// This fires when the homescreen requests an appwidget update.
// This is the final fallback when the clock lags.
@Override
public void onUpdate(Context context, AppWidgetManager aWM, int[] appWidgetIds) {
final int N = appWidgetIds.length;
for (int i = 0; i < N; i++) {
// For a brand new widget (but not established widgets), initialize the prefs
if (OMC.PREFS.getString("widgetTheme" + i, "").equals("")) OMC.initPrefs(appWidgetIds[i]);
// Redraw the widget.
OMCWidgetDrawEngine.updateAppWidget(context, aWM, appWidgetIds[i], OMC.WIDGET2x1CNAME);
}
}
public void endDocument() {
if (OMC.DEBUG) Log.i(OMC.OMCSHORT + "YrNoWeather", "End Document.");
//
// Build out the forecast array.
Time day = new Time();
day.setToNow();
// while (HIGHTEMPS.containsKey(day.format("%Y%m%d"))) {
// try {
// JSONObject jsonOneDayForecast = new JSONObject();
// jsonOneDayForecast.put("day_of_week", day.format("%a"));
// jsonOneDayForecast.put("condition", CONDITIONS.get(day.format("%Y%m%d")));
// jsonOneDayForecast.put("condition_lcase",
// CONDITIONS.get(day.format("%Y%m%d")).toLowerCase());
// double lowc = OMC.roundToSignificantFigures(LOWTEMPS.get(day.format("%Y%m%d")),3);
// double highc = OMC.roundToSignificantFigures(HIGHTEMPS.get(day.format("%Y%m%d")),3);
// double lowf = (int)(lowc/5f*9f+32.5f);
// double highf = (int)(highc/5f*9f+32.5f);
// jsonOneDayForecast.put("low_c", lowc);
// jsonOneDayForecast.put("high_c", highc);
// jsonOneDayForecast.put("low", lowf);
// jsonOneDayForecast.put("high", highf);
// jsonWeather.getJSONArray("zzforecast_conditions").put(
// jsonOneDayForecast);
// day.hour+=24;
// day.normalize(false);
// } catch (JSONException e) {
// e.printStackTrace();
// }
// }
if (OMC.DEBUG) Log.i(OMC.OMCSHORT + "YrNoWeather", jsonWeather.toString());
// Check if the reply was valid.
// if (jsonWeather.optString("condition",null)==null ||
// jsonWeather.optString("problem_cause",null)!=null) {
// //Google returned error - retry by city name, then abandon refresh
// if (jsonWeather.optBoolean("bylatlong")) {
// if (OMC.DEBUG) Log.i(OMC.OMCSHORT + "YrNoWeather", "Error using Lat/Long, retrying using
// city name.");
// YrNoWeatherXMLHandler.updateWeather(0d, 0d, jsonWeather.optString("country2"),
// jsonWeather.optString("city2"), false);
// return;
// } else {
// if (OMC.DEBUG) Log.i(OMC.OMCSHORT + "YrNoWeather", "Error using city name. No refresh.");
// return;
// }
// }
try {
if (jsonWeather.optString("city") == null || jsonWeather.optString("city").equals("")) {
if (!jsonWeather.optString("city2").equals(""))
jsonWeather.putOpt("city", jsonWeather.optString("city2"));
else if (!jsonWeather.optString("country2").equals(""))
jsonWeather.putOpt("city", jsonWeather.optString("country2"));
}
// Mark weather forecast source.
jsonWeather.put("source", "owm");
} catch (JSONException e) {
e.printStackTrace();
return;
}
OMC.PREFS.edit().putString("weather", jsonWeather.toString()).commit();
OMC.LASTWEATHERREFRESH = System.currentTimeMillis();
if (OMC.DEBUG)
Log.i(
OMC.OMCSHORT + "YrNoWeather",
"Update Succeeded. Phone Time:"
+ new java.sql.Time(OMC.LASTWEATHERREFRESH).toLocaleString());
Time t = new Time();
// If the weather station information (international, mostly) doesn't have a timestamp, set the
// timestamp to be jan 1st, 1970
t.parse(jsonWeather.optString("current_local_time", "19700101T000000"));
// If the weather station info looks too stale (more than 2 hours old), it's because the phone's
// date/time is wrong.
// Force the update to the default update period
if (System.currentTimeMillis() - t.toMillis(false) > 7200000l) {
OMC.NEXTWEATHERREFRESH =
Math.max(
OMC.LASTWEATHERREFRESH
+ Long.parseLong(OMC.PREFS.getString("sWeatherFreq", "60")) * 60000l,
OMC.LASTWEATHERTRY
+ Long.parseLong(OMC.PREFS.getString("sWeatherFreq", "60")) / 4l * 60000l);
if (OMC.DEBUG)
Log.i(
OMC.OMCSHORT + "YrNoWeather",
"Weather Station Time:" + new java.sql.Time(t.toMillis(false)).toLocaleString());
if (OMC.DEBUG)
Log.i(
OMC.OMCSHORT + "YrNoWeather",
"Weather Station Time Missing or Stale. Using default interval.");
} else if (t.toMillis(false) > System.currentTimeMillis()) {
// If the weather station time is in the future, something is definitely wrong!
// Force the update to the default update period
if (OMC.DEBUG)
Log.i(
OMC.OMCSHORT + "YrNoWeather",
"Weather Station Time:" + new java.sql.Time(t.toMillis(false)).toLocaleString());
if (OMC.DEBUG)
Log.i(
OMC.OMCSHORT + "YrNoWeather",
"Weather Station Time in the future -> phone time is wrong. Using default interval.");
OMC.NEXTWEATHERREFRESH =
Math.max(
OMC.LASTWEATHERREFRESH
+ Long.parseLong(OMC.PREFS.getString("sWeatherFreq", "60")) * 60000l,
OMC.LASTWEATHERTRY
+ Long.parseLong(OMC.PREFS.getString("sWeatherFreq", "60")) / 4l * 60000l);
} else {
// If we get a recent weather station timestamp, we try to "catch" the update by setting next
// update to
// 29 minutes + default update period
// after the last station refresh.
if (OMC.DEBUG)
Log.i(
OMC.OMCSHORT + "YrNoWeather",
"Weather Station Time:" + new java.sql.Time(t.toMillis(false)).toLocaleString());
OMC.NEXTWEATHERREFRESH =
Math.max(
t.toMillis(false)
+ (29l + Long.parseLong(OMC.PREFS.getString("sWeatherFreq", "60"))) * 60000l,
OMC.LASTWEATHERTRY
+ Long.parseLong(OMC.PREFS.getString("sWeatherFreq", "60")) / 4l * 60000l);
}
if (OMC.DEBUG)
Log.i(
OMC.OMCSHORT + "YrNoWeather",
"Next Refresh Time:" + new java.sql.Time(OMC.NEXTWEATHERREFRESH).toLocaleString());
OMC.PREFS.edit().putLong("weather_nextweatherrefresh", OMC.NEXTWEATHERREFRESH).commit();
}
