当时的想法是要使服务和客户机的编写工作更加容易，简单的服务和客户机只需同意在向xml转换时遵守一套数据编码规则即可。
The idea is that simple services and clients would simply agree to follow a set of rules for encoding data to XML in order to make writing services and clients easier.
为了简化这个过程，DB 2数据转移实用程序(即export、IMPORT和LOAD)可以执行自动化的编码页转换。
To simplify things, the DB2 data movement utilities, namely EXPORT, IMPORT, and LOAD, can perform an automatic code page conversion.
将需要被附带上的数据编码，转换成字符串表示，并将其放置在XML有效载荷的soap体中。
The data that needs to be attached is encoded, converted to a string representation, and placed inside the SOAP body of an XML payload.
在云计算环境中，编码集名称不相容会导致数据损坏、应用程序异常、系统崩溃、可移植性差和转换失败。
In a cloud computing environment, problems with code-set name compliance can cause data corruption, application exceptions, system crashing, poor portability, and conversion failures.
虽然存在多个编码页面，但是 Unicode被广泛的作为国际化的文本编码技术来使用，来保证数据完整性和避免代码页转换。
While there exist a variety of code pages, Unicode has been widely used as the text encoding technique for globalization to preserve data integrity and avoid code page conversion.
图2描述了一个场景，数据转换在又编码计划标记的不同的SingleByteCharacterSet (SBCS)编码页之间发生。
Figure 2 depicts a scenario where data transformation occurs between disparate Single Byte Character Set (SBCS) code pages labeled by the encoding scheme.
如果应用程序编码页与Unicode数据库不同，那么数据库管理器会将字符串从应用程序编码页转换为数据库unicode编码页。
When an application code page is different from the Unicode database, the database manager converts the character string from application code page to database Unicode code page.
SOAP上下文中的编码只不过是一组规定如何将指定的数据模型转换为XMLInfoset的规则。
An encoding in the context of SOAP is simply a set of rules that specify how to translate a specific data model to an XML Infoset.
EXPORT实用程序执行从Unicode（数据库编码页）到 1252（客户机编码页）的自动编码页转换。
The EXPORT utility performs an automatic code page conversion from Unicode (database code page) to 1252 (client code page).
就是说开发人员需要将现有的XML编码的服务器端企业数据在发送给浏览器之前转换成JSON。
This means that developers need to convert existing server-side enterprise data encoded in XML to JSON before sending it to the browser.
在为DB 2UDB平台进行编码时，数据库引擎会处理所需的任何函数补偿、数据类型转换等工作。
When coding to the DB2 UDB platform, the database engine handles any function compensation, data type conversion, etc. needed.
正如前面提到的，数据转移实用程序EXPORT、IMPORT和LOAD在数据文件和数据库之间执行自动化的编码页转换。
As mentioned before, the data movement utilities EXPORT, IMPORT, and LOAD perform an automatic code page conversion between data file and database.
内部编码的XML数据比外部编码的数据更为可取，因为它可以防止不必要的代码页转换。
Internally encoded XML data is preferred over externally encoded data because it can prevent unnecessary code page conversion.
GRDDL即可以与RDF编码的数据协同工作，也可以与微格式数据亲密合作，这些微格式数据能够动态转换成rdf数据。
GRDDL works with both RDF-encoded data as well as microformat data which can be converted to RDF on the fly.
所以，对于这样的数据，您就需要一种转换机制，或者说一种编码，简单地说也就是一种达成一致的用来序列化和反序列化数据的方式。
So for such data, one needs a translation mechanism, an encoding, simply an agreed upon way to serialize and de-serialize the data.
本地编码页中编码的应用程序数据在适配器框架以事件形式向集成代理交付应用程序数据时需要转换成unicode格式。
Application data encoded in native code page needs to be converted to Unicode before the adapter framework delivers application data in the form of events to the integration broker.
Transformation Extender还支持高级的转换需求，例如大型数据记录或消息的高效处理，以及无需复杂编码的高级数据验证。
Transformation Extender can also support advanced transformation requirements, such as efficient processing of large data records or messages, and advanced data validation without complex coding.
清单18JSON编码下所转换的数据。
通过JSON的编码器，实际的数据转换成JSON。
In the case of the JSON encoder, the actual data is converted to JSON.
通过对原始数据中的每六位使用一个ASCII字符来表示，Base64编码可以将任意的数据值转换为可打印的ASCII字符。
Base64 encoding transforms arbitrary data values into printable ASCII characters by using one ASCII character to represent each six bits of the original data.
最常见的情况是用本地编码来操作数据并且将数据格式转换为Unicode 格式。
The most common scenario is the manipulation of application data in a native encoding and transcoding of the data into Unicode format.
频繁地在XMLCh和char之间进行编码转换会严重影响性能，因此在可能的情况下尽量使用一种格式处理数据。
Frequently transcoding from XMLCh to char and vice versa can have a significant impact on performance, so wherever possible, try to process the data in one format.
如果数据为本进行编码转换和压缩的情况下，图块数据将被作为XML的子元素来存储，这是最容易解析的数据格式。
When no encoding or compression is given, the tiles are stored as individual XML tile elements. Next to that, the easiest format to parse is the "CSV" (comma separated values) format.
本文引入并用微机实现了泛漫算法，它可以方便地实现从矢量数据到以物体为中心的行程编码的转换和存贮。
With the help of microcomputer, this paper introduces and realizes the flood algorithm, which can convert vector data to object - centred run length encoding rapidly and store it conveniently.
有关更多信息，请参见XML名称的字符编码和XML数据类型的转换。
For more information, see Character Encoding of XML Names and Conversion of XML Data Types.
通过数模转换、彩色编码、边缘锐化、透视显示、多元图象迭合等处理，获得常规物探数据处理方法难于获得的某些地球物理信息。
Some new geo-physical informations can be acquired by such as the digital analog conversion, color code, edge sharpening, perspective display and multivariableimage overlapping.
解密时，通过使用加密密钥将经过编码的数据转换为原始文本。
While in decryption, scrambled data is turned back into the original text by using a cryptographic key.
将数据从原始形式转换为默认可识别的形式，并且可以在转换回原来的编码。
To convert data from its original form to a form that can only be read by someone that can reverse the encryption.
将数据编码为通信协议和从通信协议解码数据通常可以由简单的函数转换来表示。
Encoding data into and decoding data from communication protocols can often be represented by a simple functional transform.
结果表明：BCD编码比较容易与十进制数据转换，实现机制简单。
The result is obtained the BCD code transfer to ten code is easier and acted on mechanism easy.
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