package typesafe
Linear Supertypes
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Inherited
- typesafe
- TypesafeConfigDataSource
- DataSource
- TypesafeConfigDecoderInstances
- Resolve
- OptionSelector
- TypesafeConfigDecoder
- Decode
- TypesafeConfigEncoderInstances
- TypesafeConfigEncoder
- Encode
- AnyRef
- Any
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Visibility
- Public
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Type Members
-
type
DSDecoder[A] = Decoder[typesafe.DecodeDefault, typesafe.Sett, A, typesafe.DecodeData]
- Definition Classes
- Decode
-
type
DSDecoderF[F[_], A] = Decoder[F, typesafe.Sett, A, typesafe.DecodeData]
- Definition Classes
- Decode
-
type
DSEncoder[A] = Encoder[typesafe.EncodeDefault, typesafe.Sett, A, typesafe.EncodeData]
- Definition Classes
- Encode
-
type
DSEncoderF[F[_], A] = Encoder[F, typesafe.Sett, A, typesafe.EncodeData]
- Definition Classes
- Encode
-
abstract
type
DecodeData
- Definition Classes
- Decode
-
abstract
type
DecodeDefault[A]
- Definition Classes
- Decode
-
abstract
type
EncodeData
- Definition Classes
- Encode
-
abstract
type
EncodeDefault[A]
- Definition Classes
- Encode
-
abstract
type
InputData
- Definition Classes
- Decode
-
abstract
type
OutputData
- Definition Classes
- Encode
-
abstract
type
Sett <: Settings
- Definition Classes
- DataSource
- trait TypesafeConfigDataSource extends DataSource
- trait TypesafeConfigDecoder extends Decode
- trait TypesafeConfigDecoderInstances extends Resolve
- trait TypesafeConfigEncoder extends Encode
- trait TypesafeConfigEncoderInstances extends AnyRef
Abstract Value Members
-
abstract
def
defaultSettings: typesafe.Sett
- Definition Classes
- DataSource
Concrete Value Members
-
implicit
def
dataListDecoder[F[_]](implicit F: MonadError[F, Throwable], error: ExtruderErrors[F]): Decoder[F, Settings, ConfigList, Config]
- Definition Classes
- TypesafeConfigDecoderInstances
-
implicit
def
dataListEncoder[F[_]](implicit arg0: Applicative[F]): Encoder[F, Settings, ConfigList, Config]
- Definition Classes
- TypesafeConfigEncoderInstances
-
implicit
def
dataObjectDecoder[F[_]](implicit F: MonadError[F, Throwable], error: ExtruderErrors[F]): Decoder[F, Settings, ConfigObject, Config]
- Definition Classes
- TypesafeConfigDecoderInstances
-
implicit
def
dataObjectEncoder[F[_]](implicit arg0: Applicative[F]): Encoder[F, Settings, ConfigObject, Config]
- Definition Classes
- TypesafeConfigEncoderInstances
-
implicit
def
dataValueDecoder[F[_]](implicit F: MonadError[F, Throwable], error: ExtruderErrors[F]): Decoder[F, Settings, ConfigValue, Config]
- Definition Classes
- TypesafeConfigDecoderInstances
-
implicit
def
dataValueEncoder[F[_]](implicit arg0: Applicative[F]): Encoder[F, Settings, ConfigValue, Config]
- Definition Classes
- TypesafeConfigEncoderInstances
-
def
decode[A]: DecodePartiallyApplied[typesafe.DecodeDefault, A, typesafe.Sett, typesafe.DecodeData, typesafe.InputData]
- Definition Classes
- Decode
-
def
decodeF[F[_], A]: DecodePartiallyApplied[F, A, typesafe.Sett, typesafe.DecodeData, typesafe.InputData]
- Definition Classes
- Decode
-
def
encode: EncodePartiallyApplied[typesafe.EncodeDefault, typesafe.Sett, typesafe.EncodeData, typesafe.OutputData]
- Definition Classes
- Encode
-
def
encodeF[F[_]]: EncodePartiallyApplied[F, typesafe.Sett, typesafe.EncodeData, typesafe.OutputData]
- Definition Classes
- Encode
-
def
formatParserError[F[_], T, S <: Settings](parser: Parser[T], path: List[PathElement], settings: S)(implicit F: Applicative[F], error: ExtruderErrors[F]): (String) ⇒ F[T]
- Attributes
- protected
- Definition Classes
- Resolve
-
implicit
def
iterableEncoder[F[_], A, FF[T] <: scala.collection.compat.IterableOnce[T]](implicit arg0: Applicative[F], shows: Show[A], neOpt: <:!<[FF[A], Option[A]]): Encoder[F, Settings, FF[A], Config]
- Definition Classes
- TypesafeConfigEncoderInstances
-
implicit
def
iterableObjectEncoder[F[_], A, FF[T] <: scala.collection.compat.IterableOnce[T]](implicit arg0: Monad[F], encoder: Encoder[F, Settings, A, Config], refute: Refute[Show[A]], neOpt: <:!<[FF[A], Option[A]]): Encoder[F, Settings, FF[A], Config]
- Definition Classes
- TypesafeConfigEncoderInstances
-
def
lookup[F[_], A](f: (Config) ⇒ A, data: Config)(implicit F: ApplicativeError[F, Throwable]): F[Option[A]]
