private Weather buildWeather() {
Weather weather = new Weather();
List<Curren_weather> currents = new ArrayList<Curren_weather>();
currents.add(TEST_TEMP);
weather.setCurren_weather(currents);
List<Forecast> forecasts = new ArrayList<Forecast>();
weather.setForecast(forecasts);
return weather;
}
public void test_saveDataAndReturnData() throws Exception {
// GIVEN
Weather weatherRequestStatus = buildWeather();
// WHEN
Weather weatherReturned =
dataPersistenceManager.saveDataToCacheAndReturnData(weatherRequestStatus, "weather.xml");
// THEN
assertTrue(weatherReturned.getCurren_weather().contains(TEST_TEMP));
}
public void test_loadDataFromCache_not_expired() throws Exception {
// GIVEN
Weather weatherRequestStatus = buildWeather();
final String FILE_NAME = "toto";
dataPersistenceManager.saveDataToCacheAndReturnData(weatherRequestStatus, FILE_NAME);
// WHEN
Weather weatherReturned =
dataPersistenceManager.loadDataFromCache(FILE_NAME, DurationInMillis.ONE_SECOND);
// THEN
assertTrue(weatherReturned.getCurren_weather().contains(TEST_TEMP));
}
public void test_saveDataAndReturnData_async() throws Exception {
// GIVEN
Weather weatherRequestStatus = buildWeather();
// WHEN
dataPersistenceManager.setAsyncSaveEnabled(true);
Weather weatherReturned =
dataPersistenceManager.saveDataToCacheAndReturnData(weatherRequestStatus, "weather.xml");
// THEN
((SimpleSerializerObjectPersister<?>) dataPersistenceManager)
.awaitForSaveAsyncTermination(500, TimeUnit.MILLISECONDS);
assertTrue(weatherReturned.getCurren_weather().contains(TEST_TEMP));
}