Ascii_table (u.cbc5c7b6f530614c935bfecf5ff609f9.textutils.v0.15.0.doc.textutils.ascii_table.Ascii

include module type of struct include Ascii_table_kernel end

module Attr = Ascii_table_kernel.Attr

module Align = Ascii_table_kernel.Align

module Display = Ascii_table_kernel.Display

module Column = Ascii_table_kernel.Column

module Screen = Ascii_table_kernel.Screen

val draw : 
  ?display:Display.t ->
  ?spacing:int ->
  ?limit_width_to:int ->
  ?header_attr:Attr.t list ->
  ?display_empty_rows:bool ->
  prefer_split_on_spaces:bool ->
  'row Column.t list ->
  'row list ->
  Screen.t option

module Table_char = Ascii_table_kernel.Table_char

type ('row, 'rest) renderer =
  ?display:Display.t ->
  ?spacing:int ->
  ?limit_width_to:int ->
  ?header_attr:Attr.t list ->
  ?bars:[ `Ascii | `Unicode ] ->
  ?display_empty_rows:bool ->
  ?prefer_split_on_spaces:bool ->
  'row Column.t list ->
  'row list ->
  'rest

val output : (_, oc:Core.Out_channel.t -> unit) renderer

The idea is that you have a Column.t list and a list of rows, where each row contains the data for each column. So e.g. 'a could be a record type col_1 : int; col_2 : string, where the first column pulls out col_1 and the second column pulls out col_2. *

val to_string_noattr : (_, string) renderer

val to_string : (_, string) renderer

type 'rest simple_list :=
  ?index:bool ->
  ?display:Display.t ->
  ?spacing:int ->
  ?limit_width_to:int ->
  ?header_attr:Attr.t list ->
  ?bars:[ `Ascii | `Unicode ] ->
  ?display_empty_rows:bool ->
  ?prefer_split_on_spaces:bool ->
  string list ->
  string list list ->
  'rest

simple_list has the same defaults as renderer unless specified

val simple_list_table : ?oc:Core.Out_channel.t -> unit simple_list

val simple_list_table_string : string simple_list