Weather service not working anymore?

[Trond Hoyem]

Hi,


Yes you could do it but this option is depending on your received dataset, i checked yours but in this dataset you got back it's givving you timeframes of 6 hours, so you cant use that, i would search for a more detailed weather API ..

BR,

Erwin

OK, any idea of where I can get it? 

Also, so I learn a little more, how do you see that it is a dataset for 6 hours? I just used the one posted earlier in this thread, so I am not really sure how it works.

Trond

[Erwin van der Zwart]

Hi,

Just paste the url from the request in your browser, there you see the original XML structure.

For better API you could try something like this as it has real time forecast and hourly data http://www.apixu.com (or any other of the 1000 available), another plus is that it also has JSON data so you don't need the XML parser to get a LUA table. You can use this free if you don’t need interval faster then 10 minutes (= max 5000 calls a month)

Here is a sample to get data from the apixu api:

Code:

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require 'ssl.https' require 'json' -- Set your API key here api_key = 'xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx' -- Set here your location location = 'Amsterdam' -- Request data from API r,c,h,s = ssl.https.request('https://api.apixu.com/v1/forecast.json?key=' .. api_key .. '=' .. location) -- Decode JSON data to LUA table if r then  result = json.pdecode(r) else  alert('Could not fetch data')  return end -- Get next hour temperature temperature_in_one_hour = result['forecast']['forecastday'][1]['hour'][1]['temp_c'] -- Do something with the received temperature log(temperature_in_one_hour)

I'm not sure hour 1 is next hour or 1:00 so maybe you need to add small algorithm to compare with 'now' and selected day / hour from the table 

BR,

Erwin

[jetsetter]

Happy new year to all.

I think that the Weather service has stoped working since some days ago. Can you please check this?
Thank you in advance.

[Thomas]

Hi
Yes. I can confirm it stopped working 4.1.2019.
http://openrb.com/weather/?w=796597
returns
{"error":true,"cause":"response error"}

[suporte.arqtech]

Hi.

There´s some changes in the Yahoo API.
They changed the link and created a user key system (like OpenWeatherMap) that is needed for get the data.

BR

[balatis]

same problem

[Thomas]

Is there somebodybody who has a ready solution for yr.no?
https://api.met.no/
https://api.met.no/weatherapi/documentation

It looks easy, doesn't require autentication token etc. SoI'm asking before I'm going to implement it.

[admin]

See this example for yr.no: https://forum.logicmachine.net/showthrea...64#pid1164

As for Yahoo, we are still waiting for them to accept our access request since their API changed again.

[Thomas]

Thank you Admin
If someone is interested in then there's yrno script below (warning: uses obsolete API)
Function minmax_temp_tomorrow returns lowest and highest temperature for tomorrow. The script is simple and ignores time shift.

Code:

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require('socket.http') forecast = {} function parsetag(parser, tag, attributes)  if tag == 'time' then    table.insert(forecast, {})    forecast[ #forecast ].from=attributes.from    forecast[ #forecast ].to=attributes.to    forecast[ #forecast ].period=attributes.period  elseif tag == 'symbol' then    forecast[ #forecast ].symbol = attributes.name  elseif tag == 'precipitation' then    forecast[ #forecast ].precipitation = attributes.value  elseif tag == 'windDirection' then    forecast[ #forecast ].wind_direction = attributes.code  elseif tag == 'windSpeed' then    forecast[ #forecast ].wind_speed = attributes.mps  elseif tag == 'temperature' then    forecast[ #forecast ].temperature = attributes.value  elseif tag == 'pressure' then    forecast[ #forecast ].pressure = attributes.value  end end function yrno_fetch()  local url = 'http://www.yr.no/place/Czech_Republic/Prague/Prague/varsel.xml'  local data, err = socket.http.request(url)  if data then    require('lxp').new({      StartElement = parsetag    }):parse(data)          else    alert('Fetch failed: ' .. tostring(err))  end end function minmax_temp_tomorrow()  local ld_minTemp  local ld_maxTemp  local next_day={}  yrno_fetch()  if (not forecast) then    return  end  local ll_tomorrow=os.time()+24*3600 -- tomorrow as long  local lt_tomorrow= os.date("*t",ll_tomorrow) -- tomorrow as table for use if forecast_write  --gets date of tomorrow  local ls_match=os.date("%Y--%m--%d",ll_tomorrow)   for index, value in ipairs(forecast) do    if (value.from:match("^"..ls_match)) then      local ld_temp=tonumber(value.temperature)      if (ld_minTemp == nil) then        ld_minTemp=ld_temp      end      if (ld_maxTemp == nil) then        ld_maxTemp=ld_temp      end      if (ld_temp<ld_minTemp or index==1) then        ld_minTemp=ld_temp      end      if (ld_temp>ld_maxTemp or index==1) then        ld_maxTemp=ld_temp      end    end end   return ld_minTemp,ld_maxTemp,lt_tomorrow end

