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clone-generated.go
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clone-generated.go
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package dst
import "fmt"
// Clone returns a deep copy of the node, ready to be re-used elsewhere in the tree.
func Clone(n Node) Node {
switch n := n.(type) {
case *ArrayType:
out := &ArrayType{}
out.Decs.Before = n.Decs.Before
// Decoration: Start
out.Decs.Start = append(out.Decs.Start, n.Decs.Start...)
// Decoration: Lbrack
out.Decs.Lbrack = append(out.Decs.Lbrack, n.Decs.Lbrack...)
// Node: Len
if n.Len != nil {
out.Len = Clone(n.Len).(Expr)
}
// Decoration: Len
out.Decs.Len = append(out.Decs.Len, n.Decs.Len...)
// Node: Elt
if n.Elt != nil {
out.Elt = Clone(n.Elt).(Expr)
}
// Decoration: End
out.Decs.End = append(out.Decs.End, n.Decs.End...)
out.Decs.After = n.Decs.After
return out
case *AssignStmt:
out := &AssignStmt{}
out.Decs.Before = n.Decs.Before
// Decoration: Start
out.Decs.Start = append(out.Decs.Start, n.Decs.Start...)
// List: Lhs
for _, v := range n.Lhs {
out.Lhs = append(out.Lhs, Clone(v).(Expr))
}
// Token: Tok
out.Tok = n.Tok
// Decoration: Tok
out.Decs.Tok = append(out.Decs.Tok, n.Decs.Tok...)
// List: Rhs
for _, v := range n.Rhs {
out.Rhs = append(out.Rhs, Clone(v).(Expr))
}
// Decoration: End
out.Decs.End = append(out.Decs.End, n.Decs.End...)
out.Decs.After = n.Decs.After
return out
case *BadDecl:
out := &BadDecl{}
out.Decs.Before = n.Decs.Before
// Decoration: Start
out.Decs.Start = append(out.Decs.Start, n.Decs.Start...)
// Bad
out.Length = n.Length
// Decoration: End
out.Decs.End = append(out.Decs.End, n.Decs.End...)
out.Decs.After = n.Decs.After
return out
case *BadExpr:
out := &BadExpr{}
out.Decs.Before = n.Decs.Before
// Decoration: Start
out.Decs.Start = append(out.Decs.Start, n.Decs.Start...)
// Bad
out.Length = n.Length
// Decoration: End
out.Decs.End = append(out.Decs.End, n.Decs.End...)
out.Decs.After = n.Decs.After
return out
case *BadStmt:
out := &BadStmt{}
out.Decs.Before = n.Decs.Before
// Decoration: Start
out.Decs.Start = append(out.Decs.Start, n.Decs.Start...)
// Bad
out.Length = n.Length
// Decoration: End
out.Decs.End = append(out.Decs.End, n.Decs.End...)
out.Decs.After = n.Decs.After
return out
case *BasicLit:
out := &BasicLit{}
out.Decs.Before = n.Decs.Before
// Decoration: Start
out.Decs.Start = append(out.Decs.Start, n.Decs.Start...)
// String: Value
out.Value = n.Value
// Decoration: End
out.Decs.End = append(out.Decs.End, n.Decs.End...)
// Value: Kind
out.Kind = n.Kind
out.Decs.After = n.Decs.After
return out
case *BinaryExpr:
out := &BinaryExpr{}
out.Decs.Before = n.Decs.Before
// Decoration: Start
out.Decs.Start = append(out.Decs.Start, n.Decs.Start...)
// Node: X
if n.X != nil {
out.X = Clone(n.X).(Expr)
}
// Decoration: X
out.Decs.X = append(out.Decs.X, n.Decs.X...)
// Token: Op
out.Op = n.Op
// Decoration: Op
out.Decs.Op = append(out.Decs.Op, n.Decs.Op...)
// Node: Y
if n.Y != nil {
out.Y = Clone(n.Y).(Expr)
}
// Decoration: End
out.Decs.End = append(out.Decs.End, n.Decs.End...)
out.Decs.After = n.Decs.After
return out
case *BlockStmt:
out := &BlockStmt{}
out.Decs.Before = n.Decs.Before
// Decoration: Start
out.Decs.Start = append(out.Decs.Start, n.Decs.Start...)
