5 dépôts
Analytical processing engines that run within the host application process.
Distinguishing note: Focuses on the execution model rather than the storage format.
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DuckDB est une base de données SQL analytique embarquée et un système de gestion de base de données OLAP. Il fonctionne comme un moteur de données pour les fichiers Parquet et CSV, permettant aux utilisateurs d'exécuter des requêtes SQL complexes sur de grands jeux de données sans nécessiter de processus serveur séparé. Le système est conçu pour le traitement analytique local et les flux de travail de science des données embarqués. Il permet l'interrogation et l'analyse directes de fichiers Parquet et CSV depuis le disque, évitant ainsi de devoir charger les données dans une base de données permanente. Le moteur fournit une exécution SQL analytique haute performance, incluant la prise en charge des fonctions de fenêtrage et des sous-requêtes imbriquées. Il intègre une disposition de stockage en colonnes et une exécution de requêtes vectorisées pour gérer la manipulation et l'exploration de données à grande échelle. La base de données est accessible via une interface de ligne de commande autonome et des liaisons spécifiques aux langages Python, R, Java et Wasm.
Runs the analytical database engine directly within the host application process to eliminate network latency.
DuckDB is an in-process analytical database engine designed to run directly within an application process. As a zero-dependency, embedded system, it provides enterprise-grade SQL data processing capabilities without the overhead of managing a dedicated database server. It is built to handle complex analytical and aggregation tasks by storing and retrieving information in columns, allowing for high-performance relational data manipulation. The engine distinguishes itself through a columnar vectorized execution model that maximizes CPU cache efficiency during query operations. It employs adapti
Executes high-performance SQL queries directly within an application process without server overhead.
Marimo is a reactive Python notebook environment and data science integrated development environment. It functions as a scripting tool that maintains state consistency by automatically tracking variable dependencies and re-executing downstream code blocks whenever upstream inputs are modified. The platform distinguishes itself by storing notebooks as standard, portable Python scripts rather than proprietary formats, ensuring compatibility with version control systems. It integrates artificial intelligence to assist with code generation and debugging based on the current execution context, whi
Runs code within the host application process to enable direct memory access and low-latency state manipulation.
Arrow is a cross-language development platform for in-memory data. It provides a standardized, language-independent columnar memory format designed to accelerate analytical operations and improve memory efficiency on modern computing hardware. By utilizing a schema-driven approach, the framework enables the efficient organization of both flat and nested data structures. The project functions as an analytical data processing engine that facilitates high-performance computation directly on memory-resident datasets. It distinguishes itself through a zero-copy architecture, which allows multiple
Executes complex data queries and processing tasks directly on memory-resident datasets.
Enso is a visual dataflow programming environment and multi-language data processing engine that compiles Enso, Python, Java, and JavaScript into a unified representation with a shared memory model for zero-overhead inter-language calls. It functions as a self-service data preparation and analysis platform where users can build data pipelines by connecting nodes in a graph, switching between a no-code visual interface and a code view while keeping all changes reviewable. The platform also serves as a cloud data workflow scheduler and API exposer, allowing workflows to run on a timetable or be
Pushes data transformation steps into the database engine to avoid moving data out of the database.