public void SecondFillUp()
{
//arrange
var f1 = new FillUp();
f1.Odometer = 1000;
f1.Litters = 50.00;
f1.IsFull = true;
var f2 = new FillUp();
f2.Odometer = 1600;
f2.Litters = 60.00;
f2.IsFull = true;
f1.NextFillUp = f2;
//act
double?kml1 = f1.Kml;
double?kml2 = f2.Kml;
//assert
Assert.Equal(10, kml1);
Assert.Null(kml2);
}
public void AddFillUp(Guid Id, FillUp item)
{
Car c = carRepo.Find(Id);
c.AddFillUp(item.Odometer, item.Liters, item.IsFull);
carRepo.SaveChanges();
}
public void FillUpCalculateKmL_Case2()
{
// Arrange
//var f1 = new FillUp();
//f1.OdoMeter = 2000;
//f1.Liters = 50.0;
//f1.IsFull = true;
//var f2 = new FillUp();
//f2.OdoMeter = 2500;
//f2.Liters = 20.0;
//f2.IsFull = true;
// Or
//var f1 = new FillUp(odoMeter: 2000, liters: 50, isFull: true);
//var f2 = new FillUp(2500, 20, true);
// Or
var f1 = new FillUp(odoMeter: 2000, liters: 50);
var f2 = new FillUp(2500, 20);
f1.NextFillUp = f2;
// Act
var kml = f1.KmL;
// Assert
Assert.Equal(25.0, kml);
}
public void ThirdFillUp_Return12()
{
//arrrang
Car c = new Car();
FillUp f1 = new FillUp();
f1.Odometer = 1000;
f1.Liters = 60;
FillUp f2 = new FillUp();
f2.Odometer = 1500;
f2.Liters = 50;
f1.NextFillUp = f2;
FillUp f3 = new FillUp();
f3.Odometer = 2100;
f3.Liters = 50;
f2.NextFillUp = f3;
c.FillUps.Add(f1);
c.FillUps.Add(f2);
c.FillUps.Add(f3);
//act
double?result = c.AverageKilometersPerLiter;
//assert
Assert.Equal(11.09, result);
}
public void ThreeFullFillUps()
{
var f1 = new FillUp();
f1.Odometer = 1000;
f1.Liters = 40.0;
f1.IsFull = true;
var f2 = new FillUp();
f2.Odometer = 1600;
f2.Liters = 50.0;
f2.IsFull = true;
f1.NextFillUp = f2;
var f3 = new FillUp();
f3.Odometer = 2200;
f3.Liters = 60.0;
f3.IsFull = true;
f2.NextFillUp = f3;
double?result1 = f1.ConsumptionRate;
double?result2 = f2.ConsumptionRate;
double?result3 = f3.ConsumptionRate;
Assert.Equal(12.0, result1);
Assert.Equal(10.0, result2);
Assert.Null(result3);
}
public void ThirdFillUp_Return12()
{
//arrrang
FillUp f1 = new FillUp();
f1.Odometer = 1000;
f1.Liters = 60;
FillUp f2 = new FillUp();
f2.Odometer = 1500;
f2.Liters = 50;
f1.NextFillUp = f2;
FillUp f3 = new FillUp();
f3.Odometer = 2100;
f3.Liters = 50;
f2.NextFillUp = f3;
//act
double?result = f2.KilometersPerLiter;
//assert
Assert.Equal(12, result);
}
public void CarAverageConsumption()
{
Car c = new Car();
Assert.Null(c.AverageConsumptionRate);
FillUp f1 = c.AddFillUp(odometer: 1000, liters: 40.0);
Assert.Null(c.AverageConsumptionRate);
FillUp f2 = c.AddFillUp(odometer: 1600, liters: 50.0);
Assert.Equal(12.0, c.AverageConsumptionRate);
FillUp f3 = c.AddFillUp(odometer: 2200, liters: 60.0);
Assert.Equal(10.91, c.AverageConsumptionRate);
//FillUp f4 = c.AddFillUp(odometer: 4000, liters: 80.0);
//Assert.Equal(15.79, c.AverageConsumptionRate);
//FillUp f5 = c.AddFillUp(odometer: 100000, liters: 500.0);
//Assert.Equal(143.48, c.AverageConsumptionRate);
FillUp f5 = c.AddFillUp(odometer: 100000, liters: 500.0);
Assert.Equal(162.3, c.AverageConsumptionRate);
// FillUp f4 = c.AddFillUp(odometer: 4000, liters: 80.0);
// Assert.Equal(143.48, c.AverageConsumptionRate);
}
public void AvgTwoFillup()
{
Car c = new Car();
FillUp f1 = c.AddFillUp(odometer: 1000, liters: 40.0);
FillUp f2 = c.AddFillUp(odometer: 1600, liters: 50.0);
Assert.Equal(12.0, c.AverageConsumptionRate);
}
public void FillUp1AverageConsumptionRate()
{
Car c = new Car();
FillUp f1 = c.AddFillUp(odometer: 0, liters: 0);
Assert.Null(c.AverageConsumptionRate);
}
public void FirstFillUp_ReturnNull()
{
var f = new FillUp(1000, 50.0);
double?kml = f.KmL;
Assert.Null(kml);
}
public void AddFirstFillUp()
{
Car c = new Car();
FillUp f1 = c.AddFillUp(odometer: 1000, liters: 40.0);
