Reorganize code

This commit is contained in:
Rashad Gover 2022-04-22 20:14:14 +00:00
parent c3225cd452
commit 970bdf34f1
2 changed files with 211 additions and 403 deletions

View File

@ -1,9 +1,13 @@
{-# LANGUAGE StrictData #-}
{-# LANGUAGE OverloadedStrings #-}
module Chess where
import Data.Map.Strict (Map)
import qualified Data.Map.Strict as Map
import Lucid
import Data.Text
import Control.Monad
data PieceType
= Pawn
@ -16,31 +20,46 @@ data PieceType
data PieceColor = White | Black deriving (Eq, Show)
type Piece = (PieceColor, PieceType)
newtype Piece = Piece { unPiece :: (PieceColor, PieceType) }
wPawn = (White, Pawn)
instance ToHtml Piece where
toHtml (Piece (White, Pawn)) = ""
toHtml (Piece (Black, Pawn)) = ""
toHtml (Piece (White, Knight)) = ""
toHtml (Piece (Black, Knight)) = ""
toHtml (Piece (White, Rook)) = ""
toHtml (Piece (Black, Rook)) = ""
toHtml (Piece (White, Bishop)) = ""
toHtml (Piece (Black, Bishop)) = ""
toHtml (Piece (White, Queen)) = ""
toHtml (Piece (Black, Queen)) = ""
toHtml (Piece (White, King)) = ""
toHtml (Piece (Black, King)) = ""
toHtmlRaw = toHtml
wKnight = (White, Knight)
wPawn = Piece (White, Pawn)
wRook = (White, Rook)
wKnight = Piece (White, Knight)
wBishop = (White, Bishop)
wRook = Piece (White, Rook)
wQueen = (White, Queen)
wBishop = Piece (White, Bishop)
wKing = (White, King)
wQueen = Piece (White, Queen)
bPawn = (Black, Pawn)
wKing = Piece (White, King)
bKnight = (Black, Knight)
bPawn = Piece (Black, Pawn)
bRook = (Black, Rook)
bKnight = Piece (Black, Knight)
bBishop = (Black, Bishop)
bRook = Piece (Black, Rook)
bQueen = (Black, Queen)
bBishop = Piece (Black, Bishop)
bKing = (Black, King)
bQueen = Piece (Black, Queen)
bKing = Piece (Black, King)
data File
= FileA
@ -64,137 +83,95 @@ data Rank
| Rank8
deriving (Eq, Show, Ord)
type Position = (File, Rank)
newtype Position = Position { unPosition :: (File, Rank) } deriving (Eq, Ord)
a1 = (FileA, Rank1)
a2 = (FileA, Rank2)
a3 = (FileA, Rank3)
a4 = (FileA, Rank4)
a5 = (FileA, Rank5)
a6 = (FileA, Rank6)
a7 = (FileA, Rank7)
a8 = (FileA, Rank8)
b1 = (FileB, Rank1)
b2 = (FileB, Rank2)
b3 = (FileB, Rank3)
b4 = (FileB, Rank4)
b5 = (FileB, Rank5)
b6 = (FileB, Rank6)
b7 = (FileB, Rank7)
b8 = (FileB, Rank8)
c1 = (FileC, Rank1)
c2 = (FileC, Rank2)
c3 = (FileC, Rank3)
c4 = (FileC, Rank4)
c5 = (FileC, Rank5)
c6 = (FileC, Rank6)
c7 = (FileC, Rank7)
c8 = (FileC, Rank8)
d1 = (FileD, Rank1)
d2 = (FileD, Rank2)
d3 = (FileD, Rank3)
d4 = (FileD, Rank4)
d5 = (FileD, Rank5)
d6 = (FileD, Rank6)
d7 = (FileD, Rank7)
d8 = (FileD, Rank8)
e1 = (FileE, Rank1)
e2 = (FileE, Rank2)
e3 = (FileE, Rank3)
e4 = (FileE, Rank4)
e5 = (FileE, Rank5)
e6 = (FileE, Rank6)
e7 = (FileE, Rank7)
e8 = (FileE, Rank8)
f1 = (FileF, Rank1)
f2 = (FileF, Rank2)
f3 = (FileF, Rank3)
f4 = (FileF, Rank4)
f5 = (FileF, Rank5)
f6 = (FileF, Rank6)
f7 = (FileF, Rank7)
f8 = (FileF, Rank8)
g1 = (FileG, Rank1)
g2 = (FileG, Rank2)
g3 = (FileG, Rank3)
g4 = (FileG, Rank4)
g5 = (FileG, Rank5)
g6 = (FileG, Rank6)
g7 = (FileG, Rank7)
