public void GiventStringArray_SortReturnMaxValue()
{
string[] arr = { "Apple", "Peach", "Banana" };
GenericMaximum <string> max = new GenericMaximum <string>(arr);
string result = max.MaxMethod();
Assert.AreEqual("Peach", result);
}
public void GiventIntegerArray_SortReturnMaxValue()
{
int[] arr = { 23, 35, 87, 233, 3, 44, 98 };
GenericMaximum <int> max = new GenericMaximum <int>(arr);
int result = max.MaxMethod();
Assert.AreEqual(233, result);
}
public void GiventFloatArray_SortReturnMaxValue()
{
float[] arr = { 23.3f, 45.5f, 87.4f, 23.3f, 4.3f, 44.4f, 9.8f };
GenericMaximum <float> max = new GenericMaximum <float>(arr);
float result = max.MaxMethod();
Assert.AreEqual(87.4f, result);
}
public void GivenFloatNumThirdPostion_whenFindMax_shouldReturnsMaxThirdPosition()
{
double[] arr = { 40.5, 20.5, 55.5 };
GenericMaximum <double> floatMaxValue = new GenericMaximum <double>(arr);
double actualMax = floatMaxValue.MaxMethod();
Assert.AreEqual(55.5, actualMax);
}
public void GivenMaxStringFirstPositon_whenFindMax_shouldReturnsMaxFirstPosition()
{
string[] arr = { "Peach", "Banana", "Apple" };
GenericMaximum <string> stringMaxValue = new GenericMaximum <string>(arr);
string actualMax = stringMaxValue.MaxMethod();
Assert.AreEqual("Peach", actualMax);
}
public void GivenMaxNumThirdPosition_whenFindMaxNum_shouldReturnsMaxThird()
{
int[] arr = { 225, 375, 467 };
GenericMaximum <int> intMaxValue = new GenericMaximum <int>(arr);
int actualMax = intMaxValue.MaxMethod();
Assert.AreEqual(467, actualMax);
}
public void GivenMoreThreeValue1_whenFindMax_shouldReturnsMaxValue()
{
int[] arr = { 112, 344, 432, 555, 678 };
GenericMaximum <int> intMaxValue = new GenericMaximum <int>(arr);
int actualMax = intMaxValue.MaxMethod();
Assert.AreEqual(678, actualMax);
}
public void GivenMoreThreeValue_whenFindMax_shouldReturnsMaxValue()
{
int[] arr = { 67, 23, 99, 44 };
GenericMaximum <int> intMaxValue = new GenericMaximum <int>(arr);
int actualMax = intMaxValue.MaxMethod();
Assert.AreEqual(99, actualMax);
}
public void GivenMaxNumFirstPosition_whenFindMaxNum_shouldReturnsMaxFirst()
{
int[] arr = { 225, 100, 24 };
GenericMaximum <int> intMaxValue = new GenericMaximum <int>(arr);
int actualMax = intMaxValue.MaxMethod();
Assert.AreEqual(225, actualMax);
}
public void Given_FloatArray_Check_With_Generic_Return_MaxValue()
{
GenericMaximum <float> generic = new GenericMaximum <float>(new float[3] {
10.5f, 16.4f, 88.9f
});
float expected = 88.9f;
float actual = generic.MaxMethod();
Assert.AreEqual(expected, actual);
}
public void Given_IntegerArray_Check_With_Generic_Return_MaxValue()
{
int expected = 99;
GenericMaximum <int> generic = new GenericMaximum <int>(new int[5] {
24, 45, 65, 86, 99
});
int actual = generic.MaxMethod();
Assert.AreEqual(expected, actual);
}
public void Given_StringArray_Check_With_Generic_Return_MaxValue()
{
string expected = "Peach";
GenericMaximum <string> generic = new GenericMaximum <string>(new string[4] {
"Apple", "Banana", "Guava", "Peach"
});
string actual = generic.MaxMethod();
Assert.AreEqual(expected, actual);
}
public void UC3Refactor2()
{
//Arrange
double expected = 95.67;
GenericMaximum <double> maxFloat = new GenericMaximum <double>(25.34, 95.67, 58.64);
//Act
double actual = maxFloat.MaxMethod();
//Assert
Assert.AreEqual(expected, actual);
}