public ActionResult AddCar()
{
var c = new Car();
c.Make = "Honda";
c.Model = "Jazz";
c.Color = "White";
var r = new Random();
var odo = 1000;
for (int i = 0; i < r.Next(3, 10); i++)
{
var isForgot = r.Next(100) < 5; // 5% forgot brain level.
var liters = r.Next(300, 800) / 10.0; //30.0-80.0 float
c.AddFillUp(odo, liters, isFull: true, isForgot: isForgot);
odo += r.Next(300, 800);
}
//s.Add(c);
app.Cars.Add(c);
app.Cars.SaveChanges();
return RedirectToAction("Index");
}
public void SingleFillUp_IsNull()
{
var c = new Car();
var f1 = c.AddFillUp(1000, 50.0, true);
Assert.Null(c.AvergeKiloMetersPerLiter);
}
public void NewFillUp_UsesCurrentDateTime()
{
var c = new Car();
var dt = DateTime.Now;
SystemTime.SetDateTime(dt);
var f = c.AddFillUp(1000, 50.0);
Assert.Equal(dt, SystemTime.Now());
}
public void ThreeFillUps()
{
var c = new Car();
FillUp f1 = c.AddFillUp(odometer: 1000,liters: 50.0,isFull: true);
FillUp f2 = c.AddFillUp(odometer: 1600,liters: 60.0,isFull: true);
FillUp f3 = c.AddFillUp(odometer: 2000,liters: 50.0,isFull: true);
var kml = c.AverageKilometersPerListes;
Assert.Equal(9.1,kml);
}
public void CanAddNewFillUp()
{
var c = new Car();
FillUp f = c.AddFillUp(odometer: 1000,liters: 50.0,isFull: true);
Assert.Equal(1,c.FillUps.Count());
Assert.Equal(1000,f.Odometer);
Assert.Equal(50.0,f.Liters);
Assert.True(f.IsFull);
}
public void AddTwoFillUps()
{
var c = new Car();
FillUp f1 = c.AddFillUp(odometer: 1000, liters: 50.0, isFull: true);
FillUp f2 = c.AddFillUp(odometer: 2000, liters: 50.0, isFull: true);
Assert.Equal(2, c.FillUps.Count());
Assert.Equal(f1.NextFillUp, f2);
Assert.Equal(f1, f2.PreviousFillUp);
}
public void CanAddTwoFillUp()
{
var c = new Car();
var f1 = c.AddFillUp(odometer: 1000, liters: 50.0, isFull: true);
var f2 = c.AddFillUp(odometer: 1500, liters: 50.0, isFull: true);
Assert.Equal(2, c.FillUps.Count);
Assert.Same(f1.NextFillUp, f2);
Assert.Same(f1, f2.PreviousFillUp);
}
public void CanAddTreeFillUp()
{
var c = new Car();
FillUp f1 = c.AddFillUp(odometer: 1000, liters: 50.5, isFull: true);
FillUp f2 = c.AddFillUp(odometer: 1000, liters: 50.5, isFull: true);
FillUp f3 = c.AddFillUp(odometer: 1000, liters: 50.5, isFull: true);
Assert.Equal(3, c.FillUps.Count());
Assert.Same(f2, f1.NextFillUp);
Assert.Same(f3, f2.NextFillUp);
}
public void CanAddTreeFillUp()
{
var c = new Car();
var f1 = c.AddFillUp(odometer: 1000, liters: 50.0, isFull: true);
var f2 = c.AddFillUp(odometer: 1600, liters: 60.0, isFull: true);
var f3 = c.AddFillUp(odometer: 2000, liters: 50.0, isFull: true);
Assert.Equal(3, c.FillUps.Count);
Assert.Same(f1.NextFillUp, f2);
Assert.Same(f2.NextFillUp, f3);
}
public void InvalidMake_AddFailed()
{
using (var app = new App(testing: true)) {
var c = new Car();
c.Make = "Google"; // valid make
Assert.ThrowsAny<Exception>(() => {
app.Cars.Add(c);
});
}
}
public void ValidMake_AddOk()
