Examples of org.qi4j.runtime.composite.ValueConstraintsModel

org.qi4j.runtime.composite.ValueConstraintsModel
JAVADOC

    @Override
    protected PropertyModel newPropertyModel( AccessibleObject accessor, Iterable<Class<? extends Constraint<?, ?>>> constraintClasses )
    {
        Iterable<Annotation> annotations = Annotations.getAccessorAndTypeAnnotations( accessor );
        boolean optional = first( filter( isType( Optional.class ), annotations ) ) != null;
        ValueConstraintsModel valueConstraintsModel = constraintsFor( annotations, GenericPropertyInfo.getPropertyType( accessor ), ((Member) accessor)
                .getName(), optional, constraintClasses, accessor );
        ValueConstraintsInstance valueConstraintsInstance = null;
        if( valueConstraintsModel.isConstrained() )
        {
            valueConstraintsInstance = valueConstraintsModel.newInstance();
        }
        MetaInfo metaInfo = stateDeclarations.getMetaInfo( accessor );
        boolean useDefaults = metaInfo.get( UseDefaults.class ) != null || stateDeclarations.isUseDefaults( accessor );
        Object initialValue = stateDeclarations.getInitialValue( accessor );
        return new PropertyModel( accessor, true, useDefaults, valueConstraintsInstance, metaInfo, initialValue );

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    {
        Iterable<Annotation> annotations = Annotations.getAccessorAndTypeAnnotations( accessor );
        boolean optional = first( filter( isType( Optional.class ), annotations ) ) != null;


        // Constraints for Association references
        ValueConstraintsModel valueConstraintsModel = constraintsFor( annotations, GenericAssociationInfo
                .getAssociationType( accessor ), ((Member) accessor).getName(), optional, constraintClasses, accessor );
        ValueConstraintsInstance valueConstraintsInstance = null;
        if( valueConstraintsModel.isConstrained() )
        {
            valueConstraintsInstance = valueConstraintsModel.newInstance();
        }


        // Constraints for the Association itself
        valueConstraintsModel = constraintsFor( annotations, Association.class, ((Member) accessor).getName(), optional, constraintClasses, accessor );
        ValueConstraintsInstance associationValueConstraintsInstance = null;
        if( valueConstraintsModel.isConstrained() )
        {
            associationValueConstraintsInstance = valueConstraintsModel.newInstance();
        }


        MetaInfo metaInfo = stateDeclarations.getMetaInfo( accessor );
        AssociationModel associationModel = new AssociationModel( accessor, valueConstraintsInstance, associationValueConstraintsInstance, metaInfo );
        return associationModel;

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    {
        Iterable<Annotation> annotations = Annotations.getAccessorAndTypeAnnotations(  accessor );
        boolean optional = first( filter( isType( Optional.class ), annotations ) ) != null;


        // Constraints for entities in ManyAssociation
        ValueConstraintsModel valueConstraintsModel = constraintsFor( annotations, GenericAssociationInfo
                .getAssociationType( accessor ), ((Member) accessor).getName(), optional, constraintClasses, accessor );
        ValueConstraintsInstance valueConstraintsInstance = null;
        if( valueConstraintsModel.isConstrained() )
        {
            valueConstraintsInstance = valueConstraintsModel.newInstance();
        }


        // Constraints for the ManyAssociation itself
        valueConstraintsModel = constraintsFor( annotations, ManyAssociation.class, ((Member) accessor).getName(), optional, constraintClasses, accessor );
        ValueConstraintsInstance manyValueConstraintsInstance = null;
        if( valueConstraintsModel.isConstrained() )
        {
            manyValueConstraintsInstance = valueConstraintsModel.newInstance();
        }
        MetaInfo metaInfo = stateDeclarations.getMetaInfo( accessor );
        ManyAssociationModel associationModel = new ManyAssociationModel( accessor, valueConstraintsInstance, manyValueConstraintsInstance, metaInfo );
        return associationModel;
    }

