-- Hoogle documentation, generated by Haddock
-- See Hoogle, http://www.haskell.org/hoogle/

-- | A family of combinators for defining webservices APIs
--   
--   A family of combinators for defining webservices APIs and serving them
--   
--   You can learn about the basics in the tutorial.
--   
--   CHANGELOG
@package servant
@version 0.11

module Servant.API.WithNamedContext

-- | WithNamedContext names a specific tagged context to use for the
--   combinators in the API. (See also in servant-server,
--   Servant.Server.Context.) For example:
--   
--   
--   type UseNamedContextAPI = WithNamedContext "myContext" '[String] (
--       ReqBody '[JSON] Int :> Get '[JSON] Int)
--   
--   
--   Both the ReqBody and Get combinators will use the
--   WithNamedContext with type tag "myContext" as their context.
--   
--   Contexts are only relevant for servant-server.
--   
--   For more information, see the tutorial.
data WithNamedContext (name :: Symbol) (subContext :: [*]) subApi

module Servant.API.Verbs

-- | Verb is a general type for representing HTTP verbs (a.k.a.
--   methods). For convenience, type synonyms for each verb with a 200
--   response code are provided, but you are free to define your own:
--   
--   
--   >>> type Post204 contentTypes a = Verb 'POST 204 contentTypes a
--   
data Verb (method :: k1) (statusCode :: Nat) (contentTypes :: [*]) a

-- | GET with 200 status code.
type Get = Verb GET 200

-- | POST with 200 status code.
type Post = Verb POST 200

-- | PUT with 200 status code.
type Put = Verb PUT 200

-- | DELETE with 200 status code.
type Delete = Verb DELETE 200

-- | PATCH with 200 status code.
type Patch = Verb PATCH 200

-- | POST with 201 status code.
type PostCreated = Verb POST 201

-- | GET with 202 status code.
type GetAccepted = Verb GET 202

-- | POST with 202 status code.
type PostAccepted = Verb POST 202

-- | DELETE with 202 status code.
type DeleteAccepted = Verb DELETE 202

-- | PATCH with 202 status code.
type PatchAccepted = Verb PATCH 202

-- | PUT with 202 status code.
type PutAccepted = Verb PUT 202

-- | GET with 203 status code.
type GetNonAuthoritative = Verb GET 203

-- | POST with 203 status code.
type PostNonAuthoritative = Verb POST 203

-- | DELETE with 203 status code.
type DeleteNonAuthoritative = Verb DELETE 203

-- | PATCH with 203 status code.
type PatchNonAuthoritative = Verb PATCH 203

-- | PUT with 203 status code.
type PutNonAuthoritative = Verb PUT 203

-- | GET with 204 status code.
type GetNoContent = Verb GET 204

-- | POST with 204 status code.
type PostNoContent = Verb POST 204

-- | DELETE with 204 status code.
type DeleteNoContent = Verb DELETE 204

-- | PATCH with 204 status code.
type PatchNoContent = Verb PATCH 204

-- | PUT with 204 status code.
type PutNoContent = Verb PUT 204

-- | GET with 205 status code.
type GetResetContent = Verb GET 205

-- | POST with 205 status code.
type PostResetContent = Verb POST 205

-- | DELETE with 205 status code.
type DeleteResetContent = Verb DELETE 205

-- | PATCH with 205 status code.
type PatchResetContent = Verb PATCH 205

-- | PUT with 205 status code.
type PutResetContent = Verb PUT 205

-- | GET with 206 status code.
type GetPartialContent = Verb GET 206
class ReflectMethod a
reflectMethod :: ReflectMethod a => Proxy a -> Method

-- | HTTP standard method (as defined by RFC 2616, and PATCH which is
--   defined by RFC 5789).
data StdMethod :: *
GET :: StdMethod
POST :: StdMethod
HEAD :: StdMethod
PUT :: StdMethod
DELETE :: StdMethod
TRACE :: StdMethod
CONNECT :: StdMethod
OPTIONS :: StdMethod
PATCH :: StdMethod
instance forall k1 (method :: k1) (statusCode :: GHC.Types.Nat) (contentTypes :: [GHC.Types.*]) k (a :: k). GHC.Generics.Generic (Servant.API.Verbs.Verb method statusCode contentTypes a)
instance Servant.API.Verbs.ReflectMethod 'Network.HTTP.Types.Method.GET
instance Servant.API.Verbs.ReflectMethod 'Network.HTTP.Types.Method.POST
instance Servant.API.Verbs.ReflectMethod 'Network.HTTP.Types.Method.PUT
instance Servant.API.Verbs.ReflectMethod 'Network.HTTP.Types.Method.DELETE
instance Servant.API.Verbs.ReflectMethod 'Network.HTTP.Types.Method.PATCH
instance Servant.API.Verbs.ReflectMethod 'Network.HTTP.Types.Method.HEAD
instance Servant.API.Verbs.ReflectMethod 'Network.HTTP.Types.Method.OPTIONS
instance Servant.API.Verbs.ReflectMethod 'Network.HTTP.Types.Method.TRACE
instance Servant.API.Verbs.ReflectMethod 'Network.HTTP.Types.Method.CONNECT

module Servant.API.Vault

-- | A persistent store for values of arbitrary types.
--   
--   This variant is the simplest and creates keys in the IO monad.
--   See the module Data.Vault.ST if you want to use it with the
--   ST monad instead.
type Vault = Vault RealWorld

module Servant.API.Sub

-- | The contained API (second argument) can be found under ("/" ++
--   path) (path being the first argument).
--   
--   Example:
--   
--   
--   >>> -- GET /hello/world
--   
--   >>> -- returning a JSON encoded World value
--   
--   >>> type MyApi = "hello" :> "world" :> Get '[JSON] World
--   
data (:>) (path :: k) a

module Servant.API.ReqBody

-- | Extract the request body as a value of type a.
--   
--   Example:
--   
--   
--   >>> -- POST /books
--   
--   >>> type MyApi = "books" :> ReqBody '[JSON] Book :> Post '[JSON] Book
--   
data ReqBody (contentTypes :: [*]) a

module Servant.API.RemoteHost

-- | Provides access to the host or IP address from which the HTTP request
--   was sent.
data RemoteHost

module Servant.API.Raw

-- | Endpoint for plugging in your own Wai Applications.
--   
--   The given Application will get the request as received by the
--   server, potentially with a modified (stripped) pathInfo if
--   the Application is being routed with :>.
--   
--   In addition to just letting you plug in your existing WAI
--   Applications, this can also be used with
--   serveDirectory to serve static files stored in a particular
--   directory on your filesystem
data Raw

module Servant.API.QueryParam

-- | Lookup a potentially value-less query string parameter with boolean
--   semantics. If the param sym is there without any value, or if
--   it's there with value "true" or "1", it's interpreted as True.
--   Otherwise, it's interpreted as False.
--   
--   Example:
--   
--   
--   >>> -- /books?published
--   
--   >>> type MyApi = "books" :> QueryFlag "published" :> Get '[JSON] [Book]
--   
data QueryFlag (sym :: Symbol)

