public ASTUnannReferenceType deepClone(ASTUnannReferenceType result) {
/* generated by template ast.ErrorIfNull*/
Log.errorIfNull(result, "0xA7006_806 Parameter 'result' must not be null.");
/* generated by template ast.additionalmethods.DeepCloneWithParameters*/
super.deepClone(result);
result.unannClassOrInterfaceType =
this.unannClassOrInterfaceType.isPresent()
? Optional.ofNullable(
(java8._ast.ASTUnannClassOrInterfaceType)
this.unannClassOrInterfaceType.get().deepClone())
: Optional.empty();
result.unannTypeVariable =
this.unannTypeVariable.isPresent()
? Optional.ofNullable(
(java8._ast.ASTUnannTypeVariable) this.unannTypeVariable.get().deepClone())
: Optional.empty();
result.unannArrayType =
this.unannArrayType.isPresent()
? Optional.ofNullable(
(java8._ast.ASTUnannArrayType) this.unannArrayType.get().deepClone())
: Optional.empty();
result.symbol =
this.symbol.isPresent()
? Optional.ofNullable((Symbol) this.symbol.get())
: Optional.empty();
result.enclosingScope =
this.enclosingScope.isPresent()
? Optional.ofNullable((Scope) this.enclosingScope.get())
: Optional.empty();
return result;
}
public ASTTemplateargument deepClone(ASTTemplateargument result) {
/* generated by template ast.ErrorIfNull*/
Log.errorIfNull(result, "0xA7006_977 Parameter 'result' must not be null.");
/* generated by template ast.additionalmethods.DeepCloneWithParameters*/
super.deepClone(result);
result.constantexpression =
this.constantexpression.isPresent()
? Optional.ofNullable(
(cpp14._ast.ASTConstantexpression) this.constantexpression.get().deepClone())
: Optional.empty();
result.typeidP =
this.typeidP.isPresent()
? Optional.ofNullable((cpp14._ast.ASTTypeidP) this.typeidP.get().deepClone())
: Optional.empty();
result.idexpression =
this.idexpression.isPresent()
? Optional.ofNullable((cpp14._ast.ASTIdexpression) this.idexpression.get().deepClone())
: Optional.empty();
result.symbol =
this.symbol.isPresent()
? Optional.ofNullable((Symbol) this.symbol.get())
: Optional.empty();
result.enclosingScope =
this.enclosingScope.isPresent()
? Optional.ofNullable((Scope) this.enclosingScope.get())
: Optional.empty();
return result;
}
public ASTExplicitConstructorInvocation deepClone(ASTExplicitConstructorInvocation result) {
/* generated by template ast.ErrorIfNull*/
Log.errorIfNull(result, "0xA7006_650 Parameter 'result' must not be null.");
/* generated by template ast.additionalmethods.DeepCloneWithParameters*/
super.deepClone(result);
result.tHIS =
this.tHIS.isPresent() ? Optional.ofNullable((String) this.tHIS.get()) : Optional.empty();
result.expressionName =
this.expressionName.isPresent()
? Optional.ofNullable(
(java8._ast.ASTExpressionName) this.expressionName.get().deepClone())
: Optional.empty();
result.primary =
this.primary.isPresent()
? Optional.ofNullable((java8._ast.ASTPrimary) this.primary.get().deepClone())
: Optional.empty();
result.dOT =
this.dOT.isPresent() ? Optional.ofNullable((String) this.dOT.get()) : Optional.empty();
result.typeArguments =
this.typeArguments.isPresent()
? Optional.ofNullable(
(java8._ast.ASTTypeArguments) this.typeArguments.get().deepClone())
: Optional.empty();
result.sUPER =
this.sUPER.isPresent() ? Optional.ofNullable((String) this.sUPER.get()) : Optional.empty();
result.lPAREN =
this.lPAREN.isPresent()
? Optional.ofNullable((String) this.lPAREN.get())
: Optional.empty();
result.argumentListX =
this.argumentListX.isPresent()
? Optional.ofNullable(
(java8._ast.ASTArgumentListX) this.argumentListX.get().deepClone())
: Optional.empty();
result.rPAREN =
this.rPAREN.isPresent()
? Optional.ofNullable((String) this.rPAREN.get())
: Optional.empty();
result.sEMI =
this.sEMI.isPresent() ? Optional.ofNullable((String) this.sEMI.get()) : Optional.empty();
result.symbol =
this.symbol.isPresent()
? Optional.ofNullable((Symbol) this.symbol.get())
: Optional.empty();
result.enclosingScope =
this.enclosingScope.isPresent()
? Optional.ofNullable((Scope) this.enclosingScope.get())
: Optional.empty();
return result;
}
public ASTNoptrnewdeclarator deepClone(ASTNoptrnewdeclarator result) {
/* generated by template ast.ErrorIfNull*/
Log.errorIfNull(result, "0xA7006_236 Parameter 'result' must not be null.");
