This restriction was true even if the XML data included only ASCII code points.
即使XML数据中只包含ASCII代码点，这个限制也仍然有效。
Therefore, an iSeries database can hold multiple code pages, even ASCII code pages, depending on the specific code page.
因此，一个iSeries数据库可以容纳多个代码页，甚至是ASCII 代码页，这取决于指定的代码页。
Take Listing 9, which creates a collection of character documents, each containing the string representation of the character and its associated ASCII code.
以清单9为例，它创建一个字符文档集合，每个集合都包含字符的字符串表示形式及其关联的ASCII代码。
The code in Listing 6 shows reading the ASCII-armor encrypted text file in, appending the stored date and time information, and resuming the quick-add text process.
清单6中的代码表示读入经ascii封装的加密文本文件(附带了存储日期和时间的信息)，然后重新启动快速添加文本的过程。
For non-ASCII characters, users should ensure that the same conversion tables are used by binding and executing with the same active code page.
对于非ascii字符，用户应该确保具有相同活动代码页的绑定和执行使用相同的转换表。
You end up with the same data in the client code page for ASCII data, with no data loss.
最后得到使用客户机代码页的完全相同的数据，没有丢失数据。
"Smart ASCII" is a text format that USES a few spacing conventions to distinguish types of text blocks such as headers, regular text, quotations, and code samples.
“智能ASCII”是一种文本格式，它使用一些间隔约定来区分文本块的类型，如头、常规文本、引语和代码样本。
We've seen all kinds of amusing content, from ASCII art embedded in a site's source code to funny downtime messages used as a viral marketing technique to increase the visibility of a site.
我们看到各种有趣的内容，代码被嵌入网站源文件及有趣的宕机信息被用作病毒式营销以增加网站可见性。
This is because the active code page 1252 does not have the code points for non-ASCII Chinese characters.
这是因为活动编码页1252不包含非ascii中文字符的编码点。
The following table shows each letter of this message in ASCII, hex, and binary code.
下表列出了这条消息中每个字符的ASCI i码、十六进制码和二进制编码。
The escape function replaces almost any non-alphanumeric ASCII character with % followed by the two-digit hexadecimal code of the encoded character.
escape函数用%后跟被编码字符的两位16进制码代替了几乎所有非字母数字的ASCII字符。
While ASCII is severely limited in terms of supporting non-English languages, it can do so using code pages.
虽然ASCII在支持非英语语言时存在严重的局限性，但可以通过使用代码页（Code Page）来解决。
After some time, a new idea was developed to counter that problem: move all executable code to an area of memory called the "ASCII armor" region.
一段时间之后，人们又想出了一种防止该问题的新思路：将所有可执行代码转移到一个称为“ASCII保护(asciiarmor)”区域的内存区。
Seven-bit ASCII characters are common to all the code pages supported by DB2 Universal Database and will not cause a problem.
位ascii字符通用于DB 2Universal Databas所支持的所有代码页，并且不会产生问题。
To enable queries that can return case-insensitive results, you must be using a language with a code page that includes ASCII characters and that is supported by Rational ClearQuest.
要激活能够返回大小写结果的查询程序，您必须一个带有代码页的语言，这个代码页包括由RationalClearQuest支持的ASCII字符。
The following code will display the first few lines of each quotation in sample.xml, and produce very simple ASCII indicators of unknown tags and entities.
以下的代码显示了sample . xml中每段引言的前几行，并生成了非常简单的未知标记和实体的ASCII指示符。
This loop will create 26 documents, one for each lowercase letter of the alphabet, each document containing the character itself and its ASCII character code.
此循环将创建26个文档，代表字母表的每个小写字母，每个文档包含字符本身及其ASCII字符码。
The basis of all modern character sets is the American Standard Code for Information Interchange (ASCII), published in 1968 as ANSIX3.4.
所有现代字符集的基础都是在1968年以ansix3.4版本出版的美国信息交换标准码(American Standard Codefor Information Interchange,ASCII)。
The VOB stores a given artifact's source code, which could be either a binary or text (ASCII) file, in a data pool called a source pool.
VOB在称为source pool的数据池中存储工件的源代码，可以是一个二进制或者文本(ASCII)文件。
The original ASCII 7-bit character set mapped the letters, and monetary, numerical, and control-code information to decimal, octal, and hexadecimal numbers.
原来的ASCII 7位字符集将字母、货币、数字和控制码信息映射为十进制、八进制和十六进制数字。
For efficiency, full ASCII names are not used as method selectors in compiled code.
出于运行效率的考虑，在编译后的代码中不会使用由asci I码组成的方法名。
However, if the source text contains extended ASCII byte values (128 through 255), the extended characters will be interpreted by default according to the current code page.
但若源文本包含扩展的ASCII字节值(128到255)，则默认情况下，将根据当前代码页解释扩展字符。
American Standard code for Information Interchange (ASCII) is the code that is most commonly used to represent alpha-numeric data in a computer.
美国标准资讯交换码(ascii)是最普遍用来表示电脑内的文数字资料的编码。
American Standard code for Information Interchange (ASCII) is the code that is most commonly used to represent alpha-numeric data in a computer.
美国标准资讯交换码(ascii)是最普遍用来表示电脑内的文数字资料的编码。
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