[ C++ program] Assume that a bank maintains two kinds of accounts for customers, | | one called as savings account and the other as current account. | | The savings account provides compound interest and withdrawal facilities but no cheque book facility. | | The current account provides cheque book facility but no interest. | | Current account holders should also maintain a minimum balance | | and if the balance falls below this level, a service charge is imposed. | | Create a class account that stores customer name, account number and type of account. | | From this derive the classes curacct and savacct to make them more specific to their requirements.

-

 

| Assume that a bank maintains two kinds of accounts for customers, |
| one called as savings account and the other as current account. |
| The savings account provides compound interest and withdrawal facilities but no cheque book facility. |
| The current account provides cheque book facility but no interest. |
| Current account holders should also maintain a minimum balance |
| and if the balance falls below this level, a service charge is imposed. |
| Create a class account that stores customer name, account number and type of account. |
| From this derive the classes curacct and savacct to make them more specific to their requirements. |
| Include necessary member functions in order to achieve the following tasks: |
| |
| (a) Accept deposit from a costumer and update the balance. |
| |
| (b) Display the balance |
| |
| (c) Compute and deposit interest. |
| |
| (d) Permit withdrawal and update the balance. |
| |
| Check for the minimum balance, impose penalty, necessary, and update the balance. |
+=========================================================================================================*/
#include<iostream> #include<stdio.h> #include<math.h> //#include<conio.h> #include<string.h> using namespace std; class account{ protected: string c_name; int c_acc_no; string type_account; int bal; public: account() { c_name=" "; c_acc_no=0; type_account=" "; bal=0; } void input() { cout<<"\nEnter c_name: "; getline(cin,c_name); cout<<"\nEnter c_acc_no: "; cin>>c_acc_no; cout<<"\nEnter account type: "; cin>>type_account; cout<<"\nEnter bal: ";cin>>bal; } void display(){ cout<<"\n Customer Name: "<<c_name; cout<<"\n Account Number: "<<c_acc_no; cout<<"\n Type: "<<type_account; cout<<"\n Balance: "<<bal; } void deposit(){ int amount_deposit; cout<<"\n Enter the amount to deposit: "; cin>>amount_deposit; bal=bal+amount_deposit; } }; class saving_account:public account{ int interest; public: int compound_interest(){ int time1,rate1; rate1=10; cout<<"\n Enter time:"; cin>>time1; interest=bal*pow(1+rate1/100.0,time1)-bal; return interest; } void update_bal(){ bal=bal+compound_interest(); } void withdrawal(){ int amount_withdrawn; cout<<"\n Enter amount to withdrawn: "; cin>>amount_withdrawn; if(bal>=amount_withdrawn){ bal=bal- amount_withdrawn; } else{ cout<<"\n The amount cannot be withdrawn:"; } } }; class current_account:public account{ int cheque_book; int penality; public: int min_bal(){ int ret1=1; if(bal<=500){ penality=50; bal=bal-penality; ret1=0; } else{ cout<<"\n No penality imposed: "; } return ret1; } void withdrawal(){ int amount_withdrawal; cout<<"\n Enter the amount to withdrawn:"; cin>>amount_withdrawal; int k=min_bal(); if(k==1){ if(bal>=amount_withdrawal) bal=bal- amount_withdrawal; } else{ cout<<"\n The amount cannot be withdrawn:"; } } }; int main(){ current_account c1; saving_account s1; c1.input(); c1.display(); c1.deposit(); c1.display(); c1.withdrawal(); c1.display(); s1.input(); s1.display(); s1.deposit(); s1.display(); s1.withdrawal(); s1.display(); return 0; }

Comments

Post a Comment

Popular posts from this blog

Perform all operation in a singly linked list using C language:

-
Image
#include <stdio.h> #include<stdlib.h> struct S_list {     int age;     struct S_list *next; }; struct S_list *read_list(); struct S_list *create_list(int num); void print_list(struct S_list * start); void search(struct S_list *start,int find); void delete_list( struct S_list *start); int main() {  struct S_list *start;  int find;  start=read_list();  printf("Data in the list:\n");  print_list(start);  printf("Enter the element to be search:\n");  scanf("%d",&find);  search(start,find);  delete_list(start);  printf("Data in the list:\n");  print_list(start);  printf("\n\nCodes Written by-Vikas kumar\n");  printf("\n\n on %s\n",__DATE__); return 0; } struct S_list *read_list() {     struct S_list* start,*newPtr,*endptr;      int size;     printf("Enter number of elements\n");     scanf("%d",&size);     for(int i=0; i<size; i++) ...
Read more

Write a program in C++ to create a base class shape and derive two classes named Circle and Square from it. Create and initialize objects from these classes using appropriate constructors.

-
 #include<iostream> #include<string.h> using namespace std; class Shape { public: double radius; double side; //constructor to assign initial values to side and circle; Shape() { side=0;; radius-=0; } void get_data() { cout<<"\nEnter side of square to compute area  :"; cin>>side; cout<<"\nEnter radius of circle to compute area  :"; cin>>radius; } virtual void display_area() { } }; class Square: public Shape { public: void display_area() { cout<<side; cout<<"\nArea of Square = "<<(side*side); } }; class Circle : public Shape { public: void display_area() { cout<<"\nArea of Circle= "<<(3.14*radius*radius); } }; int  main() { Shape *s; Square t; t.get_data(); s=&t; s->display_area(); Circle r; r.get_data(); s=&r; s->display_area(); return 0; }
Read more