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14 changed files with 638 additions and 609 deletions

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@ -1,7 +1,11 @@
import Browser exposing (application, UrlRequest(..)) import Browser exposing (application, UrlRequest(..))
import Browser.Navigation as Nav import Browser.Navigation as Nav
import Browser.Dom exposing (Viewport, setViewportOf) import Browser.Dom exposing (Viewport, setViewportOf)
import Scylla.Room exposing (OpenRooms, applySync)
import Scylla.Sync exposing (..) import Scylla.Sync exposing (..)
import Scylla.Sync.Events exposing (toMessageEvent, getType, getSender, getUnsigned)
import Scylla.Sync.AccountData exposing (..)
import Scylla.ListUtils exposing (..)
import Scylla.Messages exposing (..) import Scylla.Messages exposing (..)
import Scylla.Login exposing (..) import Scylla.Login exposing (..)
import Scylla.Api exposing (..) import Scylla.Api exposing (..)
@ -13,7 +17,7 @@ import Scylla.UserData exposing (..)
import Scylla.Notification exposing (..) import Scylla.Notification exposing (..)
import Scylla.Storage exposing (..) import Scylla.Storage exposing (..)
import Scylla.Markdown exposing (..) import Scylla.Markdown exposing (..)
import Scylla.AccountData exposing (..) import Scylla.Room exposing (..)
import Url exposing (Url) import Url exposing (Url)
import Url.Parser exposing (parse) import Url.Parser exposing (parse)
import Url.Builder import Url.Builder
@ -40,12 +44,8 @@ init _ url key =
, loginUsername = "" , loginUsername = ""
, loginPassword = "" , loginPassword = ""
, apiUrl = "https://matrix.org" , apiUrl = "https://matrix.org"
, sync = , nextBatch = ""
{ nextBatch = "" , accountData = { events = Just [] }
, rooms = Nothing
, presence = Nothing
, accountData = Nothing
}
, errors = [] , errors = []
, roomText = Dict.empty , roomText = Dict.empty
, sending = Dict.empty , sending = Dict.empty
@ -54,6 +54,7 @@ init _ url key =
, roomNames = Dict.empty , roomNames = Dict.empty
, connected = True , connected = True
, searchText = "" , searchText = ""
, rooms = emptyOpenRooms
} }
cmd = getStoreValuePort "scylla.loginInfo" cmd = getStoreValuePort "scylla.loginInfo"
in in
@ -62,7 +63,7 @@ init _ url key =
view : Model -> Browser.Document Msg view : Model -> Browser.Document Msg
view m = view m =
let let
notificationString = totalNotificationCountString m.sync notificationString = getTotalNotificationCountString m.rooms
titleString = case notificationString of titleString = case notificationString of
Nothing -> "Scylla" Nothing -> "Scylla"
Just s -> s ++ " Scylla" Just s -> s ++ " Scylla"
@ -182,21 +183,18 @@ updateHistoryResponse m r hr =
userDataCmd h = newUsersCmd m userDataCmd h = newUsersCmd m
<| newUsers m <| newUsers m
<| uniqueBy identity <| uniqueBy identity
<| List.map .sender <| List.map getSender
<| h.chunk <| h.chunk
in in
case hr of case hr of
Ok h -> ({ m | sync = appendHistoryResponse m.sync r h }, userDataCmd h) Ok h -> ({ m | rooms = applyHistoryResponse r h m.rooms }, userDataCmd h)
Err _ -> ({ m | errors = "Unable to load older history from server"::m.errors }, Cmd.none) Err _ -> ({ m | errors = "Unable to load older history from server"::m.errors }, Cmd.none)
updateHistory : Model -> RoomId -> (Model, Cmd Msg) updateHistory : Model -> RoomId -> (Model, Cmd Msg)
updateHistory m r = updateHistory m r =
let let
prevBatch = Maybe.andThen .prevBatch prevBatch = Dict.get r m.rooms
<| Maybe.andThen .timeline |> Maybe.andThen (.prevHistoryBatch)
<| Maybe.andThen (Dict.get r)
<| Maybe.andThen .join
<| m.sync.rooms
command = case prevBatch of command = case prevBatch of
Just pv -> getHistory m.apiUrl (Maybe.withDefault "" m.token) r pv Just pv -> getHistory m.apiUrl (Maybe.withDefault "" m.token) r pv
Nothing -> Cmd.none Nothing -> Cmd.none
@ -251,9 +249,10 @@ updateChangeRoute : Model -> Route -> (Model, Cmd Msg)
updateChangeRoute m r = updateChangeRoute m r =
let let
joinedRoom = case r of joinedRoom = case r of
Room rid -> Maybe.andThen (Dict.get rid) <| Maybe.andThen .join <| m.sync.rooms Room rid -> Dict.get rid m.rooms
_ -> Nothing _ -> Nothing
lastMessage = Maybe.andThen (findLastEvent (((==) "m.room.message") << .type_)) <| Maybe.andThen .events <| Maybe.andThen .timeline joinedRoom lastMessage = Maybe.map .messages joinedRoom
|> Maybe.andThen (findLastEvent (((==) "m.room.message") << .type_))
readMarkerCmd = case (r, lastMessage) of readMarkerCmd = case (r, lastMessage) of
(Room rid, Just re) -> setReadMarkers m.apiUrl (Maybe.withDefault "" m.token) rid re.eventId <| Just re.eventId (Room rid, Just re) -> setReadMarkers m.apiUrl (Maybe.withDefault "" m.token) rid re.eventId <| Just re.eventId
_ -> Cmd.none _ -> Cmd.none
@ -309,7 +308,7 @@ updateSyncResponse : Model -> Result Http.Error SyncResponse -> Bool -> (Model,
updateSyncResponse model r notify = updateSyncResponse model r notify =
let let
token = Maybe.withDefault "" model.token token = Maybe.withDefault "" model.token
nextBatch = Result.withDefault model.sync.nextBatch nextBatch = Result.withDefault model.nextBatch
<| Result.map .nextBatch r <| Result.map .nextBatch r
syncCmd = sync model.apiUrl token nextBatch syncCmd = sync model.apiUrl token nextBatch
userDataCmd sr = newUsersCmd model userDataCmd sr = newUsersCmd model
@ -322,7 +321,7 @@ updateSyncResponse model r notify =
notificationCmd sr = if notify notificationCmd sr = if notify
then Maybe.withDefault Cmd.none then Maybe.withDefault Cmd.none
<| Maybe.map (\(s, e) -> sendNotificationPort <| Maybe.map (\(s, e) -> sendNotificationPort
{ name = displayName model.userData e.sender { name = getDisplayName model.userData e.sender
, text = notificationText e , text = notificationText e
, room = s , room = s
}) <| notification sr }) <| notification sr
@ -331,6 +330,7 @@ updateSyncResponse model r notify =
roomMessages sr = case room of roomMessages sr = case room of
Just rid -> List.filter (((==) "m.room.message") << .type_) Just rid -> List.filter (((==) "m.room.message") << .type_)
<| Maybe.withDefault [] <| Maybe.withDefault []
<| Maybe.map (List.filterMap (toMessageEvent))
<| Maybe.andThen .events <| Maybe.andThen .events
<| Maybe.andThen .timeline <| Maybe.andThen .timeline
<| Maybe.andThen (Dict.get rid) <| Maybe.andThen (Dict.get rid)
@ -345,14 +345,14 @@ updateSyncResponse model r notify =
(Just rid, Just re) -> setReadMarkers model.apiUrl token rid re.eventId <| Just re.eventId (Just rid, Just re) -> setReadMarkers model.apiUrl token rid re.eventId <| Just re.eventId
_ -> Cmd.none _ -> Cmd.none
receivedEvents sr = List.map Just <| allTimelineEventIds sr receivedEvents sr = List.map Just <| allTimelineEventIds sr
receivedTransactions sr = List.filterMap (Maybe.andThen .transactionId << .unsigned) receivedTransactions sr = List.filterMap (Maybe.andThen .transactionId << getUnsigned)
<| allTimelineEvents sr <| allTimelineEvents sr
sending sr = Dict.filter (\tid (rid, { body, id }) -> not <| List.member (String.fromInt tid) <| receivedTransactions sr) model.sending sending sr = Dict.filter (\tid (rid, { body, id }) -> not <| List.member (String.fromInt tid) <| receivedTransactions sr) model.sending
newSync sr = mergeSyncResponse model.sync sr
newModel sr = newModel sr =
{ model | sync = newSync sr { model | nextBatch = nextBatch
, sending = sending (mergeSyncResponse model.sync sr) , sending = sending sr
, roomNames = computeRoomsDisplayNames model.userData (newSync sr) , rooms = applySync sr model.rooms
, accountData = applyAccountData sr.accountData model.accountData
} }
in in
case r of case r of

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@ -1,21 +0,0 @@
module Scylla.AccountData exposing (..)
import Scylla.Sync exposing (SyncResponse, AccountData, JoinedRoom, roomAccountData)
import Json.Decode as Decode
import Json.Encode as Encode
import Dict exposing (Dict)
type alias DirectMessages = Dict String String
type alias DirectMessagesRaw = Dict String (List String)
directMessagesDecoder : Decode.Decoder DirectMessages
directMessagesDecoder =
Decode.dict (Decode.list Decode.string)
|> Decode.map (invertDirectMessages)
invertDirectMessages : DirectMessagesRaw -> DirectMessages
invertDirectMessages dmr =
Dict.foldl
(\k lv acc -> List.foldl (\v -> Dict.insert v k) acc lv)
Dict.empty
dmr

