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|
open Brr
open Brr_note
open Motus_lib
open Note
open StdLabels
let ( let=? ) : 'a option -> ('a -> unit) -> unit =
fun f opt -> Option.iter opt f
let get_int_value element =
let value = El.prop El.Prop.value element in
match Jstr.to_int value with
| Some v -> v
| None -> 0
let get_element_by_id id =
id |> Jv.Id.of_jv |> Jv.to_jstr |> Brr.Document.find_el_by_id Brr.G.document
let rule_to_element rule =
match rule with
| Criteria.Lenght l ->
Jstr.concat [ Jstr.v "Doit etre de longueur "; Jstr.of_int l ]
| Contain (c, None) -> Jstr.concat [ Jstr.v "Doit contenir "; Jstr.of_char c ]
| Contain (c, Some l) ->
Jstr.concat
[ Jstr.v "Doit contenir "
; Jstr.of_char c
; Jstr.v " à la position "
; Jstr.of_int l
]
| NotContain (c, None) ->
Jstr.concat [ Jstr.v "Ne doit pas contenir "; Jstr.of_char c ]
| NotContain (c, Some l) ->
Jstr.concat
[ Jstr.v "Ne doit pas contenir "
; Jstr.of_char c
; Jstr.v " à la position "
; Jstr.of_int l
]
let main
length_id
send_id
dictionnary_id
proposition_id
rules_id
table_id
next_btn_id
reload =
let=? length_element = get_element_by_id length_id in
let=? send_btn = get_element_by_id send_id in
let=? dictionnary_element = get_element_by_id dictionnary_id in
let=? proposition_element = get_element_by_id proposition_id in
let=? rules_element = get_element_by_id rules_id in
let=? table_element = get_element_by_id table_id in
let=? next_btn = get_element_by_id next_btn_id in
let=? reload = get_element_by_id reload in
let change_event, sender = E.create () in
let length_event =
Evr.on_el Ev.change (fun _ -> get_int_value length_element) length_element
in
let length_signal = S.hold (get_int_value length_element) length_event in
let initial_prop = FieldList.build proposition_element length_signal in
let start_event =
Evr.on_el
Ev.click
(fun _ ->
(* Load the appropriate dictionnary *)
let dict_value =
El.prop El.Prop.value dictionnary_element |> Jstr.to_string
in
let length = get_int_value length_element in
let words =
match dict_value with
| "english" -> "./dicts/american-english_" ^ string_of_int length
| _ -> "./dicts/french_" ^ string_of_int length
in
let proposition = S.value initial_prop in
Elements.Transfert.get_content_from_url words
|> E.map (fun html_response ->
State.App.dispatch
(module Initialize)
Initialize.{ length; html_response; sender; proposition } ) )
send_btn
|> E.join
in
let change_event' =
E.map
(fun (position, letter, validity) ->
State.App.dispatch
(module UpdateProposition)
UpdateProposition.{ position; letter; validity } )
change_event
in
let btn_event =
Evr.on_el Ev.click (fun _ -> State.App.dispatch (module Next) ()) next_btn
in
let update_event =
Evr.on_el Ev.click (fun _ -> State.App.dispatch (module Reload) ()) reload
in
let ev =
State.App.run
~eq:State.eq
(State.init ())
(E.select
[ start_event (* Load a fresh dictionnary and start a new analysis *)
; change_event' (* Update the proposition *)
; btn_event (* Next line *)
; update_event
] )
in
(* Display all the rules on the right side *)
Elr.def_children
rules_element
(S.map
(fun State.{ rules; current_prop; _ } ->
let prev_rules =
List.map rules ~f:(fun e ->
let message = rule_to_element e in
El.li [ El.txt message ] )
and new_rules =
List.map (State.get_current_rules current_prop) ~f:(fun e ->
let message = rule_to_element e in
El.li [ El.txt message ] )
in
[ El.div prev_rules; El.hr (); El.div new_rules ] )
ev );
(* Create the letter table *)
Elr.def_children
table_element
(S.map
(fun State.{ propositions; fields; _ } ->
let props = propositions in
let previous =
List.map props ~f:(fun proposition ->
List.map proposition ~f:(fun prop ->
let letter, validity =
Option.value ~default:(Jstr.empty, Validity.Missing) prop
in
let input =
El.input
~at:
At.
[ type' (Jstr.v "text")
; v (Jstr.v "maxLength") (Jstr.v "1")
; value letter
; class' (FieldList.get_class validity)
]
()
in
El.td [ input ] )
|> El.tr )
in
El.tr fields :: previous )
ev );
let last_element =
S.map
(fun ev ->
match
(ev.State.current_prop, Motus_lib.Wordlist.list_size ev.State.analysis)
with
| [], _ | _, 1 -> Some (Jstr.v "true")
| _, _ -> None )
ev
in
(* Hide the next btn when there is no proposition *)
Elr.def_at (Jstr.v "hidden") last_element next_btn;
Elr.def_at (Jstr.v "hidden") last_element reload;
let log state =
ignore state;
()
in
Logr.hold (S.log initial_prop log);
Logr.hold (S.log ev log)
let () =
let open Jv in
let main = obj [| ("run", repr main) |] in
set global "lib" main
|
