Qihoo360/evpp

Features

• Asynchronous Event Loops - Provides a central asynchronous event loop for non-blocking I/O management and concurrent connection handling.
• Asynchronous HTTP Clients - Ships a non-blocking HTTP client for sending requests and receiving responses asynchronously.
• Asynchronous HTTP Servers - Provides a non-blocking HTTP server capable of handling requests in the background to maintain responsiveness.
• C++ Networking Libraries - Provides a comprehensive C++ networking library for building high-performance TCP, UDP, and HTTP services.
• High-Performance Networking - Engineered for low-latency, high-throughput network services using an asynchronous C++ architecture.
• Asynchronous UDP Servers - Provides an asynchronous UDP server that processes connectionless datagrams across multiple threads using an event-driven architecture.
• Network Service Frameworks - Provides a foundational framework for building high-performance network services across TCP, UDP, and HTTP.
• Multi-Threaded Event Distribution - Distributes network event processing across multiple CPU cores to maximize throughput and hardware utilization.
• Event-Driven Server Frameworks - Offers a framework for building event-driven servers that manage concurrent connections via non-blocking loops.
• Buffer-Based Memory Management - Uses specialized raw binary buffers to manage network I/O and reduce memory allocation overhead.
• Non-Blocking Socket I/O - Employs a non-blocking socket I/O model to prevent execution stalls during network data transfer.
• TCP and UDP Socket Interfaces - Implements asynchronous programming interfaces for both reliable TCP streams and connectionless UDP datagrams.
• TCP Client Connections - Provides a nonblocking TCP client for initiating outgoing connections without stalling the application thread.
• Asynchronous TCP Frameworks - Provides an asynchronous framework for managing TCP/UDP connection lifecycles and scalable data transmission.
• TCP Server Frameworks - Implements a high-performance TCP server framework using a nonblocking model to handle large volumes of concurrent connections.
• Asynchronous Event Loops - Centered around an asynchronous event loop that manages non-blocking I/O across multiple threads.
• HTTP Servers - Implements a core HTTP server engine optimized for high concurrency and non-blocking request handling.
• Asynchronous Network Buffers - Uses asynchronous network buffers to optimize data throughput between sockets and the application.
• Network Request Dispatch Pools - Distributes incoming network requests across a pool of worker threads to increase concurrent processing throughput.
• Asynchronous Task Schedulers - Ships a coordination system for managing delayed actions and asynchronous tasks via a managed thread pool.
• Asynchronous Lookups - Performs domain name resolution in the background using non-blocking lookups.
• Asynchronous Resolvers - Includes a background DNS resolver that performs non-blocking domain name lookups.
• Network Optimization - Optimizes network throughput and latency through the combined use of worker pools and custom buffering.
• Functional Event Callbacks - Implements higher-order function callbacks to handle asynchronous network events and DNS resolution completions.
• Networking - High-performance TCP/UDP/HTTP network library.
• Network Libraries - Modern high-performance C++ network library.
• Networking Libraries - High-performance networking for TCP/UDP/HTTP.

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