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glibco

Introduction

The glibco module provides a comprehensive framework for efficient memory management, coroutine handling, task scheduling, and system call hooking in C++. It is designed to enhance performance in applications that require dynamic stack management and lightweight concurrency, particularly in network-related scenarios.

Feature

The glibco module supports the following main features:

• Memory Management: Efficient allocation and deallocation of memory using custom memory pools.
• Coroutine Handling: Lightweight coroutine management for concurrent execution, suitable for network applications.
• Task Scheduling: Scheduling tasks using a time wheel mechanism for efficient execution timing.
• System Call Hooking: Intercepting and modifying system calls, particularly for socket operations, to facilitate debugging and monitoring.

Implementation

The implementation of the glibco module is organized into several key code files and submodules:

• Code Files:
  • bitmap_stackpool.hpp, linker_stackpool.hpp: Memory management utilities.
  • gcoroutine.hpp: Coroutine handling using Boost.Context.
  • multithread_scheduler.hpp: Integrates coroutine management.
  • scheduler.hpp: Manages scheduling tasks with dependencies on TimeWheel and MemoryManager.
  • hook.h: Provides dynamic linking and memory protection utilities.

Acknowledgement

This module utilizes the following third-party libraries:

• Boost.Context: A library that provides facilities for managing coroutines, enabling cooperative multitasking in C++ applications.