We are using Java ByteBuffer for socket communication with a C++ server. We know Java is Big-endian and Socket communication is also Big-endian. So whenever the byte stream received and put into a Byt
I have 2 questions about struct in the python documentation: Byte Order, Size, and Alignment : For Network communication should i use ! instead of = ?
I am using the Perl Win32::SerialPort module. In this paticular module I sent over data using the input command. The data that I sent over to a embedded system were scalar data (numbers) using the tra
I\'ve seen a few questions and answers regarding to the endianness of structs, but they were about detecting the endianness of a system, or converting data between the two different endianness.
I need to calc CRC checksumme of binary file. This file content CRC too and by comparing I find out when file was corrupted.
While I do understand endianness, I am slightly unclear on how the code works below. I guess this question is less about endianness and more about how the char * pointer and int work i.e. type开发者_如
I am using the public domain reference implementation of AES Rijndael, commonly distributed under the name \"rijndael-fst-3.0.zip\". I plan t开发者_如何学运维o use this to encrypt network data, and I
In C++ we send data using socket on the network. I am aware that we need to use htons() , ntohs() function to maintain byte order big endian and little endian.
I saw the following line in GTMHTTPFetcher.m of gtm-http-request: // set min interval to a random value between 1.0 and 2.0 seconds
My question is how do you convert a UINT32 value to a UINT8 array[4] (C/C++) preferably in a manner indepen开发者_如何学Godent of endianness? Additionally, how would you reconstruct the UINT32 value f
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