Examples of using Byte order in English and their translations into Russian
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Most often it is determined by a different byte order.
This byte order is used by the Motorola 68000, SPARC processors.
Please check that language files are saved as UTF-8 without BOM Byte Order Mask.
Byte order in a 64-bit type on little-endian and big-endian systems.
The+ symbol causes the BOM(byte order mark) to be placed into the encoded data.
While developing a binary data interface or format,you should remember the byte order.
The byte order is a method of recording bytes of multibyte numbers see also picture 4.
The SID of the computer in reversed byte order hexadecimal format.
While developing a binary interface or data format,you should remember about the byte order.
That's why the big-endian byte order is often called the network byte order.
While developing the binary interface ordata format you should keep the byte order in mind.
If the datablock to be decoded contains a BOM(byte order mark), the byte order suffix is ignored.
The client opens the connection with the server andsends the initial packet specifying the byte order it is using.
The le or be suffix specifies the ucs-2 encoding byte order(little-endian or big-endian, respectively).
Pools and their associated ZFS file systems can be moved between different platform architectures,including systems implementing different byte orders.
The"e","E","g" and"G" codes were added to enable byte order support for float and double.
These samples contain errors of two kinds:using types of changeable capacity in binary interfaces and ignoring the byte order.
Converting a short int to network byte order can be done by calling the function htons() host to network short.
In all the given examples there are errors of two kinds:the use of types of volatile size in binary interfaces and ignoring the byte order.
If you need to change the byte order in a 64-bit variable, see the discussion of the topic" 64 bit ntohl() in C++?
If this name is used in the encoding conversion facility, the converter attempts to identify by the preceding BOM(byte order mark)in which endian the subsequent bytes are represented.
As you know, the byte order in integer numbers which are represented by more than one byte may be different on different computers.
The function ntohl converts an integer number from the network byte order into the byte order accepted on the computer.
To convert the big-endian byte order into the little-endian byte order and vice versa you may use the functions htonl(), htons(), bswap_64, etc.
Connecting to the server with the use of connect(), passing a sockaddr_in structure with the sin_family set to AF_INET,sin_port set to the port the endpoint is listening(in network byte order), and sin_addr set to the IP address of the listening server also in network byte order.
The standard also allows the byte order to be stated explicitly by specifying UTF-16BE or UTF-16LE as the encoding type.
There are computer systems where the most significant byte of a number has a lower address than the less significant byte and there are computer systems where the most significant byte of a number has a higher address than the less significant byte little-endian byte order.
The function htonl converts an integer number from the byte order accepted on the computer into the network byte order.
The first byte indicates the byte order for the data: 00: big endian 01: little endian The next 4 bytes are a 32-bit unsigned integer for the geometry type, as described below: Each data type has a unique data structure, such as the number of points or linear rings, followed by coordinates in 64-bit double numbers.
To convert between the big-endian and little-endian byte orders, you may use the functions htonl(), htons(), bswap_64, etc.