private void CtcpDccDelegate(CtcpEventArgs e)
{
if (e.Data.MessageArray.Length < 2) {
SendMessage(SendType.CtcpReply, e.Data.Nick, "ERRMSG DCC missing parameters");
} else {
switch(e.Data.MessageArray[1]) {
case "CHAT":
DccChat chat = new DccChat(this, _ExternalIpAdress, e);
_DccConnections.Add(chat);
ThreadPool.QueueUserWorkItem(new WaitCallback(chat.InitWork));
break;
case "SEND":
if (e.Data.MessageArray.Length > 6 && (FilterMarker(e.Data.MessageArray[6]) != "T")) {
long session = -1;
long.TryParse(FilterMarker(e.Data.MessageArray[6]), out session);
foreach(DccConnection dc in _DccConnections) {
if(dc.isSession(session)) {
((DccSend)dc).SetRemote(e);
((DccSend)dc).AcceptRequest(null, 0);
return;
}
}
SendMessage(SendType.CtcpReply, e.Data.Nick, "ERRMSG Invalid passive DCC");
} else {
DccSend send = new DccSend(this, _ExternalIpAdress, e);
_DccConnections.Add(send);
ThreadPool.QueueUserWorkItem(new WaitCallback(send.InitWork));
}
break;
case "RESUME":
foreach(DccConnection dc in _DccConnections) {
if((dc is DccSend) && (((DccSend)dc).TryResume(e))) {
return;
}
}
SendMessage(SendType.CtcpReply, e.Data.Nick, "ERRMSG Invalid DCC RESUME");
break;
case "ACCEPT":
foreach(DccConnection dc in _DccConnections) {
if((dc is DccSend) && (((DccSend)dc).TryAccept(e))) {
return;
}
}
SendMessage(SendType.CtcpReply, e.Data.Nick, "ERRMSG Invalid DCC ACCEPT");
break;
case "XMIT":
SendMessage(SendType.CtcpReply, e.Data.Nick, "ERRMSG DCC XMIT not implemented");
break;
default:
SendMessage(SendType.CtcpReply, e.Data.Nick, "ERRMSG DCC "+e.CtcpParameter+" unavailable");
break;
}
}
}
internal bool TryResume(CtcpEventArgs e)
{
if (User == e.Data.Nick)
{
if ((e.Data.MessageArray.Length > 4) && (_Filename == e.Data.MessageArray[2].Trim(new char[] { '\"' })))
{
long offset = 0;
long.TryParse(FilterMarker(e.Data.MessageArray[4]), out offset);
if (_File.CanSeek)
{
if (e.Data.MessageArray.Length > 5)
{
Irc.SendMessage(SendType.CtcpRequest, e.Data.Nick, "DCC ACCEPT " + e.Data.MessageArray[2] + " " + e.Data.MessageArray[3] + " " + e.Data.MessageArray[4] + " " + FilterMarker(e.Data.MessageArray[5]));
}
else
{
Irc.SendMessage(SendType.CtcpRequest, e.Data.Nick, "DCC ACCEPT " + e.Data.MessageArray[2] + " " + e.Data.MessageArray[3] + " " + FilterMarker(e.Data.MessageArray[4]));
}
_File.Seek(offset, SeekOrigin.Begin);
_SentBytes = offset;
return(true);
}
else
{
Irc.SendMessage(SendType.CtcpRequest, e.Data.Nick, "ERRMSG DCC File not seekable");
}
}
}
return(false);
}
/// <summary>
/// Constructor of a DCC Chat for a Incoming DCC Chat Request
/// </summary>
/// <param name="irc">IrcFeature Class</param>
/// <param name="externalIpAdress">Our externally reachable IP Adress</param>
/// <param name="e">The Ctcp Event which initiated this constructor</param>
internal DccChat(IrcFeatures irc, IPAddress externalIpAdress, CtcpEventArgs e)
{
Irc = irc;
ExternalIPAdress = externalIpAdress;
User = e.Data.Nick;
if (e.Data.MessageArray.Length > 4)
{
bool okIP = Int64.TryParse(e.Data.MessageArray[3], out long ip);
bool okPo = Int32.TryParse(FilterMarker(e.Data.MessageArray[4]), out int port); // port 0 = passive
if ((e.Data.MessageArray[2] == "chat") && okIP && okPo)
{
RemoteEndPoint = new IPEndPoint(IPAddress.Parse(DccIntToHost(ip)), port);
if (e.Data.MessageArray.Length > 5 && e.Data.MessageArray[5] != "T")
