mobile banking system
TRANSCRIPT
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MOBILE BANKING SYSTEM
A PROJECT REPORT
Submitted by
A. JAGADEESH ARUMUGAM (41501104028)
in part ial f ul fi llment for the award of the degree
of
BACHELOR OF ENGINEERING
in
COMPUTER SCIENCE AND ENGINEERING
S.R.M. ENGINEERING COLLEGE,
KATTANKULATHUR-603 203, KANCHEEPURAM DISTRICT.
ANNA UNIVERSITY : CHENNAI - 600 025
MAY 2005
BONAFIDE CERTIFICATE
Certified that this project report " MOBILE BANKING SYSTEM " is the
bonafide work of "A. JAGADEESH ARUMUGAM (41501104028)"who carried
out the project work under my supervision.
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Prof. S.S. SRIDHAR, M.S., (Ph.D) Ms. P. GIRIJA, B.E,
HEAD OF THE DEPARTMENT SUPERVISOR
Lecturer
COMPUTER SCINECE COMPUTER SCINECE
AND ENGG AND ENGG.
S.R.M.Engineering College S.R.M.Engineering College
Kattankulathur - 603 203 Kattankulathur - 603 203
Kancheepuram District Kancheepuram District
ACKNOWLEDGEMENT
Our foremost and profound gratitude to our Director Dr.T.P.Ganesan and
our Principal Prof.RVenkataramani for making available to us state-of-art
laboratories and a highly equipped library for our research and the successful
implementation of our project.
Our sincere thanks and respects to Prof.S.S.Sridhar, M.S.,(Ph.D),Head of
the Department of Computer Science and Engineering Department for giving us the
freedom to explore and for providing us with a highly qualified team for guiding us
in our project.
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Our heartfelt gratitude to our Project coordinators Mrs.M.Pushpalatha,
M.E. and Mrs.C.Lakshmi, M.E., (Ph.D). for guiding us in choosing our area of
interest and enabling an in-depth research of the project by sharing their expertise.
We would like to thank our Project guide Ms.P. Girija, B.E. for her constant
guidance and encouragement in helping us to overcome the obstacles in our project
and for putting us on the right track whenever necessary.
ABSTRACT
Now a days, the bank customer who is everything based on the bank and
cant able to involve in the bank process. This Problem can be solved through
Mobile System. The title of the project is MOBILE BANKING SYSTEM. The main
aim of my project is to computerize the Bank Process, which is used to reduce the
customer transaction time as well as user can able to access from anywhere.
It provides a system for the user to access his bank account through his
Mobile. The system also enables the user to pay his bill through the Mobile as well
as pay for some other services, which he has availed. The Mobile banking system isnot just for payment but a user of the system can also transfer money through the
system. He can receive from his bank or from his business associates or friend or
other person who is also connected to the system.
TABLE OF CONTENTS
CHAPTER NO. TITLE PAGE NO.
ABSTRACT i
LIST OF TABLES xv
LIST OF FIGURES xi
1. INTRODUCTION1.1About the Project 1
2. SYSTEM REQUIREMENTS2
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2.1 Hardware Requirements2
2.2 Software Requirements 22.3 Required tools
3
2.4.Installation procedure 4
3. SYSTEM ANALYSIS6
3.1 Existing System 63.2 Proposed System 6
4. SYSTEM DESIGN7
4.1 Project description 84.2 Data Flow Diagram 114.3 Table Structure 15
5. SYSTEM TESTING ANDIMPLEMENTATION 18
5.1 Testing Fundamentals 185.2 Implementation 21
6. MAINTENANCE22
6.1 Corrective Maintenance 226.2 Adaptive Maintenance 236.3 Enhance Maintenance 23
7. APPENDIX24
7.1 List of forms 247.2 List of codings 39
8. USES53
9. CONCLUSION53
10. REFERENCES54
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1.INTRODUCTION
1.1 ABOUT THE PROJECT
Mobile banking enable customer to access the information from his personal
mobile and can able to view his account details. This system also used to transact
money to another client through the keypad of the mobile itself. The user can also
verify his Cheque and demand draft details if another person may pass a demand
draft or Cheque.