39
src/Scylla/ListUtils.elm Normal file
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@ -0,0 +1,39 @@
module Scylla.ListUtils exposing (..)
import Dict exposing (Dict)
import Set exposing (Set)
groupBy : (a -> comparable) -> List a -> Dict comparable (List a)
groupBy f xs =
let
update v ml = case ml of
Just l -> Just (v::l)
Nothing -> Just [ v ]
in
List.foldl (\v acc -> Dict.update (f v) (update v) acc) Dict.empty xs
uniqueByTailRecursive : (a -> comparable) -> List a -> Set comparable -> List a -> List a
uniqueByTailRecursive f l s acc =
case l of
x::tail ->
if Set.member (f x) s
then uniqueByTailRecursive f tail s acc
else uniqueByTailRecursive f tail (Set.insert (f x) s) (x::acc)
[] -> List.reverse acc
uniqueBy : (a -> comparable) -> List a -> List a
uniqueBy f l = uniqueByTailRecursive f l Set.empty []
findFirst : (a -> Bool) -> List a -> Maybe a
findFirst cond l = case l of
x::xs -> if cond x then Just x else findFirst cond xs
[] -> Nothing
findLast : (a -> Bool) -> List a -> Maybe a
findLast cond l = findFirst cond <| List.reverse l
findFirstBy : (a -> comparable) -> (a -> Bool) -> List a -> Maybe a
findFirstBy sortFunction cond l = findFirst cond <| List.sortBy sortFunction l
findLastBy : (a -> comparable) -> (a -> Bool) -> List a -> Maybe a
findLastBy sortFunction cond l = findLast cond <| List.sortBy sortFunction l

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@ -1,7 +1,8 @@
module Scylla.Messages exposing (..) module Scylla.Messages exposing (..)
import Scylla.Sync exposing (RoomEvent) import Scylla.Sync.Events exposing (RoomEvent, MessageEvent, toMessageEvent)
import Scylla.Login exposing (Username) import Scylla.Login exposing (Username)
import Scylla.Route exposing (RoomId) import Scylla.Route exposing (RoomId)
import Scylla.Room exposing (RoomData)
import Dict exposing (Dict) import Dict exposing (Dict)
type SendingMessageBody = TextMessage String type SendingMessageBody = TextMessage String
@ -13,7 +14,7 @@ type alias SendingMessage =
type Message type Message
= Sending SendingMessage = Sending SendingMessage
| Received RoomEvent | Received MessageEvent
messageUsername : Username -> Message -> Username messageUsername : Username -> Message -> Username
messageUsername u msg = case msg of messageUsername u msg = case msg of
@ -36,9 +37,10 @@ mergeMessages du xs =
in in
appendNamed fmu fms fmsl appendNamed fmu fms fmsl
receivedMessagesRoom : List RoomEvent -> List Message receivedMessagesRoom : RoomData -> List Message
receivedMessagesRoom es = List.map Received receivedMessagesRoom rd = rd.messages
<| List.filter (\e -> e.type_ == "m.room.message") es |> List.filter (\e -> e.type_ == "m.room.message")
|> List.map Received
sendingMessagesRoom : RoomId -> Dict Int (RoomId, SendingMessage) -> List Message sendingMessagesRoom : RoomId -> Dict Int (RoomId, SendingMessage) -> List Message
sendingMessagesRoom rid ms = List.map (\(tid, (_, sm)) -> Sending sm) sendingMessagesRoom rid ms = List.map (\(tid, (_, sm)) -> Sending sm)

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@ -1,7 +1,10 @@
module Scylla.Model exposing (..) module Scylla.Model exposing (..)
import Scylla.Api exposing (..) import Scylla.Api exposing (..)
import Scylla.Sync exposing (SyncResponse, HistoryResponse, JoinedRoom, senderName, roomName, roomJoinedUsers, findFirst, AccountData) import Scylla.Sync exposing (SyncResponse, HistoryResponse)
import Scylla.AccountData exposing (directMessagesDecoder) import Scylla.ListUtils exposing (findFirst)
import Scylla.Room exposing (OpenRooms)
import Scylla.Sync.Rooms exposing (JoinedRoom)
import Scylla.Sync.AccountData exposing (AccountData, directMessagesDecoder)
import Scylla.Login exposing (LoginResponse, Username, Password) import Scylla.Login exposing (LoginResponse, Username, Password)
import Scylla.UserData exposing (UserData) import Scylla.UserData exposing (UserData)
import Scylla.Route exposing (Route(..), RoomId) import Scylla.Route exposing (Route(..), RoomId)
@ -26,7 +29,8 @@ type alias Model =
, loginUsername : Username , loginUsername : Username
, loginPassword : Password , loginPassword : Password
, apiUrl : ApiUrl , apiUrl : ApiUrl
, sync : SyncResponse , accountData : AccountData
, nextBatch : String
, errors : List String , errors : List String
, roomText : Dict RoomId String , roomText : Dict RoomId String
, sending : Dict Int (RoomId, SendingMessage) , sending : Dict Int (RoomId, SendingMessage)
@ -35,6 +39,7 @@ type alias Model =
, roomNames : Dict RoomId String , roomNames : Dict RoomId String
, connected : Bool , connected : Bool
, searchText : String , searchText : String
, rooms : OpenRooms
} }
type Msg = type Msg =
@ -73,41 +78,6 @@ type Msg =
| AttemptReconnect -- User wants to reconnect to server | AttemptReconnect -- User wants to reconnect to server
| UpdateSearchText String -- Change search text in room list | UpdateSearchText String -- Change search text in room list
displayName : Dict String UserData -> Username -> String
displayName ud s = Maybe.withDefault (senderName s) <| Maybe.andThen .displayName <| Dict.get s ud
roomDisplayName : Dict RoomId String -> RoomId -> String
roomDisplayName rd rid =
Maybe.withDefault "<No Name>" <| Dict.get rid rd
computeRoomDisplayName : Dict String UserData -> Maybe AccountData -> RoomId -> JoinedRoom -> Maybe String
computeRoomDisplayName ud ad rid jr =
let
customName = roomName jr
direct = ad
|> Maybe.andThen .events
|> Maybe.andThen (findFirst ((==) "m.direct" << .type_))
|> Maybe.map (Decode.decodeValue directMessagesDecoder << .content)
|> Maybe.andThen Result.toMaybe
|> Maybe.andThen (Dict.get rid)
in
case (customName, direct) of
(Just s, _) -> customName
(_, Just u) -> direct
_ -> Nothing
computeRoomsDisplayNames : Dict String UserData -> SyncResponse -> Dict String String
computeRoomsDisplayNames ud sr =
sr.rooms
|> Maybe.andThen .join
|> Maybe.map Dict.toList
|> Maybe.map (List.foldl
(\(rid, jr) d ->
computeRoomDisplayName ud sr.accountData rid jr
|> Maybe.map (\n -> Dict.insert rid n d)
|> Maybe.withDefault d) Dict.empty)
|> Maybe.withDefault Dict.empty
roomUrl : String -> String roomUrl : String -> String
roomUrl s = Url.Builder.absolute [ "room", s ] [] roomUrl s = Url.Builder.absolute [ "room", s ] []
@ -117,13 +87,6 @@ loginUrl = Url.Builder.absolute [ "login" ] []
newUsers : Model -> List Username -> List Username newUsers : Model -> List Username -> List Username
newUsers m lus = List.filter (\u -> not <| Dict.member u m.userData) lus newUsers m lus = List.filter (\u -> not <| Dict.member u m.userData) lus
joinedRooms : Model -> Dict RoomId JoinedRoom
joinedRooms m = Maybe.withDefault Dict.empty <| Maybe.andThen .join <| m.sync.rooms
currentRoom : Model -> Maybe JoinedRoom
currentRoom m =
Maybe.andThen (\s -> Dict.get s <| joinedRooms m) <| currentRoomId m
currentRoomId : Model -> Maybe RoomId currentRoomId : Model -> Maybe RoomId
currentRoomId m = case m.route of currentRoomId m = case m.route of
Room r -> Just r Room r -> Just r

