public void TestAirPlaneFlyDownWhileEngineOn()
{
//Goal here is to make sure:
///1. the plane while the engine is on, won't be able to go lower than 0 feet which is whhat thhe current altitude is.
///2. The plane will fly up 1000ft and then descend 1000ft to make sure it descends properly.
//Arrange
tp = new ToyPlane();
//Act
int originalAltitude = tp.CurrentAltitude;
tp.WindUp();
tp.StartEngine();
tp.TakeOff();
tp.FlyDown(50);//by default is 1000ft
int attemptToFlyDownWhenOnTheGround = tp.CurrentAltitude;
//now will fly up 50ft
tp.FlyUp(50);
int flownUpFeet = tp.CurrentAltitude; //use to compare with finalDescent to make sure they aren't equal
tp.FlyDown(50);
int finalDescent = tp.CurrentAltitude; //final descent should be back at 0 ft. and should not equal flownUpFeet
//Assert
Assert.AreEqual(50, flownUpFeet); //This to make sure flyUp hasn't risen up the plane
Assert.AreEqual(0, originalAltitude); //This is to make sure originalAltitude is 0ft
Assert.AreEqual(attemptToFlyDownWhenOnTheGround, originalAltitude); //This is to make sure the plane can't go lower than 0 feet which is the originalAltitude
Assert.AreNotEqual(finalDescent, flownUpFeet); //This is to make sure the plane has gone up and the valuue is not 0ft
Assert.AreEqual(finalDescent, originalAltitude); //This is to make sure the flyDown method works properly because it was at 1000ft(due to flyUP()), and is not at 0ft
}
public void ToyPlaneEngine()
{
//Arrange
ToyPlane tp = this.ToyPlane;
//Act
bool defaultEngine = tp.Engine.IsStarted; //default should be off
tp.StartEngine();
bool startedEngineBeforeWind = tp.Engine.IsStarted; // This should still return true because it is not wound up yet.
tp.WindUp();
tp.StartEngine();
bool startedEngineAfterWind = tp.Engine.IsStarted; // This should return true because the plane has been wound.
tp.StopEngine();
bool stoppedEngine = tp.Engine.IsStarted; // This should return false because the engine has been stopped.
tp.UnWind();
tp.StartEngine();
bool startedEngineAfterUnwind = tp.Engine.IsStarted; // This should return false because the plane has been unwound.
//Assert
Assert.AreEqual(defaultEngine, false);
Assert.AreEqual(startedEngineBeforeWind, false);
Assert.AreEqual(startedEngineAfterWind, true);
Assert.AreEqual(stoppedEngine, false);
Assert.AreEqual(startedEngineAfterUnwind, false);
}
public void TestAbout()
{
ToyPlane t = new ToyPlane();
//Default vars in about
int maxAltitudeDefault = t.MaxAltitude;//this shouldn't change
string windUpStringDefault = t.GetWindUpString();
int defaultCurrentAltitude = t.currentAltitude;
t.WindUp();
//Vars after winding up
string windUpAfterWindUp = t.GetWindUpString();
t.StartEngine();//gotta have the engine started to fly up
t.TakeOff();
//vars after flying up
string windUpStringAfterFly = t.GetWindUpString();//making sure these are being displayed correctly as they change
int currentAltitudeAfterFly = t.currentAltitude;
//Default Values
Assert.AreEqual(50, maxAltitudeDefault);
Assert.AreEqual("The toy plane is not wound up.", windUpStringDefault);
Assert.AreEqual(0, defaultCurrentAltitude);
Assert.AreEqual("The toy plane is wound up.", windUpAfterWindUp);
Assert.AreEqual("The toy plane is not wound up.", windUpStringAfterFly);
Assert.AreEqual(50, currentAltitudeAfterFly);
}
public void ToyPlaneWindUp()
{
ToyPlane tp = new ToyPlane();
bool defaultToyPlaneIsWoundUp = tp.isWoundUP;
tp.FlyUp(10);
string unwoundToyPlaneInfo = tp.About();
string ToyPlaneInfoUnWound = String.Format("This OOPAerialVehicle has a max altitude of {0}" +
"\nIt's current altitude is {1} ft." +
"\n{2}", tp.MaxAltitude, tp.CurrentAltitude, tp.Engine.About());
tp.TakeOff();
string unwoundTakeOffToyPlane = tp.TakeOff();
string ToyPlaneUnwoundTakeOff = String.Format("{0} can't fly it's engine is not started.", tp.GetType());
