scripts: Update README

Updated readme a little for the new, changed and remaining scripts in
the module.

nvim/.config/nvim/lua/maps.lua

@@ -198,22 +198,14 @@ map.i.nore.silent['@@'] = '<c-g>u<c-o>:CiteRef<cr>'
 -- map <leader>cc to insert a complete citation at cursor
 
 -- SPELL CHECKING
--- Spell check set to <leader>O, 'o' for 'orthography':
 -- Move to the prev/next spelling error with [S ]S
 -- Move to the prev/next spelling error or suggestion with [s ]s
-map.n.nore['<leader>ZZ'] = ':setlocal spell! spelllang=en_us,de_de<cr>'
+map.n.nore['<localleader>ZZ'] = ':setlocal spell! spelllang=en_us,de_de<cr>'
-map.n.nore['<leader>ZE'] = ':setlocal spell! spelllang=en_us<cr>'
+map.n.nore['<localleader>ZE'] = ':setlocal spell! spelllang=en_us<cr>'
-map.n.nore['<leader>ZG'] = ':setlocal spell! spelllang=en_us<cr>'
+map.n.nore['<localleader>ZG'] = ':setlocal spell! spelllang=de_de<cr>'
-map.n.nore['<leader>zz'] = '1z='
+-- undo last spelling mistake from insert and normal mode
-
+map.i.nore['<c-s>'] = '<C-G>u<Esc>[s1z=`]a<C-G>u'
--- pp to comPile a document (or file, works for some languages like go/python/c)
+map.n.nore['<localleader>s'] = 'ms[s1z=`s'
--- o to open the resulting document (mostly for pdfs)
--- po to comPile *and* open a doc
--- and all the same in uppercase for verbose output
-map.n.nore['<leader>dp'] = ':DocCompile<cr>'
-map.n.nore['<leader>dP'] = ':DocCompile!<cr>'
-map.n.nore['<leader>do'] = ':DocOpen<cr>'
-map.n.nore['<leader>dO'] = ':DocOpen!<cr>'
 
 -- PLUGIN: easy-align
 -- Start interactive EasyAlign in visual mode (e.g. vipga)

nvim/.config/nvim/plugin/personal/doccompile.vim

@@ -1,25 +0,0 @@
-function s:_compile(verbose, ...)
-  :execute(":w!")
-  if a:verbose
-    execute "!" . "compile" . " " . "\"%:p\"" . " " . join(a:000)
-  else
-    silent execute "!" . "compile" . " " . "\"%:p\"" . " " . join(a:000)
-  endif
-endfunction
-
-function s:_open(verbose, ...)
-  if a:verbose
-    execute "!" . "open-compiled" . " " . "\"%\"" . " " . join(a:000)
-  else
-    silent execute "!" . "open-compiled" . " " . "\"%\"" . " " . join(a:000)
-  endif
-endfunction
-
-function s:_compileopen(verbose, ...)
-  call s:_compile(a:verbose, join(a:000))
-  call s:_open(a:verbose, join(a:000))
-endfunction
-
-command -bang -nargs=* DocCompile call s:_compile(<bang>0, <f-args>)
-command -bang -nargs=* DocCompileOpen call s:_compileopen(<bang>0, <f-args>)
-command -bang -nargs=* DocOpen call s:_open(<bang>0, <f-args>)

office/.config/sh/alias.d/taskwarrior.sh

@@ -14,7 +14,7 @@ t() {
 # copy the `task` zsh completions over to my little alias 😉
 # this is not very pretty and not super portable (needs ps) but
 # works for now. from here: https://unix.stackexchange.com/a/72564/414758
-if [ "$(ps -p $$ -o comm --no-headers)" = "zsh" ]; then compdef t=task; fi
+if exist task && [ "$(ps -p $$ -o comm --no-headers)" = "zsh" ]; then compdef t=task; fi
 
 # Make taskopen XDG conforming. If changing here, also change in taskrc alias.
 alias taskopen='taskopen --config=${XDG_CONFIG_HOME:-~/.config}/task/taskopenrc'
@@ -26,7 +26,11 @@ alias tan="task annotate"
 alias tn="task next +READY"
 alias tun="task next urgency \> 4"
 
