public void EnsureProviderApiHonoursPactWithConsumer()
{
// Arrange
var config = new PactVerifierConfig
{
// NOTE: We default to using a ConsoleOutput,
// however xUnit 2 does not capture the console output,
// so a custom outputter is required.
Outputters = new List <IOutput>
{
new XUnitOutput(_outputHelper)
},
// Output verbose verification logs to the test output
Verbose = true
};
//Act / Assert
IPactVerifier pactVerifier = new PactVerifier(config);
pactVerifier.ProviderState($"{_pactServiceUri}/")
.ServiceProvider("Provider", _providerUri)
.HonoursPactWith("Consumer")
.PactUri(@"..\..\..\..\..\pacts\consumer-provider.json")
.Verify(description: "A invalid GET request for Date Validation with empty string date parameter"
, providerState: String.Empty);
}
public async Task VerificationForMessagePactShouldFailWhenWrongMessageIsReturned()
{
var recipeRepository = new FakeRecipeRepository();
var providerStateHandler = new ProviderStateHandler(recipeRepository);
var config = new PactVerifierConfig
{
ProviderStateHandler = providerStateHandler.Handle,
MessageProducer = (d) => null
};
var pactVerifier = new PactVerifier(config);
var buildDirectory = AppContext.BaseDirectory;
var pactDir = Path.GetFullPath($"{buildDirectory}{Path.DirectorySeparatorChar}..{Path.DirectorySeparatorChar}..{Path.DirectorySeparatorChar}..{Path.DirectorySeparatorChar}pacts{Path.DirectorySeparatorChar}");
try
{
await pactVerifier.VerifyPactAsync(pactDir + "messageConsumer-messageProvider.json");
}
catch (PactVerificationException e)
{
Assert.IsTrue(e.Message.Contains("Expected body or contents to be present, but was not"));
throw;
}
}
public void EnsurePassengersApiHonoursPactWithFlightsApi()
{
//Arrange
var config = new PactVerifierConfig
{
Outputters = new List <IOutput>
{
new XUnitOutput(output)
},
Verbose = true,
ProviderVersion = "0.0.1"
};
const string providerUrl = "http://localhost:5001";
WebHost.CreateDefaultBuilder(new string[0])
.UseStartup <TestStartup>()
.UseUrls(providerUrl)
.Build().Start();
IPactVerifier pactVerifier = new PactVerifier(config);
pactVerifier
.ProviderState($"{providerUrl}/provider-states")
.ServiceProvider("PassengersApi", providerUrl)
.HonoursPactWith("FlightsApi")
.PactUri("..\\..\\..\\..\\..\\PactExample.FlightsApi\\FlightsApiTests\\pacts\\flightsapi-passengersapi.json")
.Verify();
}
public void EnsureProviderApiHonoursPactWithConsumer()
{
// Arrange
var config = new PactVerifierConfig
{
// NOTE: We default to using a ConsoleOutput,
// however xUnit 2 does not capture the console output,
// so a custom outputter is required.
