@Override
public ModulesBuilder prepare(ModulesBuilder builder) {
log.log(PLUGIN_MESSAGE_RESOURCE, "IACF000001");
builder.addRequestValueResolverClass(MultipartParameterResolver.class);
builder.addRequestValueResolverClass(MultipartParameterStreamResolver.class);
return builder;
}
@Test
public void testIgnoreModulesByFilter() {
final ContainerAdaptor defaultAdaptor = mock(ContainerAdaptor.class);
ProcessorA a = new ProcessorA();
final ProcessorB b = new ProcessorB();
ProcessorC c = new ProcessorC();
List<ApplicationProcessor> processors = new ArrayList<ApplicationProcessor>();
processors.add(a);
processors.add(b);
processors.add(c);
when(defaultAdaptor.getInstancesOfType(ApplicationProcessor.class)).thenReturn(processors);
ca = defaultAdaptor;
builder.setModulesProviderClass(MockContainerAdaptorFactory.class);
builder.addApplicationProcessorClass(ApplicationProcessor.class);
MultiModule.Filter filter =
new MultiModule.Filter() {
@Override
public boolean isAppreciable(MultiModule aMultiModule) {
if (aMultiModule == b) {
return false;
}
return true;
}
};
builder.filter(filter);
Modules modules = builder.buildModules(resolver, defaultAdaptor);
List<ApplicationProcessor> actual = modules.getApplicationProcessors();
log.debug(actual.toString());
assertThat(actual.size(), is(2));
}
@Test
public void testIgnoreModules() {
final ContainerAdaptor defaultAdaptor = mock(ContainerAdaptor.class);
List<ApplicationProcessor> processors = new ArrayList<ApplicationProcessor>();
processors.add(new ProcessorA());
processors.add(new ProcessorB());
processors.add(new ProcessorC());
when(defaultAdaptor.getInstancesOfType(ApplicationProcessor.class)).thenReturn(processors);
ca = defaultAdaptor;
builder.setModulesProviderClass(MockContainerAdaptorFactory.class);
builder.addApplicationProcessorClass(ApplicationProcessor.class);
Modules modules = builder.buildModules(resolver, defaultAdaptor);
List<ApplicationProcessor> actual = modules.getApplicationProcessors();
log.debug(actual.toString());
assertThat(actual.size(), is(3));
builder.ignore(ProcessorB.class);
modules = builder.buildModules(resolver, defaultAdaptor);
actual = modules.getApplicationProcessors();
log.debug(actual.toString());
assertThat(actual.size(), is(1));
}
@Test
public void testOptionalModulesFound() {
ContainerAdaptor defaultAdaptor = mock(ContainerAdaptor.class);
ApplicationProcessor foundProcessor = mock(ApplicationProcessor.class);
List<ApplicationProcessor> processors = Arrays.asList(foundProcessor);
when(defaultAdaptor.getInstancesOfType(ApplicationProcessor.class)).thenReturn(processors);
builder.addApplicationProcessorClass(ApplicationProcessor.class);
builder.setModulesProviderClass(MockModulesProvidingContainerAdaptorFactory.class);
Modules modules = builder.buildModules(resolver, defaultAdaptor);
adaptor.unregister(ApplicationProcessor.class);
List<ApplicationProcessor> actual = modules.getApplicationProcessors();
log.debug(actual.toString());
assertThat(actual.size(), is(1));
assertThat(actual.get(0), is(foundProcessor));
}
@Test
@SuppressWarnings("unchecked")
public void testOptionalModuleFound() {
ContainerAdaptor defaultAdaptor = mock(ContainerAdaptor.class);
Invoker foundInvoker = mock(Invoker.class);
InvokerFactory factory = mock(InvokerFactory.class);
when(factory.createInvoker(isA(List.class))).thenReturn(foundInvoker);
when(defaultAdaptor.getInstanceOfType(InvokerFactory.class)).thenReturn(factory);
builder.setInvokerFactoryClass(InvokerFactory.class);
builder.setModulesProviderClass(MockModulesProvidingContainerAdaptorFactory.class);
Modules modules = builder.buildModules(resolver, defaultAdaptor);
adaptor.unregister(Invoker.class);
builder.setTypeMapperContextClass(typeMapperContext.getClass());
Invoker actual = modules.getInvoker();
log.debug(actual.toString());
assertThat(actual, is(foundInvoker));
}
@Override
public ModulesBuilder prepare(ModulesBuilder builder) {
log.log(PLUGIN_MESSAGE_RESOURCE, "IGB000001");
builder.setInvocationInstanceProviderClass(GuiceContainerAdaptorFactory.class);
return builder;
}