QP/C: The Leading Lightweight Embedded Real-Time Framework

QP/C: The Leading Lightweight Embedded Real-Time Framework

QP/C (Quantum Platform in C) is a lightweight, open-source real-time embedded framework (RTEF) designed for building modern embedded software systems composed of asynchronous, event-driven Active Objects (actors). As a member of the QP series of frameworks, QP/C, along with QP/C++, is meticulously quality-controlled, well-documented, and commercially licensed. Advantages and Features of QP/C Safe Concurrency Model … Read more

High-Performance Network Programming in Linux: Implementing 22 High-Concurrency Models with C++11

High-Performance Network Programming in Linux: Implementing 22 High-Concurrency Models with C++11

Reflecting on a long-overdue blog post about “High-Performance Network Programming in Linux,” I spent the weekend coding to organize this article that implements 22 high-concurrency models using C++11. GitHub code repository: https://github.com/linkxzhou/mylib/tree/master/c%2B%2B/concurrency_server concurrency_server/ ├── base/ # Base component directory │ └── server_base.h # Base class for the server, providing common socket operations ├── benchmark/ # … Read more