Final Bank-Management-System by Me

8/3/2019 Final Bank-Management-System by Me

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Certificate

RECORD OF PROJECT WORK IN COMPUTER SCIENCE

This is Certified that the project Entitled “SUPER

MARKET BILLING

SYSTEM” Submitted by: KALPANA BIRLA under my

supervision and guidance.

Submitted for the Practical Examination held in

…………………

2011 at Marudhar Defence Sr. Sec. School, Merta

City, Nagaur.

Subject In-

charge

Examiners

1)

2)

Principal



AcknowledgementWe are very much thankful to Mr. Saurabh Singh Naruka for all

the support he

has Given to us. This is only his support that we are able to

Complete the project

with in Time. We are very grateful for his cooperation in completion

of this project.

He acted As the guiding spirit behind the completion of this

project. I am also

thankful to my classmates for their co-operation. Finally I thank my

parents for

their support and blessings. Our thanks also extend to the entireschool for

providing such a friendly and learning atmosphere to read.



INDEX

Sr. No. Topic. Page.

1 Introduction 1

2 Requirement Analysis 2

3 Limitation of current system 3

4 Advantage of proposed system 4

5 Hardware & Software Requirements 5

6 Modular Description 6

7 Function Point Analysis 8

8 Implementation 9

9 Data Flow Diagram 10

10 System Defined Function 12

11 Source Code 13

12 Output Screen 19

13 Project Summary 21

14 Conclusion 22



15 Reference 23

INTRODUCTION

Requirements definition and management is recognized as a necessary step in the

delivery of successful system s and software projects, discipline is also required by

standards, regulations, and quality improvement initiatives. Creating and managing

requirements is a challenge of IT, systems and product development projects or

indeed for any activity where you have to manage a contractual relationship.

Organization need to effectively define and manage requirements to ensure they are

meeting needs of the customer, while proving compliance and staying on the

schedule and within budge. The impact of a poorly expressed requirement can bring

a business out of compliance or even cause injury or death. Requirements definition

and management is an activity that can deliver a high, fast return on investment.

The “BANK MANAGEMENT SYSTEM” undertaken as a project is based on

relevant technologies. The main aim of this project is to develop software for bank

management system. This project is to develop software for bank management

system. This project has been developed to carry out the processes easily and

quickly, which is not possible with the manuals systems, which are overcome by this

software. This project is developed using C++ language and executed in TURBO 3.

Hence it provides the complete solution for the current management system.



REQUIREMENT ANALYSIS:

Requirements are prone to issues of ambiguity, incompleteness, and inconsistency.

Techniques such as rigorous inspection have been shown to help deal with these

issues. Ambiguities, incompleteness, and inconsistencies that can be resolved in the

requirements phase typically cost orders of magnitude less to correct than when

these same issues are found in later stages of product development. Requirements

analysis strives to address these issues.

• Take a long time to produce

• Begin to limit the implementation option available• Are costly to produce

Requirements for both the system and the software are documented and reviewed

with the customer.



Limitations of Current System

Every system has pros & cons so existing system have many

advantages & disadvantages. So the limitations of existing are as

follows:

User Interface: User interface is not so much good that operators feel some

problems in working.

Graphical User Interface: GUI is not good so the operators get bored by

watching screen.

Processing Speed: Processing speed of the software is not so much good to

operate fast.

Flexible: Existing system is not so much flexible that can be changed

according to the operators & customers.

Automatic Generation of Reports: Not able to automatic generate the reports

& documents.

Workload: Sometimes the system hangs when workload is more.



Error Free: Sometimes the system gives error in the calculation in making the

bill & in the information of the products due to workload.

Man Power: Existing system uses so many people to operate the system.

Resources: System does not use the resources properly.

Advantages of Proposed System

To reduce the limitations of the existing system there is a need to

develop a new system. The new system should concern the

requirements of the customers. It has following quality:

Reduction in processing cost.

Error reduction.

Automatic posting.

Improve reporting.

Automatic production of documents & reports.

Faster response time.



Ability to meet user requirements.

Flexibility.

Reduced dependency.

Improves resource users.

Reduction in use of paper.

Reduction in use of man power.

Proposed system includes these above qualities including existing qualities.