/* generated by template ast.additionalmethods.DeepCloneWithParameters*/
super.deepClone(result);
result.expression =
this.expression.isPresent()
? Optional.ofNullable((cpp14._ast.ASTExpression) this.expression.get().deepClone())
: Optional.empty();
result.noptrnewdeclarator =
this.noptrnewdeclarator.isPresent()
? Optional.ofNullable(
(cpp14._ast.ASTNoptrnewdeclarator) this.noptrnewdeclarator.get().deepClone())
: Optional.empty();
result.leftBracketL =
this.leftBracketL.isPresent()
? Optional.ofNullable((String) this.leftBracketL.get())
: Optional.empty();
result.constantexpression =
this.constantexpression.isPresent()
? Optional.ofNullable(
(cpp14._ast.ASTConstantexpression) this.constantexpression.get().deepClone())
: Optional.empty();
result.rightBracketL =
this.rightBracketL.isPresent()
? Optional.ofNullable((String) this.rightBracketL.get())
: Optional.empty();
result.attributespecifierseq =
this.attributespecifierseq.isPresent()
? Optional.ofNullable(
(cpp14._ast.ASTAttributespecifierseq) this.attributespecifierseq.get().deepClone())
: Optional.empty();
result.symbol =
this.symbol.isPresent()
? Optional.ofNullable((Symbol) this.symbol.get())
: Optional.empty();
result.enclosingScope =
this.enclosingScope.isPresent()
? Optional.ofNullable((Scope) this.enclosingScope.get())
: Optional.empty();
return result;
}
public ASTPrimaryNoNewArray_lf_primary_lfno_arrayAccess_lf_primary deepClone(
ASTPrimaryNoNewArray_lf_primary_lfno_arrayAccess_lf_primary result) {
/* generated by template ast.ErrorIfNull*/
Log.errorIfNull(result, "0xA7006_110 Parameter 'result' must not be null.");
/* generated by template ast.additionalmethods.DeepCloneWithParameters*/
super.deepClone(result);
result.classInstanceCreationExpression_lf_primary =
this.classInstanceCreationExpression_lf_primary.isPresent()
? Optional.ofNullable(
(java8._ast.ASTClassInstanceCreationExpression_lf_primary)
this.classInstanceCreationExpression_lf_primary.get().deepClone())
: Optional.empty();
result.fieldAccess_lf_primary =
this.fieldAccess_lf_primary.isPresent()
? Optional.ofNullable(
(java8._ast.ASTFieldAccess_lf_primary)
this.fieldAccess_lf_primary.get().deepClone())
: Optional.empty();
result.methodInvocation_lf_primary =
this.methodInvocation_lf_primary.isPresent()
? Optional.ofNullable(
(java8._ast.ASTMethodInvocation_lf_primary)
this.methodInvocation_lf_primary.get().deepClone())
: Optional.empty();
result.methodReference_lf_primary =
this.methodReference_lf_primary.isPresent()
? Optional.ofNullable(
(java8._ast.ASTMethodReference_lf_primary)
this.methodReference_lf_primary.get().deepClone())
: Optional.empty();
result.symbol =
this.symbol.isPresent()
? Optional.ofNullable((Symbol) this.symbol.get())
: Optional.empty();
result.enclosingScope =
this.enclosingScope.isPresent()
? Optional.ofNullable((Scope) this.enclosingScope.get())
: Optional.empty();
return result;
}
public ASTUsingdeclaration deepClone(ASTUsingdeclaration result) {
/* generated by template ast.ErrorIfNull*/
Log.errorIfNull(result, "0xA7006_130 Parameter 'result' must not be null.");
/* generated by template ast.additionalmethods.DeepCloneWithParameters*/
super.deepClone(result);
result.typenameL =
this.typenameL.isPresent()
? Optional.ofNullable((String) this.typenameL.get())
: Optional.empty();
result.nestednamespecifier =
this.nestednamespecifier.isPresent()
? Optional.ofNullable(
(cpp14._ast.ASTNestednamespecifier) this.nestednamespecifier.get().deepClone())
: Optional.empty();
result.usingL =
this.usingL.isPresent()
? Optional.ofNullable((String) this.usingL.get())
: Optional.empty();
result.doublecolonL =
this.doublecolonL.isPresent()
? Optional.ofNullable((String) this.doublecolonL.get())
: Optional.empty();
result.unqualifiedid =
this.unqualifiedid.isPresent()
? Optional.ofNullable(
(cpp14._ast.ASTUnqualifiedid) this.unqualifiedid.get().deepClone())
: Optional.empty();
result.semiL =
this.semiL.isPresent() ? Optional.ofNullable((String) this.semiL.get()) : Optional.empty();
result.symbol =
this.symbol.isPresent()
? Optional.ofNullable((Symbol) this.symbol.get())
: Optional.empty();
result.enclosingScope =
this.enclosingScope.isPresent()
? Optional.ofNullable((Scope) this.enclosingScope.get())
: Optional.empty();
return result;
}
