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Author SHA1 Message Date
e7d3e840b3 Allow input mode code to provide custom error messages
Signed-off-by: Danila Fedorin <danila.fedorin@gmail.com>
2024-09-15 10:21:38 -07:00
a17ea205c7 Clear 'Failed' flag when input changes
Signed-off-by: Danila Fedorin <danila.fedorin@gmail.com>
2024-09-07 22:56:42 -07:00
2a0db676bc Remove useless inputRules flag
Signed-off-by: Danila Fedorin <danila.fedorin@gmail.com>
2024-09-07 22:54:13 -07:00
a7b3efe56c Tweak API to support syntax errors in custom parsing
Signed-off-by: Danila Fedorin <danila.fedorin@gmail.com>
2024-09-07 22:29:32 -07:00
ec0b05ab51 Make 'language term' just a custom mode
Signed-off-by: Danila Fedorin <danila.fedorin@gmail.com>
2024-09-07 22:24:29 -07:00
bfc21c2928 Add support for custom modes
Signed-off-by: Danila Fedorin <danila.fedorin@gmail.com>
2024-09-07 21:43:02 -07:00
d1fb4bfdc1 Update index.html to work with new setup
Signed-off-by: Danila Fedorin <danila.fedorin@gmail.com>
2024-09-07 21:06:57 -07:00
b6569d8ca0 Allow for customizing the "input mode" toolbar
Signed-off-by: Danila Fedorin <danila.fedorin@gmail.com>
2024-09-07 21:02:15 -07:00
7 changed files with 265 additions and 70 deletions

28
demorules.bergamot Normal file
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@ -0,0 +1,28 @@
section "" {
TNumber @ type(?Gamma, lit(?n), number) <- num(?n);
TString @ type(?Gamma, lit(?s), string) <- str(?s);
TVar @ type(?Gamma, var(?x), ?tau) <- inenv(?x, ?tau, ?Gamma);
TPlusI @ type(?Gamma, plus(?e_1, ?e_2), number) <-
type(?Gamma, ?e_1, number), type(?Gamma, ?e_2, number);
TPlusS @ type(?Gamma, plus(?e_1, ?e_2), string) <-
type(?Gamma, ?e_1, string), type(?Gamma, ?e_2, string);
}
section "" {
TPair @ type(?Gamma, pair(?e_1, ?e_2), tpair(?tau_1, ?tau_2)) <-
type(?Gamma, ?e_1, ?tau_1), type(?Gamma, ?e_2, ?tau_2);
TFst @ type(?Gamma, fst(?e), ?tau_1) <-
type(?Gamma, ?e, tpair(?tau_1, ?tau_2));
TSnd @ type(?Gamma, snd(?e), ?tau_2) <-
type(?Gamma, ?e, tpair(?tau_1, ?tau_2));
}
section "" {
TAbs @ type(?Gamma, abs(?x, ?tau_1, ?e), tarr(?tau_1, ?tau_2)) <-
type(extend(?Gamma, ?x, ?tau_1), ?e, ?tau_2);
TApp @ type(?Gamma, app(?e_1, ?e_2), ?tau_2) <-
type(?Gamma, ?e_1, tarr(?tau_1, ?tau_2)), type(?Gamma, ?e_2, ?tau_1);
}
section "" {
GammaTake @ inenv(?x, ?tau_1, extend(?Gamma, ?x, ?tau_1)) <-;
GammaSkip @ inenv(?x, ?tau_1, extend(?Gamma, ?y, ?tau_2)) <- inenv(?x, ?tau_1, ?Gamma);
}

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@ -42,7 +42,7 @@ in mkDerivation {
name = "bergamot-elm";
srcs = ./elm-dependencies.nix;
src = ./.;
targets = ["Main"];
targets = ["Main" "Bergamot.ObjectLanguage"];
srcdir = "./src";
outputJavaScript = true;
}