-- | Lookup the value associated to the sym query string parameter
--   and try to extract it as a value of type a.
--   
--   Example:
--   
--   
--   >>> -- /books?author=<author name>
--   
--   >>> type MyApi = "books" :> QueryParam "author" Text :> Get '[JSON] [Book]
--   
data QueryParam (sym :: Symbol) a

-- | Lookup the values associated to the sym query string
--   parameter and try to extract it as a value of type [a]. This
--   is typically meant to support query string parameters of the form
--   param[]=val1&param[]=val2 and so on. Note that servant
--   doesn't actually require the []s and will fetch the values
--   just fine with param=val1&param=val2, too.
--   
--   Example:
--   
--   
--   >>> -- /books?authors[]=<author1>&authors[]=<author2>&...
--   
--   >>> type MyApi = "books" :> QueryParams "authors" Text :> Get '[JSON] [Book]
--   
data QueryParams (sym :: Symbol) a

module Servant.API.IsSecure

-- | Was this request made over an SSL connection?
--   
--   Note that this value will not tell you if the client originally made
--   this request over SSL, but rather whether the current connection is
--   SSL. The distinction lies with reverse proxies. In many cases, the
--   client will connect to a load balancer over SSL, but connect to the
--   WAI handler without SSL. In such a case, the handlers would get
--   NotSecure, but from a user perspective, there is a secure
--   connection.
data IsSecure

-- | the connection to the server is secure (HTTPS)
Secure :: IsSecure

-- | the connection to the server is not secure (HTTP)
NotSecure :: IsSecure
instance GHC.Classes.Ord Servant.API.IsSecure.IsSecure
instance GHC.Generics.Generic Servant.API.IsSecure.IsSecure
instance GHC.Read.Read Servant.API.IsSecure.IsSecure
instance GHC.Show.Show Servant.API.IsSecure.IsSecure
instance GHC.Classes.Eq Servant.API.IsSecure.IsSecure

module Servant.API.HttpVersion

-- | HTTP Version.
--   
--   Note that the Show instance is intended merely for debugging.
data HttpVersion :: *
HttpVersion :: ~Int -> ~Int -> HttpVersion
[httpMajor] :: HttpVersion -> ~Int
[httpMinor] :: HttpVersion -> ~Int

module Servant.API.Header

-- | Extract the given header's value as a value of type a.
--   
--   Example:
--   
--   
--   >>> newtype Referer = Referer Text deriving (Eq, Show)
--   
--   >>> 
--   
--   >>> -- GET /view-my-referer
--   
--   >>> type MyApi = "view-my-referer" :> Header "from" Referer :> Get '[JSON] Referer
--   
data Header (sym :: Symbol) a
Header :: a -> Header a
MissingHeader :: Header a
UndecodableHeader :: ByteString -> Header a
instance GHC.Base.Functor (Servant.API.Header.Header sym)
instance GHC.Show.Show a => GHC.Show.Show (Servant.API.Header.Header sym a)
instance GHC.Classes.Eq a => GHC.Classes.Eq (Servant.API.Header.Header sym a)

-- | This module provides facilities for adding headers to a response.
--   
--   
--   >>> let headerVal = addHeader "some-url" 5 :: Headers '[Header "Location" String] Int
--   
--   
--   The value is added to the header specified by the type
--   (Location in the example above).
module Servant.API.ResponseHeaders

-- | Response Header objects. You should never need to construct one
--   directly. Instead, use addOptionalHeader.
data Headers ls a
Headers :: a -> HList ls -> Headers ls a

-- | The underlying value of a Headers
[getResponse] :: Headers ls a -> a

-- | HList of headers.
[getHeadersHList] :: Headers ls a -> HList ls
class AddHeader h v orig new | h v orig -> new, new -> h, new -> v, new -> orig

-- | addHeader adds a header to a response. Note that it changes
--   the type of the value in the following ways:
--   
--   
--   
- A simple value is wrapped in "Headers '[hdr]":
--   
--   
--   
--   >>> let example1 = addHeader 5 "hi" :: Headers '[Header "someheader" Int] String;
--   
--   >>> getHeaders example1
--   [("someheader","5")]
--   
--   
--   
--   
- A value that already has a header has its new header *prepended*
--   to the existing list:
--   
--   
--   
--   >>> let example1 = addHeader 5 "hi" :: Headers '[Header "someheader" Int] String;
--   
--   >>> let example2 = addHeader True example1 :: Headers '[Header "1st" Bool, Header "someheader" Int] String
--   
--   >>> getHeaders example2
--   [("1st","true"),("someheader","5")]
--   
--   
--   Note that while in your handlers type annotations are not required,
--   since the type can be inferred from the API type, in other cases you
--   may find yourself needing to add annotations.
addHeader :: AddHeader h v orig new => v -> orig -> new

-- | Deliberately do not add a header to a value.
--   
--   
--   >>> let example1 = noHeader "hi" :: Headers '[Header "someheader" Int] String
--   
--   >>> getHeaders example1
--   []
--   
noHeader :: AddHeader h v orig new => orig -> new
class BuildHeadersTo hs

