Thus, the read operations compete with log writing and the write operation for data pages from the buffer pool.
因而，读操作与日志写和缓冲池中的数据页的写操作之间存在竞争。
The UNION operation repeats this step until the SHIP buffer is empty.
UNION操作符重复这个步骤，直到ship缓冲区为空。
The overall buffer size has a significant effect on DB2 performance, because a large number of pages can significantly reduce I/O, which is the most time-consuming operation.
整个缓冲区大小对DB2性能有巨大影响，这是因为大量的页可以显著地减少I/O这一最耗时的操作。
With every overlapped send or receive operation, it is possible that the data buffer submitted will be locked.
每当我们重叠提交一个send或receive操作的时候，其中指定的发送或接收缓冲区就被锁定了。
There might not be enough disk space to complete the file write operation, or allocating the buffer could fail if not enough memory is available.
可能没有足够的磁盘空间来完成该文件的写操作，或者由于没有足够的内存可用，分配缓冲区可能失败。
This function takes a 32-bit integer from the request, and USES it in an arithmetic operation that calculates the size of a dynamic buffer.
此函数从请求中提取一个32位整数，并使用它中的算术运算来计算一个动态缓冲区的大小。
Now, for normal database operation you do not really have to worry about the file system cache because DB2 implements buffer pools that do the necessary caching already.
现在，对于一般的数据库操作，不必考虑文件系统缓存，因为DB 2实现了缓冲池，这些缓冲池已经做了必要的缓存。
As soon as we receive this operation, we need to compose together any operations which have been held in the buffer and send them off to the server.
当我们收到此操作，我们需要把保存在缓冲区的所有操作组合到一起，然后发送给服务器。
With every overlapped send or receive operation, it is possible that the data buffer submitted will be locked.
每一次重复发送或接收操作，可能是缓冲区的数据提交将被锁定。
A portion of the buffer cycle in which the logic or arithmetic unit must cease operation or neither will be able to communicate with the memory unit.
缓冲存储器周期的一部分，在这期间，逻辑与算术运算器必须中止操作或不能与存储器传输信息。
The supplied user buffer is not valid for the requested operation.
提供给请求操作的用户缓冲区无效。
These difficulties do not rule out a buffer stock operation but they do reduce its chances for success.
这些困难并不意味着不能进行缓冲库存的业务，但是，他们确实减少了成功的机会。
So the buffer is used to accumulate more characters and write them all in one write operation.
所以缓冲区用于积累更多的人物和写在一个写操作。
The following is an example of the buffer operation.
下面是一个缓冲区操作的实例。
The basic approach used to build up these names is to create a string buffer and recursively get the operation name for the parent statistic, then add the name afterwards.
用于构建这些名字的基本方法是，创建一个字符串缓冲区并递归地得到父统计的操作名，然后在后面加上这个名字。
The exit temperature buffer protected the valves and ensured the normal operation of absorption tower as well.
所提出的出口气体温度稳定器具有很好的稳定性能，既保护了阀门，又保证了吸收塔的正常操作。
That means the IGBT-based switch unit switches from one position to the other depending from the filling status of the buffer and the operation mode of the load.
这意味着，依赖于缓冲器的填充状态和负载的操作模式，基于IGBT的开关单元从一个位置切换到另一位置。
The completion of a receive operation indicates that the receive buffer contains the received message, the receiver is now free to access it, and that the status object is set.
一个接收操作的完成意味着接收缓冲区包含有被接收函数，接收端现在可以随意使用它，并且状态对象被设置。
The completion of the send operation does not depend on the status of a matching receive, and merely indicates that the send buffer can be reused.
发送操作的完成不依赖于对应的接收函数的状态，并且仅意味着发送缓冲区可以被重用。
The operation temperature and the concentration of serum in buffer have no effect on the transfection efficiencies.
温度和缓冲液中的血清成分对电穿孔效率影响不大。
The system makes use of two group of outer SRAM to buffer the frame data, and USES ping-pong operation of the SRAM to achieve the video display in series.
系统利用两组外部SRAM对帧数据进行缓存，采用乒乓操作来实现视频的实时连续显示。
An operation on a socket could not be performed because the system lacked sufficient buffer space or because a queue was full.
由于系统缓冲区空间不足或队列已满，不能执行套接字上的操作。
Pointer to a buffer that contains the data required to perform the operation.
指向一个缓冲区，其包含执行操作所必须的数据。
The key technologies in the OPS network include optical switch, optical logic operation, wavelength conversion and optical buffer etc.
OPS网络结构中的关键技术包括光开关、光逻辑、全光波长变换以及光缓存等多项技术。
An operation on a socket could not be performed because the system lacked sufficient buffer space or because a queue was full.
因为系统缺乏足够缓冲区空间或者因为队列已满无法执行套接字上操作。
Fast implementation of operation on big integers is realized mainly through cut buffer, namely the strategy of getting time by space.
并对现有比较成熟的算法进行了优化改进，主要通过开辟缓冲区，以空间换取时间的策略，完成了大整数的高速运算。
Fast implementation of operation on big integers is realized mainly through cut buffer, namely the strategy of getting time by space.
并对现有比较成熟的算法进行了优化改进，主要通过开辟缓冲区，以空间换取时间的策略，完成了大整数的高速运算。
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