View File

@ -53,11 +53,42 @@ input[type="text"] {
<body>
<div id="elm"></div>
<script src="index.js"></script>
<script src="language.js"></script>
<script>
var app = Elm.Main.init({
node: document.getElementById('elm'),
flags: { rules: "TInt @ type(?Gamma, intlit(?n), tint) <-;\nTString @ type(?Gamma, strlit(?s), tstr) <-;\nTVar @ type(?Gamma, var(?x), ?tau) <- inenv(?x, ?tau, ?Gamma);\nTPlusI @ type(?Gamma, plus(?e_1, ?e_2), tint) <- type(?Gamma, ?e_1, tint), type(?Gamma, ?e_2, tint);\nTPlusS @ type(?Gamma, plus(?e_1, ?e_2), tstr) <- type(?Gamma, ?e_1, tstr), type(?Gamma, ?e_2, tstr);\nTPair @ type(?Gamma, pair(?e_1, ?e_2), tpair(?tau_1, ?tau_2)) <- type(?Gamma, ?e_1, ?tau_1), type(?Gamma, ?e_2, ?tau_2);\nTFst @ type(?Gamma, fst(?e), ?tau_1) <- type(?Gamma, ?e, tpair(?tau_1, ?tau_2));\nTSnd @ type(?Gamma, snd(?e), ?tau_2) <- type(?Gamma, ?e, tpair(?tau_1, ?tau_2));\nTAbs @ type(?Gamma, abs(?x, ?tau_1, ?e), tarr(?tau_1, ?tau_2)) <- type(extend(?Gamma, ?x, ?tau_1), ?e, ?tau_2);\nTApp @ type(?Gamma, app(?e_1, ?e_2), ?tau_2) <- type(?Gamma, ?e_1, tarr(?tau_1, ?tau_2)), type(?Gamma, ?e_2, ?tau_1);\n\nGammaTake @ inenv(?x, ?tau_1, extend(?Gamma, ?x, ?tau_1)) <-;\nGammaSkip @ inenv(?x, ?tau_1, extend(?Gamma, ?y, ?tau_2)) <- inenv(?x, ?tau_1, ?Gamma);", query: "type(empty, app(abs(x, tint, var(x)), intlit(1)), ?tau)" }
});
const objectLang = Elm.Bergamot.ObjectLanguage.init({});
(async () => {
var rulesResponse = await fetch("./demorules.bergamot");
var rules = await rulesResponse.text();
var renderRulesResponse = await fetch("./renderrules.bergamot");
var renderRules = await renderRulesResponse.text();
console.log(rules);
var app = Elm.Main.init({
node: document.getElementById('elm'),
flags: {
inputModes: {
"Language Term": { "custom": "langterm" },
"Query": "query",
},
inputRules: "PromptConverter @ prompt(type(empty, ?term, ?t)) <- input(?term);",
input: "type(empty, app(abs(x, number, var(x)), lit(1)), ?tau)",
renderRules: renderRules, rules: rules
}
});
objectLang.ports.parsedString.subscribe(({ string, term }) => {
if (term !== null) {
const query = `type(empty, ${term}, ?tau)`;
app.ports.receiveConverted.send({ input: string, result: { query } });
} else {
app.ports.receiveConverted.send({ input: string, result: { error: "Unable to parse object language term" } });
}
});
app.ports.convertInput.subscribe(({ mode, input }) => {
objectLang.ports.parseString.send(input);
});
})();
</script>
</body>
</html>

