public void When_1000_transactions_are_in_trying_state()
{
var m = new Mock<ISipMessageSender>();
var l = new Mock<ISipListener>();
var txTable = new SipClientTransactionTable();
SipNonInviteClientTransaction ctx;
for(int i=0;i <1000;i++)
{
/*provide a separate sequence so that each transaction has a unique ID*/
var r = new SipRequestBuilder().WithCSeq(new SipCSeqHeaderBuilder().WithSequence(i).Build()).Build();
ctx = new SipNonInviteClientTransaction(txTable, m.Object, l.Object, r, new TimerFactory());
ctx.SendRequest(); /*go to state*/
}
Assert.IsTrue(txTable.Keys.Count == 1000);
/*extra race condition check. Wait T1 time, so while disposing the transactions, their Retransmit is firing.*/
var dateTime = DateTime.Now.AddMilliseconds(SipConstants.T1);
while (dateTime > DateTime.Now) { };
txTable.Values.ToList().ForEach(a => a.Dispose());
Assert.IsTrue(txTable.Keys.Count == 0);
}
public void When_1000_transactions_are_in_trying_state()
{
var m = new Mock <ISipMessageSender>();
var l = new Mock <ISipListener>();
var txTable = new SipClientTransactionTable();
SipNonInviteClientTransaction ctx;
for (int i = 0; i < 1000; i++)
{
/*provide a separate sequence so that each transaction has a unique ID*/
var r = new SipRequestBuilder().WithCSeq(new SipCSeqHeaderBuilder().WithSequence(i).Build()).Build();
ctx = new SipNonInviteClientTransaction(txTable, m.Object, l.Object, r, new TimerFactory());
ctx.SendRequest(); /*go to state*/
}
Assert.IsTrue(txTable.Keys.Count == 1000);
/*extra race condition check. Wait T1 time, so while disposing the transactions, their Retransmit is firing.*/
var dateTime = DateTime.Now.AddMilliseconds(SipConstants.T1);
while (dateTime > DateTime.Now)
{
}
;
txTable.Values.ToList().ForEach(a => a.Dispose());
Assert.IsTrue(txTable.Keys.Count == 0);
}
protected SipRequest CreateInviteRequest()
{
var r = new SipRequestBuilder()
.WithRequestLine(
new SipRequestLineBuilder().WithMethod(SipMethods.Invite).Build())
.WithCSeq(
new SipCSeqHeaderBuilder().WithCommand(SipMethods.Invite).WithSequence(_cSeq).Build())
.WithFrom(
new SipFromHeaderBuilder().WithSipUri(TestConstants.AliceUri).WithTag(_fromTag).Build())
.WithTo(
new SipToHeaderBuilder().WithSipUri(TestConstants.BobUri).WithTag(null).Build())
.WithCallId(
new SipCallIdHeaderBuilder().WithValue(_callId).Build())
.WithContacts(
new SipContactHeaderListBuilder()
.Add(new SipContactHeaderBuilder().WithSipUri(TestConstants.AliceContactUri).Build())
.Build())
.WithRecordRoutes(
new SipRecordRouteHeaderListBuilder()
.Add(new SipRecordRouteHeaderBuilder().WithSipUri(TestConstants.AliceProxyUri).Build())
.Build())
.Build();
return(r);
}
protected override void When()
{
var ackRequest = new SipRequestBuilder().WithRequestLine(
new SipRequestLineBuilder().WithMethod(SipMethods.Ack).Build()).Build();
Stx.ProcessRequest(new SipRequestEventBuilder().WithRequest(ackRequest).Build());
}
public void Test()
{
_requestReceived = new ManualResetEvent(false);
/*setup + start listening*/
var stub = new SipReceivedMessageProcessorStub(OnRequestReceived, (s,e) => { });
var listeningPoint = new IPEndPoint(TestConstants.MyIpAddress, 33333);
var f = new SipFactory();
var stp = new SmartThreadPool();
stp.Start();
var provider = new SipContextSource(listeningPoint, stp);
provider.AddListener(null);
provider.Start();
/*send a message to the listener*/
var send = new SipRequestBuilder().Build();
var requestBytes = SipFormatter.FormatMessage(send);
var udpClient = new UdpClient();
udpClient.Send(requestBytes, requestBytes.Length, listeningPoint);
_requestReceived.WaitOne();
var oc = ObjectComparer.Create();
var received = stub.Requests.First();
oc.Compare(received, send);
Assert.True(oc.Differences.Count == 0, oc.DifferencesString);
}
protected override void Given()
{
base.Given();
SipRequest sipMessage = new SipRequestBuilder().Build();
_bytes = SipFormatter.FormatMessage(sipMessage);
}
private static void OnSendRequest(object state)
{
var id = (int)state;
var client = new UdpClient();
Interlocked.Increment(ref _currentThreadCount);
//if (_currentThreadCount == ThreadCount)
// _threadsGoEvent.Set();
//// thread should wait until all threads are ready, to try the server.
