public void Resulting_HttpContent_Has_Json_Media_Type() { var serializer = new JsonHttpContentSerializer(); var content = serializer.Serialize(new object(), null); content.Headers.ContentType.MediaType.Should().Be(MediaType.ApplicationJson); }
public void Uses_Specified_Encoding_In_Charset(string encodingStr, string expectedCharset) { var encoding = Encoding.GetEncoding(encodingStr); var serializer = new JsonHttpContentSerializer(); var content = serializer.Serialize(new object(), encoding); content.Headers.ContentType.CharSet.Should().Be(expectedCharset); }
public async Task Throws_HttpContentSerializationException_For_Invalid_Json(string json) { var content = new StringContent(json); var serializer = new JsonHttpContentSerializer(); Func <Task> testCode = async() => await serializer.DeserializeAsync(content, typeof(MockDto)); await testCode.Should().ThrowAsync <HttpContentSerializationException>(); }
public async Task Serializes_Object(MockDto dto) { var serializer = new JsonHttpContentSerializer(); var serialized = serializer.Serialize(dto, encoding: null); var str = await serialized.ReadAsStringAsync(); var expected = JsonConvert.SerializeObject(dto); str.Should().Be(expected); }
public async Task Deserializes_Object(string json) { var content = new StringContent(json); var serializer = new JsonHttpContentSerializer(); var deserialized = await serializer.DeserializeAsync(content, typeof(MockDto)); var expected = JsonConvert.DeserializeObject <MockDto>(json); deserialized.Should().BeEquivalentTo(expected); }
public async Task <int> RunAsync(IReadOnlyList <string> args) { const string defaultUrl = "http://localhost:4117/"; var argsReader = new ArgsReader(args); if (argsReader.ReadFlag("?|h|help")) { throw new ArgsReaderException(""); } var serializerName = argsReader.ReadOption("serializer")?.ToLowerInvariant(); ServiceSerializer serializer = serializerName switch { null or "systemtextjson" => SystemTextJsonServiceSerializer.Instance, "newtonsoftjson" or "obsoletejson" => NewtonsoftJsonServiceSerializer.Instance, _ => throw new ArgsReaderException("Unsupported serializer."), }; var contentSerializer = HttpContentSerializer.Create(serializer); #pragma warning disable CS0618 // Type or member is obsolete if (serializerName is "obsoletejson") { contentSerializer = new JsonHttpContentSerializer(new JsonHttpContentSerializerSettings { ForceAsyncIO = true }); } #pragma warning restore CS0618 // Type or member is obsolete var jsonSerializer = serializer as JsonServiceSerializer ?? NewtonsoftJsonServiceSerializer.Instance; var tests = ConformanceTestsInfo.FromJson(m_testsJson, jsonSerializer).Tests !; var command = argsReader.ReadArgument(); if (command == "host") { var url = argsReader.ReadOption("url") ?? defaultUrl; argsReader.VerifyComplete(); var service = new ConformanceApiService( new ConformanceApiServiceSettings { Tests = tests, JsonSerializer = jsonSerializer, }); await new WebHostBuilder() .UseKestrel(options => options.AllowSynchronousIO = serializerName is "newtonsoftjson") .UseUrls(url) .Configure(app => app.Run(httpContext => HostAsync(httpContext, service, contentSerializer))) .Build() .RunAsync(); return(0); } if (command == "test") { var baseUri = new Uri(argsReader.ReadOption("url") ?? defaultUrl); var testNames = argsReader.ReadArguments(); argsReader.VerifyComplete(); var api = new HttpClientConformanceApi( new HttpClientServiceSettings { BaseUri = baseUri, ContentSerializer = contentSerializer, }); var tester = new ConformanceApiTester( new ConformanceApiTesterSettings { Tests = tests, Api = api, HttpClient = new HttpClient { BaseAddress = baseUri }, JsonSerializer = jsonSerializer, }); var results = new List <ConformanceTestResult>(); if (testNames.Count == 0) { results.AddRange((await tester.RunAllTestsAsync()).Results); } else { foreach (var testName in testNames) { var testInfo = tests.SingleOrDefault(x => x.Test == testName); if (testInfo == null) { Console.WriteLine($"Test not found: {testName}"); return(-1); } results.Add(await tester.RunTestAsync(testInfo)); } } var failureCount = 0; foreach (var result in results.Where(x => x.Status == ConformanceTestStatus.Fail)) { Console.WriteLine($"{result.TestName} fail: {result.Message}"); failureCount++; } Console.WriteLine($"{results.Count} tests: {results.Count - failureCount} passed, {failureCount} failed."); return(failureCount == 0 ? 0 : 1); } if (command == "fsd") { var outputPath = argsReader.ReadOption("output"); var shouldVerify = argsReader.ReadFlag("verify"); argsReader.VerifyComplete(); return(WriteText(path: outputPath, contents: m_fsdText, shouldVerify: shouldVerify)); } if (command == "json") { var outputPath = argsReader.ReadOption("output"); var shouldVerify = argsReader.ReadFlag("verify"); argsReader.VerifyComplete(); return(WriteText(path: outputPath, contents: m_testsJson, shouldVerify: shouldVerify)); } if (command != null) { throw new ArgsReaderException($"Invalid command: {command}"); } throw new ArgsReaderException("Missing command."); }