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- data buffer control 数据缓冲器控制
- The data buffer does not match the column size. 数据缓冲区不符合列大小。
- The data buffer to send to the resource. 要发送到资源的数据缓冲。
- Unable to read reparse point data buffer. 无法读取重分析点数据缓冲区。
- Method sends a data buffer to a resource. 方法将数据缓冲区发送到资源。
- Is the length in bytes of the data buffer. 是数据缓冲区的长度,以字节为单位。
- A surface can have more than one private data buffer. 一个表面可以有一个以上的私有数据缓存。
- Retrieves the next character in the exception data buffer. 检索异常数据缓冲区中的下一个字符。
- The data buffer to receive returned data is too small for the returned data. 对于返回数据,接收返回数据的数据缓冲区太小。
- Is the address of the data buffer where the system returns the variable values. 是数据缓冲区的地址,也就是系统返回变量值的地方。
- This paper concerns with the computer communication on telephone network,and describes its structure and hardware,and introduces asynchronous serial communication program technics, such as interruption architecture,flowing control and data buffer. 本文叙述了利用现有电话网进行计算机数据通信的系统构成及硬件，介绍了异步串行通信程序设计中的中断机制、流量控制、数据缓冲等关键问题处理。
- A small, light-weight file format, protocol and player coupled with a programmable buffer control on the server enable the FMS streamed media to start instantly after the play button is selected. 小而精炼的文件格式，协议，播放器结合服务器端可控缓存，使得从按播放键到开始播放所需时间极短。
- A deleted data buffer should be offered in addition to the regular, incremental, multiple Undo because it complements it. 已删除数据的缓冲区应该和常规的渐增多次撤销一起提供，因为它们具有互补性。
- In this paper, the key video coding technology is analyzed at first and then based on this, the key points of the stream control in video coding has been researched including of DCT, quantization and buffer control etc. 本文首先分析了视频编码关键技术，在此基础上，对编码中码率控制的关键环节加以研究，主要包括DCT变换、量化因子和缓冲区调整等，最后从传输角度，研究网络带宽对码率控制的影响。
- No, UDT can transfer a data buffer from one single byte to multiple tera-bytes, as long as your system can provide enough resources. 不，UDT可以传输一个数据缓存，从一个字节到大量字节，只要你的系统能够提供足够的资源。
- In other words, all dirty bits of the data buffer will be flushed to the data files. 换句话说,将把数据缓冲区的所有脏位刷新到数据文件。
- The data buffer is sent asynchronously using thread resources that are automatically allocated from the thread pool. 该数据缓冲区是使用从线程池自动分配的线程资源异步发送的。
- No actual data buffer exists, and the members designed to manipulate such a buffer do no significant work. 并不存在实际的数据缓冲区,并且设计用于操作此类缓冲区的成员所做的工作也并不重要。
- Receives the specified number of bytes into the data buffer, using the specified. 将指定的字节数接收到数据缓冲区并存储终结点。
- Receives the specified number of bytes of data into the specified location of the data buffer, using the specified. 将指定字节数的数据接收到数据缓冲区的指定位置并存储终结点。
