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local gfs = require "gears.filesystem"
local gtimer = require "gears.timer"
local phosphor = require "assets.phosphor"
local qcolor = require "quarrel.color"
local qjson = require "quarrel.json"
local qmath = require "quarrel.math"
local qnative = require "quarrel.native"
--- Register a service
---@param name string
---@param service Service
local function register(name, service)
gtimer {
timeout = 1,
call_now = true,
autostart = true,
callback = function()
local service_result = table.pack(service[1]())
awesome.emit_signal("services::" .. name, table.unpack(service_result))
awesome.emit_signal("services::" .. name .. "::icon", service[2](table.unpack(service_result)))
end,
}
end
--- Read a file and automatically close it
---@param file FileHandle
---@param format ReadMode?
---@return string | number
local function read(file, format)
local content = file:read(format or "a")
file:rewind()
return content
end
-- create file in case it's not there yet
if not gfs.file_readable "/tmp/wp_audio_status" then
assert(io.open("/tmp/wp_audio_status", "w")):write("{}"):close()
end
local audio_file = qnative.util.open_file "/tmp/wp_audio_status"
-- qstore.brightness_file = qnative.util.open_file "/sys/class/backlight/amdgpu_bl1/actual_brightness"
local wifi_file = qnative.util.open_file "/proc/net/wireless"
-- follows the format `service = { provider, icon_provider }`
---@class Service
---@field [1] fun(): ...
---@field [2] fun(...): path: string, color: string
---@type table<string, Service>
local services = {
audio = {
-- volume, muted
function()
local audio_status = qjson.decode(read(audio_file))
local default_sink = audio_status["G435 Wireless Gaming Headset Analog Stereo"]
if not default_sink then
return nil, false
end
return default_sink.volume, default_sink.muted
end,
function(volume, muted)
if muted or not volume then
return phosphor.speaker_simple_x_fill, qcolor.palette.red()
end
local icon_data = qmath.step_value(volume, {
{ 0, "slash" },
{ 25, "none" },
{ 50, "low" },
{ 75, "high" },
{ 100 },
})
return phosphor["speaker_simple_" .. icon_data .. "_fill"], qcolor.palette.fg()
end,
},
-- brightness = {
-- -- brightness
-- function()
-- return read(qstore.brightness_file, "n")
-- end,
-- function(brightness)
-- local icon_data = qmath.step_value(brightness, {
-- { 0, "cloud_moon" },
-- { 51, "moon" },
-- { 102, "sun_horizon" },
-- { 153, "sun_dim" },
-- { 204, "sun" },
-- { 255 },
-- })
--
-- return phosphor[icon_data .. "_fill"], qcolor.palette.fg()
-- end,
-- },
wifi = {
-- essid, strength, connected
function()
local lines = wifi_file:lines()
wifi_file:rewind()
if not lines[3] then
return nil, 0, false
end
local strength = lines[3]:match("^%s*(.*)"):match "^.-%s+.-%s+.-(%S+)%."
return qnative.net.get_essid(), math.floor(tonumber(strength) * 10 / 7), true
end,
function(_, strength, connected)
if not connected then
return phosphor.wifi_x_fill, qcolor.palette.red()
end
local icon_data = qmath.step_value(strength, {
{ 0, { "none", "red" } },
{ 25, { "low", "yellow" } },
{ 50, { "medium", "yellow" } },
{ 75, { "high", "green" } },
{ 100 },
})
return phosphor["wifi_" .. icon_data[1] .. "_fill"], qcolor.palette[icon_data[2]]()
end,
},
}
for name, service in pairs(services) do
register(name, service)
end
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