Technology Security Analyst
More precisely, TypeScript is a programming language that supports static and dynamic typing, and further provides inheritance features, classes, visibility scopes, namespaces, interfaces, unions, and other modern features. Additionally, it also enables comments, variables, functions, statements, modules, and expressions.
On the other hand, TypeScript has a compile-time error feature that, as the name indicates, compiles the code and checks for compilation errors that may be found in the syntax. This feature can save developers valuable time before running the script. Further, it also avoids some errors from going to production, so it helps the business as well, not only the developers.
Further, utilizing TS static composing in present day advancement conditions (e.g., VS Code) can offer extra data and right ideas about the designer's code, adding to better documentation (which different engineers likewise appreciate). Code route and refactoring are likewise accessible highlights that can help the engineer monitor where explicit capacities and affirmations are, etc. Furthermore, as referenced, by and large, TS commits it simpler to get errors and bugs.
The answer to this question is not that straightforward. On the one hand, TypeScript has classes and other features that allow the developer to follow OOP principles and techniques.
On the other hand, it is not an opinionated language, meaning that it does not "force" the developer to follow object-oriented principles, like certain languages do (e.g., Java and C#). Therefore, TS is usually not considered a pure object-oriented programming language.
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