存储密码必须作为字符数组提供。
The store password must be supplied as an array of characters.
极其常见的缓冲区种类是简单的字符数组。
An extremely common kind of buffer is simply an array of characters.
传统上，位图在代码内由一个字符数组表示。
Bitmaps are traditionally represented inside your code by an array of chars.
字符串是定长字符数组。
本章介绍了存储字符串字面值的字符数组。
This chapter introduced the use of character arrays to hold string literals.
例如，要注意字符方法接受SAX字符数组或字符串。
For example, notice that a characters method accepts the SAX character array or a String.
字符数组中的元素顺序并不影响剪裁操作。
The order of the elements in the character array does not affect the trim operation.
二进制源数据必须是一维的无符号字符数组。
Binary source data must be a single-dimensioned array of unsigned char.
将已编码的字节序列转换为字符串或字符数组。
Converts an encoded byte sequence to a string or array of characters.
这就是全部的关于为什么使用字符数组存储密码比字符串更好。
That's all on why character array is better choice than String for storing passwords in Java.
即使你已经知道一个字符串是一个字符数组，你也应该阅读本部分。
Even if you already know that a string is an array of characters, read this part.
两个线程运行这个函数将分配1个字符数组的每一个[25 ]。
Two threads running this function will allocate 1 char[25] array each.
只使用字符数组也是不够的，为了更安全你需要将数组内容进行转化。
Though using char is not just enough you need to erase content to be more secure.
我们还定义了宏inbufsiz，它是在读取输入时用作缓冲区的字符数组的大小。
We also define a macro INBUFSIZ, which is the size of a character array used as a buffer while reading the input.
xml解析器对任何写入到Unicode字符串和字符数组中的文档进行转换。
The XML parser converts whatever the document is written in to Unicode strings and char arrays.
你的问题是因为你定义一个字符数组，而不是一个字符数组的数组(如字符串)。
Your problem is because you are defining an array of chars, not an array of arrays of chars (i. e. strings).
字符串和字符数组在典型的业务应用程序中占用了大量的空间，所以它们是另一个值得分析的方面。
Strings and character arrays occupy a large amount of space in a typical business application, so they are another area worthy of analysis.
但是如果只有一小段字符串被使用，那么—由于整个字符数组仍然被保存—就有一些空间被浪费了。
If only a small substring is needed, then - because the whole character array is retained - some space is wasted.
WasteIn CharArrays查询能够显示字符串所引用的字符数组中浪费的空间。
The waste in char arrays query shows the amount of wasted space in character arrays that are only referenced by strings.
默认情况下，它不会检测所有函数，而只是检测确实需要保护的函数(主要是使用字符数组的函数)。
By default, it doesn't instrument all functions, only those that it deems as being in need of protection (mainly functions with character arrays).
该模块允许程序员将字符串当作字符数组对待，或者作为数字代码或者作为单字符字符串。
That module allows programmers to treat a string as an array of letters, either as numeric codes or as one-character strings. An example from the documentation.
在加载配置文件以后，如果用户指定了它，那么就用有意义的默认值来植入字符置换数组和不良字符数组。
After loading a configuration file, if the user specified it, I populate the character replacement and bad character arrays with a sensible default.
两个线程运行这个函数将分配1个字符数组的每一个[25]。但是线程不拥有它而拥有它的过程。
Two threads running this function will allocate 1 char [25] array each. But the thread is not the owner its rather the process that owns it.
因而按数组元素地类型分歧，数组又可分为数值数组、字符数组、指针数组、构造数组等各类类别。
Therefore according to the type of array element is different, the array can divide again for numerical array, the string array, pointer arrays, structure array, etc all categories.
用一个数组和一个字符数组分别储存学生的分数和姓名，然后用排序算法进行排序，最后按降幂输出结果。
With an array of characters and an array of storage, respectively, and the names of scores of students, and then sort sorting algorithm, and finally by the lower power output.
另外，这是一个直接创建字符数组并对其进行初始化的示例，而不是定义字符串然后将字符串转换为字符数组。
Also, instead of defining a string and converting it to a character array, this is an example of creating a character array directly and initializing it.
我想知道我还有另一个办法把这种双重转换成一个字符串或字符数组，等等，没有内存分配和收集每次循环运行。
I'm wondering if there is another way I can convert this double into a string or char array, etc, without allocating and collecting memory each time the loop runs.
动态方法具有许多优点：它们能够向上适用于更大的问题(而不是带来任意的限制)，而且它们没有导致安全问题的字符数组截断问题。
Dynamic approaches have lots of advantages: they can scale up to larger problems (instead of creating arbitrary limits), and they don't have the problem of truncations causing security problems.
遗憾的是，缺省情况下没有EBCDIC编码器，所以我们将把值转换为utf- 16le字符数组(这只是为每个字符的第二个字节添加一个“0”字节)。
Unfortunately, there is no EBCDIC encoder by default, so we'll convert the value to a UTF-16LE byte array (which just adds in a "0" byte for the second byte of each character).
遗憾的是，缺省情况下没有EBCDIC编码器，所以我们将把值转换为utf- 16le字符数组(这只是为每个字符的第二个字节添加一个“0”字节)。
Unfortunately, there is no EBCDIC encoder by default, so we'll convert the value to a UTF-16LE byte array (which just adds in a "0" byte for the second byte of each character).
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