eu.mihosoft.vmf.vmftext.grammar.ReadOnlySwitchForGrammarModel Maven / Gradle / Ivy

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package eu.mihosoft.vmf.vmftext.grammar;

// vmf imports
// import eu.mihosoft.vmf.runtime.core.*;
// import eu.mihosoft.vmf.runtime.core.internal.*;


public interface ReadOnlySwitchForGrammarModel {

  @SuppressWarnings("deprecation")
  default T doSwitch(eu.mihosoft.vmf.runtime.core.VObject o) {
    T result = null;
    switch(((eu.mihosoft.vmf.runtime.core.internal.VObjectInternal)o)._vmf_getTypeId()) {
      case 1:
        // TODO check whether we can prevent lazy initialized properties from
        //      being initialized just for iterating the object graph
        result = caseReadOnlyAlternative((ReadOnlyAlternative) o);
        return result == null?defaultValue(o):result;
      case 3:
        // TODO check whether we can prevent lazy initialized properties from
        //      being initialized just for iterating the object graph
        result = caseReadOnlyAlternativeBase((ReadOnlyAlternativeBase) o);
        return result == null?defaultValue(o):result;
      case 5:
        // TODO check whether we can prevent lazy initialized properties from
        //      being initialized just for iterating the object graph
        result = caseReadOnlyCodeElement((ReadOnlyCodeElement) o);
        return result == null?defaultValue(o):result;
      case 7:
        // TODO check whether we can prevent lazy initialized properties from
        //      being initialized just for iterating the object graph
        result = caseCodeLocation((CodeLocation) o);
        return result == null?defaultValue(o):result;
      case 9:
        // TODO check whether we can prevent lazy initialized properties from
        //      being initialized just for iterating the object graph
        result = caseCodeRange((CodeRange) o);
        return result == null?defaultValue(o):result;
      case 11:
        // TODO check whether we can prevent lazy initialized properties from
        //      being initialized just for iterating the object graph
        result = caseReadOnlyCustomRule((ReadOnlyCustomRule) o);
        return result == null?defaultValue(o):result;
      case 13:
        // TODO check whether we can prevent lazy initialized properties from
        //      being initialized just for iterating the object graph
        result = caseReadOnlyDelegationMethod((ReadOnlyDelegationMethod) o);
        return result == null?defaultValue(o):result;
      case 15:
        // TODO check whether we can prevent lazy initialized properties from
        //      being initialized just for iterating the object graph
        result = caseReadOnlyGrammarModel((ReadOnlyGrammarModel) o);
        return result == null?defaultValue(o):result;
      case 17:
        // TODO check whether we can prevent lazy initialized properties from
        //      being initialized just for iterating the object graph
        result = caseReadOnlyLabeledAlternative((ReadOnlyLabeledAlternative) o);
        return result == null?defaultValue(o):result;
      case 19:
        // TODO check whether we can prevent lazy initialized properties from
        //      being initialized just for iterating the object graph
        result = caseReadOnlyLangElement((ReadOnlyLangElement) o);
        return result == null?defaultValue(o):result;
      case 21:
        // TODO check whether we can prevent lazy initialized properties from
        //      being initialized just for iterating the object graph
        result = caseReadOnlyMapping((ReadOnlyMapping) o);
        return result == null?defaultValue(o):result;
      case 23:
        // TODO check whether we can prevent lazy initialized properties from
        //      being initialized just for iterating the object graph
        result = caseReadOnlyProperty((ReadOnlyProperty) o);
        return result == null?defaultValue(o):result;
      case 25:
        // TODO check whether we can prevent lazy initialized properties from
        //      being initialized just for iterating the object graph
        result = caseReadOnlyPropertyAnnotation((ReadOnlyPropertyAnnotation) o);
        return result == null?defaultValue(o):result;
      case 27:
        // TODO check whether we can prevent lazy initialized properties from
        //      being initialized just for iterating the object graph
        result = caseReadOnlyRuleAnnotation((ReadOnlyRuleAnnotation) o);
        return result == null?defaultValue(o):result;
      case 29:
        // TODO check whether we can prevent lazy initialized properties from
        //      being initialized just for iterating the object graph
        result = caseReadOnlyRuleClass((ReadOnlyRuleClass) o);
        return result == null?defaultValue(o):result;
      case 31:
        // TODO check whether we can prevent lazy initialized properties from
        //      being initialized just for iterating the object graph
        result = caseReadOnlySubRule((ReadOnlySubRule) o);
        return result == null?defaultValue(o):result;
      case 33:
        // TODO check whether we can prevent lazy initialized properties from
        //      being initialized just for iterating the object graph
        result = caseType((Type) o);
        return result == null?defaultValue(o):result;
      case 35:
        // TODO check whether we can prevent lazy initialized properties from
        //      being initialized just for iterating the object graph
        result = caseReadOnlyTypeMapping((ReadOnlyTypeMapping) o);
        return result == null?defaultValue(o):result;
      case 37:
        // TODO check whether we can prevent lazy initialized properties from
        //      being initialized just for iterating the object graph
        result = caseReadOnlyTypeMappings((ReadOnlyTypeMappings) o);
        return result == null?defaultValue(o):result;
      case 39:
        // TODO check whether we can prevent lazy initialized properties from
        //      being initialized just for iterating the object graph
        result = caseReadOnlyUPElement((ReadOnlyUPElement) o);
        return result == null?defaultValue(o):result;
      case 41:
        // TODO check whether we can prevent lazy initialized properties from
        //      being initialized just for iterating the object graph
        result = caseReadOnlyUPLexerRule((ReadOnlyUPLexerRule) o);
        return result == null?defaultValue(o):result;
      case 43:
        // TODO check whether we can prevent lazy initialized properties from
        //      being initialized just for iterating the object graph
        result = caseReadOnlyUPNamedElement((ReadOnlyUPNamedElement) o);
        return result == null?defaultValue(o):result;
      case 45:
        // TODO check whether we can prevent lazy initialized properties from
        //      being initialized just for iterating the object graph
        result = caseReadOnlyUPNamedSubRuleElement((ReadOnlyUPNamedSubRuleElement) o);
        return result == null?defaultValue(o):result;
      case 47:
        // TODO check whether we can prevent lazy initialized properties from
        //      being initialized just for iterating the object graph
        result = caseReadOnlyUPRule((ReadOnlyUPRule) o);
        return result == null?defaultValue(o):result;
      case 49:
        // TODO check whether we can prevent lazy initialized properties from
        //      being initialized just for iterating the object graph
        result = caseReadOnlyUPRuleBase((ReadOnlyUPRuleBase) o);
        return result == null?defaultValue(o):result;
      case 51:
        // TODO check whether we can prevent lazy initialized properties from
        //      being initialized just for iterating the object graph
        result = caseReadOnlyUPSubRuleElement((ReadOnlyUPSubRuleElement) o);
        return result == null?defaultValue(o):result;
      case 53:
        // TODO check whether we can prevent lazy initialized properties from
        //      being initialized just for iterating the object graph
        result = caseReadOnlyUnparserModel((ReadOnlyUnparserModel) o);
        return result == null?defaultValue(o):result;
      case 55:
        // TODO check whether we can prevent lazy initialized properties from
        //      being initialized just for iterating the object graph
        result = caseReadOnlyWithId((ReadOnlyWithId) o);
        return result == null?defaultValue(o):result;
      case 57:
        // TODO check whether we can prevent lazy initialized properties from
        //      being initialized just for iterating the object graph
        result = caseReadOnlyWithName((ReadOnlyWithName) o);
        return result == null?defaultValue(o):result;
      case 59:
        // TODO check whether we can prevent lazy initialized properties from
        //      being initialized just for iterating the object graph
        result = caseReadOnlyWithText((ReadOnlyWithText) o);
        return result == null?defaultValue(o):result;
      case 61:
        // TODO check whether we can prevent lazy initialized properties from
        //      being initialized just for iterating the object graph
        result = caseReadOnlyWithType((ReadOnlyWithType) o);
        return result == null?defaultValue(o):result;
       default:
        return defaultValue(o);
    }
  } // end doSwitch()