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@ -28,10 +28,10 @@ IntercalateConsNil @ intercalate(?sep, cons(?x, nil), cons(?x, nil)) <-;
NonEmpty @ nonempty(cons(?x, ?xs)) <-;
LatexInt @ latex(?i, ?l) <- int(?i), tostring(?i, ?l);
LatexFloat @ latex(?f, ?l) <- float(?f), tostring(?f, ?l);
LatexStr @ latex(?s, ?l) <- str(?s), escapestring(?s, ?l_1), latexifystring(?s, ?l_2), join(["\\texttt{\"", ?l_2, "\"}"], ?l);
LatexMeta @ latex(metavariable(?l), ?l) <-;
LatexIntLit @ latex(intlit(?i), ?l) <- latex(?i, ?l);
LatexStrLit @ latex(strlit(?s), ?l) <- latex(?s, ?l);
LatexLit @ latex(lit(?i), ?l) <- latex(?i, ?l);
LatexVar @ latex(var(?s), ?l) <- latex(?s, ?l);
LatexPlus @ latex(plus(?e_1, ?e_2), ?l) <-
latex(?e_1, ?l_1), latex(?e_2, ?l_2),
@ -62,7 +62,11 @@ LatexTypeInenv @ latex(inenv(?x, ?t, ?G), ?l) <-latex(?x, ?l_x), latex(?t, ?l_t)
LatexTypeBin @ latex(type(?e, ?t), ?l) <- latex(?e, ?l_e), latex(?t, ?l_t), join([?l_e, " : ", ?l_t], ?l);
LatexTypeTer @ latex(type(?G, ?e, ?t), ?l) <- latex(?G, ?l_G), latex(?e, ?l_e), latex(?t, ?l_t), join([?l_G, " \\vdash ", ?l_e, " : ", ?l_t], ?l);
LatexIsInt @ latex(int(?e), ?l) <- latex(?e, ?l_e), join([?l_e, " \\in \\mathbb{Z}"], ?l);
LatexIsStr @ latex(str(?e), ?l) <- latex(?e, ?l_e), join([?l_e, " \\in \\mathbb{S}"], ?l);
LatexConverts @ latex(converts(?f, ?t), ?l) <- latex(?f, ?l_f), latex(?t, ?l_t), join([?l_f, " \\preceq ", ?l_t], ?l);
LatexIsInt @ latex(int(?e), ?l) <- latex(?e, ?l_e), join([?l_e, " \\in \\texttt{Int}"], ?l);
LatexIsFloat @ latex(float(?e), ?l) <- latex(?e, ?l_e), join([?l_e, " \\in \\texttt{Float}"], ?l);
LatexIsNum @ latex(num(?e), ?l) <- latex(?e, ?l_e), join([?l_e, " \\in \\texttt{Num}"], ?l);
LatexIsStr @ latex(str(?e), ?l) <- latex(?e, ?l_e), join([?l_e, " \\in \\texttt{Str}"], ?l);
LatexSym @ latex(?s, ?l) <- sym(?s), tostring(?s, ?l_1), join(["\\text{", ?l_1,"}"], ?l);
LatexCall @ latex(?c, ?l) <- call(?c, ?n, ?ts), nonempty(?ts), latexlist(?ts, ?lts_1), intercalate(", ", ?lts_1, ?lts_2), join(?lts_2, ?lts_3), join(["\\text{", ?n, "}", "(", ?lts_3, ")"], ?l);

View File

@ -1,9 +1,10 @@
module Bergamot.ObjectLanguage exposing (..)
port module Bergamot.ObjectLanguage exposing (..)
import Bergamot.Syntax as Syntax exposing (Metavariable)
import Bergamot.Syntax as Syntax exposing (toString)
import Bergamot.Parser exposing (strLit)
import Parser exposing (Parser, Trailing(..), (|.), (|=))
import Platform exposing (worker)
import Parser exposing (Parser, Trailing(..), (|.), (|=), run)
import Set
type Type
@ -135,7 +136,7 @@ exprBasic = Parser.lazy <| \() -> Parser.oneOf
, parenthed expr
]
typeToTerm : Type -> Syntax.Term Metavariable
typeToTerm : Type -> Syntax.Term ()
typeToTerm t =
case t of
TInt -> Syntax.Call "number" []
@ -143,7 +144,7 @@ typeToTerm t =
TPair t1 t2 -> Syntax.Call "tpair" [ typeToTerm t1, typeToTerm t2 ]
TArr t1 t2 -> Syntax.Call "tarr" [ typeToTerm t1, typeToTerm t2 ]
exprToTerm : Expr -> Syntax.Term Metavariable
exprToTerm : Expr -> Syntax.Term ()
exprToTerm e =
case e of
IntLit i -> Syntax.Call "lit" [Syntax.IntLit i]
@ -156,3 +157,36 @@ exprToTerm e =
Abs s t ep -> Syntax.Call "abs" [Syntax.Call s [], typeToTerm t, exprToTerm ep]
App e1 e2 -> Syntax.Call "app" [exprToTerm e1, exprToTerm e2]
Ref x -> Syntax.Call "var" [Syntax.Call x []]
-- Receives requests from JS code to apply the parser
port parseString : (String -> msg) -> Sub msg
-- Used to send the result of parsing back to JS
port parsedString : { string : String, term : Maybe String } -> Cmd msg
type Msg = ParseString String
type alias Model = ()
type alias Flags = ()
init : Flags -> (Model, Cmd Msg)
init _ = ((), Cmd.none)
update : Msg -> Model -> (Model, Cmd Msg)
update (ParseString s) _ =
case run topLevelExpr s of
Ok e ->
( ()
, parsedString
{ string = s
, term =
exprToTerm e
|> toString (\_ -> "")
|> Just
}
)
Err _ -> ((), parsedString { string = s, term = Nothing })
subscriptions : Model -> Sub Msg
subscriptions _ = parseString ParseString
main = worker { init = init, update = update, subscriptions = subscriptions }

