Julianne language. Interpreted, optionally typed, simplicity focused, and powerful.

The coming syntax:

const PI = 3.14;

class Vector2 {
    x :: float;
    y :: float;
    fn new(a,b) {
        self.x = a
        self.y = b
    }

    fn op+(b) {
        return self:new(self.x+b.x,self.y+b.y)
    }
}

let my_position = Vector2:new(6,7);
let their_position = Vector2:new(4,1);
let new_position = my_position + their_position;
print(f"x: {new_position.x}, y: {new_position.y}") # prints x: 10, y: 8

NOT COMPLETED!!!! does NOT PRODUCE WORKING BYTECODE NOR IS IT A VIRTUAL MACHINE PLATFORM!

Building

To build the project, ensure you have:

• Nim version 1.6.0 +
• GCC

1. Clone the repository with:

git clone https://github.com/lammmab/julianne --recurse-submodules

2. CD into the directory with:

cd julianne

3. Build or run the interpreter with:

nimble build

This will build the interpreter to the specified directory in julianne.nimble for usage.

nimble run -- FILENAME.jj

This will build the interpreter and run it on a specified file.