Outputters = new List <IOutput>
{
new XUnitOutput(_outputHelper)
},
// Output verbose verification logs to the test output
Verbose = true,
PublishVerificationResults = true,
ProviderVersion = "2.4.1-f3842db9e603d7",
};
//Act / Assert
IPactVerifier pactVerifier = new PactVerifier(config);
pactVerifier.ProviderState($"{_pactServiceUri}/provider-states")
.ServiceProvider("Provider", _providerUri)
.HonoursPactWith("Consumer")
.PactBroker("https://dius.pact.dius.com.au",
uriOptions: new PactUriOptions(System.Environment.GetEnvironmentVariable("PACT_BROKER_TOKEN")),
consumerVersionTags: new List <string> {
"master"
})
.Verify();
}
public static void Main(string[] args)
{
var outputter = new CustomOutputter();
var config = new PactVerifierConfig();
config.ReportOutputters.Add(outputter);
IPactVerifier pactVerifier = new PactVerifier(() => { }, () => { }, config);
pactVerifier.ProviderState("Get user with id '1'");
_httpClient.DefaultRequestHeaders.Accept.Add(new MediaTypeWithQualityHeaderValue("application/json"));
_httpClient.BaseAddress = new System.Uri("http://*****:*****@"\Pact\{0}-{1}.json", ClientName, ProviderName))
.Verify();
// Assert
outputter.Should().NotBeNull();
outputter.Output.Should().NotBeNullOrWhiteSpace();
outputter.Output.Should().Contain(string.Format("Verifying a Pact between {0} and {1}", ClientName, ProviderName));
outputter.Output.Should().Contain("status code 200");
System.Console.ReadLine();
}
public void EnsureProviderApiHonorsPactWithWebUi()
{
// Arrange
var config = new PactVerifierConfig
{
// NOTE: We default to using a ConsoleOutput,
// however xUnit 2 does not capture the console output,
// so a custom outputter is required.
Outputters = new List <IOutput>
{
new XUnitOutput(_outputHelper)
},
// Output verbose verification logs to the test output
Verbose = true
};
//Act / Assert
IPactVerifier pactVerifier = new PactVerifier(config);
pactVerifier.ProviderState($"{_pactServiceUri}/provider-states")
.ServiceProvider("webapi", _providerUri)
.HonoursPactWith("webapp")
//TODO: common location (publish to pact broker)
.PactUri(@"..\..\..\..\..\pacts\webapp-webapi.json")
.Verify();
}
public void EnsureCarApiHonoursPactWithConsumer()
{
//Arrange
const string serviceUri = "http://localhost:9222";
var config = new PactVerifierConfig
{
Outputters = new List <IOutput>
{
new XUnitOutput(_output)
}
};
using (WebApp.Start <TestStartup>(serviceUri))
{
//Act / Assert
IPactVerifier pactVerifier = new PactVerifier(config);
pactVerifier
.ProviderState($"{serviceUri}/provider-states")
.ServiceProvider("Car API", serviceUri)
.HonoursPactWith("Car API Consumer")
//.PactUri($"..{Path.DirectorySeparatorChar}..{Path.DirectorySeparatorChar}..{Path.DirectorySeparatorChar}..{Path.DirectorySeparatorChar}Consumer.Tests{Path.DirectorySeparatorChar}pacts{Path.DirectorySeparatorChar}car_api_consumer-car_api.json")
.PactUri("http://localhost/pacts/provider/Car%20API/consumer/Car%20API%20Consumer/latest")
.Verify();
}
}
private void VerifyPactWithConsumer(JToken consumer, string pactUrl, string serviceUri)
{
//we need to instantiate one pact verifier for each consumer
var config = new PactVerifierConfig
{
Outputters = new List <IOutput>
{
_output
}
};
PactUriOptions pactUriOptions = null;
if (!string.IsNullOrEmpty(_configuration.PactBrokerUsername))
{
pactUriOptions = new PactUriOptions(_configuration.PactBrokerUsername, _configuration.PactBrokerPassword);
}
var pactUri = new Uri(new Uri(_configuration.PactBrokerUri), pactUrl);
var pactVerifier = new PactVerifier(config);
pactVerifier
