vim-surround VS difftastic

I don't know what exactly you mean by pasting around the second selection, but you can paste selections, registers or even files at specific lines with some vim-fu. If it's generic enough you could write a function or even keyboard shortcut if it's very simple.

I have set ",',(,[,{ in visual mode to cut the selection insert the pairs then paste it back as a very hacky solution, but it gets the job done. If you want something more advanced to add or change anything around the selection tpope has solved that with vim-surround[1].

[1]: https://github.com/tpope/vim-surround

ysw https://github.com/tpope/vim-surround basically i surround the word with " So basically i wanted to surround the first word in line qoutes and then replace the first occurence of = with : Example:

vim-surround is likely the plugin answer.

If you have Tim Pope's vim-surround plugin, you can also add this to your Vimrc:

If you don't want to leverage Vim's package feature or you want to put your plugins in some other place, add the folder of the plugin to your :h 'runtimepath'. For example, if you download Tim Pope's vim-surround at ~\Documents\vim-surround, you should add this to your Vim configuration:

I'm using the vim-surround plugin by tPope and I know I can do ysw to surround words with whatever tag i want, I also know about cst (Change surrounding tag). But I'm wondering if there is a quick and easy way to wrap components. Some components might have closing tag and some components might not.

Is there any similar plugin to https://github.com/tpope/vim-surround?

Vim plugins (without UI) work out of the box. Hello vim-surround, argtextobj.vim and whatnot.

If you don't insist on staying in insert mode then you can use vim-surround, which is perfect for this: yse

i want a diff tool that shows me exactly which tokens have changed, and which haven't, regardless of how they are laid out.

These already exist: https://github.com/Wilfred/difftastic

when we get that, then we should get even less merge conflicts.

Counterintuitively, that is not the case. AST-merge is a much, much, much, much, much harder problem than AST-diff.

https://github.com/Wilfred/difftastic?tab=readme-ov-file#can...

The fact that diffs can be used to drive a 3-way merge is in fact an accidental property that arises due to the sheer crudeness of the diff format. As soon as you start using more-sophisticated diff formats, solutions to "the diff problem" no longer lead directly to solutions to "the merge problem".

Yes there is an `—-override` option you can use to specify the language in which a file should be parsed.

https://github.com/Wilfred/difftastic/blob/master/CHANGELOG....

Use the fantastic difftastic instead of git's diff. https://difftastic.wilfred.me.uk/

  [alias]

difftastic provides similar capabilities in a free tool based on treesitter

difftastic? https://github.com/Wilfred/difftastic

If you're looking for a VS Code extension or a GitHub app, check out https://semanticdiff.com/. I'm a co-founder of this project.

If you prefer a CLI tool, check out https://github.com/Wilfred/difftastic. It supports more languages, but doesn't recognize when code has been replaced by an equivalent version ("invariances"). So it will show some changes (e.g. replacing a character in a string with an escape sequence) even though they are technically equivalent.

Shameless plug: I've written difftastic[1], a tool that builds ASTs and then does a structural diff of them. You can use it with git too.

It's an incredibly hard problem though, both from a computational complexity point of view, and trying to build a comprehensible UI once you've done the structural AST diff.

[1]: https://github.com/wilfred/difftastic

There is a diff tool called difftastic: https://github.com/Wilfred/difftastic

The idea is that it does not show diff based on text change, but on syntastic meaning. For that, it uses tree-sitter.

I think it still shows the trailing comma in the situation as shown in the article, but it's quite different experience than the standard text based diff.