public void correct_period_of_daily_forecast_errors()
{
// Arrange
const int numberOfDailyErrors = 15;
const short numberOfHourlyErrorsInDay = 24;
// Act
var dailyErrors = ModelUtilities.GenerateDailyForecastErrors(
_installationId,
_startDate,
numberOfDailyErrors,
numberOfHourlyErrorsInDay)
.ToList();
// Assert
Assert.Equal(ForecastErrorPeriod.Day, dailyErrors[0].Period);
}
public void correct_end_date_of_daily_forecast_errors(
short numberOfDailyErrors, short numberOfHourlyErrorsInDay)
{
// Arrange
var endDate = _startDate.AddDays(numberOfDailyErrors)
.AddHours(numberOfHourlyErrorsInDay - 24);
// Act
var dailyErrors = ModelUtilities.GenerateDailyForecastErrors(
_installationId,
_startDate,
numberOfDailyErrors,
numberOfHourlyErrorsInDay)
.ToList();
// Assert
Assert.Equal(endDate.ToLocalTime(), dailyErrors.Last().TillDateTime);
}
public void correct_duration_time_of_daily_forecast_errors(
short numberOfHourlyErrorsInDay)
{
// Arrange
const int numberOfDailyErrors = 15;
// Act
var dailyErrors = ModelUtilities.GenerateDailyForecastErrors(
_installationId,
_startDate,
numberOfDailyErrors,
numberOfHourlyErrorsInDay)
.ToList();
// Assert
Assert.Equal(_startDate.ToLocalTime(), dailyErrors[0].FromDateTime);
Assert.Equal(
_startDate.AddHours(numberOfHourlyErrorsInDay).ToLocalTime(),
dailyErrors[0].TillDateTime);
}
public void correct_last_request_date_of_daily_forecast_errors(
short numberOfDailyErrors,
short numberOfHourlyErrorsInDay,
short lastDayRequestInterval)
{
// Arrange
var endRequestDate = _startDate
.AddDays(numberOfDailyErrors)
.AddHours(lastDayRequestInterval - 24)
.AddMinutes(ModelUtilities.RequestMinutesOffset);
// Act
var dailyErrors = ModelUtilities.GenerateDailyForecastErrors(
_installationId,
_startDate,
numberOfDailyErrors,
numberOfHourlyErrorsInDay)
.ToList();
// Assert
Assert.Equal(
endRequestDate.ToLocalTime(),
dailyErrors.Last().RequestDateTime);
}