private static void Main()
{
try
{
Message message = new Message("Hi, Message!");
InviteMessage inviteMessage = new InviteMessage("Hi, InviteMessage");
message.Send();
inviteMessage.Send();
}
catch (Exception ex)
{
Console.WriteLine(ex.Message);
}
Console.ReadLine();
}
/// <summary>
/// Finds a message type to handle the message.
/// </summary>
public ReceivableMessage Process()
{
// Named messages.
if (NickMessage.CanProcess(this))
{
return(new NickMessage(this));
}
if (QuitMessage.CanProcess(this))
{
return(new QuitMessage(this));
}
if (JoinMessage.CanProcess(this))
{
return(new JoinMessage(this));
}
if (PartMessage.CanProcess(this))
{
return(new PartMessage(this));
}
if (PrivateMessage.CanProcess(this))
{
return(new PrivateMessage(this));
}
if (PingMessage.CanProcess(this))
{
return(new PingMessage(this));
}
if (NoticeMessage.CanProcess(this))
{
return(new NoticeMessage(this));
}
if (UserModeMessage.CanProcess(this))
{
return(new UserModeMessage(this));
}
if (ChannelModeMessage.CanProcess(this))
{
return(new ChannelModeMessage(this));
}
if (KickMessage.CanProcess(this))
{
return(new KickMessage(this));
}
if (InviteMessage.CanProcess(this))
{
return(new InviteMessage(this));
}
if (OperwallMessage.CanProcess(this))
{
return(new OperwallMessage(this));
}
if (Receive.TopicMessage.CanProcess(this))
{
return(new Receive.TopicMessage(this));
}
// IRCv3 messages.
if (Receive.v3.CapabilityMessage.CanProcess(this))
{
return(new Receive.v3.CapabilityMessage(this));
}
if (Receive.v3.AwayMessage.CanProcess(this))
{
return(new Receive.v3.AwayMessage(this));
}
// Numerics.
if (NumericMessage.CanProcess(this))
{
// Pass all numeric messages to NumericMessage so an event can be fired, then pass it to more specific instances.
// ReSharper disable once ObjectCreationAsStatement
new NumericMessage(this);
if (WelcomeMessage.CanProcess(this))
{
return(new WelcomeMessage(this));
}
if (YourHostMessage.CanProcess(this))
{
return(new YourHostMessage(this));
}
if (CreatedMessage.CanProcess(this))
{
return(new CreatedMessage(this));
}
if (MyInfoMessage.CanProcess(this))
{
return(new MyInfoMessage(this));
}
if (SupportMessage.CanProcess(this))
{
return(new SupportMessage(this));
}
if (BounceMessage.CanProcess(this))
{
return(new BounceMessage(this));
}
if (MOTDEndMessage.CanProcess(this))
{
return(new MOTDEndMessage(this));
}
if (MOTDStartMessage.CanProcess(this))
{
return(new MOTDStartMessage(this));
}
if (MOTDMessage.CanProcess(this))
{
return(new MOTDMessage(this));
}
if (LUserMessage.CanProcess(this))
{
return(new LUserMessage(this));
}
if (NamesMessage.CanProcess(this))
{
return(new NamesMessage(this));
}
if (EndOfNamesMessage.CanProcess(this))
{
return(new EndOfNamesMessage(this));
}
if (TopicMessage.CanProcess(this))
{
return(new TopicMessage(this));
}
if (TopicWhoTimeMessage.CanProcess(this))
{
return(new TopicWhoTimeMessage(this));
}
if (ListMessage.CanProcess(this))
{
return(new ListMessage(this));
}
if (ListEndMessage.CanProcess(this))
{
return(new ListEndMessage(this));
}
if (YoureOperMessage.CanProcess(this))
{
return(new YoureOperMessage(this));
}
if (AwayMessage.CanProcess(this))
{
return(new AwayMessage(this));
}
if (UnAwayMessage.CanProcess(this))
{
return(new UnAwayMessage(this));
}
if (NowAwayMessage.CanProcess(this))
{
return(new NowAwayMessage(this));
}
if (ChannelModeIsMessage.CanProcess(this))
{
return(new ChannelModeIsMessage(this));
}
if (UModeIsMessage.CanProcess(this))
{
return(new UModeIsMessage(this));
}
if (VersionMessage.CanProcess(this))
{
return(new VersionMessage(this));
}
if (TimeMessage.CanProcess(this))
{
return(new TimeMessage(this));
}
if (WhoMessage.CanProcess(this))
{
return(new WhoMessage(this));
}
if (WhoisMessage.CanProcess(this))
{
return(new WhoisMessage(this));
}
if (EndOfWhoMessage.CanProcess(this))
{
return(new EndOfWhoMessage(this));
}
if (EndOfWhoisMessage.CanProcess(this))
{
return(new EndOfWhoisMessage(this));
}
if (BanListMessage.CanProcess(this))
{
return(new BanListMessage(this));
}
if (EndOfBanListMessage.CanProcess(this))
{
return(new EndOfBanListMessage(this));
}
if (InviteListMessage.CanProcess(this))
{
return(new InviteListMessage(this));
}
if (EndOfInviteListMessage.CanProcess(this))
{
return(new EndOfInviteListMessage(this));
}
if (ExceptListMessage.CanProcess(this))
{
return(new ExceptListMessage(this));
}
if (EndOfExceptListMessage.CanProcess(this))
{
return(new EndOfExceptListMessage(this));
}
if (IsOnMessage.CanProcess(this))
{
return(new IsOnMessage(this));
}
// Catch all for unhandled error messages.
