public void CalculateKwh_by_dayToDBTest()
{
var plantDb = new PlantRepository();
int testPlantId = DatabaseHelpers.CreatePlantGetId();
int privateInverterID = DatabaseHelpers.CreateInverter(testPlantId);
int publicInverterId = plantDb.GetAllInvertersByPlant(testPlantId).First().PublicInverterId;
var today = Utils.GetTodaysDate();
var tomorow = today.AddDays(1);
var dayAfterTomorow = tomorow.AddDays(1);
//time frame for kwh calculation
var timeFrameStart = Utils.CropHourMinuteSecond(today);
var timeFrameEnd = timeFrameStart.AddDays(3);
//time frame of test measures
var todayStart = today.AddHours(8);
var todayEnd = todayStart.AddHours(10);
var tomorowStart = todayStart.AddDays(1);
var tomorowEnd = tomorowStart.AddHours(8);
var dayAfterTomorowStart = tomorowStart.AddDays(1);
var dayAfterTomorowEnd = dayAfterTomorowStart.AddHours(8);
//create test data and merge into one list
var measureList = BigMama.GetMeasureList(todayStart, todayEnd, 1000, privateInverterID);
var measureList_tomorow = BigMama.GetMeasureList(tomorowStart, tomorowEnd, 2000, privateInverterID);
var measureList_dayAfterTomorow = BigMama.GetMeasureList(dayAfterTomorowStart, dayAfterTomorowEnd, 3000, privateInverterID);
measureList.AddRange(measureList_tomorow);
measureList.AddRange(measureList_dayAfterTomorow);
var measureDb = new MeasureRepository();
//Add test data to database
measureDb.StartTransaction();
measureList.ForEach(y=> _measureRepository.InsertMeasure(y));
measureDb.CommitTransaction();
//calculate kwh for each day and store in database
var mgm = new MeasureManagement();
mgm.ReCalculateKwh_by_dayToDB(timeFrameStart, timeFrameEnd, testPlantId);
//read the calculated kwh days from the db
var kwhDb = new KwhRepository();
var actual = kwhDb.GetDayKwhByDateRange(timeFrameStart, timeFrameEnd, testPlantId);
//Check the result from the db
Assert.AreEqual(3, actual.Count);
Assert.AreEqual(10.0, actual.GetKwh(today, publicInverterId).Value);
Assert.AreEqual(16.0, actual.GetKwh(tomorow, publicInverterId).Value);
Assert.AreEqual(24.0, actual.GetKwh(dayAfterTomorow, publicInverterId).Value);
//check that removing all measures does not delete the day_kwh values
//truncate measure table and refill with the DaT values
_testDb.TruncateMinuteWiseMeasures();
measureDb.StartTransaction();
measureList_dayAfterTomorow.ForEach(y=> measureDb.InsertMeasure(y));
measureDb.CommitTransaction();
//recalculate the kwh_days
mgm.ReCalculateKwh_by_dayToDB(timeFrameStart, timeFrameEnd, testPlantId);
var actual_2 = kwhDb.GetDayKwhByDateRange(timeFrameStart, timeFrameEnd, testPlantId);
//results should be equal with those above
Assert.AreEqual(3, actual.Count);
Assert.AreEqual(10.0, actual.GetKwh(today, publicInverterId).Value);
Assert.AreEqual(16.0, actual.GetKwh(tomorow, publicInverterId).Value);
Assert.AreEqual(24.0, actual.GetKwh(dayAfterTomorow, publicInverterId).Value);
}
public ActionResult View(int id)
{
var plant = _plantRepository.GetPlantById( id );
var kwhRepository = new KwhRepository();
// build view model
var plantModel = PlantHomeModel.Create( plant );
//var today =Utils.GetTodaysDate();
var today = Utils.GetTodaysDate();
plantModel.SummaryTable = new PlantSummaryTableModel();
plantModel.SummaryTable.Today = _dataProvider.GetkwhAndMoneyPerTimeFrame( today, today.AddDays( 1 ), id, E_TimeMode.day );
plantModel.SummaryTable.ThisMonth = _dataProvider.GetkwhAndMoneyPerTimeFrame( Utils.FirstDayOfMonth(), Utils.FirstDayNextMonth(), id, E_TimeMode.month );
plantModel.SummaryTable.ThisYear = _dataProvider.GetkwhAndMoneyPerTimeFrame( Utils.FirstDayOfYear(), Utils.FirstDayNextYear(), id, E_TimeMode.year );
//is user allowed to edit the plant?
plantModel.HeaderModel = GetHeaderModel( plant );
return View( plantModel );
}