[Evens]

Thank you Admin
If someone is interested in then there's yrno script below (warning: uses obsolete API)
Function minmax_temp_tomorrow returns lowest and highest temperature for tomorrow. The script is simple and ignores time shift.

Code:

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require('socket.http') forecast = {} function parsetag(parser, tag, attributes)  if tag == 'time' then    table.insert(forecast, {})    forecast[ #forecast ].from=attributes.from    forecast[ #forecast ].to=attributes.to    forecast[ #forecast ].period=attributes.period  elseif tag == 'symbol' then    forecast[ #forecast ].symbol = attributes.name  elseif tag == 'precipitation' then    forecast[ #forecast ].precipitation = attributes.value  elseif tag == 'windDirection' then    forecast[ #forecast ].wind_direction = attributes.code  elseif tag == 'windSpeed' then    forecast[ #forecast ].wind_speed = attributes.mps  elseif tag == 'temperature' then    forecast[ #forecast ].temperature = attributes.value  elseif tag == 'pressure' then    forecast[ #forecast ].pressure = attributes.value  end end function yrno_fetch()  local url = 'http://www.yr.no/place/Czech_Republic/Prague/Prague/varsel.xml'  local data, err = socket.http.request(url)  if data then    require('lxp').new({      StartElement = parsetag    }):parse(data)          else    alert('Fetch failed: ' .. tostring(err))  end end function minmax_temp_tomorrow()  local ld_minTemp  local ld_maxTemp  local next_day={}  yrno_fetch()  if (not forecast) then    return  end  local ll_tomorrow=os.time()+24*3600 -- tomorrow as long  local lt_tomorrow= os.date("*t",ll_tomorrow) -- tomorrow as table for use if forecast_write  --gets date of tomorrow  local ls_match=os.date("%Y--%m--%d",ll_tomorrow)   for index, value in ipairs(forecast) do    if (value.from:match("^"..ls_match)) then      local ld_temp=tonumber(value.temperature)      if (ld_minTemp == nil) then        ld_minTemp=ld_temp      end      if (ld_maxTemp == nil) then        ld_maxTemp=ld_temp      end      if (ld_temp<ld_minTemp or index==1) then        ld_minTemp=ld_temp      end      if (ld_temp>ld_maxTemp or index==1) then        ld_maxTemp=ld_temp      end    end end   return ld_minTemp,ld_maxTemp,lt_tomorrow end

Hi Thomas,

Do you have an example of how to write the forecast to GA? and what datatype the different object needs to be?

BR Even Sundgot.

[Thomas]

Hi
1. I stored the script above in library ecl_yrno (don't forget to change URL according to your location)
2. I added script below into my scheduler. You have to change GAs to addresses you use in your project.
7/2/30 and 7/2/31 are 9.001 (temperature, float)
7/2/32 is 11.3 (date)

Code:

1234567891011

function forecast_write(low,high,next_day)  low = low or 0  high = high or 0  next_day = next_day or 0  grp.write('7/2/30', low, dt.float16)  grp.write('7/2/31', high, dt.float16)  grp.write('7/2/32', next_day, dt.date) end   require ('user.ecl_yrno') forecast_write(minmax_temp_tomorrow())

[jetsetter]

As for Yahoo, we are still waiting for them to accept our access request since their API changed again.

