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GNU GENERAL PUBLIC LICENSE
Version 3, 29 June 2007
Copyright (C) 2007 Free Software Foundation, Inc. <https://fsf.org/>
Everyone is permitted to copy and distribute verbatim copies
of this license document, but changing it is not allowed.
Preamble
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0. Definitions.
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END OF TERMS AND CONDITIONS
How to Apply These Terms to Your New Programs
If you develop a new program, and you want it to be of the greatest
possible use to the public, the best way to achieve this is to make it
free software which everyone can redistribute and change under these terms.
To do so, attach the following notices to the program. It is safest
to attach them to the start of each source file to most effectively
state the exclusion of warranty; and each file should have at least
the "copyright" line and a pointer to where the full notice is found.
<one line to give the program's name and a brief idea of what it does.>
Copyright (C) <year> <name of author>
This program is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see <https://www.gnu.org/licenses/>.
Also add information on how to contact you by electronic and paper mail.
If the program does terminal interaction, make it output a short
notice like this when it starts in an interactive mode:
<program> Copyright (C) <year> <name of author>
This program comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
The hypothetical commands `show w' and `show c' should show the appropriate
parts of the General Public License. Of course, your program's commands
might be different; for a GUI interface, you would use an "about box".
You should also get your employer (if you work as a programmer) or school,
if any, to sign a "copyright disclaimer" for the program, if necessary.
For more information on this, and how to apply and follow the GNU GPL, see
<https://www.gnu.org/licenses/>.
The GNU General Public License does not permit incorporating your program
into proprietary programs. If your program is a subroutine library, you
may consider it more useful to permit linking proprietary applications with
the library. If this is what you want to do, use the GNU Lesser General
Public License instead of this License. But first, please read
<https://www.gnu.org/licenses/why-not-lgpl.html>.

41
README.MD
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# A selection of information output tools for dmenu
These are a selection of independant tools for displaying various information
about system status in dmenu. Some of them i.e. `volume` have options (up, down, mute...)
which are selectable options in dmenu.
Example in dmenu:
https://user-images.githubusercontent.com/31094984/166115207-c24e9ec8-136e-4956-9842-bcde496bb743.mp4
Example in rofi:
https://user-images.githubusercontent.com/31094984/166115213-511fdaaa-4c04-461a-9976-38a2e9bd83fe.mp4
They are compiled separately, for example:
```nim
nim c pingclock
```
and then run with
```sh
./pingclock dmenu
or
./pingclock rofi
```
it can also be run without any arguments to receive a i3bar compatible json string
Personally, I have these bound to key combinations in i3. In fact, I have a seperate `bindsym` mode in which all these tools are accessible i.e. `$mod+i` to get to "info" mode then `p` to show pingclock.
You can also set the volume and brightness levels by typing a numeric figure into the dmenu/rofi input box
There's also an i3bar_tools_threaded folder with tools for use with i3bar/i3blocks which continously update. Currently these are not working as I recently switched from this as primary, to a secondary choice.
These have some configuration variables explicit to me, you'll need to change them for you for them to be useful I imagine.
### Dependencies
- dmenu, rofi, or i3bar (with i3blocks)
I'm aware my code is messy. I'm aware my code is undocumented. But hopefully these things are simple enough to work out.

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README.md Normal file
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# Requirements
A non-exhaustive list of system requirements
General:
- rofi or
- rofi-lbonn-wayland for wayland support
Screenshurr:
- maim (for X)
- xsel (for X)
- grim (for wayland)
- slurp (for wayland)
- wl-clipboard (for wayland)
Brightnurrs:
- acpilight

129
base.nim
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import std/[os,osproc,strutils]
import std/json
import std/rdstdin
import marshal
type
Info* = object
title*: string
full_text*: string
html_text*: string
short_text*: string
border*: string
color*: string
selected_color*: string
background*: string
selected_background*: string
type
i3BarInput* = object
button*: int
x*: int
y*: int
const background* = "#000000"
const backgroundalt* = "#bb222222"
const backgroundalt2* = "#bb333333"
const foreground* = "#dfdfdf"
const foregroundalt* = "#777"
const foregroundalt2* = "#ccc"
const black* = "#000000"
const white* = "#FFFFFF"
const yellow* = "#ffb52a"
const red* = "#e60053"
const purple* = "#9f78e1"
const blue* = "#0a6cf5"
const lightblue* = "#7296EF"
const lighterblue* = "#B5DDF7"
const green* = "#4b9901"
const lightgreen* = "#00ff00"
const grey* = "#dfdfdf"
const darkgrey* = "#444"
const primary* = yellow
const secondary* = red
const alert* = "#bd2c40"
var loop* = true
var stoploop* = false
var dmenu = false
var rofi = false
proc newInfo*(): Info =
return Info(
title: "Info : ",
full_text: "",
short_text: "",
color: foreground,
selected_color: background,
border: white,
selected_background: white,
background: black
)
proc debugLog*(str: string) =
let f = open("/tmp/debug.txt",fmAppend)
defer: f.close()
f.writeLine(str)
proc parseInput*(): i3BarInput =
let input = readLineFromStdin("")
try:
let jsonNode = parseJson(input)
let i3input = to(jsonNode, i3BarInput)
return i3input
except:
return i3BarInput()
proc clearInput*(count: int = 1) =
for x in countup(1, count):
discard readLineFromStdin("")
proc getArguments*(): seq[string] =
let args = commandLineParams()
return args
proc runDMenu*(data: Info, opts: varargs[string], rofi: bool = false): string =
discard execCmd("i3-msg mode \"default\"")
var cmd = "echo -e \"" & $data.full_text & "\n"
for opt in opts:
cmd = cmd & opt & "\n"
cmd.removeSuffix("\n")
if not rofi:
cmd = cmd & "\" | dmenu"
else:
cmd = cmd & "\" | rofi -dmenu"
cmd = cmd & " -l " & $(len(opts) + 1)
cmd = cmd & " -p \"" & $data.title & "\""
cmd = cmd & " -nb \"" & $background & "\""
cmd = cmd & " -nf \"" & $foreground & "\""
cmd = cmd & " -sb \"" & $data.selected_background & "\""
cmd = cmd & " -sf \"" & $data.selected_color & "\""
cmd = cmd & " -fn Hermit-10"
#echo "Dmenu :", cmd
let output = execCmdEx(cmd)
let option:string = strip(output[0])
return option
proc outputJSON*(data: Info, args: varargs[string]): string {.discardable.} =
var output = ""
if dmenu:
output = runDMenu(data, args)
elif rofi:
output = runDmenu(data,args, rofi = true)
else:
var j_data = data
if j_data.html_text != "":
j_data.full_text = j_data.html_text
echo $$j_data
return output
let args = getArguments()
for arg in args:
if arg == "noloop":
stoploop = true
if arg == "dmenu":
stoploop = true
dmenu = true
if arg == "rofi":
stoploop = true
rofi = true

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battery.nim
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import base
import strutils
import std/os
proc battery_exists(): bool =
let state = strip(readFile("/sys/class/power_supply/BAT0/present"))
if state == "1":
return true
return false
proc is_charging(): bool =
let state = strip(readFile("/sys/class/power_supply/BAT0/status"))
case state:
of "Charging":
return true
else:
return false
proc get_charge(): int =
var charge = 0
let chg = strip(readFile("/sys/class/power_supply/BAT0/capacity"))
if chg != "":
charge = parseInt(chg)
return charge
proc get_design(charge: int, state: bool): (string, string, string, string, string) =
var icon = ""
var icon_colour = lightgreen
var col = foreground
var bg = black
var border = lightgreen
if is_charging():
icon = ""
else:
case charge:
of 0..5:
icon_colour = black
col = black
bg = red
of 6..19:
icon_colour = alert
border = alert
of 20..39:
icon_colour = yellow
border = yellow
icon = ""
of 40..59:
icon_colour = green
border= green
icon = ""
of 60..79:
icon_colour = green
border= green
icon = ""
of 80..100:
icon_colour = lightgreen
border = lightgreen
icon = ""
else:
icon = "x "
let main_text = icon & " " & $charge & "%"
let text = "<span foreground=\"" & icon_colour & "\">" & icon & "</span>" & $charge & "%"
return (text,main_text, col, bg, border)
proc get_output(charge: int, state: bool): Info =
let (text,main_text,col,bg_col,bord_col) = get_design(charge, state)
let data = Info(
title: "Battery : ",
full_text: main_text,
html_text: text,
color: col,
border: bord_col,
background: bg_col,
selected_background: bord_col,
selected_color: black
)
return data
proc get_battery_info() =
var last_charge = -1
var last_state = false
while true:
let charge = get_charge()
let state = is_charging()
if charge != last_charge or state != last_state:
let data = get_output(charge, state)
outputJSON(data)
last_charge = charge
last_state = state
if stoploop:
break
sleep(1000)
proc main() =
if battery_exists():
get_battery_info()
main()

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brightness.nim
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import std/os
import strutils
import std/osproc
import std/math
import base
proc getLimit(): int
let limit = getLimit()
proc getLimit(): int =
let limit = parseInt(strip(readFile("/sys/class/backlight/intel_backlight/max_brightness")))
return limit
proc getDesign(pcnt: float): string =
var icon = "🌑"
case pcnt:
of 85..100:
icon = "🌕"
of 75..85:
icon = "🌖"
of 50..75:
icon = "🌗"
of 35..50:
icon = "🌘"
else:
icon = "🌑"
let percent = toInt(round(pcnt,0))
let text = icon & " " & $percent & "%"
return text
proc get_brightness*(run_once: bool = false) =
var last_pcnt: float = 0
while true:
let current = parseInt(strip(readFile("/sys/class/backlight/intel_backlight/actual_brightness")))
let pcnt = (current/limit)*100
if pcnt != last_pcnt:
let text = getDesign(pcnt)
var data = newInfo()
data.title = "Brightness : "
data.full_text = text
data.border = yellow
data.selected_background = yellow
data.selected_color = black
let args = @["up", "down"]
let option = outputJSON(data,args)
if option in args:
case option:
of "up":
discard execCmd("xbacklight -inc 5")
get_brightness(true)
of "down":
discard execCmd("xbacklight -dec 5")
get_brightness(true)
else:
try:
let i = parseInt(option)
discard execCmd("xbacklight -set " & $i)
get_brightness(true)
except:
echo getCurrentExceptionMsg()
if run_once:
break
if stoploop:
break
last_pcnt = pcnt
sleep(1000)
proc main() =
get_brightness()
if isMainModule:
main()