{
AcceptRequest(); // Since we initated the Request, we accept DCC
return; // No OnDccChatRequestEvent Event! (we know that we want a connection)
}
DccChatRequestEvent(new DccEventArgs(this));
return;
}
else
{
irc.SendMessage(SendType.CtcpReply, e.Data.Nick, "ERRMSG DCC Chat Parameter Error");
}
}
else
{
irc.SendMessage(SendType.CtcpReply, e.Data.Nick, "ERRMSG DCC Chat not enough parameters");
}
isValid = false;
}
internal DccSend(IrcFeatures irc, IPAddress externalIpAdress, CtcpEventArgs e)
{
/* Remote Request */
Irc = irc;
_DirectionUp = false;
User = e.Data.Nick;
if (e.Data.MessageArray.Length > 4)
{
long filesize = 0;
if (e.Data.MessageArray.Length > 5)
{
bool okFs = Int64.TryParse(FilterMarker(e.Data.MessageArray[5]), out filesize);
_Filesize = filesize;
_Filename = e.Data.MessageArray[2].Trim('"');
}
if (Int64.TryParse(e.Data.MessageArray[3], out long ip) && Int32.TryParse(e.Data.MessageArray[4], out int port)) // port 0 = passive
{
RemoteEndPoint = new IPEndPoint(IPAddress.Parse(DccIntToHost(ip)), port);
DccSendRequestEvent(new DccSendRequestEventArgs(this, e.Data.MessageArray[2], filesize));
return;
}
irc.SendMessage(SendType.CtcpReply, e.Data.Nick, "ERRMSG DCC Send Parameter Error");
}
else
{
irc.SendMessage(SendType.CtcpReply, e.Data.Nick, "ERRMSG DCC Send not enough parameters");
}
}
/// <summary>
/// Constructor of a DCC Chat for a Incoming DCC Chat Request
/// </summary>
/// <param name="irc">IrcFeature Class</param>
/// <param name="externalIpAdress">Our externally reachable IP Adress</param>
/// <param name="e">The Ctcp Event which initiated this constructor</param>
internal DccChat(IrcFeatures irc, IPAddress externalIpAdress, CtcpEventArgs e) : base ()
{
this.Irc = irc;
this.ExternalIPAdress = externalIpAdress;
this.User = e.Data.Nick;
long ip; int port;
if (e.Data.MessageArray.Length > 4) {
bool okIP = long.TryParse(e.Data.MessageArray[3], out ip);
bool okPo = int.TryParse(FilterMarker(e.Data.MessageArray[4]), out port); // port 0 = passive
if((e.Data.MessageArray[2]=="chat") && okIP && okPo) {
RemoteEndPoint = new IPEndPoint(IPAddress.Parse(DccIntToHost(ip)), port);
if (e.Data.MessageArray.Length > 5 && e.Data.MessageArray[5] != "T") {
this.AcceptRequest(); // Since we initated the Request, we accept DCC
return; // No OnDccChatRequestEvent Event! (we know that we want a connection)
}
DccChatRequestEvent(new DccEventArgs(this));
return;
} else {
irc.SendMessage(SendType.CtcpReply, e.Data.Nick, "ERRMSG DCC Chat Parameter Error");
}
} else {
irc.SendMessage(SendType.CtcpReply, e.Data.Nick, "ERRMSG DCC Chat not enough parameters");
}
this.isValid = false;
}
internal DccSend(IrcFeatures irc, IPAddress externalIpAdress, CtcpEventArgs e)
: base()
{
/* Remote Request */
this.Irc = irc;
_DirectionUp = false;
User = e.Data.Nick;
if (e.Data.MessageArray.Length > 4) {
long ip, filesize = 0; int port = 0;
bool okIP = long.TryParse(e.Data.MessageArray[3], out ip);
bool okPo = int.TryParse(e.Data.MessageArray[4], out port); // port 0 = passive
if (e.Data.MessageArray.Length > 5) {
bool okFs = long.TryParse(FilterMarker(e.Data.MessageArray[5]), out filesize);
_Filesize = filesize;
_Filename = e.Data.MessageArray[2].Trim(new char[] {'\"'});
}
if (okIP && okPo) {
RemoteEndPoint = new IPEndPoint(IPAddress.Parse(DccIntToHost(ip)), port);
