private void checkTimeouts()
{
lock (_timeoutLock)
{
int minTimeout = Math.Min(sessionTimeoutMs, connectionTimeoutMs);
long elapsed = CurrentMillis - Volatile.Read(ref connectionStartMs);
if (elapsed >= minTimeout)
{
if (zooKeeper.hasNewConnectionString())
{
handleNewConnectionString();
}
else
{
int maxTimeout = Math.Max(sessionTimeoutMs, connectionTimeoutMs);
if (elapsed > maxTimeout)
{
log.Warn("Connection attempt unsuccessful after {0} "
+ "(greater than max timeout of {1}). Resetting "
+ "connection and trying again with a new connection.",
elapsed, maxTimeout);
reset();
}
else
{
var connectionLossException = new CuratorConnectionLossException();
log.Error(String.Format("Connection timed out for connection string "
+ "({0}) and timeout ({1}) / elapsed ({2})",
zooKeeper.getConnectionString(),
connectionTimeoutMs,
elapsed),
connectionLossException);
tracer.Get().addCount("connections-timed-out", 1);
throw connectionLossException;
}
}
}
}
}
private void checkTimeouts()
{
lock (_timeoutLock)
{
int minTimeout = Math.Min(sessionTimeoutMs, connectionTimeoutMs);
long elapsed = CurrentMillis - Volatile.Read(ref connectionStartMs);
if ( elapsed >= minTimeout )
{
if (zooKeeper.hasNewConnectionString())
{
handleNewConnectionString();
}
else
{
int maxTimeout = Math.Max(sessionTimeoutMs, connectionTimeoutMs);
if (elapsed > maxTimeout)
{
log.Warn("Connection attempt unsuccessful after {0} "
+ "(greater than max timeout of {1}). Resetting "
+ "connection and trying again with a new connection.",
elapsed, maxTimeout);
reset();
}
else
{
var connectionLossException = new CuratorConnectionLossException();
log.Error(String.Format("Connection timed out for connection string "
+ "({0}) and timeout ({1}) / elapsed ({2})",
zooKeeper.getConnectionString(),
connectionTimeoutMs,
elapsed),
connectionLossException);
tracer.Get().addCount("connections-timed-out", 1);
throw connectionLossException;
}
}
}
}
}
