public object Render(AssertionData data) { var renderReq = new ObjectRenderingRequest(data, _renderer, data); var rendering = _renderer.Render(renderReq); return(rendering); }
Expectation Dequeue(AssertionData data) { if (_expectations.Count < 1) { _inner.Fail("Unexpected assertion encountered with message: {0}", string.Format(data.FormatMessage, data.FormatArgs)); } var next = _expectations.Dequeue(); return(next); }
static object RenderObject(AssertionData data, object obj, IObjectRenderer renderer) { var req = new ObjectRenderingRequest(data, renderer, obj); // we pretty much are only doing this to clear out the cycle detector betweeen rendering different components var state = renderer.SaveState(req); try { return(renderer.Render(req)); } finally { renderer.RestoreState(req, state); } }
public void ProcessRequest(HttpContext context) { switch (context.Request.HttpMethod) { case "POST": // Checking to verify that a SAML Assertion is included if (context.Request.Params["SAMLResponse"] == null) { context.Response.Redirect("ServiceProviderError.aspx"); } // Checking for the intended resource if (context.Request.Params["RelayState"] == null) { context.Response.Redirect("ServiceProviderError.aspx"); } // pull Base 64 encoded XML saml assertion from Request and decode it XmlDocument SAMLXML = new XmlDocument(); String SAMLResponseString = System.Text.Encoding.UTF8.GetString( Convert.FromBase64String(context.Request.Params["SAMLResponse"].ToString())); SAMLXML.LoadXml(SAMLResponseString); // Validate X509 Certificate Signature if (!ValidateX509CertificateSignature(SAMLXML)) { context.Response.Redirect("ServiceProviderError.aspx"); } // Finding AssertionType assertion = GetAssertionFromXMLDoc(SAMLXML); if (assertion.Issuer.Value == ConfigurationManager.AppSettings["CertIssuer"]) { AssertionData SSOData = new AssertionData(assertion); } // At this point any specific work that needs to be done to establish user context with // the SSOData should be executed before redirecting the user browser to the target context.Response.Redirect(context.Request.Params["RelayState"].ToString()); break; } }
public void ProcessRequest(HttpContext context) { switch (context.Request.HttpMethod) { case "POST": // Checking to verify that a SAML Assertion is included if (context.Request.Params["SAMLResponse"] == null) { context.Response.Redirect("ServiceProviderError.aspx"); } // Checking for the intended resource if (context.Request.Params["RelayState"] == null) { context.Response.Redirect("ServiceProviderError.aspx"); } // pull Base 64 encoded XML saml assertion from Request and decode it XmlDocument SAMLXML = new XmlDocument(); SAMLXML.LoadXml(System.Text.Encoding.UTF8.GetString(Convert.FromBase64String(context.Request.Params["SAMLResponse"].ToString()))); // Validate X509 Certificate Signature if (!ValidateX509CertificateSignature(SAMLXML)) context.Response.Redirect("ServiceProviderError.aspx"); // Finding AssertionType assertion = GetAssertionFromXMLDoc(SAMLXML); if (assertion.Issuer.Value == ConfigurationManager.AppSettings["CertIssuer"]) { AssertionData SSOData = new AssertionData(assertion); } // At this point any specific work that needs to be done to establish user context with // the SSOData should be executed before redirecting the user browser to the target context.Response.Redirect(context.Request.Params["RelayState"].ToString()); break; } }
public ObjectRenderingContext(AssertionData assertion, IObjectRenderer renderer) { Assertion = assertion; Renderer = renderer; }
public ObjectRenderingRequest(AssertionData assertion, IObjectRenderer renderer, object renderTarget) : base(assertion, renderer) { RenderTarget = renderTarget; }
public void Check(IAssertionTool assert, AssertionData data) { DoTests(assert, this, data); assert.AreEqual(() => this.ExpectedAssertionType, data.GetType(), "Expected assertion should be same type"); }