function weather.forecast_update()
local cmd = string.format(forecast_call, city_id, units, lang, cnt)
async.request(cmd, function(f)
+ local pos, err
weather_now, pos, err = json.decode(f, 1, nil)
if not err and weather_now ~= nil and tonumber(weather_now["cod"]) == 200 then
weather.notification_text = ''
for i = 1, weather_now["cnt"] do
- day = string.gsub(read_pipe(string.format(date_cmd, weather_now["list"][i]["dt"])), "\n", "")
+ local day = string.gsub(read_pipe(string.format(date_cmd, weather_now["list"][i]["dt"])), "\n", "")
- tmin = math.floor(weather_now["list"][i]["temp"]["min"])
- tmax = math.floor(weather_now["list"][i]["temp"]["max"])
- desc = weather_now["list"][i]["weather"][1]["description"]
+ local tmin = math.floor(weather_now["list"][i]["temp"]["min"])
+ local tmax = math.floor(weather_now["list"][i]["temp"]["max"])
+ local desc = weather_now["list"][i]["weather"][1]["description"]
weather.notification_text = weather.notification_text ..
notification_text_cmd(day, desc, tmin, tmax)
function weather.update()
local cmd = string.format(current_call, city_id, units, lang)
async.request(cmd, function(f)
+ local pos, err
weather_now, pos, err = json.decode(f, 1, nil)
if not err and weather_now ~= nil and tonumber(weather_now["cod"]) == 200 then
weather.attach(weather.widget)
newtimer("weather-" .. city_id, timeout, weather.update)
- newtimer("weather_forecast" .. city_id, timeout, weather.forecast_update)
+ newtimer("weather_forecast-" .. city_id, timeout, weather.forecast_update)
return setmetatable(weather, { __index = weather.widget })
end