Rename functions to be more idiomatic.

bin/day2401.ml

@@ -1,7 +1,7 @@
 (** [pair_nums_from_string s] takes a string of two numbers separated by 
     whitespace and returns the pair of the numbers *)
-let pair_nums_from_string s =
-  match Aoc.nums_from_string s with
+let pair_ints_of_string s =
+  match Aoc.ints_of_string s with
   | [ h; h' ] -> (h, h')
   | _ -> raise (Invalid_argument "pair_nums_from_string")
 
@@ -25,8 +25,8 @@ let accumulate = List.fold_left ( + ) 0
 
 (** [lists_from_file fname] Read two lists of integers from [fname] and return
     as a pair. *)
-let lists_from_file fname =
-  Aoc.strings_from_file fname |> List.map pair_nums_from_string |> rev_split
+let lists_of_file fname =
+  Aoc.strings_of_file fname |> List.map pair_ints_of_string |> rev_split
 
 let day2401a (a, b) =
   List.map2 Aoc.distance1 (List.sort Int.compare a) (List.sort Int.compare b)
@@ -35,5 +35,5 @@ let day2401a (a, b) =
 let day2401b (a, b) = List.map (count b) a |> List.map2 ( * ) a |> accumulate
 
 let _ =
-  Aoc.main lists_from_file
+  Aoc.main lists_of_file
     [ (string_of_int, day2401a); (string_of_int, day2401b) ]

bin/day2402.ml

@@ -15,12 +15,11 @@ let is_safe_dampened lst =
   in
   impl [] lst
 
-let nums_from_file fname =
-  Aoc.strings_from_file fname |> List.map Aoc.nums_from_string
+let ints_of_file fname =
+  Aoc.strings_of_file fname |> List.map Aoc.ints_of_string
 
 let day2402a lsts = List.filter is_safe lsts |> List.length
 let day2402b lsts = List.filter is_safe_dampened lsts |> List.length
 
 let _ =
-  Aoc.main nums_from_file
-    [ (string_of_int, day2402a); (string_of_int, day2402b) ]
+  Aoc.main ints_of_file [ (string_of_int, day2402a); (string_of_int, day2402b) ]

bin/day2403.ml

@@ -22,7 +22,7 @@ let instrs_of_string s =
   List.rev (impl [] 0)
 
 let instrs_of_file fname =
-  Aoc.strings_from_file fname |> List.map instrs_of_string |> List.concat
+  Aoc.strings_of_file fname |> List.map instrs_of_string |> List.concat
 
 (** [mac_opt acc a b] returns [acc + a' * b'] if [a = Some a'] and 
     [b = Some b'].  If either [a] or [b] are [None] then the result is [acc]. *)