mateamt/src/Model/User.hs

225 lines
5 KiB
Haskell

{-# LANGUAGE OverloadedStrings #-}
module Model.User where
import Data.Text as T hiding (head, foldl)
import Data.Time.Calendar
import Data.Time.Clock
import Data.Profunctor.Product (p6)
import Data.Int (Int64)
import qualified Database.PostgreSQL.Simple as PGS
import Control.Arrow ((<<<))
import Control.Monad.IO.Class (liftIO)
import Opaleye as O
import qualified Opaleye.Constant as C
-- internal imports
import Types.User
import Types.Refine
import Types.Reader
initUser :: PGS.Query
initUser = mconcat
[ "CREATE TABLE IF NOT EXISTS \"user\" ("
, "user_id SERIAL PRIMARY KEY,"
, "user_ident TEXT NOT NULL,"
, "user_balance INTEGER NOT NULL,"
, "user_timestamp DATE NOT NULL,"
, "user_email TEXT,"
, "user_avatar INTEGER REFERENCES \"avatar\"(\"avatar_id\") ON DELETE CASCADE"
, ")"
]
userTable :: Table
( Maybe (Field SqlInt4)
, Field SqlText
, Field SqlInt4
, Field SqlDate
, FieldNullable SqlText
, FieldNullable SqlInt4
)
( Field SqlInt4
, Field SqlText
, Field SqlInt4
, Field SqlDate
, FieldNullable SqlText
, FieldNullable SqlInt4
)
userTable = table "user" (
p6
( tableField "user_id"
, tableField "user_ident"
, tableField "user_balance"
, tableField "user_timestamp"
, tableField "user_email"
, tableField "user_avatar"
)
)
userSelect
:: UserRefine
-> PGS.Connection
-> MateHandler [UserSummary]
userSelect ref conn = do
today <- utctDay <$> liftIO getCurrentTime
users <- liftIO $ runSelect conn (
orderBy (asc (\(_, ident, _, _, _, _) -> ident)) (
keepWhen (\(_, _, _, ts, _, _) -> case ref of
AllUsers ->
C.constant True
ActiveUsers ->
ts .>= C.constant (addDays (-30) today)
OldUsers ->
ts .< C.constant (addDays (-30) today)
) <<< selectTable userTable)
) :: MateHandler
[ ( Int
, Text
, Int
, Day
, Maybe Text
, Maybe Int
)
]
mapM
(\(i1, i2, _, _, _, i6) -> return $
UserSummary i1 i2 i6
)
users
userDetailsSelect
:: Int
-> PGS.Connection
-> MateHandler UserDetails
userDetailsSelect uid conn = do
users <- liftIO $ runSelect conn (
keepWhen (\(uuid, _, _, _, _, _) ->
uuid .== C.constant uid
) <<< queryTable userTable
) :: MateHandler
[ ( Int
, Text
, Int
, Day
, Maybe Text
, Maybe Int
)
]
head <$> mapM
(\(i1, i2, i3, _, i5, i6) -> return $
UserDetails i1 i2 i3 i5 i6
)
users
userBalanceSelect
:: PGS.Connection
-> Int
-> MateHandler Int
userBalanceSelect conn uid = do
users <- liftIO $ runSelect conn (
keepWhen (\(uuid, _, _, _, _, _) ->
uuid .== C.constant uid
) <<< queryTable userTable
) :: MateHandler
[ ( Int
, Text
, Int
, Day
, Maybe Text
, Maybe Int
)
]
head <$> mapM
(\(_, _, i3, _, _, _) -> return i3)
users
insertUser
:: T.Text
-> Maybe T.Text
-> Day
-> PGS.Connection
-> MateHandler Int
insertUser ident email now conn = fmap head $ liftIO $ runInsert_ conn $ Insert
{ iTable = userTable
, iRows =
[
( C.constant (Nothing :: Maybe Int)
, C.constant ident
, C.constant (0 :: Int)
, C.constant now
, C.constant email
, C.constant (Nothing :: Maybe Int)
)
]
, iReturning = rReturning (\(uid, _, _, _, _, _) -> uid)
, iOnConflict = Nothing
}
updateUserDetails
:: Int
-> UserDetailsSubmit
-> Day
-> PGS.Connection
-> MateHandler Int64
updateUserDetails uid uds now conn = liftIO $ runUpdate_ conn $ Update
{ uTable = userTable
, uUpdateWith = updateEasy (\(id_, _, i3, _, _, _) ->
( id_
, C.constant (userDetailsSubmitIdent uds)
, i3
, C.constant now
, C.constant (userDetailsSubmitEmail uds)
, C.constant (userDetailsSubmitAvatar uds)
)
)
, uWhere = \(i1, _, _, _, _, _) -> i1 .== C.constant uid
, uReturning = rCount
}
updateUserTimestamp
:: Int
-> Day
-> PGS.Connection
-> MateHandler Int64
updateUserTimestamp uid now conn = liftIO $ runUpdate_ conn $ Update
{ uTable = userTable
, uUpdateWith = updateEasy (\(id_, ident, balance, _, email, ava) ->
( id_
, ident
, balance
, C.constant now
, email
, ava
)
)
, uWhere = \(i1, _, _, _, _, _) -> i1 .== C.constant uid
, uReturning = rCount
}
addToUserBalance
:: Int
-> Int
-> PGS.Connection
-> MateHandler Int64
addToUserBalance uid amount conn = liftIO $ runUpdate_ conn $ Update
{ uTable = userTable
, uUpdateWith = updateEasy (\(id_, i2, i3, i4, i5, i6) ->
( id_
, i2
, i3 + C.constant amount
, i4
, i5
, i6
)
)
, uWhere = \(i1, _, _, _, _, _) -> i1 .== C.constant uid
, uReturning = rCount
}