sylar-yin/sylar

Features

• Network and Server Frameworks - Provides a high-performance C++ framework for building network services with integrated logging and configuration management.
• C++ HTTP Server Libraries - Implements a high-performance C++ HTTP server library with built-in URI routing and asynchronous request-response pipelines.
• C++ Networking Libraries - Provides a comprehensive C++ networking library that wraps socket APIs and integrates an event loop for asynchronous communication.
• High-Performance Networking - Builds custom TCP and HTTP servers using asynchronous IO and coroutines to handle high concurrency.
• HTTP Request Routing - Implements URI mapping with precise and fuzzy matching to dispatch web requests to handler functions.
• Async API Hooking - Intercepts blocking socket and sleep APIs to convert synchronous operations into non-blocking asynchronous events.
• System-Call Interception - Intercepts blocking socket and sleep APIs to transform synchronous calls into non-blocking asynchronous operations.
• User-Mode Thread Schedulers - Manages lightweight threads and task distribution across a worker pool in user space to minimize context-switching overhead.
• Coroutine Implementations - Implements high-performance execution of user-space threads to simplify asynchronous operation implementation.
• Asynchronous Frameworks - Implements a comprehensive framework for managing concurrent execution and non-blocking I/O in C++.
• Coroutine Task Schedulers - Provides a user-space threading system that distributes lightweight tasks across a worker thread pool.
• Worker Pool Schedulers - Distributes lightweight user-space threads across a worker thread pool to maximize CPU utilization.
• Socket Event Loops - Provides a centralized event loop that monitors socket read and write events to trigger coroutine execution.
• Protocol Parsing - Employs finite state machine based parsing of HTTP protocols and URIs to handle requests and responses.
• Thread Concurrency Mechanisms - Coordinates shared resources using mutexes, read-write locks, semaphores, and spinlocks to prevent data races.
• Fuzzy URI Routing - Ships a flexible URI router that maps incoming web requests to handlers using precise and fuzzy pattern matching.
• TCP Server Implementations - Provides the infrastructure to build custom TCP servers that listen on ports and process raw socket streams.
• Application Configuration - Loads application settings from files with a notification system for updating values at runtime.
• Event Logging - Includes utilities for tracking and recording application events with customizable levels and formats.
• Finite State Machine Engines - Utilizes a finite-state-machine engine to predictably process HTTP protocols and URIs.
• Shared Resource Synchronization - Prevents race conditions in multi-threaded environments using synchronization primitives like locks and semaphores.
• Severity-Level Log Writers - Routes system events to different files based on customizable severity levels and formatting layouts.
• Structured Logging - Records system events with structured layouts and severity levels to enable efficient debugging and analysis.
• System Logging and Debugging - Provides high-performance event recording with customizable levels to separate logs into multiple files.
• DevOps & Infrastructure - High-performance distributed server framework
• Server Frameworks - High-performance distributed C++ server framework.

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