Hi, any news or estimations from Yahoo regarding when you will have access to repair the existing weather service?

[admin]

No response from them, we will probably have to move to a more reliable data provider.

[admin]

Since there's no response from Yahoo we suggest using https://apixu.com instead. You will have to create a free account and make sure that your script does not fetch data too quickly (not less than once in 5 minutes).

Here's a short example, change key variable to your API key, location variable to required location in textual form. This example fetches current weather condition and forecast for today and tomorrow. Fields can be found in apixu documentation: https://www.apixu.com/doc/forecast.aspx (day Element).

Code:

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require('json') https = require('ssl.https') escape = require('socket.url').escape key = 'my_api_key' location = 'my location name' url = 'https://api.apixu.com/v1/forecast.json?key=%s&q=%s&days=2' url = string.format(url, key, escape(location)) res = https.request(url) data = json.pdecode(res) if type(data) ~= 'table' then   alert('failed to load weather data')   return end if data.error then   log('error', data.error)   return end current = data.current today = data.forecast.forecastday[ 1 ].day tomorrow = data.forecast.forecastday[ 2 ].day -- log(current, today, tomorrow) -- temperature in C grp.write('32/1/1', current.temp_c) -- "feels like" temperature in C grp.write('32/1/2', current.feelslike_c) -- humidity as percentage grp.write('32/1/3', current.humidity) -- wind speed in kilometers per hour grp.write('32/1/4', current.wind_kph) -- uv index grp.write('32/1/5', current.uv) -- weather condition text grp.write('32/1/6', current.condition.text) -- pressure in millibars grp.write('32/1/7', current.pressure_mb) -- precipitation amount in millimeters grp.write('32/1/8', current.precip_mm) -- minimum temperature in celsius for the day grp.write('32/2/1', today.mintemp_c) -- maximum temperature in celsius for the day grp.write('32/2/2', today.maxtemp_c) -- average temperature in celsius for the day grp.write('32/2/3', today.avgtemp_c) -- average humidity as percentage grp.write('32/2/4', today.avghumidity) -- maximum wind speed in kilometers per hour grp.write('32/2/5', today.maxwind_kph) -- uv index grp.write('32/2/6', today.uv) -- weather condition text grp.write('32/2/7', today.condition.text) -- total precipitation in millimeters grp.write('32/2/8', today.totalprecip_mm) -- minimum temperature in celsius for the day grp.write('32/3/1', tomorrow.mintemp_c) -- maximum temperature in celsius for the day grp.write('32/3/2', tomorrow.maxtemp_c) -- average temperature in celsius for the day grp.write('32/3/3', tomorrow.avgtemp_c) -- average humidity as percentage grp.write('32/3/4', tomorrow.avghumidity) -- maximum wind speed in kilometers per hour grp.write('32/3/5', tomorrow.maxwind_kph) -- uv index grp.write('32/3/6', tomorrow.uv) -- weather condition text grp.write('32/3/7', tomorrow.condition.text) -- total precipitation in millimeters grp.write('32/3/8', tomorrow.totalprecip_mm)

[permar]

Another option is to use forecast from http://yr.no
You have to replace URL with the one that corresponds to your location.

Code:

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require('socket.http') forecast = {} function parsetag(parser, tag, attributes)  if tag == 'time' then    table.insert(forecast, {})  elseif tag == 'symbol' then    forecast[ #forecast ].symbol = attributes.name  elseif tag == 'precipitation' then    forecast[ #forecast ].precipitation = attributes.value  elseif tag == 'windDirection' then    forecast[ #forecast ].wind_direction = attributes.code  elseif tag == 'windSpeed' then    forecast[ #forecast ].wind_speed = attributes.mps  elseif tag == 'temperature' then    forecast[ #forecast ].temperature = attributes.value  elseif tag == 'pressure' then    forecast[ #forecast ].pressure = attributes.value  end end url = 'http://www.yr.no/place/United_Kingdom/England/London/varsel.xml' data, err = socket.http.request(url) if data then  require('lxp').new({    StartElement = parsetag  }):parse(data)  log(forecast) else  alert('Fetch failed: ' .. tostring(err)) end

Hi!