View File

@ -1,5 +1,5 @@
module Bergamot.Syntax exposing
( Term(..), map, andThen, Metavariable(..), UnificationVar(..)
( Term(..), toString, map, andThen, Metavariable(..), UnificationVar(..)
, unMetavariable, unUnificationVar
, instantiate, instantiateList, InstantiationState, emptyInstantiationState, resetVars
, unify, unifyList, UnificationState, emptyUnificationState
@ -29,6 +29,15 @@ type Term a
| Call Name (List (Term a))
| Var a
toString : (a -> String) -> Term a -> String
toString fn t =
case t of
IntLit i -> String.fromInt i
FloatLit f -> String.fromFloat f
StringLit s -> "\"" ++ s ++ "\"" -- TODO: insufficient, need to escape
Call n ts -> n ++ "(" ++ String.join ", " (List.map (toString fn) ts) ++ ")"
Var a -> fn a
map : (a -> b) -> Term a -> Term b
map f t =
case t of

View File

@ -1,4 +1,4 @@
module Main exposing (main)
port module Main exposing (main)
import Browser
import Html exposing (Html)
@ -10,9 +10,9 @@ import Bergamot.Search exposing (..)
import Bergamot.Rules exposing (..)
import Bergamot.Parser exposing (..)
import Bergamot.Latex exposing (..)
import Bergamot.ObjectLanguage exposing (topLevelExpr, exprToTerm)
import Bergamot.Utils exposing (..)
import Json.Encode
import Json.Decode exposing (string, field, list, oneOf, succeed, fail)
import Maybe
import Tuple
@ -31,19 +31,17 @@ tabEq t1 t2 =
type EditMode
= Query
| Syntax
editModeEq : EditMode -> EditMode -> Bool
editModeEq m1 m2 =
case (m1, m2) of
(Query, Query) -> True
(Syntax, Syntax) -> True
_ -> False
| Custom String
type ResultMode
= Conclusion
| Tree
type DesugaringState
= Requested
| Succeeded String
| Failed String
resultModeEq : ResultMode -> ResultMode -> Bool
resultModeEq rm1 rm2 =
case (rm1, rm2) of
@ -53,24 +51,97 @@ resultModeEq rm1 rm2 =
type alias Model =
{ program : String
-- ^ The Bergamot rules to execute a search against
, renderProgram: String
, inputProgram : String
-- ^ The Bergamot render rules to apply when generating LaTeX
, tab : Tab
, query : String
, editMode : EditMode
-- ^ The current tab (editor, redner rule editor, rendered)
, input : String
-- ^ The string the user has in the input box
, desugaredQuery : DesugaringState
-- ^ The Bergamot query corresponding to input, if we're in custom mode.
, inputModes : List (String, EditMode)
-- ^ A List of input modes that can be used with the input box.
, inputMode : Int
-- ^ The index of the currently selected input mode.
, resultMode : ResultMode
-- ^ How the result should be displayed (judgement or proof tree)
}
type alias Flags =
{ renderRules : String
, rules : String
, input : String
, inputModes : Json.Decode.Value
}
type alias Flags = { renderRules: String, inputRules: String, rules: String, query: String }
type Msg
= SetProgram String
| SetRenderProgram String
| SetQuery String
| SetInput String
| SetTab Tab
| SetEditMode EditMode
| SetInputMode Int
| SetResultMode ResultMode
| SetDesugaredQuery { input: String, result: Json.Decode.Value }
decodeRenderResult : Json.Decode.Value -> Result String String
decodeRenderResult val =
let
succeedDecoder = field "query" string |> Json.Decode.map Ok
failDecoder = field "error" string |> Json.Decode.map Err
decoder = Json.Decode.oneOf [ succeedDecoder, failDecoder ]
in
case Json.Decode.decodeValue decoder val of
Ok v -> v
Err _ -> Err "Unable to convert input into query"
decodeInputModes : Json.Decode.Value -> List (String, EditMode)
decodeInputModes val =
let
exactString s1 v =
string
|> Json.Decode.andThen (\s2 ->
if s1 == s2
then succeed v
else Json.Decode.fail "did not match expected string")
editModeDecoder = oneOf
[ exactString "query" Query
