- Developers working on solo projects or projects that require long-term stability should consider using TypeScript.
|Easy to predict how code will run
|Code may experience unpredictable results
|Steeper learning curve
|Easier to learn
|Fewer bugs in the production phase
|Fewer error messages
|Compiled or interpreted
The prototype-based language allows you to create objects without defining a class first. It is multi-paradigm and single-threaded. In addition to its overwhelming ubiquity in web development, many non-browser programs use it, such as Apache CouchDB, Adobe Acrobat, and Node.js.
What Is TypeScript?
If a variable changes types while a program is running, the program may try to call the variable and receive an invalid response, which can cause severe and sometimes fatal errors. So, while static typing can cause a program to throw errors early in production to account for the variables correctly, it improves long-term stability.
A traditional compiler also translates the program from one language to another. However, it translates the code from a higher-level language to a lower-level one. Trans-compilation uses a source-to-source compiler, translating a program from one language to another of roughly the same level of abstraction.
A high-level language, like Java or C++, has a significant level of abstraction from the computer’s instruction set. Computers don’t understand words and language. Low-level languages, like assembly or machine code, resemble the computer’s actual instruction set, and the computer can use those to execute functions within the processors.
When to Use TypeScript
The image featured at the top of this post is ©Bigc Studio/Shutterstock.com.