Endianness in a sentence

Files and byte swap Endianness is a problem when a binary file created on a computer is read on another computer with different endianness.

Accessed 26 Sept 2014 The order of bits within a byte can also have endianness (as discussed later); however, a byte is typically handled as a numerical value or character symbol and so bit sequence order is obviated.

A computer's or CPU's "sex" can also mean the endianness of the computer architecture used.

An attempt to read such file on a system of the other endianness then results in a run-time error, because the count fields are incorrect.

An octet may be encoded as a sequence of 8 bits in multiple different ways (see endianness ) so there is no unique and direct translation between bytestreams and bitstreams.

BIL data format, used in topography, are usually endianness-independent.

Both big and little endianness forms are widely used in digital electronics.

Instruction accesses (fetches of instruction words) on a given processor may still assume a fixed endianness, even if data accesses are fully bi-endian, though this is not always the case, such as on Intel's IA-64 -based Itanium CPU, which allows both.

It would also imply the file's "endianness" as those units employed little endian (V64) and big endian (Z64) byte alignment.

Note that since the required byte swap depends on the size of the numbers stored in the file (two 2-byte integers require a different swap than one 4-byte integer), the file format must be known to perform endianness conversion.

Note, too, that some nominally bi-endian CPUs require motherboard help to fully switch endianness.

Since most communication and storage protocols are defined for bytes, and each unit thus takes two 8-bit bytes, the order of the bytes may depend on the endianness (byte order) of the computer architecture.

The binary representation has the special property that, excluding NaNs, any two numbers can be compared as sign and magnitude integers ( endianness issues apply).

The UCS-2 and UTF-16 encodings specify the Unicode Byte Order Mark (BOM) for use at the beginnings of text files, which may be used for byte ordering detection (or byte endianness detection).

This allows programmers to reuse code on a system with the opposite endianness without having to modify the code itself.

Those signatures need a single 16-bit word each, and they are palindromes (that is, they read the same forwards and backwards), so they are endianness independent.

Unless operations which require a specific endianness are used, a QVM file will run the same on any platform supported by Quake III Arena.

Usually the order of bits is transparently managed by the hardware and only relevant on this very low level, thus terms like LSB first and MSB first are more descriptive than the concept of endianness.