i want to send/receiveencryption data with differnet endian systems it is possible? i heard that that is possible to same endiansystems
I\'m building some code to read a RIFF wav file and I\'ve bumped into something odd. The first 4 bytes of the file header are the word RIFF in big-endian ascii coding:
I\'m looking for a utility that\'ll dump how a various number types are stored in RAM. It\'s easy to write but if there is a ready tool for achieving this, it\'ll be great.
So i\'m making a class in PHP to parse the VPK file format. However i\'ve hit a problem: object(VPKHeader)#2 (3) {
Hi I\'m using C++ / Boost ASIO and I have to inline ntohl() for performance reasons.Each data packet contains 256 int32s, hence a lot of calls to ntohl().Has anyone done this?
I\'m confused when I was reading an article about Big/Little Endian. Code goes below: #include <iostream>
I have this code and I want to do host to network for the float values (t & u) #! /usr/bin/env python
Is there a portable and safe way to interpret the bit-pattern made by a boost::uint16_t as aboost::int16_t? I have a uint16_t, which I know represents a signed 16-bit integer encoded as little-endian.
I\'m working with Node.JS.Node\'s buffers support little-endian UCS-2, 开发者_开发技巧but not big-endian, which I need.How would I do so?According to wikipedia, UCS-2 should always be big-endian so it
I understand what the difference between the two are. Looking at the entry in Wikipedia it seems like litte-endian format is gaining ground and this is not as much of an issue as it used to be.
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