static void Main(string[] args)
{
Console.WriteLine("How many random numbers do you want?");
int numberOfNumbers = Convert.ToInt32(Console.ReadLine());
//create a new list of size numberOfNumbers
List <RandomNumber> allTheNumbers = new List <RandomNumber>();
//if I input 100 in number of numbers, I should have 100
//random numbers in the list, because the list is DYNAMIC
for (int counter = 0; counter < numberOfNumbers; counter++)
{
RandomNumber n = new RandomNumber(0, 10, counter);
allTheNumbers.Add(n);
}
allTheNumbers.Sort();
RandomNumber[] someNumbers = new RandomNumber[4];
someNumbers[0] = new RandomNumber(0, 10, 50);
someNumbers[1] = new RandomNumber(0, 10, 53);
someNumbers[2] = new RandomNumber(0, 10, 54);
someNumbers[3] = new RandomNumber(0, 10, 57);
//add 4 values at the same time
allTheNumbers.AddRange(someNumbers);
//output from the List to a fixed size array of the size of the list
RandomNumber[] outputArray = allTheNumbers.ToArray();
List <RandomNumber> anotherEmptyList = new List <RandomNumber>();
anotherEmptyList.AddRange(someNumbers);
//add the other empty list to all the numbers. Add the values to the end
allTheNumbers.Concat(anotherEmptyList);
//remove the first element of the list
allTheNumbers.RemoveAt(0);
//remove all the elements in anotheremptylist
anotherEmptyList = new List <RandomNumber>();
//small to large numbers
allTheNumbers.Sort();
//large to small numbers
allTheNumbers.Reverse();
//output here
foreach (RandomNumber r in allTheNumbers)
{
Console.WriteLine(r);
}
Console.ReadLine();
//all the different random numbers
foreach (RandomNumber r in allTheNumbers)
{
Console.WriteLine(r);
}
Console.ReadLine();
}
static void Main(string[] args)
{
Console.WriteLine("How many random numbers do you want?");
int numberOfNumbers = Convert.ToInt32(Console.ReadLine());
//create a new list of size numberOfNumbers
List<RandomNumber> allTheNumbers = new List<RandomNumber>();
//if I input 100 in number of numbers, I should have 100
//random numbers in the list, because the list is DYNAMIC
for (int counter = 0; counter < numberOfNumbers;counter++ )
{
RandomNumber n = new RandomNumber(0, 10,counter);
allTheNumbers.Add(n);
}
allTheNumbers.Sort();
RandomNumber[] someNumbers = new RandomNumber[4];
someNumbers[0] = new RandomNumber(0,10,50);
someNumbers[1] = new RandomNumber(0,10,53);
someNumbers[2] = new RandomNumber(0,10,54);
someNumbers[3] = new RandomNumber(0,10,57);
//add 4 values at the same time
allTheNumbers.AddRange(someNumbers);
//output from the List to a fixed size array of the size of the list
RandomNumber[] outputArray = allTheNumbers.ToArray();
List<RandomNumber> anotherEmptyList = new List<RandomNumber>();
anotherEmptyList.AddRange(someNumbers);
//add the other empty list to all the numbers. Add the values to the end
allTheNumbers.Concat(anotherEmptyList);
//remove the first element of the list
allTheNumbers.RemoveAt(0);
//remove all the elements in anotheremptylist
anotherEmptyList = new List<RandomNumber>();
//small to large numbers
allTheNumbers.Sort();
//large to small numbers
allTheNumbers.Reverse();
//output here
foreach(RandomNumber r in allTheNumbers)
{
Console.WriteLine(r);
}
Console.ReadLine();
//all the different random numbers
foreach (RandomNumber r in allTheNumbers)
{
Console.WriteLine(r);
}
Console.ReadLine();
}
public int CompareTo(object obj)
{
RandomNumber otherNumber = (RandomNumber)obj;
return(this.number.CompareTo(otherNumber.number));
}