-- | Note: if there are multiple occurences of a header in the argument,
--   the values are interspersed with commas before deserialization (see
--   RFC2616 Sec 4.2)
buildHeadersTo :: BuildHeadersTo hs => [Header] -> HList hs
class GetHeaders ls
getHeaders :: GetHeaders ls => ls -> [Header]
data HList a
[HNil] :: HList '[]
[HCons] :: Header h x -> HList xs -> HList (Header h x : xs)
instance GHC.Base.Functor (Servant.API.ResponseHeaders.Headers ls)
instance Servant.API.ResponseHeaders.BuildHeadersTo '[]
instance (Web.Internal.HttpApiData.FromHttpApiData v, Servant.API.ResponseHeaders.BuildHeadersTo xs, GHC.TypeLits.KnownSymbol h) => Servant.API.ResponseHeaders.BuildHeadersTo (Servant.API.Header.Header h v : xs)
instance Servant.API.ResponseHeaders.GetHeaders (Servant.API.ResponseHeaders.HList '[])
instance (GHC.TypeLits.KnownSymbol h, Web.Internal.HttpApiData.ToHttpApiData x, Servant.API.ResponseHeaders.GetHeaders (Servant.API.ResponseHeaders.HList xs)) => Servant.API.ResponseHeaders.GetHeaders (Servant.API.ResponseHeaders.HList (Servant.API.Header.Header h x : xs))
instance Servant.API.ResponseHeaders.GetHeaders (Servant.API.ResponseHeaders.Headers '[] a)
instance (GHC.TypeLits.KnownSymbol h, Servant.API.ResponseHeaders.GetHeaders (Servant.API.ResponseHeaders.HList rest), Web.Internal.HttpApiData.ToHttpApiData v) => Servant.API.ResponseHeaders.GetHeaders (Servant.API.ResponseHeaders.Headers (Servant.API.Header.Header h v : rest) a)
instance (GHC.TypeLits.KnownSymbol h, Web.Internal.HttpApiData.ToHttpApiData v) => Servant.API.ResponseHeaders.AddHeader h v (Servant.API.ResponseHeaders.Headers (fst : rest) a) (Servant.API.ResponseHeaders.Headers (Servant.API.Header.Header h v : fst : rest) a)
instance (GHC.TypeLits.KnownSymbol h, Web.Internal.HttpApiData.ToHttpApiData v, new ~ Servant.API.ResponseHeaders.Headers '[Servant.API.Header.Header h v] a) => Servant.API.ResponseHeaders.AddHeader h v a new

module Servant.API.Experimental.Auth

-- | A generalized Authentication combinator. Use this if you have a
--   non-standard authentication technique.
--   
--   NOTE: THIS API IS EXPERIMENTAL AND SUBJECT TO CHANGE.
data AuthProtect (tag :: k)

module Servant.API.Empty

-- | An empty API: one which serves nothing. Morally speaking, this should
--   be the unit of :<|>. Implementors of interpretations of
--   API types should treat EmptyAPI as close to the unit as
--   possible.
data EmptyAPI
EmptyAPI :: EmptyAPI
instance GHC.Enum.Enum Servant.API.Empty.EmptyAPI
instance GHC.Enum.Bounded Servant.API.Empty.EmptyAPI
instance GHC.Show.Show Servant.API.Empty.EmptyAPI
instance GHC.Classes.Eq Servant.API.Empty.EmptyAPI

-- | A collection of basic Content-Types (also known as Internet Media
--   Types, or MIME types). Additionally, this module provides classes that
--   encapsulate how to serialize or deserialize values to or from a
--   particular Content-Type.
--   
--   Content-Types are used in ReqBody and the method combinators:
--   
--   
--   >>> type MyEndpoint = ReqBody '[JSON, PlainText] Book :> Get '[JSON, PlainText] Book
--   
--   
--   Meaning the endpoint accepts requests of Content-Type
--   application/json or text/plain;charset-utf8, and
--   returns data in either one of those formats (depending on the
--   Accept header).
--   
--   If you would like to support Content-Types beyond those provided here,
--   then:
--   
--   
--   
- Declare a new data type with no constructors (e.g. data
--   HTML).
--   
- Make an instance of it for Accept.
--   
- If you want to be able to serialize data *into* that Content-Type,
--   make an instance of it for MimeRender.
--   
- If you want to be able to deserialize data *from* that
--   Content-Type, make an instance of it for MimeUnrender.
--   
--   
--   Note that roles are reversed in servant-server and
--   servant-client: to be able to serve (or even typecheck) a
--   Get '[JSON, XML] MyData, you'll need to have the appropriate
--   MimeRender instances in scope, whereas to query that endpoint
--   with servant-client, you'll need a MimeUnrender
--   instance in scope.
module Servant.API.ContentTypes
data JSON
data PlainText
data FormUrlEncoded
data OctetStream

-- | Instances of Accept represent mimetypes. They are used for
--   matching against the Accept HTTP header of the request, and
--   for setting the Content-Type header of the response
--   
--   Example:
--   
--   
--   >>> import Network.HTTP.Media ((//), (/:))
--   
--   >>> data HTML
--   
--   >>> :{
--   instance Accept HTML where
--      contentType _ = "text" // "html" /: ("charset", "utf-8")
--   :}
--   
class Accept ctype where contentType = head . contentTypes contentTypes = (:| []) . contentType
contentType :: Accept ctype => Proxy ctype -> MediaType
contentTypes :: Accept ctype => Proxy ctype -> NonEmpty MediaType

-- | Instantiate this class to register a way of serializing a type based
--   on the Accept header.
--   
--   Example:
--   
--   
--   data MyContentType
--   
--   instance Accept MyContentType where
--      contentType _ = "example" // "prs.me.mine" /: ("charset", "utf-8")
--   
--   instance Show a => MimeRender MyContentType a where
--      mimeRender _ val = pack ("This is MINE! " ++ show val)
--   
--   type MyAPI = "path" :> Get '[MyContentType] Int
--   
class Accept ctype => MimeRender ctype a
mimeRender :: MimeRender ctype a => Proxy ctype -> a -> ByteString

