C++ Question: Make an execution chart like the example below for the code provided. Example chart: An execution chart is a text version of the hierarchy. Indentation is used to indicate the sublevels or calls inside a call. It also contains the data exchange between the components as designated in the hierarchy chart. Given below is the execution chart that corresponds to the hierarchy chart of the property tax calculation program 1.0 Main() 2.0 CalculatePropertyTax() 3.0 displayMessage( input string messageToDisplay) 3.1 return double getHomeValue() 3.2 return boolean checkHomeValue() 3.3 return double applyPropertyTax(input double homeValue) 3.4 displayPropertyTax(input homeValue) 3.5 return Boolean queryMoreData() 4.0 displayMessage(input string messageToDisplay) 4.1 return char getYesNo() 4.2 return char convertCase(input char) 3.6 displayErrorMessage() More exlanation: example: 1.0 means it's of depth 1, line 0 then 2.0 means it's one call inside a function (aka it's inside another function) then 2.1 means it's of the same depth, In my code The only functions you call in main are removeDuplicates and displayAccounts, Meaning you only need to list the calls in main, Like 1.0 main() 2.0 displayAccounts() 2.1 removeDuplicates() 2.2 displayAccounts() but add the arguments into the functions as in their definitions Main.cpp: #include #include #include #include #include "BankAccount.h" using namespace std; const int SIZE = 8; // function declaration bool removeDuplicates(vector &accountsVector); void displayAccounts(vector accountsVector); int main() { ifstream fin; fin.exceptions(ifstream::failbit | ifstream::badbit); try{ fin.open("BankData.dat"); // provide full path to file vector accountsVector; string firstName, lastName; int accountId; int accountNumber; double accountBalance; string line; while(!fin.eof()) { getline(fin,line); stringstream ss(line); ss>>firstName>>lastName>>accountId>>accountNumber>>accountBalance; BankAccount account(firstName+" "+lastName,accountId,accountNumber,accountBalance); accountsVector.push_back(account); } fin.close(); if(accountsVector.size() > 0 ) { BankAccount largest = accountsVector[0]; BankAccount smallest = accountsVector[0]; displayAccounts(accountsVector); for(unsigned int i=0;i largest.getAccountBalance()) largest = accountsVector[i]; if(accountsVector[i].getAccountBalance() < smallest.getAccountBalance()) smallest = accountsVector[i]; } cout<<"\nLargest Balance : "< &accountsVector) { bool duplicate = false; for(unsigned int i=0;i accountsVector) { cout<<"FAVORITE BANK - CUSTOMER DETAILS"<
C++
Question: Make an execution chart like the example below for the code provided.
Example chart:
An execution chart is a text version of the hierarchy. Indentation is used to indicate the
sublevels or calls inside a call. It also contains the data exchange between the components as
designated in the hierarchy chart. Given below is the execution chart that corresponds to the
hierarchy chart of the property tax calculation program
1.0 Main()
2.0 CalculatePropertyTax()
3.0 displayMessage( input string messageToDisplay)
3.1 return double getHomeValue()
3.2 return boolean checkHomeValue()
3.3 return double applyPropertyTax(input double homeValue)
3.4 displayPropertyTax(input homeValue)
3.5 return Boolean queryMoreData()
4.0 displayMessage(input string messageToDisplay)
4.1 return char getYesNo()
4.2 return char convertCase(input char)
3.6 displayErrorMessage()
More exlanation:
example: 1.0 means it's of depth 1, line 0 then 2.0 means it's one call inside a function (aka it's inside another function) then 2.1 means it's of the same depth,