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                                              Iterable<Class<? extends Constraint<?, ?>>> constraintClasses
    )
    {
        Iterable<Annotation> annotations = Annotations.findAccessorAndTypeAnnotationsIn( accessor );
        boolean optional = first( filter( isType( Optional.class ), annotations ) ) != null;
        ValueConstraintsModel valueConstraintsModel = constraintsFor(
            annotations,
            GenericPropertyInfo.propertyTypeOf( accessor ),
            ( (Member) accessor ).getName(),
            optional,
            constraintClasses,
            accessor );
        ValueConstraintsInstance valueConstraintsInstance = null;
        if( valueConstraintsModel.isConstrained() )
        {
            valueConstraintsInstance = valueConstraintsModel.newInstance();
        }
        MetaInfo metaInfo = stateDeclarations.metaInfoFor( accessor );
        Object initialValue = stateDeclarations.initialValueOf( accessor );
        boolean useDefaults = metaInfo.get( UseDefaults.class ) != null || stateDeclarations.useDefaults( accessor );
        boolean immutable = this.immutable || metaInfo.get( Immutable.class ) != null;

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            Name nameAnnotation = (Name) first( filter( isType( Name.class ), iterable( parameterAnnotation ) ) );
            String name = nameAnnotation == null ? "param" + ( i + 1 ) : nameAnnotation.value();


            boolean optional = first( filter( isType( Optional.class ), iterable( parameterAnnotation ) ) ) != null;
            ValueConstraintsModel parameterConstraintsModel = constraintsFor(
                asList( parameterAnnotation ),
                parameterTypes[i],
                name,
                optional,
                constraintClasses,
                method );
            if( parameterConstraintsModel.isConstrained() )
            {
                constrained = true;
            }


            if( parameterConstraintModels.isEmpty() )

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            // No implementation found!
            // Check if if it's a composite constraints
            Iterable<Annotation> annotations = iterable( annotationType.getAnnotations() );
            if( matchesAny( translate( type(), hasAnnotation( ConstraintDeclaration.class ) ), annotations ) )
            {
                ValueConstraintsModel valueConstraintsModel = constraintsFor(
                    annotations,
                    valueType,
                    name,
                    optional,
                    constraintClasses,
                    accessor );
                CompositeConstraintModel compositeConstraintModel = new CompositeConstraintModel(
                    constraintAnnotation,
                    valueConstraintsModel );
                constraintModels.add( compositeConstraintModel );
                continue nextConstraint;
            }


            throw new InvalidCompositeException(
                "Cannot find implementation of constraint @"
                + annotationType.getSimpleName()
                + " for "
                + valueType
                + " in method "
                + ( (Member) accessor ).getName()
                + " of composite " + types );
        }


        return new ValueConstraintsModel( constraintModels, name, optional );
    }

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                                              Iterable<Class<? extends Constraint<?, ?>>> constraintClasses
    )
    {
        Iterable<Annotation> annotations = Annotations.findAccessorAndTypeAnnotationsIn( accessor );
        boolean optional = first( filter( isType( Optional.class ), annotations ) ) != null;
        ValueConstraintsModel valueConstraintsModel = constraintsFor( annotations, GenericPropertyInfo.propertyTypeOf( accessor ), ( (Member) accessor )
            .getName(), optional, constraintClasses, accessor );
        ValueConstraintsInstance valueConstraintsInstance = null;
        if( valueConstraintsModel.isConstrained() )
        {
            valueConstraintsInstance = valueConstraintsModel.newInstance();
        }
        MetaInfo metaInfo = stateDeclarations.metaInfoFor( accessor );
        boolean useDefaults = metaInfo.get( UseDefaults.class ) != null || stateDeclarations.useDefaults( accessor );
        Object initialValue = stateDeclarations.initialValueOf( accessor );
        return new PropertyModel( accessor, true, useDefaults, valueConstraintsInstance, metaInfo, initialValue );