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date.nim
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import std/os
import std/times
import std/osproc
import std/re
import base
proc getObject(date: string): Info =
var data = newInfo()
data.title = "Date : "
data.full_text = date
data.border = blue
data.selected_background = blue
data.selected_color = white
return data
#proc openCalendar(datestr: string) =
proc newCalendar(): string =
var c = """yad --calendar \
--undecorated --fixed --close-on-unfocus --no-buttons \
--width="222" --height="193" \
--posx="%pos_x" --posy="%pos_y" \
--title="yad-calendar" --borders 0 > /dev/null
"""
return c
proc openCalendar*(input: i3barInput) =
var c = newCalendar()
c = replace(c,re"%pos_x", $(input.x - 111))
c = replace(c,re"%pos_y", $input.y)
discard execCmd(c)
proc dmenuCalendar() =
var c = newCalendar()
c = replace(c,re"%pos_x", "100")
c = replace(c,re"%pos_y", "0")
discard execCmd(c)
proc getDate*() =
var last_date = ""
while true:
let now = now()
let d = now.format("yyyy-MM-dd")
if d != last_date:
let data = getObject(d)
let args = @["open calendar"]
case outputJSON(data, args):
of "open calendar":
dmenuCalendar()
last_date = d
if stoploop:
break
sleep(5000)
proc main() =
getDate()
if isMainModule:
main()
#DATE="$(date +"%a %d %H:%M")"
#if [ "$(xdotool getwindowfocus getwindowname)" = "yad-calendar" ]; then
# exit 0
#fi
#eval "$(xdotool getmouselocation --shell)"
#eval "$(xdotool getdisplaygeometry --shell)"
## X
#if [ "$((X + YAD_WIDTH / 2 + BORDER_SIZE))" -gt "$WIDTH" ]; then #Right side
# : $((pos_x = WIDTH - YAD_WIDTH - BORDER_SIZE))
#elif [ "$((X - YAD_WIDTH / 2 - BORDER_SIZE))" -lt 0 ]; then #Left side
# : $((pos_x = BORDER_SIZE))
#else #Center
# : $((pos_x = X - YAD_WIDTH / 2))
#fi
## Y
#if [ "$Y" -gt "$((HEIGHT / 2))" ]; then #Bottom
# : $((pos_y = HEIGHT - YAD_HEIGHT - BAR_HEIGHT - BORDER_SIZE))
#else #Top
# : $((pos_y = BAR_HEIGHT + BORDER_SIZE))
#fi
#yad --calendar --undecorated --fixed --close-on-unfocus --no-buttons \
# --width="$YAD_WIDTH" --height="$YAD_HEIGHT" --posx="$pos_x" --posy="$pos_y" \
# --title="yad-calendar" --borders=0 >/dev/null &

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107
i3bar_tides.nim
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#curl https://www.tidetimes.org.uk/exmouth-dock-tide-times-20190101 | grep -E -o ">((High|Low)|([0-9]+:[0-9]+)|([0-9]+\.[0-9]+m))"
import i3bar_base
import std/re
import std/httpclient
import std/os
import std/times
const url* = "https://www.tidetimes.org.uk/%LOC-tide-times"
const loc* = "exmouth-dock"
const icon: string = "🌊"
type
Tide = ref object
State: string
Time: string
Height: string
Tomorrow: bool
TideList = ref object
Tides: seq[Tide]
LastUpdated: DateTime
proc sortTides(tides: seq[Tide]): seq[Tide] =
let timenow = now()
var reltides: seq[Tide]
var count = 0
for tide in tides:
if timenow.format("HH:MM") <= tide.Time or tide.Tomorrow:
reltides.add(tide)
count += 1
if count >= 2:
break
return reltides
proc getTideData(gettomorrow: bool = false): seq[Tide] =
var tides: seq[Tide]
let fnd = re">((High|Low)|([0-9]+:[0-9]+)|([0-9]+\.[0-9]+m))"
var client = newHttpClient()
var link = replace(url,re"\%LOC",loc)
if gettomorrow:
let tomdate = now() + initTimeInterval(days = 1)
link &= "-" & tomdate.format("yyyyMMdd")
try:
let data = client.getContent(link)
echo "Data : " & data
let times = findAll(data,fnd)
var tide: Tide
var count: int = 0
for time in times:
let l = len(time) - 1
if time == ">High" or time == ">Low":
tide = Tide()
tide.State = time[1..l]
count = 1
continue
else:
count += 1
if count == 2:
tide.Time = time[1..l]
elif count == 3:
tide.Height = time[1..l]
if gettomorrow:
tide.Tomorrow = true
tides.add(tide)
except:
sleep(5000)
return getTideData(false)
if not gettomorrow:
let tomtides = getTideData(true)
for tide in tomtides:
tides.add(tide)
return tides
proc getDesign(tides: seq[Tide]): i3barData =
var size = ""
if len(tides) > 1:
size = "small"
let text = icon & tides[0].State[0] & " " & tides[0].Time & " " & tides[0].Height & "\r" &
icon & tides[1].State[0] & " " & tides[1].Time & " " & tides[1].Height
let t2 = "<span size=\"" & size & "\">" & text & "</span>"
var data = newi3barData()
data.full_text = t2
data.border = black
return data
proc getTides*() {.gcsafe.}=
var mytides = TideList()
var last_data = "-1"
while true:
if len(mytides.Tides) == 0 or mytides.LastUpdated < now() - initTimeInterval(hours = 1):
mytides.Tides = getTideData()
mytides.LastUpdated = now()
let data = getDesign(sortTides(mytides.Tides))
if $data != last_data:
let args: seq[string] = @[]
outputJSON(data,args)
last_data = $data
if stoploop:
break
sleep(10000)
proc main() =
getTides()
if isMainModule:
main()

27
i3bar_tools_threaded/i3bar_brightness_threads.nim
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import i3bar_base
import i3bar_brightness
import std/threadpool
import std/osproc
proc await_click_info() =
while true:
let input = parseInput()
case input.button:
of 1,4:
let state = execCmd("xbacklight -inc 5")
get_brightness(true)
of 3,5:
let state = execCmd("xbacklight -dec 5")
get_brightness(true)
else:
let no = false
clearInput(2)
proc main() =
spawn get_brightness()
spawn await_click_info()
sync()
if isMainModule:
main()

18
i3bar_tools_threaded/i3bar_date_threads.nim
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import std/threadpool
import i3bar_date
import i3bar_base
proc await_click_info() =
while true:
let input = parseInput()
if input.button == 1:
openCalendar(input)
proc main() =
spawn getDate()
spawn await_click_info()
sync()
if isMainModule:
main()

25
i3bar_tools_threaded/i3bar_nic_threads.nim
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import i3bar_base
import i3bar_nic
import std/os
import std/osproc
import std/threadpool
import strutils
proc await_click_info() =
while true:
let input = parseInput()
if input.button == 1:
discard execCmd("alacritty -e nmtui-connect")
proc main() =
let mynic = get_nic()
if dirExists("/sys/class/net/" & mynic):
spawn get_net_info(mynic)
spawn await_click_info()
sync()
else:
echo "No NIC"
if isMainModule:
main()

21
i3bar_tools_threaded/i3bar_tides_threads.nim
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import i3bar_tides
import i3bar_base
import std/re
import std/threadpool
import std/osproc
proc await_click_info() =
while true:
let input = parseInput()
case input.button:
of 1:
let state = execCmd("xdg-open " & replace(url,re"\%LOC",loc))
else:
let no = false
proc main() =
spawn getTides()
spawn await_click_info()
sync()
main()

34
i3bar_tools_threaded/i3bar_volume_threads.nim
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import i3bar_base
import i3bar_volume
import std/threadpool
import std/osproc
proc await_click_info() =
while true:
let input = parseInput()
case input.button:
of 4:
discard execCmd("pamixer -i 5")
get_volume(true)
clearInput(2)
of 5:
discard execCmd("pamixer -d 5")
get_volume(true)
clearInput(2)
of 1:
discard execCmd("pamixer -t")
get_volume(true)
of 3:
discard execCmd("alacritty -e ncpamixer")
get_volume(true)
else:
let no = false
proc main() =
spawn get_volume()
spawn await_click_info()
sync()
if isMainModule:
main()

22
i3bar_tools_threaded/i3bar_wlan_threads.nim
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import i3bar_base
import i3bar_wlan
import std/[os,osproc]
import std/threadpool
proc await_click_info() =
while true:
let input = parseInput()
if input.button == 1:
discard execCmd("alacritty -e nmtui-connect")
proc main() =
if dirExists("/sys/class/net/" & wlan_nic):
spawn get_wifi_info()
spawn await_click_info()
sync()
else:
echo "No WLAN"
if isMainModule:
main()

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install.sh Executable file
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#!/usr/bin/env bash
nimble install -y
mkdir -p "$HOME/.local/bin"
cp -v "wmtools" "$HOME/.local/bin/wmtools"

66
nic.nim
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import base
import std/os
import std/osproc
import strutils
const nics: seq[string] = @["wlan0", "enp3s0","wlp2s0","enp0s20f0u3"]
proc get_ip(nic: string): string =
let cmd = "ifconfig " & nic & " | grep inet | awk -F\" \" '{print $2}' | head -1 | awk '{print $1}'"
let ip = execCmdEx(cmd)
return strip(ip.output)
proc get_online_state(nic: string): string =
let oper = readFile("/sys/class/net/" & nic & "/operstate")
let state = strip(oper)
return "[" & state & "]"
proc get_net(nic: string): (string, string) =
let state = get_online_state(nic)
let ip = get_ip(nic)
if state == "[down]" or ip == "":
return ("disconnected", state)
return (ip, state)
proc getObject(conn: string, nic: string): Info =
var data = newInfo()
data.title = "IP :"
data.full_text = conn
data.border = purple
data.selected_background = purple
data.selected_color = black
return data
proc get_net_info*(nic: string) =
var last_ip = ""
var last_state = ""
while true:
let (ip, state) = get_net(nic)
if ip != last_ip or state != last_state:
let data = getObject(state & " " & ip, nic)
let args = @["nmtui-connect"]
let option = outputJSON(data, args)
case option:
of "nmtui-connect":
discard execCmd("alacritty -e nmtui-connect")
last_ip = ip
last_state = state
if stoploop:
break
sleep(1000)
proc get_nic*(): string =
for nic in nics:
if dirExists("/sys/class/net/" & nic):
return nic
return "no-nic"
proc main() =
let mynic = get_nic()
if dirExists("/sys/class/net/" & mynic):
get_net_info(mynic)
else:
echo "No NIC"
main()

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nim.cfg Normal file
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-d:ssl

68
pingclock.nim
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import std/os
import std/osproc
import std/re
import strutils
import base
const host: string = "web.wilde.cloud"
const cmd: string = "ping -4 -c 1 " & host
const time_secs: int = 4
let ping_re = re(r"time=[0-9.]+")
proc get_ping(): float =
var ping: float = -1
let cmdOut = execCmdEx(cmd)
let lines = splitLines(cmdOut.output)
let ping_line = lines[1]
let bounds = findBounds(ping_line, ping_re)
if bounds.first > 0:
let png = ping_line[bounds.first+5..bounds.last]
ping = parseFloat(png)
return ping
proc getObject(ping: float): Info =
let pingstr = split($ping,".")
let niceping = pingstr[0] & "." & pingstr[1][0]
var text = "🏓 " & niceping & " ms"
var col = foreground
if ping < 0:
text = "❌ No Pong"
col = yellow
else:
case ping:
of 0..100:
col = foreground
of 101..400:
col = yellow
of 401..1000:
col = alert
else:
col = red
var data = newInfo()
data.title = "Ping Clock:"
data.full_text = text
data.color = col
data.border = blue
data.background = black
data.selected_background = blue
data.selected_color = white
return data
proc main() =
var last_ping: float = 0
while loop:
let ping = get_ping()
if ping != last_ping:
let data = getObject(ping)
outputJSON(data)
last_ping = ping
loop = not stoploop
if loop:
sleep(time_secs * 1000)
if isMainModule:
main()

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src/common.nim Normal file
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import model/config
import model/tool
import model/info
export config
export tool
export info
var myConfig* = newConfig()

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src/common/colours.nim Normal file
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const background* = "#000000"
const backgroundalt* = "#bb222222"
const backgroundalt2* = "#bb333333"
const foreground* = "#dfdfdf"
const foregroundalt* = "#777"
const foregroundalt2* = "#ccc"
const black* = "#000000"
const white* = "#FFFFFF"
const yellow* = "#ffb52a"
const red* = "#e60053"
const purple* = "#9f78e1"
const blue* = "#0a6cf5"
const lightblue* = "#7296EF"
const lighterblue* = "#B5DDF7"
const green* = "#4b9901"
const lightgreen* = "#00ff00"
const grey* = "#dfdfdf"
const darkgrey* = "#444"
const primary* = yellow
const secondary* = red
const alert* = "#bd2c40"

