Package org.apache.felix.ipojo.api

Examples of org.apache.felix.ipojo.api.PrimitiveComponentType


    }

    @Test
    public void createACompositeWithcontainedInstance() throws UnacceptableConfiguration, MissingHandlerException, ConfigurationException {
        // Define the component types
        PrimitiveComponentType prov = createAProvider();
        PrimitiveComponentType cons = createAConsumer();

        CompositeComponentType type = new CompositeComponentType()
                .setBundleContext(context)
                .setComponentTypeName("comp1")
                .addInstance(new Instance(prov.getFactory().getName()))
                .addInstance(new Instance(cons.getFactory().getName()));

        ComponentInstance ci = type.createInstance();

        assertThat("ci is valid", ci.getState(), is(ComponentInstance.VALID));

        // Stop cons
        cons.stop();
        assertThat("ci is invalid", ci.getState(), is(ComponentInstance.INVALID));

        // Restart cons
        cons.start();
        assertThat("ci is valid - 2", ci.getState(), is(ComponentInstance.VALID));

    }
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    }

    @Test
    public void createACompositeWithAnInstantiatedService() throws UnacceptableConfiguration, MissingHandlerException, ConfigurationException {
        // Define the component types
        PrimitiveComponentType prov = createAProvider();
        prov.start();
        PrimitiveComponentType cons = createAConsumer();

        ServiceReference[] refs = osgiHelper.getServiceReferences(Factory.class.getName(),
                "(component.providedServiceSpecifications=" + Foo.class.getName() + ")");
        assertThat(refs.length, is(not(0)));

        Factory factory = (Factory) osgiHelper.getRawServiceObject(refs[0]);
        System.out.println(factory.getComponentDescription().getDescription());

        CompositeComponentType type = new CompositeComponentType()
                .setBundleContext(context)
                .setComponentTypeName("comp2")
                .addSubService(new InstantiatedService().setSpecification(Foo.class.getName()))
                .addInstance(new Instance(cons.getFactory().getName()));

        ComponentInstance ci = type.createInstance();

        System.out.println(ci.getInstanceDescription().getDescription());
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    }

    @Test
    public void createACompositeWithAnOptionalInstantiatedService() throws UnacceptableConfiguration, MissingHandlerException, ConfigurationException {
        // Define the component types
        PrimitiveComponentType prov = createAProvider();
        prov.start();

        CompositeComponentType type = new CompositeComponentType()
                .setBundleContext(context)
                .setComponentTypeName("comp3")
                .addSubService(new InstantiatedService().setSpecification(Foo.class.getName()).setOptional(true));

        ComponentInstance ci = type.createInstance();

        assertThat("ci is valid", ci.getState(), is(ComponentInstance.VALID));

        // Stop prov
        prov.stop();
        assertThat("ci is valid - 1", ci.getState(), is(ComponentInstance.VALID));

        // Restart prov
        prov.start();
        assertThat("ci is valid - 2", ci.getState(), is(ComponentInstance.VALID));

    }
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    }

    @Test
    public void createACompositeWithAnImportedService() throws UnacceptableConfiguration, MissingHandlerException, ConfigurationException {
        // Define the component types
        PrimitiveComponentType prov = createAProvider();
        prov.createInstance();
        PrimitiveComponentType cons = createAConsumer();

        ServiceReference[] refs = osgiHelper.getServiceReferences(Factory.class.getName(),
                "(component.providedServiceSpecifications=" + Foo.class.getName() + ")");
        assertThat(refs.length, is(not(0)));

        CompositeComponentType type = new CompositeComponentType()
                .setBundleContext(context)
                .setComponentTypeName("comp2")
                .addSubService(new ImportedService().setSpecification(Foo.class.getName()))
                .addInstance(new Instance(cons.getFactory().getName()));

        ComponentInstance ci = type.createInstance();

        System.out.println(ci.getInstanceDescription().getDescription());
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    }

    @Test
    public void createACompositeWithAnOptionalImportedService() throws UnacceptableConfiguration, MissingHandlerException, ConfigurationException {
        // Define the component types
        PrimitiveComponentType prov = createAProvider();
        prov.createInstance();

        CompositeComponentType type = new CompositeComponentType()
                .setBundleContext(context)
                .setComponentTypeName("comp3")
                .addSubService(new ImportedService().setSpecification(Foo.class.getName()).setOptional(true));

        ComponentInstance ci = type.createInstance();

        assertThat("ci is valid", ci.getState(), is(ComponentInstance.VALID));

        // Stop prov
        prov.stop();
        assertThat("ci is valid - 1", ci.getState(), is(ComponentInstance.VALID));

        // Restart prov
        prov.start();
        prov.createInstance();
        assertThat("ci is valid - 2", ci.getState(), is(ComponentInstance.VALID));

    }
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    }

    @Test
    public void createACompositeWithExportingAService() throws UnacceptableConfiguration, MissingHandlerException, ConfigurationException {
        // Define the component types
        PrimitiveComponentType prov = createAProvider();
        prov.start();
        PrimitiveComponentType cons = createAConsumer();
        ComponentInstance c = cons.createInstance();

        CompositeComponentType type = new CompositeComponentType()
                .setBundleContext(context)
                .setComponentTypeName("compExport")
                .addSubService(new InstantiatedService().setSpecification(Foo.class.getName()))
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    }

    private PrimitiveComponentType createAProvider() {
        return new PrimitiveComponentType()
                .setBundleContext(context)
                .setClassName(FooImpl.class.getName())
                .setPublic(true)
                .addService(new Service()); // Provide the FooService
    }
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                .setPublic(true)
                .addService(new Service()); // Provide the FooService
    }

    private PrimitiveComponentType createAConsumer() {
        return new PrimitiveComponentType()
                .setBundleContext(context)
                .setClassName(MyComponentImpl.class.getName())
                .addDependency(new Dependency().setField("myFoo"))
                .setValidateMethod("start");
    }
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        assertThat("cons is valid", cons.getState(), is(ComponentInstance.VALID));

    }

    private SingletonComponentType createAProvider() {
        PrimitiveComponentType type = new SingletonComponentType()
                .setBundleContext(context)
                .setClassName(FooImpl.class.getName())
                .addService(new Service()); // Provide the FooService

        return (SingletonComponentType) type;
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        return (SingletonComponentType) type;
    }

    private SingletonComponentType createAConsumer() {
        PrimitiveComponentType type = new SingletonComponentType()
                .setBundleContext(context)
                .setClassName(MyComponentImpl.class.getName())
                .setComponentTypeName("singleton.cons")
                .addDependency(new Dependency().setField("myFoo"))
                .setValidateMethod("start");
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