tp.WindUp();
bool woundUpToyPlane = tp.isWoundUP;
tp.TakeOff();
string woundUpTakeOffToyPlane = tp.TakeOff();
string ToyPlaneWoundUpTakeOff = String.Format("{0} is flying", tp.GetType());
Assert.IsFalse(defaultToyPlaneIsWoundUp);
Assert.AreEqual(unwoundToyPlaneInfo, ToyPlaneInfoUnWound);
Assert.AreEqual(unwoundTakeOffToyPlane, ToyPlaneUnwoundTakeOff);
Assert.IsTrue(woundUpToyPlane);
Assert.AreEqual(woundUpTakeOffToyPlane, ToyPlaneWoundUpTakeOff);
}
public void TestTakeOff()
{
ToyPlane t = new ToyPlane();
//Defaults
bool isWoundUpDefault = t.isWoundUp; //should be false upon starting without winding up
string takeOffDefault = t.TakeOff(); //trying to take off without winding up should return error string
//Starting wind up
t.WindUp();//calling stuff needed to actually take off
bool isWoundUpAfterWindUp = t.isWoundUp;
//Starting engine
t.StartEngine();
bool isWoundUpAfterStartEngine = t.isWoundUp;
//Taking off with engine started
string takeOffWithEngineStarted = t.TakeOff();
bool isWoundUpAfterTakeOff = t.isWoundUp;
//Defaults //Calling take off without starting the engine
Assert.AreEqual(false, isWoundUpDefault);
Assert.AreEqual(t.GetType().Name + " cannot take off. It's engine is not started.", takeOffDefault);
//Starting the engine
Assert.AreEqual(true, isWoundUpAfterWindUp);
Assert.AreEqual(true, isWoundUpAfterStartEngine);
//Calling take off with engine started
Assert.AreEqual(t.GetType().Name + " is flying", takeOffWithEngineStarted);
Assert.AreEqual(false, isWoundUpAfterTakeOff);
}
public void ToyPlaneFlyUp()
{
//Arrange
ToyPlane tp = this.ToyPlane;
//act
tp.WindUp();
tp.StartEngine();
string firstTakeoff = tp.TakeOff();
int defaultHeight = tp.CurrentAltitude;
tp.FlyUp(); // This should fail, because the AerialVehicle's FlyUp() goes up 1000 ft, while the ToyPlane has a maximum altitude of 50 ft.
int firstAlt = tp.CurrentAltitude;
tp.FlyUp(50);
int secondAlt = tp.CurrentAltitude;
tp.FlyUp(1); // This should fail and return the same value as the previous.
int thirdAlt = tp.CurrentAltitude;
//Assert
Assert.AreEqual(defaultHeight, 0);
Assert.AreEqual(firstAlt, 0);
Assert.AreEqual(secondAlt, 50);
Assert.AreEqual(thirdAlt, secondAlt);
}
public void ToyPlaneFlyUpCheck()
{
//arrange
ToyPlane tp = new ToyPlane();
//act - Engine on
tp.WindUp();
tp.Engine.Start();
tp.TakeOff();
tp.FlyUp(25);
//assert - check if fly up works
Assert.AreEqual(tp.CurrentAltitude, 25);
//act - fly to max
tp.FlyUp(25);
//assert - check for max altitude
Assert.AreEqual(tp.CurrentAltitude, 50);
//act - fly above max
tp.FlyUp(25);
//assert - check for max altitude
Assert.AreEqual(tp.CurrentAltitude, 50);
}
public void ToyPlaneDownCheck()
{
//arrange
ToyPlane tp = new ToyPlane();
//act - Engine on
tp.WindUp();
tp.Engine.Start();
tp.TakeOff();
tp.FlyUp(25);
tp.FlyDown(5);
//assert - check if fly down works
Assert.AreEqual(tp.CurrentAltitude, 20);
//act - fly to min
tp.FlyDown(20);
//assert - check for min altitude
Assert.AreEqual(tp.CurrentAltitude, 0);
//act - fly below min
tp.FlyDown(25);
//assert - check for min altitude
Assert.AreEqual(tp.CurrentAltitude, 0);
}
public void ToyPlaneFlyDown()
{
//Arrange
ToyPlane tp = this.ToyPlane;
//act
tp.WindUp();
tp.StartEngine();
string firstTakeoff = tp.TakeOff();
int defaultHeight = tp.CurrentAltitude;
tp.FlyDown();
//test is flying again
int FlyDown = tp.CurrentAltitude;
tp.TakeOff();
tp.FlyDown(1);
//test is flying again
tp.TakeOff();
int FlyDownOneAlreadyZero = tp.CurrentAltitude;
tp.FlyUp(2);
tp.FlyDown(1);
int FlyDownOneAtTwo = tp.CurrentAltitude;
//Assert
Assert.AreEqual(defaultHeight, 0);
Assert.AreEqual(FlyDown, 0);
Assert.AreEqual(FlyDownOneAlreadyZero, 0);
Assert.AreEqual(FlyDownOneAtTwo, 1);
}
public void ToyPlaneFlyDownTest()