//if (!_threadsGoEvent.WaitOne(60000, true))
// Assert.False(true, "Start event was not triggered.");
var request = new SipRequestBuilder().WithCSeq(new SipCSeqHeaderBuilder().WithSequence(id).Build()).Build();
try
{
var bytes = SipFormatter.FormatMessage(request);
client.Send(bytes, bytes.Length, _listenerEndPoint);
}
catch (Exception e)
{
Console.WriteLine("failed to send: " + id);
lock (_failedThreads) _failedThreads.Add(id);
}
}
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());
}
private static void OnSendRequest(object state)
{
var id = (int)state;
var client = new UdpClient();
Interlocked.Increment(ref _currentThreadCount);
//if (_currentThreadCount == ThreadCount)
// _threadsGoEvent.Set();
//// thread should wait until all threads are ready, to try the server.
//if (!_threadsGoEvent.WaitOne(60000, true))
// Assert.False(true, "Start event was not triggered.");
var request = new SipRequestBuilder().WithCSeq(new SipCSeqHeaderBuilder().WithSequence(id).Build()).Build();
try
{
var bytes = SipFormatter.FormatMessage(request);
client.Send(bytes, bytes.Length, _listenerEndPoint);
}
catch (Exception e)
{
Console.WriteLine("failed to send: " + id);
lock (_failedThreads) _failedThreads.Add(id);
}
}
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());
}
public TxSpecificationBase()
{
Sender = new Mock<ISipMessageSender>();
Listener = new Mock<ISipListener>();
TxTable = new SipClientTransactionTable();
Request = new SipRequestBuilder().Build();
TimerFactory = new TimerFactoryMockBuilder().Build();
}
public TxSpecificationBase()
{
Sender = new Mock <ISipMessageSender>();
Listener = new Mock <ISipListener>();
TxTable = new SipClientTransactionTable();
Request = new SipRequestBuilder().Build();
TimerFactory = new TimerFactoryMockBuilder().Build();
}
public void ValidateMessage_WithoutMaxForwardsHeader_ExpectResultIsFalseAndHasRequiredHeadersMissingIsTrue()
{
SipValidator v = CreateSipValidator();
var request = new SipRequestBuilder().WithMaxForwards(null).Build();
var result = v.ValidateMessage(request);
result.IsValid.Should().BeFalse();
result.HasRequiredHeadersMissing.Should().BeTrue();
}
public void ValidateMessage_WithoutToHeader_ExpectResultIsFalseAndHasRequiredHeadersMissingIsTrue()
{
SipValidator v = CreateSipValidator();
var request = new SipRequestBuilder().WithTo(null).Build();
var result = v.ValidateMessage(request);
result.IsValid.Should().BeFalse();
result.HasRequiredHeadersMissing.Should().BeTrue();
}
protected override void Given()
{
base.Given();
_remoteEndPoint = TestConstants.IpEndPoint1;
var request = new SipRequestBuilder().Build();
var bytes = new DataBytesBuilder().WithText(request.FormatEnvelopeToString()).Build();
_packet = new UdpPacketBuilder().WithDataBytes(bytes).WithRemoteEp(_remoteEndPoint).Build();
_channel = new UdpMessageChannel(new SipStack(), new SipValidator(), new SipMessageParser());
}
protected override void GivenOverride()
{
// ((SipAbstractServerTransaction) Stx).Initialize();
var non200FinalResponse = CreateFinalResponse(302, "Moved Temporarily");
Stx.SendResponse(non200FinalResponse);
var ackRequest = new SipRequestBuilder().WithRequestLine(
new SipRequestLineBuilder().WithMethod(SipMethods.Ack).Build()).Build();
Stx.ProcessRequest(new SipRequestEventBuilder().WithRequest(ackRequest).Build());
Stx.State.Should().Be(SipInviteServerTransaction.ConfirmedState); /*required assertion*/