Hardware requirements

Minimum requirements: -

Pentium i133MHz

Ram 16 MB

Hard disk 2.1 GB

Recommended: -

Pentium III



Ram 128 MB

Hard disk 10 GB

Others: -

Printer

Colored Monitor

Software requirements

Operating System:-

DOS, WINDOWS 98/XP

Compiler :-

TURBO C++ VER 4.0

MODULAR DESCRIPTION

Open new account

Deposit amount

Withdraw amount

Balance Enquiry

Modify an account



Close account

Display all records

Exit

Module 1-Open an account:

A module new account is literally the form for the customer to open a new account.

A new account is opened with the following details of the customer, with the default

account number

Account No.

Account Holder Name

Account Type (CURRENT/SAVING)

Amount

Module 2-Deposit :

Deposition should be done each time the customer deposits a particular amount for

an account. Deposition is done in the account after the following details.

Account number

Amount to deposit

Module 3-withdrawal:

Using this withdrawal module the user can withdraw a particular amount for an

account. Withdrawal can be done after getting the following details:

Account number

Amount to be withdraw

Module 4-Balance Enquiry(view detail of an account):

Using this module the user can withdraw a particular amount details. It can be done

after getting the following details:

Account number

Account Holder Name Type of Account



Balance Amount

Module 5-Modify an account :

This module is used to modify the account that we want this done after receiving the

account number. Then the corresponding new details are need to enter and the theaccount will modified:

Account Holder Name

Type of Account

Balance Amount

Module 6- Close an account:

This module is to used to close the account that is no longer required. It can be done

after getting the following detail:

• Account No.

Module 6-Display all records:

This module is used to display all the records present in the corresponding file.

FUNCTION POINT ANALYSIS

Function points measure software size by qualifying the functionality provided to

the user based solely on logical design and functional specifications. With this in

mind, the objectives of FP counting are to:



Measures functionality that the user requests and receivers

Provide a normalized measure across projects and organizations

A “function point” is one standard unit of software size and complexity. Most

software is decomposable into function points, which can then be counted, giving its

size and complexity. Standards for sizing software using function points are in the

International Function Points Users Group (IFPUG) Function Points Counting

Practices Manuals.

IMPLEMENTATION

Implementation is the realization, application, or execution of a plan, idea, model,

design, specification, standard algorithm, or policy.



The design must be translated in to machine-readable form. The code generation

step performs their tasks. If design is performed in a detailed manner, code

generation can be accomplished mechanistically.

Maintenance:

In software, software maintenance is the process of enhancing and optimizing

developed software (software release), as well as remedying defects. Software

maintenance is one of the phases in the software development process, and follows

development of software into the field. The software maintenance phase involves

changes to the software in order to correct defects and deficiencies found during

field usage as well as the addition of new functionality to improve software’susability and applicability.

DATA FLOW DIAGRAM FOR THE BANK MANGEMENT SYSTEM

This diagram, represents a banking process, which maintains customers accounts.

In this example, customers can withdraw or deposit cash, request information about

their account or update their account details.



Level 0:

Level 1:

Customer Query

requirement

Purpose

Custom

Bankin

g

Syste

m

Accounti

Custom

Transmis

sion

Form

Check

Schedu

le

Amount

Bankin

g

Amoun

t

Self

Account

Accou

nt

Balanc

e



LEVEL 2:

amount balance

details

withdrawral amount

Check

Sched

ule

Request

Configurat

ion

Confir

med

Withdr

aw

Withdr aw

In

Det

ails

Balance

Foreign



SYSTEM DEFINED FUNCTIONS

clrscr():- clrscr clears the current text window and places the cursor in the upper

left-hand corner.

gotoxy():- moves the cursor to the given position in the current text window.If the

coordinates are invalid, the call to gotoxy is ignored.

sleep():- With a call to sleep, the current program is suspended from execution for

the number of seconds specified by the argument seconds.

getch():- getch reads a single character directly from the keyboard, without echoing

to the screen.

open():- Opens a file for an fstream.

Gets:- gets collects a string of characters terminated by a new line from the

standard

input stream stdin and puts it into s.

Delay:- With a call to delay, the current program suspended from execution for the

time specified by the argument milliseconds.



