public void ShouldCalcTheCorrectTotals(
int quantity,
decimal powerConsumption,
AUSchedule aUSchedule,
decimal expTotalPowerConsumption,
decimal expTotalOnSolarEnergyConsumption,
decimal expTotalOffSolarEnergyConsumption,
decimal expTotalEnergyConsumption)
{
var builder = new ApplianceUsageBuilder();
var applianceUsage = new ApplianceUsage(
builder.TestConsumptionCalculator, builder.TestAppliance,
quantity, powerConsumption, builder.TestEnabled);
applianceUsage.ApplianceUsageSchedule.ClearUsageIntervals();
foreach (var u in aUSchedule.UsageIntervals)
{
var ti = u.TimeInterval;
int startHr = ti.Start.Hours, startMin = ti.Start.Minutes;
int endHr = ti.End.Hours, endMin = ti.End.Minutes;
applianceUsage.ApplianceUsageSchedule.AddUsageInterval(
startHr, startMin, endHr, endMin, u.UsageKind
);
}
var applianceUsageTotal = new ApplianceUsageTotal(applianceUsage);
Assert.Equal(expTotalPowerConsumption,
applianceUsageTotal.TotalPowerConsumption);
Assert.Equal(expTotalOnSolarEnergyConsumption,
applianceUsageTotal.TotalOnSolarEnergyConsumption);
Assert.Equal(expTotalOffSolarEnergyConsumption,
applianceUsageTotal.TotalOffSolarEnergyConsumption);
Assert.Equal(expTotalEnergyConsumption,
applianceUsageTotal.TotalEnergyConsumption);
}
void ThrowsForNegativePowerConsumption()
{
var builder = new ApplianceUsageBuilder();
Assert.Throws <ArgumentOutOfRangeException>(() => {
new ApplianceUsage(builder.TestConsumptionCalculator,
builder.TestAppliance, builder.TestQuantity,
-10.5m, builder.TestEnabled);
});
}
void ThrowsForNullAppliance()
{
var builder = new ApplianceUsageBuilder();
Assert.Throws <ArgumentNullException>(() => {
new ApplianceUsage(builder.TestConsumptionCalculator, null,
builder.TestQuantity, builder.TestPowerConsumption,
builder.TestEnabled);
});
}
