nanomsg/nanomsg
Nanomsg
nanomsg is a distributed messaging middleware and scalable messaging library designed for moving data between machines and processes. It functions as a socket-based communication framework that routes data across different network transport layers.
The library implements scalable messaging patterns, specifically request-reply and publish-subscribe, to handle high volumes of data across distributed systems. It provides tools for network performance benchmarking to quantify messaging throughput and latency.
The framework supports distributed message routing and inter-process communication using TCP, UNIX sockets, and WebSocket transport protocols.
Features
- Distributed Messaging - Provides a scalable middleware for moving data between machines and processes across distributed systems.
- Messaging Middleware - Functions as low-latency messaging middleware for routing and processing data streams between machines.
- Distributed Messaging Libraries - Offers a library for implementing distributed communication patterns like request-reply and publish-subscribe.
- Message Dispatch Topologies - Implements specific communication topologies like request-reply and publish-subscribe to control message routing.
- Inter-Process Communication - Enables low-overhead data exchange between separate software processes on the same machine or network.
- Message Routing - Routes messages across diverse transport layers including TCP, UNIX sockets, and WebSockets.
- Multi-Transport Messaging - Decouples the messaging API from TCP, UNIX sockets, and WebSockets using a unified multi-transport interface.
- Socket Communication - Provides a framework for routing data between processes using persistent socket connections.
- TCP Socket Programming - Provides a socket-based programming interface for distributed messaging operations.
- Request-Reply Patterns - Implements scalable request-reply and publish-subscribe communication patterns.
- Messaging - Implements request-reply and publish-subscribe patterns to handle high volumes of distributed data.
- Network Throughput Measurement Tools - Quantifies maximum data transfer rates and capacity across various transport protocols.
- Non-Blocking Socket I/O - Implements non-blocking socket I/O to prevent execution stalls during network communication.
- Protocol State Machines - Manages connection lifecycles and handshakes using formal protocol state machines.
- Node Latency Measurement - Includes tools to calculate and measure communication delays between distributed nodes.
- Network Performance Benchmarks - Provides benchmarking suites to measure network throughput and latency of transport layers.
- Build Systems - A C-based implementation of the ZeroMQ messaging pattern.
- Inter-process Communication - Scalability protocols for high-performance messaging.
- Networking Libraries - C-based implementation of the ZeroMQ messaging pattern.
- Windows Environments - Listed in the “Windows Environments” section of the Awesome C awesome list.
Star history
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