vibecode

Tired of fast, reproducible and secure builds? Try compile-time vibe coding.

use vibecode::vibecode;

#[vibecode]
fn sum(xs: Vec<i32>) -> i32 {}

let result = sum(vec![27, 14, 42, -4, 32]);

assert_eq!(result, 111); // That's numberwang!

Tell me more!

Add vibecode to your project:

cargo add vibecode

At present, vibecode only supports OpenAI; you'll need to set the OPENAI_API_KEY environment variable to compile your code.

vibecode

The vibecode attribute macro generates the body of the annotated function at compile time using an LLM.

You can provide more context via an explicit prompt. The complexity you configure determines the model vibecode uses to generate the code:

use vibecode::vibecode;

#[vibecode(prompt = "Return sorted in descending order", complexity = "medium")]
fn prime_numbers_below_limit(limit: u64) -> Vec<u64> {}

let result = prime_numbers_below_limit(20);

assert_eq!(result, vec![19, 17, 13, 11, 7, 5, 3, 2]);

viberun!

You can also generate and evaluate code inline with viberun!:

use vibecode::viberun;

let my_number = 5;

let result = viberun!("Calculate the factorial of a number", my_number);

assert_eq!(result, 120);