Examples of org.gradle.internal.service.DefaultServiceRegistry$Provider

org.jboss.soa.esb.listeners.config.xbeanmodel110.Provider
A hierarchical {@link ServiceRegistry} implementation.
Subclasses can register services by:
Calling {@link #add(Class,Object)} to register a service instance.
Calling {@link #addProvider(Object)} to register a service provider bean. A provider bean may have factory, decorator and configuration methods as described below.
Adding a factory method. A factory method should have a name that starts with 'create', and have a non-void return type. For example, protected SomeService createSomeService() { .... }. Parameters are injected using services from this registry or its parents.
Adding a decorator method. A decorator method should have a name that starts with 'decorate', take a single parameter, and a have a non-void return type. Before invoking the method, the parameter is located in the parent service registry and then passed to the method.
Adding a configure method. A configure method should be called 'configure', take a {@link ServiceRegistration} parameter, and a have a void return type. Additional parametersare injected using services from this registry or its parents.

Service instances are created on demand. {@link #getFactory(Class)} looks for a service instance which implements {@code Factory} where {@code T} is the expected type.

Service instances and factories are closed when the registry that created them is closed using {@link #close()}. If a service instance or factory implements {@link java.io.Closeable} or {@link org.gradle.internal.concurrent.Stoppable} then the appropriate close() or stop() method is called. Instances are closed inreverse dependency order.

Service registries are arranged in a hierarchy. If a service of a given type cannot be located, the registry uses its parent registry, if any, to locate the service.

    public DefaultDependencyManagementServices(ServiceRegistry parent) {
        this.parent = parent;
    }


    public DependencyResolutionServices create(FileResolver fileResolver, DependencyMetaDataProvider dependencyMetaDataProvider, ProjectFinder projectFinder, DomainObjectContext domainObjectContext) {
        DefaultServiceRegistry services = new DefaultServiceRegistry(parent);
        services.add(FileResolver.class, fileResolver);
        services.add(DependencyMetaDataProvider.class, dependencyMetaDataProvider);
        services.add(ProjectFinder.class, projectFinder);
        services.add(DomainObjectContext.class, domainObjectContext);
        services.addProvider(new DependencyResolutionScopeServices());
        return services.get(DependencyResolutionServices.class);
    }

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    /**
     * Creates the services for a {@link DaemonClient} that can be used to run builds.
     */
    public ServiceRegistry createBuildClientServices(OutputEventListener loggingReceiver, DaemonParameters daemonParameters, InputStream stdin) {
        DefaultServiceRegistry loggingServices = new DefaultServiceRegistry(sharedServices);
        loggingServices.add(OutputEventListener.class, loggingReceiver);
        return new DaemonClientServices(loggingServices, daemonParameters, stdin);
    }

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    /**
     * Creates the services for a {@link DaemonClient} that can be used to run a build in a single-use daemon.
     */
    public ServiceRegistry createSingleUseDaemonClientServices(OutputEventListener loggingReceiver, DaemonParameters daemonParameters, InputStream stdin) {
        DefaultServiceRegistry loggingServices = new DefaultServiceRegistry(sharedServices);
        loggingServices.add(OutputEventListener.class, loggingReceiver);
        return new SingleUseDaemonClientServices(loggingServices, daemonParameters, stdin);
    }

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    /**
     * Creates the services for a {@link DaemonStopClient} that can be used to stop builds.
     */
    public ServiceRegistry createStopDaemonServices(OutputEventListener loggingReceiver, DaemonParameters daemonParameters) {
        DefaultServiceRegistry loggingServices = new DefaultServiceRegistry(sharedServices);
        loggingServices.add(OutputEventListener.class, loggingReceiver);
        return new DaemonClientServices(loggingServices, daemonParameters, new ByteArrayInputStream(new byte[0]));
    }

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        public ScriptSource getSource() {
            return scriptSource;
        }


        public void apply(final Object target) {
            DefaultServiceRegistry services = new DefaultServiceRegistry();
            services.add(ScriptPluginFactory.class, DefaultScriptPluginFactory.this);
            services.add(ScriptHandlerFactory.class, scriptHandlerFactory);
            services.add(ClassLoaderScope.class, targetScope);
            services.add(LoggingManagerInternal.class, loggingManagerFactory.create());
            services.add(Instantiator.class, instantiator);
            services.add(ScriptHandler.class, scriptHandler);
            services.add(FileLookup.class, fileLookup);
            services.add(ModelRuleSourceDetector.class, modelRuleSourceDetector);


