@Test
public void testJavaxNamed() throws Exception {
  class Test {
    @SuppressWarnings("unused")
    public void foo(
        @javax.inject.Named("str") String str,
        @Nullable @javax.inject.Named("i") Integer i) {}
  }
  String requestString = "{\"str\":\"hello\"}";

  Method method = Test.class.getDeclaredMethod("foo", String.class, Integer.class);
  Object[] params = readParameters(requestString, method);

  assertEquals(2, params.length);
  assertEquals("hello", params[0]);
  assertNull(params[1]);
}
 

@Test
public void testCachedNamesAreUsed() throws Exception {
  class Test {
    @SuppressWarnings("unused")
    public void foo(@Named("foo1") String f1, @Nullable @Named("foo2") String f2,
        @Named("foo3") String f3) {}
  }

  Method method = Test.class.getDeclaredMethod("foo", String.class, String.class, String.class);
  EndpointMethod endpointMethod = EndpointMethod.create(method.getDeclaringClass(), method);
  endpointMethod.setParameterNames(ImmutableList.of("name1", "name2", "name3"));

  String requestString = "{\"name1\":\"v1\", \"foo2\":\"v2\", \"name3\":\"v3\"}";

  Object[] params = readParameters(requestString, endpointMethod);

  assertEquals(3, params.length);
  assertEquals("v1", params[0]);
  assertNull(params[1]);
  assertEquals("v3", params[2]);
}
 

@Test
public void testNamesAreCached() throws Exception {
  class Test {
    @SuppressWarnings("unused")
    public void foo(
        @Nullable @Named("foo1") String f1,
        @Nullable @Named("foo2") String f2,
        @Nullable @Named("foo3") String f3) {}
  }

  Method method = Test.class.getDeclaredMethod("foo", String.class, String.class, String.class);
  EndpointMethod endpointMethod = EndpointMethod.create(method.getDeclaringClass(), method);

  readParameters("{}", endpointMethod);
  List<String> parameterNames = endpointMethod.getParameterNames();

  assertEquals(3, parameterNames.size());
  assertEquals("foo1", parameterNames.get(0));
  assertEquals("foo2", parameterNames.get(1));
  assertEquals("foo3", parameterNames.get(2));
}
 

@Test
public void testParameterAnnotations() throws Exception {
  @Api
  class Endpoint {
    @SuppressWarnings("unused")
    public void method(@Named("foo") @Nullable @DefaultValue("4") int foo) {}
  }

  ApiConfig config = createConfig(Endpoint.class);
  annotationReader.loadEndpointClass(serviceContext, Endpoint.class, config);
  annotationReader.loadEndpointMethods(serviceContext, Endpoint.class,
      config.getApiClassConfig().getMethods());

  ApiMethodConfig methodConfig =
      Iterables.getOnlyElement(config.getApiClassConfig().getMethods().values());
  ApiParameterConfig parameterConfig =
      Iterables.getOnlyElement(methodConfig.getParameterConfigs());
  validateParameter(parameterConfig, "foo", true, "4", int.class, null, int.class);
}
 

@Test
public void testParameterAnnotations_javax() throws Exception {
  @Api
  class Endpoint {
    @SuppressWarnings("unused")
    public void method(@javax.inject.Named("foo") @javax.annotation.Nullable int foo) {}
  }

  ApiConfig config = createConfig(Endpoint.class);
  annotationReader.loadEndpointClass(serviceContext, Endpoint.class, config);
  annotationReader.loadEndpointMethods(serviceContext, Endpoint.class,
      config.getApiClassConfig().getMethods());

  ApiMethodConfig methodConfig =
      Iterables.getOnlyElement(config.getApiClassConfig().getMethods().values());
  ApiParameterConfig parameterConfig =
      Iterables.getOnlyElement(methodConfig.getParameterConfigs());
  validateParameter(parameterConfig, "foo", true, null, int.class, null, int.class);
}
 

