openapi3-3.0.0: OpenAPI 3.0 data model

Safe HaskellNone
LanguageHaskell2010

Data.OpenApi.Internal.ParamSchema

Synopsis

Documentation

binarySchema :: Schema Source #

Default schema for binary data (any sequence of octets).

byteSchema :: Schema Source #

Default schema for binary data (base64 encoded).

passwordSchema :: Schema Source #

Default schema for password string. "password" format is used to hint UIs the input needs to be obscured.

class ToParamSchema a where Source #

Convert a type into a plain Schema.

In previous versions of the package there was a separate type called ParamSchema, which was included in a greater Schema. Now this is a single class, but distinction for schema generators for "simple" types is preserved.

ToParamSchema is suited only for primitive-like types without nested fields and such.

An example type and instance:

{-# LANGUAGE OverloadedStrings #-}   -- allows to write Text literals

import Control.Lens

data Direction = Up | Down

instance ToParamSchema Direction where
  toParamSchema _ = mempty
     & type_ ?~ OpenApiString
     & enum_ ?~ [ "Up", "Down" ]

Instead of manually writing your ToParamSchema instance you can use a default generic implementation of toParamSchema.

To do that, simply add deriving FPFormat clause to your datatype and declare a ToParamSchema instance for your datatype without giving definition for toParamSchema.

For instance, the previous example can be simplified into this:

{-# LANGUAGE DeriveGeneric #-}

import GHC.Generics (Generic)

data Direction = Up | Down deriving Generic

instance ToParamSchema Direction

Minimal complete definition

Nothing

Methods

toParamSchema :: Proxy a -> Schema Source #

Convert a type into a plain parameter schema.

>>> encode $ toParamSchema (Proxy :: Proxy Integer)
"{\"type\":\"integer\"}"

toParamSchema :: (Generic a, GToParamSchema (Rep a)) => Proxy a -> Schema Source #

Convert a type into a plain parameter schema.

>>> encode $ toParamSchema (Proxy :: Proxy Integer)
"{\"type\":\"integer\"}"
Instances
ToParamSchema Bool Source # 
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ToParamSchema Char Source # 
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ToParamSchema Double Source # 
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ToParamSchema Float Source # 
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ToParamSchema Int Source # 
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ToParamSchema Int8 Source # 
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ToParamSchema Int16 Source # 
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ToParamSchema Int32 Source # 
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ToParamSchema Int64 Source # 
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ToParamSchema Integer Source # 
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ToParamSchema Natural Source # 
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ToParamSchema Word Source # 
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ToParamSchema Word8 Source # 
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ToParamSchema Word16 Source # 
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ToParamSchema Word32 Source # 
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ToParamSchema Word64 Source # 
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ToParamSchema () Source #
>>> encode $ toParamSchema (Proxy :: Proxy ())
"{\"type\":\"string\",\"enum\":[\"_\"]}"
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ToParamSchema String Source # 
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ToParamSchema Version Source # 
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(ToParamSchemaByteStringError ByteString :: Constraint) => ToParamSchema ByteString Source # 
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(ToParamSchemaByteStringError ByteString :: Constraint) => ToParamSchema ByteString Source # 
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ToParamSchema Scientific Source # 
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ToParamSchema Text Source # 
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ToParamSchema UTCTime Source #
>>> toParamSchema (Proxy :: Proxy UTCTime) ^. format
Just "yyyy-mm-ddThh:MM:ssZ"
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ToParamSchema Text Source # 
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ToParamSchema All Source # 
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ToParamSchema Any Source # 
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ToParamSchema SetCookie Source # 
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ToParamSchema ZonedTime Source #
>>> toParamSchema (Proxy :: Proxy ZonedTime) ^. format
Just "yyyy-mm-ddThh:MM:ss+hhMM"
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ToParamSchema LocalTime Source #
>>> toParamSchema (Proxy :: Proxy LocalTime) ^. format
Just "yyyy-mm-ddThh:MM:ss"
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ToParamSchema TimeOfDay Source #
>>> toParamSchema (Proxy :: Proxy TimeOfDay) ^. format
Just "hh:MM:ss"
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ToParamSchema NominalDiffTime Source # 
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ToParamSchema Day Source #

Format "date" corresponds to yyyy-mm-dd format.

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ToParamSchema UUID Source # 
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ToParamSchema a => ToParamSchema [a] Source # 
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Methods

toParamSchema :: Proxy [a] -> Schema Source #

HasResolution a => ToParamSchema (Fixed a) Source # 
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ToParamSchema a => ToParamSchema (Identity a) Source # 
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ToParamSchema a => ToParamSchema (First a) Source # 
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ToParamSchema a => ToParamSchema (Last a) Source # 
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ToParamSchema a => ToParamSchema (Dual a) Source # 
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ToParamSchema a => ToParamSchema (Sum a) Source # 
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ToParamSchema a => ToParamSchema (Product a) Source # 
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ToParamSchema a => ToParamSchema (Set a) Source # 
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ToParamSchema a => ToParamSchema (HashSet a) Source # 
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ToParamSchema a => ToParamSchema (Vector a) Source # 
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ToParamSchema a => ToParamSchema (Vector a) Source # 
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ToParamSchema a => ToParamSchema (Vector a) Source # 
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ToParamSchema a => ToParamSchema (Vector a) Source # 
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toParamSchemaBoundedIntegral :: forall a t. (Bounded a, Integral a) => Proxy a -> Schema Source #

Default plain schema for Bounded, Integral types.

>>> encode $ toParamSchemaBoundedIntegral (Proxy :: Proxy Int8)
"{\"maximum\":127,\"minimum\":-128,\"type\":\"integer\"}"

type family ToParamSchemaByteStringError bs where ... Source #

Equations

ToParamSchemaByteStringError bs = TypeError ((((Text "Impossible to have an instance " :<>: ShowType (ToParamSchema bs)) :<>: Text ".") :$$: ((Text "Please, use a newtype wrapper around " :<>: ShowType bs) :<>: Text " instead.")) :$$: Text "Consider using byteParamSchema or binaryParamSchemaemplates.") 

genericToParamSchema :: forall a t. (Generic a, GToParamSchema (Rep a)) => SchemaOptions -> Proxy a -> Schema Source #

A configurable generic Schema creator.

>>> :set -XDeriveGeneric
>>> data Color = Red | Blue deriving Generic
>>> encode $ genericToParamSchema defaultSchemaOptions (Proxy :: Proxy Color)
"{\"type\":\"string\",\"enum\":[\"Red\",\"Blue\"]}"

class GToParamSchema (f :: * -> *) where Source #

data Proxy3 a b c Source #

Constructors

Proxy3 
>>> import Data.Aeson (encode)