public override string ToString()
{
switch (length)
{
case 0:
return("Broadcast");
case 1:
return(uintMACaddress.ToString());
case 6:
return(ipMACaddress.ToString());
default:
throw new Exception("m0516-Illegal MAC length");
// return "Illegal MAC address";
}
}
public override string ToString()
{
switch (length)
{
case 0:
return("Broadcast");
case 1:
return(uintMACaddress.ToString());
case 6:
return(ipMACaddress.ToString());
default:
BACnetLibraryCL.Panic("Illegal MAC length");
return("Illegal MAC address");
}
}
public override string ToString()
{
if (directlyConnected)
{
// then the address should be displayed as the IP address.
return("[" + MACaddress.ipMACaddress.ToString() + "]");
}
else
{
switch (MACaddress.mat)
{
case BACnetMACaddress.MACaddrType.None:
return("[Local Broadcast (should not see this - logic above)]");
case BACnetMACaddress.MACaddrType.Single:
return("[" + networkNumber.ToString() + "/" + MACaddress.uintMACaddress.ToString() + "] @ " + viaIPEP.ToString());
case BACnetMACaddress.MACaddrType.IPEP:
// extract the IP address
return("[" + networkNumber.ToString() + "/" + MACaddress.ipMACaddress.ToString() + "] @ " + viaIPEP.ToString());
case BACnetMACaddress.MACaddrType.ByteArray:
// extract the IP address
string ts = "[";
for (int i = 0; i < MACaddress.length; i++)
{
ts += String.Format("{0:x,2} ", MACaddress.byteMACaddr[i]);
}
return(ts + "] @ " + viaIPEP.ToString());
default:
// todo
// ("Implement MAC addresses of other lengths");
return("[m0140-Unimplemented MAC display]");
}
}
}