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You will be writing a program for a local bank that allows them to create objects representing a customer's b account. Create the following classes · Account: a class representing a customer's bank account: • Member Variables: • balance: Represents how much money is in the account. • transactions: A vector of pointers to Transaction objects. When the user makes a deposit or withdrawal, a Transaction object will be create and a pointer to it will be added to this vector. • Member Functions: • Constructor: Requires the client to pass a value for the starting account balance. If this amount is less than O print a message explaining the error and then stop the program with the following command: exit(1); • withdraw: Allows the user to pass an amount to withdraw from the account. Returns true if successful and false otherwise. • If the amount would make 'balance' less than 0, do not perform the withdrawal. Simply print an error message and return false. • Otherwise, subtract the amount from 'balance, add a new Transaction with the given data to 'transactions, and return true. • Deposit: Allows the user to pass an amount to deposit to the account. Add the given amount to 'balance' an add a new Transaction to 'transactions' with the given data. • printTransactions: Loops through the 'transactions' vector printing each Transaction one at a time (by calling each object's 'print' function) • getBalance: Returns the current balance in the account. In your main function on Source.cpp, create an Account object with a starting balance of 0. Demonstrate each of the functions being called (for example, perform a few deposits, a few withdrawals, print the transactions, and then print the balance). This can all be hardcoded: there is no need for user input.

You will be writing a program for a local bank that allows them to create objects representing a customer's b account. Create the following classes · Account: a class representing a customer's bank account: • Member Variables: • balance: Represents how much money is in the account. • transactions: A vector of pointers to Transaction objects. When the user makes a deposit or withdrawal, a Transaction object will be create and a pointer to it will be added to this vector. • Member Functions: • Constructor: Requires the client to pass a value for the starting account balance. If this amount is less than O print a message explaining the error and then stop the program with the following command: exit(1); • withdraw: Allows the user to pass an amount to withdraw from the account. Returns true if successful and false otherwise. • If the amount would make 'balance' less than 0, do not perform the withdrawal. Simply print an error message and return false. • Otherwise, subtract the amount from 'balance, add a new Transaction with the given data to 'transactions, and return true. • Deposit: Allows the user to pass an amount to deposit to the account. Add the given amount to 'balance' an add a new Transaction to 'transactions' with the given data. • printTransactions: Loops through the 'transactions' vector printing each Transaction one at a time (by calling each object's 'print' function) • getBalance: Returns the current balance in the account. In your main function on Source.cpp, create an Account object with a starting balance of 0. Demonstrate each of the functions being called (for example, perform a few deposits, a few withdrawals, print the transactions, and then print the balance). This can all be hardcoded: there is no need for user input.

Microsoft Visual C#
Microsoft Visual C#
7th Edition
ISBN:9781337102100
Author:Joyce, Farrell.
Publisher:Joyce, Farrell.
Chapter9: Using Classes And Objects
Section: Chapter Questions
Problem 1CP: In previous chapters, you have created programs for the Greenville Idol competition. Now create a...
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Hello, Please create the correct code based on the attached requirement picture. Please do not use any Advanced C++ syntax. Please make sure the code is functional. Thank you.

You will be writing a program for a local bank that allows them to create objects representing a customer's bank account. Create the following classes · Account: a class representing a customer's bank account: • Member Variables: • balance: Represents how much money is in the account. · transactions: A vector of pointers to Transaction objects. When the user makes a deposit or withdrawal, a Transaction object will be create and a pointer to it will be added to this vector. • Member Functions: • Constructor: Requires the client to pass a value for the starting account balance. If this amount is less than 0, print a message explaining the error and then stop the program with the following command: exit(1); • withdraw: Allows the user to pass an amount to withdraw from the account. Returns true if successful and false otherwise. • If the amount would make 'balance' less than 0, do not perform the withdrawal. Simply print an error message and return false. • Otherwise, subtract the amount from 'balance', add a new Transaction with the given data to "transactions, and return true. • Deposit: Allows the user to pass an amount to deposit to the account. Add the given amount to 'balance' and add a new Transaction to 'transactions' with the given data. • printTransactions: Loops through the 'transactions' vector printing each Transaction one at a time (by calling each object's 'print' function) · getBalance: Returns the current balance in the account. In your main function on Source.cpp, create an Account object with a starting balance of 0. Demonstrate each of the functions being called (for example, perform a few deposits, a few withdrawals, print the transactions, and then print the balance). This can all be hardcoded: there is no need for user input. Submit: Transaction.cpp, Transaction.h, Source.cpp, Account.cpp, and Account.h
Transcribed Image Text:You will be writing a program for a local bank that allows them to create objects representing a customer's bank account. Create the following classes · Account: a class representing a customer's bank account: • Member Variables: • balance: Represents how much money is in the account. · transactions: A vector of pointers to Transaction objects. When the user makes a deposit or withdrawal, a Transaction object will be create and a pointer to it will be added to this vector. • Member Functions: • Constructor: Requires the client to pass a value for the starting account balance. If this amount is less than 0, print a message explaining the error and then stop the program with the following command: exit(1); • withdraw: Allows the user to pass an amount to withdraw from the account. Returns true if successful and false otherwise. • If the amount would make 'balance' less than 0, do not perform the withdrawal. Simply print an error message and return false. • Otherwise, subtract the amount from 'balance', add a new Transaction with the given data to "transactions, and return true. • Deposit: Allows the user to pass an amount to deposit to the account. Add the given amount to 'balance' and add a new Transaction to 'transactions' with the given data. • printTransactions: Loops through the 'transactions' vector printing each Transaction one at a time (by calling each object's 'print' function) · getBalance: Returns the current balance in the account. In your main function on Source.cpp, create an Account object with a starting balance of 0. Demonstrate each of the functions being called (for example, perform a few deposits, a few withdrawals, print the transactions, and then print the balance). This can all be hardcoded: there is no need for user input. Submit: Transaction.cpp, Transaction.h, Source.cpp, Account.cpp, and Account.h
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