public static ISoftPhone CreateSoftPhone(IPEndPoint listeningPoint)
{
var sipStack = new SipStack();
var sipListeningPoint = sipStack.CreateUdpListeningPoint(listeningPoint);
var provider = sipStack.CreateSipProvider(sipListeningPoint);
return new SoftPhone(provider, sipStack.CreateMessageFactory(), sipStack.CreateHeaderFactory(), sipStack.CreateAddressFactory(), new SoftPhoneStateProvider(), new TimerFactory(), sipListeningPoint);
}
protected override void When()
{
var f = new SipStack();
var messageFacttory = f.CreateMessageFactory();
var headerFactory = f.CreateHeaderFactory();
foreach (string message in _messages)
{
var parserContext = new SipParserContext(messageFacttory, headerFactory);
parserContext.ParseCompleted += (s, e) => _subjectFoldedRequest.Add((SipRequest)e.Message);
parserContext.Parse(SipFormatter.FormatToBytes(message));
}
}
//want follow the jain-sip implementation. I just use a guid. SipUtil.CreateCallId();
//public SipCallIdHeader GetNewCallId()
//{
// String callId = SipUtil.GenerateCallIdentifier(this.getListeningPoint()
// .getIPAddress());
// SipCallIdHeader callid = new SipCallIdHeader();
// return callid;
//}
internal SipProvider(SipStack stack, ISipContextSource contextSource)
{
Check.Require(stack, "stack");
Check.Require(contextSource, "contextSource");
_stack = stack;
_contextSource = contextSource;
contextSource.NewContextReceived +=(s,e) => OnNewContextReceived(e.Context);
contextSource.UnhandledException += (s, e) => OnContextSourceUnhandledException(e.Exception);
_ctxTable = new SipClientTransactionTable();
_stxTable = new SipServerTransactionTable();
_dialogTable = new SipDialogTable();
}
//want follow the jain-sip implementation. I just use a guid. SipUtil.CreateCallId();
//public SipCallIdHeader GetNewCallId()
//{
// String callId = SipUtil.GenerateCallIdentifier(this.getListeningPoint()
// .getIPAddress());
// SipCallIdHeader callid = new SipCallIdHeader();
// return callid;
//}
internal SipProvider(SipStack stack, ISipContextSource contextSource)
{
Check.Require(stack, "stack");
Check.Require(contextSource, "contextSource");
_stack = stack;
_contextSource = contextSource;
contextSource.NewContextReceived += (s, e) => OnNewContextReceived(e.Context);
contextSource.UnhandledException += (s, e) => OnContextSourceUnhandledException(e.Exception);
_ctxTable = new SipClientTransactionTable();
_stxTable = new SipServerTransactionTable();
_dialogTable = new SipDialogTable();
}
protected override void Given()
{
_packet1 = new FakeUdpPacket("1", DefaultRemoteEp);
_packet2 = new FakeUdpPacket("1", DefaultRemoteEp);
var fakePackets = new Stack<FakeUdpPacket>();
fakePackets.Push(_packet1);
fakePackets.Push(_packet2);
_fakeSocketImpl = new FakeSocketImpl(fakePackets);
_messageprocessor = new Mock<IUdpMessageProcessor>();
_sipStack = new SipStack();
_udpServer = new UdpServer(_sipStack, _listeningPoint, _fakeSocketImpl, _messageprocessor.Object);
}
public void Setup()
{
_ipAddress =
Dns.GetHostAddresses(string.Empty).Where(a => a.AddressFamily == AddressFamily.InterNetwork).First();
/*create stack*/
_stack = new SipStack();
/*create sipproviders*/
_senderProvider = _stack.CreateSipProvider(_stack.CreateUdpListeningPoint(_ipAddress, 12345));
_receiverProvider = _stack.CreateSipProvider(_stack.CreateUdpListeningPoint(_ipAddress, 23456));
/*start both providers*/
_senderProvider.Start();
_receiverProvider.Start();
}
public void Start()
{
if(_configuration == null) throw new InvalidOperationException("The server is not configured.");
_stack = new SipStack();
_stack.MaxWorkerThreads = _configuration.MaxThreadPoolSize;
_stack.MinWorkerThreads = _configuration.MinThreadPoolSize;
_stack.EnableThreadPoolPerformanceCounters = _configuration.EnableThreadPoolPerformanceCounters;
var listeningPoint = _stack.CreateUdpListeningPoint(_ipEndPoint);
_provider = (SipProvider)_stack.CreateSipProvider(listeningPoint);
_listener = new SipServerListener();
_registrar = InitializeRegistrar();
_listener.AddRequestHandler(_registrar);
_provider.AddSipListener(_listener);
//_stack.Start();
}
protected override void Given()
{
_contextSource = new FakeSipContextSource();
_sipStack = new SipStack();
_provider = new SipProvider(_sipStack, _contextSource);
_inviteRequest = CreateInviteRequest();
BeforeCreateInviteTransaction();
_inviteTransaction = _provider.CreateClientTransaction(_inviteRequest).As<SipInviteClientTransaction>();
_dialog = _provider.CreateClientDialog(_inviteTransaction);
_inviteTransaction.SendRequest();
GivenOverride();
}
private void _btnStartStop_Click(object sender, EventArgs e)
{
if (!_isStarted)
{
var ipEndPoint = SipUtil.ParseIpEndPoint(Configuration.BindIpEndPoint);
var outboundProxy = SipUtil.ParseIpEndPoint(Configuration.OutboundProxyIpEndPoint);
SipStack = new SipStack();
var listeningPoint = SipStack.CreateUdpListeningPoint(ipEndPoint);
SipStack.MaxWorkerThreads = Configuration.MaxThreadPoolSize;
SipStack.MinWorkerThreads = Configuration.MinThreadPoolSize;
SipStack.OutBoundProxy = outboundProxy;
SipStack.EnableThreadPoolPerformanceCounters = Configuration.EnableThreadPoolPerformanceCounters;
//SipStack.IsStateFull = Configuration.IsStateFull;
SipProvider = (SipProvider)SipStack.CreateSipProvider(listeningPoint);
MainSipListener = new SipPipeLineListener(this);
SipProvider.AddSipListener(MainSipListener);
SipProvider.AddExceptionHandler(this);
SipProvider.Start();
HeaderFactory = SipStack.CreateHeaderFactory();
MessageFactory = SipStack.CreateMessageFactory();
AddressFactory = SipStack.CreateAddressFactory();
ExecuteActionHelper.ExecuteAction(delegate()
{
FormsManager.OpenForm(typeof(LogForm), null);
});
_lblIpAddress.Text = string.Format("IP:{0}", ipEndPoint.ToString());
}
else
{
SipProvider.Stop();
}
_isStarted = !_isStarted;
_btnStartStop.Text = _isStarted ? "Stop" : "Start";
_grbNavigation.Enabled = _isStarted;
}