trace buffer
英 [treɪs ˈbʌfə(r)]
美 [treɪs ˈbʌfər]
网络 缓冲器; 追踪缓冲器; 跟踪缓存器; 占用跟踪存储器; 跟踪缓冲区
双语例句
- We will be tracing into shared memory ( rather than to a file), using the-i option, which stops the trace as soon as the buffer is full.
我们将使用-i选项将跟踪信息存放到共享内存（而不是一个文件），在这种情况下，当缓冲区被充满时，就立即停止跟踪。 - Depending on trace volume, buffer size, and the bandwidth of the output device, multiple buffers might be allocated to a given thread to keep pace with trace data that is being generated.
根据跟踪量、缓冲区大小和输出设备的带宽，可以将多个缓冲区分配给给定的线程，从而与生成跟踪数据的速度相匹配。 - Collection options include turning a trace on or off; specifying the trace buffer size; specifying or changing trace options; dumping a trace; and clearing the trace buffer.
收集选项包括打开或关闭跟踪；指定跟踪缓冲区大小；指定或更改跟踪选项；转储跟踪信息；以及清除跟踪缓冲区。 - First, we will turn the trace facility on, specifying an8-MB trace buffer.
首先，我们将打开跟踪功能，同时指定一个8-MB的跟踪缓冲区。 - Trace commands mentioned at the beginning of this topic automatically open trace buffer.
在这个话题的开始提到的跟踪命令自动打开跟踪缓冲区。 - The verbose trace will display data from the parameters of system calls (-x all) and the contents of the buffer for both Read (-r all) and Write (-w all) calls.
详细的跟踪会显示来自系统调用参数的数据（-xall）以及Read（-rall）和Write（-wall）调用的缓冲区的内容。 - Determination of Trace and Microamount Elements in Coal Ash by Arc Spectrographic Analysis with Halide Buffer
卤化物缓冲剂电弧发射光谱法测定煤灰份中的微量和痕量元素 - If you are tracing to shared memory, the size of the trace buffer controls the size of the dump file.
如果是在跟踪共享内存，跟踪缓冲区的大小将控制转储文件的大小。 - The default and minimum trace buffer sizes depend on the version of DB2, and the maximum trace buffer size depends on the platform.
缓冲区的默认大小和最小值取决于DB2的版本，跟踪缓冲区的最大值取决于平台。 - This collection option stops tracing on demand; all processes suspend tracing, but the contents of the trace buffer are preserved so that they can be dumped later.
这是一个收集选项，它根据需要停止跟踪。这时，所有进程都挂起跟踪，但跟踪缓冲区的内容被保存起来，以便以后转储到文件中。