public void All_3_Fizz_5_Buzz_15_FizzBuzz_Test()
{
var m15 = GetMultiplesByDivisor(15, numbers);
var m3 = GetMultiplesByDivisor(3, numbers).Where(n => !m15.Contains(n)).ToArray();
var m5 = GetMultiplesByDivisor(5, numbers).Where(n => !m15.Contains(n)).ToArray();
var other = numbers.Where(n => !m3.Contains(n) && !m5.Contains(n) && !m15.Contains(n)).ToArray();
var fb15 = new FBDivisorItem(15, "FizzBuzz");
var fb5 = new FBDivisorItem(5, "Buzz");
var fb3 = new FBDivisorItem(3, "Fizz");
var fbproc = new FBProcessor(numbers, new List <IFBItem> {
fb15, fb5, fb3
});
var procresults = fbproc.GetResults();
var m3count = procresults.Where(n => n.Text == "Fizz").Count();
var m5count = procresults.Where(n => n.Text == "Buzz").Count();
var m15count = procresults.Where(n => n.Text == "FizzBuzz").Count();
var othercount = procresults.Where(n => n.Text == null).Count();
Assert.IsTrue(m3.Count() == m3count && m5.Count() == m5count && m15.Count() == m15count && othercount == other.Count());
}
private static FBResult[] ProcessResultsFizzBuzz()
{
FBDivisorItem fb15 = new FBDivisorItem(15, "FizzBuzz");
List <IFBItem> fbitems = new List <IFBItem>();
fbitems.Add(fb15);
FBProcessor fbproc = new FBProcessor(numbers, fbitems);
return(fbproc.GetResults());
}
private static FBResult[] ProcessResultsOutsideAssemblyPalindrome()
{
PalindromeOutside op = new PalindromeOutside(10);
List <IFBItem> fbitems = new List <IFBItem>();
fbitems.Add(op);
FBProcessor fbproc = new FBProcessor(numbers, fbitems);
return(fbproc.GetResults());
}
private static FBResult[] ProcessResultsFizzAndPalindrome()
{
FBDivisorItem fb3 = new FBDivisorItem(3, "Fizz");
FBPalindromeItem fbp = new FBPalindromeItem(10);
List <IFBItem> fbitems = new List <IFBItem>();
fbitems.Add(fb3);
fbitems.Add(fbp);
FBProcessor fbproc = new FBProcessor(numbers, fbitems);
return(fbproc.GetResults());
}
public void All_Palindrome_PerfectSqaure_FizzBuzz_Test()
{
var sq = new int[] { 1, 4, 9, 16 };
//Single digits are counted as pailndromes, but the perfect squares are left out.
//So 1,4 & 9 are not included.
var p = new int[] { 2, 3, 5, 6, 7, 8, 11 };
var m15 = GetMultiplesByDivisor(15, numbers20).Where(n => !p.Contains(n) && !sq.Contains(n)).ToArray();
var m3 = GetMultiplesByDivisor(3, numbers20).Where(n => !m15.Contains(n) && !p.Contains(n) && !sq.Contains(n)).ToArray();
var m5 = GetMultiplesByDivisor(5, numbers20).Where(n => !m15.Contains(n) && !p.Contains(n) && !sq.Contains(n)).ToArray();
var other = numbers20.Where(n => !m3.Contains(n) && !m5.Contains(n) && !m15.Contains(n) && !p.Contains(n) && !sq.Contains(n)).ToArray();
var fb15 = new FBDivisorItem(15, "FizzBuzz");
var fb5 = new FBDivisorItem(5, "Buzz");
var fb3 = new FBDivisorItem(3, "Fizz");
var fbp = new FBPalindromeItem(20);
var fbsq = new FBPerfectSquareItem(25);
var fbproc = new FBProcessor(numbers20, new List <IFBItem> {
fb15, fb5, fb3, fbp, fbsq
});
var procresults = fbproc.GetResults();
var m3count = procresults.Where(n => n.Text == "Fizz").Count();
var m5count = procresults.Where(n => n.Text == "Buzz").Count();
var m15count = procresults.Where(n => n.Text == "FizzBuzz").Count();
var pcount = procresults.Where(n => n.Text == "Palindrome!").Count();
var sqcount = procresults.Where(n => n.Text == "Perfect Square!").Count();
var othercount = procresults.Where(n => n.Text == null).Count();
Assert.IsTrue(
m3count == m3.Count() &&
m5count == m5.Count() &&
m15count == m15.Count() &&
othercount == other.Count() &&
pcount == p.Count() &&
sqcount == sq.Count()
);
}
private static bool CheckForCondition(int[] numstocheck, List <IFBItem> fbitems, string textcheck)
{
var fbproc = new FBProcessor(numstocheck, fbitems);
var results = fbproc.GetResults();
bool conditioncheck = false;
foreach (int i in numstocheck)
{
foreach (IFBItem fbi in fbitems.OrderByDescending(fb => fb.OrderCheck))
{
FBResult fbresult = fbi.GetResult(i);
if (fbresult.Text == textcheck)
{
break;
}
if (fbresult.Text != textcheck && fbresult.FBValue.HasValue == true)
{
conditioncheck = true;
break;
}
}
}
return(conditioncheck);
}
static void Main(string[] args)
{
numbers = Enumerable.Range(1, 100).ToArray();
//var results = ProcessResultsFizz(); //Only multiples of 3 rule.
//var results = ProcessResultsBuzz(); //Only Multiples of 5 rule.
//var results = ProcessResultsFizzBuzz(); //Only Multiples of 15 rule.
//var results = ProcessResultsFullFizzBuzz(); //All three fizzbuzz rules.
//var results = ProcessResultsFizzAndPalindrome(); //Only multiples of 3 and palindromes.
//var results = ProcessResultsOutsideAssemblyPalindrome(); //Palindrome rule applied based upon outside implementation of IFBItem.
/*
* foreach (var r in results)
* {
* Console.WriteLine(r.ToString());
* }
*/
FBDivisorItem fbitem3 = new FBDivisorItem(3, "Fizz");
FBDivisorItem fbitem5 = new FBDivisorItem(5, "Buzz");
FBDivisorItem fbitem15 = new FBDivisorItem(15, "FizzBuzz");
List <IFBItem> fbitems = new List <IFBItem>()
{
fbitem3, fbitem5, fbitem15
};
for (int i = 0; i <= int.MaxValue; i++)
{
var result = FBProcessor.GetResult(i, fbitems);
if (i % 1000000 == 0 || i < 1000)
{
Console.WriteLine(result);
}
}
Console.ReadKey();
}
