public bool OnNavigationItemSelected(IMenuItem item)
        {
          //There is content in here, I just can't fit it all in this discord page.
        }

        public bool OnNavigationItemSelected(IMenuItem item)
        {
          //There is content in here, I just can't fit it all in this discord page.
        }

// Open the file and get a StreamReader object.
                inputFile = File.OpenText("D:\\Projects\\Chapter7\\Ch7-BinarySearch\\Ch7-BinarySearch\\Names.txt");

                //getting the total number of names within the file
                while (!inputFile.EndOfStream)
                    index++;

                //do I need to close the file and reopen it to prevent an error in the next while loop here?

                // While we're not at the end of the array and not at the end of the file, Read the file's contents into the array.
 
int counter = 0;
                while (counter < index && !inputFile.EndOfStream)
                {
                    namesArray[counter] = inputFile.ReadLine();
                    counter++;
                }

                // Close the file.
                inputFile.Close();

// Open the file and get a StreamReader object.
                inputFile = File.OpenText("D:\\Projects\\Chapter7\\Ch7-BinarySearch\\Ch7-BinarySearch\\Names.txt");

                //getting the total number of names within the file
                while (!inputFile.EndOfStream)
                    index++;

                //do I need to close the file and reopen it to prevent an error in the next while loop here?

                // While we're not at the end of the array and not at the end of the file, Read the file's contents into the array.
 
int counter = 0;
                while (counter < index && !inputFile.EndOfStream)
                {
                    namesArray[counter] = inputFile.ReadLine();
                    counter++;
                }

                // Close the file.
                inputFile.Close();

       // The SelectionSort method accepts a string array as an argument.
        // It uses the Selection Sort algorithm to sort the array.
        private void SelectionSort(string[] sArray)
        {

            int minIndex;      // Subscript of minimum value in scanned area
            string minValue;   // Minimum value in the scanned area

            // The outer loop steps through all the array elements,
            // except the last one. The startScan variable marks the
            // position where the scan should begin.
            for (int startScan = 0; startScan < sArray.Length - 1; startScan++)
            {
                // Assume the first element in the scannable area
                // is the minimum value.
                minIndex = startScan;
                minValue = sArray[startScan];

                // Scan the array, starting at the 2nd element in the
                // scannable area, looking for the minimum value.
                for (int index = startScan + 1; index < sArray.Length; index++)
                {
                    if (string.Compare(sArray[index], minValue, true) < 0)
                    {
                        minValue = sArray[index];
                        minIndex = index;
                    }
                }

                // Swap the element with the lesser value with the
                // first element in the scannable area.
                Swap(ref sArray[minIndex], ref sArray[startScan]);
            }
        }

       // The SelectionSort method accepts a string array as an argument.
        // It uses the Selection Sort algorithm to sort the array.
        private void SelectionSort(string[] sArray)
        {

            int minIndex;      // Subscript of minimum value in scanned area
            string minValue;   // Minimum value in the scanned area

            // The outer loop steps through all the array elements,
            // except the last one. The startScan variable marks the
            // position where the scan should begin.
            for (int startScan = 0; startScan < sArray.Length - 1; startScan++)
            {
                // Assume the first element in the scannable area
                // is the minimum value.
                minIndex = startScan;
                minValue = sArray[startScan];

                // Scan the array, starting at the 2nd element in the
                // scannable area, looking for the minimum value.
                for (int index = startScan + 1; index < sArray.Length; index++)
                {
                    if (string.Compare(sArray[index], minValue, true) < 0)
                    {
                        minValue = sArray[index];
                        minIndex = index;
                    }
                }

                // Swap the element with the lesser value with the
                // first element in the scannable area.
                Swap(ref sArray[minIndex], ref sArray[startScan]);
            }
        }