9
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import std/envvars
const XDG_SESSION_TYPE = "XDG_SESSION_TYPE"
const WAYLAND = "wayland"
proc isWayland*(): bool =
if existsEnv(XDG_SESSION_TYPE) and getEnv(XDG_SESSION_TYPE) == WAYLAND:
return true
return false

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import httpclient
proc download*(link: string): string =
var client = newHttpClient(timeout = 10000)
try:
let resp = client.get(link)
if resp.status == $Http200:
return resp.body
except:
echo getCurrentExceptionMsg()
return ""
proc save*(file: string, content: string) =
writeFile(file,content)

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import common
import util/furrytime
import util/pingclock
import util/batturry
import util/volurrme
import util/netwurrk
import util/wirelurrs
import util/emurrji
import util/calendurr
import util/remminurr
import util/passwurrd
import util/pw_generaturr
import util/temperaturr
import util/screenshurrt
import util/calculaturr
import util/brightnurrs
import util/tideurrl
import util/wallpapurr
proc dispatch*(cfg: Config) =
case cfg.run
of FurryTime:
furrytime.go()
of PingClock:
pingclock.go()
of Batturry:
batturry.go()
of Volurrme:
volurrme.go()
of Netwurrk:
netwurrk.go()
of Wirelurrs:
wirelurrs.go()
of Emurrji:
emurrji.go()
of Calendurr:
calendurr.go()
of Remminurr:
remminurr.go()
of Passwurrd:
passwurrd.go()
of PasswurrdGeneraturr:
pw_generaturr.go()
of Temperaturr:
temperaturr.go()
of Screenshurrt:
screenshurrt.go()
of Calculaturr:
calculaturr.go()
of Brightnurrs:
brightnurrs.go()
of Tideurrl:
tideurrl.go()
of Wallpapurr:
wallpapurr.go()
else:
echo "No valid run command given"

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import jsony
type
Emoji* = object
emoji*: string
name*: string
group*: string
subgroup*: string
proc `$`(e: Emoji): string =
return e.emoji & " : " & e.name & " : " & e.group & " : " & e.subgroup
const include_groups = ["Smileys & Emotion"]
#, "People & Body"]
#, "Animals & Nature"]
#, "Food & Drink"]
#, "Travel & Places", "Activities", "Objects"]
const ignore_subgroups = ["religion"]
proc getEmojis(): seq[string] =
let file_emojis = staticRead("../../emojis.json")
let emojis = file_emojis.fromJson(seq[Emoji])
var list: seq[string] = @[]
for e in emojis:
if e.group in include_groups and e.subgroup notin ignore_subgroups:
list.add($e)
return list
const emoji_list = getEmojis()
proc getEmoji*(): seq[string] =
return emoji_list

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import jsony
import strutils
import re
import httpclient
import emurrjilist
var emojis: seq[Emoji] = @[]
let e_re = re"E[0-9\.]+"
const group_line = "# group: "
const subgroup_line = "# subgroup: "
proc parse(body: string) =
var current_group = ""
var current_subgroup = ""
for line in body.split("\n"):
if line.startsWith(group_line):
let g = line.replace(group_line, "")
if current_group != g:
current_group = g
continue
if line.startsWith(subgroup_line):
let sub_g = line.replace(subgroup_line, "")
if current_subgroup != sub_g:
current_subgroup = sub_g
continue
if line == "" or (line.len > 0 and line[0] == '#'):
continue
try:
let parts = line.split("#")
let emo = parts[1].split(e_re)
var emoji = Emoji()
emoji.emoji = emo[0].strip(chars={' '})
emoji.name = emo[1].strip()
emoji.group = current_group
emoji.subgroup = current_subgroup
emojis.add(emoji)
except:
echo getCurrentExceptionMsg()
proc getUnicodeOrgEmoji() =
const url = "https://unicode.org/Public/emoji/latest/emoji-test.txt"
var client = newHttpClient()
let page = client.get(url)
parse(page.body)
proc save(emojis: seq[Emoji]) =
let file = "emojis.json"
writeFile(file, emojis.toJson())
proc getEmojis() =
getUnicodeOrgEmoji()
save(emojis)
when isMainModule:
getEmojis()

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type
BrightnessArg* = enum
None,
BrightUp,
BrightDown

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import os
import strutils
import parsetoml
import tool
import screenshot
type
Config* = ref object
exec*: string
run*: Tool
max_lines*: int
prepend*: bool
to_stdout*: bool
screenshot_tool*: ScreenshotTool
unsplash_key*: string
bg_dir*: string
let config_dir* = getHomeDir() & ".config/wm_tools/"
let config_file* = config_dir & "config.toml"
proc `$`(c: Config): string =
var str = "exec = \"" & c.exec & "\"\n"
str &= "prepend = " & $c.prepend & "\n"
str &= "screenshot_tool = \"" & $c.screenshot_tool & "\"\n"
str &= "max_lines = " & $c.max_lines
str &= "\n"
return str
proc newConfig*(): Config =
var cfg = Config()
cfg.exec = "rofi -dmenu"
cfg.prepend = true
cfg.screenshot_tool = Maim
cfg.max_lines = 20
discard existsOrCreateDir(config_dir)
if not fileExists(config_file):
writeFile(config_file,$cfg)
else:
let content = readFile(config_file)
try:
let toml = parseString(content)
if toml.hasKey("exec"):
cfg.exec = toml["exec"].getStr
if toml.hasKey("max_lines"):
cfg.max_lines = toml["max_lines"].getInt
if toml.hasKey("screenshot_tool"):
cfg.screenshot_tool = toml["screenshot_tool"].getStr.toScreenshotTool
if toml.hasKey("unsplash_key"):
cfg.unsplash_key = toml["unsplash_key"].getStr
if toml.hasKey("bg_dir"):
cfg.bg_dir = toml["bg_dir"].getStr.replace("$HOME",getHomeDir())
except:
echo "Error with Config File:"
echo getCurrentExceptionMsg()
return cfg

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type
Info* = object
title*: string
full_text*: string
html_text*: string
short_text*: string
args*: seq[string]
proc newInfo*(str: string = "Info"): Info =
var title = str
return Info(title: title)

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type
PWGen* = object
to_terminal*: bool
word_len*: int
digits*: int
number*: int
proc newPWGen*(): PWGen =
var pw = PWGen()
pw.word_len = 5
pw.digits = 4
pw.number = 10
return pw

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import sequtils
import strutils
type
Screenshot* = object
size*: ScreenshotSize
tool*: ScreenshotTool
ScreenshotSize* = enum
None = ""
Region = "region",
Full = "fullscreen",
Window = "window"
ScreenshotTool* = enum
None = ""
Maim = "maim"
Grim = "grim"
proc newScreenshot*(): Screenshot =
var ss = Screenshot()
ss.tool = Maim
ss.size = None
return ss
proc toScreenshotSize*(str: string): ScreenshotSize =
case str
of "region": return Region
of "fullscreen": return Full
of "window": return Window
else: return None
proc isScreenshotSize*(str: string): bool =
return str.toScreenshotSize != None
proc ScreenshotSizes*(): seq[string] =
var sizes: seq[string] = @[]
for item in ScreenshotSize.toSeq:
if item != None:
sizes.add($item)
return sizes
proc toScreenshotTool*(str: string): ScreenshotTool =
case str
of "maim": return Maim
of "grim": return Grim
else: return None
proc isScreenshotTool*(str: string): bool =
return str.toScreenshotTool != None
proc command*(tool: ScreenshotTool): string =
case tool
of Maim: return "maim -u %s --format png %f"
of Grim: return "grim %s %f"
else: return ""
proc activeWindowCommand*(tool: ScreenshotTool): string =
var cmd = tool.command()
# where %s is an extra flag or process, i.e. xdotool for getting active window
case tool
of Maim:
cmd = cmd.replace("%s","-i $(xdotool getactivewindow)")
of Grim:
echo "Not currently Implemented"
quit(1)
else: return cmd
return cmd
proc regionCommand*(tool: ScreenshotTool): string =
var cmd = tool.command()
case tool
of Maim:
cmd = cmd.replace("%s","-s")
of Grim:
cmd = cmd.replace("%s","-g \"$(slurp)\"")
else: return cmd
return cmd
const X_CLIPBOARD_CMD* = "xclip -selection clipboard -t image/png"
const WL_CLIPBOARD_CMD* = "wl-copy"

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import times
const TIDE_URL* = "https://www.tidetimes.org.uk/%LOC-tide-times"
const DEFAULT_LOC* = "exmouth-dock"
type
Tide* = ref object
state*: string
time*: string
height*: string
tomorrow*: bool
TideList* = ref object
tides*: seq[Tide]
url*: string
last_updated*: DateTime
location*: string
proc newTideList*(): TideList =
var tl = TideList()
tl.url = TIDE_URL
tl.location = DEFAULT_LOC
return tl

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type
Tool* = enum
None,
FurryTime,
PingClock,
Batturry,
Volurrme,
Netwurrk,
Wirelurrs,
Emurrji,
Calendurr,
Remminurr,
Passwurrd,
PasswurrdGeneraturr,
Temperaturr,
Screenshurrt,
Calculaturr,
Brightnurrs,
Tideurrl,
Wallpapurr

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type
VolArg* = enum
None, VolUp, VolDown, VolMute

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type
WPArgs* = object
query*: string
last*: bool
from_unsplash*: bool

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import strutils
import osproc
type
Note* = object
urgency*: Urgency
title*: string
content*: string
timeout*: int
Urgency* = enum
Normal = "normal"
Low = "low"
Urgent = "urgent"
Critical = "critical"
proc newNote*(): Note =
return Note(urgency: Normal, title: "Notification", content: "Hello, I am a notifications", timeout: 2000)
proc `$`*(n: Note): string =
let str = "notify-send -u $U $T $C -t $N"
.replace("$U", $n.urgency)
.replace("$T", n.title.escape)
.replace("$C", n.content.escape)
.replace("$N", $n.timeout)
return str
proc send*(n: Note) =
discard execCmdEx($n)
proc send*(s: varargs[string,`$`]) =
var n = newNote()
n.title = s[0]
if s.len > 1:
n.content = s[1..^1].join("")
else:
n.content = ""
send(n)

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import osproc
import strutils
import common
proc stripQuotes(str: string): string =
var text = replace(str,"\"","&quot;")
return text
proc quote*(str: string): string =
var text = str
# May need to put some further work to escape some special chars here
text = stripQuotes(text)
# Put leading and ending quote marks in
return " \"" & text & "\" "
# ^ Add a spaces ^ so the previous flag isn't touching
proc markup(str: string): string =
# Placeholder proc for future use
var text = stripQuotes(str)
return text
proc copyToClipboard*(str: string): bool {.discardable.} =
let ok = execCmd("echo -n " & quote(str) & " | xclip -selection clipboard")
return ok == 0
proc listify(data:Info, opts: varargs[string]): string =
var text = data.full_text
if opts.len > 0:
text &= "\n"
for opt in opts:
text &= markup text
text &= "\n"
return text
proc genMenuCmd(data: Info, opts: varargs[string]): string =
var cmd = ""
# length of the list of opts, plus the full text
var x_lines = len(opts) + 1
# if the text is empty, we don't want to create a menu item of it
if data.full_text != "":
let text = markup data.full_text
cmd &= text & "\n"
else:
x_lines -= 1
for opt in opts:
let text = markup opt
cmd &= text & "\n"
cmd.removeSuffix("\n")
if x_lines > myConfig.max_lines: x_lines = myConfig.max_lines
if myConfig.prepend:
cmd = "echo -e" & quote(cmd) & "| "
cmd &= myConfig.exec
cmd &= " -i" # set case insensitive
cmd &= " -p" & quote(data.title)
cmd &= "-l " & $x_lines
echo "Sending command:\n" & cmd
return cmd
proc runExec(data: Info, opts: varargs[string]): string =
if not myConfig.to_stdout:
let cmd = genMenuCmd(data, opts)
var output = execCmdEx(cmd)
echo "Output:\n" & $output
output.output.stripLineEnd()
return output.output
else:
stdout.writeLine listify(data,opts)
proc outputData*(data: Info, args: varargs[string,`$`]): string {.discardable.} =
var output = runExec(data,args)
return output

