monoio-rs/monoio
Monoio
monoio is a high-performance asynchronous runtime and executor for Rust. It implements a thread-per-core concurrency model that pins tasks to specific CPU cores to eliminate synchronization overhead and data migration.
The runtime leverages the io_uring interface to perform non-blocking system calls and reduce kernel-user mode memory copying. It utilizes a high-performance I/O driver and zero-copy TCP stream wrapping to manage data transfer via shared-memory buffers.
The project provides capabilities for CPU core affinity management, low-latency system programming, and high-performance networking. It includes a pluggable I/O driver backend and configurations for memory locking to maintain stable buffers between user and kernel space.
Features
- io_uring Async IO - Leverages the io_uring interface to perform non-blocking system calls and reduce kernel-user mode memory copying.
- io_uring Async Runtimes - Developing high-throughput Rust applications that leverage io-uring to reduce system call overhead and increase I/O efficiency.
- Asynchronous I/O Libraries - Provides a non-blocking interface for orchestrating complex system I/O operations.
- Non-Blocking I/O Interfaces - Provides high-performance non-blocking I/O interfaces to improve system throughput and responsiveness.
- CPU Affinity Binding - Optimizes performance by pinning asynchronous tasks to specific CPU cores.
- High-Performance IO Drivers - Provides a high-performance I/O driver for managing raw buffers and TCP streams.
- Core-Pinned Task Scheduling - Binds asynchronous tasks to specific processor cores to eliminate thread migration and maximize CPU cache locality.
- Thread-Per-Core Architectures - Implements a thread-per-core architecture that pins executors to dedicated CPU cores.
- Asynchronous Task Executors - Manages the lifecycle and scheduling of asynchronous tasks using a poll-based executor model.
- Shared Memory Buffers - Uses shared-memory buffers to create stable communication channels between user space and kernel mode.
- High-Performance Networking - Enables the creation of network services capable of handling massive TCP traffic with low latency.
- Zero-Copy TCP Stream Wrapping - Implements zero-copy TCP stream wrapping to minimize memory copying during network data transfers.
- Pluggable I/O Driver Backends - Includes a pluggable I/O driver backend to balance raw performance against system compatibility.
- Memory Locking - Provides mechanisms to increase memory lock limits to maintain stable shared buffers between user and kernel space.
- Low-Level Systems Programming - Minimizes execution latency through direct memory locking and efficient kernel-user space communication.
- Zero-Copy TCP Stream Mapping - Manages network data transfer by mapping raw buffers directly to the asynchronous interface.
Star history
How this analysis was created: This summary and feature list are AI-generated from collected project material and can contain mistakes. Stars, license and language are imported from GitHub. Inclusion does not mean that we have tested or audited this project. Check the source documentation for any feature you depend on. Learn more on our About page.
