Any program that allows an external entity to input data is vulnerable to malicious activity, such as buffer overflows and embedded control characters.
任何允许外部实体来输入数据的程序都容易受到恶意的攻击，例如缓冲区溢出和嵌入式控制字符。
The SPE program reads in the input buffer, processes the data, and then writes it to the output buffer.
SPE程序从输入缓冲区中读取数据，然后对数据进行处理，再将结果写入输出缓冲区中。
This function will create a new buffer feature data layer around the input point features at user specified distance.
此函数将以输入点为基础，按照用户指定的距离创建一个新缓冲区轮廓数据层。
Low-level input and output calls do directli function stream not buffer or format data.
低级输入输出对数据不进行缓冲或格式化。
In the video CODEC module, the design based on ADV7183 was proposed. To improve the data access efficiency, a data structure called ping-pong buffer was presented for the input video data.
视频信号采集模块中，采用ADV7183芯片实现了视频数据的采集输入，设计乒乓缓冲区数据组织结构实现了视频数据的输入和访问，提高了数据访问效率。
This can be useful when polling a serial port for data, as your program can determine the number of bytes in the input buffer before attempting a read.
在查询串口是否有数据到来的时候这一段是很有用的，可以让程序在准备读取之前用来确定输入缓冲区里面的可读字节数。
Fills input buffer with more data to decompress.
用更多数据填充输入缓冲区来解压。
Upon obtaining an input buffer, fill it with data and submit it to the codec using queueInputBuffer – or queueSecureInputBuffer if using decryption.
在获得一个输入buffer，在使用解密方式下通过queueInputBuffer或queueSecureInputBuffer向编解码器填充相应数据。
To do this you must package the entire new codec-specific configuration data together with the key frame into a single buffer (including any start codes), and submit it as a regular input buffer.
为了做到这些你必须将整个新codec - specific配置数据与关键帧一起打包到一个单独的buffer中(包括所有的开始数据)，并将它作为一个正常的输入数据提交。
To do this you must package the entire new codec-specific configuration data together with the key frame into a single buffer (including any start codes), and submit it as a regular input buffer.
为了做到这些你必须将整个新codec - specific配置数据与关键帧一起打包到一个单独的buffer中(包括所有的开始数据)，并将它作为一个正常的输入数据提交。
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