fd

`ripgrep` : Honestly it is just about the speed. It is so much faster than `grep` when searching through a directory, it opens up a lot of possibilities. Like, searching for `isLoading` on my frontend (~3444 files) is instant with rg (less than 0.10s) but takes a few minutes with grep. But there is one other thing that I really like with `ripgrep` and that I think should be a feature of any "modern" CLI tool : It can format its output in JSON. Not that I am a big fan of JSON, but at least it is a well-defined exchange format. "Classic" CLI tool just output in a "human-readable" format which might just happen to be "machine-readable" if you mess with `awk` and `sed` enough. But it makes piping and scripting just that much more annoying and error & bug prone. Being able to output json, `jq` it and feed it to the next tool is so much better and feel like the missing chain of the terminal. The big advantage of the CLI is that it is composable and scriptable by default. But it is missing a common exchange format to pass data, and this is what you have to wrangle with a lot of time when scripting. Having json, never mind all the gripes I have with this format, really join everything together. Also, honorable mention for `zellij` which I find to be a much saner UX-wise alternative to `tmux`, and the `helix` text editor, which for me is neo-vim but with, again, a better UX (especially for beginner) and a lot more battery included feature while remaining faster (IMEX) than nvim with matching plugin for feature-parity. EDIT: I would also add difftastic ( https://github.com/Wilfred/difftastic ) which is a syntax aware diff tool. I don't use it much, but it does makes some diff so so much easier to read. [0] https://github.com/sharkdp/fd?tab=readme-ov-file#placeholder...

.com/sharkdp/fd and has not improved since Win7. Who cares, nobody ever searches for files, right? As a whole, PTRun is simply worse than https://github.com/Flow-Launcher/Flow.Launcher which uses the same UI kit as far as I can see. WTF?

critical features or their entire design. For example: 1. ls was never really designed to output directory data in a way that can be parsed by other programs. It is so bad that "Don't parse ls" became a famous warning for shell script writers[1]. 2. find has a very weird expression language that is hard to use or remember. It also never really heard about the "do one thing well" part of Unix philosophy and decided that "be mediocre at multiple things" is a better approach. Of course, finding files with complex queries and executing complex actions as a result is not an easy task. But find makes even the simplest things harder than they should be. A good counterexample is "fd"[2]. You want to find that has a "foo" somewhere in its name in the current directory and display the path in a friendly manner? fd foo vs find . -name 'foo' -Printf "%P\n". What to find all .py files and run "wc -l" on each of them? fd --extension py --exec wc -l (or "fd -e py -x wc -l" if you like it short). "Find requires you to write find . -name '*.py' -exec wc -l {} ;". I keep forgetting that and have to search the manual every time. Oh, and as a bonus, if you forget to quote your wildcards for find they may (or may not!) be expanded by the shell, and end up giving you completely unexpected results. Great foolproof design. 3. sed is yet another utility which is just too hard to learn. Most people use it as mostly as a regex find-and-replace tool in pipes nowadays, but its regex syntax is quite lacking. This is not entirely sed's fault, since it predates Perl and PCRE which set the modern standard for regular expressions that we expect to more or less work the same everywhere. But it is another example of a tool that badly violates the principles of good design. The Unix Haters Handbook is full of many more examples, but the reality is that Unix won because other OSes could not deliver what their users needed fast enough. Unix even brought some good ideas to the mass market (like pipes) even if the implementation was messy. We now live under the shadow of its legacy, for better or worse. But I don't think we should idolize the Unix philosophy. It is mostly a set of principles ("everything is a file", "everything is text" and "each tool should do one job", "write programs to work together") that was never strictly followed (many things in UNIX are not files, many commands do multiple jobs, most commands don't interact nicely with each other unless you just care about opaque lines). But most importantly, the Unix philosophy doesn't extend much beyond designing composable command line tools that handle line-oriented text for power users. [1] https://mywiki.wooledge.org/ParsingLs [2] https://github.com/sharkdp/fd