public void Test_ReviveWhileActive_PermanentDeactivation_jumpPrime()
{
// Arrange
int testVal = 10000;
jumpPrime obj;
bool expectedInitialIsActive = false;
bool expectedSecondIsActive = false;
bool expectedFinalIsActive = false;
// Act
obj = new jumpPrime(testVal);
obj.revive();
bool initialIsActive = obj.getActiveStatus();
obj.revive();
bool secondIsActive = obj.getActiveStatus();
obj.reset(testVal);
bool finalIsActive = obj.getActiveStatus();
// Assert
Assert.AreEqual(expectedInitialIsActive, initialIsActive);
Assert.AreEqual(expectedSecondIsActive, secondIsActive);
Assert.AreEqual(expectedFinalIsActive, finalIsActive);
}
public void Test_Revive_whenActive()
{
//arrange
int number = 2488;
jumpPrime obj = new jumpPrime(number);
//act
obj.revive();
bool expectedState = false;
//assert
Assert.AreEqual(expectedState, obj.getActive());
}
public void Test_Revive()
{
//arrange
int number = 2488;
jumpPrime obj = new jumpPrime(number);
int limitExceeded = 27;
//act
for (int i = 0; i < limitExceeded; i++)
{
obj.up();
}
bool expectedValue = true;
obj.revive();
//assert
Assert.AreEqual(expectedValue, obj.getActive());
}
public void Test_Revive_jumpPrime()
{
// Arrange
int testVal = 4002;
jumpPrime obj;
bool expectedInitialIsActive = false;
bool expectedFinalIsActive = true;
int originalLowerPrime = 4001;
// Act
obj = new jumpPrime(testVal);
while (obj.getActiveStatus())
{
obj.down();
}
bool initialIsActive = obj.getActiveStatus();
obj.revive();
// Assert
Assert.AreEqual(expectedInitialIsActive, initialIsActive);
Assert.AreEqual(expectedFinalIsActive, obj.getActiveStatus());
Assert.AreNotEqual(originalLowerPrime, obj.down());
}
