Packages

c

akka.stream

AmorphousShape

case class AmorphousShape(inlets: Seq[Inlet[_]], outlets: Seq[Outlet[_]]) extends Shape with Product with Serializable

This type of Shape can express any number of inputs and outputs at the expense of forgetting about their specific types. It is used mainly in the implementation of the Graph builders and typically replaced by a more meaningful type of Shape when the building is finished.

Source
Shape.scala
Linear Supertypes
Serializable, Serializable, Product, Equals, Shape, AnyRef, Any
Type Hierarchy
Ordering
  1. Alphabetic
  2. By Inheritance
Inherited
  1. AmorphousShape
  2. Serializable
  3. Serializable
  4. Product
  5. Equals
  6. Shape
  7. AnyRef
  8. Any
Implicitly
  1. by any2stringadd
  2. by StringFormat
  3. by Ensuring
  4. by ArrowAssoc
  1. Hide All
  2. Show All
Visibility
  1. Public
  2. All

Instance Constructors

  1. new AmorphousShape(inlets: Seq[Inlet[_]], outlets: Seq[Outlet[_]])

Value Members

  1. def copyFromPorts(inlets: Seq[Inlet[_]], outlets: Seq[Outlet[_]]): Shape

    Create a copy of this Shape object, returning the same type as the original but containing the ports given within the passed-in Shape.

    Create a copy of this Shape object, returning the same type as the original but containing the ports given within the passed-in Shape.

    Definition Classes
    AmorphousShape → Shape
  2. def deepCopy(): AmorphousShape

    Create a copy of this Shape object, returning the same type as the original; this constraint can unfortunately not be expressed in the type system.

    Create a copy of this Shape object, returning the same type as the original; this constraint can unfortunately not be expressed in the type system.

    Definition Classes
    AmorphousShape → Shape
  3. def getInlets: List[Inlet[_]]

    Java API: get a list of all input ports

    Java API: get a list of all input ports

    Definition Classes
    Shape
  4. def getOutlets: List[Outlet[_]]

    Java API: get a list of all output ports

    Java API: get a list of all output ports

    Definition Classes
    Shape
  5. def hasSamePortsAndShapeAs(s: Shape): Boolean

    Compare this to another shape and determine whether the arrangement of ports is the same (including their ordering).

    Compare this to another shape and determine whether the arrangement of ports is the same (including their ordering).

    Definition Classes
    Shape
  6. def hasSamePortsAs(s: Shape): Boolean

    Compare this to another shape and determine whether the set of ports is the same (ignoring their ordering).

    Compare this to another shape and determine whether the set of ports is the same (ignoring their ordering).

    Definition Classes
    Shape
  7. val inlets: Seq[Inlet[_]]
    Definition Classes
    AmorphousShape → Shape
  8. val outlets: Seq[Outlet[_]]
    Definition Classes
    AmorphousShape → Shape
  9. def requireSamePortsAndShapeAs(s: Shape): Unit

    Asserting version of #hasSamePortsAndShapeAs.

    Asserting version of #hasSamePortsAndShapeAs.

    Definition Classes
    Shape
  10. def requireSamePortsAs(s: Shape): Unit

    Asserting version of #hasSamePortsAs.

    Asserting version of #hasSamePortsAs.

    Definition Classes
    Shape