A prolific open-source contributor who constantly starts new projects. Passionate about sharing software development insights to help developers improve their KPIs. Currently active in IDEs, graphics engines, and compiler technologies.
This article reflects on the delayed 2023 release, outlines four evolving micro‑frontend patterns, examines modern toolchains like Rust, Go and Zig, discusses low‑code platform challenges, low‑latency WebAssembly front‑ends, browser AI, internal dev experience, server‑driven UI, Islands architecture, and edge JavaScript.
This article explores the design and implementation of Fklang, a DDD‑guided architecture DSL, detailing its layered syntax, integration with IDEs, infrastructure abstractions, AI‑assisted code generation, mock server creation, and how it aims to industrialize software development through standardized modeling and tooling.
The article examines the open‑source Perspective library—originating from J.P. Morgan’s FinOS—and its multi‑language architecture that combines C++/WASM, Rust, JavaScript, and Python to deliver high‑performance, framework‑free data visualizations for real‑time financial analytics, highlighting its use of Apache Arrow, Web Components, and Jupyter integration.
This article provides a comprehensive overview of low‑latency architecture, covering network hardware, system‑level programming strategies, language choices, memory management techniques, event‑driven designs, high‑performance data structures, and visualization approaches for building ultra‑fast computing systems.
This article examines the Bank Python architecture—four core building blocks and a three‑layer platform (interaction, domain, data)—and explains how a self‑service Python environment can deliver fast, real‑time, low‑latency analytics for financial professionals while addressing risk, compliance, and hybrid‑cloud challenges.
This article analyzes Feakin's approach to online collaborative diagram editing, covering communication protocols, data formats, the trade‑offs between centralized OT and decentralized CRDT algorithms, and the Rust‑based server and client implementation using Actix, WebSocket, and WebAssembly.
This article walks through the design and implementation of a flexible graph‑drawing tool, analyzing existing solutions, defining core components such as a graph model, DSL parser, layout engine, and rendering pipeline, and detailing a step‑by‑step proof‑of‑concept built with React, Konva, and TypeScript.
This article outlines a five‑point framework for guiding fresh graduates toward technical expertise, covering motivation, clean coding habits, effective problem‑location techniques, learning existing patterns, and frequent self‑summaries, while also addressing the curse of knowledge when teaching novices.
This article revisits fundamental graph concepts, clarifies the distinction between graphs and charts, defines nodes, edges, geometry, and properties, and outlines data processing, layout strategies, and rendering approaches using Canvas and SVG, offering a concise roadmap for building a graph engine.
This article chronicles the evolution of ArchGuard’s “Trend & Insight” feature—from a simple UI‑driven CRUD editor to a regex‑based SQL generator and finally a custom DSL powered by Monaco Editor—highlighting the trade‑offs between developer flexibility, user experience, and technical cost.
