These characters each have a single byte of display and multiple bytes of internal storage.
每个这些字符都有一个显示字节，以及多个字节的内部存储。
Traditional file systems are made up of statically sized blocks that match the back-end storage (512 bytes).
传统的文件系统由匹配后端存储(512字节)的静态大小的块组成。
Row 1 has a multi-byte UTF character containing 3 logical characters containing 3 bytes each (superscript denotes the storage of a single letter).
行1有一个包含3个逻辑字符的多字节ut f字符，其中每个字符包含3个字节(上标表示一个字母的存储)。
If you only have ST_Point values, then each point would require at most 245 bytes of physical storage, as Listing 3 demonstrates.
如果只有ST _ point值，那么每个点将需要最多245字节的物理存储，如清单3所示。
For transmission and storage in modern computers, those Unicode characters must be stored as bytes and decoded by the parser.
在现代计算机的传输和存储过程中，那些Unicode字符必须按字节存储，通过解析器进行解码。
An object of PODi type 3.9 shall occupy contiguous bytes of storage.
类型(3.9)的对象总是占用连续的字节存储。
For file storage purposes, only the size of each row must be a multiple of 4 bytes while the file offset can be arbitrary.
出于存储目的，行的大小必须为4的倍数，而偏移量则可以为任意值。
Row 1 has a multi-byte UTF character containing 3 logical characters containing 3 bytes each (superscript denotes the storage of a single letter).
行1有一个包含3 个逻辑字符的多字节UTF字符，其中每个字符包含3 个字节（上标表示一个字母的存储）。
It always USES four bytes in computer memory, but this does not include the storage for the data representing the value of the variable.
它总是在计算机内存中使用四个字节，但这不包括表示变量值的数据的存储。
The act of accessing two or more bytes or streams of data from distinct storage units simultaneously.
同时从不同的存储单元中存取多个字节或数据流的操作。
Unless it is a bit-field (9.6), a most derived object shall have a non-zero size and shall occupy one or more bytes of storage.
除非作为位域(9.6)，最终派生对象总是具有非零大小并总占用一个以上字节的存储。
A file is an ordered and named collection of a particular sequence of bytes having persistent storage.
文件是一些具有永久存储及特定顺序的字节组成的一个有序的、具有名称的集合。
In contrast, streams provide a way to write and read bytes to and from a backing store that can be one of several storage mediums.
相反，流提供一种向后备存储写入字节和从后备存储读取字节的方式，后备存储可以为多种存储媒介之一。
In contrast, streams provide a way to write and read bytes to and from a backing store that can be one of several storage mediums.
相反，流提供一种向后备存储写入字节和从后备存储读取字节的方式，后备存储可以为多种存储媒介之一。
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