public void update() { osae.AddToLog("Starting Update", false); try { string zipcode = osae.GetObjectPropertyValue(pName, "Zipcode").Value; osae.AddToLog("ZipCode: " + zipcode, false); if (zipcode != "") { List<ObservationStation> stationList = new List<ObservationStation>(); PointF pt = GetLatLonFromZip(zipcode); ObservationStation myStation = new ObservationStation(); feedUrl = osae.GetObjectPropertyValue(pName, "Feed URL").Value; osae.AddToLog("pt.X: " + pt.X.ToString(), false); osae.AddToLog("pt.Y: " + pt.Y.ToString(), false); if (pt.X != 0 || pt.Y != 0) { osae.AddToLog("Enter Update", false); osae.AddToLog("feedUrl: " + feedUrl, false); if (feedUrl == "") { WebClient webClient = new WebClient(); string strSource = webClient.DownloadString("http://www.weather.gov/xml/current_obs/index.xml"); webClient.Dispose(); XmlDocument xml = new XmlDocument(); xml.LoadXml(strSource); XmlNodeList xnList = xml.SelectNodes("/wx_station_index/station"); foreach (XmlNode xn in xnList) { ObservationStation obs = new ObservationStation(xn); stationList.Add(obs); } osae.AddToLog("lat: " + pt.X.ToString(), false); osae.AddToLog("lon: " + pt.Y.ToString(), false); osae.AddToLog("# of stations: " + stationList.Count.ToString(), false); myStation = GetClosest((decimal)pt.Y, (decimal)pt.X, stationList); feedUrl = myStation.CurrentObsXmlUrl; osae.AddToLog("Found feed: " + feedUrl, false); } if (feedUrl != "") { #region current conditions WebClient webClient = new WebClient(); string strSource = webClient.DownloadString(feedUrl); webClient.Dispose(); XmlDocument xml = new XmlDocument(); xml.LoadXml(strSource); //osae.AddToLog(strSource); //update all the weather variables try { osae.ObjectPropertySet("Weather Data", "Temp", xml.SelectSingleNode("//temp_f").InnerText); osae.AddToLog("Found Temp: " + xml.SelectSingleNode("//temp_f").InnerText, false); } catch { osae.AddToLog("Error getting Temp", false); osae.ObjectPropertySet("Weather Data", "Temp", ""); } try { osae.ObjectPropertySet("Weather Data", "Conditions", xml.SelectSingleNode("//weather").InnerText); osae.AddToLog("Found Conditions: " + xml.SelectSingleNode("//weather").InnerText, false); } catch { osae.AddToLog("Error getting Conditions", false); osae.ObjectPropertySet("Weather Data", "Conditions", ""); } try { osae.ObjectPropertySet("Weather Data", "Wind Speed", xml.SelectSingleNode("//wind_mph").InnerText); osae.AddToLog("Found Wind Speed: " + xml.SelectSingleNode("//wind_mph").InnerText, false); } catch { osae.AddToLog("Error getting Wind Speed", false); osae.ObjectPropertySet("Weather Data", "Wind Speed", ""); } try { osae.ObjectPropertySet("Weather Data", "Wind Direction", xml.SelectSingleNode("//wind_dir").InnerText); osae.AddToLog("Found Wind Direction: " + xml.SelectSingleNode("//wind_dir").InnerText, false); } catch { osae.AddToLog("Error getting Wind Direction", false); osae.ObjectPropertySet("Weather Data", "Wind Direction", ""); } try { osae.ObjectPropertySet("Weather Data", "Humidity", xml.SelectSingleNode("//relative_humidity").InnerText); osae.AddToLog("Found Humidity: " + xml.SelectSingleNode("//relative_humidity").InnerText, false); } catch { osae.AddToLog("Error getting Humidity", false); osae.ObjectPropertySet("Weather Data", "Humidity", ""); } try { osae.ObjectPropertySet("Weather Data", "Pressure", xml.SelectSingleNode("//pressure_in").InnerText); osae.AddToLog("Found Pressure: " + xml.SelectSingleNode("//pressure_in").InnerText, false); } catch { osae.AddToLog("Error getting Pressure", false); osae.ObjectPropertySet("Weather Data", "Pressure", ""); } try { osae.ObjectPropertySet("Weather