Programming Langauge: C++

Create a Win32 project and name it:

CIS023_S2016_HW11 your name

Insert the proper project documentation at the top of the main code file and any class code and header files you create.

2. Use the standard file open dialog box to prompt the user for an input filename.

3. Open and read each character from the input file into a linked list queue.

4. Pop each queue entry and keep a running count of "balanced delimiters".

Balanced delimiters are ( and ), [ and ], { and }. When a queue item includes a (, add 1 to the parentheses count. When the queue item includes a ), subtract 1 from the parentheses count.

When a queue item includes a [, add 1 to the brackets count. When the queue item includes a ], subtract 1 from the brackets count.

When a queue item includes a {, add 1 to the braces count. When the queue item includes a }, subtract 1 from the braces count.

5. Indicate balances.

After the queue is emptied, indicate to the user if the parentheses, brackets, and braces are balanced.

For unbalanced conditions, indicate how many more of the open or close of each delimiter exists.

6. Delete all nodes in the queue before closing the program.

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Code to read

#include

#include

#include

#include

using namespace std;

struct footBallPlayerType

{

string name;

string position;

int touchDowns;

int catches;

int passingYards;

int receivingYards;

int rushingYards;

};

void showMenu();

void getData(ifstream& inf, footBallPlayerType list[], int length);

void printPlayerData(footBallPlayerType list[], int length, int playerNum);

void printData(footBallPlayerType list[], int length);

void saveData(ofstream& outF, footBallPlayerType list[], int length);

int searchData(footBallPlayerType list[], int length, string n);

void updateTouchDowns(footBallPlayerType list[], int length, int tDowns, int playerNum);

void updateCatches(footBallPlayerType list[], int length, int catches, int playerNum);

void updatePassingYards(footBallPlayerType list[], int length, int passYards, int playerNum);

void updateReceivingYards(footBallPlayerType list[], int length, int recYards, int playerNum);

void updateRushingYards(footBallPlayerType list[], int length, int rushYards, int playerNum);

int main()

{

footBallPlayerType bigGiants[10];

int numberOfPlayers = 10;

int choice;

string name;

int playerNum;

int numOfTouchDowns;

int numOfcatches;

int numOfPassingYards;

int numOfReceivingYards;

int numOfRushingYards;

ifstream inFile;

ofstream outFile;

inFile.open("Ch9_Ex7data.txt");

if (!inFile)

{

cout << "Input file does not exist. Program terminates!" << endl;

return 1;

}

getData(inFile, bigGiants, numberOfPlayers);

do

{

showMenu();

cin >> choice;

cout << endl;

switch (choice)

{

case 1: {

cout << "Enter player's name: ";

cin >> name;

cout << endl;

playerNum = searchData(bigGiants, numberOfPlayers, name);

printPlayerData(bigGiants, numberOfPlayers, playerNum);

break;

case 2: {

printData(bigGiants, numberOfPlayers);

break;

case 3: {

cout << "Enter player name: ";

cin >> name;

cout << endl;

playerNum = searchData(bigGiants, numberOfPlayers, name);

cout << "Enter number of touch downs to be added: ";

cin >> numOfTouchDowns;

cout << endl;

updateTouchDowns(bigGiants, numberOfPlayers, numOfTouchDowns, playerNum);

break;

case 4: {

cout << "Enter player name: ";

cin >> name;

cout << endl;

playerNum = searchData(bigGiants, numberOfPlayers, name);

cout << "Enter number of catches to be added: ";

cin >> numOfcatches;

cout << endl;

updateCatches(bigGiants, numberOfPlayers, numOfcatches, playerNum);

break;

case 5: {

cout << "Enter player name: ";

cin >> name;

cout << endl;

playerNum = searchData(bigGiants, numberOfPlayers, name);

cout << "Enter number of passing yards to be added: ";

cin >> numOfPassingYards;

cout << endl;

updatePassingYards(bigGiants, numberOfPlayers, numOfPassingYards, playerNum);

break;

case 6: {

cout << "Enter player name: ";

cin >> name;

cout << endl;

playerNum = searchData((bigGiants, numberOfPlayers, name);

cout << "Enter number of receiving yards to be added: ";

cin >> numOfReceivingYards;

cout << endl;

updateReceivingYards(bigGiants, numOfReceivingYards, numOfReceivingYards, playerNum);

break;

case 7: {

cout << "Enter player name: ";

cin >> name;

cout << endl;

playerNum = searchData(bigGiants, numberOfPlayers, name);

cout << "Enter number of rusing yards to be added: ";

cin >> numOfRushingYards;

cout << endl;

updateRushingYards(bigGiants, numberOfPlayers, numOfRushingYards, playerNum);

break;

case 99: {

break;

default: {

cout << "Invalid selection." << endl;

