public void RelaySyncMessage()
{
StubServiceHost.FindDefaultService <ICalculatorService>()
.Setup(s => s.Add(It.IsAny <XmlCalculatorRequest>()))
.Returns(new StringStream(string.Format(CALCULATOR_RESPONSE_XML, 3)));
ICalculatorService client = null;
try
{
client = SimpleServiceClient <CalculatorService, ICalculatorService> .Create();
var calculatorResult = client.Add(new XmlCalculatorRequest(CALCULATOR_REQUEST_XML));
Assert.AreEqual(string.Format(CALCULATOR_RESPONSE_XML, 3), calculatorResult.RawXmlBody);
client.Close();
}
catch (Exception)
{
if (client != null)
{
client.Abort();
}
throw;
}
}
public void RelayAsyncMessage()
{
StubServiceHost.FindDefaultService <ICalculatorService>()
.Setup(s => s.BeginMultiply(It.IsAny <XmlCalculatorRequest>(), It.IsAny <AsyncCallback>(), It.IsAny <object>()))
.Returns(new StringStream(string.Format(CALCULATOR_RESPONSE_XML, 2)));
ICalculatorService client = null;
try
{
client = SimpleServiceClient <CalculatorService, ICalculatorService> .Create();
var calculatorResult = Task <XmlCalculatorResponse> .Factory
.FromAsync(client.BeginMultiply, client.EndMultiply, new XmlCalculatorRequest(CALCULATOR_REQUEST_XML), null)
.Result;
Assert.AreEqual(string.Format(CALCULATOR_RESPONSE_XML, 2), calculatorResult.RawXmlBody);
client.Close();
}
catch (Exception)
{
if (client != null)
{
client.Abort();
}
throw;
}
}
public void RelayCompositeMessage()
{
const string responseXml = "<CalculatorResponse xmlns=\"urn:services.stateless.be:unit:calculator\">" +
"<s0:Result xmlns:s0=\"urn:services.stateless.be:unit:calculator\">one</s0:Result>" +
"<s0:Result xmlns:s0=\"urn:services.stateless.be:unit:calculator\">two</s0:Result>" +
"</CalculatorResponse>";
StubServiceHost.FindDefaultService <ICalculatorService>()
.Setup(s => s.Add(It.IsAny <XmlCalculatorRequest>()))
.Returns(new StringStream(responseXml));
ICalculatorService client = null;
try
{
client = SimpleServiceClient <CalculatorService, ICalculatorService> .Create();
var calculatorResult = client.Add(new XmlCalculatorRequest(CALCULATOR_REQUEST_XML));
Assert.AreEqual(responseXml, calculatorResult.RawXmlBody);
client.Close();
}
catch (Exception)
{
if (client != null)
{
client.Abort();
}
throw;
}
}
public void RelaySyncInvalidMessageFails()
{
var client = SimpleServiceClient <CalculatorService, IValidatingCalculatorService> .Create();
Assert.That(
() => client.Add(new XlangCalculatorRequest(INVALID_CALCULATOR_REQUEST_XML)),
Throws.TypeOf <FaultException <ExceptionDetail> >()
.With.Property("Detail")
.With.InnerException.InnerException.Message.Contains(
"The element 'Arguments' in namespace 'urn:services.stateless.be:unit:calculator' has invalid child element 'Operand' in namespace 'urn:services.stateless.be:unit:calculator'. "
+ "List of possible elements expected: 'Term' in namespace 'urn:services.stateless.be:unit:calculator'"));
client.Close();
}
public void RelaySyncMessageTimesOut()
{
StubServiceHost.FindDefaultService <ICalculatorService>()
.Setup(s => s.Subtract(It.IsAny <XmlCalculatorRequest>()))
.Callback(() => Thread.Sleep(3000))
.Returns(new StringStream(string.Format(CALCULATOR_RESPONSE_XML, 1)));
var client = SimpleServiceClient <CalculatorService, ICalculatorService> .Create();
Assert.That(
() => client.Subtract(new XmlCalculatorRequest(CALCULATOR_REQUEST_XML)),
Throws.TypeOf <FaultException <ExceptionDetail> >()
.With.Message.Contains("The request channel timed out while waiting for a reply"));
client.Close();
}
public void RelayAsyncInvalidMessageFails()
{
var client = SimpleServiceClient <CalculatorService, IValidatingCalculatorService> .Create();
Assert.That(
() => Task <XlangCalculatorResponse> .Factory
.FromAsync(client.BeginMultiply, client.EndMultiply, new XlangCalculatorRequest(INVALID_CALCULATOR_REQUEST_XML), null)
.Result,
Throws.TypeOf <AggregateException>()
.With.InnerException.TypeOf <FaultException <ExceptionDetail> >()
.With.InnerException.Property("Detail")
.With.InnerException.InnerException.Message.Contains(
"The element 'Arguments' in namespace 'urn:services.stateless.be:unit:calculator' has invalid child element 'Operand' in namespace 'urn:services.stateless.be:unit:calculator'. "
+ "List of possible elements expected: 'Term' in namespace 'urn:services.stateless.be:unit:calculator'"));
client.Close();
}
public void RelayAsyncMessageTimesOut()
{
StubServiceHost.FindDefaultService <ICalculatorService>()
.Setup(s => s.BeginDivide(It.IsAny <XmlCalculatorRequest>(), It.IsAny <AsyncCallback>(), It.IsAny <object>()))
.Callback(() => Thread.Sleep(3000))
.Returns(new StringStream(string.Format(CALCULATOR_RESPONSE_XML, 2)));
var client = SimpleServiceClient <CalculatorService, ICalculatorService> .Create();
Assert.That(
() => Task <XmlCalculatorResponse> .Factory
.FromAsync(client.BeginDivide, client.EndDivide, new XmlCalculatorRequest(CALCULATOR_REQUEST_XML), null)
.Result,
Throws.TypeOf <AggregateException>()
.With.InnerException.TypeOf <FaultException <ExceptionDetail> >()
.With.InnerException.Message.Contains("has exceeded the allotted timeout"));
client.Close();
}
public void PerformSyncSucceeds()
{
StubServiceHost.FindDefaultService <IPerformService>()
.Setup(s => s.Perform(It.IsAny <XlangCalculatorRequest>()));
IPerformService client = null;
try
{
var request = new XlangCalculatorRequest(CALCULATOR_REQUEST_XML);
client = SimpleServiceClient <CalculatorService, IPerformService> .Create();
client.Perform(request);
client.Close();
}
catch (Exception)
{
if (client != null)
{
client.Abort();
}
throw;
}
}
