refactor!: invert repo directory structure

now is language first

1 files changed, 0 insertions, 95 deletions

diff --git a/2025/ocaml/lib/domain/d01p02.ml b/2025/ocaml/lib/domain/d01p02.ml
deleted file mode 100644
index f71e965..0000000
--- a/2025/ocaml/lib/domain/d01p02.ml
+++ /dev/null
@@ -1,95 +0,0 @@
-module Dial : sig
-  (** [t] is a dial between 0 and 99 inclusive *)
-  type t
-
-  (** [direction] is a direction the dial can be turned *)
-  type direction = Left of int | Right of int
-
-  val start : t
-  (** [start] is the initial state of the dial *)
-
-  val dial_out_of_range : string
-  (** [dial_out_of_range] is the error message when the dial is out of range *)
-
-  val prev : t -> t
-
-  val next : t -> t
-
-  val is_zero : t -> bool
-
-  val to_string : t -> string
-  (** [to_string t] is the string representation of [t] *)
-
-  val to_int : t -> int
-  (** [to_int t] is the integer representation of [t] *)
-
-  val pp_direction : direction -> string
-end = struct
-  (** [t] is an int between 0 and 99 inclusive *)
-  type t = int
-
-  type direction = Left of int | Right of int
-
-  let start = 50
-
-  let dial_out_of_range = "dial out of range"
-
-  (** [next n] is the new state of the dial after turning [Right].
-      Raises: [dial_out_of_range] if [n] is greater than 99. *)
-  let next = function
-    | n when n < 99 ->
-        n + 1
-    | 99 ->
-        0
-    | _ ->
-        failwith dial_out_of_range
-
-  (** [prev n] is the new state of the dial after turning [Left].
-      Raises: [dial_out_of_range] if [n] is less than 0. *)
-  let prev = function
-    | n when n > 0 ->
-        n - 1
-    | 0 ->
-        99
-    | _ ->
-        failwith dial_out_of_range
-
-  let is_zero = function 0 -> true | _ -> false
-
-  let to_string = string_of_int
-
-  let to_int t = t
-
-  let pp_direction = function
-    | Left n ->
-        "Left " ^ string_of_int n
-    | Right n ->
-        "Right " ^ string_of_int n
-end
-
-module Turner : sig
-  val turn : Dial.t -> int -> Dial.direction -> Dial.t * int
-  (** [turn dial direction] is the new state of the dial after turning [direction] on [dial] *)
-end = struct
-  (** [turn dial direction] is the new state of the dial after turning [direction] on [dial].
-      Raises: [dial_out_of_range] if the dial is moved to an invalid state. *)
-  let rec turn dial zero_count direction =
-    let open Dial in
-    match direction with
-    | Left 0 ->
-        (dial, zero_count)
-    | Left n ->
-        let dial' = prev dial in
-        let zero_count' =
-          if Dial.is_zero dial' then zero_count + 1 else zero_count
-        in
-        turn dial' zero_count' (Left (n - 1))
-    | Right 0 ->
-        (dial, zero_count)
-    | Right n ->
-        let dial' = next dial in
-        let zero_count' =
-          if Dial.is_zero dial' then zero_count + 1 else zero_count
-        in
-        turn dial' zero_count' (Right (n - 1))
-end