}
protected override void Given()
{
base.Given();
_originalBody = new DataBytesBuilder().WithText("body").Build();
var sipMessage = new SipRequestBuilder()
.WithBody(_originalBody)
.WithContentLength(4).Build();
_bytes = SipFormatter.FormatMessage(sipMessage);
}
public TxSpecificationBase()
{
Sender = new Mock<ISipMessageSender>();
Listener = new Mock<ISipListener>();
TxTable = new SipServerTransactionTable();
Request = new SipRequestBuilder().Build();
var tf = new TimerFactoryStub();
tf.CreateNonInviteStxEndCompletedTimerInterceptor = CreateDefaultNonInviteStxEndCompletedTimer;
TimerFactory = tf;
}
public void ValidateMessage_WithRequestLineVersionSipTwoDotZero_ExpectResultIsTrue()
{
SipValidator v = CreateSipValidator();
var request = new SipRequestBuilder()
.WithRequestLine(new SipRequestLineBuilder().WithVersion("SIP/2.0").Build())
.Build();
var result = v.ValidateMessage(request);
result.IsValid.Should().BeTrue();
}
protected override void Given()
{
base.Given();
_originalBody = new DataBytesBuilder().WithText("body").Build();
var sipMessage = new SipRequestBuilder()
.WithBody(_originalBody)
.WithContentLength(4).Build();
_bytes = SipFormatter.FormatMessage(sipMessage);
}
public TxSpecificationBase()
{
Sender = new Mock <ISipMessageSender>();
Listener = new Mock <ISipListener>();
TxTable = new SipServerTransactionTable();
Request = new SipRequestBuilder().Build();
var tf = new TimerFactoryStub();
tf.CreateNonInviteStxEndCompletedTimerInterceptor = CreateDefaultNonInviteStxEndCompletedTimer;
TimerFactory = tf;
}
protected override void Given()
{
base.Given();
var request = new SipRequestBuilder()
.WithRequestLine(new SipRequestLineBuilder().WithMethod(SipMethods.Register).Build())
.WithCSeq(new SipCSeqHeaderBuilder().WithCommand(SipMethods.Invite).Build())
.Build();
_packet = new UdpPacketBuilder().WithDataBytes(new DataBytesBuilder().WithText(request.FormatEnvelopeToString()).Build()).Build();
_channel = new UdpMessageChannel(new SipStack(), new SipValidator(), new SipMessageParser());
}
protected override void GivenOverride()
{
//((SipAbstractServerTransaction) Stx).Initialize();
_non200FinalResponse = CreateFinalResponse(302, "Moved Temporarily");
Stx.SendResponse(_non200FinalResponse);
var ackRequest = new SipRequestBuilder().WithRequestLine(
new SipRequestLineBuilder().WithMethod(SipMethods.Ack).Build()).Build();
Stx.ProcessRequest(new SipRequestEventBuilder().WithRequest(ackRequest).Build());
Stx.State.Should().Be(SipInviteServerTransaction.ConfirmedState); /*required assertion*/
}
public void ValidateMessage_WithRequestLineVersionSipThreeDotZero_ExpectResultIsFalseAndHasUnSupportedSipVersionIsTrue()
{
SipValidator v = CreateSipValidator();
var request = new SipRequestBuilder()
.WithRequestLine(new SipRequestLineBuilder().WithVersion("SIP/3.0").Build())
.Build();
var result = v.ValidateMessage(request);
result.IsValid.Should().BeFalse();
result.HasUnSupportedSipVersion.Should().BeTrue();
}
protected override void Given()
{
base.Given();
_remoteEndPoint = TestConstants.IpEndPoint1;
var request = new SipRequestBuilder().Build();
var bytes = new DataBytesBuilder().WithText(request.FormatEnvelopeToString()).Build();
_packet = new UdpPacketBuilder().WithDataBytes(bytes).WithRemoteEp(_remoteEndPoint).Build();
_channel = new UdpMessageChannel(new SipStack(), new SipValidator(), new SipMessageParser());
}
protected override void Given()