, field "custom" string |> Json.Decode.map Custom
]
decoder = Json.Decode.keyValuePairs editModeDecoder
in
case Json.Decode.decodeValue decoder val of
Ok l -> l
Err _ -> [("Query", Query)]
-- Convert the user-entered string 'input' using custom query mode 'mode'
port convertInput : { mode : String, input : String } -> Cmd msg
-- Invoked when user code finishes converting 'input' into a Bergamot query
port receiveConverted : ({ input : String, result : Json.Decode.Value } -> msg) -> Sub msg
requestDesugaring : Int -> List (String, EditMode) -> String -> Cmd Msg
requestDesugaring inputMode inputModes input =
case getEditMode inputMode inputModes of
Ok (Custom modeType) ->
convertInput { mode = modeType, input = input }
_ -> Cmd.none
init : Flags -> (Model, Cmd Msg)
init fs = ({ program = fs.rules, renderProgram = fs.renderRules, inputProgram = fs.inputRules, query = fs.query, tab = Rendered, editMode = Syntax, resultMode = Conclusion }, Cmd.none)
init fs =
let
inputModes = decodeInputModes fs.inputModes
inputMode = 0
in
( { program = fs.rules
, renderProgram = fs.renderRules
, input = fs.input
, desugaredQuery = Requested
, tab = Rendered
, inputModes = inputModes
, inputMode = 0
, resultMode = Conclusion
}
, requestDesugaring inputMode inputModes fs.input
)
viewSection : String -> Html Msg -> Html Msg
viewSection name content =
@ -83,23 +154,23 @@ viewTab tab editor metaEditor rendered =
MetaEditor -> metaEditor
Rendered -> rendered
viewSelector : (a -> a -> Bool) -> (a -> Msg) -> a -> List (a, String) -> Html Msg
viewSelector : (Int -> a -> b -> Bool) -> (Int -> a -> Msg) -> b -> List (a, String) -> Html Msg
viewSelector eq mkMsg mode modeNames =
Html.div [ class "bergamot-selector" ] <|
List.map (\(modep, name) ->
List.indexedMap (\idx (modep, name) ->
Html.button
[ classList [("active", eq mode modep)]
, onClick (mkMsg modep)
[ classList [("active", eq idx modep mode)]
, onClick (mkMsg idx modep)
] [ Html.text name ]) modeNames
viewTabSelector : Tab -> List (Tab, String) -> Html Msg
viewTabSelector = viewSelector tabEq SetTab
viewTabSelector = viewSelector (\_ -> tabEq) (\_ -> SetTab)
viewEditModeSelector : EditMode -> List (EditMode, String) -> Html Msg
viewEditModeSelector = viewSelector editModeEq SetEditMode
viewInputModeSelector : Int -> List (EditMode, String) -> Html Msg
viewInputModeSelector = viewSelector (\i _ idx -> i == idx) (\idx _ -> SetInputMode idx)
viewResultModeSelector : ResultMode -> List (ResultMode, String) -> Html Msg
viewResultModeSelector = viewSelector resultModeEq SetResultMode
viewResultModeSelector = viewSelector (\_ -> resultModeEq) (\_ -> SetResultMode)
viewRule : RuleEnv -> Rule -> Maybe (Html Msg)
viewRule env r = renderRuleViaRules env r
@ -124,12 +195,12 @@ viewRules renderProgs progs =
type Error
= BadQuery
| BadObjectTerm
| NoConversionResults
| BadInputProg
| BadProg
| BadRenderProg
| FailedRender
| FailedRender String
| InvalidInputMode
| Silent
combineTwoResults : (a -> b -> Result Error c) -> Result Error a -> Result Error b -> Result Error c
@ -145,12 +216,12 @@ errorToString : Error -> String
errorToString err =
case err of
BadQuery -> "Unable to parse input query"
BadObjectTerm -> "Unable to parse input object language term"
NoConversionResults -> "Failed to convert object language term to proof goal"
BadInputProg -> "Unable to parse conversion rules from object language to proof goals"
BadProg -> "Unable to parse rules"
BadRenderProg -> "Unable to parse rendering rules"
FailedRender -> "Unable to render terms using provided rendering rules"
FailedRender s -> s
InvalidInputMode -> "Invalid edit mode specified"
Silent -> ""
