Library
Module
Module type
Parameter
Class
Class type
Build an ALIGNER given a CONTENTS module.
In val leaf: ?fill_with:char -> ?align:alignment -> contents -> tree_contents val node: ?fill_with:char -> ?align:alignment -> tree_contents list -> tree_contents default values are
module T : Aligner_sig.CONTENTS
type contents = T.contents
val leaf :
?fill_with:char ->
?align:Alignment.alignment ->
contents ->
tree_contents
val node :
?fill_with:char ->
?align:Alignment.alignment ->
tree_contents list ->
tree_contents
val tree_size : tree_contents -> Size_tree.t
Compute the tree_size of a tree_contents.
val tree_size_of_list : tree_contents list -> Size_tree.t option
Compute the tree_size of a list of tree_contents. Return None if the list is empty.
val print_tree_with_size :
Size_tree.t ->
Format.formatter ->
tree_contents ->
unit
Print a tree_contents with respect to a given tree_size. This tree_size must be bigger than the tree_size corresponding to the tree_contents. Otherwise the behavior is undefined. Be careful.
val print_table : Format.formatter -> tree_contents list -> unit
Print a list of tree_contents in a consistent way: it uses the smallest tree_size computed by joining all tree_size. This function must compute and merge all tree_size before starting. This is a good entrypoint.
val kprint_table :
(Format.formatter -> unit) ->
Format.formatter ->
tree_contents list ->
unit
Like print_table but call the first parameter at the end of each line.
val stringify_table : tree_contents list -> string list
Print in a list of string a list of tree_contents in a consistent way: it uses the smallest tree_size computed by joining all tree_size. This function must compute and merge all tree_size before starting. This is a good entrypoint.
val pp_of_table : tree_contents list -> (Format.formatter -> unit) list