// Decoration: Lbrace
out.Decs.Lbrace = append(out.Decs.Lbrace, n.Decs.Lbrace...)
// List: List
for _, v := range n.List {
out.List = append(out.List, Clone(v).(Stmt))
}
// Decoration: End
out.Decs.End = append(out.Decs.End, n.Decs.End...)
out.Decs.After = n.Decs.After
return out
case *BranchStmt:
out := &BranchStmt{}
out.Decs.Before = n.Decs.Before
// Decoration: Start
out.Decs.Start = append(out.Decs.Start, n.Decs.Start...)
// Token: Tok
out.Tok = n.Tok
// Decoration: Tok
out.Decs.Tok = append(out.Decs.Tok, n.Decs.Tok...)
// Node: Label
if n.Label != nil {
out.Label = Clone(n.Label).(*Ident)
}
// Decoration: End
out.Decs.End = append(out.Decs.End, n.Decs.End...)
out.Decs.After = n.Decs.After
return out
case *CallExpr:
out := &CallExpr{}
out.Decs.Before = n.Decs.Before
// Decoration: Start
out.Decs.Start = append(out.Decs.Start, n.Decs.Start...)
// Node: Fun
if n.Fun != nil {
out.Fun = Clone(n.Fun).(Expr)
}
// Decoration: Fun
out.Decs.Fun = append(out.Decs.Fun, n.Decs.Fun...)
// Decoration: Lparen
out.Decs.Lparen = append(out.Decs.Lparen, n.Decs.Lparen...)
// List: Args
for _, v := range n.Args {
out.Args = append(out.Args, Clone(v).(Expr))
}
// Token: Ellipsis
out.Ellipsis = n.Ellipsis
// Decoration: Ellipsis
out.Decs.Ellipsis = append(out.Decs.Ellipsis, n.Decs.Ellipsis...)
// Decoration: End
out.Decs.End = append(out.Decs.End, n.Decs.End...)
out.Decs.After = n.Decs.After
return out
case *CaseClause:
out := &CaseClause{}
out.Decs.Before = n.Decs.Before
// Decoration: Start
out.Decs.Start = append(out.Decs.Start, n.Decs.Start...)
// Decoration: Case
out.Decs.Case = append(out.Decs.Case, n.Decs.Case...)
// List: List
for _, v := range n.List {
out.List = append(out.List, Clone(v).(Expr))
}
// Decoration: Colon
out.Decs.Colon = append(out.Decs.Colon, n.Decs.Colon...)
// List: Body
for _, v := range n.Body {
out.Body = append(out.Body, Clone(v).(Stmt))
}
// Decoration: End
out.Decs.End = append(out.Decs.End, n.Decs.End...)
out.Decs.After = n.Decs.After
return out
case *ChanType:
out := &ChanType{}
out.Decs.Before = n.Decs.Before
// Decoration: Start
out.Decs.Start = append(out.Decs.Start, n.Decs.Start...)
// Decoration: Begin
out.Decs.Begin = append(out.Decs.Begin, n.Decs.Begin...)
// Decoration: Arrow
out.Decs.Arrow = append(out.Decs.Arrow, n.Decs.Arrow...)
// Node: Value
if n.Value != nil {
out.Value = Clone(n.Value).(Expr)
}
// Decoration: End
out.Decs.End = append(out.Decs.End, n.Decs.End...)
// Value: Dir
out.Dir = n.Dir
out.Decs.After = n.Decs.After
return out
case *CommClause:
out := &CommClause{}
out.Decs.Before = n.Decs.Before
// Decoration: Start
out.Decs.Start = append(out.Decs.Start, n.Decs.Start...)
// Decoration: Case
out.Decs.Case = append(out.Decs.Case, n.Decs.Case...)
// Node: Comm
if n.Comm != nil {
out.Comm = Clone(n.Comm).(Stmt)
}
// Decoration: Comm
out.Decs.Comm = append(out.Decs.Comm, n.Decs.Comm...)
