public MessageQueue(MessageBrokerChannel channel, String queuename)
{
this._name = queuename;
this._channel = channel;
}
public Boolean Init()
{
this.Hostname = Util.checkregstring("HKLM", @"SOFTWARE\dagent\messagebroker", "hostname", this.Hostname);
this.Password = Util.checkregstring("HKLM", @"SOFTWARE\dagent\messagebroker", "password", this.Password);
this.Username = Util.checkregstring("HKLM", @"SOFTWARE\dagent\messagebroker", "username", this.Username);
this.UUID = Util.checkregstring("HKLM", @"SOFTWARE\dagent\messagebroker", "uuid", this.UUID);
this.Port = Util.checkregint("HKLM", @"SOFTWARE\dagent\messagebroker", "port", this.Port);
this.Vhost = Util.checkregstring("HKLM", @"SOFTWARE\dagent\messagebroker", "vhost", this.Vhost);
this.RootKey = Util.checkregstring("HKLM", @"SOFTWARE\dagent\messagebroker", "rootkey", this.RootKey);
/*
* Look for TXT records defining all the possible access methods which are available.
*/
Resolver Resolver = new Resolver();
Response response = Resolver.Query(this.Hostname,QType.TXT,QClass.ANY);
LinkedList<Connector> AnyConnector = new LinkedList<Connector>();
LinkedList<Connector> MacConnector = new LinkedList<Connector>();
LinkedList<Connector> RouterIPConnector = new LinkedList<Connector>();
foreach (AnswerRR answerRR in response.Answers)
{
switch (answerRR.Type)
{
case Heijden.DNS.Type.TXT:
String[] strippedresponse = answerRR.RECORD.ToString().Split('\"');
String[] value = strippedresponse[1].Split('!');
if (value[0].ToLower().Equals("dagent"))
{
switch (value[1].ToLower())
{
case "connector":
Connector conn = new Connector(value, 2);
Util.log(this.ToString(), 99, conn.ToString());
switch (conn.Match)
{
case "any":
AnyConnector.AddLast(conn);
break;
}
break;
case "rootkey":
break;
}
}
break;
}
}
/*
* Fallback method to use DNS A Records
*/
if (this._connection == null)
{
IPHostEntry ipentry = Dns.GetHostEntry(this.Hostname);
foreach (IPAddress ip in ipentry.AddressList)
{
try
{
Util.log(this.ToString(), 99, "Attempting connection to " + ip.ToString() + ":" + this.Port.ToString());
var factory = new ConnectionFactory()
{
HostName = ip.ToString(),
Password = this.Password,
UserName = this.Username,
Port = this.Port,
VirtualHost = this.Vhost
};
this._connection = factory.CreateConnection();
break;
}
catch (Exception e)
{
Util.log(this.ToString(), 1, e.ToString());
}
}
if (this._connection == null)
{
Util.log(this.ToString(), 0, "Unable to connect to " + this.Hostname);
return false;
}
this.persistant = this.NewChannel();
String queuename = "persist." + this.UUID + ".control";
this.persistant.QueueDeclare(queuename,true);
this.persistant.QueueBind(queuename, "dagent.control", "");
return true;
}
return false;
}
public MessageBrokerChannel NewChannel()
{
MessageBrokerChannel channel = new MessageBrokerChannel(this._connection.CreateModel());
return channel;
}
public MessageQueue(MessageBrokerChannel channel, String queuename)
{
this._name = queuename;
this._channel = channel;
}
public Boolean Init()
{
this.Hostname = Util.checkregstring("HKLM", @"SOFTWARE\dagent\messagebroker", "hostname", this.Hostname);
this.Password = Util.checkregstring("HKLM", @"SOFTWARE\dagent\messagebroker", "password", this.Password);
this.Username = Util.checkregstring("HKLM", @"SOFTWARE\dagent\messagebroker", "username", this.Username);
this.UUID = Util.checkregstring("HKLM", @"SOFTWARE\dagent\messagebroker", "uuid", this.UUID);
this.Port = Util.checkregint("HKLM", @"SOFTWARE\dagent\messagebroker", "port", this.Port);
this.Vhost = Util.checkregstring("HKLM", @"SOFTWARE\dagent\messagebroker", "vhost", this.Vhost);
this.RootKey = Util.checkregstring("HKLM", @"SOFTWARE\dagent\messagebroker", "rootkey", this.RootKey);
/*
* Look for TXT records defining all the possible access methods which are available.
*/
Resolver Resolver = new Resolver();
Response response = Resolver.Query(this.Hostname, QType.TXT, QClass.ANY);
LinkedList <Connector> AnyConnector = new LinkedList <Connector>();
LinkedList <Connector> MacConnector = new LinkedList <Connector>();
LinkedList <Connector> RouterIPConnector = new LinkedList <Connector>();
foreach (AnswerRR answerRR in response.Answers)
{
switch (answerRR.Type)
{
case Heijden.DNS.Type.TXT:
String[] strippedresponse = answerRR.RECORD.ToString().Split('\"');
String[] value = strippedresponse[1].Split('!');
if (value[0].ToLower().Equals("dagent"))
{
switch (value[1].ToLower())
{
case "connector":
Connector conn = new Connector(value, 2);
Util.log(this.ToString(), 99, conn.ToString());
switch (conn.Match)
{
case "any":
AnyConnector.AddLast(conn);
break;
}
break;
case "rootkey":
break;
}
}
break;
}
}
/*
* Fallback method to use DNS A Records
*/
if (this._connection == null)
{
IPHostEntry ipentry = Dns.GetHostEntry(this.Hostname);
foreach (IPAddress ip in ipentry.AddressList)
{
try
{
Util.log(this.ToString(), 99, "Attempting connection to " + ip.ToString() + ":" + this.Port.ToString());
var factory = new ConnectionFactory()
{
HostName = ip.ToString(),
Password = this.Password,
UserName = this.Username,
Port = this.Port,
VirtualHost = this.Vhost
};
this._connection = factory.CreateConnection();
break;
}
catch (Exception e)
{
Util.log(this.ToString(), 1, e.ToString());
}
}
if (this._connection == null)
{
Util.log(this.ToString(), 0, "Unable to connect to " + this.Hostname);
return(false);
}
this.persistant = this.NewChannel();
String queuename = "persist." + this.UUID + ".control";
this.persistant.QueueDeclare(queuename, true);
this.persistant.QueueBind(queuename, "dagent.control", "");
return(true);
}
return(false);
}
public MessageBrokerChannel NewChannel()
{
MessageBrokerChannel channel = new MessageBrokerChannel(this._connection.CreateModel());
return(channel);
}