            ScriptSource withImports = importsReader.withImports(scriptSource);


            PluginDependenciesService pluginDependenciesService = new PluginDependenciesService(getSource());
            services.add(PluginDependenciesService.class, pluginDependenciesService);


            ScriptCompiler compiler = scriptCompilerFactory.createCompiler(withImports);
            compiler.setClassloader(baseScope.getExportClassLoader());


            boolean supportsPluginsBlock = ProjectScript.class.isAssignableFrom(scriptType);

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        completed = new CountDownLatch(1);


        System.setProperty(WORKER_ID_SYS_PROPERTY, workerProcessContext.getWorkerId().toString());


        DefaultServiceRegistry testServices = new TestFrameworkServiceRegistry(workerProcessContext);
        startReceivingTests(workerProcessContext, testServices);


        try {
            try {
                completed.await();
            } catch (InterruptedException e) {
                throw new UncheckedException(e);
            }
        } finally {
            LOGGER.info("{} finished executing tests.", workerProcessContext.getDisplayName());
            // Clean out any security manager the tests might have installed
            System.setSecurityManager(null);
            testServices.close();
        }
    }

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                else if (listener instanceof JmsListener) {
                    final Bus bus = model.getBus(listener.getBusidref()) ;
                    if (!(bus instanceof JmsBus))
                        continue ;
                    
                    final Provider provider = model.getProvider(bus) ;
                    if (provider instanceof JmsJcaProvider) {
                        // Jms JCA provider defaults to true
                        final JmsJcaProvider jmsJcaProvider = (JmsJcaProvider)provider ;
                        if (!jmsJcaProvider.isSetTransacted() || jmsJcaProvider.getTransacted())
                            return true ;
                    } else if (provider instanceof JmsProviderType) {
                        JmsMessageFilter filter = ((JmsListener)listener).getJmsMessageFilter() ;
                        if (filter == null)
                            filter = ((JmsBus)bus).getJmsMessageFilter() ;
                        if ((filter != null) && filter.getTransacted())
                            return true ;
                    }
                } else if (listener instanceof SqlListener) {
                    final Bus bus = model.getBus(listener.getBusidref()) ;
                    if (!(bus instanceof SqlBus))
                        continue ;
                    
                    final Provider provider = model.getProvider(bus) ;
                    if ((provider instanceof SqlProvider) && ((SqlProvider)provider).getTransacted())
                        return true ;
                }
            }
        }

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    }
    Bus bus = model.getBus(listener.getBusidref());
    if(bus.getClass() != BusImpl.class) {
      throw new ConfigurationException("The base Listener config [" + listener.getName() + "] must reference a base Bus config type (<bus>).");
    }
    Provider provider = model.getProvider(bus);
    if(provider.getClass().isAssignableFrom(BusProviderImpl.class)) {
      throw new ConfigurationException("A base Bus config type (<bus>) must be contained within a base Provider type (<bus-provider>).");
    }
  }

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    JmsListenerDocument.JmsListener jmsListener = (JmsListener) listeners.get(0);
    assertEquals ( false, jmsListener.getIsGateway() );
    
    JmsBusDocument.JmsBus jmsBus = (JmsBusDocument.JmsBus) model.getBus( jmsListener.getBusidref() );
    assertNotNull( "JmsBus element should exist", jmsBus );
    Provider provider = model.getProvider( jmsBus );
    assertTrue( provider instanceof JmsJcaProvider );
    return (JmsJcaProvider) provider;
  }

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    }
    Bus bus = model.getBus(listener.getBusidref());
    if(bus.getClass() != BusImpl.class) {
      throw new ConfigurationException("The base Listener config [" + listener.getName() + "] must reference a base Bus config type (<bus>).");
    }
    Provider provider = model.getProvider(bus);
    if(provider.getClass().isAssignableFrom(BusProviderImpl.class)) {
      throw new ConfigurationException("A base Bus config type (<bus>) must be contained within a base Provider type (<bus-provider>).");
    }
  }

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