// Decoration: Colon
out.Decs.Colon = append(out.Decs.Colon, n.Decs.Colon...)
// List: Body
for _, v := range n.Body {
out.Body = append(out.Body, Clone(v).(Stmt))
}
// Decoration: End
out.Decs.End = append(out.Decs.End, n.Decs.End...)
out.Decs.After = n.Decs.After
return out
case *CompositeLit:
out := &CompositeLit{}
out.Decs.Before = n.Decs.Before
// Decoration: Start
out.Decs.Start = append(out.Decs.Start, n.Decs.Start...)
// Node: Type
if n.Type != nil {
out.Type = Clone(n.Type).(Expr)
}
// Decoration: Type
out.Decs.Type = append(out.Decs.Type, n.Decs.Type...)
// Decoration: Lbrace
out.Decs.Lbrace = append(out.Decs.Lbrace, n.Decs.Lbrace...)
// List: Elts
for _, v := range n.Elts {
out.Elts = append(out.Elts, Clone(v).(Expr))
}
// Decoration: End
out.Decs.End = append(out.Decs.End, n.Decs.End...)
// Value: Incomplete
out.Incomplete = n.Incomplete
out.Decs.After = n.Decs.After
return out
case *DeclStmt:
out := &DeclStmt{}
out.Decs.Before = n.Decs.Before
// Decoration: Start
out.Decs.Start = append(out.Decs.Start, n.Decs.Start...)
// Node: Decl
if n.Decl != nil {
out.Decl = Clone(n.Decl).(Decl)
}
// Decoration: End
out.Decs.End = append(out.Decs.End, n.Decs.End...)
out.Decs.After = n.Decs.After
return out
case *DeferStmt:
out := &DeferStmt{}
out.Decs.Before = n.Decs.Before
// Decoration: Start
out.Decs.Start = append(out.Decs.Start, n.Decs.Start...)
// Decoration: Defer
out.Decs.Defer = append(out.Decs.Defer, n.Decs.Defer...)
// Node: Call
if n.Call != nil {
out.Call = Clone(n.Call).(*CallExpr)
}
// Decoration: End
out.Decs.End = append(out.Decs.End, n.Decs.End...)
out.Decs.After = n.Decs.After
return out
case *Ellipsis:
out := &Ellipsis{}
out.Decs.Before = n.Decs.Before
// Decoration: Start
out.Decs.Start = append(out.Decs.Start, n.Decs.Start...)
// Decoration: Ellipsis
out.Decs.Ellipsis = append(out.Decs.Ellipsis, n.Decs.Ellipsis...)
// Node: Elt
if n.Elt != nil {
out.Elt = Clone(n.Elt).(Expr)
}
// Decoration: End
out.Decs.End = append(out.Decs.End, n.Decs.End...)
out.Decs.After = n.Decs.After
return out
case *EmptyStmt:
out := &EmptyStmt{}
out.Decs.Before = n.Decs.Before
// Decoration: Start
out.Decs.Start = append(out.Decs.Start, n.Decs.Start...)
// Decoration: End
out.Decs.End = append(out.Decs.End, n.Decs.End...)
// Value: Implicit
out.Implicit = n.Implicit
out.Decs.After = n.Decs.After
return out
case *ExprStmt:
out := &ExprStmt{}
out.Decs.Before = n.Decs.Before
// Decoration: Start
out.Decs.Start = append(out.Decs.Start, n.Decs.Start...)
// Node: X
if n.X != nil {
out.X = Clone(n.X).(Expr)
}
// Decoration: End
out.Decs.End = append(out.Decs.End, n.Decs.End...)
out.Decs.After = n.Decs.After
return out
case *Field:
out := &Field{}
out.Decs.Before = n.Decs.Before
// Decoration: Start
out.Decs.Start = append(out.Decs.Start, n.Decs.Start...)
// List: Names
for _, v := range n.Names {
out.Names = append(out.Names, Clone(v).(*Ident))
}
// Node: Type
if n.Type != nil {
out.Type = Clone(n.Type).(Expr)
}
// Decoration: Type
out.Decs.Type = append(out.Decs.Type, n.Decs.Type...)