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import os
import argparse
import common
import common/display
import model/pwgen
import model/volume
import model/brightness
import model/screenshot
import model/tides
import model/wallpapurr
proc parseArgs*() =
let params = commandLineParams()
var p = newParser:
help("WMTools : a set of tools to output option to your program of choice i.e. Rofi")
arg("input",help="the tool to run, i.e. furrytime, pingclock, volurrme, etc.")
arg("others", nargs = -1)
flag("-o","--output",help="outputs to stdout instead of something else")
try:
var opts = p.parse(params)
# TODO sort this but out, handle args for all modules, etc.
myConfig.to_stdout = opts.output
case opts.input
of "furrytime", "fuzzytime", "time":
myConfig.run = FurryTime
of "pingclock", "pingclurrk", "ping":
myConfig.run = PingClock
of "batturry", "battery", "bat":
myConfig.run = Batturry
of "volurrme", "volume", "vol":
myConfig.run = Volurrme
of "netwurrk", "network", "net":
myConfig.run = Netwurrk
of "wirelurrs", "wireless", "wifi":
myConfig.run = Wirelurrs
of "emurrji", "emoji":
myConfig.run = Emurrji
of "calendurr", "calender", "cal":
myConfig.run = Calendurr
of "remminurr", "remmina", "rdp", "rem":
myConfig.run = Remminurr
of "passwurrd", "password", "pw":
myConfig.run = Passwurrd
of "passwurrdgeneraturr", "passwordgenerator", "pwgen":
myConfig.run = PasswurrdGeneraturr
of "temperaturr", "temperature", "temp":
myConfig.run = Temperaturr
of "screenshurrt", "screenshot", "screeny":
myConfig.run = Screenshurrt
of "calculaturr", "calculator", "calc":
myConfig.run = Calculaturr
of "brightnurrs", "brightness", "bright":
myConfig.run = Brightnurrs
of "tideurrl", "tides":
myConfig.run = Tideurrl
of "wallpapurr", "wallpaper":
myConfig.run = Wallpapurr
else:
echo p.help
quit(1)
except ShortCircuit as err:
if err.flag == "argparse_help":
echo err.help
quit(1)
except UsageError:
stderr.writeLine getCurrentExceptionMsg()
quit(1)
proc parseVolArgs*(): VolArg =
var arg: VolArg
let params = commandLineParams()
var p = newParser:
help("Args for volurrme")
arg("volurrme",help="can only ever be 'volurrme' as you won't have gotten this far otherwise")
arg("adjust",help="up, down, or mute",default=some(""))
try:
var opts = p.parse(params)
case opts.adjust
of "volup", "up":
arg = VolUp
of "voldown", "down":
arg = VolDown
of "mute","volmute":
arg = VolMute
except ShortCircuit as err:
if err.flag == "argparse_help":
echo err.help
quit(1)
except UsageError:
stderr.writeLine getCurrentExceptionMsg()
quit(1)
return arg
proc parseBrightnessArgs*(): BrightnessArg =
var arg: BrightnessArg
let params = commandLineParams()
var p = newParser:
help("Args for volurrme")
arg("brightnurrs",help="can only ever be 'brightnurrs' as you won't have gotten this far otherwise")
arg("adjust",help="up, down, or mute",default=some(""))
try:
var opts = p.parse(params)
case opts.adjust
of "up":
arg = BrightUp
of "down":
arg = BrightDown
except ShortCircuit as err:
if err.flag == "argparse_help":
echo err.help
quit(1)
except UsageError:
stderr.writeLine getCurrentExceptionMsg()
quit(1)
return arg
proc parsePWGenArgs*(): PWGen =
var gen = newPWGen()
let params = commandLineParams()
var p = newParser:
help("Args for pw_generaturr")
arg("pwgen",help="can only ever be 'pwgen' as you won't have gotten this far otherwise")
flag("-o","--output",help="outputs to terminal instead of something else")
option("-l","--length",help="Length of the word part of the password")
option("-d","--digits",help="Length of the number part of the password",default=some(""))
option("-n","--number",help="Number of passwords to return")
try:
var opts = p.parse(params)
if opts.length != "":
gen.word_len = parseInt(opts.length)
if opts.digits != "":
gen.digits = parseInt(opts.digits)
if opts.number != "":
gen.number = parseInt(opts.number)
gen.to_terminal = not opts.output
except ShortCircuit as err:
if err.flag == "argparse_help":
echo err.help
quit(1)
except UsageError:
stderr.writeLine getCurrentExceptionMsg()
quit(1)
return gen
proc parseScreenshotArgs*(): Screenshot =
var ss = newScreenshot()
ss.tool = myConfig.screenshot_tool
let params = commandLineParams()
var p = newParser:
help("Args for screenshurrt")
arg("screenshurrt",help="can only ever be 'screenshurrt' as you won't have gotten this far otherwise")
option("-s","--size",help="size/region i.e. region, fullscreen or window")
option("-t","--tool",help="the tool to take the screenshot, i.e. maim or grim")
try:
var opts = p.parse(params)
if opts.size != "":
ss.size = opts.size.toScreenshotSize()
if opts.tool != "":
ss.tool = opts.tool.toScreenshotTool()
elif isWayland():
ss.tool = GRIM
except ShortCircuit as err:
if err.flag == "argparse_help":
echo err.help
quit(1)
except UsageError:
stderr.writeLine getCurrentExceptionMsg()
quit(1)
return ss
proc parseTideurrlArgs*(): TideList =
var t = newTideList()
let params = commandLineParams()
var p = newParser:
help("Args for tideurrl")
arg("tideurrl",help="can only ever be 'tideurrl' as you won't have gotten this far otherwise")
option("-l","--loc",help="location name")
try:
var opts = p.parse(params)
if opts.loc != "":
t.location = opts.loc
except ShortCircuit as err:
if err.flag == "argparse_help":
echo err.help
quit(1)
except UsageError:
stderr.writeLine getCurrentExceptionMsg()
quit(1)
return t
proc parseWallpapurrArgs*(): WPArgs =
var args = WPArgs()
let params = commandLineParams()
var p = newParser:
help("Args for wallpapurr")
arg("wallpapurr",help="can only ever be 'wallpapurr' as you won't have gotten this far otherwise")
option("-q","--query",help="query name")
flag("-l","--last",help="last image")
flag("-n","--unsplash",help="get from unsplash")
try:
var opts = p.parse(params)
if opts.query != "":
args.query = opts.query
if opts.last:
args.last = true
if opts.unsplash:
args.from_unsplash = true
except ShortCircuit as err:
if err.flag == "argparse_help":
echo err.help
quit(1)
except UsageError:
stderr.writeLine getCurrentExceptionMsg()
quit(1)
return args

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import ../../globurrl
import argparse
const DURATION_FMT="HH:mm:ss"
var parser = newParser:
flag "-s", "--show", help="Show current timers"
flag "-a", "--add", help="Add a new timer, requires -d,--duration"
option "-d", "--duration", help="Duration in HH:mm:ss format", default=some("")
proc show_timurr() =
echo "Hello"
when isMainModule:
echo("This is still a work in progress")
try:
var opts = parser.parse()
if opts.show:
show_timurr()
elif opts.add:
if opts.duration != "":
echo "hi"
else:
stderr.writeLine "Cannot add (-a) without durations (-d)"
except ShortCircuit as e:
if e.flag == "argparse_help":
echo parser.help
quit(1)
except UsageError:
stderr.writeLine getCurrentExceptionMsg()
quit(1)

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# Package
version = "0.1.0"
author = "Paul Wilde"
description = "A timer/alarm tool"
license = "GPL-3.0-or-later"
srcDir = "src"
bin = @["timurr"]
# Dependencies
requires "nim >= 1.6.6"
requires "argparse"

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# Package
version = "0.1.0"
author = "Paul Wilde"
description = "A dmenu/rofi bookmark manager"
license = "GPL-2.0-or-later"
srcDir = "src"
bin = @["burrkmarks"]
# Dependencies
requires "nim >= 1.6.6"
requires "parsetoml >= 0.6.0"

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-d:ssl

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import std/[json,os,marshal,osproc,re]
import std/[asyncdispatch, httpclient]
import ../../globurrl
type
Bookmark = object
name: string
shortname: string
url: string
const TITLE = "Burrkmarks"
let title_re = re("<title>(.*?)<\\/title>", {reMultiLine})
let title_rem_re = re("<\\/?title>")
let https_re = re("https?:\\/\\/")
let bookmarks_file = getSyncDir() & "bookmarks.json"
var bookmarks: seq[Bookmark] = @[]
proc `$`(bookmark: Bookmark): string =
let show_name = if bookmark.shortname != "": bookmark.shortname else: bookmark.name
let x = show_name & " - [" & bookmark.url & "]"
return x
proc getTitle(bookmark: Bookmark): Future[string] {.async.} =
var client = newAsyncHttpClient()
try:
let html = await client.getContent(bookmark.url)
let titles = html.findAll(title_re)
if len(titles) > 0:
var title = titles[0]
title = title.replace(title_rem_re,"")
return title
except:
echo getCurrentExceptionMsg()
return ""
proc save(bookmarks: seq[Bookmark]): bool {.discardable.} =
let data = pretty(%*bookmarks)
writeFile(bookmarks_file, data)
proc get(bookmarks: seq[Bookmark], str: string): Bookmark =
for bookmark in bookmarks:
if str == $bookmark:
return bookmark
return Bookmark()
proc checkFile(): bool =
if not fileExists(bookmarks_file):
writeFile(bookmarks_file,"")
if fileExists(bookmarks_file):
return true
return false
proc getBookmarks(): seq[Bookmark] =
let f = open(bookmarks_file)
try:
let nodes = parseJson(f.readAll())
for node in nodes:
var bookmark = Bookmark()
bookmark.name = node.getOrDefault("name").getStr()
bookmark.shortname = node.getOrDefault("shortname").getStr()
bookmark.url = node.getOrDefault("url").getStr()
bookmarks.add(bookmark)
except:
echo getCurrentExceptionMsg()
return bookmarks
proc addBookmark(link: string) =
var url = link
var bookmark = Bookmark()
if not url.contains(https_re):
url = "https://" & url
bookmark.url = url
bookmark.name = waitFor bookmark.getTitle()
bookmarks.add(bookmark)
bookmarks.save()
proc goToBookmark(bookmark: string) =
let bm = bookmarks.get(bookmark)
discard execCmd("xdg-open " & bm.url)
proc toStrList(bookmarks: seq[Bookmark]): seq[string] =
var list: seq[string] = @[]
for bookmark in bookmarks:
list.add($bookmark)
return list
proc showBookmarks() =
let info = newInfo(TITLE)
let args = bookmarks.toStrList()
let option = outputData(info, args)
if option == "":
echo "Empty input, closing..."
return
elif option notin args:
echo "Adding bookmark: ", option
addBookmark(option)
showBookmarks()
elif option in args:
echo "Opening bookmark: ", option
goToBookmark(option)
proc start() =
if checkfile():
bookmarks = getBookmarks()
showBookmarks()
else:
echo "File : ", bookmarks_file, " does not exist."
when isMainModule:
start()