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@ -1,6 +1,6 @@
port module Scylla.Notification exposing (..) port module Scylla.Notification exposing (..)
import Scylla.Sync exposing (SyncResponse, RoomEvent, joinedRoomsTimelineEvents) import Scylla.Sync exposing (SyncResponse, joinedRoomsTimelineEvents)
import Scylla.AccountData exposing (..) import Scylla.Sync.Events exposing (RoomEvent, MessageEvent, toMessageEvent)
import Json.Decode as Decode exposing (string, field) import Json.Decode as Decode exposing (string, field)
import Dict import Dict
@ -13,17 +13,18 @@ type alias Notification =
port sendNotificationPort : Notification -> Cmd msg port sendNotificationPort : Notification -> Cmd msg
port onNotificationClickPort : (String -> msg) -> Sub msg port onNotificationClickPort : (String -> msg) -> Sub msg
notificationText : RoomEvent -> String notificationText : MessageEvent -> String
notificationText re = case (Decode.decodeValue (field "msgtype" string) re.content) of notificationText re = case (Decode.decodeValue (field "msgtype" string) re.content) of
Ok "m.text" -> Result.withDefault "" <| (Decode.decodeValue (field "body" string) re.content) Ok "m.text" -> Result.withDefault "" <| (Decode.decodeValue (field "body" string) re.content)
_ -> "" _ -> ""
joinedRoomNotificationEvents : SyncResponse -> List (String, RoomEvent) joinedRoomNotificationEvents : SyncResponse -> List (String, MessageEvent)
joinedRoomNotificationEvents s = joinedRoomNotificationEvents s =
let let
applyPair k = List.map (\v -> (k, v)) applyPair k = List.map (\v -> (k, v))
in in
List.sortBy (\(k, v) -> v.originServerTs) List.sortBy (\(k, v) -> v.originServerTs)
<| List.filterMap (\(k, e) -> Maybe.map (\me -> (k, me)) <| toMessageEvent e)
<| Dict.foldl (\k v a -> a ++ applyPair k v) [] <| Dict.foldl (\k v a -> a ++ applyPair k v) []
<| joinedRoomsTimelineEvents s <| joinedRoomsTimelineEvents s

179
src/Scylla/Room.elm Normal file
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@ -0,0 +1,179 @@
module Scylla.Room exposing (..)
import Scylla.Route exposing (RoomId)
import Scylla.Sync exposing (SyncResponse)
import Scylla.Login exposing (Username)
import Scylla.UserData exposing (UserData, getDisplayName)
import Scylla.Sync exposing (HistoryResponse)
import Scylla.Sync.Events exposing (MessageEvent, StateEvent, toStateEvent, toMessageEvent)
import Scylla.Sync.AccountData exposing (AccountData, getDirectMessages, applyAccountData)
import Scylla.Sync.Rooms exposing (JoinedRoom, UnreadNotificationCounts, Ephemeral)
import Scylla.ListUtils exposing (findFirst, uniqueBy)
import Json.Decode as Decode exposing (Decoder, Value, decodeValue, field, string, list)
import Dict exposing (Dict)
type alias RoomState = Dict (String, String) Value
type alias RoomData =
{ roomState : RoomState
, messages : List (MessageEvent)
, accountData : AccountData
, ephemeral : Ephemeral
, unreadNotifications : UnreadNotificationCounts
, prevHistoryBatch : Maybe String
, text : String
}
type alias OpenRooms = Dict RoomId RoomData
emptyOpenRooms : OpenRooms
emptyOpenRooms = Dict.empty
emptyRoomData : RoomData
emptyRoomData =
{ roomState = Dict.empty
, messages = []
, accountData = { events = Just [] }
, ephemeral = { events = Just [] }
, unreadNotifications =
{ highlightCount = Just 0
, notificationCount = Just 0
}
, prevHistoryBatch = Nothing
, text = ""
}
changeRoomStateEvent : StateEvent -> RoomState -> RoomState
changeRoomStateEvent se = Dict.insert (se.type_, se.stateKey) se.content
changeRoomStateEvents : List StateEvent -> RoomState -> RoomState
changeRoomStateEvents es rs = List.foldr (changeRoomStateEvent) rs es
changeRoomState : JoinedRoom -> RoomState -> RoomState
changeRoomState jr rs =
let
stateDiff = jr.state
|> Maybe.andThen .events
|> Maybe.withDefault []
timelineDiff = jr.timeline
|> Maybe.andThen .events
|> Maybe.map (List.filterMap toStateEvent)
|> Maybe.withDefault []
in
rs
|> changeRoomStateEvents stateDiff
|> changeRoomStateEvents timelineDiff
changeTimeline : JoinedRoom -> List (MessageEvent) -> List (MessageEvent)
changeTimeline jr tl =
let
newMessages = jr.timeline
|> Maybe.andThen .events
|> Maybe.map (List.filterMap toMessageEvent)
|> Maybe.withDefault []
in
tl ++ newMessages
changeEphemeral : JoinedRoom -> Ephemeral -> Ephemeral
changeEphemeral jr e = Maybe.withDefault e jr.ephemeral
changeNotifications : JoinedRoom -> UnreadNotificationCounts -> UnreadNotificationCounts
changeNotifications jr un = Maybe.withDefault un jr.unreadNotifications
changeRoomData : JoinedRoom -> RoomData -> RoomData
changeRoomData jr rd =
{ rd | accountData = applyAccountData jr.accountData rd.accountData
, roomState = changeRoomState jr rd.roomState
, messages = changeTimeline jr rd.messages
, ephemeral = changeEphemeral jr rd.ephemeral
, unreadNotifications = changeNotifications jr rd.unreadNotifications
, prevHistoryBatch = Maybe.andThen .prevBatch jr.timeline
}
updateRoomData : JoinedRoom -> Maybe RoomData -> Maybe RoomData
updateRoomData jr mrd = Maybe.withDefault emptyRoomData mrd
|> changeRoomData jr
|> Just
applyJoinedRoom : RoomId -> JoinedRoom -> OpenRooms -> OpenRooms
applyJoinedRoom rid jr = Dict.update rid (updateRoomData jr)
applySync : SyncResponse -> OpenRooms -> OpenRooms
applySync sr or =
let
joinedRooms = sr.rooms
|> Maybe.andThen .join
|> Maybe.withDefault Dict.empty
in
Dict.foldl applyJoinedRoom or joinedRooms
addHistoryRoomData : HistoryResponse -> Maybe RoomData -> Maybe RoomData
addHistoryRoomData hr = Maybe.map
(\rd ->
{ rd | messages = uniqueBy .eventId
<| (List.reverse <| List.filterMap toMessageEvent hr.chunk) ++ rd.messages
, prevHistoryBatch = Just hr.end
})
applyHistoryResponse : RoomId -> HistoryResponse -> OpenRooms -> OpenRooms
applyHistoryResponse rid hr = Dict.update rid (addHistoryRoomData hr)
getStateData : (String, String) -> Decoder a -> RoomData -> Maybe a
getStateData k d rd = Dict.get k rd.roomState
|> Maybe.andThen (Result.toMaybe << decodeValue d)
getEphemeralData : String -> Decoder a -> RoomData -> Maybe a
getEphemeralData k d rd = rd.ephemeral.events
|> Maybe.andThen (findFirst ((==) k << .type_))
|> Maybe.andThen (Result.toMaybe << decodeValue d << .content)
getRoomTypingUsers : RoomData -> List String
getRoomTypingUsers = Maybe.withDefault []
<< getEphemeralData "m.typing" (field "user_ids" (list string))
getRoomName : AccountData -> Dict Username UserData -> RoomId -> RoomData -> String
getRoomName ad ud rid rd =
let
customName = getStateData ("m.room.name", "") (field "name" (string)) rd
direct = getDirectMessages ad
|> Maybe.andThen (Dict.get rid)
in
case (customName, direct) of
(Just cn, _) -> cn
(_, Just d) -> getDisplayName ud d
_ -> rid
getRoomNotificationCount : RoomData -> (Int, Int)
getRoomNotificationCount rd =
( Maybe.withDefault 0 rd.unreadNotifications.notificationCount
, Maybe.withDefault 0 rd.unreadNotifications.highlightCount
)
getTotalNotificationCount : OpenRooms -> (Int, Int)
getTotalNotificationCount =
let
sumTuples (x1, y1) (x2, y2) = (x1+x2, y1+y2)
in
Dict.foldl (\_ -> sumTuples << getRoomNotificationCount) (0, 0)
getTotalNotificationCountString : OpenRooms -> Maybe String
getTotalNotificationCountString or =
let
(n, h) = getTotalNotificationCount or
suffix = case h of
0 -> ""
_ -> "!"
in
case n of
0 -> Nothing
_ -> Just <| "(" ++ String.fromInt n ++ suffix ++ ")"
getHomeserver : String -> String
getHomeserver s =
let
colonIndex = Maybe.withDefault 0
<| Maybe.map ((+) 1)
<| List.head
<| String.indexes ":" s
in
String.dropLeft colonIndex s

