A small, fast C implementation of Protocol Buffers for embedded systems and high-performance applications.
μpb is a lightweight implementation of Google's Protocol Buffers serialization format written in C. It provides a minimal, high-performance alternative to the official protobuf library, designed specifically for resource-constrained environments where code size and speed are critical. The project enables efficient data serialization and deserialization for embedded systems and applications with strict memory requirements.
Embedded systems developers, firmware engineers, and C programmers working on resource-constrained devices who need efficient Protocol Buffers support without the overhead of the full library.
Developers choose μpb when they need Protocol Buffers functionality in environments where the official implementation would be too large or slow, offering a specialized solution that prioritizes minimal code size and maximum performance for embedded applications.
a small protobuf implementation in C
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Optimized for embedded systems with limited memory, significantly reducing flash and RAM usage compared to the official protobuf library, as highlighted in the README's focus on resource-constrained environments.
Fast parsing and serialization, making it suitable for latency-sensitive applications where speed is critical, as emphasized in the key features for embedded use.
No external dependencies, allowing easy integration into existing C projects without additional overhead, which simplifies deployment in firmware and embedded systems.
Supports standard .proto files and generates serialized data compatible with other protobuf implementations, ensuring interoperability with broader ecosystems.
Development has moved to the main protobuf repository, meaning this standalone version receives no updates or bug fixes, potentially leaving users with unresolved issues.
Prioritizes minimalism over completeness, so it may lack advanced protobuf features like reflection or full RPC support, which the README admits by focusing on performance over feature richness.
Tailored specifically for embedded C projects, making it less accessible for developers unfamiliar with low-level C programming or those needing broader tooling and documentation.