Game.Antisplice.Utils.Atoms

Provides a variable-storing monad and functions for access (they almost form an arrow)

Documentation

newtype Atom a

Phantom type for atom IDs

Constructors

Atom Int

Instances

Eq (Atom a)

Ord (Atom a)

newtype AtomStoreT m a

The storage monad

Constructors

AtomStore

Fields

runAtomStoreT :: AVL (Int, Dynamic) -> m (a, AVL (Int, Dynamic))

Instances

MonadTrans AtomStoreT

(MonadDungeon m0, ChannelPrinter PlayerId m0) => Broadcaster PlayerId (AtomStoreT m0)

ChannelPrinter Bool m0 => ChannelPrinter Bool (AtomStoreT m0)

ChannelPrinter Int m0 => ChannelPrinter Int (AtomStoreT m0)

ChannelPrinter Handle m0 => ChannelPrinter Handle (AtomStoreT m0)

ChannelPrinter PlayerId m0 => ChannelPrinter PlayerId (AtomStoreT m0)

MonadError SplErr m0 => MonadError SplErr (AtomStoreT m0)

Monad m => Monad (AtomStoreT m)

Functor m => Functor (AtomStoreT m)

HistoryEnv m0 => HistoryEnv (AtomStoreT m0)

ExpanderEnv m0 => ExpanderEnv (AtomStoreT m0)

MonadExpand m0 => MonadExpand (AtomStoreT m0)

ExtendedPrinter m0 => ExtendedPrinter (AtomStoreT m0)

MonadSpawn m0 => MonadSpawn (AtomStoreT m0)

MonadPrinter m0 => MonadPrinter (AtomStoreT m0)

MonadScanner m0 => MonadScanner (AtomStoreT m0)

MonadFinalizer m0 => MonadFinalizer (AtomStoreT m0)

MonadClock m0 => MonadClock (AtomStoreT m0)

MonadRandom m0 => MonadRandom (AtomStoreT m0)

MonadIO m => MonadIO (AtomStoreT m)

MonadCounter m => MonadCounter (AtomStoreT m)

(Functor m, MonadCounter m) => MonadAtoms (AtomStoreT m)

MonadVocab m0 => MonadVocab (AtomStoreT m0)

MonadDungeon m0 => MonadDungeon (AtomStoreT m0)

MonadPlayer m0 => MonadPlayer (AtomStoreT m0)

MonadRoom m0 => MonadRoom (AtomStoreT m0)

class MonadCounter m => MonadAtoms m where

Typeclass for all atom-storing monads.

Methods

newAtom :: Typeable v => m (Atom v)

Reserve a new atom.

putAtom :: Typeable v => Atom v -> v -> m ()

Save a value for the given atom.

getAtom :: Typeable v => Atom v -> m v

Get the value from a given atom.

dispAtom :: Atom v -> m ()

Dispose the given atom.

cloneAtom :: Typeable v => Atom v -> m (Atom v)

Clone the given atom.

Instances

MonadAtoms m0 => MonadAtoms (CounterT m0)

MonadAtoms m0 => MonadAtoms (SplErrT m0)

(Functor m, MonadCounter m) => MonadAtoms (AtomStoreT m)

MonadAtoms m0 => MonadAtoms (VocabT m0)

MonadAtoms m0 => MonadAtoms (DungeonT m0)

MonadAtoms m0 => MonadAtoms (PlayerT m0)

MonadAtoms m0 => MonadAtoms (ObjectT m0)

MonadAtoms m0 => MonadAtoms (RoomT m0)

MonadAtoms m0 => MonadAtoms (PlayerFilterT m0)

MonadAtoms m0 => MonadAtoms (StereoBuilderT m0)

newtype (Typeable a, Typeable b) => Atomar m a b

Atomar operation (almost arrow)

Constructors

Atomar

Fields

runAtomar :: Atom a -> m (Atom b)

mapAtom :: (Typeable a, Typeable b, MonadAtoms m) => (a -> b) -> Atom a -> m (Atom b)

Run a pure function on atoms.