In my code The only functions you call in main are removeDuplicates and displayAccounts, Meaning you only need to list the calls in main, Like 1.0 main() 2.0 displayAccounts() 2.1 removeDuplicates() 2.2 displayAccounts() but add the arguments into the functions as in their definitions
Main.cpp:
#include <iostream>
#include <fstream>
#include <sstream>
#include <
#include "BankAccount.h"
using namespace std;
const int SIZE = 8;
// function declaration
bool removeDuplicates(vector<BankAccount> &accountsVector);
void displayAccounts(vector<BankAccount> accountsVector);
int main()
{
ifstream fin;
fin.exceptions(ifstream::failbit | ifstream::badbit);
try{
fin.open("BankData.dat"); // provide full path to file
vector<BankAccount> accountsVector;
string firstName, lastName;
int accountId;
int accountNumber;
double accountBalance;
string line;
while(!fin.eof())
{
getline(fin,line);
stringstream ss(line);
ss>>firstName>>lastName>>accountId>>accountNumber>>accountBalance;
BankAccount account(firstName+" "+lastName,accountId,accountNumber,accountBalance);
accountsVector.push_back(account);
}
fin.close();
if(accountsVector.size() > 0 )
{
BankAccount largest = accountsVector[0];
BankAccount smallest = accountsVector[0];
displayAccounts(accountsVector);
for(unsigned int i=0;i<accountsVector.size();i++)
{
if(accountsVector[i].getAccountBalance() > largest.getAccountBalance())
largest = accountsVector[i];
if(accountsVector[i].getAccountBalance() < smallest.getAccountBalance())
smallest = accountsVector[i];
}
cout<<"\nLargest Balance : "<<endl;
cout<<largest.toString()<<endl<<endl;
cout<<"Smallest Balance : "<<endl;
cout<<smallest.toString()<<endl<<endl;
cout<<"Using the static count, there are "<<BankAccount::count<<" accounts"<<endl;
cout<<"Using vector size, there are "<<accountsVector.size()<<" accounts"<<endl;
if(removeDuplicates(accountsVector))
{
cout<<"\nDuplicate Account Found : Reprinting List"<<endl;
displayAccounts(accountsVector);
}else
cout<<"\nDuplicate Account Not Found"<<endl;
cout<<"Using the static count, there are "<<BankAccount::count<<" accounts"<<endl;
cout<<"Using vector size, there are "<<accountsVector.size()<<" accounts"<<endl;
BankAccount account1("Amy Machado",387623 ,1244 ,1023.67);
BankAccount account2("Tak Phen",981243 ,1262 ,6423.03);
BankAccount account3("Celia Beatle",465281 ,1276 ,3.56 );
accountsVector.insert(accountsVector.begin()+2,account1);
accountsVector.insert(accountsVector.begin()+4,account2);
accountsVector.insert(accountsVector.begin()+6,account3);
cout<<"\nInserted Three New Accounts : Reprinting List"<<endl;
displayAccounts(accountsVector);
cout<<"Using the static count, there are "<<BankAccount::count<<" accounts"<<endl;
cout<<"Using vector size, there are "<<accountsVector.size()<<" accounts"<<endl;
}
}catch(ifstream::failure &e)
{
cerr<<"Error while opening/reading the input file"<<endl;
}
return 0;
}
// function to remove duplicate accounts from the vector, return true if duplicate records present else false
bool removeDuplicates(vector<BankAccount> &accountsVector)
{
bool duplicate = false;
for(unsigned int i=0;i<accountsVector.size()-1;i++)
{
for(unsigned int j=i+1;j<accountsVector.size();j++)
if(accountsVector[i].equals(accountsVector[j]))
{
duplicate = true;
accountsVector.erase(accountsVector.begin()+j);
}
}
return duplicate;
}
// function to display the accounts
void displayAccounts(vector<BankAccount> accountsVector)
{
cout<<"FAVORITE BANK - CUSTOMER DETAILS"<<endl;
cout<<string(50,'-')<<endl;
for(unsigned int i=0;i<accountsVector.size();i++)
{
cout<<accountsVector[i].toString()<<endl<<endl;
}
}
//end of program
Trending now
This is a popular solution!
Step by step
Solved in 2 steps
