#toolbox #advent-of-code #helper #aoc

aoc-toolbox

An helping framework to Advent of Code

8 releases (4 breaking)

0.5.1 Dec 16, 2024
0.4.3 Dec 3, 2024
0.4.1 Aug 1, 2022
0.4.0 Jul 31, 2022
0.1.0 Jul 21, 2022

#894 in Algorithms

Download history 17/week @ 2024-09-23 246/week @ 2024-12-02 10/week @ 2024-12-09 145/week @ 2024-12-16

401 downloads per month

MIT/Apache

12KB
192 lines

aoc-toolbox

📖 About

aoc-toolbox is a Rust library designed to simplify your Advent of Code experience. With this toolbox, you can:

  • Mark your solvers with minimal boilerplate.
  • Automatically generate a main function with argument parsing.

📦 Installation

Add the following dependency:

cargo add aoc-toolbox

🚀 Usage

1. Mark Your Solvers

Use the #[aoc_solver] macro to annotate your solver functions. For example:

use aoc_toolbox::aoc_solver;

#[aoc_solver("day01", "part1")]
fn solve_part1(input: String) -> String {
  // Your solution logic here
}

#[aoc_solver("day01", "part2", "result")]
fn solve_part1(input: String) -> String {
  // Your solution logic here
}

If you provide a third argument to the aoc_solver macro, it will be tested against the output of the solver. This is useful for validating your solutions. In that case, the output will be green or red depending on whether the result matches the expected value.

2. Generate the Main Function

Use the aoc_main! macro in your main.rs file to tie everything together:

use aoc_toolbox::aoc_main;

mod day01;

aoc_main! { 2024 }

3. Provide Input Files

You must provide a .txt file as input for each day, located at: input/day01.txt. The solver will automatically load the appropriate file based on the selected day.

How It Works

The aoc_main! macro will generate a main function that:

  • Parses the command-line arguments.
  • Runs the specified solver for the selected day and part.

Example Command

cargo run -- --help
cargo run -- --list
cargo run -- day01 # run all solvers for day 1
cargo run -- day01::part1 # run a specific solver

⚠️ Limitations

  • Macro State: Rust macros do not currently share state between calls (see this issue). A workaround is implemented, but it may lead to unexpected behavior.
  • Solver Signature: Each solver function must take a String as input and also return a String.

💡 Motivation

This tool was initially created for personal use during Advent of Code, but it's now available for anyone who finds it helpful. Enjoy hacking away at those puzzles! 🎄✨

Dependencies

~3–9.5MB
~103K SLoC