1、We use sequence number of TCP to realize the FIFO order.
FIFO序是借鑒TCP協議中序列號來實現的。

2、Assigns a sequence number for this event, if one has not been set by the event source.
如果事件源沒有設置序號的話，那么為這個事件分配一個序號。

3、This internal sequence number is reset to 0 if an unavailable event was detected.
如果探測到不可用事件，那么這個內部序號復位為 0。

4、As you can see, we include a sequence number along with attributes of the plaintext message.
也許你已經看到，我們加入了一個序列號(“seq_num”)和明文消息(這里被稱為TLSCompressed)的一些其他屬性。

5、This article has covered a variety of techniques for implementing a sequence number dispenser.
本文討論了用于實現序列號分發(fā)器的各種技術。

6、As we know, we also need to add a sequence number and a state to our buffer.
眾所周知，我們也需要添加序號和狀態(tài)(IOType變量，IOZeroReadCompleted，等等)到我們的緩沖中。

7、The SEQUENCE number field tells the number of times this event has occurred.
SEQUENCEnumber字段會顯示事件發(fā)生的次數。

8、The only other interesting fact is that the sequence number increases on each record, it's now 1.
剩下的唯一有趣的事是每個消息的序列號是依次遞增的，現在是1(下一個消息將會是2，以此類推)。

sequence number翻譯