scala.reflect.api.Trees

# TreeCopierOps

#### abstract class TreeCopierOps extends AnyRef

The API of a tree copier.

Source
  Trees.scala

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AnyRef, Any
Known Subclasses
TreeCopier, TreeCopier
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1. TreeCopierOps
2. AnyRef
3. Any

Implicitly

1. by any2stringadd
2. by StringFormat
3. by Ensuring
4. by ArrowAssoc

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### Instance Constructors

1. #### new TreeCopierOps()

### Abstract Value Members

1. #### abstract def Alternative(tree: Universe.Tree, trees: List[Universe.Tree]): Universe.Alternative

   Creates a `Alternative` node from the given components, having a given `tree` as a prototype.

   Creates a `Alternative` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

2. #### abstract def Annotated(tree: Universe.Tree, annot: Universe.Tree, arg: Universe.Tree): Universe.Annotated

   Creates a `Annotated` node from the given components, having a given `tree` as a prototype.

   Creates a `Annotated` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

3. #### abstract def AppliedTypeTree(tree: Universe.Tree, tpt: Universe.Tree, args: List[Universe.Tree]): Universe.AppliedTypeTree

   Creates a `AppliedTypeTree` node from the given components, having a given `tree` as a prototype.

   Creates a `AppliedTypeTree` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

4. #### abstract def Apply(tree: Universe.Tree, fun: Universe.Tree, args: List[Universe.Tree]): Universe.Apply

   Creates a `Apply` node from the given components, having a given `tree` as a prototype.

   Creates a `Apply` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

5. #### abstract def Assign(tree: Universe.Tree, lhs: Universe.Tree, rhs: Universe.Tree): Universe.Assign

   Creates a `Assign` node from the given components, having a given `tree` as a prototype.

   Creates a `Assign` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

6. #### abstract def AssignOrNamedArg(tree: Universe.Tree, lhs: Universe.Tree, rhs: Universe.Tree): Universe.AssignOrNamedArg

   Creates a `AssignOrNamedArg` node from the given components, having a given `tree` as a prototype.

   Creates a `AssignOrNamedArg` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

7. #### abstract def Bind(tree: Universe.Tree, name: Universe.Name, body: Universe.Tree): Universe.Bind

   Creates a `Bind` node from the given components, having a given `tree` as a prototype.

   Creates a `Bind` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

8. #### abstract def Block(tree: Universe.Tree, stats: List[Universe.Tree], expr: Universe.Tree): Universe.Block

   Creates a `Block` node from the given components, having a given `tree` as a prototype.

   Creates a `Block` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

9. #### abstract def CaseDef(tree: Universe.Tree, pat: Universe.Tree, guard: Universe.Tree, body: Universe.Tree): Universe.CaseDef

   Creates a `CaseDef` node from the given components, having a given `tree` as a prototype.

   Creates a `CaseDef` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

10. #### abstract def ClassDef(tree: Universe.Tree, mods: Universe.Modifiers, name: Universe.Name, tparams: List[Universe.TypeDef], impl: Universe.Template): Universe.ClassDef

    Creates a `ClassDef` node from the given components, having a given `tree` as a prototype.

    Creates a `ClassDef` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

11. #### abstract def CompoundTypeTree(tree: Universe.Tree, templ: Universe.Template): Universe.CompoundTypeTree

    Creates a `CompoundTypeTree` node from the given components, having a given `tree` as a prototype.

    Creates a `CompoundTypeTree` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

12. #### abstract def DefDef(tree: Universe.Tree, mods: Universe.Modifiers, name: Universe.Name, tparams: List[Universe.TypeDef], vparamss: List[List[Universe.ValDef]], tpt: Universe.Tree, rhs: Universe.Tree): Universe.DefDef

    Creates a `DefDef` node from the given components, having a given `tree` as a prototype.

    Creates a `DefDef` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

13. #### abstract def ExistentialTypeTree(tree: Universe.Tree, tpt: Universe.Tree, whereClauses: List[Universe.MemberDef]): Universe.ExistentialTypeTree

    Creates a `ExistentialTypeTree` node from the given components, having a given `tree` as a prototype.