13
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# Package
version = "0.1.0"
author = "Paul Wilde"
description = "A notes app for dmenu"
license = "GPL-3.0-or-later"
srcDir = "src"
bin = @["noteurr"]
# Dependencies
requires "nim >= 1.6.6"

167
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import ../../globurrl
import std/[os,sequtils,times]
const note_dir = WM_TOOLS_DIR & ".notes.wm_tools/" # Putting it in Nextcloud so it can sync :-)
const default_bg = white
const default_fg = black
type
Note = object
id: string
text: string
proc startNotes()
proc displayOptionMenu(option: string)
var notes: seq[Note] = @[]
proc readNotes(): seq[Note] =
if len(notes) == 0:
if existsOrCreateDir(note_dir):
for note_file in walkDir(note_dir):
try:
var note = Note()
note.id = note_file[1]
note.text = stripQuotes(readFile(note_file[1]))
notes.add(note)
except:
echo "Unable to read note : ", note_file, " : ", getCurrentExceptionMsg()
return notes
proc removeNote(note: Note) =
try:
removeFile(note.id)
for idx, a_note in notes:
if note.id == a_note.id:
notes.delete(idx)
except:
echo "Unable to delete file : ", note.id, " : ", getCurrentExceptionMsg()
proc getNoteStrings(): seq[string] =
var note_list: seq[string] = @[]
if len(notes) == 0:
discard readNotes()
for note in notes:
note_list.add(note.text)
return note_list
proc writeNote(note: Note, is_new: bool = false) =
if note.text == "":
return
try:
writeFile(note.id, stripQuotes(note.text))
if is_new:
var new_note = note
new_note.text = stripQuotes(new_note.text)
notes.add(note)
else:
for idx, a_note in notes:
if a_note.id == note.id:
notes[idx].text = stripQuotes(note.text)
except:
echo "write_note, Unable to write note : ", note.id, " : ", getCurrentExceptionMsg()
proc getNotes(): (Info, seq[string]) =
var info = newInfo("Noteurr")
info.selected_bg = default_bg
info.selected_fg = default_fg
let notes = getNoteStrings()
return (info,notes)
proc getNote(text: string): Note =
for note in notes:
if note.text == text:
return note
return Note()
proc displayDeleteConfirmationMenu(note: string) =
var yes_no = newInfo("Confirm Delete note : " & note)
yes_no.selected_bg = default_bg
yes_no.selected_fg = default_fg
let args = @["yes", "no"]
let choice = outputData(yes_no, args)
case choice:
of "yes":
let rm_note = getNote(note)
if rm_note.text == note:
removeNote(rm_note)
of "no":
displayOptionMenu(note)
proc replaceNoteConfirmationMenu(note_idx: int, new_text: string): bool =
let old_note = notes[note_idx]
var diag = newInfo("Replace Note : '" & old_note.text & "', with '" & new_text & "' ?")
diag.selected_bg = default_bg
diag.selected_fg = default_fg
let args = @["yes", "no"]
let choice = outputData(diag,args)
case choice:
of "yes":
echo "here"
return true
else:
return false
proc replaceNote(new_text: string, old_text: string) =
for idx, note in notes:
if note.text == old_text:
if replaceNoteConfirmationMenu(idx,new_text):
var new_note = note
new_note.text = new_text
notes[idx] = new_note
writeNote(new_note)
return
proc displayOptionMenu(option: string) =
var select = newInfo("Noteurr")
select.selected_bg = default_bg
select.selected_fg = default_fg
let note_choices = @["rm","back"]
let args = concat(@[option],note_choices)
let chosen = outputData(select,args)
if chosen in note_choices:
case chosen:
of "rm":
displayDeleteConfirmationMenu(option)
startNotes()
of "back":
startNotes()
elif chosen != "" and chosen != option:
replaceNote(chosen, option)
displayOptionMenu(chosen)
else:
displayOptionMenu(option)
proc newNote(text: string) =
var new_note = Note()
let note_id = times.now().format("'{'yyyyMMdd-HHmmss-ffffff'}'")
new_note.id = note_dir & note_id
new_note.text = text
writeNote(new_note, is_new = true)
proc startNotes() =
let (info,all_notes) = getNotes()
let all_choices = @["exit"]
let args = concat(all_notes, all_choices)
let option = outputData(info, args)
if option in all_choices:
case option:
of "exit":
return
if option in all_notes:
displayOptionMenu(option)
elif option != "":
newNote(option)
startNotes()
proc main() =
echo "Note dir : ", note_dir
if tool != "dmenu" and tool != "rofi":
echo "Can only be run in dmenu or rofi mode. Exiting..."
return
startNotes()
if isMainModule:
main()

1
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-d:ssl

126
src/util/.archived/translaturr/src/translaturr.nim Normal file
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import ../../globurrl
import std/[re,httpclient,json,strutils,tables]
# TODO:
# Query available languages, maybe have selection panel
# Maybe store last used so future translations are more fluent
const LIBRETRANSLATE_URL = "https://libretranslate.pussthecat.org/"
const HOME = "en"
let LANG_RE = re"\w+>\w+"
let DETECT_RE = re"\bd(etect)?\b"
var current = @["de",HOME]
var detected = {"detected":"0","confidence":"0","language":"en"}.toTable
type
Request = object
source: string
target: string
q: string
format: string
proc main(messages: varargs[string] = @[])
proc newRequest(): Request =
return Request(source:current[0],
target:current[1],
q: "",
format: "text",)
proc parseReq(req: string): Request =
var langs = findAll(req,LANG_RE)
var r = newRequest()
let query = replace(req,LANG_RE,"")
r.q = query
if len(langs) > 0:
let lang = langs[0]
langs = lang.split(re">")
current[0] = langs[0].toLowerAscii()
current[1] = langs[1].toLowerAscii()
r.source = current[0].toLowerAscii()
r.target = current[1].toLowerAscii()
if query == "":
main()
return r
proc answerTranslate(response: string, req: Request) =
let r = parseJson(response)
try:
let ans = r["translatedText"].getStr()
main(ans)
except:
main("Error : " & r["error"].getStr())
proc goTranslate(req: string) =
let r = parseReq(req)
if r.q != "":
var client = newHTTPClient()
client.headers = newHttpHeaders({"Content-Type":"application/json"})
let body = %*r
let response = client.request(LIBRETRANSLATE_URL & "translate", httpMethod = HttpPost, body = $body)
if response.status != "":
answerTranslate(response.body, r)
proc flipCurrent() =
current = @[current[1],current[0]]
main()
proc detectLanguage(str: string) =
let term = replace(str,DETECT_RE,"")
echo "detecting ", term
if term != "":
var client = newHTTPClient()
client.headers = newHttpHeaders({"Content-Type":"application/json"})
let body = %*Request(q:term)
let response = client.request(LIBRETRANSLATE_URL & "detect", httpMethod = HttpPost, body = $body)
if response.status != "":
let r = parseJson(response.body)
echo r
try:
detected["confidence"] = $r[0]["confidence"].getFloat()
detected["language"] = r[0]["language"].getStr()
detected["detected"] = "1"
current[0] = detected["language"]
current[1] = HOME
goTranslate(term)
except:
try:
main("Error : " & r["error"].getStr())
except:
main("Error Parsing Json")
return
proc main(messages:varargs[string] = @[]) =
var info = newInfo("Translaturr")
info.selected_bg = green
var args: seq[string] = @[]
for msg in messages:
if msg != "":
args.add(msg)
args.add(current[0] & " > " & current[1])
if detected["detected"] == "1":
args.add("detected language : " & detected["language"])
args.add("detected confidence : " & detected["confidence"])
detected["detected"] = "0"
if len(messages) > 0:
args.add("back")
args.add("exit")
let output = outputData(info,args)
if output == "exit" or output == "":
return
elif output == "back":
main()
elif output == current[0] & " > " & current[1]:
flipCurrent()
elif re.startsWith(output,DETECT_RE):
detectLanguage(output)
elif output in messages:
copyToClipboard(output)
else:
goTranslate(output)
return
if isMainModule:
main()

13
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# Package
version = "0.1.0"
author = "Paul Wilde"
description = "Query libretranslate with dmenu"
license = "GPL-3.0-or-later"
srcDir = "src"
bin = @["translaturr"]
# Dependencies
requires "nim >= 1.6.6"

108
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import strutils
import ../common
import ../common/colours
import ../output
const battery = "BAT0"
const ok_fg = lightgreen
const default_fg = white
const default_bg = black
const warning_fg = black
const warning_bg = red
const low_bg = black
const low_fg = red
const alert_fg = black
const alert_bg = yellow
const med_fg = green
#const med_bg = black
proc batteryExists(): bool =
try:
let state = strip(readFile("/sys/class/power_supply/" & battery & "/present"))
if state == "1":
return true
except:
echo "Error getting battery : " & getCurrentExceptionMsg()
return false
proc isCharging(): bool =
try:
let state = strip(readFile("/sys/class/power_supply/" & battery & "/status"))
if state == "Charging":
return true
except:
echo "Error getting charging status : " & getCurrentExceptionMsg()
return false
proc getCharge(): int =
var charge = 0
try:
let chg = strip(readFile("/sys/class/power_supply/" & battery & "/capacity"))
if chg != "":
charge = parseInt(chg)
except:
echo "Error getting battery level : " & getCurrentExceptionMsg()
return charge
proc getDesign(charge: int, state: bool): string =
var icon = ""
var icon_colour = ok_fg
var col = default_fg
var bg = default_bg
var border = ok_fg
if isCharging():
icon = ""
else:
case charge:
of 0..5:
icon_colour = warning_fg
col = warning_fg
bg = warning_bg
of 6..19:
icon_colour = low_fg
border = low_bg
bg = default_bg
of 20..39:
icon_colour = alert_fg
border = alert_bg
icon = ""
of 40..59:
icon_colour = med_fg
border= med_fg
icon = ""
of 60..79:
icon_colour = med_fg
border = med_fg
icon = ""
of 80..100:
icon_colour = ok_fg
border = ok_fg
icon = ""
else:
icon = "x "
let main_text = icon & " " & $charge & "%"
return main_text
proc getOutput(charge: int, state: bool): Info =
let main_text = get_design(charge, state)
var data = newInfo("Batturry")
# TODO check if html text works with rofi
data.full_text = main_text
return data
proc getBatteryInfo() =
let charge = getCharge()
let state = isCharging()
let data = getoutput(charge, state)
outputData(data)
proc go*() =
if batteryExists():
getBatteryInfo()

