@Value.Lazy
  String typeImmutableEnclosingSimpleName() {
    DeclaringType declaringType = protoclass().enclosingOf().get();
    String enclosingSimpleName = declaringType.element().getSimpleName().toString();
    String enclosingRawName = names().rawFromAbstract(enclosingSimpleName);
    // Here we checking for having both enclosing and value
    // if we had protoclass it would be kind().isEnclosing() && kind().isValue()
    Naming naming = declaringType.isImmutable()
        ? names().namings.typeImmutable
        : names().namings.typeImmutableEnclosing;

    return naming.apply(enclosingRawName);
  }
@Value.Lazy
  String typeImmutableEnclosingSimpleName() {
    DeclaringType declaringType = protoclass().enclosingOf().get();
    String enclosingSimpleName = declaringType.element().getSimpleName().toString();
    String enclosingRawName = names().rawFromAbstract(enclosingSimpleName);
    
    
    Naming naming = declaringType.isImmutable()
        ? names().namings.typeImmutable
        : names().namings.typeImmutableEnclosing;

    return naming.apply(enclosingRawName);
  }
@ Value . Lazy String typeImmutableEnclosingSimpleName ( ) { DeclaringType declaringType = protoclass ( ) . enclosingOf ( ) . get ( ) ; String enclosingSimpleName = declaringType . element ( ) . getSimpleName ( ) . toString ( ) ; String enclosingRawName = names ( ) . rawFromAbstract ( enclosingSimpleName ) ; // Here we checking for having both enclosing and value // if we had protoclass it would be kind().isEnclosing() && kind().isValue() Naming naming = declaringType . isImmutable ( ) ? names ( ) . namings . typeImmutable : names ( ) . namings . typeImmutableEnclosing ; return naming . apply ( enclosingRawName ) ; }
Walks to the enclosing type's simple names and applies naming convention.
This shortcut/fix shows deficiency of model (it's probably more complicated than needed).
@return enclosing immutable name
Walks to the enclosing type s simple names and applies naming convention . This shortcut / fix shows deficiency of model ( it s probably more complicated than needed ) .