DccSendRequestEvent(new DccSendRequestEventArgs(this, e.Data.MessageArray[2], filesize));
return;
} else {
irc.SendMessage(SendType.CtcpReply, e.Data.Nick, "ERRMSG DCC Send Parameter Error");
}
} else {
irc.SendMessage(SendType.CtcpReply, e.Data.Nick, "ERRMSG DCC Send not enough parameters");
}
}
internal DccSend(IrcFeatures irc, IPAddress externalIpAdress, CtcpEventArgs e) : base()
{
/* Remote Request */
this.Irc = irc;
_DirectionUp = false;
User = e.Data.Nick;
if (e.Data.MessageArray.Length > 4)
{
long ip, filesize = 0; int port = 0;
bool okIP = long.TryParse(e.Data.MessageArray[3], out ip);
bool okPo = int.TryParse(e.Data.MessageArray[4], out port); // port 0 = passive
if (e.Data.MessageArray.Length > 5)
{
bool okFs = long.TryParse(FilterMarker(e.Data.MessageArray[5]), out filesize);
_Filesize = filesize;
_Filename = e.Data.MessageArray[2].Trim(new char[] { '\"' });
}
if (okIP && okPo)
{
RemoteEndPoint = new IPEndPoint(IPAddress.Parse(DccIntToHost(ip)), port);
DccSendRequestEvent(new DccSendRequestEventArgs(this, e.Data.MessageArray[2], filesize));
return;
}
else
{
irc.SendMessage(SendType.CtcpReply, e.Data.Nick, "ERRMSG DCC Send Parameter Error");
}
}
else
{
irc.SendMessage(SendType.CtcpReply, e.Data.Nick, "ERRMSG DCC Send not enough parameters");
}
}
private void CtcpClientInfoDelegate(CtcpEventArgs e)
{
string clientInfo = "CLIENTINFO";
foreach (KeyValuePair <string, CtcpDelegate> kvp in _CtcpDelegates)
{
clientInfo = clientInfo + " " + kvp.Key.ToUpper();
}
SendMessage(SendType.CtcpReply, e.Data.Nick, clientInfo);
}
internal bool SetRemote(CtcpEventArgs e)
{
// port 0 = passive
if (Int64.TryParse(e.Data.MessageArray[3], out long ip) && Int32.TryParse(e.Data.MessageArray[4], out int port))
{
RemoteEndPoint = new IPEndPoint(IPAddress.Parse(DccIntToHost(ip)), port);
return(true);
}
return(false);
}
private void CtcpPingDelegate(CtcpEventArgs e)
{
if (e.Data.Message.Length > 7)
{
SendMessage(SendType.CtcpReply, e.Data.Nick, "PING " + e.Data.Message.Substring(6, (e.Data.Message.Length - 7)));
}
else
{
SendMessage(SendType.CtcpReply, e.Data.Nick, "PING"); //according to RFC, it should be PONG!
}
}
/// <summary>
/// This is the correct Rfc Ping Delegate, which is not used because all other clients do not use the PING According to RfC
/// </summary>
/// <param name="e"></param>
private void CtcpRfcPingDelegate(CtcpEventArgs e)
{
if (e.Data.Message.Length > 7)
{
SendMessage(SendType.CtcpReply, e.Data.Nick, "PONG " + e.Data.Message.Substring(6, (e.Data.Message.Length - 7)));
}
else
{
SendMessage(SendType.CtcpReply, e.Data.Nick, "PONG");
}
}
internal bool TryAccept(CtcpEventArgs e)
{
if (User == e.Data.Nick)
{
if ((e.Data.MessageArray.Length > 4) && (_Filename == e.Data.MessageArray[2].Trim(new char[] { '\"' })))
{
return(this.AcceptRequest(null, 0));
}
}
return(false);
}
private void CtcpRequestsHandler(object sender, CtcpEventArgs e)
{
if (_CtcpDelegates.ContainsKey(e.CtcpCommand))
{
_CtcpDelegates[e.CtcpCommand].Invoke(e);
}
else
{
/* No CTCP Handler for this Command */
}
RemoveInvalidDccConnections();
}
internal bool SetRemote(CtcpEventArgs e)
{
long ip;
int port = 0;
bool okIP = long.TryParse(e.Data.MessageArray[3], out ip);
bool okPo = int.TryParse(e.Data.MessageArray[4], out port); // port 0 = passive
if (okIP && okPo)
