I'm a bit familiar with python, but not at all with haskell (although learning a programming language has definitely helped with understanding the XMonad documentation).
Used TreeSelect to create a dynamic group of workspaces (and sub-workspaces).
Using CycleWS to navigate these workspaces.
I am currently using 'ignoringWSs' within my keybindings to cycle through a small list of workspaces using a large list of workspaces to exclude from the cycle. Looking to do the opposite, where I cycle through a small list of workspaces, without having to exclude the existing workspaces that I don't wish to interact with using that specific keybinding.
Currently using:
, ("M-3", addName "Switch to Next ... Page" $ moveTo Next $ hiddenWS :&: ignoringWSs [ "{Programming}.$Terminals.1>"
, "{Programming}.$Terminals.2>"
, "{Programming}.$Terminals.3>"
...
It's a crude solution, but I'm looking to use something that simplifies my code a bit.
Any suggestions on any optimizations (including to my form of asking questions, as this is my first one!) would be highly appreciated.
Thank you in advance!
CodePudding user response:
Hi just to clarify: you have a list of ws, lets named it large_list
. You want to cycle over an small subset of it: my_cycle_list
. To do so, you build a large_exclusion_list
of the ws you don't want to cycle over, which contains all ws in large_list
except for those in my_cycle_list
isn't it?.
You want to do the opposite: defining my_cycle_list
and cycle over it. This is what I've understood.
If that the case, I think you can simply negate the condition. Notice I haven't tried myself this solution.
, ("M-3", addName "Switch to Next ... Page"
$ moveTo Next $ hiddenWS :&: Not (ignoringWSs my_small_cycle_list)
CodePudding user response:
Figured it out.
Now using:
, ("M-<Right>", addName "Next Workspace" $ moveTo Next (wsTagGroup '.'))
At the time that I posted this question, I was simply copy & pasting examples from the Haskell documentation, but this specific module didn't list an example of its use.
Reading through "Learn You A Haskell For Great Good" really helped me understand more about configuring XMonad and, of course, about Haskell in general.
I highly recommend it if you're currently working on your own XMonad config and looking to be more proactive within the process!