{
base.Given();
_senderEndPoint = new IPEndPoint(TestConstants.IpAddress1, 5070);
_sentByEndPoint = new IPEndPoint(TestConstants.IpAddress2, 5050);
var via = new SipViaHeaderBuilder().WithSentBy(_sentByEndPoint).WithUseRport(true).Build();
var request = new SipRequestBuilder().WithVias(new SipViaHeaderListBuilder().Add(via).Build()).Build();
var bytes = new DataBytesBuilder().WithText(request.FormatEnvelopeToString()).Build();
_packet = new UdpPacketBuilder().WithDataBytes(bytes).WithRemoteEp(_senderEndPoint).Build();
_channel = new UdpMessageChannel(new SipStack(), new SipValidator(), new SipMessageParser());
}
protected override void When()
{
var ackRequest = new SipRequestBuilder()
.WithRequestLine
(
new SipRequestLineBuilder().WithMethod(SipMethods.Ack).Build()
)
.Build();
Stx.ProcessRequest(new SipRequestEventBuilder().WithRequest(ackRequest).Build());
}
protected override void Given()
{
base.Given();
var request = new SipRequestBuilder()
.WithRequestLine(new SipRequestLineBuilder().WithMethod(SipMethods.Register).Build())
.WithCSeq(new SipCSeqHeaderBuilder().WithCommand(SipMethods.Invite).Build())
.Build();
_packet = new UdpPacketBuilder().WithDataBytes(new DataBytesBuilder().WithText(request.FormatEnvelopeToString()).Build()).Build();
_channel = new UdpMessageChannel(new SipStack(), new SipValidator(), new SipMessageParser());
}
protected override void Given()
{
base.Given();
_senderEndPoint = TestConstants.IpEndPoint1;
_sentByEndPoint = TestConstants.IpEndPoint2;
var via = new SipViaHeaderBuilder().WithSentBy(_sentByEndPoint).Build();
var request = new SipRequestBuilder().WithVias(new SipViaHeaderListBuilder().Add(via).Build()).Build();
var bytes = new DataBytesBuilder().WithText(request.FormatEnvelopeToString()).Build();
_packet = new UdpPacketBuilder().WithDataBytes(bytes).WithRemoteEp(_senderEndPoint).Build();
_channel = new UdpMessageChannel(new SipStack(), new SipValidator(), new SipMessageParser());
}
public void ValidateMessage_WithCSeqMethodDifferentFromRequestLineMethod_ExpectResultIsFalseAndHasInvalidSCeqMethodIsTrue()
{
SipValidator v = CreateSipValidator();
var request = new SipRequestBuilder()
.WithRequestLine(new SipRequestLineBuilder().WithMethod(SipMethods.Register).Build())
.WithCSeq(new SipCSeqHeaderBuilder().WithCommand(SipMethods.Invite).Build())
.Build();
var result = v.ValidateMessage(request);
result.IsValid.Should().BeFalse();
(result as ValidateRequestResult).Should().NotBeNull();
(result as ValidateRequestResult).HasInvalidSCeqMethod.Should().BeTrue();
}
public TxSpecificationBase()
{
Sender = new Mock<ISipMessageSender>();
Listener = new Mock<ISipListener>();
TxTable = new SipServerTransactionTable();
Request = new SipRequestBuilder()
.WithRequestLine
(
new SipRequestLineBuilder().WithMethod(SipMethods.Invite).Build()
)
.Build();
TimerFactory = new TimerFactoryStubBuilder().Build();
}
protected override void Given()
{
base.Given();
_vias = new SipViaHeaderListBuilder()
.Add(new SipViaHeaderBuilder().WithSentBy(TestConstants.IpEndPoint1).Build())
.Add(new SipViaHeaderBuilder().WithSentBy(TestConstants.IpEndPoint2).Build()).Build();
var sipMessage = new SipRequestBuilder()
.WithNoHeaders()
.WithVias(_vias).Build();
_bytes = SipFormatter.FormatMessage(sipMessage);
}
public void ValidateMessage_WithCSeqMethodDifferentFromRequestLineMethod_ExpectResultIsFalseAndHasInvalidSCeqMethodIsTrue()
