Shpadoinkle.Backend.ParDiff

This backend is to serve as a cannonical representation of a well behaved backend. Defining well behaved in the context of web development is rather difficult, and complex.

The rules of a backend are informal. Roughly, if we give the backend some Html, we expect it to update the dom at runtime in the way we expect.

Since this is cannonical, all other backends are expected to behave identically to this one. If differences exist they should be patched, so that we retain renderer polymorphism. Such that we can change out the renderer of our application, without updating the application logic with confidence it will behave as expected.

Documentation

newtype ParDiffT s model m a

Constructors

ParDiffT

Fields

• unParDiff :: ReaderT (s model) m a

Instances

Monad m => MonadReader (s model) (ParDiffT s model m)

Defined in Shpadoinkle.Backend.ParDiff

Methods

ask :: ParDiffT s model m (s model)

local :: (s model -> s model) -> ParDiffT s model m a -> ParDiffT s model m a

reader :: (s model -> a) -> ParDiffT s model m a

MonadTrans (ParDiffT s model)

Defined in Shpadoinkle.Backend.ParDiff

Methods

lift :: Monad m => m a -> ParDiffT s model m a

(MonadUnliftIO m, MonadJSM m, Eq a, Show a, Territory t) => Backend (ParDiffT t a) m a

Defined in Shpadoinkle.Backend.ParDiff

Associated Types

type VNode (ParDiffT t a) m :: Type

Methods

interpret :: (m ~> JSM) -> Html (ParDiffT t a m) a -> ParDiffT t a m (VNode (ParDiffT t a) m)

patch :: RawNode -> Maybe (VNode (ParDiffT t a) m) -> VNode (ParDiffT t a) m -> ParDiffT t a m (VNode (ParDiffT t a) m)

setup :: JSM () -> ParDiffT t a m ()

Monad m => Monad (ParDiffT s model m)

Defined in Shpadoinkle.Backend.ParDiff

Methods

(>>=) :: ParDiffT s model m a -> (a -> ParDiffT s model m b) -> ParDiffT s model m b

(>>) :: ParDiffT s model m a -> ParDiffT s model m b -> ParDiffT s model m b

return :: a -> ParDiffT s model m a

fail :: String -> ParDiffT s model m a

Functor m => Functor (ParDiffT s model m)

Defined in Shpadoinkle.Backend.ParDiff

Methods

fmap :: (a -> b) -> ParDiffT s model m a -> ParDiffT s model m b

(<$) :: a -> ParDiffT s model m b -> ParDiffT s model m a

Applicative m => Applicative (ParDiffT s model m)

Defined in Shpadoinkle.Backend.ParDiff

Methods

pure :: a -> ParDiffT s model m a

(<*>) :: ParDiffT s model m (a -> b) -> ParDiffT s model m a -> ParDiffT s model m b

liftA2 :: (a -> b -> c) -> ParDiffT s model m a -> ParDiffT s model m b -> ParDiffT s model m c

(*>) :: ParDiffT s model m a -> ParDiffT s model m b -> ParDiffT s model m b

(<*) :: ParDiffT s model m a -> ParDiffT s model m b -> ParDiffT s model m a

Alternative m => Alternative (ParDiffT s model m)

Defined in Shpadoinkle.Backend.ParDiff

Methods

empty :: ParDiffT s model m a

(<|>) :: ParDiffT s model m a -> ParDiffT s model m a -> ParDiffT s model m a

some :: ParDiffT s model m a -> ParDiffT s model m [a]

many :: ParDiffT s model m a -> ParDiffT s model m [a]

MonadIO m => MonadIO (ParDiffT s model m)

Defined in Shpadoinkle.Backend.ParDiff

Methods

liftIO :: IO a -> ParDiffT s model m a

MonadJSM m => MonadJSM (ParDiffT s model m)

Defined in Shpadoinkle.Backend.ParDiff

Methods

liftJSM' :: JSM a -> ParDiffT s model m a

MonadUnliftIO m => MonadUnliftIO (ParDiffT s r m)

Defined in Shpadoinkle.Backend.ParDiff

Methods

askUnliftIO :: ParDiffT s r m (UnliftIO (ParDiffT s r m))

withRunInIO :: ((forall a. ParDiffT s r m a -> IO a) -> IO b) -> ParDiffT s r m b

type VNode (ParDiffT t a) m

Defined in Shpadoinkle.Backend.ParDiff

type VNode (ParDiffT t a) m

runParDiff :: t model -> ParDiffT t model m ~> m

stage :: FromJSVal b => MonadJSM m => ParDiffT s a m b