Examples with MutablePassThroughMetadata org.apache.aries.blueprint.mutable.MutablePassThroughMetadata used on opensource projects

Example 1 with MutablePassThroughMetadata

use of org.apache.aries.blueprint.mutable.MutablePassThroughMetadata in project karaf by apache.

the class NamespaceHandler method registerConverters.

private void registerConverters(ParserContext context) {
    String converterName = "." + NumberToStringConverter.class.getName();
    if (!context.getComponentDefinitionRegistry().containsComponentDefinition(converterName)) {
        MutablePassThroughMetadata cnv = context.createMetadata(MutablePassThroughMetadata.class);
        cnv.setId(converterName);
        cnv.setObject(new NumberToStringConverter());
        context.getComponentDefinitionRegistry().registerTypeConverter(cnv);
    }
}

Example 2 with MutablePassThroughMetadata

use of org.apache.aries.blueprint.mutable.MutablePassThroughMetadata in project camel by apache.

the class CamelNamespaceHandler method parseSecureRandomParametersNode.

private Metadata parseSecureRandomParametersNode(Element element, ParserContext context) {
    LOG.trace("Parsing SecureRandomParameters {}", element);
    // now parse the key store parameters with JAXB
    Binder<Node> binder;
    try {
        binder = getJaxbContext().createBinder();
    } catch (JAXBException e) {
        throw new ComponentDefinitionException("Failed to create the JAXB binder : " + e, e);
    }
    Object value = parseUsingJaxb(element, context, binder);
    if (!(value instanceof SecureRandomParametersFactoryBean)) {
        throw new ComponentDefinitionException("Expected an instance of " + SecureRandomParametersFactoryBean.class);
    }
    SecureRandomParametersFactoryBean srfb = (SecureRandomParametersFactoryBean) value;
    String id = srfb.getId();
    MutablePassThroughMetadata factory = context.createMetadata(MutablePassThroughMetadata.class);
    factory.setId(".camelBlueprint.passThrough." + id);
    factory.setObject(new PassThroughCallable<Object>(srfb));
    MutableBeanMetadata factory2 = context.createMetadata(MutableBeanMetadata.class);
    factory2.setId(".camelBlueprint.factory." + id);
    factory2.setFactoryComponent(factory);
    factory2.setFactoryMethod("call");
    factory2.setInitMethod("afterPropertiesSet");
    factory2.setDestroyMethod("destroy");
    factory2.addProperty("blueprintContainer", createRef(context, "blueprintContainer"));
    MutableBeanMetadata ctx = context.createMetadata(MutableBeanMetadata.class);
    ctx.setId(id);
    ctx.setRuntimeClass(SecureRandomParameters.class);
    ctx.setFactoryComponent(factory2);
    ctx.setFactoryMethod("getObject");
    // must be lazy as we want CamelContext to be activated first
    ctx.setActivation(ACTIVATION_LAZY);
    LOG.trace("Parsing SecureRandomParameters done, returning {}", ctx);
    return ctx;
}

Example 3 with MutablePassThroughMetadata

use of org.apache.aries.blueprint.mutable.MutablePassThroughMetadata in project camel by apache.

the class CamelNamespaceHandler method parseSSLContextParametersNode.

private Metadata parseSSLContextParametersNode(Element element, ParserContext context) {
    LOG.trace("Parsing SSLContextParameters {}", element);
    // now parse the key store parameters with JAXB
    Binder<Node> binder;
    try {
        binder = getJaxbContext().createBinder();
    } catch (JAXBException e) {
        throw new ComponentDefinitionException("Failed to create the JAXB binder : " + e, e);
    }
    Object value = parseUsingJaxb(element, context, binder);
    if (!(value instanceof SSLContextParametersFactoryBean)) {
        throw new ComponentDefinitionException("Expected an instance of " + SSLContextParametersFactoryBean.class);
    }
    SSLContextParametersFactoryBean scpfb = (SSLContextParametersFactoryBean) value;
    String id = scpfb.getId();
    MutablePassThroughMetadata factory = context.createMetadata(MutablePassThroughMetadata.class);
    factory.setId(".camelBlueprint.passThrough." + id);
    factory.setObject(new PassThroughCallable<Object>(scpfb));
    MutableBeanMetadata factory2 = context.createMetadata(MutableBeanMetadata.class);
    factory2.setId(".camelBlueprint.factory." + id);
    factory2.setFactoryComponent(factory);
    factory2.setFactoryMethod("call");
    factory2.setInitMethod("afterPropertiesSet");
    factory2.setDestroyMethod("destroy");
    factory2.addProperty("blueprintContainer", createRef(context, "blueprintContainer"));
    MutableBeanMetadata ctx = context.createMetadata(MutableBeanMetadata.class);
    ctx.setId(id);
    ctx.setRuntimeClass(SSLContextParameters.class);
    ctx.setFactoryComponent(factory2);
    ctx.setFactoryMethod("getObject");
    // must be lazy as we want CamelContext to be activated first
    ctx.setActivation(ACTIVATION_LAZY);
    LOG.trace("Parsing SSLContextParameters done, returning {}", ctx);
    return ctx;
}