-- | Instantiate this class to register a way of deserializing a type based
--   on the request's Content-Type header.
--   
--   
--   >>> import Network.HTTP.Media hiding (Accept)
--   
--   >>> import qualified Data.ByteString.Lazy.Char8 as BSC
--   
--   >>> data MyContentType = MyContentType String
--   
--   
--   
--   >>> :{
--   instance Accept MyContentType where
--      contentType _ = "example" // "prs.me.mine" /: ("charset", "utf-8")
--   :}
--   
--   
--   
--   >>> :{
--   instance Read a => MimeUnrender MyContentType a where
--      mimeUnrender _ bs = case BSC.take 12 bs of
--        "MyContentType" -> return . read . BSC.unpack $ BSC.drop 12 bs
--        _ -> Left "didn't start with the magic incantation"
--   :}
--   
--   
--   
--   >>> type MyAPI = "path" :> ReqBody '[MyContentType] Int :> Get '[JSON] Int
--   
class Accept ctype => MimeUnrender ctype a where mimeUnrender p = mimeUnrenderWithType p (contentType p) mimeUnrenderWithType p _ = mimeUnrender p
mimeUnrender :: MimeUnrender ctype a => Proxy ctype -> ByteString -> Either String a

-- | Variant which is given the actual MediaType provided by the
--   other party.
--   
--   In the most cases you don't want to branch based on the
--   MediaType. See pr552 for a motivating example.
mimeUnrenderWithType :: MimeUnrender ctype a => Proxy ctype -> MediaType -> ByteString -> Either String a

-- | A type for responses without content-body.
data NoContent
NoContent :: NoContent
newtype AcceptHeader
AcceptHeader :: ByteString -> AcceptHeader
class (AllMime list) => AllCTRender (list :: [*]) a
handleAcceptH :: AllCTRender list a => Proxy list -> AcceptHeader -> a -> Maybe (ByteString, ByteString)
class AllCTUnrender (list :: [*]) a where handleCTypeH p ctypeH body = ($ body) `fmap` canHandleCTypeH p ctypeH
canHandleCTypeH :: AllCTUnrender list a => Proxy list -> ByteString -> Maybe (ByteString -> Either String a)
handleCTypeH :: AllCTUnrender list a => Proxy list -> ByteString -> ByteString -> Maybe (Either String a)
class AllMime (list :: [*])
allMime :: AllMime list => Proxy list -> [MediaType]
class (AllMime list) => AllMimeRender (list :: [*]) a
allMimeRender :: AllMimeRender list a => Proxy list -> a -> [(MediaType, ByteString)]
class (AllMime list) => AllMimeUnrender (list :: [*]) a
allMimeUnrender :: AllMimeUnrender list a => Proxy list -> [(MediaType, ByteString -> Either String a)]

-- | Like eitherDecode but allows all JSON values instead of just
--   objects and arrays.
--   
--   Will handle trailing whitespace, but not trailing junk. ie.
--   
--   
--   >>> eitherDecodeLenient "1 " :: Either String Int
--   Right 1
--   
--   
--   
--   >>> eitherDecodeLenient "1 junk" :: Either String Int
--   Left "trailing junk after valid JSON: endOfInput"
--   
eitherDecodeLenient :: FromJSON a => ByteString -> Either String a
canHandleAcceptH :: AllMime list => Proxy list -> AcceptHeader -> Bool
instance GHC.Generics.Generic Servant.API.ContentTypes.NoContent
instance GHC.Read.Read Servant.API.ContentTypes.NoContent
instance GHC.Classes.Eq Servant.API.ContentTypes.NoContent
instance GHC.Show.Show Servant.API.ContentTypes.NoContent
instance GHC.Generics.Generic Servant.API.ContentTypes.AcceptHeader
instance GHC.Read.Read Servant.API.ContentTypes.AcceptHeader
instance GHC.Show.Show Servant.API.ContentTypes.AcceptHeader
instance GHC.Classes.Eq Servant.API.ContentTypes.AcceptHeader
instance Servant.API.ContentTypes.Accept Servant.API.ContentTypes.JSON
instance Servant.API.ContentTypes.Accept Servant.API.ContentTypes.FormUrlEncoded
instance Servant.API.ContentTypes.Accept Servant.API.ContentTypes.PlainText
instance Servant.API.ContentTypes.Accept Servant.API.ContentTypes.OctetStream
instance (Servant.API.ContentTypes.Accept ct, Servant.API.ContentTypes.AllMime cts, Servant.API.ContentTypes.AllMimeRender (ct : cts) a) => Servant.API.ContentTypes.AllCTRender (ct : cts) a
instance (TypeError ...) => Servant.API.ContentTypes.AllCTRender '[] ()
instance Servant.API.ContentTypes.AllMimeUnrender ctyps a => Servant.API.ContentTypes.AllCTUnrender ctyps a
instance Servant.API.ContentTypes.AllMime '[]
instance (Servant.API.ContentTypes.Accept ctyp, Servant.API.ContentTypes.AllMime ctyps) => Servant.API.ContentTypes.AllMime (ctyp : ctyps)
instance Servant.API.ContentTypes.MimeRender ctyp a => Servant.API.ContentTypes.AllMimeRender '[ctyp] a
instance (Servant.API.ContentTypes.MimeRender ctyp a, Servant.API.ContentTypes.AllMimeRender (ctyp' : ctyps) a) => Servant.API.ContentTypes.AllMimeRender (ctyp : ctyp' : ctyps) a
instance Servant.API.ContentTypes.Accept ctyp => Servant.API.ContentTypes.AllMimeRender '[ctyp] Servant.API.ContentTypes.NoContent
instance Servant.API.ContentTypes.AllMime (ctyp : ctyp' : ctyps) => Servant.API.ContentTypes.AllMimeRender (ctyp : ctyp' : ctyps) Servant.API.ContentTypes.NoContent
instance Servant.API.ContentTypes.AllMimeUnrender '[] a
instance (Servant.API.ContentTypes.MimeUnrender ctyp a, Servant.API.ContentTypes.AllMimeUnrender ctyps a) => Servant.API.ContentTypes.AllMimeUnrender (ctyp : ctyps) a
instance Data.Aeson.Types.ToJSON.ToJSON a => Servant.API.ContentTypes.MimeRender Servant.API.ContentTypes.JSON a
instance Web.Internal.FormUrlEncoded.ToForm a => Servant.API.ContentTypes.MimeRender Servant.API.ContentTypes.FormUrlEncoded a
instance Servant.API.ContentTypes.MimeRender Servant.API.ContentTypes.PlainText Data.Text.Internal.Lazy.Text
instance Servant.API.ContentTypes.MimeRender Servant.API.ContentTypes.PlainText Data.Text.Internal.Text
instance Servant.API.ContentTypes.MimeRender Servant.API.ContentTypes.PlainText GHC.Base.String
instance Servant.API.ContentTypes.MimeRender Servant.API.ContentTypes.OctetStream Data.ByteString.Lazy.Internal.ByteString
instance Servant.API.ContentTypes.MimeRender Servant.API.ContentTypes.OctetStream Data.ByteString.Internal.ByteString
instance Data.Aeson.Types.FromJSON.FromJSON a => Servant.API.ContentTypes.MimeUnrender Servant.API.ContentTypes.JSON a
instance Web.Internal.FormUrlEncoded.FromForm a => Servant.API.ContentTypes.MimeUnrender Servant.API.ContentTypes.FormUrlEncoded a
instance Servant.API.ContentTypes.MimeUnrender Servant.API.ContentTypes.PlainText Data.Text.Internal.Lazy.Text
instance Servant.API.ContentTypes.MimeUnrender Servant.API.ContentTypes.PlainText Data.Text.Internal.Text
instance Servant.API.ContentTypes.MimeUnrender Servant.API.ContentTypes.PlainText GHC.Base.String
instance Servant.API.ContentTypes.MimeUnrender Servant.API.ContentTypes.OctetStream Data.ByteString.Lazy.Internal.ByteString
instance Servant.API.ContentTypes.MimeUnrender Servant.API.ContentTypes.OctetStream Data.ByteString.Internal.ByteString