{
SipValidator v =CreateSipValidator();
var request = new SipRequestBuilder()
.WithRequestLine(new SipRequestLineBuilder().WithMethod(SipMethods.Register).Build())
.WithCSeq(new SipCSeqHeaderBuilder().WithCommand(SipMethods.Invite).Build())
.Build();
var result = v.ValidateMessage(request);
result.IsValid.Should().BeFalse();
(result as ValidateRequestResult).Should().NotBeNull();
(result as ValidateRequestResult).HasInvalidSCeqMethod.Should().BeTrue();
}
protected override void Given()
{
base.Given();
_vias = new SipViaHeaderListBuilder()
.Add(new SipViaHeaderBuilder().WithSentBy(TestConstants.IpEndPoint1).Build())
.Add(new SipViaHeaderBuilder().WithSentBy(TestConstants.IpEndPoint2).Build()).Build();
var sipMessage = new SipRequestBuilder()
.WithNoHeaders()
.WithVias(_vias).Build();
_bytes = SipFormatter.FormatMessage(sipMessage);
}
public TxSpecificationBase()
{
Sender = new Mock <ISipMessageSender>();
Listener = new Mock <ISipListener>();
TxTable = new SipServerTransactionTable();
Request = new SipRequestBuilder()
.WithRequestLine
(
new SipRequestLineBuilder().WithMethod(SipMethods.Invite).Build()
)
.Build();
TimerFactory = new TimerFactoryStubBuilder().Build();
}
public void Test_Retransmit()
{
var s = new Mock<ISipMessageSender>();
var l = new Mock<ISipListener>();
var txTable = new SipClientTransactionTable();
var request = new SipRequestBuilder().Build();
SipNonInviteClientTransaction ctx = new SipNonInviteClientTransaction(txTable, s.Object, l.Object, request, new TimerFactoryMockBuilder().Build());
ctx.SendRequest();
var dateTime = DateTime.Now.AddMilliseconds(SipConstants.T1);
while (dateTime > DateTime.Now) {};
s.Verify(ss => ss.SendRequest(request), Times.Exactly(2));
ctx.Dispose();
}
public TxSpecificationBase()
{
MessageSenderMock = new Mock<ISipMessageSender>();
TxTable = new SipClientTransactionTable();
Request = new SipRequestBuilder()
.WithRequestLine
(
new SipRequestLineBuilder()
.WithMethod(SipMethods.Invite)
.Build()
).Build();
TimerFactory = new TimerFactoryMockBuilder().Build();
ListenerMock = new Mock<ISipListener>();
HeaderFactory = new SipHeaderFactory();
MessageFactory = new SipMessageFactory();
}
public TxSpecificationBase()
{
MessageSenderMock = new Mock <ISipMessageSender>();
TxTable = new SipClientTransactionTable();
Request = new SipRequestBuilder()
.WithRequestLine
(
new SipRequestLineBuilder()
.WithMethod(SipMethods.Invite)
.Build()
).Build();
TimerFactory = new TimerFactoryMockBuilder().Build();
ListenerMock = new Mock <ISipListener>();
HeaderFactory = new SipHeaderFactory();
MessageFactory = new SipMessageFactory();
}
protected SipRequest CreateInviteRequest()
{
var r = new SipRequestBuilder()
.WithRequestLine(
new SipRequestLineBuilder().WithMethod(SipMethods.Invite).Build())
.WithCSeq(
new SipCSeqHeaderBuilder().WithCommand(SipMethods.Invite).Build())
.WithFrom(
new SipFromHeaderBuilder().WithTag(_fromTag).Build())
.WithCallId(
new SipCallIdHeaderBuilder().WithValue(_callId).Build())
.WithContacts(
new SipContactHeaderListBuilder()
.Add(new SipContactHeaderBuilder().WithSipUri(TestConstants.AliceContactUri).Build())
.Build())
.Build();
return r;
}
public void Test_Retransmit()
{
var s = new Mock <ISipMessageSender>();
var l = new Mock <ISipListener>();
var txTable = new SipClientTransactionTable();
var request = new SipRequestBuilder().Build();
