Rust bindings for LevelDB, providing almost-complete access to the embedded key-value storage engine.
Rust leveldb bindings is a Rust library that provides bindings to the LevelDB embedded key-value storage engine. It allows Rust developers to integrate LevelDB's persistent storage capabilities into their applications with a safe and idiomatic Rust API. The library handles database operations like opening databases, reading, writing, and iterating over key-value pairs.
Rust developers who need embedded, persistent key-value storage in their applications, particularly those working on systems programming, data-intensive tools, or projects requiring local storage without a full database server.
Developers choose these bindings because they offer a nearly complete and safe interface to LevelDB from Rust, with compatibility across stable Rust versions. It provides a straightforward way to leverage LevelDB's performance and reliability without leaving the Rust ecosystem.
This project provides Rust bindings for LevelDB, enabling Rust developers to use the embedded key-value storage engine directly from their Rust applications. It offers a safe and idiomatic Rust interface to LevelDB's functionality, making it accessible for systems programming and data storage needs.
create_if_missing, write options, and read options.The bindings aim to provide a nearly complete and safe Rust interface to LevelDB, prioritizing stability and compatibility with stable Rust releases while maintaining close alignment with the original C++ API.
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Offers almost-complete coverage of LevelDB's C++ API, enabling full use of features like configurable options and iterators, as stated in the README.
Provides a safe and Rust-friendly interface with proper error handling and type safety, demonstrated in the example code for database operations.
Built and tested on stable Rust releases, ensuring reliability and ease of use without relying on nightly features, per the version policy.
Simple Cargo setup with clear examples, making it easy to add to existing Rust projects with minimal configuration.
Missing filter policies and support for iterators with arbitrary start and end points, as noted in the open issues section of the README, limiting advanced use cases.
Requires installation of libleveldb-dev and libsnappy-dev, which can be a barrier on some platforms and complicate CI/CD pipelines, as mentioned in prerequisites.
Iterators lack support for arbitrary ranges, restricting data traversal patterns that might be needed for efficient querying or pagination.