Build a class called BankAccount that manages checking and savings accounts. The class has three private member fields: a customer name (String), the customer's savings account balance (double), and the customer's checking account balance (double). Implement the following Constructor and instance methods: public BankAccount(String newName, double amt1, double amt2) - set the customer name to parameter newName, set the checking account balance to parameter amt1 and set the savings account balance to parameter amt2. (amt stands for amount) public void setName(String newName) - set the customer name public String getName() - return the customer name public void setChecking(double amt) - set the checking account balance to parameter amt public double getChecking() - return the checking account balance public void setSavings(double amt) - set the savings account balance to parameter amt public double getSavings() - return the savings account balance public void depositChecking(double amt) - add parameter amt to the checking account balance (only if positive) public void depositSavings(double amt) - add parameter amt to the savings account balance (only if positive) public void withdrawChecking(double amt) - subtract parameter amt from the checking account balance (only if positive) public void withdrawSavings(double amt) - subtract parameter amt from the savings account balance (only if positive) public void transferToSavings(double amt) - subtract parameter amt from the checking account balance and add to the savings account balance (only if positive). public class BankAccount { // data members private String name; private double checking; private double savings; // constructor public BankAccount(String newName, double amt1, double amt2) { this.name = newName; this.checking = amt1; this.savings = amt2; } // getter and setter public String getName() { return name; } public void setName(String name) { this.name = name; } public double getChecking() { return checking; } public void setChecking(double checking) { this.checking = checking; } public double getSavings() { return savings; } public void setSavings(double savings) { this.savings = savings; } public void depositChecking(double amt) { // checking the amount to be positive if (amt > 0) this.checking = amt; } public void depositSavings(double amt) { // checking the amount to be positive if (amt > 0) this.savings = amt; } public void withdrawChecking(double amt) { // checking the amount to be positive if (amt > 0) this.checking = this.checking - amt; } public void withdrawSavings(double amt) { // checking the amount to be positive if (amt > 0) this.savings = this.savings - amt; } public void transferToSavings(double amt) { // checking the amount to be positive if (amt > 0) { // removing amt from checking this.checking = this.checking - amt; // adding amt to savings this.savings = this.savings + amt; } } // main method public static void main(String args[]) { BankAccount account = new BankAccount("Mickey", 500.00, 1000.00); account.setChecking(500); account.setSavings(500); account.withdrawSavings(100); account.withdrawChecking(100); account.transferToSavings(300); System.out.println(account.getName()); System.out.printf("$%.2f\n", account.getChecking()); System.out.printf("$%.2f\n", account.getSavings()); } }. 2:Unit test 0 / 2 Tests that BankAccount("Jane", 500.00, 1000.00) correctly initializes bank account. Tests bankAccount.depositSavings(123.00), bankAccount.getSavings() == 1123.00, bankAccount.withdrawSavings(25.00), and bankAccount.getSavings() == 1098.00. Test feedback depositSavings(123.00) failed: new balance should be 1123.0, not 123.0 3:Unit test 0 / 2 Tests that BankAccount("Jane", 750.00, 450.00) correctly initializes bank account. Tests bankAccount.depositChecking(75.00), bankAccount.getChecking() == 825.00, bankAccount.withdrawChecking(45.00), and bankAccount.getChecking() == 780.00. Test feedback depositChecking(75.00) failed: balance should be 825.0, not 75.0
Build a class called BankAccount that manages checking and savings accounts. The class has three private member fields: a customer name (String), the customer's savings account balance (double), and the customer's checking account balance (double).
Implement the following Constructor and instance methods:
public BankAccount(String newName, double amt1, double amt2) - set the customer name to parameter newName, set the checking account balance to parameter amt1 and set the savings account balance to parameter amt2. (amt stands for amount)
public void setName(String newName) - set the customer name
public String getName() - return the customer name
public void setChecking(double amt) - set the checking account balance to parameter amt
public double getChecking() - return the checking account balance
public void setSavings(double amt) - set the savings account balance to parameter amt
public double getSavings() - return the savings account balance
public void depositChecking(double amt) - add parameter amt to the checking account balance (only if positive)
public void depositSavings(double amt) - add parameter amt to the savings account balance (only if positive)
public void withdrawChecking(double amt) - subtract parameter amt from the checking account balance (only if positive)
public void withdrawSavings(double amt) - subtract parameter amt from the savings account balance (only if positive)
public void transferToSavings(double amt) - subtract parameter amt from the checking account balance and add to the savings account balance (only if positive). public class BankAccount {
// data members
private String name;
private double checking;
private double savings;
// constructor
public BankAccount(String newName, double amt1, double amt2) {
this.name = newName;
this.checking = amt1;
this.savings = amt2;
}
// getter and setter
public String getName() {
return name;
}
public void setName(String name) {
this.name = name;
}
public double getChecking() {
return checking;
}
public void setChecking(double checking) {
this.checking = checking;
}
public double getSavings() {
return savings;
}
public void setSavings(double savings) {
this.savings = savings;
}
public void depositChecking(double amt) {
// checking the amount to be positive
if (amt > 0)
this.checking = amt;
}
public void depositSavings(double amt) {
// checking the amount to be positive
if (amt > 0)
this.savings = amt;
}
public void withdrawChecking(double amt) {
// checking the amount to be positive
if (amt > 0)
this.checking = this.checking - amt;
}
public void withdrawSavings(double amt) {
// checking the amount to be positive
if (amt > 0)
this.savings = this.savings - amt;
}
public void transferToSavings(double amt) {
// checking the amount to be positive
if (amt > 0) {
// removing amt from checking
this.checking = this.checking - amt;
// adding amt to savings
this.savings = this.savings + amt;
}
}
// main method
public static void main(String args[]) {
BankAccount account = new BankAccount("Mickey", 500.00, 1000.00);
account.setChecking(500);
account.setSavings(500);
account.withdrawSavings(100);
account.withdrawChecking(100);
account.transferToSavings(300);
System.out.println(account.getName());
System.out.printf("$%.2f\n", account.getChecking());
System.out.printf("$%.2f\n", account.getSavings());
}
}. 2:Unit test
0 / 2
Tests that BankAccount("Jane", 500.00, 1000.00) correctly initializes bank account. Tests bankAccount.depositSavings(123.00), bankAccount.getSavings() == 1123.00, bankAccount.withdrawSavings(25.00), and bankAccount.getSavings() == 1098.00.
Test feedback
depositSavings(123.00) failed: new balance should be 1123.0, not 123.0
3:Unit test
0 / 2
Tests that BankAccount("Jane", 750.00, 450.00) correctly initializes bank account. Tests bankAccount.depositChecking(75.00), bankAccount.getChecking() == 825.00, bankAccount.withdrawChecking(45.00), and bankAccount.getChecking() == 780.00.
Test feedback
depositChecking(75.00) failed: balance should be 825.0, not 75.0
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