字符串被反复连接并没有使用字符串缓冲？
Are strings being repeatedly concatenated without string buffers?
为什么我获取一个字符串缓冲区大小不同?。
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?
我的截图和检索位图的位到一个字符串缓冲区。
I am making a screenshot and retreiving the bits of the bitmap into a char buffer.
循环检查选择，将绝对文件名添加到字符串缓冲区。
Iterate though it, adding the absolute file names to a string buffer.
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 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.
该应用程序正在使用MSDAORAODBC驱动程序，我想，驾驶员将终止空字符到字符串缓冲区其中的可能的有2000个字符的内部限制。
The application is using the MSDAORA ODBC driver and I'm thinking that the driver is adding the terminating NULL character to its string buffer which may have a internal limit of 2000 characters.
底层缓冲的初始容量足够大，可以包含三个待连接的字符串。
The initial capacity of the underlying buffer is large enough to hold the three strings to be joined.
一旦字符串处理函数失败，就把目标缓冲区设成NULL。
Unicode字符正常化算法，现在确定了稳定的字符串，并为缓冲提供指引。
The Unicode Normalization Algorithm now defines stabilized strings and provides guidelines for buffering.
当复制到s1的字符串长于 s1 的分配大小（即BUFSIZE，一个在stdio.h中定义的常数）时，就会发生缓冲区溢出情况。
This can happen if the string copied into s1 is longer than the allocated size of s1, which is BUFSIZ (a constant defined in stdio.h).
这么做会返回一个缓冲了的文本文件；read和readline会返回字符串(请注意，Python3内的所有字符串都是unicode)。
Doing so returns a buffered text file; read and readline return strings. (Remember that all strings in Python 3 are unicode.)
如果没有发生缓冲区溢出，返回值始终是组合字符串的长度；这使得检测缓冲区溢出真正变得容易了。
The return value is always the size of the combined string if no buffer overflow occurred; this makes it really easy to detect an overflow.
在搜索和替换字符串中都可以使用缓冲区引用。
You can use the buffer reference in both the search and in the substitution string.
此处，读取字节还不足以提取必要的信息，如果要读取字符串，则要返回一个缓冲区。
Here, reading the bytes is not enough to extract the necessary information; it returns a buffer if the string is read.
用户可以使这些输出数据流入字符串、内部缓冲区、标准输出或文件。
Users can stream the output data into a string, an internal buffer, the standard output, or a file.
我们还可以使用该命令替换给定行号的缓冲区中的文本，或者删除当前行中第一个出现的字符串。
We can also replace the text in the buffer at a given line number or remove the first occurrence of a string in the current line, using this utility.
其本质为，入侵者传入一个大于现有缓冲区的字符串。
Essentially, an intruder passes in a string that is too large for some existing buffer.
strncpy _ from_user函数将一个字符串从用户空间复制到一个内核缓冲区，给定一个用户空间源地址和最大长度。
The strncpy_from_user function copies a string from user space into a kernel buffer, given a user space source address and Max length.
如果指定字符串输出的精确指定符(比如%. 10s)，那么您就能够通过指定输出的最大长度来防止缓冲区溢出。
If you include a precision specifier for a string output (such as "%.10s"), then you can protect against buffer overflows by specifying the maximum length of the output.
kern_info符号是一个字符串，可以用来对进入内核回环缓冲区的信息进行过滤(非常类似于syslog)。
The KERN_INFO symbol is a string that you can use to filter information from entering the kernel ring buffer (much like syslog).
如果参数为NULL，则openssl会将字符串写入到一个长度为256字节的静态缓冲区中，并返回指向该缓冲区的指针。
If this parameter is NULL, OpenSSL writes the string to a static buffer that is 256 bytes in length, and returns a pointer to that buffer.
缓冲区溢出主要分为堆栈溢出、堆溢出和格式化字符串溢出等。
Buffer overflow attack mainly includes stack overflow, heap overflow and format string overflow and so on.
目前针对缓冲区溢出和格式化字符串漏洞攻击已经提出了很多种解决方法。
So far, although many approaches have been proposed to solve buffer overflows and format string attacks, unfortunately few of them can prevent all possible attacks.
缓冲区长度小于路径字符串的长度。
The length of the buffer is smaller than the length of the path string.
在创建一个新的字符串时，我们分配一块动态的缓冲区来保存它所包含的文本。
For a new string we allocate a dynamic buffer to hold the text.
然后，在从调用返回时将该缓冲区的内容复制到新字符串中。
It then copies the contents of the buffer into a new string on return from the call.
数据通常从分析器缓冲区读入字符串对象，然后，字符串对象被推送到客户端缓冲区。
Normally, the data is read from the parser buffer into the string object, which is then pushed to the client buffer.
提取模型使客户端能够为分析器提供一个可以将字符串直接写入的缓冲区。
The pull model allows the client to give the parser a buffer into which the string is directly written.
提取模型使客户端能够为分析器提供一个可以将字符串直接写入的缓冲区。
The pull model allows the client to give the parser a buffer into which the string is directly written.
应用推荐