public void TestMethod1()
{
RedPill.RedPill redPill = new RedPill.RedPill();
var fibonacciNumber = redPill.FibonacciNumber(-4);
fibonacciNumber = redPill.FibonacciNumber(9);
fibonacciNumber = redPill.FibonacciNumber(93);
var reverseWord = redPill.ReverseWords("12*O");
reverseWord = redPill.ReverseWords("!!@12*O");
var shape = redPill.WhatShapeIsThis(1, 2, 3);
shape = redPill.WhatShapeIsThis(1, -2, 3);
}
public void WhatShapeIsThis_FibonacciNumber_N1000000()
{
RedPill.RedPill svc = new RedPill.RedPill();
// throw new Exception("The input Index too big to handle, the function accept only values between -1000 and 1000.");
}
public void WhatShapeIsThis_FibonacciNumber_1()
{
RedPill.RedPill svc = new RedPill.RedPill();
Assert.AreEqual(1, svc.FibonacciNumber(1));
}
public void WhatShapeIsThis_ERROR()
{
RedPill.RedPill svc = new RedPill.RedPill();
Assert.AreEqual(RedPill.TriangleType.Error, svc.WhatShapeIsThis(1,2,3));
}
public void WhatShapeIsThis_Equilateral()
{
RedPill.RedPill svc = new RedPill.RedPill();
Assert.AreEqual(RedPill.TriangleType.Equilateral, svc.WhatShapeIsThis(1,1,1));
}
public void WhatIsYourToken_Test()
{
RedPill.RedPill svc=new RedPill.RedPill();
Assert.AreEqual("xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx", svc.WhatIsYourToken());
}
public void ReverseWords_Test_SpecialCharacters()
{
RedPill.RedPill svc = new RedPill.RedPill();
Assert.AreEqual("+_)(*&^%$#@!", svc.ReverseWords("!@#$%^&*()_+"));
}
public void ReverseWords_Test_Spaces()
{
RedPill.RedPill svc = new RedPill.RedPill();
Assert.AreEqual(string.Empty, svc.ReverseWords(" "));
}
public void ReverseWords_Test_OneWord()
{
RedPill.RedPill svc = new RedPill.RedPill();
Assert.AreEqual("SamehSelem", svc.ReverseWords("meleShemaS"));
}
public void ReverseWords_Test_MultiWords()
{
RedPill.RedPill svc = new RedPill.RedPill();
Assert.AreEqual("Sameh Ahmad Selem", svc.ReverseWords("hemsS damhA meleS"));
}
public void WhatShapeIsThis_Scalene()
{
RedPill.RedPill svc = new RedPill.RedPill();
Assert.AreEqual(RedPill.TriangleType.Scalene, svc.WhatShapeIsThis(7,8,9));
}
public void WhatShapeIsThis_Isosceles()
{
RedPill.RedPill svc = new RedPill.RedPill();
Assert.AreEqual(RedPill.TriangleType.Isosceles, svc.WhatShapeIsThis(1, 1, 2));
}
public void WhatShapeIsThis_FibonacciNumber_NNumperOdd()
{
RedPill.RedPill svc = new RedPill.RedPill();
Assert.AreEqual(13, svc.FibonacciNumber(-7));
}
public void WhatShapeIsThis_FibonacciNumber_NNumperEven()
{
RedPill.RedPill svc = new RedPill.RedPill();
Assert.AreEqual(-8, svc.FibonacciNumber(-6));
}
