Zipped Type System Boundaries: Expert Insights on Gradual Typing in Practice
Why Gradual Typing Boundaries Fail in ProductionGradual typing promises a smooth on-ramp from dynamic to static typing, letting teams add type annotat...
8 articles in this category
Why Gradual Typing Boundaries Fail in ProductionGradual typing promises a smooth on-ramp from dynamic to static typing, letting teams add type annotat...
Every team that has migrated from JavaScript to TypeScript or from Python to Rust knows the feeling: the compiler catches a class of bugs that used to...
Introduction: The Shifting Landscape of Type SystemsFor experienced developers, the static versus dynamic typing debate has become increasingly nuance...
Introduction: Why Standard Type Systems Fall Short in Real-World ApplicationsIn my practice across multiple industries, I've consistently encountered ...
Introduction: Why Type Systems Matter Beyond CompilationIn my practice across multiple industries, I've observed that most developers misunderstand ty...
Type system metaprogramming is the art of writing code that executes at compile time to generate or constrain types. It allows developers to encode bu...
When a codebase grows beyond a few thousand lines, the freedom of dynamic typing starts to feel like a liability. Runtime type errors that slip into p...
The static versus dynamic typing debate is one of the most polarizing in software engineering, yet it's often framed in extremes: static typing catche...