g8 = (FileG, Rank8)
h1 = (FileH, Rank1)
h2 = (FileH, Rank2)
h3 = (FileH, Rank3)
h4 = (FileH, Rank4)
h5 = (FileH, Rank5)
h6 = (FileH, Rank6)
h7 = (FileH, Rank7)
h8 = (FileH, Rank8)
a1 = Position (FileA, Rank1)
a2 = Position (FileA, Rank2)
a3 = Position (FileA, Rank3)
a4 = Position (FileA, Rank4)
a5 = Position (FileA, Rank5)
a6 = Position (FileA, Rank6)
a7 = Position (FileA, Rank7)
a8 = Position (FileA, Rank8)
b1 = Position (FileB, Rank1)
b2 = Position (FileB, Rank2)
b3 = Position (FileB, Rank3)
b4 = Position (FileB, Rank4)
b5 = Position (FileB, Rank5)
b6 = Position (FileB, Rank6)
b7 = Position (FileB, Rank7)
b8 = Position (FileB, Rank8)
c1 = Position (FileC, Rank1)
c2 = Position (FileC, Rank2)
c3 = Position (FileC, Rank3)
c4 = Position (FileC, Rank4)
c5 = Position (FileC, Rank5)
c6 = Position (FileC, Rank6)
c7 = Position (FileC, Rank7)
c8 = Position (FileC, Rank8)
d1 = Position (FileD, Rank1)
d2 = Position (FileD, Rank2)
d3 = Position (FileD, Rank3)
d4 = Position (FileD, Rank4)
d5 = Position (FileD, Rank5)
d6 = Position (FileD, Rank6)
d7 = Position (FileD, Rank7)
d8 = Position (FileD, Rank8)
e1 = Position (FileE, Rank1)
e2 = Position (FileE, Rank2)
e3 = Position (FileE, Rank3)
e4 = Position (FileE, Rank4)
e5 = Position (FileE, Rank5)
e6 = Position (FileE, Rank6)
e7 = Position (FileE, Rank7)
e8 = Position (FileE, Rank8)
f1 = Position (FileF, Rank1)
f2 = Position (FileF, Rank2)
f3 = Position (FileF, Rank3)
f4 = Position (FileF, Rank4)
f5 = Position (FileF, Rank5)
f6 = Position (FileF, Rank6)
f7 = Position (FileF, Rank7)
f8 = Position (FileF, Rank8)
g1 = Position (FileG, Rank1)
g2 = Position (FileG, Rank2)
g3 = Position (FileG, Rank3)
g4 = Position (FileG, Rank4)
g5 = Position (FileG, Rank5)
g6 = Position (FileG, Rank6)
g7 = Position (FileG, Rank7)
g8 = Position (FileG, Rank8)
h1 = Position (FileH, Rank1)
h2 = Position (FileH, Rank2)
h3 = Position (FileH, Rank3)
h4 = Position (FileH, Rank4)
h5 = Position (FileH, Rank5)
h6 = Position (FileH, Rank6)
h7 = Position (FileH, Rank7)
h8 = Position (FileH, Rank8)
data Board = Board {boardState :: Map Position Piece, boardHighlights :: [Position]}
instance ToHtml Board where
toHtml (Board state highlights) = do
div_ [class_ "grid grid-cols-8 grid-rows-8 gap-0 h-full w-full border-2 border-black"] $ do
let blackSquareClass_ = class_ "flex items-center justify-center bg-gray-700 aspect-square"
whiteSquareClass_ = class_ "flex items-center justify-center bg-gray-200 aspect-square"
forM_
([(x, y) | x <- [1 .. 8], y <- [1 .. 8]])
( \(n, m) ->
div_
[ id_ $ tShow n <> tShow m
, if odd n
then (if odd m then whiteSquareClass_ else blackSquareClass_)
else (if odd m then blackSquareClass_ else whiteSquareClass_)
]
$ maybe "" toHtml (Map.lookup (xyToPosition (n, m)) state)
)
toHtmlRaw = toHtml
tShow :: Show a => a -> Text
tShow = pack . show
startingBoard :: Board
startingBoard = Board (Map.fromList $ whiteFront <> whiteBack <> blackFront <> blackBack) []
@ -239,3 +216,28 @@ startingBoard = Board (Map.fromList $ whiteFront <> whiteBack <> blackFront <> b
