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18
JUL

彻底理解 ASCII Unicode UTF-8 UTF-32 是什么以及区别与联系

本篇博客详细介绍了ASCII，Unicode，UTF-8和UTF-32的定义，起源以及它们之间的区别和联系。博客首先解释了ASCII的编码过程，然后介绍了由于ASCII无法表示除英文字符以外的其他文字和符号，Unicode标准的出现。Unicode包含100多种语言中的超过10万个独特字符。接着，博客详细描述了Unicode和ASCII的区别，以及如何将字素映射到编码点。接下来，博客讨论了UTF-8和UTF-32这两种编码策略，以及它们与ASCII的区别。UTF-32将每个编码点的值编码为4个字节，而UTF-8则将每个编码点编码为8-32位，即1到4个字节。最后，博客总结了在Unicode中，一个字素不等于一个编码点，也不等于一个字节，并且我们必须知道原始的编码规则才能将字节解码为字素。在阅读完整篇博客后，你是否能理解为什么在不同的编程语言中，相同的字符串在长度上可能会有所不同？你是否了解在何种情况下应使用不可感知Unicode的函数，可感知Unicode的函数和可感知字素的函数？--GPT 4

10
MAR

Welcome to MoongladePure

This blog post introduces MoongladePure, a new development that eliminates certain dependencies from the original Moonglade. The primary advantage of this innovation is that it allows for a complete on-premise deployment, negating the need for any specific cloud coupling. This opens up new possibilities in terms of data security and customization, as businesses can now manage their data in-house without relying on third-party cloud services. The blog post further explores the technical aspects of this development, offering insights into how MoongladePure works and how it differs from its predecessor. It raises intriguing questions about the future of data management and the potential benefits of on-premise deployment. How might this change the way businesses handle their data? What other innovations could stem from this development? Dive into the post to find out more.--GPT 4

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