CODING

//***************************************************************

// HEADER FILE USED IN PROJECT

//****************************************************************

#include<iostream.h>

#include<conio.h>

#include<stdio.h>

#include<process.h>

#include<fstream.h>

#include<ctype.h>

//***************************************************************

// CLASS USED IN PROJECT

//****************************************************************

class account{

int acno;

char name[50];

int deposit, withdraw;

char type;

public:

void create_account()

{

cout<<"\nEnter The account No.";

cin>>acno;

cout<<"\n\nEnter The Name of The account Holder ";

gets(name);cout<<"\nEnter Type of The account (C/S) ";

cin>>type;

type=toupper(type);

cout<<"\nEnter The Initial amount(>=500 for Saving and >=1000 for current )";

cin>>deposit;

cout<<"\n\n\nAccount Created..";

}

void show_account()

{

cout<<"\nAccount No. : "<<acno;

cout<<"\nAccount Holder Name : ";puts(name);

cout<<"\nType of Account : "<<type;

cout<<"\nBalance amount : "<<deposit;

}

void modify_account()

{

cout<<"\nAccount No. : "<<acno;

cout<<"\nModify Account Holder Name : ";

gets(name);

cout<<"\nModify Type of Account : ";cin>>type;

cout<<"\nModify Balance amount : ";cin>>deposit;

}



void dep(int x)

{

deposit+=x;

}

void draw(int x)

{

deposit-=x;

}

void report()

{cout<<acno<<"\t"<<name<<"\t\t"<<type<<"\t\t"<<deposit<<endl;}

int retacno()

{return acno;}

float retdeposit()

{return deposit;}

char rettype()

{return type;}

}; //class ends here

//***************************************************************

// global declaration for stream object, object

//****************************************************************

fstream fp;account ac;

//***************************************************************

// function to write in file

//****************************************************************

void write_account()

{

fp.open("account.dat",ios::out|ios::app);

ac.create_account();

fp.write((char*)&ac,sizeof(account));

fp.close();}

//***************************************************************

// function to read specific record from file

//****************************************************************

void display_sp(int n)

{

clrscr();

cout<<"\nBALANCE DETAILS\n";

int flag=0;

fp.open("account.dat",ios::in);

while(fp.read((char*)&ac,sizeof(account)))



{

if(ac.retacno()==n)

{

ac.show_account();

flag=1;

}

}

fp.close();

if(flag==0)

cout<<"\n\nAccount number does not exist";

getch();

}

//***************************************************************

// function to modify record of file

//****************************************************************

void modify_account()

{

int no,found=0;clrscr();

cout<<"\n\n\tTo Modify ";

cout<<"\n\n\tEnter The account No. of The account";

cin>>no;

fp.open("account.dat",ios::in|ios::out);

while(fp.read((char*)&ac,sizeof(account)) && found==0)

{

if(ac.retacno()==no)

{

ac.show_account();

cout<<"\nEnter The New Details of account"<<endl;

ac.modify_account();int pos=-1*sizeof(ac);

fp.seekp(pos,ios::cur);


cout<<"\n\n\t Record Updated";

found=1;

}

}

fp.close();

if(found==0)

cout<<"\n\n Record Not Found ";

getch();

}

//***************************************************************

// function to delete record of file

//****************************************************************

void delete_account()

{

int no;

clrscr();

cout<<"\n\n\n\tDelete Record";

cout<<"\n\nEnter The account no. of the customer You Want To Delete";

cin>>no;




fstream fp2;

fp2.open("Temp.dat",ios::out);

fp.seekg(0,ios::beg);


{

if(ac.retacno()!=no)

{

fp2.write((char*)&ac,sizeof(account));

}

}

fp2.close();

fp.close();

remove("account.dat");

rename("Temp.dat","account.dat");

cout<<"\n\n\tRecord Deleted ..";

getch();

}

//***************************************************************

// function to display all accounts deposit list//****************************************************************

void display_all()

{

clrscr();

fp.open("account.dat",ios::in);

if(!fp)

{

cout<<"ERROR!!! FILE COULD NOT BE OPEN\n\n\n Go To Admin Menu to create File";

getch();

return;

}

cout<<"\n\n\t\tACCOUNT HOLDER LIST\n\n";

cout<<"====================================================\n";

cout<<"A/c no.\tNAME\t\tType\t\tBalance\n";

cout<<"====================================================\n";


