Computing using an array of structures?

I was lost in this project, which focuses on using an array of structures. We just found out about them. I think I learned about this after going through some of our laboratories and studying related issues:

StackOverflow
Problem with passing an array of structures an
array of pointers to structures
How to initialize an array of structures with?
Arrays in structures
Creating an array of structures in C ++
How to initialize an array of structures in C ++?

Cplusplus
Declaring an array of structures.
Array of software tools. C ++ Program. Help.
Problem with a dynamic array of structures.

I would REALLY appreciate any advice or help anyone can give. We are allowed to use this old laboratory (it was appointed immediately after we finished this laboratory, and now we have already passed 3 laboratories) as a starting point:

Dynamic arrays

// Assignment : Lab 
// File : Lab.cpp

// Description : This program will take a text file called words.txt and then swap 
// its individual (word)strings. Finally, it will calculate the vowels, consonants,   
// digits, and special characters in each string.

#include <iostream>
#include <fstream>
#include <iomanip>
#include <cstdlib>

using namespace std;
bool isvowel (char aletter);
// const int MAXWORDS = 100;

struct worddata
{
  worddata (); 
  string word;
  int vowels;
  int consonants;
  int digits;
  int specialchars;
 };


 int ReadFile (ifstream & input, worddata * & Words);
 void WriteReport(ostream & output, worddata Words [], int count);
 void Swap (worddata & a, worddata & b);
 void WordSort (worddata W [], int N);

 int main (int argc, char * argv [])
 {
   // Check to see if the user entered a file name
   // Exit if no file name
   if (argc < 2)
   {
      cout << "Usage: " << argv[0] << " <filename>\n";
      exit (1);
    }
   // Open the input file
   ifstream input (argv[1]);
   if (input.fail())
   {
      cout << "File: " << argv[1] << " not found\n";
      exit (2);
   }
   // Declare a pointer to an array of worddata objects
   // to hold the words and their vowel, consonant, digit, and  
   // special character counts.
   // worddata WordArray [MAXWORDS];
   worddata * WordArray;

   // Call the ReadFile function to read the file, store the 
   // words in the array and return the number of words read
   // from the file.
   int count = ReadFile (input, WordArray);

   // Call the WordSort function to sort the words into
   // alphabetical order.
   WordSort (WordArray, count);

   // Call the WriteReport function to write the data
   // stored in the array in a formatted fashion.
   WriteReport (cout, WordArray, count);

   return 0;
   }

   worddata::worddata ()
   {
     vowels = 0;
     consonants = 0;
     digits = 0;
     specialchars = 0;
   }

int ReadFile (ifstream & input, worddata * & Words)
{

    int count = 0;
    string oneword;
    // Read and count the words in the file
    while (input >> oneword)
    count++;
    // Allocate space for the number of words counted by the
    // previous loop
    Words = new worddata [count];
    // Clear the fail flag
    input.clear();
    // Reposition the file pointer to the beginning of the file
    input.seekg (0, ios::beg);
    count = 0;

    // Read the words from the file into the array
    while (input >> Words[count].word)
    {
      // Count the number of vowels, consonants, digits
      // and special characters in the word and store them
      // in the object Words [count]

      string aword = Words[count].word;

      // Number of letters in word
      int l = 0;
      while (l < aword.length())
      {
         if (isvowel(aword[l]))
           Words[count].vowels++;
         else if (isalpha(aword[l]))
           Words[count].consonants++;
         else if (isdigit(aword[l]))
           Words[count].digits++;
         else
           Words[count].specialchars++;
      l++;
      }
      count++;
   }
  // Close the file
  input.close ();
  // Return the size of the Words array
  return count;
}

void WriteReport (ostream & output, worddata Words [], int count)
{
  worddata totals;
  totals.vowels, totals.consonants = 0;
  totals.digits, totals.specialchars = 0;

  output << setw (14) << left << "Word";
  output << setw (8) << right << "Vowels";
  output << setw (8) << "Const.";
  output << setw (8) << "Digits";

  output << setw (8) << "Special" << endl;;

 for(int i = 0; i < count; i++)
 {
      output << setw (14) << left << Words[i].word;
      output << setw (8) << right << Words[i].vowels;
      totals.vowels += Words[i].vowels;
      output << setw (8) << Words[i].consonants;
      totals.consonants += Words[i].consonants;
      output << setw (8) << Words[i].digits;
      totals.digits += Words[i].digits;
      output << setw (8) << Words[i].specialchars << endl;
      totals.specialchars += Words[i].specialchars;
  }
 {
    output << setw (14) << left << " ";
    output << setw (8) << right << "---";
    output << setw (8) << "---";
    output << setw (8) << "---";
    output << setw (8) << "---" << endl;
    output << setw (14) << left << "Totals";
    output << setw (8) << right << totals.vowels;
    output << setw (8) << totals.consonants;
    output << setw (8) << totals.digits;
    output << setw (8) << totals.specialchars << endl;
  }
}

void Swap (worddata & a, worddata & b)
{
  worddata t = a;
  a = b;
  b = t;
}

void WordSort (worddata W [], int N)
{
  int i = 1;
  while(i < N)
  {
      int j = i;
      while(j > 0 && W[j].word < W[j-1].word)
      {
          Swap(W[j], W[j-1]);
          j--;
      }
      i++;
  }
}

// Returns true/false depeninding if a letter in a word is a vowel or not
bool isvowel (char aletter)
{
  char upcase = toupper (aletter);
  if (upcase == 'A' || upcase == 'E' || upcase == 'I' || upcase == 'O' || upcase == 'U')
    return true;
  return false;
}

Project link

This is what I managed to write so far without losing or falling into oblivion

#include <iostream>
#include <string>
#include <iomanip>
#include <fstream>
#include <vector>
#include <sstream>
#include <cstdlib>

using namespace std;
// const int ListSize = 50;

struct Assignment {
  char atype;
  string date;
  float received;
  int possible;
  string title;
};

// functions used by main
int ReadFile(ifstream& input, Assignmnent list[], int listSize);
void WriteReport(ostream & output, Assignment list [], int numRecords);
void Swap (Assignment & a, Assignment & b);
void CategorySort (Assignment C [], int N);

int main() {
  // Check to see if the user entered a file name
  // Exit if no file name
  if (argc < 2)
  {
    cout << "Usage: " << argv[0] << " <filename>\n";
    exit (1);
  }
  // Open the input file
  ifstream input (argv[1]);
  if (input.fail())
  {
    cout << "File: " << argv[1] << " not found\n";
    exit (2);
  }


  int numRecords = ReadFile(input, Assignmnent list[], int listSize);

  if(numRecords > ListSize+1)
  {
    cout << "Too Many Records for this program to read" << endl;
    system("read");
    return -1;
  }

  // no records?
  if(numRecords == 0)
  {
    cout << "Empty File" << endl;
    system("read");
    return -1;
   }
}

I also know that I will probably use getline. This is about it. I have a feeling when I have a plan on how I want to go up to ReadFile and declare some of these areas. Everything will be good. I am just very careful and don't know how to start this. Also, if the prototypes seem strange, I based them on a laboratory where I looked from another class to another school, so I have no idea if they work in this context.