byte order

Not every Unicode string in the wild has a byte order mark at the beginning.

A sequence of bytes is rendered in network byte order, from left to right.

This can be either or , in big-endian byte order.

Byte order mark can be used to define encoding unambiguously.

The above example, however, represents an ambiguous form of hex dump, as the byte order may be uncertain.

Byte-addressing is enabled and words are stored in memory with little-endian byte order.

Historically, byte order distinction was born out of mainframe vs. microprocessor approach.

Character is intended for use as a Byte Order Mark at the start of a file.

Converting a to network byte order can be done by calling the function (host to network short).

Also message passing facilities such as byte order conversion and I/O channels.

Unicode introduced amongst others, byte order marks and text direction markers.

The first byte indicates the byte order for the data:

The Unicode specification does not require the use of byte order marks in text streams.

All integer values are stored unsigned in big endian byte order.

The byte order of strings may differ between processors, depending on the assembler and computer architecture.

Multi-byte values are stored in big-endian format, the native byte order for the Motorola 68000 family.

The client opens the connection with the server and sends the initial packet specifying the byte order it is using.

BOMs (byte order marks) can also be omitted, if desired, from file writing.

All multi-byte values in the header are stored in little-endian byte order.

Byte order mark is an abstract character used to declare and recognize Unicode encoding of a text file.

However, cat does not provide a way to concatenate unicode text files which have a Byte Order Mark.

The various implementations could not agree on which byte order to use, and some connected the 16-bit endianness to the pixel packing order.

Another non-character code point is the reverse of the byte order mark (U+FEFF).

All multi-octet HTCP protocol elements are transmitted in network byte order.

Note that this format differs from the UUID standard only in the byte order of the first 3 fields.