SipNonInviteClientTransaction ctx = new SipNonInviteClientTransaction(txTable, s.Object, l.Object, request, new TimerFactoryMockBuilder().Build());
ctx.SendRequest();
var dateTime = DateTime.Now.AddMilliseconds(SipConstants.T1);
while (dateTime > DateTime.Now)
{
}
;
s.Verify(ss => ss.SendRequest(request), Times.Exactly(2));
ctx.Dispose();
}
protected SipRequest CreateInviteRequest(SipUri from, SipUri to)
{
var r = new SipRequestBuilder()
.WithRequestLine(
new SipRequestLineBuilder().WithMethod(SipMethods.Invite).Build())
.WithCSeq(
new SipCSeqHeaderBuilder().WithCommand(SipMethods.Invite).WithSequence(1).Build())
.WithFrom(
new SipFromHeaderBuilder().WithSipUri(from).WithTag(SipUtil.CreateTag()).Build())
.WithTo(
new SipToHeaderBuilder().WithSipUri(to).WithTag(null).Build())
.WithCallId(
new SipCallIdHeaderBuilder().WithValue(SipUtil.CreateCallId()).Build())
.WithContacts(
new SipContactHeaderListBuilder()
.Add(new SipContactHeaderBuilder().WithSipUri(from).Build())
.Build())
.Build();
return(r);
}
protected SipRequest CreateInviteRequest(SipUri from, SipUri to)
{
var r = new SipRequestBuilder()
.WithRequestLine(
new SipRequestLineBuilder().WithMethod(SipMethods.Invite).Build())
.WithCSeq(
new SipCSeqHeaderBuilder().WithCommand(SipMethods.Invite).WithSequence(1).Build())
.WithFrom(
new SipFromHeaderBuilder().WithSipUri(from).WithTag(SipUtil.CreateTag()).Build())
.WithTo(
new SipToHeaderBuilder().WithSipUri(to).WithTag(null).Build())
.WithCallId(
new SipCallIdHeaderBuilder().WithValue(SipUtil.CreateCallId()).Build())
.WithContacts(
new SipContactHeaderListBuilder()
.Add(new SipContactHeaderBuilder().WithSipUri(from).Build())
.Build())
.Build();
return r;
}
public void Test()
{
_requestReceived = new ManualResetEvent(false);
/*setup + start listening*/
var stub = new SipReceivedMessageProcessorStub(OnRequestReceived, (s, e) => { });
var listeningPoint = new IPEndPoint(TestConstants.MyIpAddress, 33333);
var f = new SipFactory();
var stp = new SmartThreadPool();
stp.Start();
var provider = new SipContextSource(listeningPoint, stp);
provider.AddListener(null);
provider.Start();
/*send a message to the listener*/
var send = new SipRequestBuilder().Build();
var requestBytes = SipFormatter.FormatMessage(send);
var udpClient = new UdpClient();
udpClient.Send(requestBytes, requestBytes.Length, listeningPoint);
_requestReceived.WaitOne();
var oc = ObjectComparer.Create();
var received = stub.Requests.First();
oc.Compare(received, send);
Assert.True(oc.Differences.Count == 0, oc.DifferencesString);
}
public void ValidateMessage_WithRequestLineVersionSipThreeDotZero_ExpectResultIsFalseAndHasUnSupportedSipVersionIsTrue()
{
SipValidator v = CreateSipValidator();
var request = new SipRequestBuilder()
.WithRequestLine(new SipRequestLineBuilder().WithVersion("SIP/3.0").Build())
.Build();
var result = v.ValidateMessage(request);
result.IsValid.Should().BeFalse();
result.HasUnSupportedSipVersion.Should().BeTrue();
}
protected override void Given()
{
base.Given();
SipRequest sipMessage = new SipRequestBuilder().Build();
_bytes = SipFormatter.FormatMessage(sipMessage);
}
public void ValidateMessage_WithRequestLineVersionSipTwoDotZero_ExpectResultIsTrue()
{
SipValidator v = CreateSipValidator();
var request = new SipRequestBuilder()
.WithRequestLine(new SipRequestLineBuilder().WithVersion("SIP/2.0").Build())
.Build();
var result = v.ValidateMessage(request);
result.IsValid.Should().BeTrue();
}
