• 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。

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  • The counting of string length using a byte is referred to as byte semantics in this article, and the counting of string length using the number of characters is referred to as character semantics.

    本文中将使用字节计算字符串长度的方法称作字节语义,而使用字符数计算字符串长度的方法称作字符语义。

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  • In addition to basic string support, you can store booleans, doubles, floats, integers, longs, and byte arrays (think serialization).

    除支持基本的字符串之外,您还可以存储布尔值、双精度数、浮点数、整型数、长整型数和字节数组(考虑序列化)。

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  • 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。

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  • The locale setting will cause the % ls format specifier in printf to call the wcsrtombs function in order to convert the wide character argument string into the locale-dependent multi-byte encoding.

    语言环境设置会导致printf中的%l s格式说明符调用wcsrtombs函数以便于将宽字符的参数字符串转换成依赖语言环境的多字节编码。

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  • 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。

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  • 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。

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  • 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.

    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。

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  • 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。

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  • The last article ended with a function called convert_to_upper, which operated one byte at a time to convert a string to uppercase.

    上一篇文章最后给出了一个名为 convert_to_upper 的函数,它一次操作一个字节,并将字符串转换成大写格式。

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  • 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。

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  • Next we create the usual JMS artifacts required to send a message, then generate a group identifier by taking a random 24-byte BigInteger and converting it to a hexadecimal string.

    接下来,我们创建用于发送消息的常见JMS构件,然后采用 24 字节的BigInteger随机值,并将其转换为十六进制字符串,从而生成组标识符。

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  • When the object is later re-created from its byte string, it will be a new in-memory object identical in structure and value to the original, though located at a different memory address.

    当对象后来从其字节串重建时,内存中新建的对象与原对象具有相同的结构和值,但位于不同的内存地址。

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  • Passes a string to a decoding operation that is emitted instead of an output character because an input byte sequence cannot be decoded.

    向由于无法解码输入字节序列而未发出输出字符的解码操作传递一个字符串。

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  • Converts an encoded byte sequence to a string or array of characters.

    将已编码的字节序列转换为字符串或字符数组。

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  • This is probably a common question over the Internet, but I couldn't find an answer that neatly explains how you can convert a byte array to a hexadecimal string, and vice versa.

    这可能是在互联网上常见的问题,但我无法找到巧妙地解释了如何将字节数组转换为十六进制的字符串,反之亦然答案。

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  • The string representation used for objects is also sometimes referred to as a byte stream, due to its linear format.

    对象的字符串表达由于其线性的格式,有时也被称为字节流。

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  • 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。

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  • 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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  • 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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