commit 65fd30cbbfce7ddf5bb53cdd3b3646c6fa309d90 · aylac.top/advent_of_code

+24 -19

2015/18/rust/src/main.rs

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       use std::mem::swap;

     

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       #[inline]

     

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       fn get_at(world: &Vec<u8>, size: usize, x: usize, y: usize) -> u8 {

     

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           // benefits from the integer overflow to simplify code

     

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           if x >= size || y >= size {

     

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               return 0;

     

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           };

     

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           // this is in known bounds

     

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           unsafe { *world.get_unchecked(y * size + x) }

     

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       }

     

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       use std::{iter::once, mem::swap};

     

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       fn generations(times: u32, mut world: Vec<u8>, size: usize, stuck: bool) -> Vec<u8> {

     

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           #[inline]

     

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           fn get_at(world: &Vec<u8>, size: usize, x: usize, y: usize) -> u8 {

     

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               // benefits from the integer overflow to simplify code

     

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               if x >= size || y >= size {

     

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                   return 0;

     

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               };

     

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               // this is in known bounds

     

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               unsafe { *world.get_unchecked(y * size + x) }

     

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           }

     

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           let mut new_world = vec![0_u8; size * size];

     

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           let sizem = size - 1;

     

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           if stuck {

     
···

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           }

     

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           for _ in 0..times {

     

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               for yo in 0..size {

     

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                   let ym = yo.wrapping_sub(1);

     

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               for yo in 1..=size {

     

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                   let ym = yo - 1;

     

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                   let yp = yo + 1;

     

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                   for xo in 0..size {

     

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                       let xm = xo.wrapping_sub(1);

     

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                   for xo in 1..=size {

     

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                       let xm = xo - 1;

     

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                       let xp = xo + 1;

     

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                       let was = get_at(&world, size, xo, yo) == 1;

     
···

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       fn main() {

     

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           let input = include_str!("../../input.txt").trim();

     

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           let size = input.split_once("\n").expect("invalid input").0.len();

     

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           let input: Vec<u8> = input

     

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               .replace("\n", "")

     

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               .chars()

     

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               .map(|v| (v == '#') as u8)

     

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           let input: Vec<u8> = once(".".repeat(size))

     

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               .chain(input.split("\n"))

     

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               .chain(".".repeat(size))

     

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               .map(|line| {

     

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                   once(0)

     

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                       .chain(line.chars().map(|v| (v == '#') as u8))

     

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                       .chain(once(0))

     

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               })

     

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               .flatten()

     

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               .collect();

     

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           let part_1 = generations(100, input.clone(), size, false)

+20

2025/3/gleam/gleam.toml

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       name = "main"

     

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       version = "1.0.0"

     

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       # Fill out these fields if you intend to generate HTML documentation or publish

     

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       # your project to the Hex package manager.

     

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       #

     

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       # description = ""

     

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       # licences = ["Apache-2.0"]

     

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       # repository = { type = "github", user = "", repo = "" }

     

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       # links = [{ title = "Website", href = "" }]

     

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       #

     

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       # For a full reference of all the available options, you can have a look at

     

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       # https://gleam.run/writing-gleam/gleam-toml/.

     

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       [dependencies]

     

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       gleam_stdlib = ">= 0.44.0 and < 2.0.0"

     

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       simplifile = ">= 2.3.0 and < 3.0.0"

     

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       [dev-dependencies]

     

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       gleeunit = ">= 1.0.0 and < 2.0.0"

+14

2025/3/gleam/manifest.toml

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       # This file was generated by Gleam

     

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       # You typically do not need to edit this file

     

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       packages = [

     

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         { name = "filepath", version = "1.1.2", build_tools = ["gleam"], requirements = ["gleam_stdlib"], otp_app = "filepath", source = "hex", outer_checksum = "B06A9AF0BF10E51401D64B98E4B627F1D2E48C154967DA7AF4D0914780A6D40A" },

     

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         { name = "gleam_stdlib", version = "0.65.0", build_tools = ["gleam"], requirements = [], otp_app = "gleam_stdlib", source = "hex", outer_checksum = "7C69C71D8C493AE11A5184828A77110EB05A7786EBF8B25B36A72F879C3EE107" },

     

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         { name = "gleeunit", version = "1.7.0", build_tools = ["gleam"], requirements = ["gleam_stdlib"], otp_app = "gleeunit", source = "hex", outer_checksum = "CD701726CBCE5588B375D157B4391CFD0F2F134CD12D9B6998A395484DE05C58" },

     

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         { name = "simplifile", version = "2.3.0", build_tools = ["gleam"], requirements = ["filepath", "gleam_stdlib"], otp_app = "simplifile", source = "hex", outer_checksum = "0A868DAC6063D9E983477981839810DC2E553285AB4588B87E3E9C96A7FB4CB4" },

     

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       ]

     

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       [requirements]

     

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       gleam_stdlib = { version = ">= 0.44.0 and < 2.0.0" }

     

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       gleeunit = { version = ">= 1.0.0 and < 2.0.0" }

     

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       simplifile = { version = ">= 2.3.0 and < 3.0.0" }

+59

2025/3/gleam/src/main.gleam

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       import gleam/float

     

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       import gleam/int

     

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       import gleam/io

     

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       import gleam/list

     

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       import gleam/result

     

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       import gleam/string

     

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       import simplifile as file

     

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       pub fn main() {

     

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         let assert Ok(input) = file.read(from: "../input.txt")

     

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           as "Input file not found"

     

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         let input =

     

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           input

     

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           |> string.trim

     

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           |> string.split("\n")

     

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           |> list.map(fn(bank) {

     

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             string.to_graphemes(bank)

     

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             |> list.map(fn(s) { int.parse(s) |> result.unwrap(0) })

     

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           })

     

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         input

     

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         |> list.fold(0, fn(acc, bank) {

     

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           let #(n, _) =

     

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             list.range(2, 1)

     

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             |> list.fold(#(0, bank), fn(acc, i) {

     

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               let #(number, bank) = acc

     

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               let bank_find = case i {

     

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                 2 ->

     

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                   bank

     

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                   |> list.reverse

     

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                   |> list.drop(1)

     

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                   |> list.reverse

     

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                 _ -> bank

     

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               }

     

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               let max =

     

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                 bank_find

     

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                 |> list.max(int.compare)

     

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                 |> result.unwrap(list.last(bank) |> result.unwrap(0))

     

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               let max_loc =

     

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                 bank

     

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                 |> list.index_map(fn(n, i) { #(n, i) })

     

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                 |> list.key_find(max)

     

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                 |> result.unwrap(0)

     

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               #(

     

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                 number

     

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                   + max

     

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                   * case i {

     

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                   2 -> 10

     

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                   _ -> 1

     

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                 },

     

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                 list.drop(bank, max_loc + 1),

     

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               )

     

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             })

     

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           acc + n

     

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         })

     

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         |> int.to_string

     

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         |> io.println

     

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       }