Posts

Python is one of the most popular programming languages today, widely used for everything from web development to data science. In an era of multi-core processors and big data, a crucial skill that elevates your Python programming to the next level is mastering parallelism—the art of running multiple computations simultaneously to speed up processing and utilize modern hardware efficiently. This comprehensive tutorial will guide you from the basics of parallel computing in Python to advanced techniques, complete with practical examples, performance considerations, and valuable resources to explore further. ...

Event-Driven Architecture (EDA) is transforming how modern software systems are designed, enabling them to be scalable, resilient, and responsive. For developers and architects eager to master EDA, this comprehensive tutorial takes you from the basics all the way to advanced concepts with practical examples, resources, and links to deepen your understanding. Table of Contents Introduction to Event-Driven Architecture Core Components and Principles Benefits and Use Cases Implementing EDA: Beginner to Advanced Best Practices and Advanced Patterns EDA on AWS: Practical Example Recommended Learning Resources Conclusion Introduction to Event-Driven Architecture Event-Driven Architecture is a software design paradigm where system components communicate by producing and reacting to events, which represent state changes or actions such as user interactions, sensor outputs, or inter-service messages. Unlike traditional request-response models, EDA emphasizes asynchronous, loosely coupled communication that enables systems to react to events in real time, leading to highly scalable and fault-tolerant applications[3][5]. ...

Introduction HAProxy is the de facto open-source load balancer and reverse proxy for high-traffic websites, APIs, and microservices. It’s fast, battle-tested, extremely configurable, and equally at home terminating TLS, routing based on headers or paths, defending against abuse, or load balancing TCP streams. This zero-to-hero guide takes you from first principles to production-ready configurations. We’ll cover installation, core concepts, practical configuration patterns, TLS, health checks, observability, advanced features like ACLs and stick tables, and safe reloads—with copy-and-pasteable examples. ...

Introduction Microservices promise speed, scalability, and team autonomy by decomposing a system into small, independently deployable services. But they also introduce complexity in distributed systems, data consistency, and operational overhead. This in-depth, zero-to-hero guide walks you through microservices architecture from fundamentals to production-ready practices. You’ll learn when to choose microservices, how to design services and APIs, what tooling to adopt, and how to deploy, secure, and observe them at scale. Code snippets and reference patterns are included to bridge theory and practice. We end with curated resources for further study. ...

Introduction WebAssembly (Wasm) is a portable binary instruction format designed to run high-performance code on the web and beyond. It lets you compile code from languages like C/C++, Rust, Go, and others into a compact, fast, and secure module that executes at near-native speed in browsers, servers, edge environments, and embedded systems. In this in-depth guide, you’ll learn: What WebAssembly is and how it works How to write and run your first Wasm module (step-by-step) Toolchains for C/C++, Rust, Go, and AssemblyScript How to integrate Wasm with JavaScript in the browser and with WASI on servers Performance strategies, memory and interop, threads and SIMD Debugging, testing, packaging, and deployment Advanced topics: Component Model, WASI, reference types, GC, and more Common pitfalls and best practices A curated list of resources to go further Whether you’re a web developer, systems programmer, or platform engineer, this guide will take you from zero to hero with Wasm. ...