对字符编码问题，这里给出ice的策略

最新推荐文章于 2021-02-23 16:46:51 发布

最新推荐文章于 2021-02-23 16:46:51 发布 · 243 阅读

文章标签：

#ice #strings #编码 #字符串

本文深入探讨了ICE框架中针对字符编码问题的策略，包括UTF-8编码的窄字符串（std::string）与Unicode编码的宽字符串（std::wstring）的处理方式。重点阐述了如何在不同平台间实现字符编码的自动转换，以确保跨平台通信的高效性和兼容性。

对字符编码问题，这里给出ice的策略：
#1 Narrow strings (that is, strings mapped to std::string) are presented to
the application in UTF-8 encoding and, similarly, the application is expected
to provide narrow strings in UTF-8 encoding to the Ice run time for transmission.

首先以8位为一个字节的字符格式，例如ascii,gbk，等，就是能在std::string下正常显示的，ice要求用户自己提供从他们自己的平台语言转换为utf8的方法

当然ascii天生兼容utf8，这个不用转.

比如我们的情况，中文版win，用的gbk，那么咱们用ice的时候要提供一个方法，把字符从gbk转换为utf8.

#2 Wide strings (that is, strings mapped to std::wstring) are automatically
encoded as Unicode by the Ice run time as appropriate for the platform. For
example, for Windows, the Ice run time converts between UTF-8 and UTF-16
in little-endian representation whereas, for Linux, the Ice run time converts
between UTF-8 and UTF-32 in the endian-ness appropriate for the host CPU.