+if exist timew; then
+    alias tra="task active && timew"
+else
     alias tra="task active"
+fi
 alias trw="task end.after:today-1wk completed"
 
 alias tad="task +ACTIVE done"

scripts/.local/bin/compile

@@ -1,70 +0,0 @@
-#!/usr/bin/env sh
-
-# from https://github.com/LukeSmithxyz/voidrice/blob/master/.local/bin/compiler
-#
-# This script will compile or run another finishing operation on a document. I
-# have this script run via vim.
-#
-# Compiles .tex. groff (.mom, .ms), .rmd, .md.  Opens .sent files as sent
-# presentations.  Runs scripts based on extention or shebang
-#
-# Expects the file to compile as first argument.
-# Desired output format(s) can be specified in optional arguments following.
-
-file=$1
-if [ ! -f "$file" ]; then
-  echo "File does not exist."
-  exit 1
-else
-  printf "file: %s\n" "$file"
-fi
-
-if [ "$#" -gt 1 ]; then
-  shift
-  formats="$*"
-fi
-
-dir=$(dirname "$file")
-base="${file%.*}"
-
-cd "$dir" || exit
-
-textype() {
-  if (sed 5q "$file" | grep -i -q 'xelatex') && exist xelatex; then
-    command="xelatex"
-  elif exist pdflatex; then
-    command="pdflatex"
-  fi
-  $command --output-directory="$dir" "$base" &&
-    grep -i addbibresource "$file" >/dev/null &&
-    biber --input-directory "$dir" "$base" &&
-    $command --output-directory="$dir" "$base" &&
-    $command --output-directory="$dir" "$base"
-}
-
-sendtoRmd() {
-  printf "formats: %s\n" "$formats"
-  ## FIXME this is horribly inefficient, should just pass all formats to R
-  # but R expects them as "strings" and I don't know how to quote the individual words
-  if [ -n "$formats" ]; then
-    for fmt in $formats; do
-      exist R critical && echo "require(rmarkdown); render('$1', c(\"$fmt\"))" | R -q --vanilla
-    done
-  else
-    exist R critical && echo "require(rmarkdown); render('$1')" | R -q --vanilla
-  fi
-}
-
-case "$file" in
-*\.ms) refer -PS -e "$file" | groff -me -ms -kept -T pdf >"$base".pdf ;;
-*\.mom) refer -PS -e "$file" | groff -mom -kept -T pdf >"$base".pdf ;;
-*\.[0-9]) refer -PS -e "$file" | groff -mandoc -T pdf >"$base".pdf ;;
-*\.[Rr]md | *\.md | *\.mkd | *\.markdown) sendtoRmd "$file" "$formats" ;;
-*\.tex) textype "$file" ;;
-*config.h) sudo make install ;;
-*\.c) cc "$file" -o "$base" && "$base" ;;
-*\.py) python "$file" ;;
-*\.go) go run "$file" ;;
-*\.sent) setsid sent "$file" 2>/dev/null &;;
-*) sed 1q "$file" | grep "^#!/" | sed "s/^#!//" | xargs -r -I % "$file" ;;
-esac

scripts/.local/bin/open-compiled

@@ -1,28 +0,0 @@
-#!/usr/bin/env sh
-
-# opout: "open output": A general handler for opening a file's intended output,
-# usually the pdf of a compiled document.  I find this useful especially
-# running from vim.
-#
-# from https://github.com/LukeSmithxyz/voidrice/tree/master/.local/bin
-
-basename="$(echo "$1" | sed 's/\.[^\/.]*$//')"
-
-openCompiledDoc() {
-  if [ -f "$basename".pdf ]; then
-    setsid "$FILEREADER" "$basename.pdf"
-  elif [ -f "$(echo "$basename" | sed 's/ /-/g')".pdf ]; then
-    setsid "$FILEREADER" "$(echo "$basename" | sed 's/ /-/g').pdf"
-  elif [ -f "$(echo "$basename" | sed 's/ /_/g')".pdf ]; then
-    setsid "$FILEREADER" "$(echo "$basename" | sed 's/ /_/g').pdf"
-  elif [ -f "$basename".html ]; then
-    setsid "$BROWSER" "$basename.html"
-  fi
-}
-
-case "$1" in
-	# *.tex|*.md|*.rmd|*.ms|*.me|*.mom) setsid "$FILEREADER" "$basename".pdf >/dev/null 2>&1 & ;;
-  *.tex|*.md|*.[Rr]md|*.ms|*.me|*.mom) openCompiledDoc >/dev/null 2>&1 & ;;
-	*.[0-9]) openCompiledDoc >/dev/null 2>&1 & ;;
-	*.html) openCompiledDoc >/dev/null 2>&1 & ;;
-esac

scripts/README.md

@@ -2,28 +2,59 @@
 
 The scripts module contains several small shell scripts which did not fit under any specific module.
 Many of these modules are older and either 'legacy' in that they work but should be restructured at some point,
-or perhaps not working at all anymore.
+or perhaps not working at all anymore. It's a bit of a messy module.
 
 Some will work for others without needing changes, some are very personalized to me.
 
+## archive
+
+An 'archiving' script, but not intended for backups. It will instead hardlink all files you give it in a single 'archive' directory, so even if you delete the original file from your directories, the hardlinked copy will remain.
+
+I use it to build a small archive of (mostly youtube videos) that I can delete from my normal folders but always quickly search through and grab again whenever I need them. Will probably not be too useful for most other purposes.
+
 ## benchmark
 
 `benchmark` allows you to take the time another commands needs to run.
 It will simply output the time taken, and can be run repeatedly or averaged to get more accurate readings.
 
