Package com.sun.codemodel

Examples of com.sun.codemodel.JInvocation

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  protected void createVersionsDataPoint( @Nonnull JDefinedClass testClass, @Nonnull JClass serializerClass, @Nonnull JClass domainType, @Nonnull DomainObjectDescriptor domainObjectDescriptor ) {
    JFieldVar field = testClass.field( JMod.STATIC | JMod.PUBLIC | JMod.FINAL, codeGenerator.ref( VersionEntry.class ), DATA_POINT_FIELD_NAME );
    field.annotate( codeGenerator.ref( "org.junit.experimental.theories.DataPoint" ) );

    JInvocation versionInvocation = codeGenerator.ref( Version.class ).staticInvoke( METHOD_NAME_VALUE_OF ).arg( JExpr.lit( 1 ) ).arg( JExpr.lit( 0 ) ).arg( JExpr.lit( 0 ) );
    JExpression expected = createExpectedExpression( testClass, domainType );

    field.init( testClass.staticInvoke( METHOD_NAME_CREATE ).arg( versionInvocation ).arg( expected ) );
  }
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  protected void createDataPoint( @Nonnull JDefinedClass testClass, @Nonnull JClass serializerClass, @Nonnull JClass domainType, @Nonnull DomainObjectDescriptor domainObjectDescriptor ) {
    JFieldVar field = testClass.field( JMod.STATIC | JMod.PUBLIC | JMod.FINAL, codeGenerator.ref( Entry.class ).narrow( domainType.wildcard() ), DATA_POINT_FIELD_NAME );
    field.annotate( codeModel.ref( "org.junit.experimental.theories.DataPoint" ) );

    JInvocation domainObjectCreation = createDomainObjectCreationExpression( domainObjectDescriptor );
    JExpression expected = createExpectedExpression( testClass, domainType );

    field.init( testClass.staticInvoke( METHOD_NAME_CREATE ).arg( domainObjectCreation ).arg( expected ) );
  }
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  @Nonnull
  protected abstract JExpression createExpectedExpression( @Nonnull JClass testClass, @Nonnull JClass domainType );

  @Nonnull
  protected JInvocation createDomainObjectCreationExpression( @Nonnull DomainObjectDescriptor domainObjectDescriptor ) {
    JInvocation invocation = JExpr._new( codeGenerator.ref( domainObjectDescriptor.getQualifiedName() ) );

    ConstructorDeclaration constructor = domainObjectDescriptor.findBestConstructor();
    for ( ParameterDeclaration parameterDeclaration : constructor.getParameters() ) {
      invocation.arg( codeGenerator.getNewInstanceFactory().create( parameterDeclaration.getType(), parameterDeclaration.getSimpleName() ) );
    }

    return invocation;
  }
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  public JInvocation createAddToSerializeToExpression( @Nonnull AbstractGenerator<?> generator, @Nonnull JDefinedClass serializerClass, @Nonnull JExpression serializeTo, @Nonnull FieldDeclarationInfo fieldInfo, @Nonnull JVar object, JVar formatVersion ) {
    generator.addDelegatingSerializerToConstructor( serializerClass, codeGenerator.ref( TypeUtils.getErasure( fieldInfo.getCollectionParam() ).toString() ) );

    JFieldVar constant = getConstant( serializerClass, fieldInfo );

    JInvocation getterInvocation = codeGenerator.createGetterInvocation( object, fieldInfo );

    return JExpr.invoke( METHOD_NAME_SERIALIZE_COLLECTION )
      .arg( getterInvocation )
      .arg( JExpr.dotclass( codeGenerator.ref( fieldInfo.getCollectionParam().toString() ) ) )
      .arg( constant )
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  @Override
  @Nonnull
  public Expressions createReadFromDeserializeFromExpression( @Nonnull AbstractGenerator<?> generator, @Nonnull JDefinedClass serializerClass, @Nonnull JExpression deserializeFrom, JVar wrapper, @Nonnull JVar formatVersion, @Nonnull FieldDeclarationInfo fieldInfo ) {
    JClass collectionParamType = codeGenerator.ref( fieldInfo.getCollectionParam().toString() );

    JInvocation nextTagExpression = createNextTagInvocation( serializerClass, deserializeFrom, fieldInfo );

    JInvocation expression = JExpr.invoke( METHOD_NAME_DESERIALIZE_COLLECTION ).arg( deserializeFrom ).arg( JExpr.dotclass( collectionParamType ) ).arg( formatVersion );
    return new Expressions( expression, nextTagExpression );
  }
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  }