@ApiMethod(
    name = "foos.execute0",
    path = "execute0",
    httpMethod = "POST"
)
public Object execute0(@Named("id") String id, @Named("i0") int i0,
    @Named("i1") @Nullable Integer i1, @Named("long0") long long0,
    @Nullable @Named("long1") Long long1, @Named("b0") boolean b0,
    @Nullable @Named("b1") Boolean b1, @Named("f") float f,
    @Nullable @Named("d") Double d) {
  return null;
}
 

@ApiMethod(name = "param", path = "param/{parent}/{child}")
public void param(
    @Named("parent") String parent,
    @Named("query") @Nullable String query,
    @Named("child") String child,
    @Named("queryb") String queryB,
    @Named("querya") String queryA) { }
 

@ApiMethod(
    name = "testFormData",
    httpMethod = HttpMethod.POST,
    path = "testFormData")
public void testFormData(
    @Nullable @Named("foo") String foo,
    @Nullable @Named("bar") Integer bar) {
}
 

/**
 * Returns the {@link com.google.appengine.tck.site.endpoints.TestReport} with the given build type id ordered by
 * build id in the descendant order.
 *
 * @param buildTypeId the build type id.
 * @param limit       the optional fetch limit, by default {@link com.google.appengine.tck.site.endpoints.TestReport#DEFAULT_FETCH_LIMIT}.
 * @return the matching test reports list or an empty one if none.
 */
@ApiMethod(
        name = "tests.list",
        path = "{buildTypeId}/tests",
        httpMethod = GET
)
public List<TestReport> listTestReports(@Named("buildTypeId") String buildTypeId, @Nullable @Named("limit") Integer limit) {
    return TestReport.findByBuildTypeIdOrderByBuildIdDesc(buildTypeId, Optional.fromNullable(limit), this);
}
 

@ApiMethod(name = "foo.list", description = "list desc", path = "foos",
    httpMethod = HttpMethod.GET)
public CollectionResponse<FooDescription> listFoos(@Named("n") Integer n, @Nullable @Named("enum") @Description("enum desc") TestEnumDescription testEnum) {
  return null;
}
 

private boolean isRequiredParameter(EndpointMethod method, int i) {
  return AnnotationUtil.getNullableParameter(method.getMethod(), i, Nullable.class) == null
      || method.getParameterTypes()[i].isPrimitive();
}
 

private List<Class<? extends Transformer<?, ?>>> tryFindDefaultSerializers(
    @Nullable TypeToken<?> type) {
  ApiSerializationConfig serializerConfig =
      apiMethodConfig.getApiClassConfig().getApiConfig().getSerializationConfig();
  return Serializers.getSerializerClasses(type, serializerConfig);
}
 

/**
 * Endpoint to post the content in users Google+ according the feature
 * performed by front-end
 * 
 * @param feature
 *          is the feature performed by front-end
 * @param score
 *          is the positive or negative recommendation in case of
 *          recommendation feature
 * @param currentUserMail
 *          is the email of the user logged in.
 * @param endorsedMail
 *          is the email of the endorsed user in case of endorse feature.
 * @param technologyName
 *          is the name of technology performed by feature.
 * @param appLink
 *          is the link to the page that made a endpoint call.
 * @param comment
 *          is the comment in case of comment feature.
 * @param user
 *          is the user logged in
 * @param req
 *          is the current http servlet request
 * @throws InternalServerErrorException
 * @throws BadRequestException
 * @throws NotFoundException
 * @throws IOException
 */
@ApiMethod(name = "postComment", path = "googleplus/post", httpMethod = "post")
public void postGooglePlus(@Named("feature") FeatureEnum feature, @Named("score") @Nullable Boolean score,
    @Named("comment") @Nullable String comment, @Named("currentUserMail") String currentUserMail,
    @Named("endorsedMail") @Nullable String endorsedMail, @Named("technologyName") String technologyName,
    @Named("appLink") String appLink, User user, HttpServletRequest req)
        throws InternalServerErrorException, BadRequestException, NotFoundException, IOException {
  String header = req.getHeader("Authorization");
  String accesstoken = header.substring(header.indexOf(' ')).trim();
  service.postInUserProfile(feature, score, comment, currentUserMail, endorsedMail, technologyName, appLink, user,
      accesstoken);
}
 