.ProviderState($"{serviceUri}/provider-states")
.ServiceProvider(_configuration.ProviderName, serviceUri)
.HonoursPactWith(consumer.ToString())
.PactUri(pactUri.AbsoluteUri, pactUriOptions)
.Verify();
}
public void EnsureConsumerHonoursPactWithpPact1Consumer()
{
//Arrange
var config = new PactVerifierConfig();
config.ReportOutputters.Clear();
config.ReportOutputters.Add(new ConsoleOutputter(_output));
var pactVerifier = new PactVerifier(() => { }, () => { }, config);
pactVerifier
.ProviderState("No subject with id '8' exists")
.ProviderState("Subject with id '1' exists")
.ProviderState("Creating new product")
;
//Act / Assert
using (var testServer = TestServer.Create <TestStartup>()) {
testServer.BaseAddress = new Uri("http://localhost");
pactVerifier
.ServiceProvider("Something API", testServer.HttpClient)
.HonoursPactWith("customerservice")
.PactUri($@"..\..\..\UnitTestProject\pacts\pact1consumer-pactproducer.json")
.Verify(); //NOTE: Optionally you can control what interactions are verified by specifying a providerDescription and/or providerState
}
}
public void EnsureDinkumCoinApiHonoursPactWithConsumer()
{
//Arrange
const string baseUrl = "http://localhost:9011";
var fixture = new TestServerFixture();
var config = new PactVerifierConfig
{
Outputters = new List <IOutput>
{
new XUnitOutput(_output)
}, Verbose = true
};
using (IWebHost webHost = fixture.CreateWebHost(baseUrl))
{
webHost.Start();
IPactVerifier pactVerifier = new PactVerifier(config);
pactVerifier
// .ProviderState($"{serviceUri}/provider-states")
.ServiceProvider("dinkum-coin-api", baseUrl)
.HonoursPactWith("dinkum-coin-web")
.PactUri($"pacts/dinkum-coin-web-dinkum-coin-api.json")
.Verify();
}
}
public MessageProviderValidator(
IReporter reporter,
PactVerifierConfig config)
{
_reporter = reporter;
_config = config;
}
public void DoTest()
{
var config = new PactVerifierConfig
{
// NOTE: We default to using a ConsoleOutput,
// however xUnit 2 does not capture the console output,
// so a custom outputter is required.
Outputters = new List <IOutput>
{
new XUnitOutput(_outputHelper)
},
// Output verbose verification logs to the test output
Verbose = true
};
//Act / Assert
IPactVerifier pactVerifier = new PactVerifier(config);
pactVerifier.ProviderState($"{_pactServiceUri}/provider-states")
.ServiceProvider("Provider", _providerUri)
.HonoursPactWith("Consumer")
.PactUri(@"..\..\..\..\..\pacts\consumer-provider.json")
.Verify();
}
public MenuApiProviderTests(ITestOutputHelper output)
{
OutputHelper = output;
ProviderUri = "http://localhost:6001";
//Get application configuration
Config = Configuration.For <ConfigModel>();
//Set up the Pact configuration to be used in tests
PactConfig = new PactVerifierConfig
{
// NOTE: We default to using a ConsoleOutput,
// however xUnit 2 does not capture the console output,
// so a custom outputter is required.
Outputters = new List <IOutput>
{
new XUnitOutput(OutputHelper)
},
// Output verbose verification logs to the test output
Verbose = true,
//If build number is present, results will be published back to the broker
ProviderVersion = !string.IsNullOrEmpty(Config.Build_Number) ? Config.Build_Number : null,
PublishVerificationResults = !string.IsNullOrEmpty(Config.Build_Number)
};
}
public async Task ShouldThrowWhenResponseIsNotSuccessful()
{
var fakePactBrokerMessageHandler = new FakePactBrokerMessageHandler
{
ObjectToReturn = new Contract(),
StatusCodeToReturn = System.Net.HttpStatusCode.BadRequest
};
var config = new PactVerifierConfig
{
PactBrokerClient = new HttpClient(fakePactBrokerMessageHandler)
{
