Byte arrays are limited in length to 75 percent of MAX_VALUE_LENGTH because byte arrays are stored by encoding them as strings.
字节数组限制为MAX_VALUE_LENGTH长度75%，因为字节数组是通过编码为字符串存储的。
The new Max size functionality allows strings to extend beyond the 8,000 byte limit of SQL Server 2000.
新的最大尺寸功能允许字符串扩展到超过SQL Server 2000的8,000字节限制。
In Python 3.0 all strings are unicode (STR is now unicode string) and there is a new type called bytes to hold byte sequences.
在Python 3.0之中，所有的字符串都是unicode的(str就是unicode字符串)，并引入了一个叫做bytes的新类型来处理字节序列。
ASCII strings can also be used to represent binary data as byte streams.
ASCII字符串也能被用于表示二进制数据从而当作字节流。
CHAR Stores single-byte or multibyte text strings of fixed length (up to 32,767 bytes); supports code-set order in collation of text data.
CHAR存储固定长度的单字节或多字节的文本字符串(最高可达32,767个字节)；在整理文本数据时支持使用代码集顺序。
VARCHAR Stores single-byte or multibyte text strings of varying length (up to 255 bytes); supports code-set order collation of text data.
VARCHAR存储可变长度的单字节或多字节文本字符串(最高可达255个字节)；在整理文本数据时支持使用代码集顺序。
LVARCHAR (IDS) Stores single-byte or multibyte text strings of varying length (up to 32,739 bytes).
LVARCHAR (IDS)存储可变长度的单字节或多字节文本字符串(最高可达32,739个字节)。
In particular, there is no support for searching for exact strings and failing fast, and the engine requires us to transform our byte -strings to char or string.
具体地说，它不支持对字符串的精确查找，不支持fail -fast，而且该引擎要求我们把byte字符串转换成char或者String。
In character strings, each byte or pair of bytes represents a single alphabetic letter, special character, or number.
在字符串中，每个字节或每对字节代表单个字母、特殊字符或数字。
When hashes are expressed as strings it's usually via hex values of each byte, or via a character set encoder.
当散列表示为字符串时，通常是通过每个字节的十六进制值，或通过字符设置编码器。
Prior to adjacent strings being concatenated, a string cannot be longer than 16380 single-byte characters.
在相邻字串进行串连之前，字串长度不可超过16380单一位元组字元。
The following example copies a string in reverse, by using byte Pointers to read and write characters between the source and destination strings.
下列范例使用位元组指标，在来源和目的字串之间读取及写入字元，借以反向复制字串。
The following example copies a string in reverse, by using byte Pointers to read and write characters between the source and destination strings.
下列范例使用位元组指标，在来源和目的字串之间读取及写入字元，借以反向复制字串。
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