    Creates a `ExistentialTypeTree` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

14. #### abstract def Function(tree: Universe.Tree, vparams: List[Universe.ValDef], body: Universe.Tree): Universe.Function

    Creates a `Function` node from the given components, having a given `tree` as a prototype.

    Creates a `Function` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

15. #### abstract def Ident(tree: Universe.Tree, name: Universe.Name): Universe.Ident

    Creates a `Ident` node from the given components, having a given `tree` as a prototype.

    Creates a `Ident` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

16. #### abstract def If(tree: Universe.Tree, cond: Universe.Tree, thenp: Universe.Tree, elsep: Universe.Tree): Universe.If

    Creates a `If` node from the given components, having a given `tree` as a prototype.

    Creates a `If` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

17. #### abstract def Import(tree: Universe.Tree, expr: Universe.Tree, selectors: List[Universe.ImportSelector]): Universe.Import

    Creates a `Import` node from the given components, having a given `tree` as a prototype.

    Creates a `Import` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

18. #### abstract def LabelDef(tree: Universe.Tree, name: Universe.Name, params: List[Universe.Ident], rhs: Universe.Tree): Universe.LabelDef

    Creates a `LabelDef` node from the given components, having a given `tree` as a prototype.

    Creates a `LabelDef` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

19. #### abstract def Literal(tree: Universe.Tree, value: Universe.Constant): Universe.Literal

    Creates a `Literal` node from the given components, having a given `tree` as a prototype.

    Creates a `Literal` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

20. #### abstract def Match(tree: Universe.Tree, selector: Universe.Tree, cases: List[Universe.CaseDef]): Universe.Match

    Creates a `Match` node from the given components, having a given `tree` as a prototype.

    Creates a `Match` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

21. #### abstract def ModuleDef(tree: Universe.Tree, mods: Universe.Modifiers, name: Universe.Name, impl: Universe.Template): Universe.ModuleDef

    Creates a `ModuleDef` node from the given components, having a given `tree` as a prototype.

    Creates a `ModuleDef` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

22. #### abstract def New(tree: Universe.Tree, tpt: Universe.Tree): Universe.New

    Creates a `New` node from the given components, having a given `tree` as a prototype.

    Creates a `New` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

23. #### abstract def PackageDef(tree: Universe.Tree, pid: Universe.RefTree, stats: List[Universe.Tree]): Universe.PackageDef

    Creates a `PackageDef` node from the given components, having a given `tree` as a prototype.

    Creates a `PackageDef` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

24. #### abstract def RefTree(tree: Universe.Tree, qualifier: Universe.Tree, selector: Universe.Name): Universe.RefTree

    Creates a `RefTree` node from the given components, having a given `tree` as a prototype.

    Creates a `RefTree` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

25. #### abstract def ReferenceToBoxed(tree: Universe.Tree, idt: Universe.Ident): Universe.ReferenceToBoxed

    Creates a `ReferenceToBoxed` node from the given components, having a given `tree` as a prototype.

    Creates a `ReferenceToBoxed` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

26. #### abstract def Return(tree: Universe.Tree, expr: Universe.Tree): Universe.Return

    Creates a `Return` node from the given components, having a given `tree` as a prototype.

    Creates a `Return` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

27. #### abstract def Select(tree: Universe.Tree, qualifier: Universe.Tree, selector: Universe.Name): Universe.Select

    Creates a `Select` node from the given components, having a given `tree` as a prototype.

    Creates a `Select` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

28. #### abstract def SelectFromTypeTree(tree: Universe.Tree, qualifier: Universe.Tree, selector: Universe.Name): Universe.SelectFromTypeTree

    Creates a `SelectFromTypeTree` node from the given components, having a given `tree` as a prototype.

    Creates a `SelectFromTypeTree` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

29. #### abstract def SingletonTypeTree(tree: Universe.Tree, ref: Universe.Tree): Universe.SingletonTypeTree

    Creates a `SingletonTypeTree` node from the given components, having a given `tree` as a prototype.

    Creates a `SingletonTypeTree` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

30. #### abstract def Star(tree: Universe.Tree, elem: Universe.Tree): Universe.Star

    Creates a `Star` node from the given components, having a given `tree` as a prototype.

