commit 192e424bc15ba4a3b008674d74f260a23ee3653a · aylac.top/advent_of_code

.gitignore

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       build

     

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       input.txt

     

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       input.json

     

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       input_example.txt

     

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       _build

     

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       target

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2015/19/gleam/src/main.gleam

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       import gleam/dict.{type Dict}

     

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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/set.{type Set}

     

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       import gleam/string

     

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       import simplifile as file

     

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       type Results =

     

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         Set(String)

     

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       type Combinations =

     

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         Dict(String, Results)

     

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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 = input |> string.trim

     

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       -
       

     

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         5

     

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         |> int.to_string

     

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         |> io.println

     

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         let input = input |> string.trim |> string.split("\n") |> list.reverse

     

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         let combinations: Combinations =

     

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           input

     

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           |> list.drop(2)

     

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           |> list.map(fn(v) {

     

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             case v |> string.split(" ") {

     

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               [origin, _, result] -> #(origin, result)

     

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               _ -> #("", "")

     

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             }

     

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           })

     

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           |> list.fold(dict.new(), fn(acc, v) {

     

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             acc

     

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             |> dict.get(v.0)

     

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             |> result.unwrap(set.new())

     

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             |> set.insert(v.1)

     

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             |> dict.insert(acc, v.0, _)

     

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           })

     

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         let molecule = {

     

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           let molecule =

     

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             input

     

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             |> list.first

     

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             |> result.unwrap("")

     

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             |> string.to_graphemes

     

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             |> list.fold(#(list.new(), ""), fn(acc, letter) {

     

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               case letter == string.lowercase(letter) {

     

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                 True -> #(acc.0, acc.1 <> letter)

     

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                 False -> #(list.append(acc.0, [acc.1]), letter)

     

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               }

     

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             })

     

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           molecule.0 |> list.drop(1) |> list.append([molecule.1])

     

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         }

     

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         let part_1_res = {

     

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           list.range(1, list.length(molecule)) |> list.fold(set.new(), fn(acc, v) {

     

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           })

     

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         }

     

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       }

2015/19/rust/Cargo.lock

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       # This file is automatically @generated by Cargo.

     

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       # It is not intended for manual editing.

     

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       version = 4

     

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       [[package]]

     

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       name = "rust"

     

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       version = "0.1.0"

2015/19/rust/Cargo.toml

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       [package]

     

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       name = "rust"

     

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       version = "0.1.0"

     

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       edition = "2024"

     

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       [dependencies]

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2015/19/rust/src/main.rs

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       struct Combination {

     

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           original: String,

     

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           target: String,

     

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       }

     

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       fn main() {

     

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           let input: String = std::fs::read_to_string("../input.txt").expect("invalid input!!");

     

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           let input: Vec<&str> = input.split("\n").collect();

     

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           let combinations: Vec<Combination> = &input[..input.len() - 2].iter().map(|v| {

     

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               let v: Vec<&str> = v.split(" ").collect();

     

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               match v[..] {

     

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                   [original, _, target] => Combination {

     

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                       original: original.to_string(),

     

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                       target: target.to_string(),

     

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                   },

     

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                   _ => Combination {

     

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                       original: "".to_string(),

     

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                       target: "".to_string(),

     

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                   },

     

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               }

     

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           }).

     

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       }

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2025/1/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

2025/1/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" }

+100

2025/1/gleam/src/main.gleam

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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/string

     

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       import simplifile as file

     

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       pub type Direction {

     

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         Left

     

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         Right

     

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       }

     

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       pub type InputEntry {

     

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         InputEntry(direction: Direction, turn: Int)

     

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       }

     

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       pub type RotationState {

     

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         RotationState(number: Int, zeroes: Int)

     

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       }

     

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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(l) {

     

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             let assert Ok(direction_letter) = string.first(l)

     

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             let direction = case direction_letter {

     

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               "R" -> Right

     

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               "L" -> Left

     

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               _ -> panic as "bad input"

     

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             }

     

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             let assert Ok(turn) = string.drop_start(l, 1) |> int.parse

     

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             InputEntry(direction, turn)

     

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           })

     

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         let part1 =

     

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           input

     

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           |> list.fold(RotationState(50, 0), fn(acc, v) {

     

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             let new_number =

     

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               {

     

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                 acc.number

     

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                 + case v.direction {

     

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                   Right -> v.turn

     

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                   Left -> -v.turn

     

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                 }

     

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               }

     

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               % 100

     

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             let new_number = case new_number > 0 {

     

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               True -> new_number

     

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               False -> 100 + new_number

     

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             }

     

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             RotationState(

     

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               new_number,

     

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               acc.zeroes

     

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                 + case new_number {

     

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                 0 -> 1

     

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                 _ -> 0

     

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               },

     

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             )

     

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           })

     

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         part1.zeroes

     

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         |> int.to_string

     

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         |> io.println

     

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         let part2 =

     

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           input

     

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           |> list.fold(RotationState(50, 0), fn(acc, v) {

     

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             let raw_new_number = {

     

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               acc.number

     

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               + case v.direction {

     

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                 Right -> v.turn

     

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                 Left -> -v.turn

     

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               }

     

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             }

     

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             // took too long to remember that abs isn't this im so fucking stupid

     

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             let new_number = raw_new_number % 100

     

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             let new_number = case new_number > 0 {

     

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               True -> new_number

     

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               False -> 100 + new_number

     

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             }

     

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             // dumbest fuck in the world??? theres gotta be a mathy way of doing this

     

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             let times_it_went_zero =

     

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               list.range(acc.number, raw_new_number)

     

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               |> list.fold(0, fn(acc2, i) {

     

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                 case i % 100 {

     

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                   0 if i != acc.number -> acc2 + 1

     

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                   _ -> acc2

     

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                 }

     

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               })

     

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             echo #(acc.number, raw_new_number, times_it_went_zero)

     

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             RotationState(new_number, acc.zeroes + times_it_went_zero)

     

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           })

     

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         part2.zeroes

     

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         |> int.to_string

     

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         |> io.println

     

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       }

+10

2025/1/input_example.txt