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@ -2,223 +2,16 @@ module Scylla.Sync exposing (..)
import Scylla.Api exposing (..) import Scylla.Api exposing (..)
import Scylla.Login exposing (Username) import Scylla.Login exposing (Username)
import Scylla.Route exposing (RoomId) import Scylla.Route exposing (RoomId)
import Scylla.ListUtils exposing (..)
import Scylla.Sync.DecodeTools exposing (maybeDecode)
import Scylla.Sync.Events exposing (..)
import Scylla.Sync.Rooms exposing (..)
import Scylla.Sync.AccountData exposing (..)
import Dict exposing (Dict) import Dict exposing (Dict)
import Json.Decode as Decode exposing (Decoder, int, string, float, list, value, dict, bool, field) import Json.Decode as Decode exposing (Decoder, int, string, float, list, value, dict, bool, field)
import Json.Decode.Pipeline exposing (required, optional) import Json.Decode.Pipeline exposing (required, optional)
import Set exposing (Set) import Set exposing (Set)
-- Special Decoding
decodeJust : Decoder a -> Decoder (Maybe a)
decodeJust = Decode.map Just
maybeDecode : String -> Decoder a -> Decoder (Maybe a -> b) -> Decoder b
maybeDecode s d = optional s (decodeJust d) Nothing
-- General Events
type alias Event =
{ content : Decode.Value
, type_ : String
}
eventDecoder : Decoder Event
eventDecoder =
Decode.succeed Event
|> required "content" value
|> required "type" string
type alias EventContent = Decode.Value
eventContentDecoder : Decoder EventContent
eventContentDecoder = Decode.value
-- Unsigned Data
type alias UnsignedData =
{ age : Maybe Int
, redactedBecause : Maybe Event
, transactionId : Maybe String
}
unsignedDataDecoder : Decoder UnsignedData
unsignedDataDecoder =
Decode.succeed UnsignedData
|> maybeDecode "age" int
|> maybeDecode "redacted_because" eventDecoder
|> maybeDecode "transaction_id" string
-- State
type alias State =
{ events : Maybe (List StateEvent)
}
stateDecoder : Decoder State
stateDecoder =
Decode.succeed State
|> maybeDecode "events" (list stateEventDecoder)
type alias StateEvent =
{ content : Decode.Value
, type_ : String
, eventId : String
, sender : String
, originServerTs : Int
, unsigned : Maybe UnsignedData
, prevContent : Maybe EventContent
, stateKey : String
}
stateEventDecoder : Decoder StateEvent
stateEventDecoder =
Decode.succeed StateEvent
|> required "content" value
|> required "type" string
|> required "event_id" string
|> required "sender" string
|> required "origin_server_ts" int
|> maybeDecode "unsigned" unsignedDataDecoder
|> maybeDecode "prev_content" eventContentDecoder
|> required "state_key" string
-- Rooms
type alias Rooms =
{ join : Maybe (Dict String JoinedRoom)
, invite : Maybe (Dict String InvitedRoom)
, leave : Maybe (Dict String LeftRoom)
}
roomsDecoder : Decoder Rooms
roomsDecoder =
Decode.succeed Rooms
|> maybeDecode "join" (dict joinedRoomDecoder)
|> maybeDecode "invite" (dict invitedRoomDecoder)
|> maybeDecode "leave" (dict leftRoomDecoder)
type alias JoinedRoom =
{ state : Maybe State
, timeline : Maybe Timeline
, ephemeral : Maybe Ephemeral
, accountData : Maybe AccountData
, unreadNotifications : Maybe UnreadNotificationCounts
}
joinedRoomDecoder : Decoder JoinedRoom
joinedRoomDecoder =
Decode.succeed JoinedRoom
|> maybeDecode "state" stateDecoder
|> maybeDecode "timeline" timelineDecoder
|> maybeDecode "ephemeral" ephemeralDecoder
|> maybeDecode "account_data" accountDataDecoder
|> maybeDecode "unread_notifications" unreadNotificationCountsDecoder
-- Joined Room Data
type alias Timeline =
{ events : Maybe (List RoomEvent)
, limited : Maybe Bool
, prevBatch : Maybe String
}
timelineDecoder =
Decode.succeed Timeline
|> maybeDecode "events" (list roomEventDecoder)
|> maybeDecode "limited" bool
|> maybeDecode "prev_batch" string
type alias RoomEvent =
{ content : Decode.Value
, type_ : String
, eventId : String
, sender : String
, originServerTs : Int
, unsigned : Maybe UnsignedData
}
roomEventDecoder : Decoder RoomEvent
roomEventDecoder =
Decode.succeed RoomEvent
|> required "content" value
|> required "type" string
|> required "event_id" string
|> required "sender" string
|> required "origin_server_ts" int
|> maybeDecode "unsigned" unsignedDataDecoder
type alias Ephemeral =
{ events : Maybe (List Event)
}
ephemeralDecoder : Decoder Ephemeral
ephemeralDecoder =
Decode.succeed Ephemeral
|> maybeDecode "events" (list eventDecoder)
type alias AccountData =
{ events : Maybe (List Event)
}
accountDataDecoder : Decoder AccountData
accountDataDecoder =
Decode.succeed AccountData
|> maybeDecode "events" (list eventDecoder)
type alias UnreadNotificationCounts =
{ highlightCount : Maybe Int
, notificationCount : Maybe Int
}
unreadNotificationCountsDecoder : Decoder UnreadNotificationCounts
unreadNotificationCountsDecoder =
Decode.succeed UnreadNotificationCounts
|> maybeDecode "highlight_count" int
|> maybeDecode "notification_count" int
-- Invited Room Data
type alias InvitedRoom =
{ inviteState : Maybe InviteState
}
invitedRoomDecoder : Decoder InvitedRoom
invitedRoomDecoder =
Decode.succeed InvitedRoom
|> maybeDecode "invite_state" inviteStateDecoder
type alias InviteState =
{ events : Maybe (List StrippedState)
}
inviteStateDecoder : Decoder InviteState
inviteStateDecoder =
Decode.succeed InviteState
|> maybeDecode "events" (list strippedStateDecoder)
type alias StrippedState =
{ content : EventContent
, stateKey : String
, type_ : String
, sender : String
}
strippedStateDecoder : Decoder StrippedState
strippedStateDecoder =
Decode.succeed StrippedState
|> required "content" eventContentDecoder
|> required "state_key" string
|> required "type" string
|> required "sender" string
-- Left Room Data
type alias LeftRoom =
{ state : Maybe State
, timeline : Maybe Timeline
, accountData : Maybe AccountData
}
leftRoomDecoder : Decoder LeftRoom
leftRoomDecoder =
Decode.succeed LeftRoom
|> maybeDecode "state" stateDecoder
|> maybeDecode "timeline" timelineDecoder
|> maybeDecode "account_data" accountDataDecoder
-- General Sync Response -- General Sync Response
type alias SyncResponse = type alias SyncResponse =
{ nextBatch : String { nextBatch : String
@ -259,213 +52,20 @@ historyResponseDecoder =
|> required "chunk" (list roomEventDecoder) |> required "chunk" (list roomEventDecoder)
-- Business Logic: Helper Functions -- Business Logic: Helper Functions
groupBy : (a -> comparable) -> List a -> Dict comparable (List a)
groupBy f xs =
let
update v ml = case ml of
Just l -> Just (v::l)
Nothing -> Just [ v ]
in
List.foldl (\v acc -> Dict.update (f v) (update v) acc) Dict.empty xs
uniqueByTailRecursive : (a -> comparable) -> List a -> Set comparable -> List a -> List a
uniqueByTailRecursive f l s acc =
case l of
x::tail ->
if Set.member (f x) s
then uniqueByTailRecursive f tail s acc
else uniqueByTailRecursive f tail (Set.insert (f x) s) (x::acc)
[] -> List.reverse acc
uniqueBy : (a -> comparable) -> List a -> List a
uniqueBy f l = uniqueByTailRecursive f l Set.empty []
findFirst : (a -> Bool) -> List a -> Maybe a
findFirst cond l = case l of
x::xs -> if cond x then Just x else findFirst cond xs
[] -> Nothing
findLast : (a -> Bool) -> List a -> Maybe a
findLast cond l = findFirst cond <| List.reverse l
findFirstBy : (a -> comparable) -> (a -> Bool) -> List a -> Maybe a
findFirstBy sortFunction cond l = findFirst cond <| List.sortBy sortFunction l
findLastBy : (a -> comparable) -> (a -> Bool) -> List a -> Maybe a
findLastBy sortFunction cond l = findLast cond <| List.sortBy sortFunction l
findFirstEvent : ({ a | originServerTs : Int } -> Bool) -> List { a | originServerTs : Int } -> Maybe { a | originServerTs : Int } findFirstEvent : ({ a | originServerTs : Int } -> Bool) -> List { a | originServerTs : Int } -> Maybe { a | originServerTs : Int }
findFirstEvent = findFirstBy .originServerTs findFirstEvent = findFirstBy .originServerTs
findLastEvent : ({ a | originServerTs : Int } -> Bool) -> List { a | originServerTs : Int } -> Maybe { a | originServerTs : Int } findLastEvent : ({ a | originServerTs : Int } -> Bool) -> List { a | originServerTs : Int } -> Maybe { a | originServerTs : Int }
findLastEvent = findLastBy .originServerTs findLastEvent = findLastBy .originServerTs
-- Business Logic: Merging
mergeMaybe : (a -> a -> a) -> Maybe a -> Maybe a -> Maybe a
mergeMaybe f l r = case (l, r) of
(Just v1, Just v2) -> Just <| f v1 v2
(Just v, Nothing) -> l
(Nothing, Just v) -> r
_ -> Nothing
mergeEvents : List Event -> List Event -> List Event
mergeEvents l1 l2 = l1 ++ l2
mergeStateEvents : List StateEvent -> List StateEvent -> List StateEvent
mergeStateEvents l1 l2 = uniqueBy .eventId <| l1 ++ l2
mergeRoomEvents : List RoomEvent -> List RoomEvent -> List RoomEvent
mergeRoomEvents l1 l2 = uniqueBy .eventId <| l1 ++ l2
mergeStrippedStates : List StrippedState -> List StrippedState -> List StrippedState
mergeStrippedStates l1 l2 = l1 ++ l2
mergeAccountData : AccountData -> AccountData -> AccountData
mergeAccountData a1 a2 = AccountData <| mergeMaybe mergeEvents a1.events a2.events
mergePresence : Presence -> Presence -> Presence
mergePresence p1 p2 = Presence <| mergeMaybe mergeEvents p1.events p2.events
mergeDicts : (b -> b -> b) -> Dict comparable b -> Dict comparable b -> Dict comparable b
mergeDicts f d1 d2 =
let
inOne = Dict.insert
inBoth k v1 v2 = Dict.insert k (f v1 v2)
in
Dict.merge inOne inBoth inOne d1 d2 (Dict.empty)
mergeState : State -> State -> State
mergeState s1 s2 = State <| mergeMaybe mergeStateEvents s1.events s2.events
mergeTimeline : Timeline -> Timeline -> Timeline
mergeTimeline t1 t2 = Timeline (mergeMaybe mergeRoomEvents t1.events t2.events) Nothing t1.prevBatch
mergeEphemeral : Ephemeral -> Ephemeral -> Ephemeral
mergeEphemeral e1 e2 = Ephemeral <| mergeMaybe mergeEvents e1.events e2.events
mergeJoinedRoom : JoinedRoom -> JoinedRoom -> JoinedRoom
mergeJoinedRoom r1 r2 =
{ r2 | state = mergeMaybe mergeState r1.state r2.state
, timeline = mergeMaybe mergeTimeline r1.timeline r2.timeline
, accountData = mergeMaybe mergeAccountData r1.accountData r2.accountData
, ephemeral = mergeMaybe mergeEphemeral r1.ephemeral r2.ephemeral
}
mergeInviteState : InviteState -> InviteState -> InviteState
mergeInviteState i1 i2 = InviteState <| mergeMaybe mergeStrippedStates i1.events i2.events
mergeInvitedRoom : InvitedRoom -> InvitedRoom -> InvitedRoom
mergeInvitedRoom i1 i2 = InvitedRoom <| mergeMaybe mergeInviteState i1.inviteState i2.inviteState
mergeLeftRoom : LeftRoom -> LeftRoom -> LeftRoom
mergeLeftRoom l1 l2 = LeftRoom
(mergeMaybe mergeState l1.state l2.state)
(mergeMaybe mergeTimeline l1.timeline l2.timeline)
(mergeMaybe mergeAccountData l1.accountData l2.accountData)
mergeJoin : Dict String JoinedRoom -> Dict String JoinedRoom -> Dict String JoinedRoom
mergeJoin = mergeDicts mergeJoinedRoom
mergeInvite : Dict String InvitedRoom -> Dict String InvitedRoom -> Dict String InvitedRoom
mergeInvite = mergeDicts mergeInvitedRoom
mergeLeave : Dict String LeftRoom -> Dict String LeftRoom -> Dict String LeftRoom
mergeLeave = mergeDicts mergeLeftRoom
mergeRooms : Rooms -> Rooms -> Rooms
mergeRooms r1 r2 =
{ join = mergeMaybe mergeJoin r1.join r2.join
, invite = mergeMaybe mergeInvite r1.invite r2.invite
, leave = mergeMaybe mergeLeave r1.leave r2.leave
}
mergeSyncResponse : SyncResponse -> SyncResponse -> SyncResponse
mergeSyncResponse l r =
{ r | rooms = mergeMaybe mergeRooms l.rooms r.rooms
, accountData = mergeMaybe mergeAccountData l.accountData r.accountData
}
appendRoomHistoryResponse : JoinedRoom -> HistoryResponse -> JoinedRoom
appendRoomHistoryResponse jr hr =
let
oldEvents = Maybe.withDefault [] <| Maybe.andThen .events jr.timeline
newEvents = mergeRoomEvents (List.reverse hr.chunk) oldEvents
newTimeline = case jr.timeline of
Just t -> Just { t | events = Just newEvents, prevBatch = Just hr.end }
Nothing -> Just { events = Just newEvents, prevBatch = Just hr.end, limited = Nothing }
in
{ jr | timeline = newTimeline }
appendHistoryResponse : SyncResponse -> RoomId -> HistoryResponse -> SyncResponse
appendHistoryResponse sr r hr =
let
appendMaybeRoomHistoryResponse mr = Just <| case mr of
Just jr -> appendRoomHistoryResponse jr hr
Nothing ->
{ state = Nothing
, timeline = Just
{ events = Just hr.chunk
, limited = Nothing
, prevBatch = Just hr.end
}
, ephemeral = Nothing
, accountData = Nothing
, unreadNotifications = Nothing
}
newRooms = Just <| case sr.rooms of
Just rs -> { rs | join = newJoin rs.join }
Nothing -> { join = newJoin Nothing, leave = Nothing, invite = Nothing }
newJoin j = Maybe.map (Dict.update r appendMaybeRoomHistoryResponse) j
in
{ sr | rooms = newRooms }
-- Business Logic: Names
senderName : String -> String
senderName s =
let
colonIndex = Maybe.withDefault -1
<| List.head
<| String.indexes ":" s
in
String.slice 1 colonIndex s
homeserver : String -> String
homeserver s =
let
colonIndex = Maybe.withDefault 0
<| Maybe.map ((+) 1)
<| List.head
<| String.indexes ":" s
in
String.dropLeft colonIndex s
-- Business Logic: Events -- Business Logic: Events
allRoomStateEvents : JoinedRoom -> List StateEvent
allRoomStateEvents jr =
let
stateEvents = Maybe.withDefault [] <| Maybe.andThen .events jr.state
timelineEvents = Maybe.withDefault [] <| Maybe.andThen .events jr.timeline
roomToStateEvent re =
{ content = re.content
, type_ = re.type_
, eventId = re.eventId
, sender = re.sender
, originServerTs = re.originServerTs
, unsigned = re.unsigned
, prevContent = Nothing
, stateKey = ""
}
allStateEvents = uniqueBy .eventId (stateEvents ++ (List.map roomToStateEvent timelineEvents))
in
allStateEvents
allRoomDictTimelineEvents : Dict String { a | timeline : Maybe Timeline } -> List RoomEvent allRoomDictTimelineEvents : Dict String { a | timeline : Maybe Timeline } -> List RoomEvent
allRoomDictTimelineEvents dict = List.concatMap (Maybe.withDefault [] << .events) allRoomDictTimelineEvents dict = List.concatMap (Maybe.withDefault [] << .events)
<| List.filterMap .timeline <| List.filterMap .timeline
<| Dict.values dict <| Dict.values dict
allTimelineEventIds : SyncResponse -> List String allTimelineEventIds : SyncResponse -> List String
allTimelineEventIds s = List.map .eventId <| allTimelineEvents s allTimelineEventIds s = List.map getEventId <| allTimelineEvents s
allTimelineEvents : SyncResponse -> List RoomEvent allTimelineEvents : SyncResponse -> List RoomEvent
allTimelineEvents s = allTimelineEvents s =
@ -476,7 +76,7 @@ allTimelineEvents s =
joinedEvents = eventsFor .join joinedEvents = eventsFor .join
leftEvents = eventsFor .leave leftEvents = eventsFor .leave
in in
uniqueBy .eventId <| leftEvents ++ joinedEvents leftEvents ++ joinedEvents
joinedRoomsTimelineEvents : SyncResponse -> Dict String (List RoomEvent) joinedRoomsTimelineEvents : SyncResponse -> Dict String (List RoomEvent)
joinedRoomsTimelineEvents s = joinedRoomsTimelineEvents s =
@ -484,65 +84,6 @@ joinedRoomsTimelineEvents s =
<| Maybe.map (Dict.map (\k v -> Maybe.withDefault [] <| Maybe.andThen .events v.timeline)) <| Maybe.map (Dict.map (\k v -> Maybe.withDefault [] <| Maybe.andThen .events v.timeline))
<| Maybe.andThen .join s.rooms <| Maybe.andThen .join s.rooms
totalNotificationCountString : SyncResponse -> Maybe String
totalNotificationCountString sr =
let
(h, n) = totalNotificationCounts sr
suffix = case h of
0 -> ""
_ -> "!"
in
case n of
0 -> Nothing
_ -> Just <| "(" ++ String.fromInt n ++ suffix ++ ")"
totalNotificationCounts : SyncResponse -> (Int, Int)
totalNotificationCounts sr =
let
rooms = Maybe.withDefault []
<| Maybe.map (Dict.values)
<| Maybe.andThen (.join) sr.rooms
zeroDefault = Maybe.withDefault 0
getCounts = Maybe.map (\cs -> (zeroDefault cs.highlightCount, zeroDefault cs.notificationCount))
<< .unreadNotifications
sumCounts (h1, n1) (h2, n2) = (h1 + h2, n1 + n2)
in
List.foldl sumCounts (0, 0)
<| List.filterMap getCounts rooms
-- Business Logic: Room Info
roomAccountData : JoinedRoom -> String -> Maybe Decode.Value
roomAccountData jr et =
Maybe.map .content
<| Maybe.andThen (List.head << List.filter (((==) et) << .type_))
<| Maybe.andThen .events jr.accountData
roomName : JoinedRoom -> Maybe String
roomName jr =
let
name c = Result.toMaybe <| Decode.decodeValue (field "name" string) c
nameEvent = findLastEvent (((==) "m.room.name") << .type_) <| allRoomStateEvents jr
in
Maybe.andThen (name << .content) nameEvent
roomTypingUsers : JoinedRoom -> List Username
roomTypingUsers jr = Maybe.withDefault []
<| Maybe.andThen (Result.toMaybe << Decode.decodeValue (Decode.field "user_ids" (list string)))
<| Maybe.map .content
<| Maybe.andThen (findLast (((==) "m.typing") << .type_))
<| Maybe.andThen .events jr.ephemeral
-- Business Logic: Users -- Business Logic: Users
allUsers : SyncResponse -> List Username allUsers : SyncResponse -> List Username
allUsers s = uniqueBy (\u -> u) <| List.map .sender <| allTimelineEvents s allUsers s = uniqueBy (\u -> u) <| List.map getSender <| allTimelineEvents s
roomJoinedUsers : JoinedRoom -> List Username
roomJoinedUsers r =
let
contentDecoder = Decode.field "membership" Decode.string
isJoin e = Ok "join" == (Decode.decodeValue contentDecoder e.content)
in
List.map .sender
<| List.filter isJoin
<| List.filter (((==) "m.room.member") << .type_)
<| allRoomStateEvents r