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    {
        Iterable<Annotation> annotations = Annotations.findAccessorAndTypeAnnotationsIn( accessor );
        boolean optional = first( filter( isType( Optional.class ), annotations ) ) != null;


        // Constraints for Association references
        ValueConstraintsModel valueConstraintsModel = constraintsFor( annotations, GenericAssociationInfo
            .associationTypeOf( accessor ), ( (Member) accessor ).getName(), optional, constraintClasses, accessor );
        ValueConstraintsInstance valueConstraintsInstance = null;
        if( valueConstraintsModel.isConstrained() )
        {
            valueConstraintsInstance = valueConstraintsModel.newInstance();
        }


        // Constraints for the Association itself
        valueConstraintsModel = constraintsFor( annotations, Association.class, ( (Member) accessor ).getName(), optional, constraintClasses, accessor );
        ValueConstraintsInstance associationValueConstraintsInstance = null;
        if( valueConstraintsModel.isConstrained() )
        {
            associationValueConstraintsInstance = valueConstraintsModel.newInstance();
        }


        MetaInfo metaInfo = stateDeclarations.metaInfoFor( accessor );
        AssociationModel associationModel = new AssociationModel( accessor, valueConstraintsInstance, associationValueConstraintsInstance, metaInfo );
        return associationModel;

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    {
        Iterable<Annotation> annotations = Annotations.findAccessorAndTypeAnnotationsIn( accessor );
        boolean optional = first( filter( isType( Optional.class ), annotations ) ) != null;


        // Constraints for entities in ManyAssociation
        ValueConstraintsModel valueConstraintsModel = constraintsFor( annotations, GenericAssociationInfo
            .associationTypeOf( accessor ), ( (Member) accessor ).getName(), optional, constraintClasses, accessor );
        ValueConstraintsInstance valueConstraintsInstance = null;
        if( valueConstraintsModel.isConstrained() )
        {
            valueConstraintsInstance = valueConstraintsModel.newInstance();
        }


        // Constraints for the ManyAssociation itself
        valueConstraintsModel = constraintsFor( annotations, ManyAssociation.class, ( (Member) accessor ).getName(), optional, constraintClasses, accessor );
        ValueConstraintsInstance manyValueConstraintsInstance = null;
        if( valueConstraintsModel.isConstrained() )
        {
            manyValueConstraintsInstance = valueConstraintsModel.newInstance();
        }
        MetaInfo metaInfo = stateDeclarations.metaInfoFor( accessor );
        ManyAssociationModel associationModel = new ManyAssociationModel( accessor, valueConstraintsInstance, manyValueConstraintsInstance, metaInfo );
        return associationModel;
    }

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    {
        Iterable<Annotation> annotations = Annotations.findAccessorAndTypeAnnotationsIn( accessor );
        boolean optional = first( filter( isType( Optional.class ), annotations ) ) != null;


        // Constraints for entities in NamedAssociation
        ValueConstraintsModel valueConstraintsModel = constraintsFor( annotations, GenericAssociationInfo
            .associationTypeOf( accessor ), ( (Member) accessor ).getName(), optional, constraintClasses, accessor );
        ValueConstraintsInstance valueConstraintsInstance = null;
        if( valueConstraintsModel.isConstrained() )
        {
            valueConstraintsInstance = valueConstraintsModel.newInstance();
        }


        // Constraints for the NamedAssociation itself
        valueConstraintsModel = constraintsFor( annotations, NamedAssociation.class, ( (Member) accessor ).getName(), optional, constraintClasses, accessor );
        ValueConstraintsInstance namedValueConstraintsInstance = null;
        if( valueConstraintsModel.isConstrained() )
        {
            namedValueConstraintsInstance = valueConstraintsModel.newInstance();
        }
        MetaInfo metaInfo = stateDeclarations.metaInfoFor( accessor );
        NamedAssociationModel associationModel = new NamedAssociationModel( accessor, valueConstraintsInstance, namedValueConstraintsInstance, metaInfo );
        return associationModel;
    }

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