// Node: Tag
if n.Tag != nil {
out.Tag = Clone(n.Tag).(*BasicLit)
}
// Decoration: End
out.Decs.End = append(out.Decs.End, n.Decs.End...)
out.Decs.After = n.Decs.After
return out
case *FieldList:
out := &FieldList{}
out.Decs.Before = n.Decs.Before
// Decoration: Start
out.Decs.Start = append(out.Decs.Start, n.Decs.Start...)
// Token: Opening
out.Opening = n.Opening
// Decoration: Opening
out.Decs.Opening = append(out.Decs.Opening, n.Decs.Opening...)
// List: List
for _, v := range n.List {
out.List = append(out.List, Clone(v).(*Field))
}
// Token: Closing
out.Closing = n.Closing
// Decoration: End
out.Decs.End = append(out.Decs.End, n.Decs.End...)
out.Decs.After = n.Decs.After
return out
case *File:
out := &File{}
out.Decs.Before = n.Decs.Before
// Decoration: Start
out.Decs.Start = append(out.Decs.Start, n.Decs.Start...)
// Decoration: Package
out.Decs.Package = append(out.Decs.Package, n.Decs.Package...)
// Node: Name
if n.Name != nil {
out.Name = Clone(n.Name).(*Ident)
}
// Decoration: Name
out.Decs.Name = append(out.Decs.Name, n.Decs.Name...)
// List: Decls
for _, v := range n.Decls {
out.Decls = append(out.Decls, Clone(v).(Decl))
}
// Decoration: End
out.Decs.End = append(out.Decs.End, n.Decs.End...)
// Scope: Scope
out.Scope = CloneScope(n.Scope)
// List: Imports
for _, v := range n.Imports {
out.Imports = append(out.Imports, Clone(v).(*ImportSpec))
}
out.Decs.After = n.Decs.After
return out
case *ForStmt:
out := &ForStmt{}
out.Decs.Before = n.Decs.Before
// Decoration: Start
out.Decs.Start = append(out.Decs.Start, n.Decs.Start...)
// Decoration: For
out.Decs.For = append(out.Decs.For, n.Decs.For...)
// Node: Init
if n.Init != nil {
out.Init = Clone(n.Init).(Stmt)
}
// Decoration: Init
out.Decs.Init = append(out.Decs.Init, n.Decs.Init...)
// Node: Cond
if n.Cond != nil {
out.Cond = Clone(n.Cond).(Expr)
}
// Decoration: Cond
out.Decs.Cond = append(out.Decs.Cond, n.Decs.Cond...)
// Node: Post
if n.Post != nil {
out.Post = Clone(n.Post).(Stmt)
}
// Decoration: Post
out.Decs.Post = append(out.Decs.Post, n.Decs.Post...)
// Node: Body
if n.Body != nil {
out.Body = Clone(n.Body).(*BlockStmt)
}
// Decoration: End
out.Decs.End = append(out.Decs.End, n.Decs.End...)
out.Decs.After = n.Decs.After
return out
case *FuncDecl:
out := &FuncDecl{}
out.Decs.Before = n.Decs.Before
// Init: Type
out.Type = &FuncType{}
// Decoration: Start
out.Decs.Start = append(out.Decs.Start, n.Decs.Start...)
// Token: Func
out.Type.Func = n.Type.Func
// Decoration: Func
out.Decs.Func = append(out.Decs.Func, n.Decs.Func...)
// Node: Recv
if n.Recv != nil {
out.Recv = Clone(n.Recv).(*FieldList)
}
// Decoration: Recv
out.Decs.Recv = append(out.Decs.Recv, n.Decs.Recv...)
// Node: Name
if n.Name != nil {
out.Name = Clone(n.Name).(*Ident)
}
// Decoration: Name
out.Decs.Name = append(out.Decs.Name, n.Decs.Name...)
// Node: Params
if n.Type.Params != nil {
out.Type.Params = Clone(n.Type.Params).(*FieldList)
}
// Decoration: Params
out.Decs.Params = append(out.Decs.Params, n.Decs.Params...)