BaseAddress = new Uri("http://localhost:9292")
}
};
var mockConsumer = new PactVerifier(config);
try
{
await mockConsumer.GetPactFromBroker("some/path");
}
catch (PactException e)
{
Assert.AreEqual("Getting pact from Pact Broker failed. Pact Broker returned BadRequest", e.Message);
throw;
}
}
public async Task PactBrokerReturnsNonSuccessStatusCode()
{
var fakeHttpMessageHandler = new FakePactBrokerMessageHandler {
StatusCodeToReturn = System.Net.HttpStatusCode.NotFound
};
var config = new PactVerifierConfig
{
ProviderVersion = "1.0",
PactBrokerClient = new HttpClient(fakeHttpMessageHandler)
{
BaseAddress = new Uri("http://local-pact-broker")
}
};
var mockConsumer = new PactVerifier(config);
try
{
await mockConsumer.PublishVerificationResultsAsync(_pact, new List <FailedInteraction>());
}
catch (PactException e)
{
Assert.AreEqual("Publishing verification results failed. Pact Broker returned NotFound", e.Message);
throw;
}
}
public BasicTests(StartupMock factory, ITestOutputHelper output)
{
_pactServiceUri = "http://localhost:9001";
_providerUri = "https://localhost:5090";
_outputHelper = output;
factory.ConfigureRoutingMessages(t =>
{
t.TypeBased().MapFallback("TestErrors");
});
_config = new PactVerifierConfig
{
Outputters = new List <IOutput>
{
new XUnitOutput(_outputHelper)
},
Verbose = false,
ProviderVersion = "1.0", //git commit
PublishVerificationResults = true
};
_tokenSource = new CancellationTokenSource();
factory.CreateWebHostBuilder().Build()
.RunAsync(_tokenSource.Token).GetAwaiter();
_webHost = WebHost.CreateDefaultBuilder()
.UseUrls(_pactServiceUri)
.ConfigureServices((build, collection) =>
{
collection.AddSingleton(factory.MongoDb);
})
.UseStartup <PactStartup>()
.Build();
_webHost.Start();
}
public async Task ShouldPublishVerificationResults()
{
var buildDirectory = AppContext.BaseDirectory;
var pactDir = Path.GetFullPath($"{buildDirectory}{Path.DirectorySeparatorChar}..{Path.DirectorySeparatorChar}..{Path.DirectorySeparatorChar}..{Path.DirectorySeparatorChar}pacts{Path.DirectorySeparatorChar}");
var pactFileToReturn = File.ReadAllText(pactDir + "messageConsumer-messageProvider.json");
var fakePactBrokerMessageHandler = new FakePactBrokerMessageHandler
{
ObjectToReturn = JsonConvert.DeserializeObject(pactFileToReturn)
};
var messageSender = new MessageSender();
var config = new PactVerifierConfig
{
MessageProducer = messageSender.Send,
ProviderVersion = "1.0",
PublishVerificationResults = true,
PactBrokerClient = new HttpClient(fakePactBrokerMessageHandler)
{
BaseAddress = new Uri("http://localhost:9292")
}
};
var pactVerifier = new PactVerifier(config);
await pactVerifier.VerifyPactAsync("pacts/provider/messageProvider/consumer/messageConsumer/latest");
var sentVerificationResults = JsonConvert.DeserializeObject <VerificationResults>(fakePactBrokerMessageHandler.SentRequestContents.First().Value);
Assert.IsTrue(sentVerificationResults.Success);
}
public void EnsureProductApiHonoursPactWithConsumer()
{
//Arrange
const string serviceUri = "http://localhost:13607";
var config = new PactVerifierConfig
{
Outputters = new List <IOutput>
{
new CustomOutput(_output)
}
};
var webHostBuilder = new WebHostBuilder()
.UseStartup <TestStartup>();
using (var server = new TestServer(webHostBuilder))
{
//var response = server.CreateRequest($"{serviceUri}/product/productlist")
// .SendAsync("GET");
//Act / Assert
IPactVerifier pactVerifier = new PactVerifier(config);
pactVerifier
.ProviderState($"{serviceUri}/echo/status")
.ServiceProvider("Product API", serviceUri)
.HonoursPactWith("Product API Consumer")
