Package org.apache.tuscany.sca.assembly.xml

Examples of org.apache.tuscany.sca.assembly.xml.ConstrainingTypeProcessor

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        ExtensibleStAXArtifactProcessor staxProcessor = new ExtensibleStAXArtifactProcessor(staxProcessors, XMLInputFactory.newInstance(), XMLOutputFactory.newInstance());
        CompositeProcessor compositeProcessor = new CompositeProcessor(contributionFactory, assemblyFactory, policyFactory,
                                                                       interfaceContractMapper, staxProcessor);
        staxProcessors.addArtifactProcessor(compositeProcessor);
        staxProcessors.addArtifactProcessor(new ComponentTypeProcessor(assemblyFactory, policyFactory, staxProcessor));
        staxProcessors.addArtifactProcessor(new ConstrainingTypeProcessor(assemblyFactory, policyFactory, staxProcessor));
        staxProcessors.addArtifactProcessor(new JavaInterfaceProcessor(modelFactories));
        staxProcessors.addArtifactProcessor(new JavaImplementationProcessor(modelFactories));
       
        // Create a resolver
        //FIXME The classloader should be passed in
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        SCABindingFactoryImpl scaFactory = new SCABindingFactoryImpl();
        factories.addFactory(scaFactory);

        staxProcessors.addArtifactProcessor(new CompositeProcessor(new ContributionFactoryImpl(), factory, policyFactory, mapper, staxProcessor));
        staxProcessors.addArtifactProcessor(new ComponentTypeProcessor(factory, policyFactory, staxProcessor));
        staxProcessors.addArtifactProcessor(new ConstrainingTypeProcessor(factory, policyFactory, staxProcessor));

        SCABindingProcessor scaProcessor = new SCABindingProcessor(factory,
                                                               policyFactory,
                                                                   scaFactory);
        staxProcessors.addArtifactProcessor(scaProcessor);
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        //new PrintUtil(System.out).print(componentType);
    }

    public void testReadConstrainingType() throws Exception {
        ConstrainingTypeProcessor constrainingTypeProcessor = new ConstrainingTypeProcessor(assemblyFactory, policyFactory, staxProcessor);
        InputStream is = getClass().getResourceAsStream("CalculatorComponent.constrainingType");
        XMLStreamReader reader = inputFactory.createXMLStreamReader(is);
        ConstrainingType constrainingType = constrainingTypeProcessor.read(reader);
        assertNotNull(constrainingType);

        //new PrintUtil(System.out).print(constrainingType);
    }
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            new ExtensibleStAXArtifactProcessor(staxProcessors, inputFactory, XMLOutputFactory.newInstance());
        staxProcessors.addArtifactProcessor(new CompositeProcessor(contributionFactory, assemblyFactory, policyFactory,
                                                                   mapper, staxProcessor));
        staxProcessors.addArtifactProcessor(new ComponentTypeProcessor(assemblyFactory, policyFactory, staxProcessor));
        staxProcessors
            .addArtifactProcessor(new ConstrainingTypeProcessor(assemblyFactory, policyFactory, staxProcessor));

        // Register STAX processors for Contribution Metadata
        staxProcessors.addArtifactProcessor(new ContributionMetadataProcessor(assemblyFactory, contributionFactory,
                                                                              staxProcessor));
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        staxProcessors = new DefaultStAXArtifactProcessorExtensionPoint(modelFactories);
        staxProcessor = new ExtensibleStAXArtifactProcessor(staxProcessors, XMLInputFactory.newInstance(), XMLOutputFactory.newInstance());

        staxProcessors.addArtifactProcessor(new CompositeProcessor(new DefaultContributionFactory(), factory, policyFactory, staxProcessor));
        staxProcessors.addArtifactProcessor(new ComponentTypeProcessor(factory, policyFactory, staxProcessor));
        staxProcessors.addArtifactProcessor(new ConstrainingTypeProcessor(factory, policyFactory, staxProcessor));