{
using(var app = new App(testing: true)) {
var c = new Car();
c.Make = "Honda"; // valid make
app.Cars.Add(c);
app.Cars.SaveChanges();
var n = app.Cars.All().Count();
Assert.Equal(1,n);
}
}
public void oneBlock()
{
var c = new Car();
FillUp f1 = c.AddFillUp(1000, 50, true, false);
FillUp f2 = c.AddFillUp(1600, 60, true, true);
FillUp f3 = c.AddFillUp(2000, 50, true, false);
c.AddFillUp(2600, 60, true);
var kml = c.get_AveragekilomaterPerLister;
Assert.Equal(9.1, kml);
}
public void OneBlock()
{
var c = new Car();
c.AddFillUp(1000,50,true,isForgot: false);
c.AddFillUp(1600,60,true,isForgot: true);
c.AddFillUp(2000,50,true);
c.AddFillUp(2600,60,true);
c.AddFillUp(3500,50,true,true);
var kml = c.AverageKilometersPerListes;
Assert.Equal(9.1,kml);
}
public void CanAvgKmPerLiter()
{
var c = new Car();
// add f1
FillUp f1 = c.AddFillUp(odometer: 1000, liters: 50.0, isFull: true);
// add f2
FillUp f2 = c.AddFillUp(odometer: 1600, liters: 60.0, isFull: true);
// add f3
FillUp f3 = c.AddFillUp(odometer: 2000, liters: 50.0, isFull: true);
double? kml = c.AverageKilometersPerListes;
Assert.Equal(9.1, kml);
}
public void AddTwoFillUps()
{
var c = new Car();
// add f1
FillUp f1 = c.AddFillUp(odometer: 500, liters: 50.0, isFull: true);
// add f2
FillUp f2 = c.AddFillUp(odometer: 1000, liters: 20.0, isFull: true);
//Assert that c has 2 file ups.
Assert.Equal(2, c.FillUps.Count());
//Assert that f1.NextFillUp is f2 -> use .same
Assert.Same(f2, f1.NextFillUp);
Assert.Same(f1, f2.PreviousFillUp);
}
public void twoBlock()
{
var c = new Car();
c.AddFillUp(1000, 50);
c.AddFillUp(1600, 60);
c.AddFillUp(2000, 50);
c.AddFillUp(4000, 50, isForgot: true);
c.AddFillUp(4600, 50);
c.AddFillUp(5000, 50);
var kml = c.get_AveragekilomaterPerLister;
Assert.Equal(9.6, kml);
}
public void TwoBlock()
{
var c = new Car();
c.AddFillUp(1000,50);
c.AddFillUp(1600,60);
c.AddFillUp(2000,50);
c.AddFillUp(4000,50,isForgot: true);
c.AddFillUp(4600,50);
c.AddFillUp(5000,50);
var kml = c.AverageKilometersPerListes;
Assert.Equal(9.6,kml);
}
public void AddTwoFillUps()
{
// add f1
// add f2
var c = new Car();
FillUp f1 = c.AddFillUp(odometer: 1000,liters: 50.0,isFull: true);
FillUp f2 = c.AddFillUp(odometer: 1600,liters: 60.0,isFull: true);
FillUp f3 = c.AddFillUp(odometer: 2000,liters: 50.0,isFull: true);
// assert that c has 2 fill ups
// assert that f1.NextFillUp is f2
Assert.Equal(3,c.FillUps.Count());
Assert.Same(f2,f1.NextFillUp);
Assert.Same(f3,f2.NextFillUp);
Assert.Same(f1,f2.PreviousFillUp);
Assert.Same(f2,f3.PreviousFillUp);
}
public void AddThreeFillUps()
{
var c = new Car();
// add f1
FillUp f1 = c.AddFillUp(odometer: 500, liters: 50.0, isFull: true);
// add f2
FillUp f2 = c.AddFillUp(odometer: 1000, liters: 20.0, isFull: true);
// add f3
FillUp f3 = c.AddFillUp(odometer: 800, liters: 30.0, isFull: true);
//Assert that c has 3 file ups.