Assert.Equal(1, c.FillUps.Count());
Assert.Equal(1000, f1.Odometer);
Assert.Equal(40.0, f1.Liters);
}
public static FillUpResponse FromModel(FillUp item)
{
return(new FillUpResponse
{
Id = item.Id,
Odometer = item.Odometer,
Liters = item.Liters
});
}
public FillUp AddFillUp(Guid Id, FillUp item)
{
Car c = Find(Id);
FillUp f = c.AddFillUp(item.Odometer, item.Liters, item.IsFull);
SaveChanges();
return(f);
}
public void FillUp()
{
FillUp f;
f = new FillUp();
Assert.Equal(0, f.Odometer);
Assert.Equal(0.0, f.Liters);
}
public void NewFillUp()
{
FillUp f;
f = new FillUp();
Assert.Equal(0, f.Odometer);
Assert.Equal(0.0, f.Liters);
Assert.True(f.IsFull);
}
public void AvgThreeFillup()
{
Car c = new Car();
FillUp f1 = c.AddFillUp(odometer: 1000, liters: 40.0);
FillUp f2 = c.AddFillUp(odometer: 1600, liters: 50.0);
FillUp f3 = c.AddFillUp(odometer: 2200, liters: 60.0);
Assert.Equal(10.91, c.AverageConsumptionRate);
}
public void AddFirstFillUp()
{
var c = new Car("My Ford");
FillUp f = c.AddFillUp(odometer: 1000, liters: 20);
Assert.Equal(1, c.FillUps.Count());
Assert.Equal(1000, f.Odometer);
Assert.Equal(20.0, f.Liters);
}
public void AddTwoFillUp()
{
Car c = new Car();
FillUp f1 = c.AddFillUp(odometer: 1000, liters: 40.0);
FillUp f2 = c.AddFillUp(odometer: 1600, liters: 50.0);
Assert.Same(f2, f1.NextFillUp);
Assert.Equal(2, c.FillUps.Count());
}
public void FirstFillUp_ReturnNull()
{
var f = new FillUp();
f.Odometer = 1000;
f.Liters = 40;
double?result = f.ConsumptionRate;
Assert.Null(result);
}
public void InvalidData(int odometer, double liters)
{
FillUp f1 = new FillUp(odometer, liters);
//Assert.Null(f1.Kml);
Assert.ThrowsAny <Exception>(() =>
{
var k1 = f1.Kml;
});
}
public void SecondFillUps()
{
var job = new Job();
FillUp f1 = job.AddFillUp(odometer: 1000, liters: 60);
FillUp f2 = job.AddFillUp(odometer: 1000, liters: 60);
Assert.Equal(2, job.FillUps.Count);
Assert.Same(f2, f1.Next);
}
public void AddFirstFillUp()
{
var c = new Car(name: "My Jazz");
FillUp f = c.AddFillUp(odometer: 1000, liters: 20.0);
Assert.NotNull(f);
Assert.Equal(1, c.FillUps.Count());
Assert.Equal(1000, f.Odometer);
Assert.Equal(20.0, f.Liters);
}
public void AddTwoFillUpsAndThemShouldBeChainedCorrectly()
{
var c = new Car("My Ford");
FillUp f1 = c.AddFillUp(odoMeter: 1000, liters: 40);
FillUp f2 = c.AddFillUp(2000, 50);
Dump(c);
//Assert.Same(f2, f1.NextFillUp);//Equal is same value, Same is same object
f1.NextFillUp.ShouldBeSameAs(f2);
}
public void NewFillUpDontHasKmL()
{
//arrange
var f1 = new FillUp();
//act
double?kml = f1.KmL; //Nullable<double>
//a
Assert.Null(kml);
}
public void NewFillUpDontHasKmL()
{
//arrange
var f1 = new FillUp();
// act
double?kml = f1.KmL; /*KilometerPerLiteral*/
// assert
Assert.Null(kml);
}
public void TwoFillUpsCanCalculateKmL_Case2()
{
var f1 = new FillUp(odometer: 2000, liters: 50.0);
var f2 = new FillUp(odometer: 2500, liters: 20.0);
f1.NextFillUp = f2;
var kml1 = f1.KmL;
Assert.Equal(25.0, kml1);
}
public void NewFillUpDontHasKML() // inner or nester class
// arrange
{
var f1 = new FillUp();
// act
double?kml = f1.KmL; //KilometersPerLiteral (Nullable(double) => double?)
// a
Assert.Null(kml);
}
public void NewFillUpDontHaveKmL()
{
// Arrange
var f1 = new FillUp();
// Act
double?kml = f1.KmL;
// Assert
Assert.Null(kml);
}
public static FillUpResponse FromModel(FillUp item)
{
return(new FillUpResponse
{
Id = item.Id,
Obometer = item.odometer,
Liters = item.liters,
IsFull = item.isFull,
Kml = item.Kml,
});
}
public IActionResult OnGet(int?id)
{
var vehicle = _context.Vehicle.FirstOrDefault(v => v.Id == id);
MyFillUp = new FillUp();
MyFillUp.Date = DateTime.Now;
MyFillUp.Vehicle = vehicle;
return(Page());
}