This works fine when im checking the log but how do I modify it to write the values to bus?

Best Regards!

P

[Daniel]

Hi
I'm doing it like that

Code:

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require('socket.http') forecast = {} function parsetag(parser, tag, attributes)  if tag == 'time' then    table.insert(forecast, {})  elseif tag == 'symbol' then    forecast[ #forecast ].symbol = attributes.name  elseif tag == 'precipitation' then    forecast[ #forecast ].precipitation = attributes.value  elseif tag == 'windDirection' then    forecast[ #forecast ].wind_direction = attributes.code  elseif tag == 'windSpeed' then    forecast[ #forecast ].wind_speed = attributes.mps  elseif tag == 'temperature' then    forecast[ #forecast ].temperature = attributes.value  elseif tag == 'pressure' then    forecast[ #forecast ].pressure = attributes.value  end end url = 'http://www.yr.no/place/United_Kingdom/England/Farnborough/varsel.xml' data, err = socket.http.request(url) if data then  require('lxp').new({    StartElement = parsetag  }):parse(data)  grp.update('Weather precipitation', tonumber(forecast[1].precipitation))  grp.update('Weather symbol', forecast[1].symbol)  grp.update('Weather windDirection', forecast[1].wind_direction)  grp.update('Weather windSpeed', tonumber(forecast[1].wind_speed))  grp.update('Weather temperature', tonumber(forecast[1].temperature))  grp.update('Weather pressure', tonumber(forecast[1].pressure))  --log(forecast)   else  alert('Fetch failed: ' .. tostring(err)) end

[balatis]

Since there's no response from Yahoo we suggest using https://apixu.com instead. You will have to create a free account and make sure that your script does not fetch data too quickly (not less than once in 5 minutes).

Here's a short example, change key variable to your API key, location variable to required location in textual form. This example fetches current weather condition and forecast for today and tomorrow. Fields can be found in apixu documentation: https://www.apixu.com/doc/forecast.aspx (day Element).

Code:

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require('json') https = require('ssl.https') escape = require('socket.url').escape key = 'my_api_key' location = 'my location name' url = 'https://api.apixu.com/v1/forecast.json?key=%s&q=%s&days=2' url = string.format(url, key, escape(location)) res = https.request(url) data = json.pdecode(res) if type(data) ~= 'table' then  alert('failed to load weather data')  return end if data.error then  log('error', data.error)  return end current = data.current today = data.forecast.forecastday[ 1 ].day tomorrow = data.forecast.forecastday[ 2 ].day -- log(current, today, tomorrow) -- temperature in C grp.write('32/1/1', current.temp_c) -- "feels like" temperature in C grp.write('32/1/2', current.feelslike_c) -- humidity as percentage grp.write('32/1/3', current.humidity) -- wind speed in kilometers per hour grp.write('32/1/4', current.wind_kph) -- uv index grp.write('32/1/5', current.uv) -- weather condition text grp.write('32/1/6', current.condition.text) -- pressure in millibars grp.write('32/1/7', current.pressure_mb) -- precipitation amount in millimeters grp.write('32/1/8', current.precip_mm) -- minimum temperature in celsius for the day grp.write('32/2/1', today.mintemp_c) -- maximum temperature in celsius for the day grp.write('32/2/2', today.maxtemp_c) -- average temperature in celsius for the day grp.write('32/2/3', today.avgtemp_c) -- average humidity as percentage grp.write('32/2/4', today.avghumidity) -- maximum wind speed in kilometers per hour grp.write('32/2/5', today.maxwind_kph) -- uv index grp.write('32/2/6', today.uv) -- weather condition text grp.write('32/2/7', today.condition.text) -- total precipitation in millimeters grp.write('32/2/8', today.totalprecip_mm) -- minimum temperature in celsius for the day grp.write('32/3/1', tomorrow.mintemp_c) -- maximum temperature in celsius for the day grp.write('32/3/2', tomorrow.maxtemp_c) -- average temperature in celsius for the day grp.write('32/3/3', tomorrow.avgtemp_c) -- average humidity as percentage grp.write('32/3/4', tomorrow.avghumidity) -- maximum wind speed in kilometers per hour grp.write('32/3/5', tomorrow.maxwind_kph) -- uv index grp.write('32/3/6', tomorrow.uv) -- weather condition text grp.write('32/3/7', tomorrow.condition.text) -- total precipitation in millimeters grp.write('32/3/8', tomorrow.totalprecip_mm)

