Type Members

1.  type Definition[P] = hierarchy.core.Definition[P]
2.  type Hierarchy[P] = hierarchy.core.Hierarchy[P]
3.  trait InsideHierarchyLibraryExtension extends AnyRef

   Annotations

   @implicitNotFound()

4.  type Instance[P] = hierarchy.core.Instance[P]
5.  trait InstantiableClone[T <: IsInstantiable] extends IsClone[T]
   Note

   If we are cloning a non-module, we need another object which has the proper _parent set!

6.  type IsInstantiable = hierarchy.core.IsInstantiable
7.  type IsLookupable = hierarchy.core.IsLookupable
8.  macro class instantiable extends internal.instantiable

   Classes or traits which will be used with the Definition + Instance api should be marked with the @instantiable annotation at the class/trait definition.

   Classes or traits which will be used with the Definition + Instance api should be marked with the @instantiable annotation at the class/trait definition.

   Annotations

   @compileTimeOnly("macro annotation could not be expanded (since these are experimental, you must enable them with -Ymacro-annotations)")

   Example:

   1. @instantiable
      class MyModule extends Module {
        ...
      }
      
      val d = Definition(new MyModule)
      val i0 = Instance(d)
      val i1 = Instance(d)

9.  class public extends internal.public

   Classes marked with @instantiable can have their vals marked with the @public annotation to enable accessing these values from a Definition or Instance of the class.

   Classes marked with @instantiable can have their vals marked with the @public annotation to enable accessing these values from a Definition or Instance of the class.

   Only vals of the the following types can be marked @public:

   1. IsInstantiable 2. IsLookupable 3. Data 4. BaseModule 5. Iterable/Option containing a type that meets these requirements 6. Basic type like String, Int, BigInt etc.

   Example:

   1. @instantiable
      class MyModule extends Module {
        @public val in = IO(Input(UInt(3.W)))
        @public val out = IO(Output(UInt(3.W)))
        ..
      }
      
      val d = Definition(new MyModule)
      val i0 = Instance(d)
      val i1 = Instance(d)
      
      i1.in := i0.out