ConceptPresentationAspectImpl.java

package jetbrains.mps.samples.Expressions.structure;

/*Generated by MPS */

import jetbrains.mps.smodel.runtime.ConceptPresentationAspectBase;
import jetbrains.mps.smodel.runtime.ConceptPresentation;
import org.jetbrains.annotations.Nullable;
import org.jetbrains.mps.openapi.language.SAbstractConcept;
import jetbrains.mps.smodel.runtime.ConceptPresentationBuilder;

public class ConceptPresentationAspectImpl extends ConceptPresentationAspectBase {
  private ConceptPresentation props_AndSimpleMathExpression;
  private ConceptPresentation props_ArithmeticSimpleMathExpression;
  private ConceptPresentation props_BinarySimpleMathExpression;
  private ConceptPresentation props_LogicalSimpleMathExpression;
  private ConceptPresentation props_NotSimpleMathExpression;
  private ConceptPresentation props_OrSimpleMathExpression;
  private ConceptPresentation props_SimpleMathAssignment;
  private ConceptPresentation props_SimpleMathBooleanConstant;
  private ConceptPresentation props_SimpleMathBooleanType;
  private ConceptPresentation props_SimpleMathElementType;
  private ConceptPresentation props_SimpleMathExpression;
  private ConceptPresentation props_SimpleMathFloatConstant;
  private ConceptPresentation props_SimpleMathFloatType;
  private ConceptPresentation props_SimpleMathIntegerConstant;
  private ConceptPresentation props_SimpleMathIntegerType;
  private ConceptPresentation props_SimpleMathLongConstant;
  private ConceptPresentation props_SimpleMathLongType;
  private ConceptPresentation props_SimpleMathNumberType;
  private ConceptPresentation props_SimpleMathType;
  private ConceptPresentation props_SimpleMathTypedVarDeclaration;
  private ConceptPresentation props_SimpleMathVarDeclaration;
  private ConceptPresentation props_SimpleMathVarReference;
  private ConceptPresentation props_SimpleMathWrapper;
  private ConceptPresentation props_UnarySimpleMathExpression;

