public void invalidInputTest()
{
List <string> invalidInputList = new List <string>();
string invalidInput1 = "abc12345-@"; //Has characters and special characters
string invalidInput2 = "167948798090767825"; //Does not follow (n*3 + (n-1)) rule
string invalidInput3 = "12341234123412"; //Fails (n*3 + (n-1)) rule by 1 character
invalidInputList.Add(invalidInput1);
invalidInputList.Add(invalidInput2);
invalidInputList.Add(invalidInput3);
for (int index = 0; index < invalidInputList.Count; index++)
{
Assert.IsFalse(Audacy_Business_Logic.isValidInput(invalidInputList[index]));
}
}
public void validInputTest()
{
List <string> validInputList = new List <string>();
string validInput1 = "12312333333"; //Valid as 3 distinct numbers are there and has a character length of (3*3+(3-1))
string validInput2 = "9146046190019469140"; //Valid as 5 distinct numbers are present and has a character length of (5*3+(5-1))
string validInput3 = "979798743763 87673874638"; //Same as above with multiple spaces
string validInput4 = "979798743763 87673874638"; //Same as above with single space
validInputList.Add(validInput1);
validInputList.Add(validInput2);
validInputList.Add(validInput3);
validInputList.Add(validInput4);
for (int index = 0; index < validInputList.Count; index++)
{
Assert.IsTrue(Audacy_Business_Logic.isValidInput(validInputList[index]));
}
}