    Creates a `Star` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

31. #### abstract def Super(tree: Universe.Tree, qual: Universe.Tree, mix: Universe.TypeName): Universe.Super

    Creates a `Super` node from the given components, having a given `tree` as a prototype.

    Creates a `Super` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

32. #### abstract def Template(tree: Universe.Tree, parents: List[Universe.Tree], self: Universe.ValDef, body: List[Universe.Tree]): Universe.Template

    Creates a `Template` node from the given components, having a given `tree` as a prototype.

    Creates a `Template` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

33. #### abstract def This(tree: Universe.Tree, qual: Universe.Name): Universe.This

    Creates a `This` node from the given components, having a given `tree` as a prototype.

    Creates a `This` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

34. #### abstract def Throw(tree: Universe.Tree, expr: Universe.Tree): Universe.Throw

    Creates a `Throw` node from the given components, having a given `tree` as a prototype.

    Creates a `Throw` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

35. #### abstract def Try(tree: Universe.Tree, block: Universe.Tree, catches: List[Universe.CaseDef], finalizer: Universe.Tree): Universe.Try

    Creates a `Try` node from the given components, having a given `tree` as a prototype.

    Creates a `Try` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

36. #### abstract def TypeApply(tree: Universe.Tree, fun: Universe.Tree, args: List[Universe.Tree]): Universe.TypeApply

    Creates a `TypeApply` node from the given components, having a given `tree` as a prototype.

    Creates a `TypeApply` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

37. #### abstract def TypeBoundsTree(tree: Universe.Tree, lo: Universe.Tree, hi: Universe.Tree): Universe.TypeBoundsTree

    Creates a `TypeBoundsTree` node from the given components, having a given `tree` as a prototype.

    Creates a `TypeBoundsTree` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

38. #### abstract def TypeDef(tree: Universe.Tree, mods: Universe.Modifiers, name: Universe.Name, tparams: List[Universe.TypeDef], rhs: Universe.Tree): Universe.TypeDef

    Creates a `TypeDef` node from the given components, having a given `tree` as a prototype.

    Creates a `TypeDef` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

39. #### abstract def TypeTree(tree: Universe.Tree): Universe.TypeTree

    Creates a `TypeTree` node from the given components, having a given `tree` as a prototype.

    Creates a `TypeTree` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

40. #### abstract def Typed(tree: Universe.Tree, expr: Universe.Tree, tpt: Universe.Tree): Universe.Typed

    Creates a `Typed` node from the given components, having a given `tree` as a prototype.

    Creates a `Typed` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

41. #### abstract def UnApply(tree: Universe.Tree, fun: Universe.Tree, args: List[Universe.Tree]): Universe.UnApply

    Creates a `UnApply` node from the given components, having a given `tree` as a prototype.

    Creates a `UnApply` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

42. #### abstract def ValDef(tree: Universe.Tree, mods: Universe.Modifiers, name: Universe.Name, tpt: Universe.Tree, rhs: Universe.Tree): Universe.ValDef

    Creates a `ValDef` node from the given components, having a given `tree` as a prototype.

    Creates a `ValDef` node from the given components, having a given `tree` as a prototype. Having a tree as a prototype means that the tree's attachments, type and symbol will be copied into the result.

### Concrete Value Members

1. #### final def !=(arg0: Any): Boolean

   Definition Classes
     AnyRef → Any

2. #### final def ##(): Int

   Definition Classes
     AnyRef → Any

3. #### def +(other: String): String

   Implicit information
     This member is added by an implicit conversion from Universe.TreeCopierOps to any2stringadd[Universe.TreeCopierOps] performed by method any2stringadd in scala.Predef.
   Definition Classes
     any2stringadd

4. #### def ->[B](y: B): (Universe.TreeCopierOps, B)

   Implicit information
     This member is added by an implicit conversion from Universe.TreeCopierOps to ArrowAssoc[Universe.TreeCopierOps] performed by method ArrowAssoc in scala.Predef.
   Definition Classes
     ArrowAssoc
   Annotations
     @inline()

