CompoundTypes

abstract def readBuildable[T, To](src: (CompoundTypes.this)#Input, builder: Builder[T, To])(implicit arg0: (CompoundTypes.this)#Readable[T]): To

Reads elements of type T into the given buildable.

abstract def readName(in: (CompoundTypes.this)#Input): String

abstract def writeIterable[T, CC <: Iterable[T]](sink: (CompoundTypes.this)#Output, coll: CC, name: String)(implicit arg0: (CompoundTypes.this)#Writable[T]): Unit

Writes elements of the given collection.

abstract def writeName(out: (CompoundTypes.this)#Output, name: String): Unit

final def !=(arg0: AnyRef): Boolean

final def !=(arg0: Any): Boolean

final def ##(): Int

final def ==(arg0: AnyRef): Boolean

final def ==(arg0: Any): Boolean

implicit def arrayReadWritable[T](implicit tH: (CompoundTypes.this)#ReadWritable[T], man: ClassTag[T]): (CompoundTypes.this)#ReadWritable[Array[T]]

final def asInstanceOf[T0]: T0

def clone(): AnyRef

def collectionFromElements[K, V, CC[K, V] <: Map[K, V] with MapLike[K, V, CC[K, V]]](c: MapFactory[CC], name: String)(implicit arg0: (CompoundTypes.this)#ReadWritable[K], arg1: (CompoundTypes.this)#ReadWritable[V]): (CompoundTypes.this)#ReadWritable[CC[K, V]]

Map collection types.

def collectionFromElements[T, CC[T] <: Iterable[T]](c: GenericCompanion[CC], name: String)(implicit arg0: (CompoundTypes.this)#ReadWritable[T]): (CompoundTypes.this)#ReadWritable[CC[T]]

Standard collection types.

implicit def counter2ReadWritable[T, U, V](implicit arg0: (CompoundTypes.this)#ReadWritable[T], arg1: (CompoundTypes.this)#ReadWritable[U], arg2: (CompoundTypes.this)#ReadWritable[V], arg3: DefaultArrayValue[V], arg4: Field[V]): (CompoundTypes.this)#ReadWritable[Counter2[T, U, V]]

implicit def counterReadWritable[T, V](implicit arg0: (CompoundTypes.this)#ReadWritable[T], arg1: (CompoundTypes.this)#ReadWritable[V], arg2: DefaultArrayValue[V], arg3: Field[V]): (CompoundTypes.this)#ReadWritable[Counter[T, V]]

final def eq(arg0: AnyRef): Boolean

def equals(arg0: Any): Boolean

def finalize(): Unit

final def getClass(): Class[_]

def hashCode(): Int

implicit def indexReadWritable[T](implicit arg0: (CompoundTypes.this)#ReadWritable[T]): (CompoundTypes.this)#ReadWritable[Index[T]]

implicit def indexedSeqReadWritable[T](implicit tH: (CompoundTypes.this)#ReadWritable[T]): (CompoundTypes.this)#ReadWritable[IndexedSeq[T]]

final def isInstanceOf[T0]: Boolean

implicit def iterableReadWritable[T](implicit tH: (CompoundTypes.this)#ReadWritable[T]): (CompoundTypes.this)#ReadWritable[Iterable[T]]

implicit def iteratorReadWritable[T](implicit tH: (CompoundTypes.this)#ReadWritable[T]): (CompoundTypes.this)#ReadWritable[Iterator[T]]

implicit def listReadWritable[T](implicit tH: (CompoundTypes.this)#ReadWritable[T]): (CompoundTypes.this)#ReadWritable[List[T]]

implicit def mapReadWritable[K, V](implicit arg0: (CompoundTypes.this)#ReadWritable[K], arg1: (CompoundTypes.this)#ReadWritable[V]): (CompoundTypes.this)#ReadWritable[Map[K, V]]

final def ne(arg0: AnyRef): Boolean

final def notify(): Unit

final def notifyAll(): Unit

implicit def optionReadWritable[T](implicit arg0: (CompoundTypes.this)#ReadWritable[T]): (CompoundTypes.this)#ReadWritable[Option[T]]

def readTupleEnd(in: (CompoundTypes.this)#Input): Unit

def readTupleGlue(in: (CompoundTypes.this)#Input): Unit

def readTupleStart(in: (CompoundTypes.this)#Input): Unit

implicit def seqReadWritable[T](implicit tH: (CompoundTypes.this)#ReadWritable[T]): (CompoundTypes.this)#ReadWritable[Seq[T]]

implicit def setReadWritable[T](implicit tH: (CompoundTypes.this)#ReadWritable[T]): (CompoundTypes.this)#ReadWritable[Set[T]]

final def synchronized[T0](arg0: ⇒ T0): T0

def toString(): String

implicit def tuple2ReadWritable[T1, T2](implicit t1H: (CompoundTypes.this)#ReadWritable[T1], t2H: (CompoundTypes.this)#ReadWritable[T2]): (CompoundTypes.this)#ReadWritable[(T1, T2)]

implicit def tuple3ReadWritable[T1, T2, T3](implicit t1H: (CompoundTypes.this)#ReadWritable[T1], t2H: (CompoundTypes.this)#ReadWritable[T2], t3H: (CompoundTypes.this)#ReadWritable[T3]): (CompoundTypes.this)#ReadWritable[(T1, T2, T3)]

implicit def tuple4ReadWritable[T1, T2, T3, T4](implicit t1H: (CompoundTypes.this)#ReadWritable[T1], t2H: (CompoundTypes.this)#ReadWritable[T2], t3H: (CompoundTypes.this)#ReadWritable[T3], t4H: (CompoundTypes.this)#ReadWritable[T4]): (CompoundTypes.this)#ReadWritable[(T1, T2, T3, T4)]

final def wait(): Unit

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

final def wait(arg0: Long): Unit

def writeNameOpt(out: (CompoundTypes.this)#Output, name: String): Unit

writeNameOpt is like writeName, but Serialization formats aren't required to use it.

def writeTupleEnd(out: (CompoundTypes.this)#Output): Unit

def writeTupleGlue(out: (CompoundTypes.this)#Output): Unit

def writeTupleStart(out: (CompoundTypes.this)#Output): Unit

def writesNames: Boolean

If you override writeNameOpt to do nothing, override this