Introduction and Advanced Background Building on the introductory guide, we have mastered the theory and basic API of RS codes. Now, we enter the advanced realm: the core of <span>reed-solomon-simd</span> lies in its modular design, allowing for custom optimizations through the Engine and Rate traits, perfectly suited for the erasure coding needs of distributed storage … Read more
Background and Introduction In the wave of digitalization, data reliability remains an eternal challenge. Reed-Solomon (RS) codes, as a classic forward error correction (FEC) technology, have become a cornerstone of storage and transmission systems since their introduction by Irving Reed and Gustave Solomon in 1960. They can recover lost data from redundancy and are widely … Read more
Why Learn Rust in 2025? According to developer survey data, Rust has entered the top 12 most widely used programming languages in the IT industry. The data shows that 10%-13% of software developers use Rust in their daily work. Notably, among those who are just starting to learn programming, this percentage even reaches 11%-18%. The … Read more
Popular Algorithm 100: 160. Intersection of Two Linked Lists Overview Given the head nodes of two singly linked lists, headA and headB, find and return the starting node where the two linked lists intersect. If there is no intersection, return null. The two linked lists intersect at node c1: The problem guarantees that there are … Read more
Smart pointers are a very core and powerful concept in Rust, involving memory safety management, and are deeply related to Rust’s ownership system, concurrency, recursive data structures, and more. In summary: In Rust, smart pointers are “pointers with additional functionalities” used to manage data on the heap, automatically implementing features such as deallocation, sharing, and … Read more
⏱️ Reading time: Approximately 10 minutes ✨ Follow us for more quantitative knowledge insights Project Introduction Rust Trade is a comprehensive cryptocurrency trading system that combines high-performance market data processing capabilities with sophisticated backtesting tools, providing a one-stop solution for cryptocurrency quantitative trading. The system has the following core features: Real-time data collection: Obtains real-time … Read more
Flip-card is a project that combines hardware design (using Raspberry Pi RP2350 as the main controller, 21*22 LED matrix) and software implementation, aimed at displaying fluid simulation (FLIP) effects through a business card-sized device. This project utilizes existing fluid simulation algorithms (FLIP) and hardware design, achieving high-performance firmware implemented in the Rust programming language, with … Read more
The HTTP protocol is the cornerstone of the modern web, yet many developers use it daily without a deep understanding of its underlying details. This article will guide you through implementing a simple HTTP server from scratch using the Rust programming language, allowing you to “tear apart” the mysteries of the HTTP protocol. The Core … Read more
Introduction Python, as a flexible and easy-to-use programming language, is loved by developers. However, when dealing with compute-intensive tasks, Python’s performance bottlenecks can often be frustrating. At this point, the Rust language, with its excellent performance and memory safety features, becomes an ideal choice for extending Python. With tools like PyO3 and maturin, we can … Read more
In this data-driven era, message queues have become the “nervous system” of modern application architecture. From microservices communication to real-time data stream processing, from IoT devices to AI systems, message queues are ubiquitous. However, with the exponential growth of business complexity, traditional message queues are facing unprecedented challenges. It is time to rethink this field … Read more