module Servant.API.Capture

-- | Capture a value from the request path under a certain type a.
--   
--   Example:
--   
--   
--   >>> -- GET /books/:isbn
--   
--   >>> type MyApi = "books" :> Capture "isbn" Text :> Get '[JSON] Book
--   
data Capture (sym :: Symbol) a

-- | Capture all remaining values from the request path under a certain
--   type a.
--   
--   Example:
--   
--   
--   >>> -- GET /src/*
--   
--   >>> type MyAPI = "src" :> CaptureAll "segments" Text :> Get '[JSON] SourceFile
--   
data CaptureAll (sym :: Symbol) a

module Servant.API.BasicAuth

-- | Combinator for Basic Access Authentication.
--   
--   
--   
- IMPORTANT*: Only use Basic Auth over HTTPS! Credentials are not
--   hashed or encrypted. Note also that because the same credentials are
--   sent on every request, Basic Auth is not as secure as some
--   alternatives. Further, the implementation in servant-server does not
--   protect against some types of timing attacks.
--   
--   
--   In Basic Auth, username and password are base64-encoded and
--   transmitted via the Authorization header. Handshakes are not
--   required, making it relatively efficient.
data BasicAuth (realm :: Symbol) (userData :: *)

-- | A simple datatype to hold data required to decorate a request
data BasicAuthData
BasicAuthData :: !ByteString -> !ByteString -> BasicAuthData
[basicAuthUsername] :: BasicAuthData -> !ByteString
[basicAuthPassword] :: BasicAuthData -> !ByteString

module Servant.API.Alternative

-- | Union of two APIs, first takes precedence in case of overlap.
--   
--   Example:
--   
--   
--   >>> :{
--   type MyApi = "books" :> Get '[JSON] [Book] -- GET /books
--          :<|> "books" :> ReqBody '[JSON] Book :> Post '[JSON] () -- POST /books
--   :}
--   
data (:<|>) a b
(:<|>) :: a -> b -> (:<|>) a b
instance (GHC.Enum.Bounded b, GHC.Enum.Bounded a) => GHC.Enum.Bounded (a Servant.API.Alternative.:<|> b)
instance Data.Foldable.Foldable ((Servant.API.Alternative.:<|>) a)
instance Data.Traversable.Traversable ((Servant.API.Alternative.:<|>) a)
instance GHC.Base.Functor ((Servant.API.Alternative.:<|>) a)
instance (GHC.Show.Show b, GHC.Show.Show a) => GHC.Show.Show (a Servant.API.Alternative.:<|> b)
instance (GHC.Classes.Eq b, GHC.Classes.Eq a) => GHC.Classes.Eq (a Servant.API.Alternative.:<|> b)
instance (Data.Semigroup.Semigroup a, Data.Semigroup.Semigroup b) => Data.Semigroup.Semigroup (a Servant.API.Alternative.:<|> b)
instance (GHC.Base.Monoid a, GHC.Base.Monoid b) => GHC.Base.Monoid (a Servant.API.Alternative.:<|> b)

-- | This module collects utilities for manipulating servant API
--   types. The functionality in this module is for advanced usage.
--   
--   The code samples in this module use the following type synonym:
--   
--   
--   type SampleAPI = "hello" :> Get '[JSON] Int
--               :<|> "bye" :> Capture "name" String :> Post '[JSON, PlainText] Bool
--   
module Servant.API.TypeLevel

-- | Flatten API into a list of endpoints.
--   
--   
--   >>> Refl :: Endpoints SampleAPI :~: '["hello" :> Verb 'GET 200 '[JSON] Int, "bye" :> (Capture "name" String :> Verb 'POST 200 '[JSON, PlainText] Bool)]
--   Refl
--   

-- | You may use this type family to tell the type checker that your custom
--   type may be skipped as part of a link. This is useful for things like
--   QueryParam that are optional in a URI and do not
--   affect them if they are omitted.
--   
--   
--   >>> data CustomThing
--   
--   >>> type instance IsElem' e (CustomThing :> s) = IsElem e s
--   
--   
--   Note that IsElem is called, which will mutually
--   recurse back to IsElem' if it exhausts all other
--   options again.
--   
--   Once you have written a HasLink instance for
--   CustomThing you are ready to go.

