In contrast, TypeScript employs static typing. The TypeScript type system includes enums, interfaces, hybrid types, union/intersection types, generics, access modifiers, and more. You can’t use variables that aren’t specified, either.
TypeScript’s advanced static type system helps prevent this, but it takes longer to build a codebase with good strict typing. However, one of the purposes of TypeScript’s creation was to aid with early error detection and development efficiency.
Client and Server Sides
You may learn more by cloning the “DefinitelyTyped” repository on GitHub, which contains all of the most popular libraries. In addition, you’ll appreciate how helpful declaration files are when you need to utilize external script files in ts.
Completing your editor is another aspect of declaration files that might be useful. It will reduce the amount of time you spend developing and make coding easier.
The Scope of the Projects
TypeScript is a programming language that enables programmers to build more consistent, clear, simple, and reusable code. Furthermore, typeScript code is significantly simpler to maintain and distribute thanks to static typing and declaration files. In addition, TypeScript is helpful for bug prevention since it saves time combing through code for a foolish error. For big projects, it is thus preferable to utilize TypeScript.
Should TypeScript be used in every project? No.
- Type System: Static Typing
- Compiler: Compilation is required
- Declaration Files: TypeScript code and the TypeScript compiler both need declaration files
- The Scope of the Projects: For big projects, TypeScript is preferable
- IDE’s: It works with a variety of IDEs
- Type System: Dynamic Typing
- Compiler: Compilation is not required
- IDE’s: Supports a substantially smaller number of IDEs
So, which option should you take?
For Mid Developer
For Senior Programmer