-## compile
+## bemenu-translate
 
-`compile` is somewhat of a left-over script.
+`bemenu-translate` is a pretty useful tool if you are often writing in a non-native language, doing translation work or similar. In effect, it's a simple wrapper around `trans`, allowing you to use bemenu to input what you want translated and showing the output through the menu as well.
-It should be refactored and moved into the `bibtex` module at some point.
+
-It takes a filename and tries to invoke the corresponding compiler and is mainly used by my `pandoc` (or `rmarkdown`) workflow.
+Very useful to have as a little dropdown which you can call via global shortcut.
-`open-compiled` is somewhat of a companion script which attempts to open the resulting file for the user.
 
 ## lockscreen
 
-`lockscreen` does just that, invoke the i3 lock-screen program with some simple defaults and a color.
+`lockscreen` does just that, invoking i3lock/waylock program with some simple defaults and a color, as well as stopping any running media and muting the audio.
-
 
 ## nomie
 
 `nomie` logs a simple journal entry in the open source habit-tracking app [nomie](https://nomie.app).
 To do this it needs an api key, which is, as of now, hard-coded to be sourced from my pass app.
+
+## powermenu
+
+A menu to invoke power-related commands: Shut down your PC, reboot, log out, sleep and suspend. Very simple, very useful.
+
+## sharefile
+
+This one could be useful to many: Quickly upload any file to `http://0x0.st` and get the link on your clipboard.
+Can take the file to upload through stdin, as an argument, or be chosen interactively with fzf.
+
+## uoeia
+
+Helps you open images, especially remote ones, in your favorite image viewer. Point it at a link and it will open many different kinds of pictures, galleries, and so on.
+
+## vidl
+
+Helps you download videos (mostly from youtube) and archive them using the archive script above.
+I use it to download interesting looking videos into an inbox for later viewing.
+
+## wallcrop.sh
+
+Probably not too useful for most: Takes an image that is exactly 3840x1080 pixels and cuts it in half,
+naming the resulting images `xy_l.png` and `xy_r.png`. I use it to quickly cut multi-monitor wallpapers to a good display size.
+
+## wallr
+
+Allows you to read articles from your wallabag instance in the terminal. Pretty simple wrapper for the wallabag-cli python library (which is a requirement). Lists your articles using fzf by default and can mark them read if you wish.

sh/.config/sh/alias

@@ -119,3 +119,8 @@ elif exist ipython; then
 elif exist python; then
     alias py=python
 fi
+
+# distrobox
+if exist distrobox; then
+    alias db=distrobox
+fi

terminal/.config/zsh/.zshrc

@@ -18,12 +18,12 @@ compinit
 # End of lines added by compinstall
 
 # load plugins
-PLUG_FOLDER="/usr/share/zsh/plugins"
+[ -e /usr/share/oh-my-zsh/plugins/colored-man-pages/colored-man-pages.plugin.zsh ] && source /usr/share/oh-my-zsh/plugins/colored-man-pages/colored-man-pages.plugin.zsh
-source /usr/share/oh-my-zsh/plugins/colored-man-pages/colored-man-pages.plugin.zsh
+[ -e /usr/share/oh-my-zsh/plugins/command-not-found/command-not-found.plugin.zsh ] && source /usr/share/oh-my-zsh/plugins/command-not-found/command-not-found.plugin.zsh
-source /usr/share/oh-my-zsh/plugins/command-not-found/command-not-found.plugin.zsh
+[ -e /usr/share/fzf/key-bindings.zsh ] && source /usr/share/fzf/key-bindings.zsh
-source /usr/share/fzf/key-bindings.zsh
 #source /usr/share/nvm/init-nvm.sh
 ## find the correct installed tab-completion version
+PLUG_FOLDER="/usr/share/zsh/plugins"
 [ -e $PLUG_FOLDER/fzf-tab/fzf-tab.plugin.zsh ] && source $PLUG_FOLDER/fzf-tab/fzf-tab.plugin.zsh
 [ -e $PLUG_FOLDER/fzf-tab-bin-git/fzf-tab.plugin.zsh ] && source $PLUG_FOLDER/fzf-tab-bin-git/fzf-tab.plugin.zsh
 # these need to be sourced after fzf-tab
@@ -66,6 +66,10 @@ promptinit
 prompt_newline='%666v'
 # show git stash status as a ≡
 zstyle :prompt:pure:git:stash show yes
+# show hostname if we are in a distrobox environment
+if [ -n "$DISTROBOX_ENTER_PATH" ] && [ -f /run/.containerenv ]; then
+    local container=lxc
+fi
 prompt pure
 
 # shellcheck source=alias