hi 
for me do not  work where is the fault?
thanks in advance.
////////////
require('json')
https = require('ssl.https')
escape = require('socket.url').escape

key = 'dd14841bec7c428a8ed154420191801'
location = 'https://www.apixu.com/weather/q/patra-west-greece-greece-2855484'

url = 'https://api.apixu.com/v1/forecast.json?key=%s&q=%s&days=2'
url = string.format(url, key, escape(location))

res = https.request(url)

data = json.pdecode(res)
if type(data) ~= 'table' then
  alert('failed to load weather data')
  return
end

if data.error then
  log('error', data.error)
  return
end

current = data.current
today = data.forecast.forecastday[ 1 ].day
tomorrow = data.forecast.forecastday[ 2 ].day

-- log(current, today, tomorrow)

-- temperature in C
grp.write('32/1/1', current.temp_c)
-- "feels like" temperature in C
grp.write('32/1/2', current.feelslike_c)
-- humidity as percentage
grp.write('32/1/3', current.humidity)
-- wind speed in kilometers per hour
grp.write('32/1/4', current.wind_kph)
-- uv index
grp.write('32/1/5', current.uv)
-- weather condition text
grp.write('32/1/6', current.condition.text)
-- pressure in millibars
grp.write('32/1/7', current.pressure_mb)
-- precipitation amount in millimeters
grp.write('32/1/8', current.precip_mm)

-- minimum temperature in celsius for the day
grp.write('32/2/1', today.mintemp_c)
-- maximum temperature in celsius for the day
grp.write('32/2/2', today.maxtemp_c)
-- average temperature in celsius for the day
grp.write('32/2/3', today.avgtemp_c)
-- average humidity as percentage
grp.write('32/2/4', today.avghumidity)
-- maximum wind speed in kilometers per hour
grp.write('32/2/5', today.maxwind_kph)
-- uv index
grp.write('32/2/6', today.uv)
-- weather condition text
grp.write('32/2/7', today.condition.text)
-- total precipitation in millimeters
grp.write('32/2/8', today.totalprecip_mm)

-- minimum temperature in celsius for the day
grp.write('32/3/1', tomorrow.mintemp_c)
-- maximum temperature in celsius for the day
grp.write('32/3/2', tomorrow.maxtemp_c)
-- average temperature in celsius for the day
grp.write('32/3/3', tomorrow.avgtemp_c)
-- average humidity as percentage
grp.write('32/3/4', tomorrow.avghumidity)
-- maximum wind speed in kilometers per hour
grp.write('32/3/5', tomorrow.maxwind_kph)
-- uv index
grp.write('32/3/6', tomorrow.uv)
-- weather condition text
grp.write('32/3/7', tomorrow.condition.text)
-- total precipitation in millimeters
grp.write('32/3/8', tomorrow.totalprecip_mm)




how is possible to put in visu a widget weather like this?

[admin]

Try this:

Code:

1

location = 'patra, greece'

For widget you will need to create a separate html page, upload it via ftp and then display by using iframe element.

[balatis]

Try this:

Code:

1

location = 'patra, greece'

For widget you will need to create a separate html page, upload it via ftp and then display by using iframe element.

Thanks admin 
can i have information for sunset and sunrise.

[admin]

Use this for sunrise/sunset. Object data type must be set to text/string.

Code:

123456

astro = data.forecast.forecastday[ 1 ].astro grp.write('32/4/1', astro.sunrise) grp.write('32/4/2', astro.sunset) grp.write('32/4/3', astro.moonrise) grp.write('32/4/4', astro.moonset)

You can also use built-in rscalc function for this: https://forum.logicmachine.net/showthread.php?tid=1010