wincompose VS Chocolatey

Touche compose. Natif sous linux, et sous windows : https://github.com/samhocevar/wincompose

Julia has made symbol input manageable and lets you define infix operators for many of the Unicode symbols that make sense for that. [1] And JuliaMono was designed to support the symbols that Julia does. [2]

I generally do quite fine with my Compose Key configuration, though (even on Windows, where I use WinCompose). [3]

[1]: https://docs.julialang.org/en/v1/manual/unicode-input/

[2]: https://juliamono.netlify.app/

[3]: https://github.com/samhocevar/wincompose

On Windows, I use http://wincompose.info/ for all my special-character needs (and use the system compose key on Linux).

na windowsa jest sobie WinCompose

Credit to wincompose's GUI for inspiration, which provides similar functionality on Windows.

I’ve previously used a nice little tool called WinCompose for exactly that. Looks like it’s still going:

http://wincompose.info/

Malgré to, yo recomanda WinCompose o simil si tu es in Windows.

I use WinCompose which gives me the same compose-key functionality that's built into Linux. I've chosen one key on my keyboard to be the Compose key (I use Right-Alt, but you can pick any key that's convenient). Then I can type

Assuming you are on desktop/laptop:

The long-winded way is to use your OS's character map tool: find the glyph you want there and copy+paste. Under Windows 10+ there is the emoji keyboard (hit [win]+;) which also gives access to much more including super-/sub- script characters, which is a little more convenient than character map. Presumably other OSs have similar available too.

Better is to have support for a compose key sequence. Usually build in to Linux & similar, you just might have to find the setting to turn it on and configure what your compose key is. Under Windows I use http://wincompose.info/ and there are a couple of similar tools out there. In any case it is useful for more than super- and sub-scripts: accented characters & similar (áàäæçffñ), some fractions (¼,½,¾), other symbols (°∞™®↑↓←→‽¡¿⸘♥⋘»‱), and configurable too so you can make what you use most easiest to access (and if you are really sad like me you can do something https://xkcd.com/2583/ to type hallelujah too!).

Chocolatey Windows software management solution, we use this for installing Python and Deno

Authenticating with Kyma is a (in my opinion) unnecessary challenge as it leverages the OIDC-login plugin for kubectl. You find a description of the setup here. This works fine when on a Mac but can give you some headaches on a Windows and on Linux machine especially when combined with restrictive setups in corporate environments. For Windows I can only recommend installing krew via chocolatey and then install the OIDC plugin via kubectl krew install oidc-login. At least for me that was the only way to get this working on Windows.

On a Windows machine, you can use Chocolatey by running the command.

I've used WSL2 and GHC/Nix--worked without any issues. However, there is Chocolatey: https://chocolatey.org/

For OSX there is homebrew or pyenv (pyenv is another solution on Linux). As pyenv compiles from source it will require setting up XCode (the Apple IDE) tools to support this which can be pretty bulky. Windows users have chocolatey but the issue there is it works off the binaries. That means it won't have the latest security release available since those are source only. Conda is also another solution which can be picked up by Visual Studio Code as available versions of Python making development easier. In the end it might be best to consider using WSL on Windows for installing a Linux version and using that instead.

Type the following commands on the Windows terminal to install helm. You can use either Scoop a command-line installer for Windows or Chocolatey which is a Package Manager for Windows to install helm.

Für Software ninite.com und chocolatey.org

While you can install it in many ways, the easiest is using a package manager like Homebrew for macOS or chocolatey for Windows.