}

}

while (choice != 99);

char response;

cout << "Would you like to save data: (y,Y/n,N) ";

cin >> response;

cout << endl;

if (response == 'y' || response == 'Y')

saveData(outFile, bigGiants, numberOfPlayers);

return 0;

}

void showMenu()

{

cout << "Select one of the following options:" << endl;

cout << "1: To print a player's data" << endl;

cout << "2: To print the entire data" << endl;

cout << "3: To update a player's touch downs" << endl;

cout << "4: To update a player's number of catches" << endl;

cout << "5: To update a player's passing yards" << endl;

cout << "6: To update a player's receiving yards" << endl;

cout << "7: To update a player's rushing yards" << endl;

cout << "99: To quit the program" << endl;

}

void getData(ifstream& inf, footBallPlayerType list[], int length)

{

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

inf >> list[i].name >> list[i].position

>> list[i].touchDowns >> list[i].catches

>> list[i].passingYards >> list[i].receivingYards

>> list[i].rushingYards;

}

void printPlayerData(footBallPlayerType list[], int length, int playerNum)

{

if ((0 <= playerNum && playerNum < length)

cout << "Name: " << list[playerNum].name

<< "Position: "<< list[playerNum].position

<< "; Touch Downs: " << list[playerNum].touchDowns

<< "; Number of Catches: " << list[playerNum].catches

<< "; Passing Yards: " << list[playerNum].passingYards

<< "; Receiving Yards: " << list[playerNum].receivingYards

<< "; Rusing Yards: " << list[playerNum].rushingYards << endl << endl;

else

cout << "Invalid player number." << endl << endl;

}

void printData(footBallPlayerType list[], int length)

{

cout << left << setw(10) << "Name"

<< setw(14) << "Position"

<< setw(12) << "Touch Downs"

<< setw(9) << "Catches"

<< setw(12) << "Pass Yards"

<< setw(10) << "Rec Yards"

<< setw(12) << "Rush Yards" << endl;

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

cout << left << setw(10) << list[i].name

<< setw(14) << listi].position

<< right << setw(6) << list[i].touchDowns

<< setw(9) << list[i].catches

<< setw(12) << list[i].passingYards

<< setw(10) << list[i].receivingYards

<< setw(12) << list[i].rushingYards << endl;

cout << endl << endl;

}

void saveData(ofstream& outF, footBallPlayerType list[], int length)

{

outF.open("Ch9_Ex7Output.txt");

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

outF << list[i].name

<< " " << list[i].position

<< " " << list[i].touchDowns

<< " " << list[i].catches

<< " " << list[i].passingYards

<< " " << list[i].receivingYards

<< " " << list[i].rushingYards<< endl;

}

int searchData(footBallPlayerType list[], int length, string n)

{

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

if (list[i].name == n)

return i;

return -1;

}

void updateTouchDowns(footBallPlayerType list], int length, int tDowns, int playerNum)

{

if (0 <= playerNum && playerNum < length)

list[playerNum].touchDowns += tDowns;

else

cout << "Invalid player number." << endl;

}

void updateCatches(footBallPlayerType list[], int length, int catches, int playerNum)

{

if (0 <= playerNum && playerNum < length)

list[playerNum].catches += catches;

else

cout << "Invalid player number." << endl;

}

void updatePassingYards((footBallPlayerType list[], int length, int passYards, int playerNum)

{

if (0 <= playerNum && playerNum < length)

list[playerNum].passingYards += passYards;

else

cout << "Invalid player number." << endl;

}

void updateReceivingYards(footBallPlayerType list[], int length, int recYards, int playerNum)

{

if (0 <= playerNum && playerNum < length)

list[playerNum].receivingYards += recYards;

else

cout << "Invalid player number." << endl;

}

void updateRushingYards(footBallPlayerType list[], int length, int rushYards, int playerNum)

{

if (0 <= playerNum && playerNum < length)

list[playerNum].rushingYards += rushYards;

else

cout << "Invalid player number." << endl;

}