proches voisins. La boîte à outils couvre un large éventail de capacités, incluant les opérations ensemblistes, les transformations affines et la génération de structures complexes telles que les diagrammes de Voronoi et les triangulations de Delaunay. Elle fournit des outils pour calculer des métriques intrinsèques comme l'aire et la longueur, ainsi que des utilitaires pour la validation topologique et la réparation de géométrie. Shapely assure l'interopérabilité des données géospatiales en analysant et sérialisant les données géométriques entre les formats GeoJSON, Well-Known Text et Well-Known Binary.
Supports converting geometric objects into byte streams using pickle for temporary storage.