  @Nonnull
  @Override
  public Expressions createReadFromDeserializeFromExpression( @Nonnull AbstractGenerator<?> generator, @Nonnull JDefinedClass serializerClass, @Nonnull JExpression deserializeFrom, JVar wrapper, @Nonnull JVar formatVersion, @Nonnull FieldDeclarationInfo fieldInfo ) {
    JInvocation nextTagExpression = createNextTagInvocation( serializerClass, deserializeFrom, fieldInfo );

    JClass type = codeGenerator.ref( TypeUtils.getErasure( fieldInfo.getType() ).toString() );
    JInvocation expression = JExpr.invoke( METHOD_NAME_DESERIALIZE ).arg( JExpr.dotclass( type ) ).arg( formatVersion ).arg( deserializeFrom );
    return new Expressions( expression, nextTagExpression );
  }
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  protected void constructDeserializedObject( @Nonnull DomainObjectDescriptor domainObjectDescriptor, @Nonnull JMethod deserializeMethod, @Nonnull Map<FieldWithInitializationInfo, JVar> fieldToVar ) {
    deserializeMethod.body().directStatement( "//Constructing the deserialized object" );

    //Now create the constructor for the deserializeMethod
    JClass domainType = codeGenerator.ref( domainObjectDescriptor.getQualifiedName() );
    JInvocation domainTypeInit = JExpr._new( domainType );

    //Add the arguments for the fields
    List<? extends FieldInitializedInConstructorInfo> fieldsToSerialize = domainObjectDescriptor.getFieldsInitializedInConstructor();
    for ( FieldInitializedInConstructorInfo fieldInfo : fieldsToSerialize ) {
      domainTypeInit.arg( fieldToVar.get( fieldInfo ) );
    }

    //Add the object type
    JVar domainObjectVar = deserializeMethod.body().decl( domainType, VAR_NAME_OBJECT, domainTypeInit );
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  public JInvocation createAddToSerializeToExpression( @NotNull AbstractGenerator<?> generator, @NotNull JDefinedClass serializerClass, @NotNull JExpression serializeTo, @NotNull FieldDeclarationInfo fieldInfo, @NotNull JVar object ) {
    generator.addDelegatingSerializerToConstructor( serializerClass, codeGenerator.ref( TypeUtils.getErasure( fieldInfo.getCollectionParam() ).toString() ) );

    JFieldVar constant = getConstant( serializerClass, fieldInfo );

    JInvocation getterInvocation = codeGenerator.createGetterInvocation( object, fieldInfo );

    return JExpr.invoke( METHOD_NAME_SERIALIZE_COLLECTION )
      .arg( getterInvocation )
      .arg( JExpr.dotclass( codeGenerator.ref( fieldInfo.getCollectionParam().toString() ) ) )
      .arg( constant )
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  @Override
  @NotNull
  public Expressions createReadFromDeserializeFromExpression( @NotNull AbstractGenerator<?> generator, @NotNull JDefinedClass serializerClass, @NotNull JExpression deserializeFrom, @NotNull JVar formatVersion, @NotNull FieldDeclarationInfo fieldInfo ) {
    JClass collectionParamType = codeGenerator.ref( fieldInfo.getCollectionParam().toString() );

    JInvocation nextTagExpression = createNextTagInvocation( serializerClass, deserializeFrom, fieldInfo );

    JInvocation expression = JExpr.invoke( METHOD_NAME_DESERIALIZE_COLLECTION ).arg( deserializeFrom ).arg( JExpr.dotclass( collectionParamType ) ).arg( formatVersion );
    return new Expressions( expression, nextTagExpression );
  }
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  }

  @NotNull
  @Override
  public Expressions createReadFromDeserializeFromExpression( @NotNull AbstractGenerator<?> generator, @NotNull JDefinedClass serializerClass, @NotNull JExpression deserializeFrom, @NotNull JVar formatVersion, @NotNull FieldDeclarationInfo fieldInfo ) {
    JInvocation nextTagExpression = createNextTagInvocation( serializerClass, deserializeFrom, fieldInfo );

    JClass type = codeGenerator.ref( fieldInfo.getType().toString() );
    JInvocation expression = JExpr.invoke( METHOD_NAME_DESERIALIZE ).arg( JExpr.dotclass( type ) ).arg( formatVersion ).arg( deserializeFrom );
    return new Expressions( expression, nextTagExpression );
  }
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