{
RemoteEndPoint = new IPEndPoint(IPAddress.Parse(DccIntToHost(ip)), port);
return(true);
}
return(false);
}
public static void irc_OnCtcpRequest(object sender, CtcpEventArgs e)
{
switch (e.CtcpCommand)
{
case "VERSION":
irc.SendMessage(SendType.CtcpReply, e.Data.Nick,
"\rVERSION" + " Bot version: r" + Revision.bot_revision + "-trunk");
break;
case "TIME":
irc.SendMessage(SendType.CtcpReply, e.Data.Nick, "\rtime \r" + DateTime.Now);
break;
}
}
void ClientOnOnCtcpReply(object sender, CtcpEventArgs ctcpEventArgs)
{
try{
var strTime = ctcpEventArgs.CtcpParameter;
var semicolonIdx = strTime.IndexOf(':');
var timeStr = strTime.Substring(semicolonIdx - 2, 5);
var hourStr = timeStr.Substring(0, 2);
var hour = int.Parse(hourStr);
var diff = hour - DateTime.Now.Hour;
var userNick = ctcpEventArgs.Data.Nick;
var userChannel = _activeCtcp.Where(usr => usr.Nick.Equals(userNick)).ToList()[0].Channel;
_usersToGreet.Add(new User(userNick, userChannel, diff));
}
catch (Exception e){
int g = 5;
}
}
private void CtcpUrlDelegate(CtcpEventArgs e)
{
SendMessage(SendType.CtcpReply, e.Data.Nick, "URL " + ((CtcpUrl == null)?"http://www.google.com":CtcpUrl));
}
private void CtcpUserInfoDelegate(CtcpEventArgs e)
{
SendMessage(SendType.CtcpReply, e.Data.Nick, "USERINFO " + ((CtcpUserInfo == null)?"No user info given.":CtcpUserInfo));
}
private void CtcpPingDelegate(CtcpEventArgs e)
{
if (e.Data.Message.Length > 7) {
SendMessage(SendType.CtcpReply, e.Data.Nick, "PING "+e.Data.Message.Substring(6, (e.Data.Message.Length-7)));
} else {
SendMessage(SendType.CtcpReply, e.Data.Nick, "PING"); //according to RFC, it should be PONG!
}
}
private void CtcpVersionDelegate(CtcpEventArgs e) => SendMessage(SendType.CtcpReply, e.Data.Nick, "VERSION " + (CtcpVersion ?? VersionString));
internal bool TryAccept(CtcpEventArgs e)
{
if (User == e.Data.Nick) {
if ((e.Data.MessageArray.Length > 4) && (_Filename == e.Data.MessageArray[2].Trim(new char[] {'\"'}))) {
return this.AcceptRequest(null, 0);
}
}
return false;
}
/// <summary>
/// This is the correct Rfc Ping Delegate, which is not used because all other clients do not use the PING According to RfC
/// </summary>
/// <param name="e"></param>
private void CtcpRfcPingDelegate(CtcpEventArgs e)
{
if (e.Data.Message.Length > 7) {
SendMessage(SendType.CtcpReply, e.Data.Nick, "PONG "+e.Data.Message.Substring(6, (e.Data.Message.Length-7)));
} else {
SendMessage(SendType.CtcpReply, e.Data.Nick, "PONG");
}
}
private void CtcpDccDelegate(CtcpEventArgs e)
{
if (e.Data.MessageArray.Length < 2)
{
SendMessage(SendType.CtcpReply, e.Data.Nick, "ERRMSG DCC missing parameters");
}
else
{
switch (e.Data.MessageArray[1])
{
case "CHAT":
DccChat chat = new DccChat(this, _ExternalIpAdress, e);
_DccConnections.Add(chat);
ThreadPool.QueueUserWorkItem(new WaitCallback(chat.InitWork));
break;
case "SEND":
if (e.Data.MessageArray.Length > 6 && (FilterMarker(e.Data.MessageArray[6]) != "T"))
{
long session = -1;
long.TryParse(FilterMarker(e.Data.MessageArray[6]), out session);
foreach (DccConnection dc in _DccConnections)
{
if (dc.isSession(session))
{
((DccSend)dc).SetRemote(e);
((DccSend)dc).AcceptRequest(null, 0);
return;
}
}
SendMessage(SendType.CtcpReply, e.Data.Nick, "ERRMSG Invalid passive DCC");
}
else
{
DccSend send = new DccSend(this, _ExternalIpAdress, e);