viewError : Error -> Html Msg
@ -170,32 +241,31 @@ viewOrError r =
Err e -> Html.div [] [ viewError e ] -- The div wrapper is needed because Elm has a bug?
Ok html -> html
proofGoal : EditMode -> String -> String -> Result Error (Term Metavariable)
proofGoal editMode inputProgs querys =
if querys == ""
getEditMode : Int -> List (String, EditMode) -> Result Error EditMode
getEditMode i l =
case l of
[] -> Err InvalidInputMode
((_, editMode) :: xs) ->
if i == 0 then Ok editMode else getEditMode (i - 1) xs
proofGoal : EditMode -> String -> DesugaringState -> Result Error (Term Metavariable)
proofGoal editMode input desugaredQuery =
if input == ""
then Err Silent
else
case editMode of
Query ->
case run topLevelTerm querys of
case run topLevelTerm input of
Nothing -> Err BadQuery
Just query -> Ok query
Syntax ->
case (run program inputProgs, run topLevelExpr querys) of
(Just inputProg, Just e) ->
let
inputRule = { name = "UserInput", premises = [], conclusion = Call "input" [exprToTerm e] }
fullProgram = { sections = { name = "", rules = [inputRule] } :: inputProg.sections }
query = Call "prompt" [Var (MkMetavariable "?p")]
in
case single fullProgram (prove query |> Bergamot.Rules.andThen reifyProofTree) of
Just (MkProofTree node) ->
case node.conclusion of
Call "prompt" [t] -> Ok <| Bergamot.Syntax.map (MkMetavariable << unUnificationVar) t
_ -> Err NoConversionResults
_ -> Err NoConversionResults
(_, Nothing) -> Err BadObjectTerm
(Nothing, _) -> Err BadInputProg
Custom _ ->
case desugaredQuery of
Requested -> Err Silent
Succeeded querys ->
case run topLevelTerm querys of
Nothing -> Err BadQuery
Just query -> Ok query
Failed s -> Err (FailedRender s)
progAndRenderProg : String -> String -> Result Error (RuleEnv, RuleEnv)
progAndRenderProg progs renderProgs =
@ -227,14 +297,16 @@ viewProofTree resultMode query (prog, renderProg) =
view : Model -> Html Msg
view m =
let
termOrErr = proofGoal m.editMode m.inputProgram m.query
mode = getEditMode m.inputMode m.inputModes
termOrErr = mode |> Result.andThen (\editMode -> proofGoal editMode m.input m.desugaredQuery)
progsOrErr = progAndRenderProg m.program m.renderProgram
proofTreeOrErr = combineTwoResults (viewProofTree m.resultMode) termOrErr progsOrErr
in
Html.div [ class "bergamot-root" ]
[ viewSection "Input" <| Html.div [] <|
[ viewEditModeSelector m.editMode [(Query, "Query"), (Syntax, "Language Term")]
, Html.input [ type_ "text", onInput SetQuery, value m.query ] []
[ viewInputModeSelector m.inputMode <|
List.map (\(a, b) -> (b, a)) m.inputModes
, Html.input [ type_ "text", onInput SetInput, value m.input ] []
] ++
viewIfError termOrErr
, viewSection "Result" <| Html.div[]
@ -256,13 +328,30 @@ update msg m =
case msg of
SetProgram prog -> ({ m | program = prog }, Cmd.none)
SetRenderProgram prog -> ({ m | renderProgram = prog }, Cmd.none)
SetQuery query -> ({ m | query = query }, Cmd.none)
SetInput input ->
( { m | input = input, desugaredQuery = Requested }
, requestDesugaring m.inputMode m.inputModes input
)
SetTab tab -> ({ m | tab = tab }, Cmd.none)
SetEditMode mode -> ({ m | editMode = mode }, Cmd.none)
SetInputMode mode ->
( { m | inputMode = mode, desugaredQuery = Requested }
, requestDesugaring mode m.inputModes m.input
)
SetResultMode mode -> ({ m | resultMode = mode }, Cmd.none)
SetDesugaredQuery data ->
({ m | desugaredQuery =
if m.input == data.input
then
case decodeRenderResult data.result of
Ok q -> Succeeded q
Err e -> Failed e
else m.desugaredQuery
}
, Cmd.none
)
subscriptions : Model -> Sub Msg
subscriptions _ = Sub.none
subscriptions _ = receiveConverted SetDesugaredQuery
main =
Browser.element