// Node: Results
if n.Type.Results != nil {
out.Type.Results = Clone(n.Type.Results).(*FieldList)
}
// Decoration: Results
out.Decs.Results = append(out.Decs.Results, n.Decs.Results...)
// Node: Body
if n.Body != nil {
out.Body = Clone(n.Body).(*BlockStmt)
}
// Decoration: End
out.Decs.End = append(out.Decs.End, n.Decs.End...)
out.Decs.After = n.Decs.After
return out
case *FuncLit:
out := &FuncLit{}
out.Decs.Before = n.Decs.Before
// Decoration: Start
out.Decs.Start = append(out.Decs.Start, n.Decs.Start...)
// Node: Type
if n.Type != nil {
out.Type = Clone(n.Type).(*FuncType)
}
// Decoration: Type
out.Decs.Type = append(out.Decs.Type, n.Decs.Type...)
// Node: Body
if n.Body != nil {
out.Body = Clone(n.Body).(*BlockStmt)
}
// Decoration: End
out.Decs.End = append(out.Decs.End, n.Decs.End...)
out.Decs.After = n.Decs.After
return out
case *FuncType:
out := &FuncType{}
out.Decs.Before = n.Decs.Before
// Decoration: Start
out.Decs.Start = append(out.Decs.Start, n.Decs.Start...)
// Token: Func
out.Func = n.Func
// Decoration: Func
out.Decs.Func = append(out.Decs.Func, n.Decs.Func...)
// Node: Params
if n.Params != nil {
out.Params = Clone(n.Params).(*FieldList)
}
// Decoration: Params
out.Decs.Params = append(out.Decs.Params, n.Decs.Params...)
// Node: Results
if n.Results != nil {
out.Results = Clone(n.Results).(*FieldList)
}
// Decoration: End
out.Decs.End = append(out.Decs.End, n.Decs.End...)
out.Decs.After = n.Decs.After
return out
case *GenDecl:
out := &GenDecl{}
out.Decs.Before = n.Decs.Before
// Decoration: Start
out.Decs.Start = append(out.Decs.Start, n.Decs.Start...)
// Token: Tok
out.Tok = n.Tok
// Decoration: Tok
out.Decs.Tok = append(out.Decs.Tok, n.Decs.Tok...)
// Token: Lparen
out.Lparen = n.Lparen
// Decoration: Lparen
out.Decs.Lparen = append(out.Decs.Lparen, n.Decs.Lparen...)
// List: Specs
for _, v := range n.Specs {
out.Specs = append(out.Specs, Clone(v).(Spec))
}
// Token: Rparen
out.Rparen = n.Rparen
// Decoration: End
out.Decs.End = append(out.Decs.End, n.Decs.End...)
out.Decs.After = n.Decs.After
return out
case *GoStmt:
out := &GoStmt{}
out.Decs.Before = n.Decs.Before
// Decoration: Start
out.Decs.Start = append(out.Decs.Start, n.Decs.Start...)
// Decoration: Go
out.Decs.Go = append(out.Decs.Go, n.Decs.Go...)
// Node: Call
if n.Call != nil {
out.Call = Clone(n.Call).(*CallExpr)
}
// Decoration: End
out.Decs.End = append(out.Decs.End, n.Decs.End...)
out.Decs.After = n.Decs.After
return out
case *Ident:
out := &Ident{}
out.Decs.Before = n.Decs.Before
// Decoration: Start
out.Decs.Start = append(out.Decs.Start, n.Decs.Start...)
// Decoration: X
out.Decs.X = append(out.Decs.X, n.Decs.X...)
// String: Name
out.Name = n.Name
// Decoration: End
out.Decs.End = append(out.Decs.End, n.Decs.End...)
// Object: Obj
out.Obj = CloneObject(n.Obj)
// Path: Path
out.Path = n.Path
out.Decs.After = n.Decs.After
return out
case *IfStmt:
out := &IfStmt{}
out.Decs.Before = n.Decs.Before
// Decoration: Start
out.Decs.Start = append(out.Decs.Start, n.Decs.Start...)
// Decoration: If
out.Decs.If = append(out.Decs.If, n.Decs.If...)
