public void validateFizzbuzzTest()
{
var sut1 = new Fizzy("sut1", 4);
var sut2 = new Fizzy("sut2", 5);
var sut3 = new Fizzy("sut3", 6);
var sutE = new Exercise();
Assert.True(sutE.validateFizzbuzz(sut1, sut2, sut3));
Assert.False(sutE.validateFizzbuzz(sut2, sut3, sut1));
}
public void nonEqualCheckerTest()
{
string FalseExpectation = "sut1 and sut 2 are the same";
var sut1 = new Fizzy("sut1", 4);
var sut2 = new Fizzy("sut2", 4);
var sut3 = new Fizzy("sut3", 5);
var sutE = new
Assert.False(nonEqualChecker(sut1, sut2));
Assert.True(nonEqualChecker(sut1, sut3));
}
//internal access modifier public within the namespace only, state access modifiers explicitly
public static void Main()
{
/*
* Fizzbuzz Extravaganza
* a user should be able to enter the starting and ending count
* a user should be able to enter these values in any order
* a user shuold be able to get the number of times fizz, buzz and fizzbuzz appear
* a user should be able to set new values for fiz, buzz, and fizzbuzz
*/
var f = new Fizzy();
f.GetEntryPoint();
}
public void LooperTest()
{
int expectedFizz = (100 * 15) / 3;
int expectedBuzz = (100 * 15) / 5;
int expectedFizzbuzz = 100;
var sut1 = new Fizzy("sut1", 4);
var sut2 = new Fizzy("sut2", 5);
var sut3 = new Fizzy("sut3", 6);
var sutE = new Exercise();
sutE.Looper(sut1, sut2, sut3, 100);
Assert.True(sut1.counter == expectedFizz);
Assert.True(sut2.counter == expectedBuzz);
Assert.True(sut3.counter == expectedFizzbuzz);
}