- Attributes
- protected
- Definition Classes
- TypesafeConfigDecoderInstances
-
def
parameters[A](namespace: List[String], settings: typesafe.Sett)(implicit arg0: MetaInfo[A]): String
- Definition Classes
- DataSource
-
def
parameters[A](namespace: List[String])(implicit arg0: MetaInfo[A]): String
- Definition Classes
- DataSource
-
def
parameters[A](settings: typesafe.Sett)(implicit arg0: MetaInfo[A]): String
- Definition Classes
- DataSource
-
def
parameters[A](implicit arg0: MetaInfo[A]): String
- Definition Classes
- DataSource
-
def
resolve[F[_], T, V, S <: Settings, D](parser: (V) ⇒ F[T], lookup: (List[PathElement], S, D) ⇒ F[Option[V]])(path: List[PathElement], settings: S, default: Option[T], data: D)(implicit F: Monad[F], error: ExtruderErrors[F]): F[T]
- Attributes
- protected
- Definition Classes
- Resolve
-
def
resolveConfig[F[_], A](lookup: (List[PathElement], Settings, Config) ⇒ F[Option[A]])(implicit F: Monad[F], error: ExtruderErrors[F]): (List[PathElement], Settings, Option[A], Config) ⇒ F[A]
- Attributes
- protected
- Definition Classes
- TypesafeConfigDecoderInstances
-
def
resolveValue[F[_], S <: Settings, T, D](parser: (String) ⇒ F[T])(implicit F: Monad[F], error: ExtruderErrors[F], reader: StringReader[F, S, D]): (List[PathElement], S, Option[T], D) ⇒ F[T]
- Attributes
- protected
- Definition Classes
- Resolve
-
def
selectOption[F[_], A, S <: Settings](path: List[PathElement], settings: S, primary: Option[A], secondary: Option[A])(implicit F: Applicative[F], error: ExtruderErrors[F]): F[A]
- Attributes
- protected
- Definition Classes
- OptionSelector
-
implicit
def
traversableDecoder[F[_], A, FF[T] <: scala.collection.compat.IterableOnce[T], S <: Settings](implicit parser: Parser[A], factory: scala.collection.compat.Factory[A, FF[A]], F: MonadError[F, Throwable], error: ExtruderErrors[F]): Decoder[F, S, FF[A], Config]
- Definition Classes
- TypesafeConfigDecoderInstances
-
implicit
def
traversableObjectDecoder[F[_], A, FF[T] <: scala.collection.compat.IterableOnce[T], S <: Settings](implicit parser: Parser[List[String]], decoder: Decoder[F, S, A, Config], factory: scala.collection.compat.Factory[A, FF[A]], F: MonadError[F, Throwable], error: ExtruderErrors[F], refute: Refute[Parser[A]]): Decoder[F, S, FF[A], Config]
- Definition Classes
- TypesafeConfigDecoderInstances
-
implicit
def
typesafeConfigHasValue[F[_]](implicit F: ApplicativeError[F, Throwable]): HasValue[F, Settings, Config]
- Definition Classes
- TypesafeConfigDecoderInstances
-
implicit
def
typesafeConfigLoadInput[F[_]](implicit F: MonadError[F, Throwable]): LoadInput[F, Config]
- Definition Classes
- TypesafeConfigDecoderInstances
-
implicit
val
typesafeConfigMonoid: Monoid[Config]
- Definition Classes
- TypesafeConfigEncoderInstances
-
implicit
def
typesafeConfigPrune[F[_]](implicit F: MonadError[F, Throwable]): Prune[F, Settings, Config]
- Definition Classes
- TypesafeConfigDecoderInstances
-
implicit
def
typesafeConfigStringReader[F[_]](implicit F: ApplicativeError[F, Throwable]): StringReader[F, Settings, Config]
- Definition Classes
- TypesafeConfigDecoderInstances
-
implicit
def
typesafeConfigStringWriter[F[_]](implicit arg0: Applicative[F]): StringWriter[F, Settings, Config]
- Definition Classes
- TypesafeConfigEncoderInstances
-
implicit
def
typesafeConfigTransform[F[_]](implicit F: MonadError[F, Throwable]): Transform[F, Settings, Config, Config]
- Definition Classes
- TypesafeConfigEncoderInstances
- object IntermediateTypes
- object datasource extends TypesafeConfigDecoder with TypesafeConfigEncoder with TypesafeConfigDataSource
- object decoders extends TypesafeConfigDecoder with TypesafeConfigDecoderInstances with TypesafeConfigDataSource
- object encoders extends TypesafeConfigEncoder with TypesafeConfigEncoderInstances with TypesafeConfigDataSource
- object instances extends TypesafeConfigEncoderInstances with TypesafeConfigDecoderInstances
This is the API documentation for extruder.
The library is divided into a number of modules that either provide core functionality, support additional features via third-party dependencies, or facilitate integration with other libraries or frameworks.
Please refer to the documentation for a more detailed introduction to the library.