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@ -0,0 +1,50 @@
module Scylla.Sync.AccountData exposing (..)
import Scylla.ListUtils exposing (..)
import Scylla.Sync.DecodeTools exposing (maybeDecode)
import Scylla.Sync.Events exposing (Event, eventDecoder)
import Json.Decode as Decode exposing (Decoder, list, decodeValue)
import Dict exposing (Dict)
type alias AccountData =
{ events : Maybe (List Event)
}
accountDataDecoder : Decoder AccountData
accountDataDecoder =
Decode.succeed AccountData
|> maybeDecode "events" (list eventDecoder)
type alias DirectMessages = Dict String String
directMessagesDecoder : Decode.Decoder DirectMessages
directMessagesDecoder =
Decode.dict (Decode.list Decode.string)
|> Decode.map (invertDirectMessages)
type alias DirectMessagesRaw = Dict String (List String)
invertDirectMessages : DirectMessagesRaw -> DirectMessages
invertDirectMessages dmr =
Dict.foldl
(\k lv acc -> List.foldl (\v -> Dict.insert v k) acc lv)
Dict.empty
dmr
applyAccountData : Maybe AccountData -> AccountData -> AccountData
applyAccountData mad ad =
case mad of
Nothing -> ad
Just newAd ->
case (newAd.events, ad.events) of
(Just es, Nothing) -> newAd
(Just newEs, Just es) -> { events = Just (newEs ++ es) }
_ -> ad
getAccountData : String -> Decode.Decoder a -> AccountData -> Maybe a
getAccountData key d ad = ad.events
|> Maybe.andThen (findFirst ((==) key << .type_))
|> Maybe.map .content
|> Maybe.andThen (Result.toMaybe << decodeValue d)
getDirectMessages : AccountData -> Maybe DirectMessages
getDirectMessages = getAccountData "m.direct" directMessagesDecoder