// Node: Init
if n.Init != nil {
out.Init = Clone(n.Init).(Stmt)
}
// Decoration: Init
out.Decs.Init = append(out.Decs.Init, n.Decs.Init...)
// Node: Cond
if n.Cond != nil {
out.Cond = Clone(n.Cond).(Expr)
}
// Decoration: Cond
out.Decs.Cond = append(out.Decs.Cond, n.Decs.Cond...)
// Node: Body
if n.Body != nil {
out.Body = Clone(n.Body).(*BlockStmt)
}
// Decoration: Else
out.Decs.Else = append(out.Decs.Else, n.Decs.Else...)
// Node: Else
if n.Else != nil {
out.Else = Clone(n.Else).(Stmt)
}
// Decoration: End
out.Decs.End = append(out.Decs.End, n.Decs.End...)
out.Decs.After = n.Decs.After
return out
case *ImportSpec:
out := &ImportSpec{}
out.Decs.Before = n.Decs.Before
// Decoration: Start
out.Decs.Start = append(out.Decs.Start, n.Decs.Start...)
// Node: Name
if n.Name != nil {
out.Name = Clone(n.Name).(*Ident)
}
// Decoration: Name
out.Decs.Name = append(out.Decs.Name, n.Decs.Name...)
// Node: Path
if n.Path != nil {
out.Path = Clone(n.Path).(*BasicLit)
}
// Decoration: End
out.Decs.End = append(out.Decs.End, n.Decs.End...)
out.Decs.After = n.Decs.After
return out
case *IncDecStmt:
out := &IncDecStmt{}
out.Decs.Before = n.Decs.Before
// Decoration: Start
out.Decs.Start = append(out.Decs.Start, n.Decs.Start...)
// Node: X
if n.X != nil {
out.X = Clone(n.X).(Expr)
}
// Decoration: X
out.Decs.X = append(out.Decs.X, n.Decs.X...)
// Token: Tok
out.Tok = n.Tok
// Decoration: End
out.Decs.End = append(out.Decs.End, n.Decs.End...)
out.Decs.After = n.Decs.After
return out
case *IndexExpr:
out := &IndexExpr{}
out.Decs.Before = n.Decs.Before
// Decoration: Start
out.Decs.Start = append(out.Decs.Start, n.Decs.Start...)
// Node: X
if n.X != nil {
out.X = Clone(n.X).(Expr)
}
// Decoration: X
out.Decs.X = append(out.Decs.X, n.Decs.X...)
// Decoration: Lbrack
out.Decs.Lbrack = append(out.Decs.Lbrack, n.Decs.Lbrack...)
// Node: Index
if n.Index != nil {
out.Index = Clone(n.Index).(Expr)
}
// Decoration: Index
out.Decs.Index = append(out.Decs.Index, n.Decs.Index...)
// Decoration: End
out.Decs.End = append(out.Decs.End, n.Decs.End...)
out.Decs.After = n.Decs.After
return out
case *InterfaceType:
out := &InterfaceType{}
out.Decs.Before = n.Decs.Before
// Decoration: Start
out.Decs.Start = append(out.Decs.Start, n.Decs.Start...)
// Decoration: Interface
out.Decs.Interface = append(out.Decs.Interface, n.Decs.Interface...)
// Node: Methods
if n.Methods != nil {
out.Methods = Clone(n.Methods).(*FieldList)
}
// Decoration: End
out.Decs.End = append(out.Decs.End, n.Decs.End...)
// Value: Incomplete
out.Incomplete = n.Incomplete
out.Decs.After = n.Decs.After
return out
case *KeyValueExpr:
out := &KeyValueExpr{}
out.Decs.Before = n.Decs.Before
// Decoration: Start
out.Decs.Start = append(out.Decs.Start, n.Decs.Start...)
// Node: Key
if n.Key != nil {
out.Key = Clone(n.Key).(Expr)
}
// Decoration: Key
out.Decs.Key = append(out.Decs.Key, n.Decs.Key...)
// Decoration: Colon
out.Decs.Colon = append(out.Decs.Colon, n.Decs.Colon...)
// Node: Value
if n.Value != nil {