{
// Toy Plane instance to be tested
ToyPlane tp = new ToyPlane();
// Setup
tp.WindUp();
tp.StartEngine();
tp.FlyUp(50);
int maxFlyUp = tp.CurrentAltitude;
tp.FlyDown(20);
int flyDown = tp.CurrentAltitude;
// The value should not change as you are flying down more feet than you are up in the air
tp.FlyDown();
int limitFlyDown = tp.CurrentAltitude;
tp.FlyDown(30);
int landFlyDown = tp.CurrentAltitude;
// Assess
Assert.AreEqual(maxFlyUp, 50);
Assert.AreEqual(flyDown, 30);
Assert.AreEqual(limitFlyDown, 30);
Assert.AreEqual(landFlyDown, 0);
}
public void TestAirPlaneFlyUpWhileEngineOn()
{
//Arrange
tp = new ToyPlane();
//Act
int originalAltitude = tp.CurrentAltitude;
tp.WindUp();
tp.StartEngine();
tp.TakeOff();
tp.FlyUp(10);
int afterFlyingUpDefault = tp.CurrentAltitude;
///Attempt To flyy up higher than max altitude
tp.FlyUp(42); //this should not work becaause desired altitude is (40 + 42)82 ft which is higher than maxAltitude
int attemptToFlyUpPastMaxAltitude = tp.CurrentAltitude;
tp.FlyUp(40); //this should reachh 41000ft the max altitude
int reachMaxAltitude = tp.CurrentAltitude; //plane should reach 50 ft reaching maxAltitude
//Assert
Assert.AreEqual(0, originalAltitude); //To make sure the altitude is 0
Assert.AreEqual(10, afterFlyingUpDefault); //To make sure flying up went up precisely 1000ft
Assert.AreNotEqual(afterFlyingUpDefault, originalAltitude); //to make sure the plane flew up
///Attempt To flyy up higher than max altitude
Assert.AreNotEqual(83, attemptToFlyUpPastMaxAltitude);
Assert.AreEqual(attemptToFlyUpPastMaxAltitude, afterFlyingUpDefault); //plane should not have ascended past the defauult flyUp method
///Reaching max Altitude
Assert.AreEqual(50, reachMaxAltitude);
Assert.AreNotEqual(originalAltitude, reachMaxAltitude);
}
public void ToyPlaneTakeOffTest()
{
// Toy Plane instance to be tested
ToyPlane tp = new ToyPlane();
// Setup
string firstTakeOff = tp.TakeOff();
tp.StartEngine();
string noWind = tp.getWindUpString();
tp.WindUp();
string woundUp = tp.getWindUpString();
tp.StartEngine();
string secondTakeOff = tp.TakeOff();
int altTakeOff = tp.CurrentAltitude;
// Assess
Assert.AreEqual(tp.Engine.isStarted, true);
Assert.AreEqual(firstTakeOff, $"This {this.ToString()} can't fly it's engine is not started.");
Assert.AreEqual(noWind, $"This {this.ToString()} has not been wound up");
Assert.AreEqual(woundUp, $"This {this.ToString()} has been wound up");
Assert.AreEqual(secondTakeOff, $"This {this.ToString()} is flying");
Assert.AreEqual(altTakeOff, 0);
}
public void ToyPlaneAboutTest()
{
// Toy Plane instance to be tested
ToyPlane tp = new ToyPlane();
Assert.AreEqual(tp.About(), $"This {tp.ToString()} has a max altitude of 41000 ft. \nIt's current altitude is 0 ft. \nThis{tp.Engine.ToString()}'s engine is not started.");
}
public void ToyPlaneTakeOff()
{
ToyPlane tp = toyPlane;
bool endWoundUp;
bool startWoundUp;
bool startIsFlying;
bool endIsFlying;
bool startEngineStatus;
bool endEngineStatus;
startWoundUp = tp.isWoundUp;
endWoundUp = true;
startIsFlying = tp.IsFlying;
endIsFlying = true;
startEngineStatus = tp.Engine.IsStarted;
endEngineStatus = true;
Assert.AreEqual(startIsFlying, tp.IsFlying);
Assert.AreEqual(startWoundUp, tp.isWoundUp);
Assert.AreEqual(startEngineStatus, tp.Engine.IsStarted);
tp.WindUp();
Assert.IsTrue(tp.isWoundUp);
tp.UnWind();
Assert.IsFalse(tp.isWoundUp);
tp.WindUp();
tp.TakeOff();
Assert.IsFalse(tp.IsFlying);
tp.StartEngine();
Assert.IsTrue(endEngineStatus);
tp.TakeOff();
Assert.AreEqual(endIsFlying, tp.IsFlying);
Assert.AreEqual(endWoundUp, tp.isWoundUp);
}
public void TestConstructor()
{
ToyPlane t = new ToyPlane();
int defaultMaxAltitude = t.MaxAltitude;
Assert.AreEqual(50, defaultMaxAltitude);
}
public void ToyPlane()
{
// Act.
