public void InvokeBehavior(IBuilder builder)
{
var runner = new UnitOfWorkBehavior();
var context = new IncomingContext(new RootContext(builder), new TransportMessage());
runner.Invoke(context, () => { });
}
public object MutateIncoming(object message, IncomingContext incomingContext)
{
this.incomingContext = incomingContext;
ForEachMember(
message,
DecryptMember,
IsEncryptedMember
);
return(message);
}
public void Should_shortcut_the_pipeline_if_existing_message_is_found()
{
var incomingTransportMessage = new TransportMessage();
fakeOutbox.ExistingMessage = new OutboxMessage(incomingTransportMessage.Id);
var context = new IncomingContext(null, incomingTransportMessage);
Invoke(context);
Assert.Null(fakeOutbox.StoredMessage);
}
public string Decrypt(EncryptedValue encryptedValue, IncomingContext incomingContext)
{
string keyIdentifier;
if (TryGetKeyIdentifierHeader(out keyIdentifier, incomingContext))
{
return(DecryptUsingKeyIdentifier(encryptedValue, keyIdentifier));
}
else
{
Log.WarnFormat("Encrypted message has no '" + Headers.RijndaelKeyIdentifier + "' header. Possibility of data corruption. Please upgrade endpoints that send message with encrypted properties.");
return(DecryptUsingAllKeys(encryptedValue));
}
}
public void Should_not_dispatch_the_message_if_handle_current_message_later_was_called()
{
var incomingTransportMessage = new TransportMessage();
var context = new IncomingContext(null, incomingTransportMessage)
{
handleCurrentMessageLaterWasCalled = true
};
Invoke(context);
Assert.False(fakeOutbox.WasDispatched);
}
public void Invoke(IncomingContext context, Action next)
{
next();
var subscriptionMessageType = GetSubscriptionMessageTypeFrom(context.PhysicalMessage);
if (subscriptionMessageType != null)
{
action(new SubscriptionEventArgs
{
MessageType = subscriptionMessageType,
SubscriberReturnAddress = context.PhysicalMessage.ReplyToAddress
}, scenarioContext);
}
}
public void Should_not_store_the_message_if_handle_current_message_later_was_called()
{
var incomingTransportMessage = new TransportMessage();
var context = new IncomingContext(null, incomingTransportMessage)
{
handleCurrentMessageLaterWasCalled = true
};
context.Set(new OutboxMessage("SomeId"));
Invoke(context);
Assert.Null(fakeOutbox.StoredMessage);
}
/// <summary>
/// Incoming call handler.
/// </summary>
/// <param name="sender">The sender.</param>
/// <param name="args">The <see cref="CollectionEventArgs{TEntity}"/> instance containing the event data.</param>
private void CallsOnIncoming(ICallCollection sender, CollectionEventArgs <ICall> args)
{
args.AddedResources.ForEach(call =>
{
// Get the compliance recording parameters.
// The context associated with the incoming call.
IncomingContext incomingContext =
call.Resource.IncomingContext;
// The RP participant.
string observedParticipantId =
incomingContext.ObservedParticipantId;
// If the observed participant is a delegate.
IdentitySet onBehalfOfIdentity =
incomingContext.OnBehalfOf;
// If a transfer occured, the transferor.
IdentitySet transferorIdentity =
incomingContext.Transferor;
string countryCode = null;
EndpointType?endpointType = null;
// Note: this should always be true for CR calls.
if (incomingContext.ObservedParticipantId == incomingContext.SourceParticipantId)
{
// The dynamic location of the RP.
countryCode = call.Resource.Source.CountryCode;
// The type of endpoint being used.
endpointType = call.Resource.Source.EndpointType;
}
IMediaSession mediaSession = Guid.TryParse(call.Id, out Guid callId)
? this.CreateLocalMediaSession(callId)
: this.CreateLocalMediaSession();
// Answer call
call?.AnswerAsync(mediaSession).ForgetAndLogExceptionAsync(
call.GraphLogger,
$"Answering call {call.Id} with scenario {call.ScenarioId}.");
});
}
private void ProcessMessagesFromBridge()
{
using (SqlConnection conn = new SqlConnection(Context.BridgeConnectionString.Invoke()))
{
conn.Open();
string sql = "SELECT MessageId, Source, Destination, Intent, Processed, Headers, Body FROM [dbo].[Bridge] WHERE Processed = 0 AND (Destination = @Destination OR Destination IS NULL)";
SqlCommand cmd = new SqlCommand(sql, conn);
cmd.Parameters.AddWithValue("@Destination", Settings.EndpointName());
var reader = cmd.ExecuteReader();
while (reader.Read())
{
string id = reader.GetString(reader.GetOrdinal("MessageId"));
string source = reader.GetString(reader.GetOrdinal("Source"));
string dest = reader.IsDBNull(reader.GetOrdinal("Destination")) ? null : reader.GetString(reader.GetOrdinal("Destination"));
string intent = reader.GetString(reader.GetOrdinal("Intent"));
var msgIntent = (MessageIntentEnum)Enum.Parse(typeof(MessageIntentEnum), intent);
Dictionary <string, string> headers = JsonConvert.DeserializeObject <Dictionary <string, string> >(reader.GetString(reader.GetOrdinal("Headers")));
var messageTypes = headers[Headers.EnclosedMessageTypes].Split(';').Select(i => Type.GetType(i)).ToList();
if (ShouldHandleMessage(dest, messageTypes))
{
var bodyStream = reader.GetStream(reader.GetOrdinal("Body"));
byte[] body = new byte[bodyStream.Length];
body = GetByteArray(bodyStream);
//Let's treat this message as a normal incoming message.
var transportMessage = new TransportMessage(id, headers);
transportMessage.Body = body;
transportMessage.MessageIntent = msgIntent;
var incomingContext = new IncomingContext(null, transportMessage);
incomingContext.Set <IBuilder>(Builder);
PipelineExecutor.InvokePipeline(PipelineExecutor.Incoming.Select(i => i.BehaviorType), incomingContext);
var cmd2 = new SqlCommand("UPDATE [dbo].[Bridge] SET Processed = 1 WHERE MessageId = @MessageId", conn);
cmd2.Parameters.AddWithValue("@MessageId", id);
cmd2.ExecuteNonQuery();
}
}
}
}
protected virtual bool TryGetKeyIdentifierHeader(out string keyIdentifier, IncomingContext incomingContext)
{
var headers = incomingContext.IncomingLogicalMessage.Headers;
return(headers.TryGetValue(Headers.RijndaelKeyIdentifier, out keyIdentifier));
}
protected override bool TryGetKeyIdentifierHeader(out string keyIdentifier, IncomingContext incomingContext)
{
keyIdentifier = IncomingKeyIdentifier;
return(IncomingKeyIdentifier != null);
}