#import "modules/std.sx";

Point :: struct {
    x: s32;
    y: s32;
}

// Print all arguments — accepts any type, dispatches via type-switch
print_any :: (args: ..Any) {
    for args {
        type := type_of(it);
        if type == {
            case int: write(int_to_string(cast(s32) it));
            case string: write(cast(string) it);
            case bool: write(bool_to_string(cast(bool) it));
            case float: write(float_to_string(cast(f64) it));
            case Point: {
                p := cast(Point) it;
                write("(");
                write(int_to_string(p.x));
                write(",");
                write(int_to_string(p.y));
                write(")");
            }
        }
        write(" ");
    }
    write("\n");
}

count :: (args: ..Any) -> s32 {
    args.len;
}

main :: () -> s32 {
    print_any(42, "hello", true, 3.14);

    // Test with struct
    p := Point.{ x=10, y=20 };
    print_any("point:", p, 99);

    // Test count
    write(int_to_string(count(1, 2, 3)));
    write("\n");

    0;
}