Blobspaces are used to store text and byte data.
blobspace用来存储文本和字节数据。
It is similar to the LENGTH function when used against a single-byte data type.
它与对单字节数据类型使用LENGTH函数类似。
It gives double the LENGTH function value if double-byte data type is used as input.
如果使用双字节数据类型作为输入，它就会给出双倍的length函数值。
It serializes and deserializes messages and supports ByteMessage for transfer of pure byte data.
它把消息序列化并反序列化，而且支持传递纯byte数据的ByteMessage。
Blobspace: a blobspace is a logical storage unit composed of one or more chunks that store only TEXT and BYTE data.
blobspace： blobspace是一个逻辑存储单元，它由一个或更多的区块组成，其中只存储TEXT和BYTE数据。
The Apple partition map contains several 512-byte data structures, and each partition uses one data structure.
苹果分区表包含了数块512字节的数据结构，每个分区使用一个数据结构。
To ensure that the double-byte data is rendered correctly, take the following steps to embed the Unicode font for use with fop.
为了保证正确地呈现双字节数据，请按照下面的步骤将使用的Unicode字体嵌入到PD F中。
These numeric values represent the number of bytes in single-byte data and the number of double bytes in graphic or double-byte data.
这些数值表示单字节数据的字节数和图形或双字节数据的双字节数。
Its restrict conditions include system work cycle, communication protocol restriction, communication format assumption, multi-byte data and bit sign.
其约束条件包括系统工作周期、通信协议约束、通信格式约定、多字节数据及位标记。
If the file system data structures happen to align perfectly with the underlying physical partition size, a read or write of a 4096-byte data structure results in a read or write of a single sector.
如果文件系统数据结构正好与底层物理分区大小一致，对4096字节数据结构的读写会产生对单一扇区的读写。
The part of a two-part memory address that remains constant and provides a reference point from which the location of a byte of data can be calculated.
保持恒定的两部分内存地址的一部分并提供一个基准点，从这里可以计算一个字节数据的位置。
In addition to mapping numeric and byte fields, it also converts string data to the appropriate codepage when the correct codepage for your native language application is selected.
除了映射数字和字节字段，在为您的本地语言应用程序选择了正确的代码页时，它还将字符串数据转换成适当的代码页。
It first explained key concepts, such as character and byte semantics with respect to string data.
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。
RC4 is a stream cipher algorithm operating on each byte of data; like the RC2, it supports key lengths of 40 bits, 64 bits, and 128 bits.
RC 4是一个流密码算法，它对数据的每个字节进行操作；和RC 2一样，它支持长度为40位、64位和128位的密钥。
No longer can the program assume that one byte is one character, so all data has to be decoded from UTF-8 and encoded back to UTF-8.
程序不再假设一个字节就是一个字符，因此所有的数据都需要从UTF-8 进行解码，然后再重新编码成 UTF-8。
I then extract the initialization vector (IV) into a byte array, block encrypt the clear data, and prefix the IV bytes to the encrypted data bytes.
随后我将初始向量(IV)抽取到字节数组，对明文数据进行块加密，并将iv字节置于加密的数据字节之前。
This byte array will hold all the bytes of the INTEGER data type structure.
这个字节数组包含INTEGER数据类型结构的所有字节。
The byte order of the STABs binary data depends on the object file format.
STAB二进制数据的字节顺序取决于对象文件格式。
Every byte of data generated by the company was stored here, and he was the caretaker.
这家公司所有的数据都存储在这里，而他是管理员。
Note that an integer in J2ME is 4 bytes of data, while single-byte length notation needs only 1 byte.
注意在J2ME中一个整数是4字节数据，而单字节长度表示法只需要1个字节。
These algorithms can use less data on a per-byte basis to correct for more serious problems than is possible with 512-byte sectors.
这些算法可使每个字节使用较少的数据，从而比使用 512 字节扇区能纠正更多严重问题。
All partitions are ext3 — and no, I've never yet lost a byte of data to filesystem corruption.
所有分区都是ext3 -可是我还从未因为文件系统缺陷而丢失过一个字节的数据。
Wiggs suggests keeping crypto keys or other sensitive data in byte arrays which should be overwritten with zero as soon as they are no longer used.
Wiggs建议把加密密钥或其他敏感数据保存在字节数组中，那样能够在不需要的时候就会被重写为零。
The message set feature (providing message modelling) of message Broker cannot specify a length smaller than a byte for any individual item of data.
messageBroker的messageset特性(提供消息模型化)无法为数据的任何单个项指定小于一个字节的长度。
I use the FileStream class in this code to illustrate operating on data at the byte level.
我使用该代码中的filestream类来说明如何在字节级别操作数据。
If we had only one byte array, it would be easy to write to a slot in the data tree, since the Preferences API supports byte arrays directly.
如果我们只有一个字节数组，写入数据树中的slot会很容易，因为PreferencesAPI直接支持字节数组。
You can use the transferTo() method to transfer bytes directly from the channel on which it is invoked to another writable byte channel, without requiring data to flow through the application.
可以使用transferTo()方法直接将字节从它被调用的通道上传输到另外一个可写字节通道上，数据无需流经应用程序。
This pipe stores data into a repository as byte , String, Document, Form, or InputStream.
这个管道把数据以byte 、String、Document、Form或InputStream的形式存储到存储库中。
If you have the option, use standard library functions to do byte-swapping operations, and standardize on the order in which bytes are stored in your data files; network byte order is the best.
如果可以选择的话，请使用标准库函数来进行字节交换操作，并按照字节在数据文件中存储的顺序进行标准化；网络字节顺序最适合这种工作。
The second parameter, a byte array, contains the message data.
第二个参数为字节数组，它包含消息数据。
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