View File

@ -0,0 +1,9 @@
module Scylla.Sync.DecodeTools exposing (..)
import Json.Decode as Decode exposing (Decoder)
import Json.Decode.Pipeline exposing (optional)
decodeJust : Decoder a -> Decoder (Maybe a)
decodeJust = Decode.map Just
maybeDecode : String -> Decoder a -> Decoder (Maybe a -> b) -> Decoder b
maybeDecode s d = optional s (decodeJust d) Nothing

143
src/Scylla/Sync/Events.elm Normal file
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@ -0,0 +1,143 @@
module Scylla.Sync.Events exposing (..)
import Scylla.Sync.DecodeTools exposing (maybeDecode)
import Json.Decode as Decode exposing (Decoder, int, string, value, oneOf)
import Json.Decode.Pipeline exposing (required)
type alias UnsignedData =
{ age : Maybe Int
, redactedBecause : Maybe Event
, transactionId : Maybe String
}
unsignedDataDecoder : Decoder UnsignedData
unsignedDataDecoder =
Decode.succeed UnsignedData
|> maybeDecode "age" int
|> maybeDecode "redacted_because" eventDecoder
|> maybeDecode "transaction_id" string
type alias EventContent = Decode.Value
eventContentDecoder : Decoder EventContent
eventContentDecoder = Decode.value
type alias Event =
{ content : Decode.Value
, type_ : String
}
eventDecoder : Decoder Event
eventDecoder =
Decode.succeed Event
|> required "content" value
|> required "type" string
type RoomEvent
= StateRoomEvent StateEvent
| MessageRoomEvent MessageEvent
roomEventDecoder : Decoder RoomEvent
roomEventDecoder = oneOf
[ Decode.map MessageRoomEvent messageEventDecoder
, Decode.map StateRoomEvent stateEventDecoder
]
type alias MessageEvent =
{ content : EventContent
, type_ : String
, eventId : String
, sender : String
, originServerTs : Int
, unsigned : Maybe UnsignedData
}
messageEventDecoder : Decoder MessageEvent
messageEventDecoder =
Decode.succeed MessageEvent
|> required "content" value
|> required "type" string
|> required "event_id" string
|> required "sender" string
|> required "origin_server_ts" int
|> maybeDecode "unsigned" unsignedDataDecoder
type alias StateEvent =
{ content : EventContent
, type_ : String
, eventId : String
, sender : String
, originServerTs : Int
, unsigned : Maybe UnsignedData
, prevContent : Maybe EventContent
, stateKey : String
}
stateEventDecoder : Decoder StateEvent
stateEventDecoder =
Decode.succeed StateEvent
|> required "content" value
|> required "type" string
|> required "event_id" string
|> required "sender" string
|> required "origin_server_ts" int
|> maybeDecode "unsigned" unsignedDataDecoder
|> maybeDecode "prev_content" eventContentDecoder
|> required "state_key" string
type alias StrippedStateEvent =
{ content : EventContent
, stateKey : String
, type_ : String
, sender : String
}
strippedStateEventDecoder : Decoder StrippedStateEvent
strippedStateEventDecoder =
Decode.succeed StrippedStateEvent
|> required "content" eventContentDecoder
|> required "state_key" string
|> required "type" string
|> required "sender" string
-- Operations on Room Events
getUnsigned : RoomEvent -> Maybe UnsignedData
getUnsigned re =
case re of
StateRoomEvent e -> e.unsigned
MessageRoomEvent e -> e.unsigned
getEventId : RoomEvent -> String
getEventId re =
case re of
StateRoomEvent e -> e.eventId
MessageRoomEvent e -> e.eventId
getSender : RoomEvent -> String
getSender re =
case re of
StateRoomEvent e -> e.sender
MessageRoomEvent e -> e.sender
getType : RoomEvent -> String
getType re =
case re of
StateRoomEvent e -> e.type_
MessageRoomEvent e -> e.type_
toStateEvent : RoomEvent -> Maybe StateEvent
toStateEvent re =
case re of
StateRoomEvent e -> Just e
_ -> Nothing
toMessageEvent : RoomEvent -> Maybe MessageEvent
toMessageEvent re =
case re of
MessageRoomEvent e -> Just e
_ -> Nothing
toEvent : RoomEvent -> Event
toEvent re =
case re of
StateRoomEvent e -> { content = e.content, type_ = e.type_ }
MessageRoomEvent e -> { content = e.content, type_ = e.type_ }