Example 4 with MutablePassThroughMetadata

use of org.apache.aries.blueprint.mutable.MutablePassThroughMetadata in project camel by apache.

the class CamelNamespaceHandler method parseEndpointNode.

private Metadata parseEndpointNode(Element element, ParserContext context) {
    LOG.trace("Parsing Endpoint {}", element);
    // now parse the rests with JAXB
    Binder<Node> binder;
    try {
        binder = getJaxbContext().createBinder();
    } catch (JAXBException e) {
        throw new ComponentDefinitionException("Failed to create the JAXB binder : " + e, e);
    }
    Object value = parseUsingJaxb(element, context, binder);
    if (!(value instanceof CamelEndpointFactoryBean)) {
        throw new ComponentDefinitionException("Expected an instance of " + CamelEndpointFactoryBean.class);
    }
    CamelEndpointFactoryBean rcfb = (CamelEndpointFactoryBean) value;
    String id = rcfb.getId();
    MutablePassThroughMetadata factory = context.createMetadata(MutablePassThroughMetadata.class);
    factory.setId(".camelBlueprint.passThrough." + id);
    factory.setObject(new PassThroughCallable<Object>(rcfb));
    MutableBeanMetadata factory2 = context.createMetadata(MutableBeanMetadata.class);
    factory2.setId(".camelBlueprint.factory." + id);
    factory2.setFactoryComponent(factory);
    factory2.setFactoryMethod("call");
    factory2.setInitMethod("afterPropertiesSet");
    factory2.setDestroyMethod("destroy");
    factory2.addProperty("blueprintContainer", createRef(context, "blueprintContainer"));
    MutableBeanMetadata ctx = context.createMetadata(MutableBeanMetadata.class);
    ctx.setId(id);
    ctx.setRuntimeClass(Endpoint.class);
    ctx.setFactoryComponent(factory2);
    ctx.setFactoryMethod("getObject");
    // must be lazy as we want CamelContext to be activated first
    ctx.setActivation(ACTIVATION_LAZY);
    LOG.trace("Parsing endpoint done, returning {}", element, ctx);
    return ctx;
}

Example 5 with MutablePassThroughMetadata

use of org.apache.aries.blueprint.mutable.MutablePassThroughMetadata in project camel by apache.

the class CamelNamespaceHandler method parseCamelContextNode.