(g8, bKnight),
(h8, bRook)
]
xyToPosition :: (Int, Int) -> Position
xyToPosition (x, y) = Position (intToFile y, intToRank (9 - x))
where
intToFile :: Int -> File
intToFile 1 = FileA
intToFile 2 = FileB
intToFile 3 = FileC
intToFile 4 = FileD
intToFile 5 = FileE
intToFile 6 = FileF
intToFile 7 = FileG
intToFile 8 = FileH
intToFile _ = Prelude.error "No File for that Int exists"
intToRank :: Int -> Rank
intToRank 1 = Rank1
intToRank 2 = Rank2
intToRank 3 = Rank3
intToRank 4 = Rank4
intToRank 5 = Rank5
intToRank 6 = Rank6
intToRank 7 = Rank7
intToRank 8 = Rank8
intToRank _ = Prelude.error "No Rank for that Int exists"

View File

@ -15,12 +15,6 @@
module Main where
--as TVar
-- import Control.Monad.Trans.State
-- import qualified Control.Monad.State.Class as State
import Chess
import Control.Applicative
import Control.Concurrent
@ -76,6 +70,8 @@ newtype WaitPool = WaitPool {unWaitPool :: Set Text} -- todo: Add timestamp
newtype ConfirmedPool = ConfirmedPool {unConfirmedPool :: Set Text}
data Player = Player {playerName :: Text} deriving (Eq, Show, Generic, FromForm)
type MonadApp m =
( Monad m,
MonadReader Env m,
@ -85,24 +81,72 @@ type MonadApp m =
main :: IO ()
main = do
print "Running chess app"
let newEnvTVar :: IO (TVar Env)
newEnvTVar = do
eventSource <- Okapi.newEventSource
newTVarIO $ Env (WaitPool mempty) (ConfirmedPool mempty) mempty eventSource
let
newEnvTVar :: IO (TVar Env)
newEnvTVar = do
eventSource <- Okapi.newEventSource
newTVarIO $ Env (WaitPool mempty) (ConfirmedPool mempty) mempty eventSource
hoistApp :: TVar Env -> App a -> IO a
hoistApp envTVar app = runReaderT (runApp app) envTVar
hoistApp :: TVar Env -> App a -> IO a
hoistApp envTVar app = runReaderT (runApp app) envTVar
envTVar <- newEnvTVar
slaveThreadID <- SlaveThread.fork $
forever $ do
threadDelay 1000000
confirmer envTVar
matchmaker envTVar
SlaveThread.fork $ forever $ do
threadDelay 1000000
confirmer envTVar
matchmaker envTVar
Okapi.runOkapi (hoistApp envTVar) 3000 chess
killThread slaveThreadID
-- readIORef :: IORef a -> IO a
confirmer :: TVar Env -> IO ()
confirmer = sendConfirmMessages
where
sendConfirmMessages :: TVar Env -> IO ()
sendConfirmMessages envRef = do
waitPool <- unWaitPool <$> atomically (readWaitPool envRef)
if Set.null waitPool
then pure ()
else do
eventSource <- atomically $ readEventSource envRef
forM_ (Set.toList waitPool) (sendConfirmMessage eventSource)
sendConfirmMessage :: EventSource -> Text -> IO ()
sendConfirmMessage eventSource playerName = Okapi.sendEvent eventSource $ Event (Just $ "confirm-" <> playerName) Nothing ""
matchmaker :: TVar Env -> IO ()
matchmaker = tryNewMatch
where
tryNewMatch :: TVar Env -> IO ()
tryNewMatch envRef = do
confirmedPool <- unConfirmedPool <$> atomically (readConfirmedPool envRef)
if Set.size confirmedPool >= 2 -- at least 2 players confirmed
then do
let p1 = Set.elemAt 0 confirmedPool -- get p1
p2 = Set.elemAt 1 confirmedPool -- get p2
atomically $ deletePlayerFromWaitPool envRef p1 -- delete p1 from pool