-- | Closed type family, check if endpoint is within api.
--   Uses IsElem' if it exhausts all other options.
--   
--   
--   >>> ok (Proxy :: Proxy (IsElem ("hello" :> Get '[JSON] Int) SampleAPI))
--   OK
--   
--   
--   
--   >>> ok (Proxy :: Proxy (IsElem ("bye" :> Get '[JSON] Int) SampleAPI))
--   ...
--   ... Could not deduce...
--   ...
--   
--   
--   An endpoint is considered within an api even if it is missing
--   combinators that don't affect the URL:
--   
--   
--   >>> ok (Proxy :: Proxy (IsElem (Get '[JSON] Int) (Header "h" Bool :> Get '[JSON] Int)))
--   OK
--   
--   
--   
--   >>> ok (Proxy :: Proxy (IsElem (Get '[JSON] Int) (ReqBody '[JSON] Bool :> Get '[JSON] Int)))
--   OK
--   
--   
--   
--   
- N.B.:* IsElem a b can be seen as capturing the notion of
--   whether the URL represented by a would match the URL
--   represented by b, *not* whether a request represented by
--   a matches the endpoints serving b (for the latter,
--   use IsIn).
--   

-- | Check whether sub is a sub-API of api.
--   
--   
--   >>> ok (Proxy :: Proxy (IsSubAPI SampleAPI (SampleAPI :<|> Get '[JSON] Int)))
--   OK
--   
--   
--   
--   >>> ok (Proxy :: Proxy (IsSubAPI (SampleAPI :<|> Get '[JSON] Int) SampleAPI))
--   ...
--   ... Could not deduce...
--   ...
--   
--   
--   This uses IsElem for checking; thus the note there applies
--   here.

-- | Check that every element of xs is an endpoint of api
--   (using IsElem).

-- | Closed type family, check if endpoint is exactly within
--   api.
--   
--   
--   >>> ok (Proxy :: Proxy (IsIn ("hello" :> Get '[JSON] Int) SampleAPI))
--   OK
--   
--   
--   Unlike IsElem, this requires an *exact* match.
--   
--   
--   >>> ok (Proxy :: Proxy (IsIn (Get '[JSON] Int) (Header "h" Bool :> Get '[JSON] Int)))
--   ...
--   ... Could not deduce...
--   ...
--   

-- | Check whether sub is a sub API of api.
--   
--   Like IsSubAPI, but uses IsIn rather than IsElem.

-- | Check that every element of xs is an endpoint of api
--   (using IsIn).
--   
--   ok (Proxy :: Proxy (AllIsIn (Endpoints SampleAPI) SampleAPI)) OK

-- | Apply (e :>) to every API in xs.

-- | Append two type-level lists.

-- | Check that a value is an element of a list:
--   
--   
--   >>> ok (Proxy :: Proxy (Elem Bool '[Int, Bool]))
--   OK
--   
--   
--   
--   >>> ok (Proxy :: Proxy (Elem String '[Int, Bool]))
--   ...
--   ... [Char]...'[Int, Bool...
--   ...
--   
type Elem e es = ElemGo e es es

-- | If either a or b produce an empty constraint, produce an empty
--   constraint.

-- | If both a or b produce an empty constraint, produce an empty
--   constraint.

-- | Type safe generation of internal links.
--   
--   Given an API with a few endpoints:
--   
--   
--   >>> :set -XDataKinds -XTypeFamilies -XTypeOperators
--   
--   >>> import Servant.API
--   
--   >>> import Servant.Utils.Links
--   
--   >>> import Data.Proxy
--   
--   >>> 
--   
--   >>> 
--   
--   >>> 
--   
--   >>> type Hello = "hello" :> Get '[JSON] Int
--   
--   >>> type Bye   = "bye"   :> QueryParam "name" String :> Delete '[JSON] NoContent
--   
--   >>> type API   = Hello :<|> Bye
--   
--   >>> let api = Proxy :: Proxy API
--   
--   
--   It is possible to generate links that are guaranteed to be within
--   API with safeLink. The first argument to
--   safeLink is a type representing the API you would like to
--   restrict links to. The second argument is the destination endpoint you
--   would like the link to point to, this will need to end with a verb
--   like GET or POST. Further arguments may be required depending on the
--   type of the endpoint. If everything lines up you will get a
--   Link out the other end.
--   
--   You may omit QueryParams and the like should you not want to
--   provide them, but types which form part of the URL path like
--   Capture must be included. The reason you may want to omit
--   QueryParams is that safeLink is a bit magical: if parameters
--   are included that could take input it will return a function that
--   accepts that input and generates a link. This is best shown with an
--   example. Here, a link is generated with no parameters:
--   
--   
--   >>> let hello = Proxy :: Proxy ("hello" :> Get '[JSON] Int)
--   
--   >>> toUrlPiece (safeLink api hello :: Link)
--   "hello"
--   
--   
--   If the API has an endpoint with parameters then we can generate links
--   with or without those:
--   
--   
--   >>> let with = Proxy :: Proxy ("bye" :> QueryParam "name" String :> Delete '[JSON] NoContent)
--   
--   >>> toUrlPiece $ safeLink api with (Just "Hubert")
--   "bye?name=Hubert"
--   
--   
--   
--   >>> let without = Proxy :: Proxy ("bye" :> Delete '[JSON] NoContent)
--   
--   >>> toUrlPiece $ safeLink api without
--   "bye"
--   
--   
--   If you would like create a helper for generating links only within
--   that API, you can partially apply safeLink if you specify a correct
--   type signature like so:
--   
--   
--   >>> :set -XConstraintKinds
--   
--   >>> :{
--   
--   >>> let apiLink :: (IsElem endpoint API, HasLink endpoint)
--   
--   >>> => Proxy endpoint -> MkLink endpoint
--   
--   >>> apiLink = safeLink api
--   
--   >>> :}
--   
--   
--   Attempting to construct a link to an endpoint that does not exist in
--   api will result in a type error like this:
--   
--   
--   >>> let bad_link = Proxy :: Proxy ("hello" :> Delete '[JSON] NoContent)
--   
--   >>> safeLink api bad_link
--   ...
--   ...Could not deduce...
--   ...
--   
--   
--   This error is essentially saying that the type family couldn't find
--   bad_link under api after trying the open (but empty) type family
--   IsElem' as a last resort.
module Servant.Utils.Links