Assert.Equal(3, c.FillUps.Count());
//Assert that f1.NextFillUp is f2 -> use .Same
Assert.Same(f1.NextFillUp, f2);
//Assert that f2.NextFillUp is f3 -> use .Same
Assert.Same(f2.NextFillUp, f3);
}
public ActionResult AddCar()
{
var c = new Car();
c.Make = "Toyota";
c.Model = "Camry";
c.Color = "White";
var r = new Random();
var odometer = 100;
for (int i = 0; i < r.Next(3, 10+1); i++) {
var isForgot = r.Next(100) < 5; // 5% forgot brain level.
var liters = r.Next(300, 800) / 10.0;
c.AddFillUp(odometer, liters, isFull: true, isForgot: isForgot);
odometer += r.Next(300, 800);
}
s.Add(c);
return RedirectToAction("Index");
}
public void AddThreeFillUps()
{
var c = new Car();
FillUp f1 = c.AddFillUp(odometer: 1000,
liters: 50.0,
isFull: true);
FillUp f2 = c.AddFillUp(odometer: 1500,
liters: 40.0,
isFull: true);
FillUp f3 = c.AddFillUp(odometer: 2100,
liters: 56.0,
isFull: true);
Assert.Equal(3, c.FillUps.Count());
Assert.Same(f2, f1.NextFillUp);
Assert.Same(f3, f2.NextFillUp);
Assert.Same(f1, f2.PreviousFillUp);
}
public void NoFillUp_IsNull()
{
var c = new Car();
Assert.Null(c.AvergeKiloMetersPerLiter);
}
public void TwoFillUp_IsNull()
{
var c = new Car();
FillUp f1 = c.AddFillUp(odometer: 1000,liters: 50.0,isFull: true);
FillUp f2 = c.AddFillUp(odometer: 1600,liters: 60.0,isFull: true);
Assert.Equal(10,c.AverageKilometersPerListes);
}
public void NewCar_HasCorrectInitialValues()
{
Car c = new Car();
c.Make = "Honda";
c.Model = "Accord";
Assert.Equal("Honda", c.Make);
Assert.Equal("Accord", c.Model);
Assert.Equal(0, c.FillUps.Count());
}
public void TwoFillUps()
{
var c = new Car();
var f1 = c.AddFillUp(odometer: 1000, liters: 50.0, isFull: true);
var f2 = c.AddFillUp(odometer: 1600, liters: 60.0, isFull: true);
Assert.Equal(10, c.AvergeKiloMetersPerLiter);
}
public void NoFillUp_IsNull()
{
var c = new Car();
Assert.Null(c.AverageKilometersPerListes);
}
public void OneBlock()
{
var c = new Car();
c.AddFillUp(odometer: 1000, liters: 50.0, isFull: true);
c.AddFillUp(odometer: 1600, liters: 60.0, isFull: true, isForgot: true);
c.AddFillUp(odometer: 2000, liters: 50.0, isFull: true);
c.AddFillUp(odometer: 2600, liters: 60.0, isFull: true);
c.AddFillUp(odometer: 3500, liters: 50.0, isFull: true, isForgot: true);
double? kml = c.AverageKilometersPerListes;
Assert.Equal(9.1, kml);
}
public void SingleFillUp_IsNull()
{
var c = new Car();
FillUp f1 = c.AddFillUp(odometer: 1000, liters: 50.0, isFull: true);
Assert.Null(c.AverageKilometersPerListes);
}
public Car Add(Car item)
{
var c = repo.Add(item);
repo.SaveChanges();
return c;
}
public void NoFillUp_Isnull()
{
var c = new Car();
Assert.Null(c.get_AveragekilomaterPerLister);
}