private Metadata parseCamelContextNode(Element element, ParserContext context) {
    LOG.trace("Parsing CamelContext {}", element);
    // Find the id, generate one if needed
    String contextId = element.getAttribute("id");
    boolean implicitId = false;
    // let's avoid folks having to explicitly give an ID to a camel context
    if (ObjectHelper.isEmpty(contextId)) {
        // if no explicit id was set then use a default auto generated name
        CamelContextNameStrategy strategy = new DefaultCamelContextNameStrategy();
        contextId = strategy.getName();
        element.setAttributeNS(null, "id", contextId);
        implicitId = true;
    }
    // now let's parse the routes with JAXB
    Binder<Node> binder;
    try {
        binder = getJaxbContext().createBinder();
    } catch (JAXBException e) {
        throw new ComponentDefinitionException("Failed to create the JAXB binder : " + e, e);
    }
    Object value = parseUsingJaxb(element, context, binder);
    if (!(value instanceof CamelContextFactoryBean)) {
        throw new ComponentDefinitionException("Expected an instance of " + CamelContextFactoryBean.class);
    }
    CamelContextFactoryBean ccfb = (CamelContextFactoryBean) value;
    ccfb.setImplicitId(implicitId);
    // The properties component is always used / created by the CamelContextFactoryBean
    // so we need to ensure that the resolver is ready to use
    ComponentMetadata propertiesComponentResolver = getComponentResolverReference(context, "properties");
    MutablePassThroughMetadata factory = context.createMetadata(MutablePassThroughMetadata.class);
    factory.setId(".camelBlueprint.passThrough." + contextId);
    factory.setObject(new PassThroughCallable<Object>(value));
    MutableBeanMetadata factory2 = context.createMetadata(MutableBeanMetadata.class);
    factory2.setId(".camelBlueprint.factory." + contextId);
    factory2.setFactoryComponent(factory);
    factory2.setFactoryMethod("call");
    factory2.setInitMethod("afterPropertiesSet");
    factory2.setDestroyMethod("destroy");
    factory2.addProperty("blueprintContainer", createRef(context, "blueprintContainer"));
    factory2.addProperty("bundleContext", createRef(context, "blueprintBundleContext"));
    factory2.addDependsOn(propertiesComponentResolver.getId());
    // We need to add other components which the camel context dependsOn
    if (ObjectHelper.isNotEmpty(ccfb.getDependsOn())) {
        factory2.setDependsOn(Arrays.asList(ccfb.getDependsOn().split(" |,")));
    }
    context.getComponentDefinitionRegistry().registerComponentDefinition(factory2);
    MutableBeanMetadata ctx = context.createMetadata(MutableBeanMetadata.class);
    ctx.setId(contextId);
    ctx.setRuntimeClass(BlueprintCamelContext.class);
    ctx.setFactoryComponent(factory2);
    ctx.setFactoryMethod("getContext");
    ctx.setInitMethod("init");
    ctx.setDestroyMethod("destroy");
    // Register factory beans
    registerBeans(context, contextId, ccfb.getThreadPools());
    registerBeans(context, contextId, ccfb.getEndpoints());
    registerBeans(context, contextId, ccfb.getRedeliveryPolicies());
    registerBeans(context, contextId, ccfb.getBeansFactory());
    // Register processors
    MutablePassThroughMetadata beanProcessorFactory = context.createMetadata(MutablePassThroughMetadata.class);
    beanProcessorFactory.setId(".camelBlueprint.processor.bean.passThrough." + contextId);
    beanProcessorFactory.setObject(new PassThroughCallable<Object>(new CamelInjector(contextId)));
    MutableBeanMetadata beanProcessor = context.createMetadata(MutableBeanMetadata.class);
    beanProcessor.setId(".camelBlueprint.processor.bean." + contextId);
    beanProcessor.setRuntimeClass(CamelInjector.class);
    beanProcessor.setFactoryComponent(beanProcessorFactory);
    beanProcessor.setFactoryMethod("call");
    beanProcessor.setProcessor(true);
    beanProcessor.addProperty("blueprintContainer", createRef(context, "blueprintContainer"));
    context.getComponentDefinitionRegistry().registerComponentDefinition(beanProcessor);
    MutablePassThroughMetadata regProcessorFactory = context.createMetadata(MutablePassThroughMetadata.class);
    regProcessorFactory.setId(".camelBlueprint.processor.registry.passThrough." + contextId);
    regProcessorFactory.setObject(new PassThroughCallable<Object>(new CamelDependenciesFinder(contextId, context)));
    MutableBeanMetadata regProcessor = context.createMetadata(MutableBeanMetadata.class);
    regProcessor.setId(".camelBlueprint.processor.registry." + contextId);
    regProcessor.setRuntimeClass(CamelDependenciesFinder.class);
    regProcessor.setFactoryComponent(regProcessorFactory);
    regProcessor.setFactoryMethod("call");
    regProcessor.setProcessor(true);
    regProcessor.addDependsOn(".camelBlueprint.processor.bean." + contextId);
    regProcessor.addProperty("blueprintContainer", createRef(context, "blueprintContainer"));
    context.getComponentDefinitionRegistry().registerComponentDefinition(regProcessor);
    // lets inject the namespaces into any namespace aware POJOs
    injectNamespaces(element, binder);
    LOG.trace("Parsing CamelContext done, returning {}", ctx);
    return ctx;
}