缓冲区大小最少也要达到 1 兆字节。
重播记忆体的最大缓冲区大小。
将日志缓冲区大小增加到256个页面或更大。
当指定一个缓冲区大小时，该值必须是2的幂。
When you specify a buffer size, the value must be a power of 2.
更改缓冲区大小将会增加队列管理器的存储需求。
The impact of changing the buffer sizes is to increase storage requirements for the queue manager.
然后在步骤3的下一个迭代中重复下一个缓冲区大小。
Then repeat with the next buffer size in the next iteration of Step 3.
例如，值1048576指定缓冲区大小为1MB。
For example, a value of 1048576 specifies a buffer size of 1 MB.
例如，值1048576指定缓冲区大小为1MB。
For example, a value of 1048576 specifies a buffer size of 1mb.
日志缓冲区大小是由LOGBUFSZ数据库参数定义的。
The log buffer size is defined by the LOGBUFSZ database parameter.
当指定“汇编字符串缓冲区大小”时，不是吗？
When to specify "buffer size" in assembly strings and when not to?
这在所需数据量小于内核缓冲区大小时极大地提高了性能。
This significantly improves performance when the requested data amount is less than the kernel buffer size.
如果超过这个缓冲区大小，数据库服务器会丢弃保存的数据。
If this buffer size is exceeded, the database server discards saved data.
队列的缓冲区大小将保留到队列管理器重启之前。
Buffer sizes for queues are retained over queue manager restarts. To change the buffer sizes.
定义日志缓冲区大小的数据库配置参数为LOGBUFSZ。
The database configuration parameter that defines the size of the log buffer is called LOGBUFSZ.
假设发现缓冲区大小和提供实际的数据都需要执行相同的算法。
Assume that discovering the buffer sizes and providing the actual data require the execution of the same algorithm.
缓冲区大小本身的范围可以是从32个字节到16384字节。
The buffer sizes themselves can range from 32 to 16384 bytes.
您的选择决定了比特率、帧速率和缓冲区大小等设置。
Your selections determine settings such as bit rate , frame rate , and buffer size .
在我们可以加密，我们需要知道的密文所需的缓冲区大小。
Before we can encrypt, we need to know the size of the buffer required for the cipher text.
下面的代码段可以获取用来填充所有配置接口的信息所需的缓冲区大小。
The following code snippet gets the size buffer required for populating information for all the configured interfaces.
如果您的网络可靠，尝试将缓冲区大小从默认的8000提高到64000。
If your network is reliable, try increasing the buffer size from the default (8000) to 64000.
可以更改缓冲区大小来限制这种上溢，从而提高数据对队列管理器的可用性。
You can change the buffer sizes to limit this overspill so that data is more readily available to the queue manager.
如果解析的文档小于2KB，也可以选择小于2 KB的输入缓冲区大小。
If you are parsing documents under 2 KB in size, you may want to choose an input buffer size that's smaller than 2 KB.
如果您希望更改队列管理器的日志缓冲区大小，将需要在注册表中更改此值。
If you wish to change the size of the log buffer for the queue manager you will need to change the value in the registry.
如果您忽略了这一参数，则Tprof将使用默认的缓冲区大小——5MB。
If you omit this parameter, Tprof will use the default buffer size of five Megabytes.
对于小型文档(一般小于4KB)，使用默认缓冲区大小就能取得很好的性能。
For small documents (generally less than 4 KB), sticking with the default buffer size should give you good performance.
为内容选择编码设置。您的选择决定了比特率、帧速率和缓冲区大小等设置。
Select encoding Settings for your content. Your selections determine Settings such as bit rate, frame rate, and buffer size.
这个参数设置用于 map 端排序的缓冲区大小，单位是MB，默认值是 100。
This parameter sets the buffer size for map-side sorting, in units of MB, 100 by default.
缓冲区大小的选择将在很大程度上影响审计的性能，因为可能要将很多记录写到审计日志中。
The choice of buffer size can greatly affect performance when auditing is started since many records may be written to the audit log.
如果将缓冲区大小设置为 0，那么将发生同步写日志操作，而不使用审计缓冲区。
When the size of the buffer is set to 0, synchronous log writing occurs, and the audit buffer is not used.
不幸的是，如果所需数据量远大于内核缓冲区大小的话，这个方法本身可能成为一个性能瓶颈。
Unfortunately, this approach itself can become a performance bottleneck if the size of the data requested is considerably larger than the kernel buffer size.
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