  @Override
  @Nullable
  public ConceptPresentation getDescriptor(SAbstractConcept c) {
    StructureAspectDescriptor structureDescriptor = (StructureAspectDescriptor) myLanguageRuntime.getAspect(jetbrains.mps.smodel.runtime.StructureAspectDescriptor.class);
    switch (structureDescriptor.internalIndex(c)) {
      case LanguageConceptSwitch.AndSimpleMathExpression:
        if (props_AndSimpleMathExpression == null) {
          ConceptPresentationBuilder cpb = new ConceptPresentationBuilder();
          props_AndSimpleMathExpression = cpb.create();
        }
        return props_AndSimpleMathExpression;
      case LanguageConceptSwitch.ArithmeticSimpleMathExpression:
        if (props_ArithmeticSimpleMathExpression == null) {
          ConceptPresentationBuilder cpb = new ConceptPresentationBuilder();
          props_ArithmeticSimpleMathExpression = cpb.create();
        }
        return props_ArithmeticSimpleMathExpression;
      case LanguageConceptSwitch.BinarySimpleMathExpression:
        if (props_BinarySimpleMathExpression == null) {
          ConceptPresentationBuilder cpb = new ConceptPresentationBuilder();
          props_BinarySimpleMathExpression = cpb.create();
        }
        return props_BinarySimpleMathExpression;
      case LanguageConceptSwitch.LogicalSimpleMathExpression:
        if (props_LogicalSimpleMathExpression == null) {
          ConceptPresentationBuilder cpb = new ConceptPresentationBuilder();
          props_LogicalSimpleMathExpression = cpb.create();
        }
        return props_LogicalSimpleMathExpression;
      case LanguageConceptSwitch.NotSimpleMathExpression:
        if (props_NotSimpleMathExpression == null) {
          ConceptPresentationBuilder cpb = new ConceptPresentationBuilder();
          props_NotSimpleMathExpression = cpb.create();
        }
        return props_NotSimpleMathExpression;
      case LanguageConceptSwitch.OrSimpleMathExpression:
        if (props_OrSimpleMathExpression == null) {
          ConceptPresentationBuilder cpb = new ConceptPresentationBuilder();
          props_OrSimpleMathExpression = cpb.create();
        }
        return props_OrSimpleMathExpression;
      case LanguageConceptSwitch.SimpleMathAssignment:
        if (props_SimpleMathAssignment == null) {
          ConceptPresentationBuilder cpb = new ConceptPresentationBuilder();
          props_SimpleMathAssignment = cpb.create();
        }
        return props_SimpleMathAssignment;
      case LanguageConceptSwitch.SimpleMathBooleanConstant:
        if (props_SimpleMathBooleanConstant == null) {
          ConceptPresentationBuilder cpb = new ConceptPresentationBuilder();
          props_SimpleMathBooleanConstant = cpb.create();
        }
        return props_SimpleMathBooleanConstant;
      case LanguageConceptSwitch.SimpleMathBooleanType:
        if (props_SimpleMathBooleanType == null) {
          ConceptPresentationBuilder cpb = new ConceptPresentationBuilder();
          props_SimpleMathBooleanType = cpb.create();
        }
        return props_SimpleMathBooleanType;
      case LanguageConceptSwitch.SimpleMathElementType:
        if (props_SimpleMathElementType == null) {
          ConceptPresentationBuilder cpb = new ConceptPresentationBuilder();
          props_SimpleMathElementType = cpb.create();
        }
        return props_SimpleMathElementType;
      case LanguageConceptSwitch.SimpleMathExpression:
        if (props_SimpleMathExpression == null) {
          ConceptPresentationBuilder cpb = new ConceptPresentationBuilder();
          props_SimpleMathExpression = cpb.create();
        }
        return props_SimpleMathExpression;
      case LanguageConceptSwitch.SimpleMathFloatConstant:
        if (props_SimpleMathFloatConstant == null) {
          ConceptPresentationBuilder cpb = new ConceptPresentationBuilder();
          props_SimpleMathFloatConstant = cpb.create();
        }
        return props_SimpleMathFloatConstant;
      case LanguageConceptSwitch.SimpleMathFloatType:
        if (props_SimpleMathFloatType == null) {
          ConceptPresentationBuilder cpb = new ConceptPresentationBuilder();
          props_SimpleMathFloatType = cpb.create();
        }
        return props_SimpleMathFloatType;
      case LanguageConceptSwitch.SimpleMathIntegerConstant:
        if (props_SimpleMathIntegerConstant == null) {
          ConceptPresentationBuilder cpb = new ConceptPresentationBuilder();
          props_SimpleMathIntegerConstant = cpb.create();
        }
        return props_SimpleMathIntegerConstant;
      case LanguageConceptSwitch.SimpleMathIntegerType:
        if (props_SimpleMathIntegerType == null) {
          ConceptPresentationBuilder cpb = new ConceptPresentationBuilder();
          props_SimpleMathIntegerType = cpb.create();
        }
        return props_SimpleMathIntegerType;
      case LanguageConceptSwitch.SimpleMathLongConstant:
        if (props_SimpleMathLongConstant == null) {
          ConceptPresentationBuilder cpb = new ConceptPresentationBuilder();
          props_SimpleMathLongConstant = cpb.create();
        }
        return props_SimpleMathLongConstant;
      case LanguageConceptSwitch.SimpleMathLongType:
        if (props_SimpleMathLongType == null) {
          ConceptPresentationBuilder cpb = new ConceptPresentationBuilder();
          props_SimpleMathLongType = cpb.create();
        }
        return props_SimpleMathLongType;
      case LanguageConceptSwitch.SimpleMathNumberType:
        if (props_SimpleMathNumberType == null) {
          ConceptPresentationBuilder cpb = new ConceptPresentationBuilder();
          props_SimpleMathNumberType = cpb.create();
        }
        return props_SimpleMathNumberType;
      case LanguageConceptSwitch.SimpleMathType:
        if (props_SimpleMathType == null) {
          ConceptPresentationBuilder cpb = new ConceptPresentationBuilder();
          props_SimpleMathType = cpb.create();
        }
        return props_SimpleMathType;
      case LanguageConceptSwitch.SimpleMathTypedVarDeclaration:
        if (props_SimpleMathTypedVarDeclaration == null) {
          ConceptPresentationBuilder cpb = new ConceptPresentationBuilder();
          props_SimpleMathTypedVarDeclaration = cpb.create();
        }
        return props_SimpleMathTypedVarDeclaration;
      case LanguageConceptSwitch.SimpleMathVarDeclaration:
        if (props_SimpleMathVarDeclaration == null) {
          ConceptPresentationBuilder cpb = new ConceptPresentationBuilder();
          props_SimpleMathVarDeclaration = cpb.create();
        }
        return props_SimpleMathVarDeclaration;
      case LanguageConceptSwitch.SimpleMathVarReference:
        if (props_SimpleMathVarReference == null) {
          ConceptPresentationBuilder cpb = new ConceptPresentationBuilder();
          props_SimpleMathVarReference = cpb.create();
        }
        return props_SimpleMathVarReference;
      case LanguageConceptSwitch.SimpleMathWrapper:
        if (props_SimpleMathWrapper == null) {
          ConceptPresentationBuilder cpb = new ConceptPresentationBuilder();
          props_SimpleMathWrapper = cpb.create();
        }
        return props_SimpleMathWrapper;
      case LanguageConceptSwitch.UnarySimpleMathExpression:
        if (props_UnarySimpleMathExpression == null) {
          ConceptPresentationBuilder cpb = new ConceptPresentationBuilder();
          props_UnarySimpleMathExpression = cpb.create();
        }
        return props_UnarySimpleMathExpression;
    }
    return null;
  }
}