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|
module LoggedIn.Update
( update
) where
import Dict
import String
import Task
import Effects exposing (Effects)
import Http exposing (Error(..))
import Date
import Model exposing (Model)
import Model.Translations exposing (getMessage)
import Model.Payment exposing (Payment, PaymentFrequency(..), deletePayment)
import Server
import LoggedData
import LoggedIn.Action as LoggedInAction
import LoggedIn.Model as LoggedInModel
import LoggedIn.Home.Action as HomeAction
import LoggedIn.Home.Update as HomeUpdate
import LoggedIn.Home.Account.Action as AccountAction
import LoggedIn.Home.AddPayment.Action as AddPaymentAction
import LoggedIn.Home.AddPayment.Update as AddPaymentUpdate
import Utils.Tuple as Tuple
import Utils.Effects as Effects
update : Model -> LoggedInAction.Action -> LoggedInModel.Model -> (LoggedInModel.Model, Effects LoggedInAction.Action)
update model action loggedIn =
let loggedData = LoggedData.build model loggedIn
in case action of
LoggedInAction.NoOp ->
(loggedIn, Effects.none)
LoggedInAction.HomeAction homeAction ->
case HomeUpdate.update loggedData homeAction loggedIn.home of
(home, effects) ->
( { loggedIn | home = home }
, Effects.map LoggedInAction.HomeAction effects
)
LoggedInAction.AddPayment name cost frequency ->
update model (LoggedInAction.HomeAction <| HomeAction.UpdateAdd <| AddPaymentAction.WaitingServer) loggedIn
|> Tuple.mapSnd (\effect ->
Server.addPayment name cost frequency
|> Task.map (\paymentId ->
case String.toInt cost of
Err _ ->
LoggedInAction.HomeAction <| HomeAction.UpdateAdd (AddPaymentAction.AddError Nothing (Just (getMessage "CostRequired" loggedData.translations)))
Ok costNumber ->
LoggedInAction.ValidateAddPayment paymentId name costNumber frequency
)
|> flip Task.onError (\err ->
case err of
BadResponse 400 jsonErr ->
case AddPaymentUpdate.addPaymentError model.translations jsonErr of
Just addPaymentAction -> Task.succeed (LoggedInAction.HomeAction <| HomeAction.UpdateAdd addPaymentAction)
Nothing -> Task.succeed LoggedInAction.NoOp
_ ->
Task.succeed LoggedInAction.NoOp
)
|> Effects.task
|> \effect2 -> [effect, effect2]
|> Effects.batch
)
LoggedInAction.ValidateAddPayment paymentId name cost frequency ->
update model (LoggedInAction.HomeAction <| HomeAction.UpdateAdd <| AddPaymentAction.Init frequency) loggedIn
|> flip Effects.andThen (\loggedIn ->
let newPayment = Payment paymentId (Date.fromTime model.currentTime) name cost loggedIn.me
in case frequency of
Punctual ->
update model (LoggedInAction.HomeAction <| HomeAction.UpdatePage 1) loggedIn
|> Tuple.mapFst (\loggedIn -> { loggedIn | payments = newPayment :: loggedIn.payments })
Monthly ->
update model (LoggedInAction.HomeAction <| HomeAction.ShowMonthlyDetail) loggedIn
|> Tuple.mapFst (\loggedIn -> { loggedIn | monthlyPayments = newPayment :: loggedIn.monthlyPayments })
)
LoggedInAction.DeletePayment payment frequency ->
( loggedIn
, Server.deletePayment payment frequency
|> Task.map (always (LoggedInAction.ValidateDeletePayment payment frequency))
|> flip Task.onError (always <| Task.succeed LoggedInAction.NoOp)
|> Effects.task
)
LoggedInAction.ValidateDeletePayment payment frequency ->
( case frequency of
Monthly ->
{ loggedIn | monthlyPayments = deletePayment payment.id loggedIn.monthlyPayments }
Punctual ->
{ loggedIn | payments = deletePayment payment.id loggedIn.payments }
, Effects.none
)
LoggedInAction.UpdateIncome amount ->
( loggedIn
, Server.setIncome amount
|> Task.map (\incomeId -> (LoggedInAction.ValidateUpdateIncome incomeId amount))
|> flip Task.onError (always <| Task.succeed LoggedInAction.NoOp)
|> Effects.task
)
LoggedInAction.ValidateUpdateIncome incomeId amount ->
update model (LoggedInAction.HomeAction <| HomeAction.UpdateAccount <| AccountAction.ToggleIncomeEdition) loggedIn
|> Tuple.mapFst (\loggedIn ->
let newIncome = { userId = loggedIn.me, creation = model.currentTime, amount = amount }
in { loggedIn | incomes = Dict.insert incomeId newIncome loggedIn.incomes }
)
|
