Safe Haskell	None
Language	Haskell2010

Data.Schema.Internal.Types

Synopsis

data FieldDef o s a where
- RequiredField :: Text -> s a -> Getter o a -> FieldDef o s a
- OptionalField :: Text -> s a -> Getter o (Maybe a) -> FieldDef o s (Maybe a)
fieldName :: FieldDef o s a -> Text
newtype Field s o a = Field {
- unwrapField :: Ap (FieldDef o s) a
}
hoistField :: (m ~> n) -> Field m o a -> Field n o a
type Fields s o = Field s o o
field :: Text -> s a -> Getter o a -> Field s o a
optional :: Text -> s a -> Getter o (Maybe a) -> Field s o (Maybe a)
data AltDef s a = AltDef {
- altName :: Text
- altSchema :: s b
- altPrism :: Prism' a b
}
data SchemaF p s a where
- PrimitiveSchema :: p a -> SchemaF p s a
- RecordSchema :: Fields s a -> SchemaF p s a
- UnionSchema :: NonEmpty (AltDef s a) -> SchemaF p s a
- AliasSchema :: s a -> Iso' a b -> SchemaF p s b
newtype Schema p a = Schema {
- unwrapSchema :: HFix (SchemaF p) a
}
class HasSchema a where
- type PrimitivesOf a :: * -> *
- getSchema :: Schema (PrimitivesOf a) a

Documentation

data FieldDef o s a where Source #

Metadata for a field of type a, belonging to the data type o and based on schema s

Constructors

RequiredField :: Text -> s a -> Getter o a -> FieldDef o s a
OptionalField :: Text -> s a -> Getter o (Maybe a) -> FieldDef o s (Maybe a)

Instances

HFunctor (FieldDef o) Source #
Instance details Defined in Data.Schema.Internal.Types Methods hfmap :: (m ~> n) -> FieldDef o m ~> FieldDef o n Source #

newtype Field s o a Source #

The type of a field of type a, belonging to the data type o and based on schema s

Constructors

Field
Fields unwrapField :: Ap (FieldDef o s) a

Instances

Profunctor (Field s) Source #
Instance details Defined in Data.Schema.Internal.Types Methods dimap :: (a -> b) -> (c -> d) -> Field s b c -> Field s a d # lmap :: (a -> b) -> Field s b c -> Field s a c # rmap :: (b -> c) -> Field s a b -> Field s a c # (#.) :: Coercible c b => q b c -> Field s a b -> Field s a c # (.#) :: Coercible b a => Field s b c -> q a b -> Field s a c #
Functor (Field s o) Source #
Instance details Defined in Data.Schema.Internal.Types Methods fmap :: (a -> b) -> Field s o a -> Field s o b # (<$) :: a -> Field s o b -> Field s o a #
Applicative (Field s o) Source #
Instance details Defined in Data.Schema.Internal.Types Methods pure :: a -> Field s o a # (<>) :: Field s o (a -> b) -> Field s o a -> Field s o b # liftA2 :: (a -> b -> c) -> Field s o a -> Field s o b -> Field s o c # (>) :: Field s o a -> Field s o b -> Field s o b # (<*) :: Field s o a -> Field s o b -> Field s o a #

hoistField :: (m ~> n) -> Field m o a -> Field n o a Source #

type Fields s o = Field s o o Source #

The set of fields for the data type o based on schema s

field :: Text -> s a -> Getter o a -> Field s o a Source #

Define a field

Metadata for an alternative of type a based on schema s

Constructors

AltDef
Fields altName :: Text altSchema :: s b altPrism :: Prism' a b

Instances

HFunctor AltDef Source #
Instance details Defined in Data.Schema.Internal.Types Methods hfmap :: (m ~> n) -> AltDef m ~> AltDef n Source #

data SchemaF p s a where Source #

Metadata for a schema s based on primitives p and representing type a

Constructors

PrimitiveSchema :: p a -> SchemaF p s a
RecordSchema :: Fields s a -> SchemaF p s a
UnionSchema :: NonEmpty (AltDef s a) -> SchemaF p s a
AliasSchema :: s a -> Iso' a b -> SchemaF p s b

Instances

HFunctor (SchemaF p) Source #
Instance details Defined in Data.Schema.Internal.Types Methods hfmap :: (m ~> n) -> SchemaF p m ~> SchemaF p n Source #

newtype Schema p a Source #

The Schema type itself for a set of primitives p

Constructors

Schema
Fields unwrapSchema :: HFix (SchemaF p) a

Instances

HFunctor Schema Source #	An Schema has a HFunctor that performs a natural transformation of the primitive algebra of the Schema
Instance details Defined in Data.Schema.Internal.Types Methods hfmap :: (m ~> n) -> Schema m ~> Schema n Source #
Invariant (Schema p) Source #
Instance details Defined in Data.Schema.Internal.Types Methods invmap :: (a -> b) -> (b -> a) -> Schema p a -> Schema p b #

Associated Types

Methods