//--------------------methods that satisfy contract with interface---------------------
public List <int> PlayFiveNumbers(string declareRandomOrManually)
{
const int maxLimitOfNumbers = 45;
const int howManyNumbers = 5;
//By For-Looping i fill my list
for (int i = 0; i < howManyNumbers; i++)
{
//By Do-While-Looping i manage to fill my list with unique numbers
do
{
//procedure goes on based on if i wish random numbers or numbers i manually insert
switch (declareRandomOrManually)
{
case "random":
Number = r.Next(1, maxLimitOfNumbers + 1); // by using next i decide the field of numbers
break;
case "manually":
Console.Write($"Write {i + 1} number:");
// try-catch all possible exceptions
try
{
Number = int.Parse(Console.ReadLine());
}
catch (Exception)
{
Console.WriteLine("Please enter an integer number!");
}
// i control the field of the numbers by using this while-loop
while (Number < 1 || Number > maxLimitOfNumbers)
{
Console.Write("Number must be {0}-{1}. Try again:", 1, maxLimitOfNumbers);
//try-catch all possible exceptions
try
{
Number = int.Parse(Console.ReadLine());
}
catch (Exception)
{
Console.WriteLine("Please enter an integer number!");
}
}
break;
// empty default case for possible future use
default:
break;
}
} while (FiveNumbers.Contains(Number));
//when the number goes out of check for if unique, it is added to list
FiveNumbers.Add(Number);
}
return(FiveNumbers);
}
//-----------------------------------methods that satisfy contract with interface---------------------
//play five numbers
public List <int> PlayFiveNumbers(string makeItNullForRandom)
{
Random r = new Random();
const int maxLimitOfNumbers = 45;
const int howManyNumbers = 5;
//By For-Looping i fill my list
for (int i = 0; i < howManyNumbers; i++)
{
//By Do-While-Looping i manage to fill my list with unique numbers
do
{
Number = r.Next(1, maxLimitOfNumbers + 1); // by using next i decide the field of numbers
} while (FiveNumbers.Contains(Number));
//when the number goes out of check for if unique, it is added to list
FiveNumbers.Add(Number);
}
FiveNumbers.Sort();
return(FiveNumbers);
}