104
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import os
import strutils
import osproc
import math
import tables
import ../common
import ../parser
import ../model/brightness
import ../output
const UP: Table[string,string] = {"linux": "xbacklight -inc %v", "freebsd": "backlight incr %v"}.toTable # %v is amount by
const DOWN: Table[string,string] = {"linux": "xbacklight -dec %v", "freebsd": "backlight decr %v"}.toTable() # %v is amount by
const SET: Table[string,string] = {"linux": "xbacklight -set %v", "freebsd": "backlight %v"}.toTable() # %v is amount by
const default_value = "5"
proc getBacklight(): string =
if hostOS == "freebsd": return ""
for dir in walkDir("/sys/class/backlight"):
echo dir.path
var bl = dir.path.replace("/sys/class/backlight/","")
echo bl
return bl
proc getLimit(backlight: string): int =
try:
if backlight != "":
let back_l = readFile("/sys/class/backlight/" & backlight & "/max_brightness")
return parseInt(strip(back_l))
except:
echo "Error getting backlight max : ", getCurrentExceptionMsg()
return -1
proc getDesign(pcnt: float): string =
var icon = "🌑"
case pcnt:
of 85..100:
icon = "🌕"
of 75..85:
icon = "🌖"
of 50..75:
icon = "🌗"
of 35..50:
icon = "🌘"
else:
icon = "🌑"
let percent = toInt(round(pcnt,0))
let text = icon & " " & $percent & "%"
return text
proc brightnessUp() =
let cmd = replace(UP[hostOS],"%v",default_value)
discard execCmd(cmd)
proc brightnessDown() =
let cmd = replace(DOWN[hostOS],"%v",default_value)
discard execCmd(cmd)
proc getBrightness*(backlight: string) =
var data = newInfo("Brightnurrs")
if hostOS == "freebsd":
let bl = execCmdEx("backlight")
let pcnt = bl.output.replace("brightness: ","").strip.parseFloat
let text = getDesign(pcnt)
data.full_text = text
elif backlight == "":
data.full_text = "No Backlight Found"
discard outputData(data)
quit(1)
else:
let limit = getLimit(backlight)
let current = parseInt(strip(readFile("/sys/class/backlight/" & backlight & "/actual_brightness")))
let pcnt = (current/limit)*100
let text = getDesign(pcnt)
data.full_text = text
let args = @["up", "down"]
let option = outputData(data,args)
if option in args:
case option:
of "up":
brightnessUp()
backlight.getBrightness()
of "down":
brightnessDown()
backlight.getBrightness()
else:
try:
let i = parseInt(option)
let cmd = replace(SET[hostOS],"%v",$i)
discard execCmd(cmd)
backlight.getBrightness()
except:
echo getCurrentExceptionMsg()
proc go*() =
let backlight = getBacklight()
let barg = parseBrightnessArgs()
case barg:
of BrightUp:
brightnessUp()
of BrightDown:
brightnessDown()
else:
backlight.getBrightness()

38
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import osproc
import strutils
import sequtils
import ../common
import ../output
# using qalc as it has a lot of nice inbuilt features
# may be nice to make it totally non-dependant on other things though
const exitSeq = @["---","exit"]
proc doCalculation(calc: string) =
var info = newInfo("Calculaturr")
let ans_cmd_terse = "echo \"" & calc & "\" | qalc +u8 -terse -color=never | awk '!/^>/ && !/^$/ {gsub(/^[ \\t]+|[ \\t]+$/, \"\", $0); print}'"
let ans_cmd_full = "echo \"" & calc & "\" | qalc +u8 -color=never | awk '!/^>/ && !/^$/ {gsub(/^[ \\t]+|[ \\t]+$/, \"\", $0); print}'"
var ans_full = execCmdEx(ans_cmd_full)
ans_full.output.stripLineEnd()
var ans_terse = execCmdEx(ans_cmd_terse)
ans_terse.output.stripLineEnd()
let answers = @[strip(ans_full.output),
strip(ans_terse.output)]
let args = concat(answers,exitSeq)
var cmd = outputData(info, args)
if cmd in answers:
copyToClipboard(cmd)
elif cmd in exitSeq or cmd == "":
return
else:
doCalculation(cmd)
proc go*() =
var info = newInfo("Calculaturr")
let args = @["exit"]
let cmd = outputData(info, args)
if cmd != "":
doCalculation(cmd)
return

42
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import times
import osproc
import re
import ../common
import ../output
const default_format = "yyyy-MM-dd"
const cal_pos_x = "20"
const cal_pos_y = "20"
proc getObject(date: string): Info =
var data = newInfo("Calendurr")
data.full_text = date
return data
proc newCalendar(): string =
var c = """yad --calendar \
--undecorated --fixed --close-on-unfocus --no-buttons \
--width="222" --height="193" \
--posx="%pos_x" --posy="%pos_y" \
--title="yad-calendar" --borders 0 > /dev/null
"""
return c
proc openCalendar() =
var c = newCalendar()
c = replace(c,re"%pos_x", cal_pos_x)
c = replace(c,re"%pos_y", cal_pos_y)
discard execCmd(c)
proc getDate*() =
let date_today = times.now().format(default_format)
let data = getObject(date_today)
let output = outputData(data)
if output == date_today:
openCalendar()
proc go*() =
getDate()

20
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import ../lib/emurrjilist
import ../common
import ../output
import re
proc go*() =
var info = newInfo("Emurrji")
var args = getEmoji()
args.add("exit")
let output = outputData(info,args)
if output == "exit" or output == "":
return
else:
let e = re.findAll(output,re(".+ :"))
if len(e) > 0:
let emoji = re.replace(e[0], re(" :"),"")
copyToClipboard(emoji)
return

83
fuzzytime.nim → src/util/furrytime.nim
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@ -1,28 +1,9 @@
import std/times import times
import std/os
import base
proc get_hour(hr: int): string import ../model/info
proc get_minute(min: int): string import ../output
proc get_fuzzytime(): string = proc getHour(hr: int): string =
let tm = now()
var hr = tm.hour()
let min = tm.minute()
var link = "past"
if min > 32 :
link = "to"
case hr:
of 23:
hr = 0
else:
hr = hr + 1
if min >= 58 or min <= 02:
return get_hour(hr) & " " & get_minute(min)
else:
return get_minute(min) & " " & link & " " & get_hour(hr)
proc get_hour(hr: int): string =
case hr: case hr:
of 1, 13: of 1, 13:
return "one" return "one"
@ -51,10 +32,10 @@ proc get_hour(hr: int): string =
else: else:
return "error" return "error"
proc get_minute(min: int): string = proc getMinute(min: int): string =
case min: case min:
of 58,59,0,1,2: of 58,59,0,1,2:
return "o'clock" return "oclock"
of 3,4,5,6,7,53,54,55,56,57: of 3,4,5,6,7,53,54,55,56,57:
return "five" return "five"
of 8,9,10,11,12,48,49,50,51,52: of 8,9,10,11,12,48,49,50,51,52:
@ -70,29 +51,41 @@ proc get_minute(min: int): string =
else: else:
return "error" return "error"
proc getFuzzyTime(): string =
let tm = now()
var hr = tm.hour()
let min = tm.minute()
var link = "past"
if min > 32 :
link = "to"
case hr:
of 23:
hr = 0
else:
hr = hr + 1
if min >= 58 or min <= 02:
return getHour(hr) & " " & getMinute(min)
else:
return getMinute(min) & " " & link & " " & getHour(hr)
proc getObject(time: string): Info = proc getObject(time: string): Info =
var data = Info() var data = newInfo("Furry Time")
data.title = "Fuzzy Time :"
data.full_text = time data.full_text = time
data.color = foreground
data.border = lightblue
data.selected_background = lightblue
data.selected_color = black
return data return data
proc show(time: string, next_fuzzy: bool = false) =
let data = getObject(time)
let x = outputData(data)
if x == time:
case next_fuzzy:
of true:
let t = getFuzzyTime()
show(t, false)
else:
let t = now().format("HH:mm:ss")
show(t, true)
proc main() = proc go*() =
var last_time = "" let time = getFuzzyTime()
while true: show(time)
let time = get_fuzzytime()
if time != last_time:
let data = getObject(time)
outputJSON(data)
if stoploop:
break
last_time = time
sleep(2000)
if isMainModule:
main()

62
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import os
import osproc
import strutils
import sequtils
import ../common
import ../output
const mng_cmd = "alacritty -e nmtui-connect"
proc getIP(nic: string): string =
let cmd = "ifconfig " & nic & " | grep inet | awk -F\" \" '{print $2}' | head -1 | awk '{print $1}'"
let ip = execCmdEx(cmd)
return strip(ip.output)
proc getOnlineState(nic: string): string =
try:
let oper = readFile("/sys/class/net/" & nic & "/operstate")
let state = strip(oper)
return "[" & state & "]"
except:
echo "Error getting operstate for " & nic & " : ", getCurrentExceptionMsg()
return ""
proc getConnState(nic: string): (string, string) =
let state = getOnlineState(nic)
let ip = getIP(nic)
if state == "[down]" or ip == "":
return ("disconnected", state)
return (ip, state)
proc getObject(): Info =
var data = newInfo("Netwurrk")
return data
proc getNetInfo*(my_nics: seq[string]) =
var my_nic_states: seq[string] = @[]
for nic in my_nics:
let (ip, state) = getConnState(nic)
my_nic_states.add(nic & ":" & state & " " & ip)
let data = getObject()
let args = concat(my_nic_states,@["manage"])
let option = outputData(data, args)
if option in my_nic_states:
discard execCmd(mng_cmd)
case option:
of "manage":
discard execCmd(mng_cmd)
proc getNics*(): seq[string] =
var my_nics: seq[string] = @[]
for nic in os.walkDir("/sys/class/net/"):
let n = replace(nic.path, "/sys/class/net/", "")
my_nics.add(n)
if len(my_nics) > 0:
return my_nics
return @["no-nic"]
proc go*() =
getNetInfo(getNics())

33
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import os
import osproc
import re
import strutils
import ../common
import ../output
const pw_store = getHomeDir() & ".password-store/"
var passwords: seq[string] = @[]
let gpg_re = re("(" & pw_store & "|\\.gpg)")
proc parseFiles(path: string) =
for file in walkDir(path):
if file.path.endsWith(".gpg"):
let pw = replace(file.path, gpg_re,"")
passwords.add(pw)
elif file.kind == pcDir:
parseFiles(file.path)
proc getPasswords(): seq[string] =
parseFiles(pw_store)
return passwords
proc passwordToClipboard(password: string) =
discard execCmd("pass show -c " & password)
proc go*() =
var info = newInfo("Passwurrd")
var pws = getPasswords()
let output = outputData(info,pws)
if output in passwords:
passwordToClipboard(output)

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import osproc
import re
import strutils
import ../common
import ../output
const host: string = "9.9.9.9"
let ping_re = re(r"time=[0-9.]+")
const ping_cmd: string = "ping -4 -c 1 " & host
proc getPing(): float =
var ping: float = -1
let cmdOut = execCmdEx(ping_cmd)
let lines = splitLines(cmdOut.output)
let ping_line = lines[1]
let bounds = findBounds(ping_line, ping_re)
if bounds.first > 0:
let png = ping_line[bounds.first+5..bounds.last]
ping = parseFloat(png)
return ping
proc getObject(ping: float): Info =
let pingstr = split($ping,".")
let niceping = pingstr[0] & "." & pingstr[1][0]
var text = "🏓 " & niceping & " ms"
var state = 0
if ping < 0:
text = "❌ No Pong"
state = 1
else:
case ping:
of 0..100:
state = 0
of 101..400:
state = 1
of 401..1000:
state = 2
else:
state = 9
var data = newInfo("Ping Clurrk")
data.full_text = text
# i3bar stuff
return data
proc go*() =
let ping = get_ping()
let data = getObject(ping)
let output = outputData(data)
if output == data.full_text:
go()

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import httpclient
import json
import strutils
import random
import ../parser
import ../model/pwgen
import ../common
import ../output
var passwords: seq[string]
proc getNumber(size: int = 4): string =
var num = ""
for _ in countup(1,size):
randomize()
let roll = rand(0..9)
num &= $roll
return num
proc parsePasswords(body: string, digits: int) =
passwords = @[]
let j = body.parseJson
for pass in j.getElems:
var p = pass.getStr.capitalizeAscii
p &= getNumber(digits)
passwords.add(p)
proc getPasswords(pwgen: PWGen) =
var c = newHttpClient()
try:
let url = "https://random-word-api.herokuapp.com/word?number=" & $pwgen.number & "&length=" & $pwgen.word_len
let resp = c.get(url)
if resp.status == $Http200:
parsePasswords(resp.body, pwgen.digits)
except:
stderr.writeLine getCurrentExceptionMsg()
proc getOutput(): Info =
var data = newInfo("PW Generaturr")
data.full_text = "Refresh"
return data
proc goOutput(args: PWGen) =
let data = getoutput()
let selected = outputData(data,passwords)
if selected in passwords:
copyToClipboard(selected)
elif selected == "Refresh":
getPasswords(args)
goOutput(args)
proc go*() =
echo "Getting passwords..."
let args = parsePWGenArgs()
getPasswords(args)
if args.to_terminal:
for pw in passwords:
echo pw
else:
echo "Outputting to app"
goOutput(args)
if isMainModule:
go()

