生成了一个无效的转义序列错误。
使用转义序列来管理较长的输入。
这通常也称为转义序列。
转义序列不是标记扩展，不受类的支持。
The escape sequence is not a markup extension and is not backed by a class.
HTML也是一种编程语言，它有四种形式的转义序列。
HTML is a programming language, too, and it has four different forms of escape sequence.
对模式稍作更改就可以添加转义序列以支持字符串中的逗号。
With some small changes to the pattern, escape sequences could be added to support commas within strings.
如果连接成功，消息显示telnet转义序列(见清单8)。
If the connection is successful, a message indicating the Telnet escape sequence is shown (see Listing 8).
譬如，转义序列一类的字符序列将导致未定义行动。
Thus, sequences of characters that resemble escape sequences cause undefined behavior.
十六进制转义序列可用于任何字符(不论是否为可打印字符)。
Hexadecimal escape sequences can be used for any character, printable or not.
由于输入转义序列非常麻烦，因此无疑会希望从脚本运行，如清单3中所示。
Because escape sequences are cumbersome to type, you'll undoubtedly want to run it from a script, as shown in Listing 3.
当编译脚本时，字符串中的每个转义序列都会转换为它所表示的字符。
When a script is compiled, each escape sequence in a string literal is converted into the characters it represents.
如果您的外壳支持转义序列，则可以在文件的上下文中突出显示所有regexp。
If your shell supports escape sequences, you can highlight all the regexps in the context of the file.
没有激光打印机，激光打印机的说明书显示它们使用了上百条的转义序列来进行控制操作。
No laser printers, whose manuals show hundreds of escape sequences used for their control and operation.
XAML标记通常使用与XML中所定义的字符实体和转义序列相同的字符实体和转义序列。
XAML markup typically USES the same character entities and escape sequences that are defined in XML.
他的理念... 就是说使用'转义序列‘，并且每种自然语言都有其自己的转义序列和相应的字符集...
"His idea ... was to use an "escape sequence", whereby each natural language had its own registered escape seqence code and associated set ..."
正如上面所提到的那样，用于编写XAML标记的大部分字符实体和转义序列都是由xml定义的。
As mentioned previously, most character entities and escape sequences that are typically used to write XAML markup are defined by XML.
但是，您仍可以通过使用XAML(而不是XML)所特有的转义序列来将大括号显示为原义字符。
However, you can still display the braces as literal characters by using an escape sequence that is particular to XAML instead of XML.
这个转义序列告诉Vim把替换文本作为一个Vimscript表达式来处理，对它进行评估来获取实际的替换字符串。
This escape sequence tells Vim to treat the replacement text as a Vimscript expression, evaluating it to get the actual replacement string.
但是，如果对具有类型转换器的成员使用转义序列，则仍有可能在由XAML编写器进行解释时，该字符串会被类型转换器转换。
However, if the escape sequence is applied to a member that has a type converter, the string might undergo type conversion when it is interpreted by a XAML writer.
各种各样的电话服务也不会有，比如通过在账号后面加#和/或 *来核对银行账户的收支情况，因为这些操作相当于把转义序列传递给银行的计算机。
Various phone services are gone, like checking a bank balance by typing in the account number followed by # and/or *, for these act as escape sequences to the bank computer.
如果你想知道怎样正确使用转义序列，可以查看因特网规划书“rfc1554 ”，其中讨论了通过ISO 20022[8]标准对日文字符的扩展。
If you'd like to see escape sequences used properly, look at Internet design paper "rfc1554", which discusses extensions of Japanese character sets via ISO 2022 [8].
清单11显示了一个转义字符串序列，它使用了一个引号作为省略号。
Listing 11 shows an example of the escape sequences for a string that USES a single quote as an apostrophe.
在MySQL中，字符序列\表示一个反斜杠转移单引号'，但在DB 2中，单引号必须要再加一个单引号来实现转义' '(即两个单引号)。
The character sequence \ represents a backslash escaped single quote 'in MySQL, but in DB2, a single quote must be escaped by adding another single quote "(double single quotes)."
在大多数情况下，存储库会提供一个转义字符或字符序列，用于对这些特殊值进行转义，如果一个值可以由连接器进行转义，那么应该这么做。
In most cases, repositories will give an escape character or sequence for these types of special values, and if a value can be escaped by the connector, then it should be.
当你要迭代文本中所有的匹配，并且每个子序列都从上一次结束时开始匹配的话，这个转义是很有用的。
This escape useful if you're iterating over the matches contained within a text, and you want each subsequence match to start where the last one ended.
当你要迭代文本中所有的匹配，并且每个子序列都从上一次结束时开始匹配的话，这个转义是很有用的。
This escape useful if you're iterating over the matches contained within a text, and you want each subsequence match to start where the last one ended.
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