public List<LottoResult> GetTodaysNumbers(string path)
{
string[] lines = System.IO.File.ReadAllLines(path);
var finalLines = lines.ToList();
finalLines.RemoveRange(0,5);
var finalFinal = finalLines.GetRange(0, 200).ToList();
var finalResultList = new List<LottoResult>();
for (var x = 0; x < 200; x ++)
{
var row = finalFinal[x].Split(new char[0], StringSplitOptions.RemoveEmptyEntries);
var lottoResult = new LottoResult(){DrawNumber = Int32.Parse(row[0]), NUM1 = Int32.Parse(row[5]), NUM2 = Int32.Parse(row[6]), NUM3 = Int32.Parse(row[7])};
finalResultList.Add(lottoResult);
}
const int sampleSize = 10;
var testSample = finalResultList.GetRange(0, sampleSize).ToList();
var highPercentile = sampleSize *.55;
var ascendTest = new AscendingNumbers();
var firstSecondThird = testSample.Count(t => ascendTest.FirstSecondThird(t.NUM1, t.NUM2, t.NUM3));
var firstThirdSecond = testSample.Count(t => ascendTest.FirstThirdSecond(t.NUM1, t.NUM2, t.NUM3));
var secondFirstThird = testSample.Count(t => ascendTest.SecondFirstThird(t.NUM1, t.NUM2, t.NUM3));
var secondThirdFirst = testSample.Count(t => ascendTest.SecondThirdFirst(t.NUM1, t.NUM2, t.NUM3));
var thirdFirstSecond = testSample.Count(t => ascendTest.ThirdFirstSecond(t.NUM1, t.NUM2, t.NUM3));
var thirdSecondFirst = testSample.Count(t => ascendTest.ThirdSecondFirst(t.NUM1, t.NUM2, t.NUM3));
var repeatingNumbers = new RepeatingNumbers();
var noRepeatNoRepeatNoRepeat = testSample.Count(t => repeatingNumbers.NoRepeatNoRepeatNoRepeat(t.NUM1, t.NUM2, t.NUM3));
var noRepeatRepeatRepeat = testSample.Count(t => repeatingNumbers.NoRepeatRepeatRepeat(t.NUM1, t.NUM2, t.NUM3));
var repeatNoRepeatRepeat = testSample.Count(t => repeatingNumbers.RepeatNoRepeatRepeat(t.NUM1, t.NUM2, t.NUM3));
var repeatRepeatNoRepeat = testSample.Count(t => repeatingNumbers.RepeatRepeatNoRepeat(t.NUM1, t.NUM2, t.NUM3));
var repeatRepeatRepeat = testSample.Count(t => repeatingNumbers.RepeatRepeatRepeat(t.NUM1, t.NUM2, t.NUM3));
var evenOdd = new EvenOdd();
var evenEvenEven = testSample.Count(t => evenOdd.EvenEvenEven(t.NUM1, t.NUM2, t.NUM3));
var evenEvenOdd = testSample.Count(t => evenOdd.EvenEvenOdd(t.NUM1, t.NUM2, t.NUM3));
var evenOddEven = testSample.Count(t => evenOdd.EvenOddEven(t.NUM1, t.NUM2, t.NUM3));
var evenOddOdd = testSample.Count(t => evenOdd.EvenOddOdd(t.NUM1, t.NUM2, t.NUM3));
var oddEvenEven = testSample.Count(t => evenOdd.OddEvenEven(t.NUM1, t.NUM2, t.NUM3));
var oddEvenOdd = testSample.Count(t => evenOdd.OddEvenOdd(t.NUM1, t.NUM2, t.NUM3));
var oddOddEven = testSample.Count(t => evenOdd.OddOddEven(t.NUM1, t.NUM2, t.NUM3));
var oddOddOdd = testSample.Count(t => evenOdd.OddOddOdd(t.NUM1, t.NUM2, t.NUM3));
int total = 0;
var consecutiveDraws = new ConsecutiveDraws();
for (var c = 0; c < testSample.Count; c ++)
{
if (c + 1 < testSample.Count)
{
var current = testSample[c];
var next = testSample[c + 1];
if (consecutiveDraws.NextDrawHasOnlyOneNumberFromPrevious(current, next))
{
total ++;
}
}
}
return finalResultList;
}
public void OddEvenEven()
{
var evenOdd = new EvenOdd();
var pass = evenOdd.OddEvenEven(1, 2, 2);
var fail = evenOdd.OddEvenEven(5, 7, 4);
Assert.IsTrue(pass);
Assert.IsFalse(fail);
}