(Stock Market) Write a program to help a local stock trading company automate its systems. The company invests only in the stock market. At the end of each trading day, the company would like to generate and post the listing of its stocks so that investors can see how their holdings performed that day. We assume that the company invests in, say, 10 different stocks. The desired output is to produce two listings, one sorted by stock symbol and another sorted by percent gain from highest to lowest. The input data is provided in a file in the following format: symbol openingPrice closingPrice todayHigh todayLow prevClose volume For example, the sample data is: MSMT 112.50 115.75 116.50 111.75 113.50 6723823 CBA 67.50 75.50 78.75 67.50 65.75 378233 . . . . The first line indicates that the stock symbol is MSMT, today's opening price was 112.50, the closing price was 115.75, today's high price was 116.50, today's low price was 111.75, yesterday's closing price was 113.50, and the number of shares currently being held is 6723823. The listing sorted by stock symbols must be of the following form: please refer to the book on page 941! It's a lot to type! Develop this programming exercise in two steps. In the first step (part a), design and implement a stock object. In the second step (part b), design and implement an object to maintain a list of stocks. Part a: (Stock Object) Design and implement the stock object. Call the class that captures the various characteristics of a stock object stockType. The main components of a stock are the stock symbol, stock price, and number of shares. Moreover, we need to output the opening price, closing price, high price, low price, previous price, and the percent gain/loss for the day. These are also all the characteristics of a stock. Therefore, the stock object should store all this information. Perform the following operations on each stock object: 1. Set the stock information. 2. Print the stock information. 3. Show the different prices. 4. Calculate and print the percent gain/loss. 5. Show the number of shares. ~the natural ordering of the stock list is by stock symbol. Overload the relational operators to compare two stock objects by their symbols. ~ Overload the insertion operator, <<, for="" easy="" output="" br=""> ~Because the data is stored in a file, overload the stream extraction operator, >>, for easy input. For example, suppose infile is ifstream object and the input file was opened using the object infile. Further supppose that myStock is a stock object. Then the statement: infile >>myStock; read the data from the input file and stores it in the object myStock. (Note that this statement reads and stores the data in the relevant components of myStock.) Part B: Now that you have designed and implemented the class stockType to implement a stock object in a program, it is time to create a lit of stock objects. Let us call the class to implement a list of stock objects stockListType. The class stockListType must be derived from teh class listType, which you desinged and implemented in the previous exercise. However, the class stockListType is a very specific class, designed to create a list of stock objects. Therefore, the class stockListType is no longer a template. Add and/or overwrite the operations of the class listType to implement the necessary operations on a stock list. The following statement derives the class stockListType from the class listType. class stockListType:public listType { member list }; The member variables to hold the list elements, the length of the list and the max listSize were declared as protected in the class listType. Therefore, these members can be directly accessed in the class stockListType. Because the company also requres you to produce the lsit ordered by the percent gain/loss, you need to sort the stock list by this compnenet. However, you are not to physically sort the list by the component percent gain/loss. Instead, you will provide a logical ordering with respect to thsi component. To do so, add a member variable, an array, to hold the indicies of the stock list ordered by the compnent percent gain/loss. Call this array sortIndicesGainLoss. When printing the lis tordered by the component percent gain/loss, use the array sortIndicesGainLoss to print the list. The elements of the array sortIndicesGainLoss will tell whcih component of the stock list to print next. Part C: Write a program that uses these two classes to automate the company's analysis of stock data!

#include

#include

#include

#include

using namespace std;

class stockType

{

public:

stockType();

stockType(string stockSymbol, double OPrice, double CPrice, double THPrice, double TLPrice, double YCPrice, int shares);

void setStockSysmbol(string stockSymbol);

void setOPrice(double OPrice);

void setCPrice(double CPrice);

void setTHPrice(double THPrice);

void setTLPrice(double TLPrice);

void setYCPrice(double YCPrice);

void setShares(int shares);

string getStockSysmbol();

double getOPrice();

double getCPrice();

double getTHPrice();

double getTLPrice();

double getYCPrice();

int getShares();

friend istream& operator>> (istream& is, stockType& a);

friend ostream& operator<< (ostream& os, const stockType& a);

bool operator ==(stockType s)