ToyPlane toyPlane = kernel.Get <ToyPlane>();
// Assert.
Assert.IsInstanceOfType(toyPlane.Engine, typeof(RubberBandEngine));
}
public void ToyPlaneText()
{
ToyPlane tp = toyPlane;
string pickupText;
pickupText = "Obtained string to Wind up the plane to unleash flight.";
Assert.AreEqual(pickupText, tp.getWindUpString());
}
public void ToyPlaneAbout()
{
ToyPlane tp = toyPlane;
string aboutToyPlaneText;
aboutToyPlaneText = $"This toy plane model currently has a current altitude of {0} feet with a max altitude of {50} feet.";
Assert.AreEqual(aboutToyPlaneText, tp.About());
}
public void TestTakeOff()
{
//arrange
t = new ToyPlane();
//assert
Assert.AreEqual(t + " can't fly, it isn't wound up!", t.TakeOff()); //default string
}
public void TestGetWindUpString()
{
//arrange
t = new ToyPlane();
//assert
Assert.AreEqual(t + " is not wound up.", t.getWindUpString());
}
public void WindUp()
{
ToyPlane plane = new ToyPlane();
plane.WindUp();
Assert.IsTrue(plane.isWoundUP);
}
public void TestToyPlaneConstructor()
{
//arrange
t = new ToyPlane();
//assert
Assert.AreEqual(50, t.MaxAltitude); //toyplanes should have max alt of 50 default
Assert.AreEqual(false, t.isWoundUP);
}
public void Unwind()
{
ToyPlane plane = new ToyPlane();
plane.WindUp();
plane.UnWind();
Assert.IsFalse(plane.isWoundUP);
}
public void ToyPlaneCreation()
{
ToyPlane tp = new ToyPlane();
int defaultToyPlaneMaxAltitude = tp.MaxAltitude;
bool defaultToyPlaneWoundUp = tp.isWoundUP;
Assert.AreEqual(defaultToyPlaneMaxAltitude, 50);
Assert.IsFalse(defaultToyPlaneWoundUp);
}
public void TestToyPlaneAbout()
{
//arrange
t = new ToyPlane();
//assert
Assert.AreEqual(t.getWindUpString() + "\n" +
t.getEngineStartedString() + "\nThis " + t +
" has a max altitude of " + t.MaxAltitude + "\nIt's current altitude is " + t.CurrentAltitude, t.About());
}
public void StartEngine()
{
ToyPlane plane = new ToyPlane();
Assert.AreEqual(plane.StartEngine(), "The toy plane has to be wound up first");
plane.WindUp();
Assert.AreEqual(plane.StartEngine(), "Sprint_0_Warm_Up.ToyPlane is flying");
}
public void ToyPlaneWindUp()
{
//Arrange
ToyPlane tp = toyplane;
//Act
//Assert
Assert.AreEqual(tp.woundUp, false);
}
public void ToyPlaneAbout()
{
//Arrange
ToyPlane tp = this.ToyPlane;
//Act
// Nothing to act on here.
//Assert
Assert.AreEqual(tp.About(), $"This {tp.ToString()} has a max altitude of 50 ft.\nIts current altitude is 0 ft.\n{tp.ToString()} is not wound up.\n{tp.Engine.ToString()} is not started.");
}
public void ToyPlaneMaxAltitude()
{
//Arrange
test = new ToyPlane();
//Act
string about = test.About();
//Assert
Assert.AreEqual(about, $"This {test.ToString()} has a max altitude of 50 ft.\nIt's current altitude is 0 ft.\n{test.Engine.ToString()} is not started.");
}
public void ToyPlaneWindUpCheck()
{
//arrange
ToyPlane tp = new ToyPlane();
//act - wind her up
tp.WindUp();
//assert - check if wound
Assert.IsTrue(tp.isWoundUp);
}
