![]() The emails with the newest activity will be listed the top in chronological order down to oldest activity, regardless of whether the emails have been replied to yet. When the ATA attempts to communicate using the old IP address, the response is unreplied, and then if the UDP Unreplied timeout is greater than the Keep Alive Interval (and UDP Unreplied timeout is often set to 30 by default in consumer routers) a problem arises where the corrupted connection persists. As you receive new inbound emails, they will appear at the top of the email list. The timestamp and sort will use the last activity time, such as an internal comment, reminder, or topic closure, and not necessarily the time of the last inbound message. ![]() If UDP Unreplied timeout is, for example. The emails with the oldest activity will be listed at the top in chronological order down to newest, regardless of whether the emails have been replied to yet. As you receive new inbound emails, they will appear at the bottom of the email list. The timestamp and sort will use the last activity time, such as an internal comment, and not necessarily the time of the last inbound message. The newest inbound messages that have not been replied to yet will be listed at the top in chronological order down to the oldest unreplied message. ![]() Messages that have been waiting the shortest amount of time for a reply will be at the top of your list. If two inbound messages arrive back-to-back, Front will use the timestamp of the earlier message. When a connection has seen traffic in both directions, the conntrack entry will erase the UNREPLIED flag, and then reset it. Waiting for a connection request from a remote TCP application. The oldest inbound messages that have not been replied to yet will be listed at the top in chronological order down to the newest. The entry that tells us that the connection has not seen any traffic in both directions, will be replaced by the ASSURED flag, to be found close to the end of the entry. This is the state in which you can find the listening socket of a local TCP server.
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