在我们的应用程序中，用户输入的日期和时间被连接成一个字符串，转换成字节，然后被存储。
In our application, the date and time entered by the user are concatenated into a string, converted into bytes, and stored.
如SQL标准中所述，此函数返回输入字符串的八位字节长度或字节长度。
This function, as mentioned in SQL standard, returns the length of the input string in octets or bytes.
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。
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.
简单的项属性可以是基元数据类型，例如整数或字符串，或者是称为内容的特殊数据类型，这种数据类型用于存储诸如文件字节等批量数据。
Simple properties of items can be primitive data types, such as integers and strings, or a special data type called content, which is used to store bulk data such as the bytes of a file.
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.
此处，读取字节还不足以提取必要的信息，如果要读取字符串，则要返回一个缓冲区。
Here, reading the bytes is not enough to extract the necessary information; it returns a buffer if the string is read.
但是由于第一个字符是多字节字符，因此得到结果3，它是搜索字符串的第一次出现的位置。
But since you have a multi-byte character as the first character, you get the result as 3, which is the first occurrence of the search string.
字符串对象和字节对象是不兼容的。
ASCII字符串也能被用于表示二进制数据从而当作字节流。
ASCII strings can also be used to represent binary data as byte streams.
但是如果使用字节语义并使用UTF - 8对字符进行编码，则该字符串的长度为6字节。
But if byte semantics is used, and characters are encoded using UTF-8, then the length of the string is 6 bytes.
命名文件系统属性分类是一个关联到目录或者文件的字节流，通过一个字符串名引用。
The named file system attribute classification is a byte stream that is associated with a directory or file and is referred to by a string name.
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。
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.
输入文本字符串转换成了字节数组，并用它填充。
The input text string is converted into an array of bytes and is padded.
原来的字符串占用48字节。
假设您拥有一个UTF - 8编码的字符，其长度为3字节，而字符串只拥有编码的前两个字节。
Consider that you have a character in UTF-8 encoding has length of 3 bytes, and the string has only the first two byte of the encoding.
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.
在图5中，已经指定字符串第一个字节的长度为1的子字符串。
In Figure 5, the substring of length 1 from the first byte of the string has been specified.
现在，修改后的字符串占用60字节，这超过了DESCRIPTION的定义。
Now, the modified string takes a total of 60 bytes, which exceeds the definition of the DESCRIPTION.
您可以搜索文本字符串或者最多16字节的十六进制序列。
You can search for a text string, or you can do a hex search for a sequence of up to 16 bytes.
如果想要得到字节的字符串表示，需要使用它的decode方法。
If you want the string representation of a byte, use its decode method.
该脚本由 ByteLoader前同步码组成，编译好的代码以字节字符串的形式保存。
The script consists of the ByteLoader preamble, with the compiled code stored as a byte string.
SSL服务器还发送一个会话标识、一个随机字节字符串以及它的数字证书。
It also sends a session ID, a random byte string, and its digital certificate.
新的最大尺寸功能允许字符串扩展到超过SQLServer 2000的8,000字节限制。
The new Max size functionality allows strings to extend beyond the 8,000 byte limit of SQL Server 2000.
字符与字符串数据的字节语义之间的对比。
但如果字符串是一个地址或可选的字段，那么磁盘上可能会有成兆字节的零。
But if the string is an address or optional field, you may have megabytes of zeroes on disk.
同样，这个应用程序以字节流形式检索记录，然后将它转换成一个字符串。
Similarly, the application retrieves the record as a stream of bytes and converts it into a string.
得到第1步中串接的字符串的字节数组表达。
Get the byte array representation of the concatenated string from Step 1.
步骤(4)通过将字符串转换成字节序列(比如二进制)准备好通过流发送的请求。
Step (4) prepares the request to be sent over the stream by converting the string into an array of bytes, i.e. binary.
接着对该密码字节数组解密，解密的字节数组作为文本字符串返回。
The cipher byte array is then decrypted, and the decrypted byte array is returned as a text string.
接着对该密码字节数组解密，解密的字节数组作为文本字符串返回。
The cipher byte array is then decrypted, and the decrypted byte array is returned as a text string.
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