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  1. unmapDict :: (Dict a -> Dict b) -> a :- b

    constraints Data.Constraint

    This functor is fully faithful, which is to say that given any function you can write Dict a -> Dict b there also exists an entailment a :- b in the category of constraints that you can build.

  2. eventStreamAppRaw :: ((ServerEvent -> IO ()) -> IO () -> IO ()) -> Application

    wai-extra Network.Wai.EventSource

    Make a new WAI EventSource application with a handler that emits events.

  3. type HeaderMap = Map HeaderName HandleType

    wai-extra Network.Wai.Middleware.CombineHeaders

    The mapping of HeaderName to HandleType

  4. defaultHeaderMap :: HeaderMap

    wai-extra Network.Wai.Middleware.CombineHeaders

    The default collection of HTTP headers that can be combined in case there are multiples in one request or response. See the documentation of defaultCombineSettings for the exact list.

  5. setHeaderMap :: HeaderMap -> CombineSettings -> CombineSettings

    wai-extra Network.Wai.Middleware.CombineHeaders

    Override the HeaderMap of the CombineSettings (default: defaultHeaderMap)

  6. module Network.Wai.UrlMap

    This module gives you a way to mount applications under sub-URIs. For example:

    bugsApp, helpdeskApp, apiV1, apiV2, mainApp :: Application
    
    myApp :: Application
    myApp = mapUrls $
    mount "bugs"     bugsApp
    <|> mount "helpdesk" helpdeskApp
    <|> mount "api"
    (   mount "v1" apiV1
    <|> mount "v2" apiV2
    )
    <|> mountRoot mainApp
    

  7. type UrlMap = UrlMap' Application

    wai-extra Network.Wai.UrlMap

    No documentation available.

  8. data UrlMap' a

    wai-extra Network.Wai.UrlMap

    No documentation available.

  9. comapM :: (Distributive g, Monad m) => (m a -> b) -> m (g a) -> g b

    distributive Data.Distributive

    The dual of mapM

    comapM f = fmap f . distributeM
    

  10. bimapForest :: (a -> b) -> (c -> d) -> [Tree a c] -> [Tree b d]

    hspec-core Test.Hspec.Core.Spec

    No documentation available.

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