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If the first packet has expected SEQ (in-order), a client will: - accept the first packet, advance slidin window and generate an ACK containing next expected SEQ; - discard the second packet and in response once more generate an ACK containing next expected SEQ (same as before).

The same behavior will continue until a client gets a packet with expected SEQ.

If the first packet has expected SEQ (in-order), a client will: - will:

  • accept the first packet, advance slidin window and generate an ACK containing next expected SEQ; - SEQ;
  • discard the second packet and in response once more generate an ACK containing next expected SEQ (same as before).

The same behavior will continue until a client gets a packet with expected SEQ.

If the first packet has expected SEQ (in-order), a client will:

  • accept the first packet, advance slidin sliding window and generate an ACK containing next expected SEQ;
  • discard the second packet and in response once more generate an ACK containing next expected SEQ (same as before).

The same behavior will continue until a client gets a packet with expected SEQ.

If the first packet has expected SEQ (in-order), a client will:

  • accept the first packet, advance sliding window and generate an ACK containing next expected SEQ;
  • discard the second packet and in response once one more time generate an ACK containing next expected SEQ (same as before).

The same behavior will continue until a client gets a packet with expected SEQ.

If the first packet has expected SEQ (in-order), a client will:

  • accept the first packet, advance sliding window and generate an ACK containing next expected SEQ;
  • discard the second packet considering it out-of-order and in response one more time generate an ACK containing next expected SEQ (same as before).

The same behavior will continue until a client gets a packet with expected SEQ.

If I assume you're speaking about TC, so if the first packet has expected SEQ (in-order), a client will:

  • accept the first packet, advance sliding window and generate an ACK containing next expected SEQ;
  • discard the second packet considering it out-of-order and in response one more time generate an ACK containing next expected SEQ (same as before).

The same behavior will continue until a client gets a packet with expected SEQ.

I assume you're speaking about TC, TCP, so if the first packet has expected SEQ (in-order), a client will:

  • accept the first packet, advance sliding window and generate an ACK containing next expected SEQ;
  • discard the second packet considering it out-of-order and in response one more time generate an ACK containing next expected SEQ (same as before).

The same behavior will continue until a client gets a packet with expected SEQ.