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1·Sequence table and calculation block are programmed.

编写了顺控表和运算块的程序。

2·The protocol sequence is retrieved from the protocol sequence table.

从协议序列表获取协议序列。

3·An example would be retrieving and caching the next available batch of keys from a primary key sequence table.

例如，在从主键序列表中检索并缓存下一批可用的键值时。

4·It also devises the DCS application system. The design of sequence table and the program of calculation block are realized.

综合运用了各种控制功能，对DCS应用系统称重配比仪表进行了设计，并实现了顺控表的设计和运算功能块的编程。

5·Therefore, the counter value in the sequence table used for identifier generation is incremented regardless, preventing the same identifier from being generated several times.

因此，不管序列表中用于标识符生成的计数器值是否递增，都能防止多次产生相同的标识符。

6·After this verification, the utility creates a sequence object with an increment value of 1, and then creates a trigger for the associated table.

完成验证后，实用程序即创建一个增量值为1的序列对象，并为相关联的表创建一个触发器。

7·The database in this example contains only one table to store the test sequence, because the conversion reference information is embedded in the PHP script.

本例中的数据库只包含一个表来存储测试序列，因为转换引用信息被嵌入到php脚本中。

8·The routine searches the protocol sequence ID table for a given input string.

这个例程在协议序列 ID 表中搜索给定的输入字符串。

9·Other supported mechanisms include sequence and table generation.

其他受支持机制包括序列和表生成。

10·Users can create a SEQUENCE object in the database, just like creating a table object or a view object, and then request the values from the SEQUENCE.

用户可以在数据库中创建一个SEQUENCE对象，就像创建表对象或视图对象一样，然后从SEQUENCE中请求值。