  /**
   * Default value that will be return if the matching case method returns {code null}.
   * @return default value
   */
  default T defaultValue(eu.mihosoft.vmf.runtime.core.VObject o) {
    return null;
  }


  default T caseReadOnlyAlternative(ReadOnlyAlternative object) {return null;}

  default T caseReadOnlyAlternativeBase(ReadOnlyAlternativeBase object) {return null;}

  default T caseReadOnlyCodeElement(ReadOnlyCodeElement object) {return null;}

  default T caseCodeLocation(CodeLocation object) {return null;}

  default T caseCodeRange(CodeRange object) {return null;}

  default T caseReadOnlyCustomRule(ReadOnlyCustomRule object) {return null;}

  default T caseReadOnlyDelegationMethod(ReadOnlyDelegationMethod object) {return null;}

  default T caseReadOnlyGrammarModel(ReadOnlyGrammarModel object) {return null;}

  default T caseReadOnlyLabeledAlternative(ReadOnlyLabeledAlternative object) {return null;}

  default T caseReadOnlyLangElement(ReadOnlyLangElement object) {return null;}

  default T caseReadOnlyMapping(ReadOnlyMapping object) {return null;}

  default T caseReadOnlyProperty(ReadOnlyProperty object) {return null;}

  default T caseReadOnlyPropertyAnnotation(ReadOnlyPropertyAnnotation object) {return null;}

  default T caseReadOnlyRuleAnnotation(ReadOnlyRuleAnnotation object) {return null;}

  default T caseReadOnlyRuleClass(ReadOnlyRuleClass object) {return null;}

  default T caseReadOnlySubRule(ReadOnlySubRule object) {return null;}

  default T caseType(Type object) {return null;}

  default T caseReadOnlyTypeMapping(ReadOnlyTypeMapping object) {return null;}

  default T caseReadOnlyTypeMappings(ReadOnlyTypeMappings object) {return null;}

  default T caseReadOnlyUPElement(ReadOnlyUPElement object) {return null;}

  default T caseReadOnlyUPLexerRule(ReadOnlyUPLexerRule object) {return null;}

  default T caseReadOnlyUPNamedElement(ReadOnlyUPNamedElement object) {return null;}

  default T caseReadOnlyUPNamedSubRuleElement(ReadOnlyUPNamedSubRuleElement object) {return null;}

  default T caseReadOnlyUPRule(ReadOnlyUPRule object) {return null;}

  default T caseReadOnlyUPRuleBase(ReadOnlyUPRuleBase object) {return null;}

  default T caseReadOnlyUPSubRuleElement(ReadOnlyUPSubRuleElement object) {return null;}

  default T caseReadOnlyUnparserModel(ReadOnlyUnparserModel object) {return null;}

  default T caseReadOnlyWithId(ReadOnlyWithId object) {return null;}

  default T caseReadOnlyWithName(ReadOnlyWithName object) {return null;}

  default T caseReadOnlyWithText(ReadOnlyWithText object) {return null;}

  default T caseReadOnlyWithType(ReadOnlyWithType object) {return null;}
 
}