public void ExpectStxToDisposeThemselfWhenTheirEndTimerHasFired()
{
var s = new Mock<ISipMessageSender>();
var l = new Mock<ISipListener>();
var txTable = new SipServerTransactionTable();
var tfsBuilder = new TimerFactoryStubBuilder();
tfsBuilder.WithNonInviteStxEndCompletedTimerInterceptor((a) => new TxTimerStub(a, 1000, false, AfterCallBack));
tfs = tfsBuilder.Build();
for (int i = 0; i < Number; i++)
{
var r = new SipRequestBuilder().WithCSeq(new SipCSeqHeaderBuilder().WithSequence(i).Build()).Build();
var stx = new SipNonInviteServerTransaction(txTable, r, l.Object, s.Object, tfs);
/*go to completed state */
stx.SendResponse(new SipResponseBuilder()
.WithStatusLine(new SipStatusLineBuilder()
.WithStatusCode(200)
.WithReason("OK")
.Build())
.Build());
}
/*wait for Number of timers to fire*/
are.WaitOne();
Assert.IsTrue(!txTable.AsEnumerable().Any());
}
internal override StateResult ProcessRequest(SipNonInviteServerTransaction ctx, SipRequestEvent request)
{
/*17.2.2. : While in the "Completed" state, the server transaction MUST pass the final response to the transport
* layer for retransmission whenever a retransmission of the request is received. */
ctx.SendResponseInternal();
return(new StateResult());
}
internal override StateResult ProcessRequest(SipNonInviteServerTransaction ctx, SipRequestEvent request)
{
/*17.2.2. : While in the "Completed" state, the server transaction MUST pass the final response to the transport
layer for retransmission whenever a retransmission of the request is received. */
ctx.SendResponseInternal();
return new StateResult();
}
internal override void HandleSendingResponse(SipNonInviteServerTransaction tx, SipResponse response)
{
var statusCode = response.StatusLine.StatusCode;
if (statusCode >= 100 && statusCode < 200)
{
tx.SendResponseInternal(response);
}
else if (statusCode >= 200 && statusCode < 700)
{
tx.SendResponseInternal(response);
tx.ChangeState(SipNonInviteServerTransaction.CompletedState);
}
}
internal override void HandleSendingResponse(SipNonInviteServerTransaction tx, SipResponse response)
{
var statusCode = response.StatusLine.StatusCode;
if (statusCode >= 100 && statusCode < 200)
{
tx.SendResponseInternal(response);
}
else if (statusCode >= 200 && statusCode < 700)
{
tx.SendResponseInternal(response);
tx.ChangeState(SipNonInviteServerTransaction.CompletedState);
}
}
internal abstract void Initialize(SipNonInviteServerTransaction transaction);
internal override StateResult ProcessRequest(SipNonInviteServerTransaction tx, SipRequestEvent request)
{
tx.SendResponseInternal();
return new StateResult();
}
internal override void Initialize(SipNonInviteServerTransaction transaction)
{
}
protected override void Given()
{
_ctx = new SipNonInviteServerTransaction(TxTable, Request, Listener.Object, Sender.Object, TimerFactory);
_ctx.Initialize();
GivenOverride();
}
internal abstract StateResult ProcessRequest(SipNonInviteServerTransaction ctx, SipRequestEvent request);
internal abstract void HandleSendingResponse(SipNonInviteServerTransaction transaction, SipResponse response);
internal override StateResult ProcessRequest(SipNonInviteServerTransaction ctx, SipRequestEvent request)
{
/*17.2.2.: retransmitted requests in the trying state should be discarded.*/
return(new StateResult());
}
internal override void Initialize(SipNonInviteServerTransaction transaction)
{
}
public ISipServerTransaction CreateServerTransaction(SipRequest request)
{
Check.Require(request, "request");
Check.IsTrue(SipMethods.IsMethod(request.RequestLine.Method), "Request method is not supported");
ISipServerTransaction tx;
if (request.RequestLine.Method == SipMethods.Ack)
{
throw new ArgumentException("Can not create a transaction for the 'ACK' request");
}
ISipListener txListener = _sipListener;
SipAbstractDialog dialog;
if (_dialogTable.TryGetValue(GetDialogId(request, true), out dialog))
{
txListener = dialog;
}
if (request.RequestLine.Method == SipMethods.Invite)
{
var istx = new SipInviteServerTransaction(
ServerTransactionTable,
this,
txListener,
request,
_stack.GetTimerFactory());
//istx.Start();
tx = istx;
}
else
{
var nistx = new SipNonInviteServerTransaction(
ServerTransactionTable,
request,
txListener,
this,
_stack.GetTimerFactory());
//nistx.Start();
tx = nistx;
}
return tx;
}
protected override void Given()
{
Stx = new SipNonInviteServerTransaction(TxTable, Request, Listener.Object, Sender.Object, TimerFactory);
}
internal override StateResult ProcessRequest(SipNonInviteServerTransaction tx, SipRequestEvent request)
{
tx.SendResponseInternal();
return(new StateResult());
}
internal override StateResult ProcessRequest(SipNonInviteServerTransaction ctx, SipRequestEvent request)
{
/*17.2.2.: retransmitted requests in the trying state should be discarded.*/
return new StateResult();
}
internal abstract StateResult ProcessRequest(SipNonInviteServerTransaction ctx, SipRequestEvent request);
internal abstract void HandleSendingResponse(SipNonInviteServerTransaction transaction, SipResponse response);
internal override void HandleSendingResponse(SipNonInviteServerTransaction transaction, SipResponse response)
{
/*Final responses passed by the TU to the server transaction MUST be discarded while in the "Completed" state.*/
}
internal abstract void Initialize(SipNonInviteServerTransaction transaction);
internal override void HandleSendingResponse(SipNonInviteServerTransaction transaction, SipResponse response)
{
/*Final responses passed by the TU to the server transaction MUST be discarded while in the "Completed" state.*/
}
internal override void Initialize(SipNonInviteServerTransaction ctx)
{
ctx.EndCompletedTimer.Start();
}
internal override void Initialize(SipNonInviteServerTransaction ctx)
{
ctx.EndCompletedTimer.Start();
}
