private void update(ForecastReport forecastReport) throws Exception {
findWeatherData(new LocationVO(forecastReport.place), -1, -1, true, null, false).join();
List results = validateRules(forecastReport);
if (!results.isEmpty()) {
ForecastReport fr = new ForecastReport();
fr.place = forecastReport.place;
for (Object result : results) {
if (result instanceof HourWeatherVO) {
fr.hourlyWeatherList.add((HourWeatherVO) result);
} else if (result instanceof DayWeatherVO) {
fr.dailyWeatherList.add((DayWeatherVO) result);
}
}
forecastReport.forecastMode = -1;
sendResponse(fr, null, false, true);
}
}
private synchronized ForecastReport getForecastReport(
LocationVO locationVO, long refreshTime, List<WeatherProposition> rules) {
String place =
locationVO.getSubArea() != null
? locationVO.getSubArea()
: locationVO.getCity() != null
? locationVO.getCity()
: locationVO.getWoeidVO() != null && locationVO.getWoeidVO().getName() != null
? locationVO.getWoeidVO().getName()
: null;
if (place == null) {
mb.send(
WeatherEvent.build()
.setIsError(true)
.setErrorMessage("A place is required in order to get the forecast report."));
return null;
}
ForecastReport forecastReport = forecastReports.get(place.replace(" ", "_"));
if (forecastReport == null) {
forecastReport = new ForecastReport(refreshTime);
forecastReport.place = place;
forecastReports.put(place, forecastReport);
}
if (locationVO == null) {
locationVO = new LocationVO(place);
}
if (forecastReport.locationVO != null) {
forecastReport.locationVO.mergeLocation(locationVO);
} else {
forecastReport.locationVO = locationVO;
}
if (refreshTime > 0 && refreshTime != forecastReport.refreshTime) {
forecastReport.refreshTime = refreshTime;
forecastReport.initTimer();
}
if (rules != null && !rules.isEmpty()) {
forecastReport.rules = rules;
}
return forecastReport;
}