public void TestInvalidIpAddress()
{
IPEndPoint endPoint;
foreach (var ip in _invalidInputs)
{
Assert.IsFalse(IPEndPointExtension.TryParse(ip, out endPoint));
}
}
public void TestValidIpAddresses()
{
IPEndPoint endpoint;
foreach (var ip in _validInputs)
{
Assert.IsTrue(IPEndPointExtension.TryParse(ip, out endpoint));
}
}
public void TestInvalidDomains()
{
HostEndPoint endpoint;
foreach (var domain in _invalidDomains)
{
Assert.IsFalse(IPEndPointExtension.TryParse(domain, out endpoint));
}
}
private void SetEndPointOrDefault(string daemonAddress)
{
IPEndPoint daemonEndPoint;
if (!IPEndPointExtension.TryParse(daemonAddress, out daemonEndPoint))
{
_logger.InfoFormat("The given daemonAddress ({0}) is invalid, using default daemon address.", daemonEndPoint);
daemonEndPoint = new IPEndPoint(_defaultDaemonAddress, _defaultDaemonPort);
}
_logger.InfoFormat("Set daemon address: {0}:{1}", daemonEndPoint.Address.ToString(), daemonEndPoint.Port);
EndPoint = daemonEndPoint;
}
private void SetEndPointOrDefault(string daemonAddress)
{
IPEndPoint daemonEndPoint;
if (string.IsNullOrEmpty(daemonAddress))
{
daemonEndPoint = new IPEndPoint(_defaultDaemonAddress, _defaultDaemonPort);
_logger.InfoFormat("Using default daemon address: {0}:{1}", daemonEndPoint.Address.ToString(), daemonEndPoint.Port);
}
else if (!IPEndPointExtension.TryParse(daemonAddress, out daemonEndPoint))
{
daemonEndPoint = new IPEndPoint(_defaultDaemonAddress, _defaultDaemonPort);
_logger.InfoFormat("The given daemonAddress ({0}) is invalid, using default daemon address {1}:{2}.", daemonAddress, daemonEndPoint.Address.ToString(), daemonEndPoint.Port);
}
EndPoint = daemonEndPoint;
}