tpe

sealed abstract class CompositeType extends slamdata.Predef.Product with slamdata.Predef.Serializable

Primary composite types.
type PrimaryType = \/[SimpleType, CompositeType]
sealed abstract class SimpleType extends slamdata.Predef.Product with slamdata.Predef.Serializable

Primary, non-composite types.
sealed abstract class TypeF[J, A] extends slamdata.Predef.Product with slamdata.Predef.Serializable

object CompositeType extends Serializable
object PrimaryType extends Serializable
object SimpleEJson
object SimpleType extends Serializable
object TypeF extends TypeFInstances with Serializable
implicit def birecursiveTTypeBoundedDistributiveLattice[T[_[_]], J](implicit arg0: BirecursiveT[T], arg1: Order[J], JC: Aux[J, EJson], JR: Aux[J, EJson]): BoundedDistributiveLattice[T[[β$2$]TypeF[J, β$2$]]]
implicit def birecursiveTTypePartialOrder[T[_[_]], J](implicit arg0: BirecursiveT[T], arg1: Order[J], JC: Aux[J, EJson], JR: Aux[J, EJson]): PartialOrder[T[[β$0$]TypeF[J, β$0$]]]
def compositeTypeOf[J](ejs: J)(implicit J: Aux[J, EJson]): slamdata.Predef.Option[CompositeType]

Returns the primary type of the given EJson value, if it is composite.
object normalization
def primaryTypeOf[J](ejs: J)(implicit J: Aux[J, EJson]): PrimaryType

Returns the primary type of the given EJson value.
val primaryTypeOfƒ: Algebra[EJson, PrimaryType]

Fold EJson to its PrimaryType.
def simpleTypeOf[J](ejs: J)(implicit J: Aux[J, EJson]): slamdata.Predef.Option[SimpleType]

Returns the primary type of the given EJson value, if it is simple.