109
src/Scylla/Sync/Rooms.elm Normal file
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@ -0,0 +1,109 @@
module Scylla.Sync.Rooms exposing (..)
import Scylla.Sync.DecodeTools exposing (maybeDecode)
import Scylla.Sync.Events exposing (Event, RoomEvent, StateEvent, StrippedStateEvent, stateEventDecoder, strippedStateEventDecoder, roomEventDecoder, eventDecoder)
import Scylla.Sync.AccountData exposing (AccountData, accountDataDecoder)
import Json.Decode as Decode exposing (Decoder, int, string, dict, list, bool)
import Json.Decode.Pipeline exposing (required)
import Dict exposing (Dict)
type alias Rooms =
{ join : Maybe (Dict String JoinedRoom)
, invite : Maybe (Dict String InvitedRoom)
, leave : Maybe (Dict String LeftRoom)
}
roomsDecoder : Decoder Rooms
roomsDecoder =
Decode.succeed Rooms
|> maybeDecode "join" (dict joinedRoomDecoder)
|> maybeDecode "invite" (dict invitedRoomDecoder)
|> maybeDecode "leave" (dict leftRoomDecoder)
type alias JoinedRoom =
{ state : Maybe State
, timeline : Maybe Timeline
, ephemeral : Maybe Ephemeral
, accountData : Maybe AccountData
, unreadNotifications : Maybe UnreadNotificationCounts
}
joinedRoomDecoder : Decoder JoinedRoom
joinedRoomDecoder =
Decode.succeed JoinedRoom
|> maybeDecode "state" stateDecoder
|> maybeDecode "timeline" timelineDecoder
|> maybeDecode "ephemeral" ephemeralDecoder
|> maybeDecode "account_data" accountDataDecoder
|> maybeDecode "unread_notifications" unreadNotificationCountsDecoder
type alias InvitedRoom =
{ inviteState : Maybe InviteState
}
invitedRoomDecoder : Decoder InvitedRoom
invitedRoomDecoder =
Decode.succeed InvitedRoom
|> maybeDecode "invite_state" inviteStateDecoder
type alias LeftRoom =
{ state : Maybe State
, timeline : Maybe Timeline
, accountData : Maybe AccountData
}
leftRoomDecoder : Decoder LeftRoom
leftRoomDecoder =
Decode.succeed LeftRoom
|> maybeDecode "state" stateDecoder
|> maybeDecode "timeline" timelineDecoder
|> maybeDecode "account_data" accountDataDecoder
type alias State =
{ events : Maybe (List StateEvent)
}
stateDecoder : Decoder State
stateDecoder =
Decode.succeed State
|> maybeDecode "events" (list stateEventDecoder)
type alias InviteState =
{ events : Maybe (List StrippedStateEvent)
}
inviteStateDecoder : Decoder InviteState
inviteStateDecoder =
Decode.succeed InviteState
|> maybeDecode "events" (list strippedStateEventDecoder)
type alias Timeline =
{ events : Maybe (List RoomEvent)
, limited : Maybe Bool
, prevBatch : Maybe String
}
timelineDecoder =
Decode.succeed Timeline
|> maybeDecode "events" (list roomEventDecoder)
|> maybeDecode "limited" bool
|> maybeDecode "prev_batch" string
type alias Ephemeral =
{ events : Maybe (List Event)
}
ephemeralDecoder : Decoder Ephemeral
ephemeralDecoder =
Decode.succeed Ephemeral
|> maybeDecode "events" (list eventDecoder)
type alias UnreadNotificationCounts =
{ highlightCount : Maybe Int
, notificationCount : Maybe Int
}
unreadNotificationCountsDecoder : Decoder UnreadNotificationCounts
unreadNotificationCountsDecoder =
Decode.succeed UnreadNotificationCounts
|> maybeDecode "highlight_count" int
|> maybeDecode "notification_count" int

View File

@ -1,6 +1,8 @@
module Scylla.UserData exposing (..) module Scylla.UserData exposing (..)
import Scylla.Login exposing (Username)
import Json.Decode as Decode exposing (Decoder, int, string, float, list, value, dict, bool, field) import Json.Decode as Decode exposing (Decoder, int, string, float, list, value, dict, bool, field)
import Json.Decode.Pipeline exposing (required, optional) import Json.Decode.Pipeline exposing (required, optional)
import Dict exposing (Dict)
type alias UserData = type alias UserData =
{ displayName : Maybe String { displayName : Maybe String
@ -12,3 +14,18 @@ userDataDecoder =
Decode.succeed UserData Decode.succeed UserData
|> optional "displayname" (Decode.map Just string) Nothing |> optional "displayname" (Decode.map Just string) Nothing
|> optional "avatar_url" (Decode.map Just string) Nothing |> optional "avatar_url" (Decode.map Just string) Nothing
getDisplayName : Dict Username UserData -> Username -> String
getDisplayName ud s = Dict.get s ud
|> Maybe.andThen .displayName
|> Maybe.withDefault (getSenderName s)
getSenderName : Username -> String
getSenderName s =
let
colonIndex = Maybe.withDefault -1
<| List.head
<| String.indexes ":" s
in
String.slice 1 colonIndex s

