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|
open StdLabels
open Brr
open Brr_note
open Note
(** Return the sidebar *)
let get
: unit -> El.t option
= fun () ->
List.find_opt (El.children @@ Document.body G.document)
~f:(fun t -> El.has_tag_name El.Name.aside t)
let rec clean
: El.t -> unit
= fun el ->
List.iter (El.children el)
~f:(fun el ->
(* Remove the links from the sidebar, keep h1 and other stuff *)
if (El.has_tag_name (Jstr.v "nav") el)
|| (El.has_tag_name (Jstr.v "ul") el) then
El.remove el
else
clean el
)
(** Create a slider element, and the event on change *)
let slider ~at =
let slider =
El.input ~at () in
let event =
Evr.on_el
Ev.input
(fun _ ->
let raw_value = El.prop El.Prop.value slider in
Jstr.to_int raw_value)
slider
in
slider, event
let click_event el =
Evr.on_el
Ev.click
Evr.unit
el
let show_value = function
| None -> El.txt' ""
| Some input ->
El.txt (Jstr.of_int input)
let add_button
: El.t -> unit E.t
= fun element ->
let open El in
let delete =
button
[ El.i
~at:At.[ class' (Jstr.v "fas")
; class' (Jstr.v "fa-times-circle") ]
[]
; txt' "Delete "] in
let delete_event = click_event delete in
let export =
button
[ El.i
~at:At.[ class' (Jstr.v "fas")
; class' (Jstr.v "fa-download") ]
[]
; txt' "Download"] in
let nib_size, value =
slider
~at:At.[ type' (Jstr.v "range")
; v (Jstr.v "min") (Jstr.v "0")
; v (Jstr.v "max") (Jstr.v "50")
; id (Jstr.v "nib_size")
] in
let width = El.div [] in
Elr.set_children
width
~on:(value
|> E.map (fun v ->
[ txt' "Width : "
; show_value v ]
)
);
let input_angle, angle_event =
slider
~at:At.[ type' (Jstr.v "range")
; v (Jstr.v "min") (Jstr.v "0")
; v (Jstr.v "max") (Jstr.v "90")] in
let angle = El.div [] in
Elr.set_children
angle
~on:(angle_event
|> E.map (fun v ->
[ txt' "Angle : "
; show_value v
; txt' "°" ]
)
);
let click = Evr.on_el Ev.click Evr.unit delete in
let _ = click in
let () =
El.append_children element
[ hr ()
; delete
; export
; hr ()
; width
; nib_size
; El.br ()
; angle
; input_angle
]
in
delete_event
|
