字节顺序(endianness)。
Byte ordering will cause the value to be interpreted incorrectly.
字节排列将引起不正确的解释。
The byte ordering (Big-Endian or Little-Endian) for a storage access is specified by the operating system.
存储器存取的字节顺序(Big -Endian或Little - Endian)是由操作系统指定的。
The use cases are biased towards processing on the local machine, so all messages are sent in the native byte ordering.
由于只面向本地机器处理的使用情形，所以所有的消息都以其自然字节次序发送。
Our systems run on Solaris x86 32bit, which means that byte ordering will be the same as most widely available Intel systems.
我们的系统在Solarisx8632bit上运行，意味着字节排序与应用广泛的Intel系统是相同的。
The byte ordering is stated in each message, so if a D-BUS message travels over a network to a remote host, it can still be parsed correctly.
字节次序在每个消息中声明，所以如果一个D -BUS消息通过网络传输到远程的主机，它仍可以被正确地识别出来。
All issues mentioned in this article might be relevant (byte-ordering, the options passed to the compiler, and so forth).
本文提到的所有问题(字节顺序、传递到编译器的选项等等)都有可能与移植有关。
All issues mentioned in this article might be relevant (byte-ordering, the options passed to the compiler, and so forth).
本文提到的所有问题(字节顺序、传递到编译器的选项等等)都有可能与移植有关。
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