public void TestGetQueryResultLatLon()
{
Mock <IMeasurementDao> dao = new Mock <IMeasurementDao>(MockBehavior.Strict);
Task <double[]> result = new Task <double[]>(() => new double[] { 2.3, 4.33 });
result.RunSynchronously();
dao.Setup(d => d.GetQueryResult(
It.IsAny <DateTime>(),
It.IsAny <DateTime>(),
It.IsAny <int>(),
It.IsAny <int>(),
It.IsAny <int>(),
It.IsAny <List <Station> >(),
It.IsAny <decimal>(),
It.IsAny <decimal>(),
It.IsAny <int>()
)).Returns(result);
MeasurementManager m = new MeasurementManager(dao.Object, null, null);
double[] res = m.GetQueryResult(DateTime.Now, DateTime.Now, 0, 0, 0, null, 0, 0, 0).Result;
Assert.AreEqual(result.Result, res);
}
private async void ExecuteApplyAnalysis()
{
string LiveChartTitle = "";
Console.WriteLine("Applying");
Console.WriteLine("Start/End: " + StartDate + "/" + EndDate);
Console.WriteLine("Type/Group/Reduce: " + SelectedTargetType + "/" + SelectedGroupingType + "/" + SelectedReduceType);
int measurementTypeId = 0;
switch (this.SelectedTargetType)
{
case TargetType.Air_Preassure:
measurementTypeId = 2; LiveChartTitle = "Air Pressure"; break;
case TargetType.Humidity:
measurementTypeId = 4; LiveChartTitle = "Humidity"; break;
case TargetType.Rain:
measurementTypeId = 3; LiveChartTitle = "Rain"; break;
case TargetType.Temperature:
measurementTypeId = 1; LiveChartTitle = "Temperature"; break;
case TargetType.Wind:
measurementTypeId = 5; LiveChartTitle = "Wind"; break;
case TargetType.Wind_direction:
measurementTypeId = 6; LiveChartTitle = "Wind Direction"; break;
}
int reductionTypeId = 0;
switch (this.SelectedReduceType)
{
case ReduceType.Average: reductionTypeId = 0; break;
case ReduceType.Minimum: reductionTypeId = 1; break;
case ReduceType.Maximum: reductionTypeId = 2; break;
case ReduceType.Sum: reductionTypeId = 3; break;
}
int groupingTypeId = 0;
switch (this.SelectedGroupingType)
{
case GroupingType.Day:
groupingTypeId = 0; break;
case GroupingType.Week:
groupingTypeId = 1; break;
case GroupingType.Month:
groupingTypeId = 2; break;
case GroupingType.Year:
groupingTypeId = 3; break;
case GroupingType.Hour:
groupingTypeId = 4; break;
}
double[] result = null;
if (Longitude != 0 && Latitude != 0 && Radius != 0)
{
notifierManager.ShowInformation("Fetching results based on coordinates...");
result = await measurementManager.GetQueryResult(StartDate, EndDate, measurementTypeId, reductionTypeId, groupingTypeId, this.selectedStations.ToList(), Latitude, Longitude, Radius);
}
else
{
if (SelectedCommunity != null && SelectedCommunity.CommunityId != -1)
{
notifierManager.ShowInformation("Fetching results based on the selected community...");
result = await measurementManager.GetQueryResult(StartDate, EndDate, measurementTypeId, reductionTypeId, groupingTypeId, this.selectedStations.ToList(), this.SelectedCommunity);
}
else if (SelectedDistrict != null && SelectedDistrict.DistrictId != -1)
{
notifierManager.ShowInformation("Fetching results based on the selected district...");
result = await measurementManager.GetQueryResult(StartDate, EndDate, measurementTypeId, reductionTypeId, groupingTypeId, this.selectedStations.ToList(), this.SelectedDistrict);
}
else if (SelectedProvince != null && SelectedProvince.ProvinceId != -1)
{
if (SelectedProvince.ProvinceId == -2)
{
notifierManager.ShowInformation("Fetching results based on every region...");
result = await measurementManager.GetQueryResult(StartDate, EndDate, measurementTypeId, reductionTypeId, groupingTypeId, this.selectedStations.ToList());
}
else
{
notifierManager.ShowInformation("Fetching results based on the selected province...");
result = await measurementManager.GetQueryResult(StartDate, EndDate, measurementTypeId, reductionTypeId, groupingTypeId, this.selectedStations.ToList(), this.SelectedProvince);
}
}
else
{
notifierManager.ShowError("Please select a region or enter coordinates to filter the location!");
return;
}
}
AggregateViewModel aggregateViewModel = new AggregateViewModel();
aggregateViewModel.AddToCollection(LiveChartTitle, 1, result);
MetroWindow aggregateWindow = new MetroWindow
{
Title = LiveChartTitle + " Chart Window"
};
AggregateView aggregateView = new AggregateView
{
DataContext = aggregateViewModel
};
aggregateWindow.Content = aggregateView;
aggregateWindow.Show();
foreach (double d in result)
{
Console.WriteLine(d);
}
}