5. #### final def ==(arg0: Any): Boolean

   Definition Classes
     AnyRef → Any

6. #### final def asInstanceOf[T0]: T0

   Definition Classes
     Any

7. #### def clone(): AnyRef

   Attributes
     protected[java.lang]
   Definition Classes
     AnyRef
   Annotations
     @throws( ... )

8. #### def ensuring(cond: (Universe.TreeCopierOps) ⇒ Boolean, msg: ⇒ Any): Universe.TreeCopierOps

   Implicit information
     This member is added by an implicit conversion from Universe.TreeCopierOps to Ensuring[Universe.TreeCopierOps] performed by method Ensuring in scala.Predef.
   Definition Classes
     Ensuring

9. #### def ensuring(cond: (Universe.TreeCopierOps) ⇒ Boolean): Universe.TreeCopierOps

   Implicit information
     This member is added by an implicit conversion from Universe.TreeCopierOps to Ensuring[Universe.TreeCopierOps] performed by method Ensuring in scala.Predef.
   Definition Classes
     Ensuring

10. #### def ensuring(cond: Boolean, msg: ⇒ Any): Universe.TreeCopierOps

    Implicit information
      This member is added by an implicit conversion from Universe.TreeCopierOps to Ensuring[Universe.TreeCopierOps] performed by method Ensuring in scala.Predef.
    Definition Classes
      Ensuring

11. #### def ensuring(cond: Boolean): Universe.TreeCopierOps

    Implicit information
      This member is added by an implicit conversion from Universe.TreeCopierOps to Ensuring[Universe.TreeCopierOps] performed by method Ensuring in scala.Predef.
    Definition Classes
      Ensuring

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

    Definition Classes
      AnyRef

13. #### def equals(arg0: Any): Boolean

    Definition Classes
      AnyRef → Any

14. #### def finalize(): Unit

    Attributes
      protected[java.lang]
    Definition Classes
      AnyRef
    Annotations
      @throws( classOf[java.lang.Throwable] )

15. #### def formatted(fmtstr: String): String

    Implicit information
      This member is added by an implicit conversion from Universe.TreeCopierOps to StringFormat[Universe.TreeCopierOps] performed by method StringFormat in scala.Predef.
    Definition Classes
      StringFormat
    Annotations
      @inline()

16. #### final def getClass(): Class[_]

    Definition Classes
      AnyRef → Any

17. #### def hashCode(): Int

    Definition Classes
      AnyRef → Any

18. #### final def isInstanceOf[T0]: Boolean

    Definition Classes
      Any

19. #### final def ne(arg0: AnyRef): Boolean

    Definition Classes
      AnyRef

20. #### final def notify(): Unit

    Definition Classes
      AnyRef

21. #### final def notifyAll(): Unit

    Definition Classes
      AnyRef

22. #### final def synchronized[T0](arg0: ⇒ T0): T0

    Definition Classes
      AnyRef

23. #### def toString(): String

    Definition Classes
      AnyRef → Any

24. #### final def wait(): Unit

    Definition Classes
      AnyRef
    Annotations
      @throws( ... )

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

    Definition Classes
      AnyRef
    Annotations
      @throws( ... )

26. #### final def wait(arg0: Long): Unit

    Definition Classes
      AnyRef
    Annotations
      @throws( ... )

27. #### def →[B](y: B): (Universe.TreeCopierOps, B)

    Implicit information
      This member is added by an implicit conversion from Universe.TreeCopierOps to ArrowAssoc[Universe.TreeCopierOps] performed by method ArrowAssoc in scala.Predef.
    Definition Classes
      ArrowAssoc

### Inherited from AnyRef

### Inherited from Any

### Inherited by implicit conversion any2stringadd from Universe.TreeCopierOps to any2stringadd[Universe.TreeCopierOps]

### Inherited by implicit conversion StringFormat from Universe.TreeCopierOps to StringFormat[Universe.TreeCopierOps]

### Inherited by implicit conversion Ensuring from Universe.TreeCopierOps to Ensuring[Universe.TreeCopierOps]

### Inherited by implicit conversion ArrowAssoc from Universe.TreeCopierOps to ArrowAssoc[Universe.TreeCopierOps]

### Ungrouped