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import os
import osproc
import tables
import algorithm
import configparser
import ../common
import ../output
const REMMINA_DIR = getHomeDir() & ".local/share/remmina"
var sessions = initTable[string,string]()
var names: seq[string] = @[]
proc getRemminaFiles(): seq[string] =
if len(names) < 1:
for file in walkFiles(REMMINA_DIR & "/*.remmina"):
let content = readFile(file)
let ini = parseIni(content)
let group = ini.getProperty("remmina","group")
let name = ini.getProperty("remmina","name")
let server = ini.getProperty("remmina","server")
if name != "" and server != "":
let slug = group & " : " & name & " : (" & server & ")"
sessions[slug] = file
names.add(slug)
names.sort()
return names
proc editRemmina(conn: string) =
let session = sessions[conn]
discard execCmd("remmina -e " & quote(session))
proc startRemmina(conn: string) =
let session = sessions[conn]
discard execCmd("remmina -c " & quote(session))
proc go*() # adding as need to refer back to it in selectRemmina
proc selectRemmina(conn: string) =
var info = newInfo("Remmina Choosurr : " & conn)
let args = @["connect", "edit", "back"]
let output = outputData(info,args)
if output in args:
case output:
of "connect":
startRemmina(conn)
#switchWorkspace()
of "edit":
editRemmina(conn)
#switchWorkspace()
of "back":
go()
proc go*() =
var info = newInfo("Remmina Choosurr")
var args: seq[string] = getRemminaFiles()
args.add("new")
args.add("exit")
let output = outputData(info,args)
if output == "exit" or output == "":
return
elif output == "new":
discard execCmd("remmina --new")
elif output in names:
selectRemmina(output)
return

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import times
import os
import osproc
import strutils
import sequtils
import ../common
import ../common/display
import ../output
import ../parser
import ../model/screenshot
const DATE_FORMAT = "yyyyMMdd-hhmmss"
const FILENAME = "Screenshot-%d.png"
const TEMP_DIR = "/tmp/"
let DATE_STR = now().format(DATE_FORMAT)
let CLIPBOARD_CMD = if isWayland(): WL_CLIPBOARD_CMD else: X_CLIPBOARD_CMD
proc saveToClipboard(filename: string) =
let cmd = "cat " & filename & " | " & CLIPBOARD_CMD
let status = execCmd(cmd)
if status == 0 and fileExists(filename):
removeFile(filename)
return
proc saveToFile(filename: string) =
if fileExists(filename):
let new_filename = filename.replace("/tmp/", getHomeDir() & "Screenshots/")
copyFile(filename, new_filename)
if fileExists(new_filename):
removeFile(filename)
return
proc openFile(filename: string) =
let cmd = "xdg-open " & filename
discard execCmd(cmd)
return
proc showScreenshotSaveSel(filename: string) =
let info = newInfo("Screenshurrt")
let args = @["clipboard", "save", "open", "---", "exit"]
let choice = outputData(info,args)
if choice == "---":
showScreenshotSaveSel(filename)
elif choice == "exit":
return
elif choice in args:
case choice:
of "clipboard":
saveToClipboard(filename)
of "save":
saveToFile(filename)
of "open":
openFile(filename)
return
proc showScreenshotSizeSel(): ScreenshotSize =
let info = newInfo("Screenshurrt type")
let args = concat(ScreenshotSizes(),@["---","exit"])
let choice = outputData(info,args)
if choice.isScreenshotSize():
return choice.toScreenshotSize()
elif choice == "---":
return showScreenshotSizeSel()
elif choice == "exit":
quit(0)
else:
quit(0)
proc takeScreenshot(ss: Screenshot) =
let filename = TEMP_DIR & FILENAME.replace("%d",DATE_STR)
var cmd = ss.tool.command
case ss.size:
of Window:
cmd = ss.tool.activeWindowCommand()
of Region:
cmd = ss.tool.regionCommand()
else: #fullscreen
cmd = cmd.replace("%s","")
# sleep for a bit otherwise the screen shot could grabs dmenu as well
sleep(1*500)
cmd = cmd.replace("%f",filename)
echo "Running command:\n" & cmd
let status = execCmd(cmd)
if status == 0:
showScreenshotSaveSel(filename)
return
proc go*() =
var ss = parseScreenshotArgs()
if ss.size == None:
ss.size = showScreenshotSizeSel()
if ss.size != None:
ss.takeScreenshot()
if isMainModule:
go()

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import os
import re
import math
import strutils
import ../common
import ../output
proc getThermalZones(): seq[string] =
var zones: seq[string] = @[]
let dirname_re = re("thermal_zone[\\d]+")
let enabled_re = re("enabled")
for file in walkDir("/sys/class/thermal/"):
if file.path.contains(dirname_re):
let state = readFile(file.path & "/mode")
if state.contains(enabled_re):
zones.add(file.path)
return zones
proc getTemp(zone: string): int =
let temp = strip(readFile(zone & "/temp"))
return parseInt(temp)
proc getAverageTemp(zones: seq[string]): float =
var temps: int = 0
for zone in zones:
let temp = getTemp(zone)
temps += temp
let avgtemp = ceil((temps / len(zones))/1000)
return round(avgtemp,2)
proc getObject(temp: float): Info =
var icon = ""
case temp:
of 40..59:
icon = ""
of 60.. 200:
icon = ""
else:
icon = ""
let main_text = icon & " " & $temp & "°C"
var data = newInfo("Temperaturr")
data.full_text = main_text
return data
proc go*() =
let zones = getThermalZones()
let temp = getAverageTemp(zones)
let data = getObject(temp)
let option = outputData(data)
if option == data.full_text:
# Refresh
go()

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#curl https://www.tidetimes.org.uk/exmouth-dock-tide-times-20190101 | grep -E -o ">((High|Low)|([0-9]+:[0-9]+)|([0-9]+\.[0-9]+m))"
import re
import httpclient
import times
import osproc
import sequtils
import ../common
import ../parser
import ../output
import ../model/tides
const icon: string = "🌊 "
proc sortTides(tides: seq[Tide], is_tomorrow: bool = false): seq[Tide] =
let timenow = now()
var reltides: seq[Tide]
for tide in tides:
if timenow.format("HH:MM") <= tide.time and not is_tomorrow:
reltides.add(tide)
elif is_tomorrow:
reltides.add(tide)
return reltides
proc getTideData(mytides: TideList, get_tomorrow: bool = false): seq[Tide] =
var tides: seq[Tide]
let fnd = re">((High|Low)|([0-9]+:[0-9]+)|([0-9]+\.[0-9]+m))"
var client = newHttpClient(timeout = 10000)
var link = replace(mytides.url,re"\%LOC",mytides.location)
if get_tomorrow:
let tomdate = now() + initTimeInterval(days = 1)
link &= "-" & tomdate.format("yyyyMMdd")
try:
# Remember to compile with -d:ssl else this won't work
let resp = client.request(link)
if resp.status != $Http200 or resp.body == "":
var data = newInfo("Tideurrl")
data.full_text = "Error Response: " & resp.status & ":\nBody:" & resp.body
discard outputData(data)
return @[]
let data = resp.body
let times = findAll(data,fnd)
var tide: Tide
var column = 0
for idx,time in times:
if idx == 12:
break
let l = len(time) - 1
if time == ">High" or time == ">Low":
tide = Tide()
tide.state = time[1..l]
column = 1
continue
elif column == 1:
tide.time = time[1..l]
column = 2
continue
elif column == 2:
tide.height = time[1..l]
tides.add(tide)
column = 0
continue
except:
var data = newInfo("Tideurrl")
data.full_text = "Unable to get Tide Data : " & getCurrentExceptionMsg()
discard outputData(data)
return tides
proc getDesign(tl: TideList): Info =
var my_tides: seq[string] = @[]
my_tides.add(tl.location)
let tides = tl.tides
for tide in tides:
let str = icon & tide.state[0] & " " & tide.time & " " & tide.height
my_tides.add(str)
var data = newInfo("Tideurrl")
data.args = my_tides
return data
proc getTides*(mytides: var TideList, get_tomorrow: bool = false) =
mytides.tides = mytides.getTideData(get_tomorrow)
mytides.tides = sortTides(mytides.tides, get_tomorrow)
if len(mytides.tides) == 0:
return
let data = getDesign(mytides)
var opt_tomorrow = "tomorrow"
if get_tomorrow:
opt_tomorrow = "back"
let args = concat(data.args,@["---",opt_tomorrow])
let output = outputData(data,args)
if output == "tomorrow":
getTides(mytides,true)
elif output == "back":
getTides(mytides)
elif output == "---" or output == "":
return
elif output in args:
let url = replace(mytides.url,re"\%LOC",mytides.location)
discard execCmd("xdg-open " & url)
else:
mytides.location = output
getTides(mytides)
proc go*() =
var mytides = parseTideurrlArgs()
getTides(mytides)

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import os
import strutils
import sequtils
import osproc
import ../common
import ../output
import ../parser
import ../model/volume
const audio_tools = @["ncpamixer", "pavucontrol"]
const vol_cmd = "pamixer"
const vol_up = vol_cmd & " -i %v" # where %v is amount by
const vol_down = vol_cmd & " -d %v" # where %v is amount by
const vol_set = vol_cmd & " --set-volume %v" # where %v is amount by
const vol_mute = vol_cmd & " -t"
const vol_default_by = "5"
const vol_get = vol_cmd & " --get-volume"
const vol_get_mute = vol_cmd & " --get-mute"
proc getCurrentVolume(): string =
let mute = execCmdEx(vol_get_mute)
if strip(mute.output) == "true":
return "muted"
let vol = execCmdEx(vol_get)
return vol.output
proc checkVolume(volume: string): string =
var vol = volume
if strip(vol) == "Connection error":
sleep(1000)
vol = getCurrentVolume()
vol = checkVolume(vol)
return vol
proc getDesign(volume: string): string =
let vol = checkVolume(volume)
var icon = ""
if vol == "muted":
return icon & "muted"
let pcnt = parseInt(strip(vol))
case pcnt:
of 85..100:
icon = ""
of 55..84:
icon = ""
of 35..54:
icon = ""
of 10..34:
icon = ""
else:
icon = ""
let main_text = icon & $pcnt & "%"
return main_text
proc volumeUp() =
let cmd = replace(vol_up, "%v", vol_default_by)
discard execCmd(cmd)
proc volumeDown() =
let cmd = replace(vol_down, "%v", vol_default_by)
discard execCmd(cmd)
proc volumeMute() =
discard execCmd(vol_mute)
proc getVolume*() =
let vol = getCurrentVolume()
let main_text = getDesign(vol)
var data = newInfo("Volurrme")
data.full_text = main_text
let args = concat(@["up", "down", "mute", "---", "exit", "---"],audio_tools)
let option = outputData(data,args)
if option == "":
return
elif option in args:
if option in audio_tools:
discard(execCmd(option))
return
case option:
of "up":
volumeUp()
getVolume()
of "down":
volumeDown()
getVolume()
of "mute":
volumeMute()
getVolume()
of "---":
getVolume()
of "exit":
return
else:
try:
let vol = parseInt(option)
let cmd = replace(vol_set, "%v", $vol)
discard execCmd(cmd)
getVolume()
except:
echo getCurrentExceptionMsg()
getVolume()
proc go*() =
let arg = parseVolArgs()
case arg
of VolUp:
volumeUp()
of VolDown:
volumeDown()
of VolMute:
volumeMute()
else:
getVolume()

