Îõ³h$°›None#$'(-/258>?ÀÁÂÉÊÎÑÔÖ×Ùàì“ effectful-thFor an effect data type E,  E( generates the appropriate instance of 4 as well as functions for performing operations of E by ing them to the effect handler.:{ data E :: Effect where Op1 :: Int -> m a -> E m a, Op2 :: IOE :> es => Int -> E (Eff es) (), Op3 :: (forall r. m r -> m r) -> E m Int makeEffect ''E:}:kind! DispatchOf EDispatchOf E :: Dispatch = 'Dynamic:i op1=op1 :: (HasCallStack, E :> es) => Int -> Eff es a -> Eff es a...:i op2=op2 :: (HasCallStack, E :> es, IOE :> es) => Int -> Eff es ()...:i op3op3 :: (HasCallStack, E :> es) =>0 (forall r. Eff es r -> Eff es r) -> Eff es Int...èThe naming rule changes the first uppercase letter in the constructor name to lowercase or removes the :„ symbol in case of operators. Any fixity annotations defined for the constructors are preserved for the corresponding definitions. effectful-thLike ý, but doesn't generate type signatures. This is useful when you want to attach Haddock documentation to function signatures::{ data Noop :: Effect where Noop :: Noop m () makeEffect_ ''Noop -- | Perform nothing at all.! noop :: Noop :> es => Eff es ():}Note:# function signatures must be added after the call to . +effectful-th-1.0.0.0-K3GoYQWK5thJE0IT6cGpNA Effectful.TH makeEffect makeEffect_-effectful-core-1.0.0.0-4BpXn01Z327Fw2u2ibXHIXEffectful.Internal.Env DispatchOfEffectful.Internal.Monadsend