8 repository-uri
C++ libraries distributed as header-only files for easy integration and performance optimization.
Distinct from C++: Distinct from JSON Libraries: focuses on generic header-only utility libraries rather than specific data serialization formats.
Explore 8 awesome GitHub repositories matching data & databases · Header-only Libraries. Refine with filters or upvote what's useful.
ConcurrentQueue is a header-only C++ template library that provides a lock-free data structure for multi-producer multi-consumer thread communication. It functions as a synchronization primitive designed to coordinate data flow between concurrent execution units using atomic operations rather than traditional mutex locking. The library distinguishes itself through a design that minimizes contention and synchronization overhead. It utilizes sub-queue token mapping to distribute workloads across partitioned internal queues and supports bulk operations to transfer multiple data elements in singl
A header-only collection of thread-safe containers designed for low-latency data exchange in multi-threaded applications.
This is an interactive Python tutorial delivered as a collection of Jupyter notebooks. It is designed as a structured learning path for beginners, teaching fundamental language concepts through a sequence of lessons that combine explanatory text with runnable code cells and embedded practice exercises. Each notebook is a self-contained unit that introduces a topic, demonstrates it with a minimal code example, and then asks the learner to write code themselves, receiving immediate feedback from the browser-based execution environment. The curriculum is built on a progressive concept-stacking mo
Teaches Python using only built-in modules, avoiding external dependencies for all examples.
tiny-dnn is a header-only C++14 deep learning framework for building, training, and running inference on neural networks. It constructs static computational graphs at compile time using template-based layer composition, with a gradient-based backpropagation engine and minibatch stochastic gradient descent for training, all without external dependencies beyond the C++14 standard library. The framework supports importing pre-trained models from the Caffe framework directly, parsing its binary serialization format without requiring external protocol buffer libraries. It provides CPU-optimized te
Provides a header-only C++14 deep learning framework with no external dependencies.
mlpack is a header-only C++ machine learning library that defines matrix types as compile-time templates, enabling flexible numeric precision and memory layout without runtime overhead. Its core identity is built around a template metaprogramming architecture that allows algorithms to be included selectively as independent modules, reducing binary size, and supports compile-time serialization of neural network parameters by deducing matrix types and structure at compile time. The library distinguishes itself through a multi-language binding framework that automatically generates bindings for
A header-only C++ library that compiles by including headers directly without separate compilation units.
hnswlib este o bibliotecă C++ header-only și un motor de indexare vectorială conceput pentru căutarea aproximativă a celui mai apropiat vecin în spații cu dimensiuni mari. Acesta organizează colecții mari de embedding-uri într-o structură de graf care poate fi căutată pentru a permite interogări rapide de proximitate și calcule de distanță. Sistemul utilizează grafuri Hierarchical Navigable Small World pentru a obține o căutare rapidă a similarității vectoriale. Se distinge prin permiterea definirii de metrici de distanță personalizate și funcții de similaritate pentru a adapta calculele la cerințe specifice de date. Motorul acoperă întregul ciclu de viață al indexării, inclusiv construcția incrementală a indexului și gestionarea punctelor de date prin adăugări și eliminarea elementelor. Capabilitățile de interogare includ atât căutarea aproximativă, cât și cea exactă a celui mai apropiat vecin, completată de filtrarea căutării booleene pentru a exclude candidații pe baza etichetelor elementelor. Biblioteca suportă persistența indexului prin serializarea fișierelor binare și oferă configurații pentru execuția paralelă pentru a distribui sarcinile de interogare și indexare pe mai multe nuclee CPU.
Distributed as a header-only C++ library to enable compiler inlining and simplify integration.
Acest proiect este un ghid de învățare și o hartă de implementare pentru limbajul Go, creat pentru a ajuta dezvoltatorii să facă tranziția de la Node.js la Go. Oferă o serie de comparații de cod „side-by-side” care pun în contrast logici identice implementate în ambele limbaje, pentru a ilustra diferențele de sintaxă și runtime. Repository-ul servește drept tutorial pentru concurența în Go, comparând în mod specific utilizarea canalelor și a gorutinelor cu promisiunile din JavaScript. Include, de asemenea, o suită de benchmarking pentru a măsura și compara viteza de execuție a Go față de Node.js pentru aceleași operațiuni. Ghidul acoperă exemple de programare de sistem folosind biblioteca standard Go, inclusiv dezvoltarea de servere de rețea, gestionarea sistemului de fișiere local și interacțiunea cu baze de date SQLite. Alte domenii acoperite includ manipularea structurilor de date, hashing-ul criptografic și execuția de comenzi shell externe.
Provides a curriculum of examples that avoid external dependencies in favor of built-in language modules.
This repository is a collection of practical code samples and an idiomatic programming guide for the Python language. It serves as a reference for implementing advanced language features, data structures, and professional coding standards. The project focuses on demonstrating object-oriented architectures and structural design patterns. It provides a set of source files that illustrate the use of advanced Python capabilities to create readable and efficient software designs. The implementation covers asynchronous and concurrent execution patterns, as well as idiomatic software design and pro
Provides a zero-dependency implementation using only the Python standard library to showcase idiomatic core usage.
pycparser is a C99 parser library that converts C source code into an abstract syntax tree consisting of Python objects. It functions as an abstract syntax tree generator, transforming preprocessed C code into a structured hierarchy for programmatic analysis and transformation. The library integrates with a C preprocessor to handle directives before parsing. It also features a stub header parser, which uses minimal mock headers to allow the parsing of C code without requiring a full system C library installation. The project provides tools for static code analysis, C program analysis, and so
Replaces standard library includes with minimal stub headers for environment-independent parsing.