atomically $ deletePlayerFromWaitPool envRef p2 -- delete p2 from pool
atomically $ modifyMatches (Set.insert $ Match (p1, p2)) envRef -- add new match
eventSource <- atomically $ readEventSource envRef
sendStartEvents eventSource p1 p2
else pure ()
sendStartEvents :: EventSource -> Text -> Text -> IO ()
sendStartEvents eventSource p1Name p2Name = do
let event1 = Event (Just $ "start-" <> p1Name) Nothing $ renderBS $ toHtml startingBoard
event2 = Event (Just $ "start-" <> p2Name) Nothing $ renderBS $ toHtml startingBoard
Okapi.sendEvent eventSource event1
Okapi.sendEvent eventSource event2
addPlayerToWaitPool :: TVar Env -> Text -> STM ()
addPlayerToWaitPool envRef playerName = modifyWaitPool (WaitPool . Set.insert playerName . unWaitPool) envRef
addPlayerToConfirmedPool :: TVar Env -> Text -> STM ()
addPlayerToConfirmedPool envRef playerName = modifyConfirmedPool (ConfirmedPool . Set.insert playerName . unConfirmedPool) envRef
deletePlayerFromWaitPool :: TVar Env -> Text -> STM ()
deletePlayerFromWaitPool envRef playerName = modifyWaitPool (WaitPool . Set.delete playerName . unWaitPool) envRef
deletePlayerFromConfirmedPool :: TVar Env -> Text -> STM ()
deletePlayerFromConfirmedPool envRef playerName = modifyConfirmedPool (ConfirmedPool . Set.delete playerName . unConfirmedPool) envRef
readFromEnvTVar :: (Env -> a) -> TVar Env -> STM a
readFromEnvTVar f envTVar = do
@ -121,8 +165,6 @@ readMatches = readFromEnvTVar envMatches
readEventSource :: TVar Env -> STM EventSource
readEventSource = readFromEnvTVar envEventSource
-- atomicModifyIORef' :: IORef a -> (a -> (a, b)) -> IO b
modfyEnvTVar :: (Env -> Env) -> TVar Env -> STM ()
modfyEnvTVar f envTVar = modifyTVar' envTVar f
@ -135,58 +177,6 @@ modifyConfirmedPool f = modfyEnvTVar (\env -> env {envConfirmedPool = f $ envCon
modifyMatches :: (Set Match -> Set Match) -> TVar Env -> STM ()
modifyMatches f = modfyEnvTVar (\env -> env {envMatches = f $ envMatches env})
-- atomicWriteIORef :: IORef a -> a -> IO ()
confirmer :: TVar Env -> IO ()
confirmer = sendConfirmMessages
where
sendConfirmMessages :: TVar Env -> IO ()
sendConfirmMessages envRef = do
-- threadDelay 100000000
waitPool <- unWaitPool <$> atomically (readWaitPool envRef)
-- print $ "Wait pool size: " <> (show $ Set.size waitPool)
if Set.null waitPool
then pure () -- print "Wait pool is empty"
else do
-- print "Sending confirm messages"
eventSource <- atomically $ readEventSource envRef
-- waitPool' <- readWaitPool envRef
forM_ (Set.toList waitPool) (sendConfirmMessage eventSource)
sendConfirmMessage :: EventSource -> Text -> IO ()
sendConfirmMessage eventSource playerName = Okapi.sendEvent eventSource $ Event (Just $ "confirm-" <> playerName) Nothing ""
matchmaker :: TVar Env -> IO ()
matchmaker = tryNewMatch
where
tryNewMatch :: TVar Env -> IO ()
tryNewMatch envRef = do
-- threadDelay 100000000
-- print "Starting matchmaker"
confirmedPool <- unConfirmedPool <$> atomically (readConfirmedPool envRef)
-- print $ "Confirm pool size: " <> (show $ Set.size confirmedPool)