View File

@ -1,13 +1,17 @@
module Scylla.Views exposing (..) module Scylla.Views exposing (..)
import Scylla.Model exposing (..) import Scylla.Model exposing (..)
import Scylla.Sync exposing (..) import Scylla.Sync exposing (..)
import Scylla.Sync.Events exposing (..)
import Scylla.Sync.Rooms exposing (..)
import Scylla.Room exposing (RoomData, emptyOpenRooms, getHomeserver, getRoomName, getRoomTypingUsers)
import Scylla.Route exposing (..) import Scylla.Route exposing (..)
import Scylla.Fnv as Fnv import Scylla.Fnv as Fnv
import Scylla.Messages exposing (..) import Scylla.Messages exposing (..)
import Scylla.Login exposing (Username) import Scylla.Login exposing (Username)
import Scylla.UserData exposing (UserData) import Scylla.UserData exposing (UserData, getDisplayName)
import Scylla.Http exposing (fullMediaUrl) import Scylla.Http exposing (fullMediaUrl)
import Scylla.Api exposing (ApiUrl) import Scylla.Api exposing (ApiUrl)
import Scylla.ListUtils exposing (groupBy)
import Html.Parser import Html.Parser
import Html.Parser.Util import Html.Parser.Util
import Svg import Svg
@ -44,10 +48,8 @@ stringColor s =
viewFull : Model -> List (Html Msg) viewFull : Model -> List (Html Msg)
viewFull model = viewFull model =
let let
room r = Maybe.map (\jr -> (r, jr)) room r = Dict.get r model.rooms
<| Maybe.andThen (Dict.get r) |> Maybe.map (\rd -> (r, rd))
<| Maybe.andThen .join
<| model.sync.rooms
core = case model.route of core = case model.route of
Login -> loginView model Login -> loginView model
Base -> baseView model Nothing Base -> baseView model Nothing
@ -63,10 +65,10 @@ errorsView = div [ class "errors-wrapper" ] << List.indexedMap errorView
errorView : Int -> String -> Html Msg errorView : Int -> String -> Html Msg
errorView i s = div [ class "error-wrapper", onClick <| DismissError i ] [ iconView "alert-triangle", text s ] errorView i s = div [ class "error-wrapper", onClick <| DismissError i ] [ iconView "alert-triangle", text s ]
baseView : Model -> Maybe (RoomId, JoinedRoom) -> Html Msg baseView : Model -> Maybe (RoomId, RoomData) -> Html Msg
baseView m jr = baseView m rd =
let let
roomView = Maybe.map (\(id, r) -> joinedRoomView m id r) jr roomView = Maybe.map (\(id, r) -> joinedRoomView m id r) rd
reconnect = reconnectView m reconnect = reconnectView m
in in
div [ class "base-wrapper" ] <| maybeHtml div [ class "base-wrapper" ] <| maybeHtml
@ -83,11 +85,8 @@ reconnectView m = if m.connected
roomListView : Model -> Html Msg roomListView : Model -> Html Msg
roomListView m = roomListView m =
let let
rooms = Maybe.withDefault (Dict.empty)
<| Maybe.andThen .join
<| m.sync.rooms
groups = roomGroups groups = roomGroups
<| Dict.toList rooms <| Dict.toList m.rooms
homeserverList = div [ class "homeservers-list" ] homeserverList = div [ class "homeservers-list" ]
<| List.map (\(k, v) -> homeserverView m k v) <| List.map (\(k, v) -> homeserverView m k v)
<| Dict.toList groups <| Dict.toList groups
@ -104,22 +103,22 @@ roomListView m =
, homeserverList , homeserverList
] ]
roomGroups : List (String, JoinedRoom) -> Dict String (List (String, JoinedRoom)) roomGroups : List (String, RoomData) -> Dict String (List (String, RoomData))
roomGroups jrs = groupBy (homeserver << Tuple.first) jrs roomGroups jrs = groupBy (getHomeserver << Tuple.first) jrs
homeserverView : Model -> String -> List (String, JoinedRoom) -> Html Msg homeserverView : Model -> String -> List (String, RoomData) -> Html Msg
homeserverView m hs rs = homeserverView m hs rs =
let let
roomList = div [ class "rooms-list" ] roomList = div [ class "rooms-list" ]
<| List.map (\(rid, r) -> roomListElementView m rid r) <| List.map (\(rid, r) -> roomListElementView m rid r)
<| List.sortBy (\(rid, r) -> roomDisplayName m.roomNames rid) rs <| List.sortBy (\(rid, r) -> getRoomName m.accountData m.userData rid r) rs
in in
div [ class "homeserver-wrapper" ] [ h3 [] [ text hs ], roomList ] div [ class "homeserver-wrapper" ] [ h3 [] [ text hs ], roomList ]
roomListElementView : Model -> RoomId -> JoinedRoom -> Html Msg roomListElementView : Model -> RoomId -> RoomData -> Html Msg
roomListElementView m rid jr = roomListElementView m rid rd =
let let
name = roomDisplayName m.roomNames rid name = getRoomName m.accountData m.userData rid rd
isVisible = m.searchText == "" || (String.contains (String.toLower m.searchText) <| String.toLower name) isVisible = m.searchText == "" || (String.contains (String.toLower m.searchText) <| String.toLower name)
isCurrentRoom = case currentRoomId m of isCurrentRoom = case currentRoomId m of
Nothing -> False Nothing -> False
@ -131,10 +130,10 @@ roomListElementView m rid jr =
, ("hidden", not isVisible) , ("hidden", not isVisible)
] ]
] ]
<| roomNotificationCountView jr.unreadNotifications ++ <| roomNotificationCountView rd.unreadNotifications ++
[ a [ href <| roomUrl rid ] [ text name ] ] [ a [ href <| roomUrl rid ] [ text name ] ]
roomNotificationCountView : Maybe UnreadNotificationCounts -> List (Html Msg) roomNotificationCountView : UnreadNotificationCounts -> List (Html Msg)
roomNotificationCountView ns = roomNotificationCountView ns =
let let
wrap b = span wrap b = span
@ -143,7 +142,7 @@ roomNotificationCountView ns =
, ("bright", b) , ("bright", b)
] ]
] ]
getCount f = Maybe.withDefault 0 << Maybe.andThen f getCount f = Maybe.withDefault 0 << f
in in
case (getCount .notificationCount ns, getCount .highlightCount ns) of case (getCount .notificationCount ns, getCount .highlightCount ns) of
(0, 0) -> [] (0, 0) -> []
@ -159,10 +158,10 @@ loginView m = div [ class "login-wrapper" ]
, button [ onClick AttemptLogin ] [ text "Log In" ] , button [ onClick AttemptLogin ] [ text "Log In" ]
] ]
joinedRoomView : Model -> RoomId -> JoinedRoom -> Html Msg joinedRoomView : Model -> RoomId -> RoomData -> Html Msg
joinedRoomView m roomId jr = joinedRoomView m roomId rd =
let let
typing = List.map (displayName m.userData) <| roomTypingUsers jr typing = List.map (getDisplayName m.userData) <| getRoomTypingUsers rd
typingText = String.join ", " typing typingText = String.join ", " typing
typingSuffix = case List.length typing of typingSuffix = case List.length typing of
0 -> "" 0 -> ""
@ -183,18 +182,16 @@ joinedRoomView m roomId jr =
] ]
in in
div [ class "room-wrapper" ] div [ class "room-wrapper" ]
[ h2 [] [ text <| roomDisplayName m.roomNames roomId ] [ h2 [] [ text <| getRoomName m.accountData m.userData roomId rd ]
, lazy6 lazyMessagesView m.userData roomId jr m.apiUrl m.loginUsername m.sending , lazy6 lazyMessagesView m.userData roomId rd m.apiUrl m.loginUsername m.sending
, messageInput , messageInput
, typingWrapper , typingWrapper
] ]
lazyMessagesView : Dict String UserData -> RoomId -> JoinedRoom -> ApiUrl -> Username -> Dict Int (RoomId, SendingMessage) -> Html Msg lazyMessagesView : Dict String UserData -> RoomId -> RoomData -> ApiUrl -> Username -> Dict Int (RoomId, SendingMessage) -> Html Msg
lazyMessagesView ud rid jr au lu snd = lazyMessagesView ud rid rd au lu snd =
let let
roomReceived = receivedMessagesRoom roomReceived = receivedMessagesRoom rd
<| Maybe.withDefault []
<| Maybe.andThen .events jr.timeline
roomSending = sendingMessagesRoom rid snd roomSending = sendingMessagesRoom rid snd
renderedMessages = List.map (userMessagesView ud au) renderedMessages = List.map (userMessagesView ud au)
<| mergeMessages lu <| mergeMessages lu
@ -229,7 +226,7 @@ messagesWrapperView rid es = div [ class "messages-wrapper", id "messages-wrappe
senderView : Dict String UserData -> Username -> Html Msg senderView : Dict String UserData -> Username -> Html Msg
senderView ud s = senderView ud s =
span [ style "color" <| stringColor s, class "sender-wrapper" ] [ text <| displayName ud s ] span [ style "color" <| stringColor s, class "sender-wrapper" ] [ text <| getDisplayName ud s ]
userMessagesView : Dict String UserData -> ApiUrl -> (Username, List Message) -> Html Msg userMessagesView : Dict String UserData -> ApiUrl -> (Username, List Message) -> Html Msg
userMessagesView ud apiUrl (u, ms) = userMessagesView ud apiUrl (u, ms) =
@ -250,7 +247,7 @@ sendingMessageView : SendingMessage -> Html Msg
sendingMessageView msg = case msg.body of sendingMessageView msg = case msg.body of
TextMessage t -> span [ class "sending"] [ text t ] TextMessage t -> span [ class "sending"] [ text t ]
roomEventView : Dict String UserData -> ApiUrl -> RoomEvent -> Maybe (Html Msg) roomEventView : Dict String UserData -> ApiUrl -> MessageEvent -> Maybe (Html Msg)
roomEventView ud apiUrl re = roomEventView ud apiUrl re =
let let
msgtype = Decode.decodeValue (Decode.field "msgtype" Decode.string) re.content msgtype = Decode.decodeValue (Decode.field "msgtype" Decode.string) re.content
@ -264,13 +261,13 @@ roomEventView ud apiUrl re =
Ok "m.video" -> roomEventVideoView apiUrl re Ok "m.video" -> roomEventVideoView apiUrl re
_ -> Nothing _ -> Nothing
roomEventFormattedContent : RoomEvent -> Maybe (List (Html Msg)) roomEventFormattedContent : MessageEvent -> Maybe (List (Html Msg))
roomEventFormattedContent re = Maybe.map Html.Parser.Util.toVirtualDom roomEventFormattedContent re = Maybe.map Html.Parser.Util.toVirtualDom
<| Maybe.andThen (Result.toMaybe << Html.Parser.run ) <| Maybe.andThen (Result.toMaybe << Html.Parser.run )
<| Result.toMaybe <| Result.toMaybe
<| Decode.decodeValue (Decode.field "formatted_body" Decode.string) re.content <| Decode.decodeValue (Decode.field "formatted_body" Decode.string) re.content
roomEventContent : (List (Html Msg) -> Html Msg) -> RoomEvent -> Maybe (Html Msg) roomEventContent : (List (Html Msg) -> Html Msg) -> MessageEvent -> Maybe (Html Msg)
roomEventContent f re = roomEventContent f re =
let let
body = Decode.decodeValue (Decode.field "body" Decode.string) re.content body = Decode.decodeValue (Decode.field "body" Decode.string) re.content
@ -280,20 +277,20 @@ roomEventContent f re =
Just c -> Just <| f c Just c -> Just <| f c
Nothing -> Maybe.map (f << List.singleton << text) <| Result.toMaybe body Nothing -> Maybe.map (f << List.singleton << text) <| Result.toMaybe body
roomEventEmoteView : Dict String UserData -> RoomEvent -> Maybe (Html Msg) roomEventEmoteView : Dict String UserData -> MessageEvent -> Maybe (Html Msg)
roomEventEmoteView ud re = roomEventEmoteView ud re =
let let
emoteText = "* " ++ displayName ud re.sender ++ " " emoteText = "* " ++ getDisplayName ud re.sender ++ " "
in in
roomEventContent (\cs -> span [] (text emoteText :: cs)) re roomEventContent (\cs -> span [] (text emoteText :: cs)) re
roomEventNoticeView : RoomEvent -> Maybe (Html Msg) roomEventNoticeView : MessageEvent -> Maybe (Html Msg)
roomEventNoticeView = roomEventContent (span [ class "message-notice" ]) roomEventNoticeView = roomEventContent (span [ class "message-notice" ])
roomEventTextView : RoomEvent -> Maybe (Html Msg) roomEventTextView : MessageEvent -> Maybe (Html Msg)
roomEventTextView = roomEventContent (span []) roomEventTextView = roomEventContent (span [])
roomEventImageView : ApiUrl -> RoomEvent -> Maybe (Html Msg) roomEventImageView : ApiUrl -> MessageEvent -> Maybe (Html Msg)
roomEventImageView apiUrl re = roomEventImageView apiUrl re =
let let
body = Decode.decodeValue (Decode.field "url" Decode.string) re.content body = Decode.decodeValue (Decode.field "url" Decode.string) re.content
@ -302,7 +299,7 @@ roomEventImageView apiUrl re =
<| Maybe.map (contentRepositoryDownloadUrl apiUrl) <| Maybe.map (contentRepositoryDownloadUrl apiUrl)
<| Result.toMaybe body <| Result.toMaybe body
roomEventFileView : ApiUrl -> RoomEvent -> Maybe (Html Msg) roomEventFileView : ApiUrl -> MessageEvent -> Maybe (Html Msg)
roomEventFileView apiUrl re = roomEventFileView apiUrl re =
let let
decoder = Decode.map2 (\l r -> (l, r)) (Decode.field "url" Decode.string) (Decode.field "body" Decode.string) decoder = Decode.map2 (\l r -> (l, r)) (Decode.field "url" Decode.string) (Decode.field "body" Decode.string)
@ -312,7 +309,7 @@ roomEventFileView apiUrl re =
<| Maybe.map (\(url, name) -> (contentRepositoryDownloadUrl apiUrl url, name)) <| Maybe.map (\(url, name) -> (contentRepositoryDownloadUrl apiUrl url, name))
<| Result.toMaybe fileData <| Result.toMaybe fileData
roomEventVideoView : ApiUrl -> RoomEvent -> Maybe (Html Msg) roomEventVideoView : ApiUrl -> MessageEvent -> Maybe (Html Msg)
roomEventVideoView apiUrl re = roomEventVideoView apiUrl re =
let let
decoder = Decode.map2 (\l r -> (l, r)) decoder = Decode.map2 (\l r -> (l, r))