Httpx: The Future Star of Asynchronous HTTP Requests

Httpx: The Future Star of Asynchronous HTTP Requests

Hello everyone, I am Cat Brother! Today I want to introduce you to a particularly powerful HTTP client library – httpx. It is not only fully compatible with the requests API but also supports asynchronous requests, making it an upgraded version of requests! As a Python developer, mastering this library will definitely enhance your ability … Read more

An Elegant and Lightweight HTTP Client Supporting WebSocket and Stomp

An Elegant and Lightweight HTTP Client Supporting WebSocket and Stomp

A lightweight yet powerful HTTP client The description “A lightweight yet powerful HTTP client” can apply to various libraries in different programming languages. Here are some popular HTTP clients that fit this description: Python – `requests`: This is a very popular Python HTTP library that is user-friendly and powerful. – `httpx`: Similar to `requests`, but … Read more

Rust P2P Network Application Practice – Core Concepts and Ping Program

Rust P2P Network Application Practice - Core Concepts and Ping Program

This series of articles first studies the core concepts of P2P networks and then analyzes application examples in the libp2p-rust library in detail, laying a solid foundation for future development of P2P network applications. P2P Network P2P (Peer-to-Peer) is a network technology that allows different computers in a network to share various computing resources, such … Read more

How To Fix And Prevent Buffered Streams Deadlock

How To Fix And Prevent Buffered Streams Deadlock

How To Fix And Prevent Buffered Streams Deadlock Rust has eliminated various stupid bugs and traps that are common in other languages, making it easier to develop and maintain our projects. Unfortunately, when it comes to common problems in asynchronous programming, Rust is not inherently as strong. In fact, asynchronous programming in Rust is much … Read more

Asynchronous Rust Practice: Performance, Pitfalls, Analysis

Asynchronous Rust Practice: Performance, Pitfalls, Analysis

Rust Code Updates in the Linux Kernel Introduce More Features Miguel Ojeda has released the latest patch series that implements the foundational infrastructure for the Rust programming language in the Linux kernel, along with initial sample code. The v8 version with Rust support has been released today, adding support for using the Rust programming language … Read more

mqtt_cpp: A Powerful C++ Library

mqtt_cpp: A Powerful C++ Library

mqtt_cpp is a powerful C++ library for implementing client functionality of the MQTT (Message Queuing Telemetry Transport) protocol. It supports MQTT 3.1 and MQTT 5.0 protocols, designed with a focus on efficiency, scalability, and ease of use, making it suitable for developing Internet of Things (IoT) applications, embedded systems, or other systems requiring message-pushing capabilities. … Read more

Advanced Rust Asynchronous Programming: Optimizing Concurrency and Memory Management

Advanced Rust Asynchronous Programming: Optimizing Concurrency and Memory Management

Introduction The Rust language, as a system programming language that emphasizes memory safety and concurrency, has an asynchronous programming model that is a crucial part of its powerful capabilities. In recent years, Rust’s asynchronous programming has gradually become the preferred solution for developers to build efficient and highly concurrent systems. With a deeper understanding of … Read more

In-Depth Analysis of C++ std::async Asynchronous Programming

In-Depth Analysis of C++ std::async Asynchronous Programming

Introduction Asynchronous programming is an indispensable part of modern C++ programming, significantly enhancing program performance.<span>std::async</span>, as an important function template for implementing asynchronous operations in the C++ standard library, provides developers with a simple yet powerful way to run asynchronous tasks. This article will delve into the functionality, usage, and differences in implementations across different … Read more

Best Programming Model for Low Power Design: Asynchronous Programming

Best Programming Model for Low Power Design: Asynchronous Programming

Asynchronous programming can create efficient programs that are fast and resource-saving. It allows high concurrency in a single-threaded environment and can implement TCP/IP protocol stacks without an operating system. Fast and resource-efficient, it can keep power consumption at the lowest level, making asynchronous programming the best programming model for low power design. Three Realms There … Read more