-- | Create a valid (by construction) relative URI with query params.
--   
--   This function will only typecheck if endpoint is part of the
--   API api
safeLink :: forall endpoint api. (IsElem endpoint api, HasLink endpoint) => Proxy api -> Proxy endpoint -> MkLink endpoint

-- | Represents a general universal resource identifier using its component
--   parts.
--   
--   For example, for the URI
--   
--   
--   foo://anonymous@www.haskell.org:42/ghc?query#frag
--   
--   
--   the components are:
data URI :: *
URI :: String -> Maybe URIAuth -> String -> String -> String -> URI

-- | 
--   foo:
--   
[uriScheme] :: URI -> String

-- | 
--   //anonymous@www.haskell.org:42
--   
[uriAuthority] :: URI -> Maybe URIAuth

-- | 
--   /ghc
--   
[uriPath] :: URI -> String

-- | 
--   ?query
--   
[uriQuery] :: URI -> String

-- | 
--   #frag
--   
[uriFragment] :: URI -> String

-- | Construct a toLink for an endpoint.
class HasLink endpoint where type MkLink endpoint where {
    type family MkLink endpoint;
}
toLink :: HasLink endpoint => Proxy endpoint -> Link -> MkLink endpoint

-- | A safe link datatype. The only way of constructing a Link is
--   using safeLink, which means any Link is guaranteed to be
--   part of the mentioned API.
data Link

-- | Transform Link into URI.
--   
--   
--   >>> type API = "something" :> Get '[JSON] Int
--   
--   >>> linkURI $ safeLink (Proxy :: Proxy API) (Proxy :: Proxy API)
--   something
--   
--   
--   
--   >>> type API = "sum" :> QueryParams "x" Int :> Get '[JSON] Int
--   
--   >>> linkURI $ safeLink (Proxy :: Proxy API) (Proxy :: Proxy API) [1, 2, 3]
--   sum?x[]=1&x[]=2&x[]=3
--   
--   
--   
--   >>> type API = "foo/bar" :> Get '[JSON] Int
--   
--   >>> linkURI $ safeLink (Proxy :: Proxy API) (Proxy :: Proxy API)
--   foo%2Fbar
--   
linkURI :: Link -> URI

-- | Configurable linkURI.
--   
--   
--   >>> type API = "sum" :> QueryParams "x" Int :> Get '[JSON] Int
--   
--   >>> linkURI' LinkArrayElementBracket $ safeLink (Proxy :: Proxy API) (Proxy :: Proxy API) [1, 2, 3]
--   sum?x[]=1&x[]=2&x[]=3
--   
--   
--   
--   >>> linkURI' LinkArrayElementPlain $ safeLink (Proxy :: Proxy API) (Proxy :: Proxy API) [1, 2, 3]
--   sum?x=1&x=2&x=3
--   
linkURI' :: LinkArrayElementStyle -> Link -> URI

-- | How to encode array query elements.
data LinkArrayElementStyle

-- | 
--   foo[]=1&foo[]=2
--   
LinkArrayElementBracket :: LinkArrayElementStyle

-- | 
--   foo=1&foo=2
--   
LinkArrayElementPlain :: LinkArrayElementStyle

-- | Query parameter.
data Param
SingleParam :: String -> Text -> Param
ArrayElemParam :: String -> Text -> Param
FlagParam :: String -> Param
linkSegments :: Link -> [String]
linkQueryParams :: Link -> [Param]
instance GHC.Enum.Bounded Servant.Utils.Links.LinkArrayElementStyle
instance GHC.Enum.Enum Servant.Utils.Links.LinkArrayElementStyle
instance GHC.Show.Show Servant.Utils.Links.LinkArrayElementStyle
instance GHC.Classes.Ord Servant.Utils.Links.LinkArrayElementStyle
instance GHC.Classes.Eq Servant.Utils.Links.LinkArrayElementStyle
instance GHC.Show.Show Servant.Utils.Links.Link
instance GHC.Show.Show Servant.Utils.Links.Param
instance Web.Internal.HttpApiData.ToHttpApiData Servant.Utils.Links.Link
instance forall k (sym :: GHC.Types.Symbol) (sub :: k). (GHC.TypeLits.KnownSymbol sym, Servant.Utils.Links.HasLink sub) => Servant.Utils.Links.HasLink (sym Servant.API.Sub.:> sub)
instance forall k (sym :: GHC.Types.Symbol) v (sub :: k). (GHC.TypeLits.KnownSymbol sym, Web.Internal.HttpApiData.ToHttpApiData v, Servant.Utils.Links.HasLink sub) => Servant.Utils.Links.HasLink (Servant.API.QueryParam.QueryParam sym v Servant.API.Sub.:> sub)
instance forall k (sym :: GHC.Types.Symbol) v (sub :: k). (GHC.TypeLits.KnownSymbol sym, Web.Internal.HttpApiData.ToHttpApiData v, Servant.Utils.Links.HasLink sub) => Servant.Utils.Links.HasLink (Servant.API.QueryParam.QueryParams sym v Servant.API.Sub.:> sub)
instance forall k (sym :: GHC.Types.Symbol) (sub :: k). (GHC.TypeLits.KnownSymbol sym, Servant.Utils.Links.HasLink sub) => Servant.Utils.Links.HasLink (Servant.API.QueryParam.QueryFlag sym Servant.API.Sub.:> sub)
instance forall k k1 (sub :: k1) (ct :: [GHC.Types.*]) (a :: k). Servant.Utils.Links.HasLink sub => Servant.Utils.Links.HasLink (Servant.API.ReqBody.ReqBody ct a Servant.API.Sub.:> sub)
instance forall k v (sub :: k) (sym :: GHC.Types.Symbol). (Web.Internal.HttpApiData.ToHttpApiData v, Servant.Utils.Links.HasLink sub) => Servant.Utils.Links.HasLink (Servant.API.Capture.Capture sym v Servant.API.Sub.:> sub)
instance forall k v (sub :: k) (sym :: GHC.Types.Symbol). (Web.Internal.HttpApiData.ToHttpApiData v, Servant.Utils.Links.HasLink sub) => Servant.Utils.Links.HasLink (Servant.API.Capture.CaptureAll sym v Servant.API.Sub.:> sub)
instance forall k (sub :: k) (sym :: GHC.Types.Symbol) a. Servant.Utils.Links.HasLink sub => Servant.Utils.Links.HasLink (Servant.API.Header.Header sym a Servant.API.Sub.:> sub)
instance forall k (sub :: k). Servant.Utils.Links.HasLink sub => Servant.Utils.Links.HasLink (Servant.API.RemoteHost.RemoteHost Servant.API.Sub.:> sub)
instance forall k (sub :: k) (realm :: GHC.Types.Symbol) a. Servant.Utils.Links.HasLink sub => Servant.Utils.Links.HasLink (Servant.API.BasicAuth.BasicAuth realm a Servant.API.Sub.:> sub)
instance forall k k1 (m :: k1) (s :: GHC.Types.Nat) (ct :: [GHC.Types.*]) (a :: k). Servant.Utils.Links.HasLink (Servant.API.Verbs.Verb m s ct a)
instance Servant.Utils.Links.HasLink Servant.API.Raw.Raw
instance forall k k1 (sub :: k1) (tag :: k). Servant.Utils.Links.HasLink sub => Servant.Utils.Links.HasLink (Servant.API.Experimental.Auth.AuthProtect tag Servant.API.Sub.:> sub)

