With respect to software development, there are two ways to think about scalability.
- Performance scalability
- Productivity scalability
TypeScript is meant to address 2. Productivity scalability.
It's been agreed upon that:
- It's better enable the compiler to catch silly bugs, typos, and other errors at compile time, rather than in production at runtime.
- Tests are the best documentation possible for your code. Types are no substitute for writing tests, but they can do a good job at reducing the surface area of bugs.
- Tests also enable faster and safer refactoring. Similarly, if no tests exist, types can (at the very least) catch syntatic inaccuracies.
We've talked about it previously, but TypeScript addresses #3 of the Hard Software Problems: The Compled Domain Problem.
See also: "When to Use TypeScript", a Detailed Guide through Common Scenarios.
Liked this? Sing it loud and proud 👨🎤.
Stay in touch!
View more in TypeScript
You may also enjoy...
A few more related articles
Software Design and Architecture is pretty much its own field of study within the realm of computing, like DevOps or UX Design. Here's a map describing the breadth of software design and architecture, from clean code to microkernels.
Learn how to use DDD and object-oriented programming concepts to model complex Node.js backends.
Want to be notified when new content comes out?
Join 15000+ other developers learning about Domain-Driven Design and Enterprise Node.js.
I won't spam ya. 🖖 Unsubscribe anytime.