Data", "Dewpoint", xml.SelectSingleNode("//dewpoint_f").InnerText); osae.AddToLog("Found Dewpoint: " + xml.SelectSingleNode("//dewpoint_f").InnerText, false); } catch { osae.AddToLog("Error getting Dewpoint", false); osae.ObjectPropertySet("Weather Data", "Dewpoint", ""); } try { string curpath = @"\Images\Weather\" + xml.SelectSingleNode("//icon_url_name").InnerText; if (!File.Exists(osae.APIpath + @"\Images\Weather\" + xml.SelectSingleNode("//icon_url_name").InnerText)) { DownloadImage di = new DownloadImage(xml.SelectSingleNode("//icon_url_base").InnerText + xml.SelectSingleNode("//icon_url_name").InnerText); osae.AddToLog("Saving image: " + curpath, false); di.Download(); di.SaveImage(osae.APIpath + curpath, ImageFormat.Jpeg); } osae.ObjectPropertySet("Weather Data", "Image", curpath); osae.AddToLog("Found Image: " + curpath, false); } catch { osae.AddToLog("Error getting Image", false); osae.ObjectPropertySet("Weather Data", "Image", ""); } try { osae.ObjectPropertySet("Weather Data", "Visibility", xml.SelectSingleNode("//visibility_mi").InnerText); osae.AddToLog("Found Visibility: " + xml.SelectSingleNode("//visibility_mi").InnerText, false); } catch { osae.AddToLog("Error getting Visibility", false); osae.ObjectPropertySet("Weather Data", "Visibility", ""); } try { osae.ObjectPropertySet("Weather Data", "Windchill", xml.SelectSingleNode("//windchill_f").InnerText); osae.AddToLog("Found Windchill: " + xml.SelectSingleNode("//windchill_f").InnerText, false); } catch { osae.AddToLog("Error getting Windchill", false); osae.ObjectPropertySet("Weather Data", "Windchill", ""); } #endregion } #region Forecasts try { WebClient webClientForcast = new WebClient(); string strSourceForcast = webClientForcast.DownloadString("http://forecast.weather.gov/MapClick.php?lat=" + pt.X.ToString() + "&lon=" + pt.Y.ToString() + "&FcstType=dwml"); webClientForcast.Dispose(); osae.AddToLog("Forecast XML: " + "http://forecast.weather.gov/MapClick.php?lat=" + pt.X.ToString() + "&lon=" + pt.Y.ToString() + "&FcstType=dwml", false); XmlDocument xmlForcast = new XmlDocument(); xmlForcast.LoadXml(strSourceForcast); XmlNode temp = null; XmlNodeList tempList = xmlForcast.SelectNodes("//time-layout"); foreach (XmlNode xn in tempList) { osae.AddToLog("nodes: " + xn.ChildNodes.Count.ToString(), false); if (xn.ChildNodes.Count > 10) { temp = xn; break; } } int day = 2; int today = 0; try { foreach (XmlNode xn in temp.ChildNodes) { if (xn.Name == "start-valid-time") { if (xn.Attributes["period-name"].Value == "Today" || xn.Attributes["period-name"].Value == "This Afternoon") today = 1; if (xn.Attributes["period-name"].Value != "Today" && xn.Attributes["period-name"].Value != "Tonight" && xn.Attributes["period-name"].Value != "Overnight") { if (day % 2 == 0) { osae.ObjectPropertySet("Weather Data", "Day" + (day / 2).ToString() + " Label", xn.Attributes["period-name"].Value); osae.AddToLog("Day" + (day / 2).ToString() + " Label: " + xn.Attributes["period-name"].Value, false); } else { osae.ObjectPropertySet("Weather Data", "Night" + (day / 2).ToString() + " Label", xn.Attributes["period-name"].Value); osae.AddToLog("Night" + (day / 2).ToString() + " Label: " + xn.Attributes["period-name"].Value, false); } day++; } } } } catch { } try { temp = xmlForcast.SelectSingleNode("//temperature[@type='maximum']"); day = 1; foreach (XmlNode xn in temp.ChildNodes) { if (xn.Name == "value") { if (today == 1 && day == 1) { osae.ObjectPropertySet("Weather Data", "Today High", xn.InnerText); osae.AddToLog("Found Today High: " + xn.InnerText, false); } else { osae.ObjectPropertySet("Weather