public OrConnEvent(string target, OrStatus orStatus, Reason reason, int?nCircs, string?connId)
{
Target = target;
OrStatus = orStatus;
Reason = reason;
NCircs = nCircs;
ConnId = connId;
}
/// <exception cref="TorControlReplyParseException"/>
public static OrConnEvent FromReply(TorControlReply reply)
{
if (reply.StatusCode != StatusCode.AsynchronousEventNotify)
{
throw new TorControlReplyParseException($"{nameof(OrConnEvent)}: Expected {StatusCode.AsynchronousEventNotify} status code.");
}
(string value, string remainder) = Tokenizer.ReadUntilSeparator(reply.ResponseLines[0]);
if (value != EventName)
{
throw new TorControlReplyParseException($"{nameof(OrConnEvent)}: Expected '{EventName}' event name.");
}
string target;
OrStatus orStatus = OrStatus.UNKNOWN;
Reason reason = Reason.UNKNOWN;
int? nCircs = null;
string? connId = null;
// Mandatory piece of information per spec.
(target, remainder) = Tokenizer.ReadUntilSeparator(remainder);
(value, remainder) = Tokenizer.ReadUntilSeparator(remainder);
orStatus = Tokenizer.ParseEnumValue(value, OrStatus.UNKNOWN);
// Optional arguments.
while (remainder != "")
{
string key;
(key, value, remainder) = Tokenizer.ReadKeyValueAssignment(remainder, allowValueAsQuotedString: true);
if (key == "REASON")
{
reason = Tokenizer.ParseEnumValue(value, Reason.UNKNOWN);
continue;
}
else if (key == "NCIRCS")
{
nCircs = int.Parse(value);
continue;
}
else if (key == "ID")
{
connId = value;
continue;
}
Logger.LogError($"Failed to handle '{remainder}'.");
break;
}
return(new OrConnEvent(target, orStatus, reason, nCircs, connId));
}