        WSDLFactory wsdlFactory = new DefaultWSDLFactory();
        modelFactories.addFactory(wsdlFactory);
        WSDLInterfaceProcessor wsdlProcessor = new WSDLInterfaceProcessor(modelFactories);
        staxProcessors.addArtifactProcessor(wsdlProcessor);
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        ExtensibleStAXArtifactProcessor staxProcessor =
            new ExtensibleStAXArtifactProcessor(staxProcessors, inputFactory, XMLOutputFactory.newInstance());
        staxProcessors.addArtifactProcessor(new CompositeProcessor(contributionFactory, assemblyFactory, policyFactory, staxProcessor));
        staxProcessors.addArtifactProcessor(new ComponentTypeProcessor(assemblyFactory, policyFactory, staxProcessor));
        staxProcessors
            .addArtifactProcessor(new ConstrainingTypeProcessor(assemblyFactory, policyFactory, staxProcessor));

        // Register STAX processors for Contribution Metadata
        staxProcessors.addArtifactProcessor(new ContributionMetadataProcessor(assemblyFactory, contributionFactory,
                                                                              staxProcessor));
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        //new PrintUtil(System.out).print(componentType);
    }

    public void testReadConstrainingType() throws Exception {
        ConstrainingTypeProcessor constrainingTypeProcessor = new ConstrainingTypeProcessor(assemblyFactory, policyFactory, staxProcessor);
        InputStream is = getClass().getResourceAsStream("CalculatorComponent.constrainingType");
        XMLStreamReader reader = inputFactory.createXMLStreamReader(is);
        ConstrainingType constrainingType = constrainingTypeProcessor.read(reader);
        assertNotNull(constrainingType);

        //new PrintUtil(System.out).print(constrainingType);
    }
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        //new PrintUtil(System.out).print(componentType);
    }

    public void testReadConstrainingType() throws Exception {
        ConstrainingTypeProcessor constrainingTypeProcessor = new ConstrainingTypeProcessor(assemblyFactory, policyFactory, staxProcessor);
        InputStream is = getClass().getResourceAsStream("CalculatorComponent.constrainingType");
        XMLStreamReader reader = inputFactory.createXMLStreamReader(is);
        ConstrainingType constrainingType = constrainingTypeProcessor.read(reader);
        assertNotNull(constrainingType);

        //new PrintUtil(System.out).print(constrainingType);
    }
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        javaFactory = new DefaultJavaInterfaceFactory();
        modelFactories.addFactory(javaFactory);

        staxProcessors.addArtifactProcessor(new CompositeProcessor(new DefaultContributionFactory(), factory, policyFactory, staxProcessor));
        staxProcessors.addArtifactProcessor(new ComponentTypeProcessor(factory, policyFactory, staxProcessor));
        staxProcessors.addArtifactProcessor(new ConstrainingTypeProcessor(factory, policyFactory, staxProcessor));

        JavaInterfaceProcessor javaProcessor = new JavaInterfaceProcessor(modelFactories);
        staxProcessors.addArtifactProcessor(javaProcessor);
    }
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        DefaultStAXArtifactProcessorExtensionPoint staxProcessors = new DefaultStAXArtifactProcessorExtensionPoint(modelFactories);
        ExtensibleStAXArtifactProcessor staxProcessor = new ExtensibleStAXArtifactProcessor(staxProcessors, XMLInputFactory.newInstance(), XMLOutputFactory.newInstance());
        CompositeProcessor compositeProcessor = new CompositeProcessor(contributionFactory, assemblyFactory, policyFactory, staxProcessor);
        staxProcessors.addArtifactProcessor(compositeProcessor);
        staxProcessors.addArtifactProcessor(new ComponentTypeProcessor(assemblyFactory, policyFactory, staxProcessor));
        staxProcessors.addArtifactProcessor(new ConstrainingTypeProcessor(assemblyFactory, policyFactory, staxProcessor));
        staxProcessors.addArtifactProcessor(new JavaInterfaceProcessor(modelFactories));
        staxProcessors.addArtifactProcessor(new JavaImplementationProcessor(modelFactories));
       
        // Create a resolver
        //FIXME The classloader should be passed in
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