Value Members

1.  final def !=(arg0: Any): Boolean

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2.  final def ##(): Int

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3.  final def ==(arg0: Any): Boolean

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4.  final def asInstanceOf[T0]: T0

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5.  def clone(): AnyRef

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6.  macro def deriveAllCodecs[T]: Codec[T]

   Macro that creates an Encoder and Decoder pair for T and all direct and indirect sub-types of T.

   Macro that creates an Encoder and Decoder pair for T and all direct and indirect sub-types of T. Convenience shortcut for Codec(deriveAllEncoders[T], deriveAllDecoders[T])".

7.  macro def deriveAllDecoders[T]: Decoder[T]

   Macro that creates a Decoder for T and all direct and indirect sub-types of T, which are concrete, i.e.

   Macro that creates a Decoder for T and all direct and indirect sub-types of T, which are concrete, i.e. not abstract. T must be a sealed abstract class or sealed trait.

   It works by generating a code block such as this one:

   implicit val a = deriveDecoder[A]     // one such line is generated for each concrete
   implicit val b = deriveDecoder[B]     // direct or indirect sub-type of T which doesn't
   implicit val c = deriveDecoder[C]     // already have an implicit Decoder available
   ...
   deriveDecoder[T]

   If a Decoder for a certain concrete sub-type S <: T is already implicitly available at the macro call-site the respective line for the sub-type is **not** generated.

   If a Decoder for a certain abstract sub-type S <: T is already implicitly available at the macro call-site the respective lines for **all** sub-types of S are **not** generated.

   This means that you can specify your own custom Decoders for concrete sub-types or whole branches of the sub-type hierarchy and they will be properly picked up rather than create conflicts.

8.  macro def deriveAllEncoders[T]: Encoder[T]

   Macro that creates an Encoder for T and all direct and indirect sub-types of T, which are concrete, i.e.

   Macro that creates an Encoder for T and all direct and indirect sub-types of T, which are concrete, i.e. not abstract. T must be a sealed abstract class or sealed trait.

   It works by generating a code block such as this one:

   implicit val a = deriveEncoder[A]     // one such line is generated for each concrete
   implicit val b = deriveEncoder[B]     // direct or indirect sub-type of T which doesn't
   implicit val c = deriveEncoder[C]     // already have an implicit Encoder available
   ...
   deriveEncoder[T]

   If an Encoder for a certain concrete sub-type S <: T is already implicitly available at the macro call-site the respective line for the sub-type is **not** generated.

   If an Encoder for a certain abstract sub-type S <: T is already implicitly available at the macro call-site the respective lines for **all** sub-types of S are **not** generated.

   This means that you can specify your own custom Encoders for concrete sub-types or whole branches of the sub-type hierarchy and they will be properly picked up rather than create conflicts.

9.  macro def deriveCodec[T]: Codec[T]

   Macro that creates an Encoder and Decoder pair for T.

   Macro that creates an Encoder and Decoder pair for T. Convenience shortcut for Codec(deriveEncoder[T], deriveDecoder[T])".

10.  macro def deriveDecoder[T]: Decoder[T]

    Macro that creates a Decoder for T provided that - T is a case class, sealed abstract class or sealed trait - Decoder instances for all members of T (if T is a case class) or all sub-types of T (if T is an ADT) are implicitly available

    Macro that creates a Decoder for T provided that - T is a case class, sealed abstract class or sealed trait - Decoder instances for all members of T (if T is a case class) or all sub-types of T (if T is an ADT) are implicitly available

    Case classes are created from a map of values, one key-value pair for each member. The key for each member is a String holding the member's name. This can be customized with the key annotation.

    NOTE: If T is unary (i.e. only has a single member) then the member value is expected in an unwrapped form, * i.e. without the map container.

11.  macro def deriveEncoder[T]: Encoder[T]

    Macro that creates an Encoder for T provided that - T is a case class, sealed abstract class or sealed trait - Encoder instances for all members of T (if T is a case class) or all sub-types of T (if T is an ADT) are implicitly available

    Macro that creates an Encoder for T provided that - T is a case class, sealed abstract class or sealed trait - Encoder instances for all members of T (if T is a case class) or all sub-types of T (if T is an ADT) are implicitly available

    Case classes are converted into a map of values, one key-value pair for each member. The key for each member is a String holding the member's name. This can be customized with the key annotation.

    NOTE: If T is unary (i.e. only has a single member) then the member value is written in an unwrapped form, * i.e. without the map container.

12.  final def eq(arg0: AnyRef): Boolean

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13.  def equals(arg0: Any): Boolean

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14.  def finalize(): Unit

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    @throws( classOf[java.lang.Throwable] )

15.  final def getClass(): Class[_]

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    @native()

16.  def hashCode(): Int

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    @native()

17.  final def isInstanceOf[T0]: Boolean

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18.  final def ne(arg0: AnyRef): Boolean

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19.  final def notify(): Unit

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    @native()

20.  final def notifyAll(): Unit

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    @native()

21.  final def synchronized[T0](arg0: ⇒ T0): T0

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22.  def toString(): String

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23.  final def wait(): Unit

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24.  final def wait(arg0: Long, arg1: Int): Unit

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    @throws( ... )

25.  final def wait(arg0: Long): Unit

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