{

ac.report();

}

fp.close();

}

//***************************************************************

// function to deposit and withdraw amounts

//****************************************************************

void deposit_withdraw(int option)

{

int no,found=0,amt;

clrscr();

cout<<"\n\n\tEnter The account No.";

cin>>no;


while(fp.read((char*)&ac,sizeof(account)) && found==0)



{

if(ac.retacno()==no)

{

ac.show_account();

if(option==1)

{

cout<<"\n\n\tTO DEPOSITE AMOUNT ";

cout<<"\n\nEnter The amount to be deposited";

cin>>amt;

ac.dep(amt);

}

if(option==2)

{

cout<<"\n\n\tTO WITHDRAW AMOUNT ";

cout<<"\n\nEnter The amount to be withdraw";

cin>>amt;

int bal=ac.retdeposit()-amt;

if((bal<500 && ac.rettype()=='S') || (bal<1000 && ac.rettype()=='C'))

cout<<"Insufficience balance";

elseac.draw(amt);

}

int pos=-1*sizeof(ac);

fp.seekp(pos,ios::cur);


cout<<"\n\n\t Record Updated";

found=1;

}

}

fp.close();

if(found==0)

cout<<"\n\n Record Not Found ";getch();

}

//***************************************************************

// INTRODUCTION FUNCTION

//****************************************************************

void intro()

{

clrscr();

gotoxy(31,11);

cout<<"BANKING";gotoxy(35,14);

cout<<"TRANSACTIONS";

gotoxy(35,17);

cout<<"SYSTEM";

cout<<"\n\nMADE BY : your name";

cout<<"\n\nSCHOOL : your school name";

getch();

}

//***************************************************************

// THE MAIN FUNCTION OF PROGRAM

//****************************************************************



void main()

{

char ch;

intro();

do

{

clrscr();

cout<<"\n\n\n\tMAIN MENU";

cout<<"\n\n\t01. NEW ACCOUNT";

cout<<"\n\n\t02. DEPOSIT AMOUNT";

cout<<"\n\n\t03. WITHDRAW AMOUNT";

cout<<"\n\n\t04. BALANCE ENQUIRY";

cout<<"\n\n\t05. ALL ACCOUNT HOLDER LIST";

cout<<"\n\n\t06. CLOSE AN ACCOUNT";

cout<<"\n\n\t07. MODIFY AN ACCOUNT";

cout<<"\n\n\t08. EXIT";

cout<<"\n\n\tSelect Your Option (1-8) ";

ch=getche();

switch(ch){

case '1': clrscr();

write_account();

getch();

break;

case '2': clrscr();

deposit_withdraw(1);

break;

case '3': clrscr();

deposit_withdraw(2);

getch();

break;case '4': int num;

clrscr();

cout<<"\n\n\tEnter The account No. ";

cin>>num;

display_sp(num);

break;

case '5': clrscr();

display_all();

getch();

break;

case '6': delete_account();

break;case '7': clrscr();

modify_account();

getch();

break;

case '8':exit(0);

default :cout<<"\a";

}

}while(ch!='8');

}

//***************************************************************

// END OF PROJECT

//***************************************************************



OUTPUT SCREEN

1. Main Menu :

2. Deposit Amount :

3. Balance Enquiry:



Project Summary

The goals that are achieved by the software are:

Instant access.

Improved productivity.

Optimum utilization of resources.

Efficient management of records.

Simplification of the operations.

Less processing time and getting required information.

User friendly.

Portable and flexible for further enhancement.



Conclusion

When looking for solid accounting software, you want to find a solution that gives

you the best value for your investment. Naturally, you first the software that meets

your needs, both now and in the future. Engineering is based on designing different

projects. Nowadays, “most products and system are becoming more complex in

nature, and there is an increasing demand relative to new technology application at a

time when our natural resources are dwindling” now that’s where engineering and

engineers are not only useful for the technologies and machineries in the business

world, but it is also constructive in different components of business such as

management, financing, employment, and marketing.



Reference

The system is designed to perform task of multiple users.

Case Study is referenced through many books.

The main source is internet

Final Bank-Management-System by Me

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