public void Test_0_0()
{
SimplifiedFractions sf = new SimplifiedFractions();
string res = sf.Simplify("0/0");
Assert.AreEqual("0/0", res);
}
public void Test_No_se_puede_simplificar()
{
SimplifiedFractions sf = new SimplifiedFractions();
string res = sf.Simplify("3/4");
Assert.AreEqual("3/4", res);
}
public void Test_first_Number_bigger_than_second_and_not_integer()
{
SimplifiedFractions sf = new SimplifiedFractions();
string res = sf.Simplify("8/6");
Assert.AreEqual("4/3", res);
}
public void Test_Numbers_Are_Equals_Result_1()
{
SimplifiedFractions sf = new SimplifiedFractions();
string res = sf.Simplify("6/6");
Assert.AreEqual("1", res);
}
public void Test_300_200()
{
SimplifiedFractions sf = new SimplifiedFractions();
string res = sf.Simplify("300/200");
Assert.AreEqual("3/2", res);
}
public void Test_the_answer_is_an_integer()
{
SimplifiedFractions sf = new SimplifiedFractions();
string res = sf.Simplify("12/6");
Assert.AreEqual("2", res);
}
public void Test4_6()
{
SimplifiedFractions sf = new SimplifiedFractions();
string res = sf.Simplify("4/6");
Assert.AreEqual("2/3", res);
}
public void Test_Numbers_are_letters()
{
SimplifiedFractions sf = new SimplifiedFractions();
var ex = Assert.ThrowsException <Exception>(() => sf.Simplify("a/b"));
Assert.AreEqual("Los valores no son numeros", ex.Message);
}