.PactUri($"..//consumer - driven - test//Provider//FlixOne.BookStore.ProductService.Test//pacts//product_api_consumer-product_api")
//.PactUri($"..{Path.DirectorySeparatorChar}..{Path.DirectorySeparatorChar}..{Path.DirectorySeparatorChar}..{Path.DirectorySeparatorChar}FlixOne.BookStore.ProductService.Test{Path.DirectorySeparatorChar}pacts{Path.DirectorySeparatorChar}product_api_consumer.json")
.Verify();
}
}
public void EnsureEventApiHonoursPactWithConsumer()
{
if (!File.Exists(".\\pact\\bin\\pact-provider-verifier.bat"))
{
throw new Exception("Please run '.\\Build\\Download-Standalone-Core.ps1' from the project root to download the standalone provider verifier, then 'Clean' and 'Rebuild' the solution.");
}
//Arrange
const string serviceUri = "http://localhost:9222";
var config = new PactVerifierConfig
{
Outputters = new List <IOutput>
{
new XUnitOutput(_output)
}
};
using (WebApp.Start <TestStartup>(serviceUri))
{
//Act / Assert
IPactVerifier pactVerifier = new PactVerifier(config);
pactVerifier
.ProviderState($"{serviceUri}/provider-states")
.ServiceProvider("Event API", serviceUri)
.HonoursPactWith("Event API Consumer")
.PactUri("..\\..\\..\\Consumer.Tests\\pacts\\event_api_consumer-event_api.json")
.Verify();
}
}
public void PactProviderVerifyTest()
{
//set a output folder for logs and pacts retreived
PactConfig = new PactVerifierConfig()
{
LogDir = "../../../Log"
};
//set a string output to easily assert against
Outputter = new CustomOutputter();
this.PactConfig.ReportOutputters.Add(Outputter);
PactVerifier = new PactVerifier(() => { }, () => { }, this.PactConfig);
PactFile = Path.Combine("../../../Pacts", $"{Consumer}-{Provider}.json".ToLower());
//verify the interaction
PactVerifier
.ProviderState("Testing Guid", setUp: GuidSetupState);
//Verify will throw if there was a failure
PactVerifier
.MessageProvider(Provider)
.HonoursPactWith(Consumer)
.PactUri(PactFile)
.Verify();
Assert.Contains($"Verifying a Pact between {Consumer} and {Provider}", Outputter.Output);
}
public void EnsureEventApiHonoursPactWithConsumer()
{
//Arrange
var outputter = new CustomOutputter();
var config = new PactVerifierConfig();
config.ReportOutputters.Add(outputter);
IPactVerifier pactVerifier = new PactVerifier(() => {}, () => {}, config);
pactVerifier
.ProviderState(
"there are events with ids '45D80D13-D5A2-48D7-8353-CBB4C0EAABF5', '83F9262F-28F1-4703-AB1A-8CFD9E8249C9' and '3E83A96B-2A0C-49B1-9959-26DF23F83AEB'",
setUp: InsertEventsIntoDatabase)
.ProviderState("there is an event with id '83f9262f-28f1-4703-ab1a-8cfd9e8249c9'",
setUp: InsertEventIntoDatabase)
.ProviderState("there is one event with type 'DetailsView'",
setUp: EnsureOneDetailsViewEventExists);
_server = TestServer.Create(app =>
{
app.Use(typeof(AuthorizationTokenReplacementMiddleware), app.CreateDataProtector(typeof(OAuthAuthorizationServerMiddleware).Namespace, "Access_Token", "v1"));
var apiStartup = new Startup();
apiStartup.Configuration(app);
});
//Act / Assert
pactVerifier
.ServiceProvider("Event API", _server.HttpClient)
.HonoursPactWith("Consumer")
.PactUri("../../../Consumer.Tests/pacts/consumer-event_api.json")
.Verify();
// Verify that verifaction log is also sent to additional reporters defined in the config
Assert.Contains("Verifying a Pact between Consumer and Event API", outputter.Output);
}
public void EnsureUserApiHonoursPactWithBilling()
{
// Arrange
var config = new PactVerifierConfig
{
// NOTE: We default to using a ConsoleOutput,
// however xUnit 2 does not capture the console output,
// so a custom outputter is required.