_DccConnections.Add(send);
ThreadPool.QueueUserWorkItem(new WaitCallback(send.InitWork));
}
break;
case "RESUME":
foreach (DccConnection dc in _DccConnections)
{
if ((dc is DccSend) && (((DccSend)dc).TryResume(e)))
{
return;
}
}
SendMessage(SendType.CtcpReply, e.Data.Nick, "ERRMSG Invalid DCC RESUME");
break;
case "ACCEPT":
foreach (DccConnection dc in _DccConnections)
{
if ((dc is DccSend) && (((DccSend)dc).TryAccept(e)))
{
return;
}
}
SendMessage(SendType.CtcpReply, e.Data.Nick, "ERRMSG Invalid DCC ACCEPT");
break;
case "XMIT":
SendMessage(SendType.CtcpReply, e.Data.Nick, "ERRMSG DCC XMIT not implemented");
break;
default:
SendMessage(SendType.CtcpReply, e.Data.Nick, "ERRMSG DCC " + e.CtcpParameter + " unavailable");
break;
}
}
}
private void _OnCtcpRequest(object sender, CtcpEventArgs e)
{
Session.AddTextToChat(_NetworkChat, String.Format(
_("{0} [{1}] requested CTCP {2} from {3}: {4}"),
e.Data.Nick, e.Data.Ident+"@"+e.Data.Host,
e.CtcpCommand, _IrcClient.Nickname,
e.CtcpParameter));
}
private void CtcpUserInfoDelegate(CtcpEventArgs e)
{
SendMessage(SendType.CtcpReply, e.Data.Nick, "USERINFO " + ((CtcpUserInfo==null)?"No user info given.":CtcpUserInfo));
}
private void CtcpVersionDelegate(CtcpEventArgs e)
{
SendMessage(SendType.CtcpReply, e.Data.Nick, "VERSION " + ((CtcpVersion==null)?VersionString:CtcpVersion));
}
private void CtcpUrlDelegate(CtcpEventArgs e)
{
SendMessage(SendType.CtcpReply, e.Data.Nick, "URL " + ((CtcpUrl==null)?"http://www.google.com":CtcpUrl));
}
private void CtcpTimeDelegate(CtcpEventArgs e)
{
SendMessage(SendType.CtcpReply, e.Data.Nick, "TIME " + DateTime.Now.ToString("r"));
}
private void CtcpSourceDelegate(CtcpEventArgs e)
{
SendMessage(SendType.CtcpReply, e.Data.Nick, "SOURCE " + ((CtcpSource==null)?"http://smartirc4net.meebey.net":CtcpSource));
}
private void CtcpSourceDelegate(CtcpEventArgs e)
{
SendMessage(SendType.CtcpReply, e.Data.Nick, "SOURCE " + ((CtcpSource == null)?"http://smartirc4net.meebey.net":CtcpSource));
}
private void CtcpUserInfoDelegate(CtcpEventArgs e) => SendMessage(SendType.CtcpReply, e.Data.Nick, "USERINFO " + (CtcpUserInfo ?? "No user info given."));
private void CtcpFingerDelegate(CtcpEventArgs e)
{
SendMessage(SendType.CtcpReply, e.Data.Nick, "FINGER Don't touch little Helga there! ");
//SendMessage(SendType.CtcpReply, e.Data.Nick, "FINGER " + this.Realname + " (" + this.Email + ") Idle " + this.Idle + " seconds (" + ((string.IsNullOrEmpty(this.Reason))?this.Reason:"-") + ") " );
}
private void _OnCtcpRequest(object sender, CtcpEventArgs e)
{
Session.AddTextToChat(_NetworkChat,
String.Format(
// TRANSLATOR: {0}: nickname, {1}: ident@host,
// {2}: CTCP command, {3}: own nickname, {4}: CTCP parameter
// example:
// meebey [[email protected]] requested CTCP VERSION from meebey:
_("{0} [{1}] requested CTCP {2} from {3}: {4}"),
e.Data.Nick, e.Data.Ident+"@"+e.Data.Host,
e.CtcpCommand, _IrcClient.Nickname,
e.CtcpParameter
)
);
}
private void CtcpClientInfoDelegate(CtcpEventArgs e)
{
string clientInfo = "CLIENTINFO";
foreach(KeyValuePair<string, CtcpDelegate> kvp in _CtcpDelegates) {
clientInfo = clientInfo+" "+kvp.Key.ToUpper();
}
SendMessage(SendType.CtcpReply, e.Data.Nick, clientInfo);
}
private void CtcpRequestsHandler(object sender, CtcpEventArgs e)
{