{

if (stockSymbol.compare(s.getStockSysmbol()) == 0)

return true;

else

return false;

}

void calculateGainORLossPercentage()

{

if (YCPrice != 0.0)

{

gainORLoss = CPrice - YCPrice;

gainORLoss /= YCPrice;

gainORLoss *= 100;

}

}

private:

string stockSymbol;

double OPrice;

double CPrice;

double THPrice;

double TLPrice;

double YCPrice;

double gainORLoss;

int shares;

};

istream& operator>> (istream& is, stockType& a)

{

getline(is, a.stockSymbol, ' ');

is >> a.OPrice;

is >> a.CPrice;

is >> a.THPrice;

is >> a.TLPrice;

is >> a.YCPrice;

is >> a.shares;

a.calculateGainORLossPercentage();

return is;

}

ostream& operator<< (ostream& os, const stockType& a)

{

const int width = 30;

os << left << setw(width) << "stock symbol: " << right << setw(width) << a.stockSymbol << endl;

os << left << setw(width) << "Opening price: " << right << setw(width) << a.OPrice << endl;

os << left << setw(width) << "Closing price: " << right << setw(width) << a.CPrice << endl;

os << left << setw(width) << "Today highest price: " << right << setw(width) << a.THPrice << endl;

os << left << setw(width) << "Today lowest price : " << right << setw(width) << a.TLPrice << endl;

os << left << setw(width) << "Yesteraday closing price: " << right << setw(width) << a.YCPrice << endl;

os << left << setw(width) << "shares: " << right << setw(width) << a.shares << endl;

if (a.gainORLoss >= 0)

os << left << setw(width) << "Gain % : ";

else

os << left << setw(width) << "loss % : ";

os << setw(width) << right << a.gainORLoss << endl;

return os;

}

stockType::stockType()

{

this->stockSymbol = "";

this->OPrice = 0.0;

this->CPrice = 0.0;

this->THPrice = 0.0;

this->TLPrice = 0.0;

this->YCPrice = 0.0;

this->shares = 0;

this->gainORLoss = 0.0;

}

stockType::stockType(string stockSymbol, double OPrice, double CPrice, double THPrice, double TLPrice, double YCPrice, int shares)

{

this->stockSymbol = stockSymbol;

this->OPrice = OPrice;

this->CPrice = CPrice;

this->THPrice = THPrice;

this->TLPrice = TLPrice;

this->YCPrice = YCPrice;

this->shares = shares;

calculateGainORLossPercentage();

}

void stockType::setStockSysmbol(string stockSymbol)

{

this->stockSymbol = stockSymbol;

}

void stockType::setOPrice(double OPrice)

{

this->OPrice = OPrice;

}

void stockType::setCPrice(double CPrice)

{

this->CPrice = CPrice;

}

void stockType::setTHPrice(double THPrice)

{

this->THPrice = THPrice;

}

void stockType::setTLPrice(double TLPrice)

{

this->TLPrice = TLPrice;

}

void stockType::setYCPrice(double YCPrice)

{

this->YCPrice = YCPrice;

}

void stockType::setShares(int shares)

{

this->shares = shares;

}

string stockType::getStockSysmbol()

{

return stockSymbol;

}

double stockType::getOPrice()

{

return OPrice;

}

double stockType::getCPrice()

{

return CPrice;

}

double stockType::getTHPrice()

{

return THPrice;

}

double stockType::getTLPrice()

{

return TLPrice;

}

double stockType::getYCPrice()

{

return YCPrice;

}

int stockType::getShares()

{

return shares;

}

int main()

{

string inputFile;

cout << "Enter the input file: ";

getline(cin, inputFile);

ifstream in(inputFile.c_str());

if (!in)

{

cout << "File doesnot exits ";

return 0;

}

stockType s[100];

int i = 0;

char ch;

while (!in.eof())

{

in >> s[i++];

}

cout << endl;

for (int j = 0; j < i; j++)

{

cout << s[j] << endl;

}

system("pause");

return 0;

}

I have found an example to help me with this, I just dont understand what to put when it says " Enter input file"