Outputters = new List <IOutput>
{
new XUnitOutput(_outputHelper)
},
// Output verbose verification logs to the test output
Verbose = true
};
//Act / Assert
IPactVerifier pactVerifier = new PactVerifier(config);
//pactVerifier.ProviderState($"{PactUri}/provider-states");
pactVerifier
.ServiceProvider(ProviderName, ProviderUri)
.HonoursPactWith(Consumer)
.PactUri($@"C:\Users\chandan.vasishta\source\repos\User.Solution\Pacts\{Consumer}-{ProviderName}.json")
////or
//.PactUri("http://pact-broker/pacts/provider/Something%20Api/consumer/Consumer/latest") //You can specify a http or https uri
////or
//.PactUri("http://pact-broker/pacts/provider/Something%20Api/consumer/Consumer/latest", new PactUriOptions("someuser", "somepassword")) //You can also specify http/https basic auth details
////or
//.PactUri("http://pact-broker/pacts/provider/Something%20Api/consumer/Consumer/latest", new PactUriOptions("sometoken")) //Or a bearer token
////or (if you're using the Pact Broker, you can use the various different features, including pending pacts)
//.PactBroker("http://pact-broker", uriOptions: new PactUriOptions("sometoken"), enablePending: true, consumerVersionTags: new List<string> { "master" }, providerVersionTags: new List<string> { "master" }, consumerVersionSelectors: new List<VersionTagSelector> { new VersionTagSelector("master", false, true) })
.Verify();
}
public async Task HonourPactWithSpyLens()
{
var baseAddress = $"http://*****:*****@"c:\\git\\pacts\\spylens_frontend-spymaster_api.json")
.Verify();
await webHost.StopAsync();
}
/// <summary>
/// Function to be used within a test to execute a call to the pact broker to verify the API
/// </summary>
/// <param name="outputters"></param>
public void RunPactBrokerTest(IList <IOutput> outputters = null)
{
if (outputters is null)
{
outputters = new List <IOutput>();
}
if (!outputters.Any(x => x.GetType() == typeof(ConsoleOutput)))
{
outputters.Add(new ConsoleOutput());
}
var pactVerifierConfig = new PactVerifierConfig
{
Outputters = outputters
};
var user = Configuration.GetValue <string>(Constants.ENV_VAR_PACT_BROKER_USER);
var pwd = Configuration.GetValue <string>(Constants.ENV_VAR_PACT_BROKER_USER_PASSWORD);
var pactUriOptions = new PactUriOptions().SetBasicAuthentication(user, pwd);
var name = Configuration.GetValue <string>(Constants.ENV_VAR_PACT_BROKER_PROVIDER_NAME);
var path = Configuration.GetValue <string>(Constants.ENV_VAR_PACT_BROKER_PATH);
IPactVerifier pactVerifier = new PactVerifier(pactVerifierConfig);
pactVerifier
.ServiceProvider(name, ServerUri)
.PactBroker(path, pactUriOptions)
.ProviderState(ServerUri + Constants.PROVIDER_STATES_ROUTE)
.Verify();
}
public async Task ShouldThrowWhenClientThrowsForAnyOtherReason()
{
var fakePactBrokerMessageHandler = new FakePactBrokerMessageHandler
{
ObjectToReturn = new Contract(),
ExceptionToThrow = new HttpRequestException("Something went wrong.")
