经编码的数据串经过EFM电路处理以备在CD上进行记录。
The encoded data string now passes through the EFM circuits to prepare it for storage on the CD.
你需要一大串数据才能认清这一趋势。
You need a long series of data to be able to discern such a trend.
最后，字符串类型是引用类型，因此每个字符串实例都引用一个附加的内存块，以存放实际的字符串数据。
Finally, the string type is a reference type, so every string instance refers to an additional block of memory to hold the actual string data.
您的DataStage需要处理和转换XML数据，因此它将XML数据当作字符串数据(而不是未结构化的大对象或lob)。
Your DataStage job needs to process and transform the XML, so it will treat it as string data (rather than as an unstructured large object or LOB).
清除传入数据并通过转义传入的字符串保护数据库(参见清单3)。
"Clean up the incoming data and protect the database by escaping the incoming string (see Listing 3)."
按照特定的语法编写字符串，让数据库解析为特定的数据类型。
You write it as a string with a certain syntax that allows the database to parse it into the specialized data type.
在这个示例中，指针在数据段中占用了4个字节，但是指针所指向的字符串则不在数据段中。
In that case, the contents of pointer gonzo - a 4-byte memory address - live in the data segment. The actual string it points to does not, however.
显然，对只包含字符串数据的记录进行排序非常简单。
Clearly, sorting records that consist solely of string data is a piece of cake.
表示定义（Representational definition）主要定义在IT系统中如何表示每个术语，比如整数、字符串或日期格式（参考数据类型）。
Representational definitions focus on how each term is represented in an IT system such as an integer, string or date format (see data type).
如果我们回想一下我们一开始讲过的数据对象的种类，浮点数，整数，字符串，它们实际上有相同的行为方式。
If we go back up to the kinds of data objects we started with, floats, ints, strings, they actually behave the same way.
字符串数据随后被存储。
数据类型不是字符串。
对字符串数据进行比较并按一定顺序排列的过程称为排序。
The process of comparing string data and placing it in order is known as collation.
这段代码根据GET调用产生的字符串数据创建一个JSON对象。
It simply creates a JSON object from the string data, which is the result of the GET call.
在处理字符串数据时，可以使用双引号或单引号分隔。
When working with string data, you can use either double quotation marks or single quotation marks to delimit them.
字符与字符串数据的字节语义之间的对比。
首先介绍了一些关键概念，如针对字符串数据的字符语义和字节语义。
It first explained key concepts, such as character and byte semantics with respect to string data.
有大量重复字符串的数据有巨大的压缩潜力。
Data with a high number of repeating strings can result in significant compression.
缩略词数据存储为字符串。
如果没有，POST数据设为空字符串。
因此，必须将保存的数据转换为字符串。
在我们的简单示例中，读取和处理这10个文件将消耗大约10MB的字符串数据。
Reading and processing these 10 files will consume, in our simple example, around 10mb of string data.
现在，假设每个文件为大约1MB的字符串数据，并且我必须并发地处理多达10个文件。
Now suppose each file was roughly 1mb of string data and I had to process up to 10 files concurrently.
WAR中的servlet调用此类并传入输入的数据字符串。
The servlet in the WAR invokes this class and passes in the data string entered.
Text：简单字符串数据，存储为 #PCDATA、break或非 XML字符。
Text: Simple string data stored as #PCDATA, break, or non-XML characters.
现在已经通过任意的字符串数据创建了新归档文件并已经把外部文件添加到了归档中。
We have now created a new archive file from arbitrary string data and have added an external file to our archive.
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.
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.
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