In the IFS, the files exist as a sequence of bytes without any data format specified by the file attributes.
在IFS中，文件的存在形式是一个字节序列，没有任何由文件属性指定的数据格式。
So, if a sequence of bytes could be a pointer to a piece of allocated memory, it marks it as being referenced.
所以，如果一个字节序列可以是一个指向一块被分配的内存的指针，那么收集器就将其标记为正在被引用。
CLR Profiler can also show allocation views by class type or over time, identify the number of bytes allocated by each method, and display the sequence of methods executed over the life of the test.
CLR分析器还可以按类类型或者随着时间的流逝显示分配视图，标识每个方法所分配的字节数量，并且显示在整个测试周期中执行的方法序列。
When the delimiter is set to Custom delimiter (Hexadecimal), the node USES a byte or sequence of bytes specified in the Custom delimiter property as the delimiter.
当将分隔符设置为自定义分隔符(十六进制)时，节点使用自定义分隔符属性中指定的字节或字节序列作为分隔符。
While this is somewhat simpler than identifying a "word", the completely naive approach of looking at every (overlapping) sequence of three bytes is non-optimal.
虽然这比识别一个“单词”要稍微简单些，但这完全是一种幼稚的方法 — 查找三字节的每个（重叠）序列的方法不是最优化的。
If a character in a particular encoding spans multiple bytes, the character-based string functions can process each character as a single unit as opposed to a sequence of bytes.
如果采用特殊编码的某个字符的长度跨越了多个字节，则基于字符的字符串函数可以将每个字符处理为一个单元而不是一个字节序列。
A stream is nothing more than a sequence of bytes that can be read or written using library functions that hide the details of an underlying device from the application.
流只不过是一个可以使用库功能读取或写入的字节序列，库功能向应用程序隐藏了底层设备的细节。
Recognizing the character as a single, unit as opposed to a sequence of bytes, is a requirement in the case of string manipulations involving multi-byte characters.
将字符看作一个单元而不是一个字节序列，这是进行多字节字符的字符串操作的必要条件。
A valid custom delimiter must have an even number of hexadecimal digits, and the maximum sequence length allowed is 16 bytes (32 hexadecimal digits).
有效的自定义分隔符必须具有偶数个十六进制数字，并且允许的最大序列长度为16字节(32个十六进制数字)。
You can search for a text string, or you can do a hex search for a sequence of up to 16 bytes.
您可以搜索文本字符串或者最多16字节的十六进制序列。
The maximum sequence length is 32 hexadecimal digits (16 bytes).
最大序列长度为32个十六进制数字(16个字节)。
Concatenate the name-type and name-string parts of the PrincipalName and then prepend the SEQUENCE bytes before the concatenated byte array.
将PrincipalName的name - type和name -string部分串接到一起，然后在串接字节数组前面附加SEQUENCE字节。
The getTagAndLengthBytes() method will prepend the name-string tag byte (context-specific tag number 0) and length bytes before the SEQUENCE and return the complete name-string structure.
getTagAndLengthBytes()方法会在SEQUENCE 前面附加 name-string标签字节（上下文特定的标签数字0）以及长度字节，并返回完整的 name-string结构。
For example, you can store an image or machine language command sequence within a blob, with the maximum size typically not exceeding 65,536 bytes.
例如，可以在一个blob中存储一幅图像或者一个机器语言命令序列，最大大小通常不超过65,536字节。
Prepend the cname tag byte (context-specific tag number 1) and length bytes before the SEQUENCE of Step 5 above.
在上面第5步的SEQUENCE前面附加cname标签字节(上下文特定的标签数1)和长度字节。
PHP USES so-called binary strings - in PHP, a string is not a string of Unicode characters, but rather a sequence of bytes.
PHP使用所谓的二进制字符串—在php中，一个字符串并不是一个Unicode字符的字符串，而是一个字节序列。
When the delimiter is set to Broker System Line End, the node uses a line end sequence of bytes as the delimiter as appropriate for the platform on which the broker is being run.
当将分隔符设置为Broker系统行结束符时，节点将使用运行代理的平台上的相应行结束符字节序列作为分隔符。
This sequence is actually a continuous stream of bytes (hex values).
这个序列实际上是一个持续的字节流(16进制值)。
Java.nio.charset.CharsetDecoder: This class defines an engine that can transform a sequence of bytes in a specific charset into a sequence of sixteen-bit Unicode characters.
CharsetDecoder：这个类定义了一个引擎，这个引擎可以将采用特定字符集的字节序列转换为16位Unicode字符序列。
Java.nio.charset.CharsetEncoder: This class defines an engine that can transform a sequence of sixteen-bit Unicode characters into a sequence of bytes in a specific charset.
CharsetEncoder：这个类定义了一个引擎，这个引擎可以将16位Unicode字符序列转换为采用特定字符集的字节序列。
Because that way we can find repeating bytes, the most likely thing to repeat in a long data sequence. In other words, we don't want to encode.
因为在一个很长的数据序列中，最容易重复出现的就是字节。
May contain any arbitrary sequence of bytes.
可能包含任意顺序的字节数据。
Each byte or sequence of bytes represents a given character.
每个字节或字节序列代表一个给定的字符。
A character encoding is the key that maps a particular byte or sequence of bytes to particular characters that the font renders as text.
字符编码是将一个特定字节或字节序列照射到字符，中间字符能够由对应的字体来体现成文本。
When overridden in a derived class, decodes a sequence of bytes from the specified byte array into a set of characters.
在衍生类别中覆写时，将指定位元组阵列中的位元组序列解码成指定的字元阵列。
When overridden in a derived class, decodes a sequence of bytes into a string.
在派生类中重写时，将一个字节序列解码为一个字符串。
Encoding is the process of transforming a message into a sequence of bytes.
编码是将消息转换为一个字节序列的过程。
The preamble is a sequence of bytes that identifies the beginning of a frame.
同步 信号是一个字节序列，它是帧起始部分的识别标志。
When overridden in a derived class, calculates the number of characters produced by decoding a sequence of bytes from the specified byte array.
在派生类中重写时，计算对字节序列（从指定的字节指针开始）进行解码所产生的字符数。
When overridden in a derived class, calculates the number of characters produced by decoding a sequence of bytes from the specified byte array.
在派生类中重写时，计算对字节序列（从指定的字节指针开始）进行解码所产生的字符数。
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