你可以看看 Lispy： https://github.com/ryan-allen/lispy
没有相当s-表达式，但概念相似..
You might check out Lispy: https://github.com/ryan-allen/lispy
It's no quite s-expressions, but similar in concept..
我一直在用 Ruby 开发自己的 s-表达式处理程序，但我喜欢它们相对容易的操作方式。
如果您还没有见过 Ruby 的内置 Ripper 库，那么值得一看：
> require 'ripper' > Ripper.sexp("1 + 1") => [:program, [[:binary, [:@int, "1", [1, 0]], :+, [:@int, "1", [1, 4]]]]]
I've been rolling my own handlers for s-expressions in Ruby, but I'm loving the relative ease with which they can be manipulated.
If you haven't seen Ruby's built-in Ripper library yet, it's worth checking out:
最快的可用库是 sfsexp （小型、快速的 s-expression 库）。它是用 C 语言编写的，带有 Ruby 绑定，您可以在 API 文档 中查看其实际效果。
The fastest lib available is sfsexp (the small, fast s-expression library). It is written in C with Ruby bindings that you can see in action in the API Doc.
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你可以看看 Lispy： https://github.com/ryan-allen/lispy
没有相当s-表达式，但概念相似..
You might check out Lispy: https://github.com/ryan-allen/lispy
It's no quite s-expressions, but similar in concept..
我一直在用 Ruby 开发自己的 s-表达式处理程序，但我喜欢它们相对容易的操作方式。
如果您还没有见过 Ruby 的内置 Ripper 库，那么值得一看：
I've been rolling my own handlers for s-expressions in Ruby, but I'm loving the relative ease with which they can be manipulated.
If you haven't seen Ruby's built-in Ripper library yet, it's worth checking out:
最快的可用库是 sfsexp （小型、快速的 s-expression 库）。它是用 C 语言编写的，带有 Ruby 绑定，您可以在 API 文档 中查看其实际效果。
The fastest lib available is sfsexp (the small, fast s-expression library). It is written in C with Ruby bindings that you can see in action in the API Doc.