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import os
import json
import osproc
import random
import strutils
import sequtils
import httpclient
import ../common
import ../common/http
import ../common/display
import ../parser
import ../output
import ../notify
var UNSPLASH_KEY = ""
var BG_DIR = "/tmp/"
var LAST_FILE = ""
var LAST = ""
const UNSPLASH_URL = "https://api.unsplash.com/photos/random?query=$QUERY&orientation=landscape"
proc getFromUnsplash(q: var string): string =
let dir = BG_DIR & "/unsplash/" & q & "/"
createDir(dir)
notify.send("Getting from Unsplash",q)
q = q.replace(" ","%20")
let uri = UNSPLASH_URL.replace("$QUERY",q)
var client = newHttpClient(timeout = 10000)
let id = "Client-ID " & UNSPLASH_KEY
client.headers = newHttpHeaders({"Authorization": id})
try:
let resp = client.get(uri)
if resp.status == $Http200:
let j = parseJson(resp.body)
let link = j["links"]["download"].getStr
let filename = dir & j["slug"].getStr & ".jpg"
let img = download(link)
filename.save(img)
return filename
except:
echo getCurrentExceptionMsg()
proc getFiles(dir: string): seq[string] =
var files: seq[string] = @[]
for file in walkDir(dir):
if file.path.endsWith(".jpg"): files.add(file.path)
elif file.kind == pcDir:
files = files.concat(getFiles(file.path))
return files
proc getLast() =
LAST = readFile(LAST_FILE).strip()
proc setLastFileName(file: string) =
if file.len == 0:
echo "no file"
return
writeFile(LAST_FILE, file)
LAST = file
proc getImageFromDir(): string =
notify.send("Getting Random file from:",BG_DIR)
var img_files = getFiles(BG_DIR).filter(proc(f: string): bool = f != LAST)
randomize()
img_files.shuffle()
if img_files.len > 0:
let img_file = img_files[0]
notify.send("Found : ", img_file)
return img_file
notify.send("No Background Images Found")
return ""
proc getCurrSwayBGPID(): string =
let pid = execCmdEx("pgrep swaybg")
return pid.output
proc killCurrSwayBGPID(pid: string) =
sleep 2000
discard execCmd("kill " & pid)
proc setImage(img: string) =
notify.send("Setting Background to:",img)
if isWayland():
let pid = getCurrSwayBGPID()
let swaybg = "swaybg -m fill -i " & img.escape & " &"
discard execCmd(swaybg)
killCurrSwayBGPID(pid)
else:
let feh = "feh --bg-fill " & img.escape
discard execCmdEx(feh)
proc setLast() =
notify.send("Setting Background to Last", LAST)
if isWayland():
let pid = getCurrSwayBGPID()
let swaybg = "swaybg -m fill -i " & LAST.escape & " &"
discard execCmd(swaybg)
killCurrSwayBGPID(pid)
else:
let feh = "feh --bg-fill " & LAST.escape
discard execCmdEx(feh)
proc getDesign(): Info =
var data = newInfo("Wallpapurr")
return data
proc queryPrompt(): string =
let data = getDesign()
let output = data.outputData()
return output
proc go*() =
var args = parseWallpapurrArgs()
UNSPLASH_KEY = myConfig.unsplash_key
BG_DIR = myConfig.bg_dir
LAST_FILE = BG_DIR & "/last.txt"
if args.from_unsplash and args.query == "":
args.query = queryPrompt()
var img = ""
if args.query != "" or args.from_unsplash:
echo "Query: ", args.query
img = getFromUnsplash(args.query)
elif args.last:
getLast()
setLast()
quit(0)
else:
img = getImageFromDir()
setImage(img)
setLastFilename(img)
echo img

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import os
import osproc
import strutils
import sequtils
import ../common
import ../output
const get_ssid_cmd = "iwgetid -r"
const mng_cmd = "alacritty -e nmtui-connect"
proc getSsid(): string =
let ssid = execCmdEx(get_ssid_cmd)
return strip(ssid.output)
proc getSignalQuality(): string =
let wl = readFile("/proc/net/wireless")
let ln = splitLines(wl)[2]
let links = split(ln," ")
var qual = strip(links[1])
qual = replace(qual,".","")
return "[" & qual & "]"
proc getWifi(nic: string): (string, string) =
let ssid = getSsid()
if ssid == "":
return ("disconnected", "disconnected")
let quality = getSignalQuality()
return (ssid, quality)
proc getObject(): Info =
var data = newInfo("Wirelurrs")
return data
proc getWifiInfo*(nics: seq[string]) =
var lst: seq[string] = @[]
for nic in nics:
let (essid, quality) = getWifi(nic)
lst.add(nic & ":" & quality & " " & essid)
let data = getObject()
let args = concat(lst,@["---", "manage","exit"])
let output = outputData(data, args)
if output in lst:
discard execCmd(mng_cmd)
case output:
of "manage":
discard execCmd(mng_cmd)
of "exit":
return
of "---":
return
proc getWiFiNICs(): seq[string] =
var my_nics: seq[string] = @[]
for path in walkDir("/sys/class/net/"):
if dirExists(path.path & "/wireless"):
let nic = path.path.replace("/sys/class/net/","")
my_nics.add(nic)
return my_nics
proc go*() =
let my_nics = getWiFiNICs()
if len(my_nics) > 0:
getWifiInfo(my_nics)
else:
var data = getObject()
data.full_text = "No WLAN"
discard outputData(data)

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# This is just an example to get you started. A typical binary package
# uses this file as the main entry point of the application.
#
import common
import parser
import dispatcher
when isMainModule:
parseArgs()
dispatch myConfig

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import std/os
import std/re
import std/math
import strutils
import base
proc getThermalZones(): seq[string] =
var zones: seq[string] = @[]
let dirname = re("thermal_zone[\\d]+")
for file in walkDir("/sys/class/thermal/"):
if contains(file.path,dirname):
let state = readFile(file.path & "/mode")
if contains(state,re"enabled"):
zones.add(file.path)
return zones
proc getTemp(zone: string): int =
let temp = strip(readFile(zone & "/temp"))
return parseInt(temp)
proc getAverageTemp(zones: seq[string]): int =
var temps: int = 0
for zone in zones:
let temp = getTemp(zone)
temps += temp
let avgtemp = ceil((temps / len(zones))/1000)
return toInt(round(avgtemp,0))
proc getObject(temp: int): Info =
var icon = ""
var colour = foreground
case temp:
of 40..59:
colour = yellow
icon = ""
of 60.. 200:
colour = red
icon = ""
else:
colour = green
icon = ""
let text = "<span foreground='" & colour & "'>" & icon & "</span> " & $temp & "°C"
let main_text = icon & " " & $temp & "°C"
var data = newInfo()
data.title = "Temp : "
data.full_text = main_text
data.html_text = text
data.color = foreground
data.border = colour
data.selected_background = colour
data.selected_color = black
return data
proc main() =
let zones = getThermalZones()
var last_temp = 0
while true:
let temp = getAverageTemp(zones)
if temp != last_temp:
let data = getObject(temp)
outputJSON(data)
last_temp = temp
if stoploop:
break
sleep(10000)
main()

99
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import std/os
import strutils
import std/osproc
import std/math
import base
proc get_current_volume(): string {.gcsafe.}
proc check_volume(volume: string): string =
var vol = volume
if strip(vol) == "Connection error":
discard execCmdEx("pulseaudio -k; sleep 5; pulseaudio -D")
vol = get_current_volume()
vol = check_volume(vol)
return vol
proc getDesign(volume: string): (string,string) =
let vol = check_volume(volume)
var icon = ""
if vol == "muted":
return (icon & "muted", "")
let pcnt = parseInt(strip(vol))
case pcnt:
of 85..100:
icon = ""
of 55..84:
icon = ""
of 35..54:
icon = ""
of 10..34:
icon = ""
else:
icon = ""
let main_text = icon & $pcnt & "%"
let text = "<span size=\"x-large\">" & icon & "</span>" & $pcnt & "%"
return (text, main_text)
proc get_current_volume(): string =
let mute = execCmdEx("pamixer --get-mute")
if strip(mute.output) == "true":
return "muted"
let vol = execCmdEx("pamixer --get-volume")
return vol.output
proc get_volume*(run_once: bool = false) =
var last_vol: string = ""
while true:
let vol = get_current_volume()
if vol != last_vol or true:
let (text, main_text) = getDesign(vol)
var data = Info()
data.title = "Volume : "
data.html_text = text
data.full_text = main_text
data.color = foreground
data.border = green
data.background = black
data.selected_background = green
data.selected_color = black
let args = @["up", "down", "mute", "ncpamixer", "pavucontrol"]
let option = outputJSON(data,args)
if option in args:
case option:
of "up":
discard execCmd("pamixer -i 5")
get_volume()
of "down":
discard execCmd("pamixer -d 5")
get_volume()
of "mute":
discard execCmd("pamixer -t")
get_volume()
of "ncpamixer":
discard execCmd("ncpamixer")
of "pavucontrol":
discard execCmd("pavucontrol")
else:
try:
let vol = parseInt(option)
discard execCmd("pamixer --set-volume " & $vol)
get_volume()
except:
echo getCurrentExceptionMsg()
if run_once:
break
last_vol = vol
sleep(1000)
if stoploop:
break
proc main() =
get_volume()
if isMainModule:
main()

62
wlan.nim
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@ -1,62 +0,0 @@
import base
import std/os
import std/osproc
import strutils
const wlan_nic*: string ="wlan0"
# /sys/class/net/wlp2s0/operstate up or down if connected
proc get_essid(): string =
let essid = execCmdEx("iwgetid -r")
return strip(essid.output)
proc get_signal_quality(): string =
let wl = readFile("/proc/net/wireless")
let ln = splitLines(wl)[2]
let links = split(ln," ")
var qual = strip(links[1])
qual = replace(qual,".","")
return "[" & qual & "]"
proc get_wifi(): (string, string) =
let essid = get_essid()
if essid == "":
return ("disconnected", "")
let quality = get_signal_quality()
return (essid, quality)
proc getObject(conn: string): Info =
var data = newInfo()
data.title = "WiFi : "
data.full_text = conn
data.border = purple
data.selected_background = purple
data.selected_color = black
return data
proc get_wifi_info*() =
var last_qual = ""
while true:
let (essid, quality) = get_wifi()
if quality != last_qual:
let data = getObject(quality & " " & essid)
let args = @["nmtui-connect"]
let output = outputJSON(data, args)
echo output
case output:
of "nmtui-connect":
discard execCmd("alacritty -e nmtui-connect")
last_qual = quality
if stoploop:
break
sleep(1000)
proc main() =
if dirExists("/sys/class/net/" & wlan_nic):
get_wifi_info()
else:
echo "No WLAN"
if isMainModule:
main()

20
wm_tools.nimble Normal file
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@ -0,0 +1,20 @@
# Package
version = "2.0.8"
author = "Paul Wilde"
description = "A set of informational tools"
license = "AGPL-3.0-or-later"
srcDir = "src"
bin = @["wmtools"]
# Dependencies
requires "nim >= 2.0.0"
requires "parsetoml >= 0.7.1"
requires "argparse"
requires "configparser"
requires "jsony"
task refresh_emoji, "Refresh Emoji Library file":
exec "nim c -r src/lib/refresh_emoji.nim"