If you're looking for alternative languages to C++ with simpler build processes, here are some options:

Alternatives to C++ with Simpler Build Processes

1. Rust:

   • Memory Safety: Rust provides strong memory safety features without sacrificing performance, making it a popular alternative for systems programming.

   • Build Process: Rust's build system, Cargo, is straightforward and easy to use, simplifying dependency management and compilation.

   • Use Cases: Systems programming, web assembly, and backend development.

2. Go (Golang):

   • Simplicity and Concurrency: Go is known for its clean syntax and built-in concurrency support, making it ideal for scalable systems and cloud-native applications.

   • Build Process: Go's build process is simple and efficient, with a minimalistic approach to dependencies and compilation.

   • Use Cases: Cloud computing, network programming, and scalable web services.

3. Dart:

   • Development Speed: Dart offers a fast development cycle, particularly when used with the Flutter framework for cross-platform mobile and web applications.

   • Build Process: Dart's build process is streamlined, especially for Flutter projects, with tools like flutter build simplifying deployment.

   • Use Cases: Cross-platform app development, web applications.

4. Kotlin/Native:

   • Interoperability: Kotlin can be used for native development with Kotlin/Native, offering a simpler build process compared to traditional C++ workflows.

   • Build Process: Kotlin/Native uses a more straightforward build system compared to C++, leveraging the Kotlin ecosystem.

   • Use Cases: Cross-platform native applications.

5. Zig:

   • General-Purpose Programming: Zig is designed to replace C with a more modern and safer approach, offering a flexible build system.

   • Build Process: Zig's build system is self-contained and fast, providing options for compiling directly from source or generating a single source file.

   • Use Cases: Systems programming, game development.

These languages offer varying degrees of complexity reduction in their build processes compared to C++, while still providing robust performance and functionality.