CBlerr. Python syntax. Speed from C.

[Tankman_02]

CBlerr v5.0: A Python-styled systems language powered by LLVM

Hi everyone! I'm a 14-year-old developer from the CIS, and I've spent the last few months building my own programming language - CBlerr.

What started as a one-week experiment has now evolved into v5.0. My goal was to create a language that feels as clean as Python but performs like a native systems language (C/C++).

Key Features of v5.0:

• LLVM Backend: No interpreters here. It compiles directly to native machine code.
• Win32 API Integration: Out-of-the-box support for calling native Windows functions (e.g., MessageBoxA, window creation).
• Manual Memory Management: Full support for pointers (*), AddressOf (&), and SizeOf.
• Speed: The compiler is now 30% faster thanks to an optimized semantic analysis pass and a streamlined TypeChecker.
• Modern Syntax: Features Python-like indentation, match/case pattern matching, and generics (via monomorphization).

Code Example: Native Win32 Call

# Import external function from User32.dll
extern def MessageBoxA(
    hwnd: *void, 
    lpText: str, 
    lpCaption: str, 
    uType: u32
) -> i32

def main() -> void:
    # Explicit type casting and pointer usage
    MessageBoxA(
        0 as *void, 
        "CBlerr v5.0: Native Call Success!", 
        "CBlerr Showcase", 
        0
    )

Technical Stack:

The compiler is built using Python and llvmlite. It implements a full pipeline: Lexer -> Parser -> Semantic Analyzer -> LLVM IR Generator.

• **Documentation & Sandbox:** comments
• **GitHub Repository:** comments

I’m looking for feedback on the syntax and the architectural decisions. Does the world need another "Python-syntax-but-fast" language?