if (_CtcpDelegates.ContainsKey(e.CtcpCommand)) {
_CtcpDelegates[e.CtcpCommand].Invoke(e);
} else {
/* No CTCP Handler for this Command */
}
RemoveInvalidDccConnections();
}
private void _OnCtcpReply(object sender, CtcpEventArgs e)
{
ChatModel chat = GetChat(e.Data);
if (chat == null) {
chat = _NetworkChat;
}
if (e.CtcpCommand == "PING") {
try {
long timestamp = Int64.Parse(e.CtcpParameter);
if (!(timestamp >= 0)) {
return;
}
DateTime sent = DateTime.FromFileTime(timestamp);
string duration = DateTime.Now.Subtract(sent).TotalSeconds.ToString();
Session.AddTextToChat(chat, String.Format(
_("CTCP PING reply from {0}: {1} seconds"),
e.Data.Nick, duration));
} catch (FormatException) {
}
} else {
Session.AddTextToChat(chat, String.Format(
_("CTCP {0} reply from {1}: {2}"),
e.CtcpCommand, e.Data.Nick, e.CtcpParameter));
}
}
private void CtcpSourceDelegate(CtcpEventArgs e) => SendMessage(SendType.CtcpReply, e.Data.Nick, "SOURCE " + (CtcpSource ?? "http://smartirc4net.meebey.net"));
internal bool SetRemote(CtcpEventArgs e)
{
long ip;
int port = 0;
bool okIP = long.TryParse(e.Data.MessageArray[3], out ip);
bool okPo = int.TryParse(e.Data.MessageArray[4], out port); // port 0 = passive
if (okIP && okPo) {
RemoteEndPoint = new IPEndPoint(IPAddress.Parse(DccIntToHost(ip)), port);
return true;
}
return false;
}
private void CtcpUrlDelegate(CtcpEventArgs e) => SendMessage(SendType.CtcpReply, e.Data.Nick, "URL " + (CtcpUrl ?? "http://www.google.com"));
internal bool TryResume(CtcpEventArgs e)
{
if (User == e.Data.Nick) {
if ((e.Data.MessageArray.Length > 4) && (_Filename == e.Data.MessageArray[2].Trim(new char[] {'\"'}))) {
long offset = 0;
long.TryParse(FilterMarker(e.Data.MessageArray[4]), out offset);
if (_File.CanSeek) {
if (e.Data.MessageArray.Length > 5) {
Irc.SendMessage(SendType.CtcpRequest, e.Data.Nick, "DCC ACCEPT " + e.Data.MessageArray[2] + " " + e.Data.MessageArray[3] + " " + e.Data.MessageArray[4] + " " + FilterMarker(e.Data.MessageArray[5]));
} else {
Irc.SendMessage(SendType.CtcpRequest, e.Data.Nick, "DCC ACCEPT " + e.Data.MessageArray[2] + " " + e.Data.MessageArray[3] + " " + FilterMarker(e.Data.MessageArray[4]));
}
_File.Seek(offset, SeekOrigin.Begin);
_SentBytes = offset;
return true;
} else {
Irc.SendMessage(SendType.CtcpRequest, e.Data.Nick, "ERRMSG DCC File not seekable");
}
}
}
return false;
}
private void CtcpTimeDelegate(CtcpEventArgs e)
{
SendMessage(SendType.CtcpReply, e.Data.Nick, "TIME " + DateTime.Now.ToString("r"));
}
internal bool TryAccept(CtcpEventArgs e) => User == e.Data.Nick && e.Data.MessageArray.Length > 4 && _Filename == e.Data.MessageArray[2].Trim('"') && AcceptRequest(null, 0);
private void CtcpFingerDelegate(CtcpEventArgs e)
{
SendMessage(SendType.CtcpReply, e.Data.Nick, "FINGER Don't touch little Helga there! " );
//SendMessage(SendType.CtcpReply, e.Data.Nick, "FINGER " + this.Realname + " (" + this.Email + ") Idle " + this.Idle + " seconds (" + ((string.IsNullOrEmpty(this.Reason))?this.Reason:"-") + ") " );
}
void ClientOnCtcpRequest(object sender, CtcpEventArgs e)
{
_events.Enqueue(new IrcEvent { Type = IrcEvent.EventType.CtcpRequest, Event = e });
_waitHandle.Set();
}
private void CtcpVersionDelegate(CtcpEventArgs e)
{
SendMessage(SendType.CtcpReply, e.Data.Nick, "VERSION " + ((CtcpVersion == null)?VersionString:CtcpVersion));
}