--]]
+local async = require("lain.helpers").async
local newtimer = require("lain.helpers").newtimer
-local read_pipe = require("lain.helpers").read_pipe
-
-local async = require("lain.asyncshell")
-local json = require("lain.util").dkjson
local lain_icons = require("lain.helpers").icons_dir
-
+local json = require("lain.util").dkjson
+local focused = require("awful.screen").focused
local naughty = require("naughty")
local wibox = require("wibox")
-
local math = { floor = math.floor }
local os = { time = os.time,
date = os.date,
difftime = os.difftime }
local string = { format = string.format,
gsub = string.gsub }
-
-local mouse = mouse
local tonumber = tonumber
local setmetatable = setmetatable
local notification_preset = args.notification_preset or {}
local notification_text_fun = args.notification_text_fun or
function (wn)
- local day = string.gsub(read_pipe(string.format(date_cmd, wn["dt"])), "\n", "")
+ local day = os.date("%a %d", wn["dt"])
local tmin = math.floor(wn["temp"]["min"])
local tmax = math.floor(wn["temp"]["max"])
local desc = wn["weather"][1]["description"]
return string.format("<b>%s</b>: %s, %d - %d ", day, desc, tmin, tmax)
end
local weather_na_markup = args.weather_na_markup or " N/A "
- local followmouse = args.followmouse or false
+ local followtag = args.followtag or false
local settings = args.settings or function() end
weather.widget = wibox.widget.textbox(weather_na_markup)
function weather.show(t_out)
weather.hide()
- if followmouse then
- notification_preset.screen = mouse.screen
+ if followtag then
+ notification_preset.screen = focused()
end
if not weather.notification_text then
function weather.forecast_update()
local cmd = string.format(forecast_call, city_id, units, lang, cnt, APPID)
- async.request(cmd, function(f)
+ async(cmd, function(f)
local pos, err
weather_now, pos, err = json.decode(f, 1, nil)
function weather.update()
local cmd = string.format(current_call, city_id, units, lang, APPID)
- async.request(cmd, function(f)
+ async(cmd, function(f)
local pos, err, icon
weather_now, pos, err = json.decode(f, 1, nil)
local sunrise = tonumber(weather_now["sys"]["sunrise"])
local sunset = tonumber(weather_now["sys"]["sunset"])
local icon = weather_now["weather"][1]["icon"]
- local utc_m = string.gsub(read_pipe(string.format("date -u -d 'today 00:00:00' +'%%s'")), "\n", "")
- local loc_m = string.gsub(read_pipe(string.format("date -d 'today 00:00:00' +'%%s'")), "\n", "")
-
- loc_m = tonumber(loc_m)
- utc_m = tonumber(utc_m)
- offset = utc_offset()
+ local loc_m = os.time { year = os.date("%Y"), month = os.date("%m"), day = os.date("%d"), hour = 0 }
+ local offset = utc_offset()
+ local utc_m = loc_m + offset
-- if we are 1 day after the GMT, return 1 day back, and viceversa
if offset > 0 and loc_m >= utc_m then
weather.attach(weather.widget)
- newtimer("weather-" .. city_id, timeout, weather.update)
- newtimer("weather_forecast-" .. city_id, timeout, weather.forecast_update)
+ weather.timer = newtimer("weather-" .. city_id, timeout, weather.update, false, true)
+ weather.timer_forecast = newtimer("weather_forecast-" .. city_id, timeout, weather.forecast_update, false, true)
return setmetatable(weather, { __index = weather.widget })
end