if (ErrorMessage.CanProcess(this))
{
return(new ErrorMessage(this));
}
}
Console.WriteLine("Message handler for \"" + Text + "\" not found.");
return(null);
}
public void DeserializeInviteMessageWithIsupAndSdp(bool includeIsup, bool includeSdp)
{
MediaGateway.RegisterCodec(MediaGateway.AudioCodec.G711Alaw, () => new AlawMediaCodec(null, null));
const string CallId = "ABC";
const string LocalIp = "127.0.0.1";
Contact to = "[email protected]:5060;user=phone";
var @from = new Contact(
"[email protected]:5060",
null,
new[] { new KeyValuePair <string, string>("user", "phone") });
Contact callerContact = "[email protected]:5060";
var invite = new InviteMessage(CallId, to, @from, @from);
var port = MediaGateway.GetNextPort();
if (includeSdp)
{
invite.SdpData = new Sdp();
invite.SdpData.AddParameter("o", string.Format("- {0} 0 IN IP4 {1}", 10, LocalIp))
.AddParameter("s", "-")
.AddParameter("c", "IN IP4 " + LocalIp)
.AddParameter("t", "0 0")
.AddParameter("m", string.Format("audio {0} RTP/AVP 8 101", port))
.AddParameter("a", "rtpmap:8 PCMA/8000")
.AddParameter("a", "rtpmap:101 telephone-event/8000")
.AddParameter("a", "fmtp:101 0-15").AddParameter("a", "sendrecv");
}
if (includeIsup)
{
var isup = new IsupInitialAddress();
invite.IsupData = isup;
isup.ForwardCallIndicator.LoadParameterData(new byte[] { 0x20, 0x01 });
isup.CallingPartyCategory.CategoryFlags = CallingPartyCategory.Category.Unknown;
isup.NatureOfConnectionIndicator.EchoControlIncluded = false;
isup.NatureOfConnectionIndicator.ContinuityCheckIndicator =
NatureOfConnection.ContinuityCheckIndicatorFlags.NotRequired;
isup.NatureOfConnectionIndicator.SatelliteIndicator = NatureOfConnection.SatelliteIndicatorFlags.One;
isup.CalledNumber.Number = new string(invite.To.Address.TakeWhile(a => a != '@').ToArray());
isup.CalledNumber.NumberingFlags = NAIFlags.RoutingNotAllowed | NAIFlags.Isdn;
isup.CalledNumber.Flags = PhoneFlags.NAINationalNumber;
var callingNumber = invite.IsupData.AddOptionalParameter(new IsupPhoneNumberParameter(IsupParameterType.CallingPartyNumber)
{
Number = invite.From.Address.Split('@').FirstOrDefault()
});
callingNumber.NumberingFlags |= NAIFlags.ScreeningVerifiedAndPassed | NAIFlags.NetworProvided;
isup.AddOptionalParameter(new IsupPhoneNumberParameter(IsupParameterType.OriginalCalledNumber)
{
Number = callerContact.Address.Split('@').FirstOrDefault(),
Flags = callingNumber.Flags,
NumberingFlags = NAIFlags.PresentationRestricted | NAIFlags.Isdn
});
isup.AddOptionalParameter(new IsupPhoneNumberParameter(IsupParameterType.RedirectingNumber)
{
Number = callerContact.Address.Split('@').FirstOrDefault(),
Flags = callingNumber.Flags,
NumberingFlags = NAIFlags.PresentationRestricted | NAIFlags.Isdn
});
isup.AddOptionalParameter(new RedirectInfo {
RedirectReason = RedirReason.NoReply, RedirectCounter = 1, RedirectIndicatorFlags = RedirectInfo.RedirectIndicator.CallDiverted
});
}
if (includeSdp)
{
invite.Headers["Via"] = string.Format("SIP/2.0/UDP {0}:5060;branch=z9hG4bK7fe{1}", LocalIp, DateTime.Now.Ticks.ToString("X8").ToLowerInvariant());
}
var bytes = invite.Serialize();
var deserialized = SipMessage.Parse(bytes) as InviteMessage;
Assert.IsNotNull(deserialized, "message isn't an invite");
Assert.That(invite.Contact, Is.EqualTo(deserialized.Contact));
Assert.AreEqual(invite.Contact.ToString(), deserialized.Contact.ToString());
Assert.AreEqual(invite.From, deserialized.From);
Assert.AreEqual(invite.To, deserialized.To);
if (includeSdp)
{
Assert.AreEqual(invite.SdpData.ContentText, deserialized.SdpData.ContentText);
}
if (includeIsup)
{
Assert.AreEqual(invite.IsupData.GetByteArray().ToHex().ToUpper(), deserialized.IsupData.GetByteArray().ToHex().ToUpper());
}
Assert.AreEqual(invite.Method, deserialized.Method);
}