if Set.size confirmedPool >= 2 -- at least 2 players confirmed
then do
-- print "Starting match"
let p1 = Set.elemAt 0 confirmedPool -- get p1
p2 = Set.elemAt 1 confirmedPool -- get p2
atomically $ modifyConfirmedPool (ConfirmedPool . Set.delete p1 . unConfirmedPool) envRef -- delete p1 from pool
atomically $ modifyConfirmedPool (ConfirmedPool . Set.delete p2 . unConfirmedPool) envRef -- delete p2 from pool
atomically $ modifyMatches (Set.insert $ Match (p1, p2)) envRef -- add new match
eventSource <- atomically $ readEventSource envRef
sendStartEvent eventSource p1 p2
else pure () -- print "Confirmed pool is less than 2"
sendStartEvent :: EventSource -> Text -> Text -> IO ()
sendStartEvent eventSource p1Name p2Name = do
let event1 = Event (Just $ "start-" <> p1Name) Nothing $ renderBS $ toHtml startingBoard
event2 = Event (Just $ "start-" <> p2Name) Nothing $ renderBS $ toHtml startingBoard
Okapi.sendEvent eventSource event1
Okapi.sendEvent eventSource event2
-- renderStrict :: ToHtml a => a -> BS.ByteString
-- renderStrict = LBS.toStrict . renderBS . toHtmlRaw
newtype Wrap a = Wrap a
instance ToHtml a => ToHtml (Wrap a) where
@ -238,174 +228,6 @@ instance ToHtml Home where
div_ [id_ "content"] "Hello"
toHtmlRaw = toHtml
missingCard_ :: Term arg result => arg -> result
missingCard_ = term "missing-card"
intToFile :: Int -> File
intToFile 1 = FileA
intToFile 2 = FileB
intToFile 3 = FileC
intToFile 4 = FileD
intToFile 5 = FileE
intToFile 6 = FileF
intToFile 7 = FileG
intToFile 8 = FileH
intToFile _ = Prelude.error "No File for that Int exists"
intToRank :: Int -> Rank
intToRank 1 = Rank1
intToRank 2 = Rank2
intToRank 3 = Rank3
intToRank 4 = Rank4
intToRank 5 = Rank5
intToRank 6 = Rank6
intToRank 7 = Rank7
intToRank 8 = Rank8
intToRank _ = Prelude.error "No Rank for that Int exists"
-- positionToXY :: Position -> (Int, Int)
-- positionToXY (file, rank) = (fromEnum file, 9 - fromEnum rank)
xyToPosition :: (Int, Int) -> Position
xyToPosition (x, y) = (intToFile y, intToRank (9 - x))
instance ToHtml Piece where
toHtml (White, Pawn) = ""
toHtml (Black, Pawn) = ""
toHtml (White, Knight) = ""
toHtml (Black, Knight) = ""
toHtml (White, Rook) = ""
toHtml (Black, Rook) = ""
toHtml (White, Bishop) = ""
toHtml (Black, Bishop) = ""
toHtml (White, Queen) = ""
toHtml (Black, Queen) = ""
toHtml (White, King) = ""
toHtml (Black, King) = ""
toHtmlRaw = toHtml
tShow :: Show a => a -> Text
tShow = pack . show
instance ToHtml Board where
toHtml (Board state highlights) = do
-- link_ [id_ "style", rel_ "stylesheet", href_ "https://the.missing.style", hxSwapOob_ "true", hxSwap_ "outerHTML"]
div_ [class_ "grid grid-cols-8 grid-rows-8 gap-0 h-full w-full border-2 border-black"] $ do
let blackSquareClass_ = class_ "flex items-center justify-center bg-gray-700 aspect-square"
whiteSquareClass_ = class_ "flex items-center justify-center bg-gray-200 aspect-square"
forM_
([(x, y) | x <- [1 .. 8], y <- [1 .. 8]])
( \(n, m) ->
div_
[ id_ $ tShow n <> tShow m
