private HttpRequestMessage CreateHttpRequestMessage(RequestContext requestContext)
{
// Get the HTTP request from the WCF Message
HttpRequestMessage request = requestContext.RequestMessage.ToHttpRequestMessage();
if (request == null)
{
throw Error.InvalidOperation(SRResources.HttpMessageHandlerInvalidMessage, requestContext.RequestMessage.GetType());
}
// create principal information and add it the request for the windows auth case
SetCurrentPrincipal(request);
HttpRequestContext httpRequestContext = new SelfHostHttpRequestContext(requestContext, _configuration,
request);
request.SetRequestContext(httpRequestContext);
// The following two properties are set for backwards compatibility only. The request context controls the
// behavior for all cases except when accessing the property directly by key.
// Add the retrieve client certificate delegate to the property bag to enable lookup later on
request.Properties.Add(HttpPropertyKeys.RetrieveClientCertificateDelegateKey, _retrieveClientCertificate);
// Add information about whether the request is local or not
request.Properties.Add(HttpPropertyKeys.IsLocalKey, new Lazy <bool>(() => IsLocal(requestContext.RequestMessage)));
return(request);
}
public async Task SendAsync_ServiceModel_AddsSelfHostHttpRequestContext()
{
// Arrange
using (PortReserver port = new PortReserver())
{
string baseUri = port.BaseUri;
HttpRequestContext context = null;
Uri via = null;
Func <HttpRequestMessage, CancellationToken, Task <HttpResponseMessage> > sendAsync = (r, c) =>
{
if (r != null)
{
context = r.GetRequestContext();
}
SelfHostHttpRequestContext typedContext = context as SelfHostHttpRequestContext;
if (typedContext != null)
{
via = typedContext.RequestContext.RequestMessage.Properties.Via;
}
return(Task.FromResult(new HttpResponseMessage()));
};
using (HttpSelfHostConfiguration expectedConfiguration = new HttpSelfHostConfiguration(baseUri))
{
expectedConfiguration.HostNameComparisonMode = HostNameComparisonMode.Exact;
using (HttpMessageHandler dispatcher = new LambdaHttpMessageHandler(sendAsync))
using (HttpSelfHostServer server = new HttpSelfHostServer(expectedConfiguration, dispatcher))
using (HttpClient client = new HttpClient())
using (HttpRequestMessage expectedRequest = new HttpRequestMessage(HttpMethod.Get, baseUri))
{
await server.OpenAsync();
// Act
using (HttpResponseMessage ignore = await client.SendAsync(expectedRequest))
{
// Assert
SelfHostHttpRequestContext typedContext = (SelfHostHttpRequestContext)context;
Assert.Equal(expectedRequest.RequestUri, via);
Assert.Same(expectedConfiguration, context.Configuration);
Assert.Equal(expectedRequest.RequestUri, typedContext.Request.RequestUri);
await server.CloseAsync();
}
}
}
}
}
public void SendAsync_ServiceModel_AddsSelfHostHttpRequestContext()
{
// Arrange
// Use a different port from 50231 to prevent conflicts with concurrent tests.
string baseUri = "http://localhost:50232/";
HttpRequestContext context = null;
Uri via = null;
Func <HttpRequestMessage, CancellationToken, Task <HttpResponseMessage> > sendAsync = (r, c) =>
{
if (r != null)
{
context = r.GetRequestContext();
}
SelfHostHttpRequestContext typedContext = context as SelfHostHttpRequestContext;
if (typedContext != null)
{
via = typedContext.RequestContext.RequestMessage.Properties.Via;
}
return(Task.FromResult(new HttpResponseMessage()));
};
using (HttpSelfHostConfiguration expectedConfiguration = new HttpSelfHostConfiguration(baseUri))
{
expectedConfiguration.HostNameComparisonMode = HostNameComparisonMode.Exact;
using (HttpMessageHandler dispatcher = new LambdaHttpMessageHandler(sendAsync))
using (HttpSelfHostServer server = new HttpSelfHostServer(expectedConfiguration, dispatcher))
using (HttpClient client = new HttpClient())
using (HttpRequestMessage expectedRequest = new HttpRequestMessage(HttpMethod.Get, baseUri))
{
server.OpenAsync().Wait();
// Act
using (HttpResponseMessage ignore = client.SendAsync(expectedRequest).Result)
{
// Assert
SelfHostHttpRequestContext typedContext = (SelfHostHttpRequestContext)context;
Assert.Equal(expectedRequest.RequestUri, via);
Assert.Same(expectedConfiguration, context.Configuration);
Assert.Equal(expectedRequest.RequestUri, typedContext.Request.RequestUri);
server.CloseAsync().Wait();
}
}
}
}
public void RequestGet_ReturnsProvidedInstance()
{
// Arrange
using (RequestContext serviceModelContext = CreateStubServiceModelContext())
using (HttpConfiguration configuration = CreateConfiguration())
using (HttpRequestMessage expectedRequest = CreateRequest())
{
SelfHostHttpRequestContext context = CreateProductUnderTest(serviceModelContext, configuration,
expectedRequest);
// Act
HttpRequestMessage request = context.Request;
// Assert
Assert.Same(expectedRequest, request);
}
}
private HttpRequestMessage CreateHttpRequestMessage(RequestContext requestContext)
{
// Get the HTTP request from the WCF Message
HttpRequestMessage request = requestContext.RequestMessage.ToHttpRequestMessage();
if (request == null)
{
throw Error.InvalidOperation(SRResources.HttpMessageHandlerInvalidMessage, requestContext.RequestMessage.GetType());
}
// create principal information and add it the request for the windows auth case
SetCurrentPrincipal(request);
HttpRequestContext httpRequestContext = new SelfHostHttpRequestContext(requestContext, _configuration,
request);
request.SetRequestContext(httpRequestContext);
// The following two properties are set for backwards compatibility only. The request context controls the
// behavior for all cases except when accessing the property directly by key.
// Add the retrieve client certificate delegate to the property bag to enable lookup later on
request.Properties.Add(HttpPropertyKeys.RetrieveClientCertificateDelegateKey, _retrieveClientCertificate);
// Add information about whether the request is local or not
request.Properties.Add(HttpPropertyKeys.IsLocalKey, new Lazy<bool>(() => IsLocal(requestContext.RequestMessage)));
return request;
}