module Servant.API

-- | This is a module containing an API with all API combinators. It
--   is used for testing only (in particular, checking that instances exist
--   for the core servant classes for each combinator), and should not be
--   imported.
module Servant.API.Internal.Test.ComprehensiveAPI
type GET = Get '[JSON] NoContent
type ComprehensiveAPI = ComprehensiveAPIWithoutRaw :<|> Raw
comprehensiveAPI :: Proxy ComprehensiveAPI
type ComprehensiveAPIWithoutRaw = GET :<|> (Get '[JSON] Int :<|> ((Capture "foo" Int :> GET) :<|> ((Header "foo" Int :> GET) :<|> ((HttpVersion :> GET) :<|> ((IsSecure :> GET) :<|> ((QueryParam "foo" Int :> GET) :<|> ((QueryParams "foo" Int :> GET) :<|> ((QueryFlag "foo" :> GET) :<|> ((RemoteHost :> GET) :<|> ((ReqBody '[JSON] Int :> GET) :<|> (Get '[JSON] (Headers '[Header "foo" Int] NoContent) :<|> (("foo" :> GET) :<|> ((Vault :> GET) :<|> (Verb POST 204 '[JSON] NoContent :<|> (Verb POST 204 '[JSON] Int :<|> (WithNamedContext "foo" '[] GET :<|> ((CaptureAll "foo" Int :> GET) :<|> EmptyAPI)))))))))))))))))
comprehensiveAPIWithoutRaw :: Proxy ComprehensiveAPIWithoutRaw

module Servant.Utils.Enter

-- | Helper type family to state the Enter symmetry.
class (Entered m n typ ~ ret, Entered n m ret ~ typ) => Enter typ m n ret | typ m n -> ret, ret m n -> typ, ret typ m -> n, ret typ n -> m

-- | Map the leafs of an API type.
enter :: Enter typ m n ret => (m :~> n) -> typ -> ret

-- | Like lift.
liftNat :: (MonadTrans t, Monad m) => m :~> t m
runReaderTNat :: r -> (ReaderT r m :~> m)
evalStateTLNat :: Monad m => s -> (StateT s m :~> m)
evalStateTSNat :: Monad m => s -> (StateT s m :~> m)

-- | Log the contents of WriterT with the function provided as the
--   first argument, and return the value of the WriterT
--   computation
logWriterTSNat :: MonadIO m => (w -> IO ()) -> (WriterT w m :~> m)

-- | Like logWriterTSNat, but for lazy WriterT.
logWriterTLNat :: MonadIO m => (w -> IO ()) -> (WriterT w m :~> m)

-- | Like mmorph's hoist.
hoistNat :: (MFunctor t, Monad m) => (m :~> n) -> (t m :~> t n)

-- | Like mmorph's embed.
embedNat :: (MMonad t, Monad n) => (m :~> t n) -> (t m :~> t n)

-- | Like mmorph's squash.
squashNat :: (Monad m, MMonad t) => t (t m) :~> t m

-- | Like mmorph's generalize.
generalizeNat :: Applicative m => Identity :~> m

-- | A natural transformation suitable for storing in a container.
newtype (:~>) k (f :: k -> *) (g :: k -> *) :: forall k. (k -> *) -> (k -> *) -> *
NT :: (~>) k f g -> (:~>) k
[$$] :: (:~>) k -> (~>) k f g
instance (Servant.Utils.Enter.Enter typ1 m1 n1 ret1, Servant.Utils.Enter.Enter typ2 m2 n2 ret2, m1 ~ m2, n1 ~ n2, Servant.Utils.Enter.Entered m1 n1 (typ1 Servant.API.Alternative.:<|> typ2) ~ (ret1 Servant.API.Alternative.:<|> ret2), Servant.Utils.Enter.Entered n1 m1 (ret1 Servant.API.Alternative.:<|> ret2) ~ (typ1 Servant.API.Alternative.:<|> typ2)) => Servant.Utils.Enter.Enter (typ1 Servant.API.Alternative.:<|> typ2) m1 n1 (ret1 Servant.API.Alternative.:<|> ret2)
instance (Servant.Utils.Enter.Enter typ m n ret, Servant.Utils.Enter.Entered m n (a -> typ) ~ (a -> ret), Servant.Utils.Enter.Entered n m (a -> ret) ~ (a -> typ)) => Servant.Utils.Enter.Enter (a -> typ) m n (a -> ret)
instance (Servant.Utils.Enter.Entered m n (Data.Tagged.Tagged m a) ~ Data.Tagged.Tagged n a, Servant.Utils.Enter.Entered n m (Data.Tagged.Tagged n a) ~ Data.Tagged.Tagged m a) => Servant.Utils.Enter.Enter (Data.Tagged.Tagged m a) m n (Data.Tagged.Tagged n a)
instance (Servant.Utils.Enter.Entered m n (m a) ~ n a, Servant.Utils.Enter.Entered n m (n a) ~ m a) => Servant.Utils.Enter.Enter (m a) m n (n a)
