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--------------------------------------------------------------------------------
module Xanthous.Monad
( AppT(..)
, AppM
, runAppT
, continue
, halt
-- * Messages
, say
, say_
, message
, message_
, writeMessage
) where
--------------------------------------------------------------------------------
import Xanthous.Prelude
import Control.Monad.Random
import Control.Monad.State
import qualified Brick
import Brick (EventM, Next)
import Data.Aeson
--------------------------------------------------------------------------------
import Xanthous.Game.State
import Xanthous.Messages (Message)
import qualified Xanthous.Messages as Messages
--------------------------------------------------------------------------------
runAppT :: Monad m => AppT m a -> GameState -> m (a, GameState)
runAppT appt initialState = flip runStateT initialState . unAppT $ appt
halt :: AppT (EventM n) (Next GameState)
halt = lift . Brick.halt =<< get
continue :: AppT (EventM n) (Next GameState)
continue = lift . Brick.continue =<< get
--------------------------------------------------------------------------------
say :: (MonadRandom m, ToJSON params, MonadState GameState m)
=> [Text] -> params -> m ()
say msgPath = writeMessage <=< Messages.message msgPath
say_ :: (MonadRandom m, MonadState GameState m) => [Text] -> m ()
say_ msgPath = say msgPath $ object []
message :: (MonadRandom m, ToJSON params, MonadState GameState m)
=> Message -> params -> m ()
message msg = writeMessage <=< Messages.render msg
message_ :: (MonadRandom m, MonadState GameState m)
=> Message -> m ()
message_ msg = message msg $ object []
writeMessage :: MonadState GameState m => Text -> m ()
writeMessage m = messageHistory %= pushMessage m
|