/**
 * Endpointfor gettint a technology by filters
 *
 * @param user User
 * @param titleContains technology title part.
 * @param shortDescriptionContains technology short description part.
 * @param recommendationIs technology Ci&T recomendation
 * @param orderOptionIs sort type for the list of technologies
 * @return list of technologies
 * @throws ServiceException in case of exception in service
 */
@ApiMethod(name = "findByFilter", path = "technology/search", httpMethod = "get")
public Response findTechnologyByFilter(User user,
    @Named("titleContains") @Nullable String titleContains,
    @Named("shortDescriptionContains") @Nullable String shortDescriptionContains,
    @Named("recommendationIs") @Nullable String recommendationIs,
    @Named("dateFilter") @Nullable Integer dateFilter,
    @Named("orderOptionIs") @Nullable String orderOptionIs) throws ServiceException {
  return service.findTechnologiesByFilter(new TechnologyFilter(titleContains,
      shortDescriptionContains, recommendationIs, dateFilter, orderOptionIs), user);
}
 

/**
 * Echoes the received message back. If n is a non-negative integer, the message is copied that
 * many times in the returned message.
 *
 * Note that name is specified and will override the default name of "{class name}.{method
 * name}". For example, the default is "echo.echo".
 *
 * Note that httpMethod is not specified. This will default to a reasonable HTTP method
 * depending on the API method name. In this case, the HTTP method will default to POST.
 */
@ApiMethod(name = "echo")
public Message echo(Message message, @Named("n") @Nullable Integer n) {
  return doEcho(message, n);
}
 

/**
 * Echoes the received message back. If n is a non-negative integer, the message is copied that
 * many times in the returned message.
 *
 * Note that name is specified and will override the default name of "{class name}.{method
 * name}". For example, the default is "echo.echo".
 *
 * Note that httpMethod is not specified. This will default to a reasonable HTTP method
 * depending on the API method name. In this case, the HTTP method will default to POST.
 */
@ApiMethod(name = "echo_api_key", path = "echo_api_key", apiKeyRequired = AnnotationBoolean.TRUE)
public Message echoApiKey(Message message, @Named("n") @Nullable Integer n) {
  return doEcho(message, n);
}
 

/**
 * Echoes the received message back. If n is a non-negative integer, the message is copied that
 * many times in the returned message.
 *
 * <p>Note that name is specified and will override the default name of "{class name}.{method
 * name}". For example, the default is "echo.echo".
 *
 * <p>Note that httpMethod is not specified. This will default to a reasonable HTTP method
 * depending on the API method name. In this case, the HTTP method will default to POST.
 */
// [START echo_method]
@ApiMethod(name = "echo")
public Message echo(Message message, @Named("n") @Nullable Integer n) {
  return doEcho(message, n);
}
 

/**
 * Echoes the received message back. If n is a non-negative integer, the message is copied that
 * many times in the returned message.
 *
 * <p>Note that name is specified and will override the default name of "{class name}.{method
 * name}". For example, the default is "echo.echo".
 *
 * <p>Note that httpMethod is not specified. This will default to a reasonable HTTP method
 * depending on the API method name. In this case, the HTTP method will default to POST.
 */
// [START echo_api_key]
@ApiMethod(name = "echo_api_key", path = "echo_api_key", apiKeyRequired = AnnotationBoolean.TRUE)
public Message echoApiKey(Message message, @Named("n") @Nullable Integer n) {
  return doEcho(message, n);
}