aoc_2024 - v1.0.0

day_9

Functions

defragment

</> 
pub fn defragment(
  blocks: #(
    Dict(Int, Int),
    List(Int),
    List(Int),
    Dict(Int, #(Int, Int)),
    Dict(Int, Int),
  ),
) -> #(
  Dict(Int, Int),
  List(Int),
  List(Int),
  Dict(Int, #(Int, Int)),
  Dict(Int, Int),
)

Reorder blocks so that the first gap key is larger than all content keys

get_blocks

</> 
pub fn get_blocks(
  disk_map: String,
) -> #(
  Dict(Int, Int),
  List(Int),
  List(Int),
  Dict(Int, #(Int, Int)),
  Dict(Int, Int),
)

Gets blocks from disk map Ints over 0 represent block ids, -1 represents free space

get_checksum

</> 
pub fn get_checksum(
  blocks: #(
    Dict(Int, Int),
    List(Int),
    List(Int),
    Dict(Int, #(Int, Int)),
    Dict(Int, Int),
  ),
) -> Int

get_content

</> 
pub fn get_content(
  blocks: #(
    Dict(Int, Int),
    List(Int),
    List(Int),
    Dict(Int, #(Int, Int)),
    Dict(Int, Int),
  ),
) -> List(Int)

get_smallest_gap_key

</> 
pub fn get_smallest_gap_key(
  blocks: #(
    Dict(Int, Int),
    List(Int),
    List(Int),
    Dict(Int, #(Int, Int)),
    Dict(Int, Int),
  ),
) -> #(Int, List(Int))

is_defragmented

</> 
pub fn is_defragmented(
  blocks: #(
    Dict(Int, Int),
    List(Int),
    List(Int),
    Dict(Int, #(Int, Int)),
    Dict(Int, Int),
  ),
) -> Bool

main

</> 
pub fn main() -> Nil

move_last_block_to_smallest_gap

</> 
pub fn move_last_block_to_smallest_gap(
  blocks: #(
    Dict(Int, Int),
    List(Int),
    List(Int),
    Dict(Int, #(Int, Int)),
    Dict(Int, Int),
  ),
) -> #(
  Dict(Int, Int),
  List(Int),
  List(Int),
  Dict(Int, #(Int, Int)),
  Dict(Int, Int),
)

part_1

</> 
pub fn part_1() -> Int

part_2

</> 
pub fn part_2() -> List(Int)

sort_by_key

</> 
pub fn sort_by_key(a: #(Int, a), b: #(Int, a)) -> Order
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