protected override Tuple <Stream, Object> OnTransferEncrypted(Stream encrypted, Object parameters, ref byte[] keyId, ReadOnlyCollection <Recipient> recipients)
{
InputParameterData inputParameters = (InputParameterData)parameters;
//construct the request from parameters and the encrypted message
AskChap4MedicalAdvisorAgreementRequestType request = new AskChap4MedicalAdvisorAgreementRequestType();
request.CommonInput = inputParameters.CommonInput;
request.RecordCommonInput = inputParameters.RecordCommonInput;
request.CareReceiver = inputParameters.CareReceiverId;
request.Request = new SecuredContentType();
request.Request.SecuredContent = ReadFully(encrypted);
//Send the request and get the response.
AskChap4MedicalAdvisorAgreementResponseType response;
try
{
response = proxy.askChap4MedicalAdvisorAgreement(request);
}
catch (FaultException <SystemError> systemError)
{
String code = systemError.Detail.Nodes.Where(x => x.LocalName == "Code").Single().InnerText;
String msg = systemError.Detail.Nodes.Where(x => x.LocalName == "Message").Single().InnerText;
String id = systemError.Detail.Nodes.Where(x => x.LocalName == "Id").Single().InnerText;
throw new InvalidOperationException(code + ": " + msg + " (" + id + ")");
}
//Verify the response for errors, return an exception if found.
if (response.Status.Code != "200" || response.ReturnInfo != null)
{
throw new AgreementException(response.Status, response.ReturnInfo, response.CommonOutput, response.RecordCommonOutput);
}
//Extract the non encrypted data and the encrypted steam
OutputParameterData outputParameters = new OutputParameterData(response.CommonOutput, response.RecordCommonOutput);
return(new Tuple <Stream, Object>(new MemoryStream(response.Response.SecuredContent), outputParameters));
}
protected override Tuple <Stream, object> OnTransferEncrypted(Stream encrypted, Object parameters, ref byte[] keyId, ReadOnlyCollection <Recipient> recipients)
{
if (!(parameters is InputParameterData))
{
throw new ArgumentException("The parameters agrument must be a input parameter data", "parameters");
}
InputParameterData inputParameters = (InputParameterData)parameters;
//Create a new request, containing the unaddressed encrypted content.
Object request = CreateIntermediateRequest(encrypted, keyId, inputParameters);
X509Certificate2 sender;
//send via the inner postmaster
Tuple <Stream, Object> response = innerPostMaster.TransferAndDoCrypto(SerializeInMemory(request), parameters, new ReadOnlyCollection <Recipient>(mcnList.ToList <Recipient>()), out sender);
//Prepare a new tuple with all the clear data (including the stream, since at this point it is clear data)
OutputParameterData responseParameter = (OutputParameterData)response.Item2;
responseParameter.ClearResponse = response.Item1;
responseParameter.Sender = sender;
return(new Tuple <Stream, Object>(null, responseParameter)); //stream nust be null, otherwise the postmaster will try to decrypt it.
}
/// <summary>
/// Communicates with the Chapter IV agreement consult service.
/// </summary>
/// <param name="kmehr">The request kmehr, that must be double encrypted</param>
/// <param name="parameters">Additional information required, see Chapter IV documentation</param>
/// <param name="sender">The certificate of the IO that sent the response</param>
/// <returns>The response kmehr (item1) and additional information (item2)</returns>
/// <exception cref="AgreementException">When the service returns a fault in the business message</exception>
public Tuple <Stream, OutputParameterData> Transfer(Stream kmehr, InputParameterData parameters, out X509Certificate2 sender)
{
//Create the request with the KMEHR
Object request = CreateBusinessRequest(kmehr, Self.Token.GetEncoded());
//Encrypte request and send, the response isn't encrypted on this level (but is on the second pass)
Object response = TransferAndEncryptOnly(SerializeInMemory(request), (Object)parameters, new ReadOnlyCollection <Recipient>(ioList.ToList <Recipient>()));
//Convert the response
OutputParameterData responseParameter = (OutputParameterData)response;
//Get the sender and remove it from teh response parameter
sender = responseParameter.Sender;
responseParameter.Sender = null;
//desialize the response
byte[] timestamp;
byte[] kmehrResponse = ParseResponse(responseParameter.ClearResponse, out timestamp);
//clear the (internal) input and return the response
responseParameter.ClearResponse = null;
responseParameter.Timestamp = timestamp;
return(new Tuple <Stream, OutputParameterData>(new MemoryStream(kmehrResponse), responseParameter));
}
protected override Tuple<Stream, Object> OnTransferEncrypted(Stream encrypted, Object parameters, ref byte[] keyId, ReadOnlyCollection<Recipient> recipients)
{
InputParameterData inputParameters = (InputParameterData) parameters;
//construct the request from parameters and the encrypted message
AskChap4MedicalAdvisorAgreementRequestType request = new AskChap4MedicalAdvisorAgreementRequestType();
request.CommonInput = inputParameters.CommonInput;
request.RecordCommonInput = inputParameters.RecordCommonInput;
request.CareReceiver = inputParameters.CareReceiverId;
request.Request = new SecuredContentType();
request.Request.SecuredContent = ReadFully(encrypted);
//Send the request and get the response.
AskChap4MedicalAdvisorAgreementResponseType response;
try
{
response = proxy.askChap4MedicalAdvisorAgreement(request);
}
catch (FaultException<SystemError> systemError)
{
String code = systemError.Detail.Nodes.Where(x => x.LocalName == "Code").Single().InnerText;
String msg = systemError.Detail.Nodes.Where(x => x.LocalName == "Message").Single().InnerText;
String id = systemError.Detail.Nodes.Where(x => x.LocalName == "Id").Single().InnerText;
throw new InvalidOperationException(code + ": " + msg + " (" + id + ")");
}
//Verify the response for errors, return an exception if found.
if (response.Status.Code != "200" || response.ReturnInfo != null)
{
throw new AgreementException(response.Status, response.ReturnInfo, response.CommonOutput, response.RecordCommonOutput);
}
//Extract the non encrypted data and the encrypted steam
OutputParameterData outputParameters = new OutputParameterData(response.CommonOutput, response.RecordCommonOutput);
return new Tuple<Stream, Object>(new MemoryStream(response.Response.SecuredContent), outputParameters);
}
