In this article, you know the Top 10 modern programming languages that are not up to the mark

Learning a new programming language is a big investment in time, energy, and brainpower. But learning a new modern Programming language can improve your Software development skills and give you a career boost. modern programming languages that can improve your productivity, boost your career, and make you a better developer. In this article, I'll attempt to give a list of the top 10 modern programming languages that are not up to the mark

C++: C++ is not considered a shiny modern programming language. But it's still in wide use today and had to be included in the list. C++ can create almost any kind of program: Games, device drivers, HPC, cloud, desktop, embedded, mobile apps, and much more. It's significantly slower than Java, though not as bad as Scala.

Java: Java runs on top of Java Virtual Machine, which is notorious for its slow startup times. Java was designed in the era of single-core computing and like C++ has only rudimentary concurrency support. Java was a decent language when it was first introduced.

Haskell: Haskell is a modern, standard, purely functional programming and non-strict language. Haskell supports algebraic data types along with type classes. Haskell provides workarounds to interact with the outside world. There's no type of system more powerful than Haskell.

C#: C# is a modern, object-oriented, and type-safe programming language. C# shares most of its cons with Java. C# focuses mostly on OOP. C# enables developers to build many types of secure and robust applications.

Python: Python is one of the most popular languages today and is easy for beginners to learn because of its readability. Python is an interpreted language and is notorious for being one of the slowest programming languages, in terms of runtime performance.  Python has no proper support for functional programming.

Scala: It is arguably one of the oldest modern programming languages. Scala combines object-oriented and functional programming paradigms. Scala probably is the only typed functional language with an unsound type system that also lacks proper type inference.

TypeScript: TypeScript is a compile-to-JS language. TypeScript is transcompiled to JavaScript during compilation. TypeScript understands JavaScript and uses type inference to give you great tooling without additional code. The drawback is that not all JavaScript libraries have usable TypeScript declarations.

Go: Go was designed to help with programming productivity in the era of multicore processors and large codebases. Go makes the developer handle possible errors explicitly. Go intentionally omitted many OOP features, as to not repeat the mistakes of C++.

Rust: Rust is a modern low-level language, initially designed as a replacement for C++. Compilation of Rust programs takes longer than a compilation of Go programs. Rust provides a modern alternative to nulls and a modern way of handling errors.

JavaScript: JavaScript was originally used only to develop web browsers, but they are now used for server-side website deployments and non-web browser applications as well. JavaScript is being used for everything you can think of: front-end/back-end web development, data science, and even ML. All in all, we can say, JavaScript is not a well-designed language.