Data", "Day" + (day - today).ToString() + " High", xn.InnerText); osae.AddToLog("Found Day" + (day - today).ToString() + " High: " + xn.InnerText, false); } day++; } } } catch { } try { temp = xmlForcast.SelectSingleNode("//temperature[@type='minimum']"); day = 1; foreach (XmlNode xn in temp.ChildNodes) { if (xn.Name == "value") { if (day == 1) { osae.ObjectPropertySet("Weather Data", "Tonight Low", xn.InnerText); osae.AddToLog("Found Tonight Low: " + xn.InnerText, false); } else { osae.ObjectPropertySet("Weather Data", "Night" + (day - 1).ToString() + " Low", xn.InnerText); osae.AddToLog("Found Night" + (day - 1).ToString() + " Low: " + xn.InnerText, false); } day++; } } } catch { } try { temp = xmlForcast.SelectSingleNode("//probability-of-precipitation"); day = 2; foreach (XmlNode xn in temp.ChildNodes) { if (xn.Name == "value") { if (day % 2 == today) { if ((today == 0 && day == 2) || (today == 1 && day == 3)) { osae.ObjectPropertySet("Weather Data", "Tonight Precip", xn.InnerText); osae.AddToLog("Tonight Precip: " + xn.InnerText, false); } else { osae.ObjectPropertySet("Weather Data", "Night" + ((day / 2) - 1).ToString() + " Precip", xn.InnerText); osae.AddToLog("Night" + ((day / 2) - 1).ToString() + " Precip: " + xn.InnerText, false); } } else { if (today == 1 && day == 2) { osae.ObjectPropertySet("Weather Data", "Today Precip", xn.InnerText); osae.AddToLog("Today Precip: " + xn.InnerText, false); } else { osae.ObjectPropertySet("Weather Data", "Day" + ((day / 2)-today).ToString() + " Precip", xn.InnerText); osae.AddToLog("Day" + ((day / 2)-today).ToString() + " Precip: " + xn.InnerText, false); } } day++; } } } catch { } try { temp = xmlForcast.SelectSingleNode("//weather"); day = 2; foreach (XmlNode xn in temp.ChildNodes) { if (xn.Name == "weather-conditions") { if (day % 2 == today) { if ((today == 0 && day == 2) || (today == 1 && day == 3)) { osae.ObjectPropertySet("Weather Data", "Tonight Forecast", xn.Attributes["weather-summary"].Value); osae.AddToLog("Tonight Forecast: " + xn.Attributes["weather-summary"].Value, false); } else { osae.ObjectPropertySet("Weather Data", "Night" + ((day / 2) - 1).ToString() + " Forecast", xn.Attributes["weather-summary"].Value); osae.AddToLog("Night" + ((day / 2) - 1).ToString() + " Forecast: " + xn.Attributes["weather-summary"].Value, false); } } else { if (today == 1 && day == 2) { osae.ObjectPropertySet("Weather Data", "Today Forecast", xn.Attributes["weather-summary"].Value); osae.AddToLog("Today Forecast: " + xn.Attributes["weather-summary"].Value, false); } else { osae.ObjectPropertySet("Weather Data", "Day" + ((day / 2)-today).ToString() + " Forecast", xn.Attributes["weather-summary"].Value); osae.AddToLog("Day" + ((day / 2)-today).ToString() + " Forecast: " + xn.Attributes["weather-summary"].Value, false); } } day++; } } } catch { } try { temp = xmlForcast.SelectSingleNode("//conditions-icon"); string path = ""; day = 2; foreach (XmlNode xn in temp.ChildNodes) { if (xn.Name == "icon-link") { path = @"\Images\Weather\" + xn.SelectSingleNode("//icon_url_name").InnerText; if (!File.Exists(osae.APIpath + @"\Images\Weather\" + xn.SelectSingleNode("//icon_url_name").InnerText)) { DownloadImage di = new DownloadImage(xn.InnerText); osae.AddToLog("Saving image: " + path, false); di.Download(); di.SaveImage(osae.APIpath + path, ImageFormat.Jpeg); } if (day % 2 == today) { if ((today == 0 && day == 2) || (today == 1 && day == 3)) { osae.ObjectPropertySet("Weather Data", "Tonight Image", path); osae.AddToLog("Tonight Image: " + xn.InnerText, false); } else { osae.ObjectPropertySet("Weather