};
var config = new PactVerifierConfig
{
PactBrokerClient = new HttpClient(fakePactBrokerMessageHandler)
{
BaseAddress = new Uri("http://localhost:9292")
}
};
var mockConsumer = new PactVerifier(config);
try
{
await mockConsumer.GetPactFromBroker("some/path");
}
catch (PactException e)
{
Assert.AreEqual("Pact cannot be retrieved using the provided Pact Broker Client: Something went wrong.", e.Message);
throw;
}
}
public void EnsureProviderApiHonoursPactWithConsumer()
{
// Arrange
config = new PactVerifierConfig
{
Outputters = new List <IOutput>
{
new XUnitOutput(_outputHelper)
},
Verbose = true
};
config.CustomHeader = new KeyValuePair <string, string>("X-Clarksons-Security-Cloud", "UqkejnjkHNM5gPY4VKeLNeoNv2eLUvZL8Di1xDqjc/I1dvdcQO9EGeUg6wYR0+ta+218kbu5Z5GgodKF92WmuGyTZGZ600fAS0OPKZ2kXIiwwqVO+a2apqxIOYLLrJdOFGkw6h6pZ8NurSQdQYvavA==");
//Act / Assert
pactVerifier = new PactVerifier(config);
pactVerifier.ProviderState($"{_pactServiceUri}/provider-states")
.ServiceProvider("fixture_api", _providerUri)
.HonoursPactWith("EventAPIConsumer")
.PactUri(@"http://104.214.219.231/pacts/provider/OperationServices/consumer/EventAPIConsumer/latest");
pactVerifier.Verify();
}
public void Ctor_WhenCalled_SetsOutputters()
{
var verifierConfig = new PactVerifierConfig();
var config = GetSubject(verifierConfig: verifierConfig);
Assert.Equal(verifierConfig.Outputters, config.Outputters);
}
public void EnsureTheThingHonorsPactWithConsumer()
{
// arrange
const string serviceUri = "http://*****:*****@"C:\temp\pact\pactDir\pactconsumer-pactproducer.json")
.Verify();
}
}
public async Task EnsureProviderApiHonoursPactWithConsumerAsync()
{
// Arrange
var config = new PactVerifierConfig
{
// NOTE: We default to using a ConsoleOutput,
// however xUnit 2 does not capture the console output,
// so a custom outputter is required.
Outputters = new List <IOutput>
{
new XUnitOutput(_outputHelper)
},
// Output verbose verification logs to the test output
Verbose = true
};
var tcs = new TaskCompletionSource <bool>();
// complete task in event
//tcs.SetResult(fa);
// wait for task somewhere else
await tcs.Task;
/*
* //Act / Assert
* IPactVerifier pactVerifier = new PactVerifier(config);
* pactVerifier.ProviderState($"{_pactServiceUri}/provider-states")
* .ServiceProvider("Provider", _providerUri)
* .HonoursPactWith("Consumer")
* .PactUri(@"..\..\..\..\..\pacts\consumer-provider.json")
* .Verify();*/
}
public async Task HonourPactWithSpyLens()
{
var baseAddress = $"http://*****:*****@"http://localhost:8082/pacts/provider/SpyMaster%20Api/consumer/SpyLens%20JS%20Frontend/latest")
.Verify();
await webHost.StopAsync();
}
public Reporter(PactVerifierConfig config)
: this(new List<Action<string>>
{
Console.WriteLine,
new FileReportOutputter(config.LoggerName).Write
}.Concat(config.Reporters).ToList())
{
}
public ProviderServiceValidator(
IHttpRequestSender httpRequestSender,
IReporter reporter,
PactVerifierConfig config)
: this(new ProviderServiceResponseComparer(),
httpRequestSender,
reporter,
config)
{
}
internal ProviderServiceValidator(
IProviderServiceResponseComparer providerServiceResponseComparer,
IHttpRequestSender httpRequestSender,
IReporter reporter,
PactVerifierConfig config)
{
_providerServiceResponseComparer = providerServiceResponseComparer;
_httpRequestSender = httpRequestSender;
_reporter = reporter;
_config = config;
}