gnmi implements the gRPC Network Management Interface (gNMI) protocol in Go. The project provides client libraries, a command-line interface (CLI), and a caching collector for interacting with network devices. It addresses the need for a standardized and efficient way to manage network devices using gRPC, a modern and performant communication framework.
The project offers a complete Go implementation of gNMI, including client libraries and a CLI. It also features a caching collector to aggregate data from multiple devices. The modular design facilitates easy integration into existing network management systems. It provides a useful reference implementation for gNMI.
- Client Libraries: Enables applications to interact with gNMI services using Go. Provides comprehensive gNMI client functionality for sending and receiving requests.
- CLI: Facilitates interactive exploration and testing of gNMI services from the command line. Allows for easy debugging and verification of gNMI configurations.
- Caching Collector: Collects data from multiple gNMI targets and provides a single point of access for clients. Improves efficiency by reducing the number of gNMI Subscribe RPCs.
- gRPC Integration: Leverages gRPC for efficient remote procedure calls and data serialization. Provides high performance and supports multiple languages.
- OpenConfig Compliance: Adheres to the OpenConfig specifications for network management data models. Ensures interoperability with a wide range of network devices.
- Well-documented APIs: Includes comprehensive godoc documentation for all client APIs and CLI commands. Offers usage examples and guides.
The project has been under active development since 2017, with ongoing maintenance and occasional updates. Regular commits and issue resolution suggest a healthy level of community involvement. The availability of comprehensive documentation and example code indicates good project stability and reliability.
This project benefits network engineers and developers seeking to implement or utilize gNMI for network management. It enables standardized network monitoring and control, simplifying integration with various networking infrastructure components. It offers a valuable alternative to proprietary network management solutions, providing vendor-neutral access to network device data.