perhaps C++ with Qt and the Java/Kotlin/Android bundle, and of course the commercial languages Swift and C#. Some people just prefer languages with full OOP support and true classes. While Nim does we can already run and test the program by copying it into one of the available Nim online playgrounds like https://play.nim-lang.org/ There are two more unofficial sites that can run Nim code online: support. Later languages like Haskell, Python, JavaScript and TypeScript, Kotlin, Dart, Julia, Zig, Swift, and Rust used the async/await pattern, and since 2020 it is also available for C++. Is async/await

perhaps C++ with Qt and the Java/Kotlin/Android bundle, and of course the commercial languages Swift and C#. Some people just prefer languages with full OOP support and true classes. While Nim does we can already run and test the program by copying it into one of the available Nim online playgrounds like https://play.nim-lang.org/ There are two more unofficial sites that can run Nim code online: support. Later languages like Haskell, Python, JavaScript and TypeScript, Kotlin, Dart, Julia, Zig, Swift, and Rust used the async/await pattern, and since 2020 it is also available for C++. Is async/await

per­ haps C++ with Qt and the Java/Kotlin/Android bundle, and of course the commercial languages Swift and C#. Some people just prefer languages with full OOP support and true classes. While Nim does However, we can already run and test the program by copying it into one of the available Nim online playgrounds like • https://play.nim-lang.org/ There are two more unofficial sites that can run Nim code online: support. Later languages like Haskell, Python, JavaScript and TypeScript, Kotlin, Dart, Julia, Zig, Swift, and Rust used the async/await pattern, and since 2020 it is also available for C++. Is async/await

perhaps C++ with Qt and the Java/Kotlin/Android bundle, and of course the commercial languages Swift and C#. Some people just prefer languages with full OOP support and true classes. While Nim does However, we can already run and test the program by copying it into one of the available Nim online playgrounds like • https://play.nim-lang.org/ There are two more unofficial sites that can run Nim code online: support. Later languages like Haskell, Python, JavaScript and TypeScript, Kotlin, Dart, Julia, Zig, Swift, and Rust used the async/await pattern, and since 2020 it is also available for C++. Is async/await

per­ haps C++ with Qt and the Java/Kotlin/Android bundle, and of course the commercial languages Swift and C#. Some people just prefer languages with full OOP support and true classes. While Nim does However, we can already run and test the program by copying it into one of the available Nim online playgrounds like • https://play.nim-lang.org/ There are two more unofficial sites that can run Nim code online: support. Later languages like Haskell, Python, JavaScript and TypeScript, Kotlin, Dart, Julia, Zig, Swift, and Rust used the async/await pattern, and since 2020 it is also available for C++. Is async/await

perhaps C++ with Qt and the Java/Kotlin/Android bundle, and of course the commercial languages Swift and C#. Some people just prefer languages with full OOP support and true classes. While Nim does However, we can already run and test the program by copying it into one of the available Nim online playgrounds like • https://play.nim-lang.org/ There are two more unofficial sites that can run Nim code online: support. Later languages like Haskell, Python, JavaScript and TypeScript, Kotlin, Dart, Julia, Zig, Swift, and Rust used the async/await pattern, and since 2020 it is also available for C++. Is async/await

perhaps C++ with Qt and the Java/Kotlin/Android bundle, and of course the commercial languages Swift and C#. Some people just prefer languages with full OOP support and true classes. While Nim does However, we can already run and test the program by copying it into one of the available Nim online playgrounds like • https://play.nim-lang.org/ There are two more unofficial sites that can run Nim code online: support. Later languages like Haskell, Python, JavaScript and TypeScript, Kotlin, Dart, Julia, Zig, Swift, and Rust used the async/await pattern, and since 2020 it is also available for C++. Is async/await

perhaps C++ with Qt and the Java/Kotlin/Android bundle, and of course the commercial languages Swift and C#. Some people just prefer languages with full OOP support and true classes. While Nim does However, we can already run and test the program by copying it into one of the available Nim online playgrounds like • https://play.nim-lang.org/ There are two more unofficial sites that can run Nim code online: support. Later languages like Haskell, Python, JavaScript and TypeScript, Kotlin, Dart, Julia, Zig, Swift, and Rust used the async/await pattern, and since 2020 it is also available for C++. Is async/await

perhaps C++ with Qt and the Java/Kotlin/Android bundle, and of course the commercial languages Swift and C#. Some people just prefer languages with full OOP support and true classes. While Nim does However, we can already run and test the program by copying it into one of the available Nim online playgrounds like • https://play.nim-lang.org/ There are two more unofficial sites that can run Nim code online: support. Later languages like Haskell, Python, JavaScript and TypeScript, Kotlin, Dart, Julia, Zig, Swift, and Rust used the async/await pattern, and since 2020 it is also available for C++. Is async/await

per­ haps C++ with Qt and the Java/Kotlin/Android bundle, and of course the commercial languages Swift and C#. Some people just prefer languages with full OOP support and true classes. While Nim does However, we can already run and test the program by copying it into one of the available Nim online playgrounds like • https://play.nim-lang.org/ There are two more unofficial sites that can run Nim code online: support. Later languages like Haskell, Python, JavaScript and TypeScript, Kotlin, Dart, Julia, Zig, Swift, and Rust used the async/await pattern, and since 2020 it is also available for C++. Is async/await