/// <summary>
/// This state manages connection requests from HTTP browsers.
/// </summary>
/// <param name="context">The current context.</param>
/// <param name="job">The current job.</param>
/// <param name="Data">The data in the request.</param>
/// <returns>Returns false if the connection is successful, true if the connection should be reset.</returns>
public override bool ConnectionRequest(SiteServerContext<HTTPSiteServerRQ, HTTPSiteServerRS> context,
SecurityManagerJob job, RQRSContract<RQCallbackServer, RSCallbackServer> Data)
{
RQCallbackServer Request = Data.ContractRequest;
RSCallbackServer Response = Data.ContractResponse;
Response.ServerContextID = context.SignatureID;
Response.Status = CH.HTTPCodes.OK_200;
Response.MessageResponse = null;
Response.MessageRequestType = typeof(HTTPRequestMessage);
context.URILocal = Request.LocalUri;
context.URIRemote = Request.RemoteUri;
context.ProtocolCommandID = Data.Sender;
context.ProtocolContextID = Request.ProtocolContextID;
context.ExpiryTimeSet();
context.ChangeState("AwaitRequest");
return false;
}
/// <summary>
/// This method receives requests from the HTTP agent and passes the request to the Site Controller.
/// </summary>
/// <param name="httpContext">The current context.</param>
/// <param name="job">The job.</param>
/// <param name="Data">The request data.</param>
/// <returns>Returns true if the connection should be reset.</returns>
public override bool Receive(SiteServerContext<HTTPSiteServerRQ, HTTPSiteServerRS> context,
SecurityManagerJob job, RQRSContract<RQCallbackServer, RSCallbackServer> Data)
{
RQCallbackServer Request = Data.ContractRequest;
RSCallbackServer Response = Data.ContractResponse;
HTTPRequestMessage httpRQ = null;
RQRSContract<SiteControllerRequest, SiteControllerResponse> Env = null;
try
{
httpRQ = Request.Message as HTTPRequestMessage;
Env = context.EnvelopeHelper.Get(mSiteManager) as
RQRSContract<SiteControllerRequest, SiteControllerResponse>;
context.SenderIdentitySet((IXimuraRQRSEnvelope)Env);
Env.DestinationAddress = new EnvelopeAddress(mSiteManager, "Receive");
//HTTPServerContext httpContext = context as HTTPServerContext;
Env.ContractRequest.MessageMethod = httpRQ.Instruction.Verb;
Env.ContractRequest.Message = httpRQ;
Env.ContractRequest.MessageUri = ExtractUri(httpRQ, context.URILocal);
Env.ContractRequest.MessageUserAgent = ExtractUserAgent(httpRQ);
Env.ContractRequest.ServerType = "http";
Env.ContractRequest.URILocal = context.URILocal;
Env.ContractRequest.URIRemote = context.URIRemote;
context.ExpiryTime = null;
Guid signatureID = context.SignatureID.Value;
//Send the request synchronously to the server using the current job,
//so that it is processed on the current thread.
job.ProcessRequest((IXimuraRQRSEnvelope)Env);
//Check whether the context has been reset during the call to the Site Controller.
if (context == null || !context.SignatureID.HasValue || context.SignatureID.Value != signatureID)
{
Response.Status = CH.HTTPCodes.InternalServerError_500;
Response.CloseNotify = true;
return false;
}
context.ExpiryTimeSet();
Response.MessageResponse = Env.ContractResponse.Message;
Response.MessageRequestType = typeof(HTTPRequestMessage);
Response.MaxLength = 2000000;
Response.Status = CH.HTTPCodes.OK_200;
}
catch (Exception ex)
{
Response.Status = CH.HTTPCodes.InternalServerError_500;
Response.Substatus = ex.Message;
}
finally
{
Response.ProtocolContextID = Request.ProtocolContextID;
Response.ServerContextID = context.SignatureID;
if (httpRQ != null || httpRQ.ObjectPoolCanReturn)
{
httpRQ.ObjectPoolReturn();
}
if (Env != null || Env.ObjectPoolCanReturn)
{
Env.ObjectPoolReturn();
}
context.ChangeState("AwaitRequest");
}
return false;
}