, if odd n
then (if odd m then whiteSquareClass_ else blackSquareClass_)
else (if odd m then blackSquareClass_ else whiteSquareClass_)
]
-- $ "♖"
-- $ toHtml $ show n
-- "BB"
$ maybe "" toHtml (Map.lookup (xyToPosition (n, m)) state)
)
-- tr_ [] $ do
-- th_ [] ""
-- th_ [] "a"
-- th_ [] "b"
-- th_ [] "c"
-- th_ [] "d"
-- th_ [] "e"
-- th_ [] "f"
-- th_ [] "g"
-- th_ [] "h"
-- tr_ [] $ do
-- th_ [] "8"
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- tr_ [] $ do
-- th_ [] "7"
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- tr_ [] $ do
-- th_ [] "6"
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- tr_ [] $ do
-- th_ [] "5"
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- tr_ [] $ do
-- th_ [] "4"
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- tr_ [] $ do
-- th_ [] "3"
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- tr_ [] $ do
-- th_ [] "2"
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- tr_ [] $ do
-- th_ [] "1"
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
-- td_ [] ""
toHtmlRaw = toHtml
addPlayerToWaitPool :: TVar Env -> Text -> STM ()
addPlayerToWaitPool envRef playerName = modifyWaitPool (WaitPool . Set.insert playerName . unWaitPool) envRef
addPlayerToConfirmedPool :: TVar Env -> Text -> STM ()
addPlayerToConfirmedPool envRef playerName = modifyConfirmedPool (ConfirmedPool . Set.insert playerName . unConfirmedPool) envRef
data JoinedPool = JoinedPool Text
instance ToHtml JoinedPool where
@ -416,20 +238,14 @@ instance ToHtml JoinedPool where
h4_ $ toHtml $ "Hello, " <> name <> ". Finding an opponent..."
toHtmlRaw = toHtml
-- data Confirmed = Confirmed Text
-- instance ToHtml Confirmed where
-- toHtml (Confirmed name) = do
-- div_ [sseSwap_ ["start-"<>name]] $ do
-- h4_ $ toHtml $ ("Connection confirmed. I'm finding you an opponent now..." :: Text)
-- toHtmlRaw = toHtml
sseConnect_ :: Text -> Attribute
sseConnect_ = makeAttribute "sse-connect"
sseSwap_ :: [Text] -> Attribute
sseSwap_ messageNames = makeAttribute "sse-swap" $ Data.Text.intercalate "," messageNames
-- API
chess :: Okapi Result
chess = home <|> register <|> stream <|> confirm
@ -447,8 +263,6 @@ register = do
liftIO $ atomically $ addPlayerToWaitPool envRef playerName
okLucid [] $ JoinedPool playerName
data Player = Player {playerName :: Text} deriving (Eq, Show, Generic, FromForm)
stream :: Okapi Result
stream = do
get
@ -463,15 +277,7 @@ confirm = do
Okapi.seg "confirm"
playerName <- queryParam "player"
envRef <- ask
liftIO $ atomically $ modifyWaitPool (WaitPool . Set.delete playerName . unWaitPool) envRef
liftIO $ atomically $ addPlayerToConfirmedPool envRef playerName
liftIO $ SlaveThread.fork $ do
atomically $ deletePlayerFromWaitPool envRef playerName
atomically $ addPlayerToConfirmedPool envRef playerName
noContent []
authorize = undefined
-- do
-- authHeaderValue <- Okapi.auth
-- jwtSecret <- read @Text
-- case extractToken authHeaderValue >>= verifyToken jwtSecret of
-- Nothing -> Okapi.error401 [] ""
-- Just userID -> pure userID