Data", "Night" + ((day / 2) - 1).ToString() + " Image", path); osae.AddToLog("Night" + ((day / 2) - 1).ToString() + " Image: " + xn.InnerText, false); } } else { if (today == 1 && day == 2) { osae.ObjectPropertySet("Weather Data", "Today Image", path); osae.AddToLog("Today Image: " + xn.InnerText, false); } else { osae.ObjectPropertySet("Weather Data", "Day" + ((day / 2)-today).ToString() + " Image", path); osae.AddToLog("Day" + ((day / 2)-today).ToString() + " Image: " + xn.InnerText, false); } } day++; } } } catch { } try { temp = xmlForcast.SelectSingleNode("//wordedForecast"); day = 2; foreach (XmlNode xn in temp.ChildNodes) { if (xn.Name == "text") { if (day % 2 == today) { if ((today == 0 && day == 2) || (today == 1 && day == 3)) { osae.ObjectPropertySet("Weather Data", "Tonight Summary", xn.InnerText); osae.AddToLog("Tonight Summary: " + xn.InnerText, false); } else { osae.ObjectPropertySet("Weather Data", "Night" + ((day / 2) - 1).ToString() + " Summary", xn.InnerText); osae.AddToLog("Night" + ((day / 2) - 1).ToString() + " Summary: " + xn.InnerText, false); } } else { if (today == 1 && day == 2) { osae.ObjectPropertySet("Weather Data", "Today Summary", xn.InnerText); osae.AddToLog("Today Summary: " + xn.InnerText, false); } else { osae.ObjectPropertySet("Weather Data", "Day" + ((day / 2)-today).ToString() + " Summary", xn.InnerText); osae.AddToLog("Day" + ((day / 2)-today).ToString() + " Summary: " + xn.InnerText, false); } } day++; } } } catch { } } catch (Exception ex) { osae.AddToLog("Error Forecast XML: " + ex.Message, true); } #endregion osae.ObjectStateSet("Weather Data", "ON"); osae.ObjectPropertySet("Weather Data", "Last Updated", DateTime.Now.ToString()); } } } catch (Exception ex) { osae.AddToLog("Error updating weather - " + ex.Message, true); } }
public void update() { osae.AddToLog("Starting Update", false); try { string zipcode = osae.GetObjectPropertyValue(pName, "Zipcode").Value; osae.AddToLog("ZipCode: " + zipcode, false); if (zipcode != "") { List <ObservationStation> stationList = new List <ObservationStation>(); PointF pt = GetLatLonFromZip(zipcode); ObservationStation myStation = new ObservationStation(); feedUrl = osae.GetObjectPropertyValue(pName, "Feed URL").Value; osae.AddToLog("pt.X: " + pt.X.ToString(), false); osae.AddToLog("pt.Y: " + pt.Y.ToString(), false); if (pt.X != 0 || pt.Y != 0) { osae.AddToLog("Enter Update", false); osae.AddToLog("feedUrl: " + feedUrl, false); if (feedUrl == "") { WebClient webClient = new WebClient(); string strSource = webClient.DownloadString("http://www.weather.gov/xml/current_obs/index.xml"); webClient.Dispose(); XmlDocument xml = new XmlDocument(); xml.LoadXml(strSource); XmlNodeList xnList = xml.SelectNodes("/wx_station_index/station"); foreach (XmlNode xn in xnList) { ObservationStation obs = new ObservationStation(xn); stationList.Add(obs); } osae.AddToLog("lat: " + pt.X.ToString(), false); osae.AddToLog("lon: " + pt.Y.ToString(), false); osae.AddToLog("# of stations: " + stationList.Count.ToString(), false); myStation = GetClosest((decimal)pt.Y, (decimal)pt.X, stationList); feedUrl = myStation.CurrentObsXmlUrl; osae.AddToLog("Found feed: " + feedUrl, false); } if (feedUrl != "") { #region current conditions WebClient webClient = new WebClient(); string strSource = webClient.DownloadString(feedUrl); webClient.Dispose(); XmlDocument xml = new XmlDocument(); xml.LoadXml(strSource); //osae.AddToLog(strSource); //update all the weather variables try { osae.ObjectPropertySet("Weather Data", "Temp", xml.SelectSingleNode("//temp_f").InnerText); osae.AddToLog("Found Temp: " + xml.SelectSingleNode("//temp_f").InnerText, false); } catch { osae.AddToLog("Error getting Temp", false); osae.ObjectPropertySet("Weather Data", "Temp", ""); } try { osae.ObjectPropertySet("Weather Data", "Conditions", xml.SelectSingleNode("//weather").InnerText); osae.AddToLog("Found Conditions: " + xml.SelectSingleNode("//weather").InnerText, false); } catch { osae.AddToLog("Error getting Conditions", false); osae.ObjectPropertySet("Weather Data", "Conditions", ""); } try { osae.ObjectPropertySet("Weather Data", "Wind Speed", xml.SelectSingleNode("//wind_mph").InnerText); osae.AddToLog("Found Wind Speed: " + xml.SelectSingleNode("//wind_mph").InnerText, false); } catch { osae.AddToLog("Error getting Wind Speed", false); osae.ObjectPropertySet("Weather Data", "Wind Speed", ""); } try { osae.ObjectPropertySet("Weather Data", "Wind Direction", xml.SelectSingleNode("//wind_dir").InnerText); osae.AddToLog("Found Wind Direction: " + xml.SelectSingleNode("//wind_dir").InnerText, false); } catch { osae.AddToLog("Error getting Wind Direction", false); osae.ObjectPropertySet("Weather Data", "Wind Direction", ""); } try { osae.ObjectPropertySet("Weather Data", "Humidity", xml.SelectSingleNode("//relative_humidity").InnerText); osae.AddToLog("Found Humidity: " + xml.SelectSingleNode("//relative_humidity").InnerText, false); } catch { osae.AddToLog("Error getting Humidity", false); osae.ObjectPropertySet("Weather Data", "Humidity", ""); } try { osae.ObjectPropertySet("Weather Data", "Pressure", xml.SelectSingleNode("//pressure_in").InnerText); osae.AddToLog("Found Pressure: " + xml.SelectSingleNode("//pressure_in").InnerText, false); } catch { osae.AddToLog("Error getting Pressure", false); osae.ObjectPropertySet("Weather Data", "Pressure", ""); } try { osae.ObjectPropertySet("Weather Data", "Dewpoint", xml.SelectSingleNode("//dewpoint_f").InnerText); osae.AddToLog("Found Dewpoint: " + xml.SelectSingleNode("//dewpoint_f").InnerText, false); } catch { osae.AddToLog("Error getting Dewpoint", false); osae.ObjectPropertySet("Weather Data", "Dewpoint", ""); } try { string curpath = @"\Images\Weather\" + xml.SelectSingleNode("//icon_url_name").InnerText; if (!File.Exists(osae.APIpath + @"\Images\Weather\" + xml.SelectSingleNode("//icon_url_name").InnerText)) { DownloadImage di = new DownloadImage(xml.SelectSingleNode("//icon_url_base").InnerText + xml.SelectSingleNode("//icon_url_name").InnerText); osae.AddToLog("Saving image: " + curpath, false); di.Download(); di.SaveImage(osae.APIpath + curpath, ImageFormat.Jpeg); } osae.ObjectPropertySet("Weather Data", "Image", curpath); osae.AddToLog("Found Image: " + curpath, false); } catch { osae.AddToLog("Error getting Image", false); osae.ObjectPropertySet("Weather Data", "Image", ""); } try { osae.ObjectPropertySet("Weather Data", "Visibility", xml.SelectSingleNode("//visibility_mi").InnerText); osae.AddToLog("Found Visibility: " + xml.SelectSingleNode("//visibility_mi").InnerText, false); } catch { osae.AddToLog("Error getting Visibility", false); osae.ObjectPropertySet("Weather Data", "Visibility", ""); } try { osae.ObjectPropertySet("Weather Data", "Windchill", xml.SelectSingleNode("//windchill_f").InnerText); osae.AddToLog("Found Windchill: " + xml.SelectSingleNode("//windchill_f").InnerText, false); } catch { osae.AddToLog("Error getting Windchill", false); osae.ObjectPropertySet("Weather Data", "Windchill", ""); } #endregion } #region Forecasts try { WebClient webClientForcast = new WebClient(); string strSourceForcast = webClientForcast.DownloadString("http://forecast.weather.gov/MapClick.php?lat=" + pt.X.ToString() + "&lon=" + pt.Y.ToString() + "&FcstType=dwml"); webClientForcast.Dispose(); osae.AddToLog("Forecast XML: " + "http://forecast.weather.gov/MapClick.php?lat=" + pt.X.ToString() + "&lon=" + pt.Y.ToString() + "&FcstType=dwml", false); XmlDocument xmlForcast = new XmlDocument(); xmlForcast.LoadXml(strSourceForcast); XmlNode temp = null; XmlNodeList tempList = xmlForcast.SelectNodes("//time-layout"); foreach (XmlNode xn in tempList) { osae.AddToLog("nodes: " + xn.ChildNodes.Count.ToString(), false); if (xn.ChildNodes.Count > 10) { temp = xn; break; } } int day = 2; int today = 0; try { foreach (XmlNode xn in temp.ChildNodes) { if (xn.Name == "start-valid-time") { if (xn.Attributes["period-name"].Value == "Today" || xn.Attributes["period-name"].Value == "This Afternoon") { today = 1; } if (xn.Attributes["period-name"].Value != "Today" && xn.Attributes["period-name"].Value != "Tonight" && xn.Attributes["period-name"].Value != "Overnight") { if (day % 2 == 0) { osae.ObjectPropertySet("Weather Data", "Day" + (day / 2).ToString() + " Label", xn.Attributes["period-name"].Value); osae.AddToLog("Day" + (day / 2).ToString() + " Label: " + xn.Attributes["period-name"].Value, false); } else { osae.ObjectPropertySet("Weather Data", "Night" + (day / 2).ToString() + " Label", xn.Attributes["period-name"].Value); osae.AddToLog("Night" + (day / 2).ToString() + " Label: " + xn.Attributes["period-name"].Value, false); } day++; } } } } catch { } try { temp = xmlForcast.SelectSingleNode("//temperature[@type='maximum']"); day = 1; foreach (XmlNode xn in temp.ChildNodes) { if (xn.Name == "value") { if (today == 1 && day == 1) { osae.ObjectPropertySet("Weather Data", "Today High", xn.InnerText); osae.AddToLog("Found Today High: " + xn.InnerText, false); } else { osae.ObjectPropertySet("Weather Data", "Day" + (day - today).ToString() + " High", xn.InnerText); osae.AddToLog("Found Day" + (day - today).ToString() + " High: " + xn.InnerText, false); } day++; } } } catch { } try { temp = xmlForcast.SelectSingleNode("//temperature[@type='minimum']"); day = 1; foreach (XmlNode xn in temp.ChildNodes) { if (xn.Name == "value") { if (day == 1) { osae.ObjectPropertySet("Weather Data", "Tonight Low", xn.InnerText); osae.AddToLog("Found Tonight Low: " + xn.InnerText, false); } else { osae.ObjectPropertySet("Weather Data", "Night" + (day - 1).ToString() + " Low", xn.InnerText); osae.AddToLog("Found Night" + (day - 1).ToString() + " Low: " + xn.InnerText, false); } day++; } } } catch { } try { temp = xmlForcast.SelectSingleNode("//probability-of-precipitation"); day = 2; foreach (XmlNode xn in temp.ChildNodes) { if (xn.Name == "value") { if (day % 2 == today) { if ((today == 0 && day == 2) || (today == 1 && day == 3)) { osae.ObjectPropertySet("Weather Data", "Tonight Precip", xn.InnerText); osae.AddToLog("Tonight Precip: " + xn.InnerText, false); } else { osae.ObjectPropertySet("Weather Data", "Night" + ((day / 2) - 1).ToString() + " Precip", xn.InnerText); osae.AddToLog("Night" + ((day / 2) - 1).ToString() + " Precip: " + xn.InnerText, false); } } else { if (today == 1 && day == 2) { osae.ObjectPropertySet("Weather Data", "Today Precip", xn.InnerText); osae.AddToLog("Today Precip: " + xn.InnerText, false); } else { osae.ObjectPropertySet("Weather Data", "Day" + ((day / 2) - today).ToString() + " Precip", xn.InnerText); osae.AddToLog("Day" + ((day / 2) - today).ToString() + " Precip: " + xn.InnerText, false); } } day++; } } } catch { } try { temp = xmlForcast.SelectSingleNode("//weather"); day = 2; foreach (XmlNode xn in temp.ChildNodes) { if (xn.Name == "weather-conditions") { if (day % 2 == today) { if ((today == 0 && day == 2) || (today == 1 && day == 3)) { osae.ObjectPropertySet("Weather Data", "Tonight Forecast", xn.Attributes["weather-summary"].Value); osae.AddToLog("Tonight Forecast: " + xn.Attributes["weather-summary"].Value, false); } else { osae.ObjectPropertySet("Weather Data", "Night" + ((day / 2) - 1).ToString() + " Forecast", xn.Attributes["weather-summary"].Value); osae.AddToLog("Night" + ((day / 2) - 1).ToString() + " Forecast: " + xn.Attributes["weather-summary"].Value, false); } } else { if (today == 1 && day == 2) { osae.ObjectPropertySet("Weather Data", "Today Forecast", xn.Attributes["weather-summary"].Value); osae.AddToLog("Today Forecast: " + xn.Attributes["weather-summary"].Value, false); } else { osae.ObjectPropertySet("Weather Data", "Day" + ((day / 2) - today).ToString() + " Forecast", xn.Attributes["weather-summary"].Value); osae.AddToLog("Day" + ((day / 2) - today).ToString() + " Forecast: " + xn.Attributes["weather-summary"].Value, false); } } day++; } } } catch { } try { temp = xmlForcast.SelectSingleNode("//conditions-icon"); string path = ""; day = 2; foreach (XmlNode xn in temp.ChildNodes) { if (xn.Name == "icon-link") { path = @"\Images\Weather\" + xn.SelectSingleNode("//icon_url_name").InnerText; if (!File.Exists(osae.APIpath + @"\Images\Weather\" + xn.SelectSingleNode("//icon_url_name").InnerText)) { DownloadImage di = new DownloadImage(xn.InnerText); osae.AddToLog("Saving image: " + path, false); di.Download(); di.SaveImage(osae.APIpath + path, ImageFormat.Jpeg); } if (day % 2 == today) { if ((today == 0 && day == 2) || (today == 1 && day == 3)) { osae.ObjectPropertySet("Weather Data", "Tonight Image", path); osae.AddToLog("Tonight Image: " + xn.InnerText, false); } else { osae.ObjectPropertySet("Weather Data", "Night" + ((day / 2) - 1).ToString() + " Image", path); osae.AddToLog("Night" + ((day / 2) - 1).ToString() + " Image: " + xn.InnerText, false); } } else { if (today == 1 && day == 2) { osae.ObjectPropertySet("Weather Data", "Today Image", path); osae.AddToLog("Today Image: " + xn.InnerText, false); } else { osae.ObjectPropertySet("Weather Data", "Day" + ((day / 2) - today).ToString() + " Image", path); osae.AddToLog("Day" + ((day / 2) - today).ToString() + " Image: " + xn.InnerText, false); } } day++; } } } catch { } try { temp = xmlForcast.SelectSingleNode("//wordedForecast"); day = 2; foreach (XmlNode xn in temp.ChildNodes) { if (xn.Name == "text") { if (day % 2 == today) { if ((today == 0 && day == 2) || (today == 1 && day == 3)) { osae.ObjectPropertySet("Weather Data", "Tonight Summary", xn.InnerText); osae.AddToLog("Tonight Summary: " + xn.InnerText, false); } else { osae.ObjectPropertySet("Weather Data", "Night" + ((day / 2) - 1).ToString() + " Summary", xn.InnerText); osae.AddToLog("Night" + ((day / 2) - 1).ToString() + " Summary: " + xn.InnerText, false); } } else { if (today == 1 && day == 2) { osae.ObjectPropertySet("Weather Data", "Today Summary", xn.InnerText); osae.AddToLog("Today Summary: " + xn.InnerText, false); } else { osae.ObjectPropertySet("Weather Data", "Day" + ((day / 2) - today).ToString() + " Summary", xn.InnerText); osae.AddToLog("Day" + ((day / 2) - today).ToString() + " Summary: " + xn.InnerText, false); } } day++; } } } catch { } } catch (Exception ex) { osae.AddToLog("Error Forecast XML: " + ex.Message, true); } #endregion osae.ObjectStateSet("Weather Data", "ON"); osae.ObjectPropertySet("Weather Data", "Last Updated", DateTime.Now.ToString()); } } } catch (Exception ex) { osae.AddToLog("Error updating weather - " + ex.Message, true); } }