The Mobile Banking System runs in a Mobile Browser (Nokia Simulator).
The software consists of two parts viz, the server part and the client part. The server
part is present in Mobile Banking server in the form of Downloaded Application
module. The client part is present at each clients mobile the server and the client are
connected to each other over the Internet using WAP technology.
Mobile Banking provides a system for the user to access his bank account
through his Mobile. The system also enables the user to pay his EB Bill, Telephone
Bill through his mobile as well as pay for some other services, which he has availed.
The Mobile banking system is not just for payment but a user of the system can also
transfer money to another account holder through this system. He can receive from
his bank or from his business associates or friend or other person who is also
connected to the system.
2.SYSTEM REQUIREMENTS
2.1 HARDWARE REQUIREMENTS:
Processor PENTIUM III
Clock Speed 667 MHz
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RAM 128 MB
Hard Disk 4 GB
Cache Memory 11,011,968 Bytes
Virtual Memory 32 MB
Display Card Super Video Graphics Adapter(SVGA)
Mouse Logitech Serial Mouse
Keyboard Standard 104 Enhanced Keyboard
2.2 SOFTWARE REQUIREMENTS:
Web Server Apache Tomcat Server 4.1.30
Browser Nokia Simulator 4.0
Server side scripting JSP,Servlets
Database MS Sql-Server
Language J2EE
Client side scripting HTML,WML,WML-Script
2.3 REQUIRED TOOLS:
Nokia Mobile Internet Toolkit 4.0
Nokia Browser4.0
Nokia 5100 Sdk
Nokia WAP GatewaySOFTWARE DESCRIPTION
SOFTWARE ARCHITECTURE
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The following diagram illustrates the links between various components
involved in this system:
In the following sections the salient features of each of their components are
discussed:
Java
JavaScript
HTML
Servlets
JDBC
2.4 INSTALATION PROCEDURE:
Install soft wares such as Public Web Server, MS-SQL SERVER, and Win98or Windows NT environment.
Create a Virtual directory named as bank in Public Web Server.
Create Data Source Name as bank in ODBC connectivity.
Copy and paste all the html and asp files into the folder Net Bank.
CLIENT SERVER
HTML ANDJAVASCRIPT
JAVA
SEVLETSDATABASE
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Open the browser and type http://localhost/bank/Myhome.html in the address bar
and follow the page accordingly.
ABOUT THE NOKIA SIMULATOR:
Nokia Simulator:
Nokia Mobile Internet Toolkit 4.0
Nokia 5100 SDK
Nokia Mobile Internet Toolkit 4.0
Nokia Mobile Internet Toolkit (NMIT) consists of a set of editors for creatingvarious types of mobile Internet content. NMIT enables the display of this content on
Multiple supported phone SDKs, such as the Nokia 5100 content authoring SDK as
well As the Nokia Mobile Browser Simulator (NMB)concept phone SDK. Phone
SDKs are installed separately. NMIT detects installed, supported phone SDKs at
startup and lists these in its SDK Control Panel. You can display Content you Author
on any supported phone SDK by simply clicking a Show button within an editor.
Most NMIT editors are used for creating XML-based content types defined
by Document type definitions (DTDs). These editors employ content validation to
check Content against a DTD, and they provide futures for easily selecting elements
and Attributions for insertion based on current cursor position. In addition, NMIT
provides a DTD manager through which you can import new DTDs for use by
NMIT editors. Nokia Mobile Internet Toolkit (NMIT) 4.0, which has been newly
redesigned to Focus primarily on content authoring futures and to support multiple
active phone SDKs.
NMIT 4.0 defers considerably from the previous NMIT 3.1 versions in that
the following NMIT 3.1 components are no longer included with NMIT and are now
available as Separate downloads from forum Nokia. WAP Server Simulator, newly
renamed Nokia WAP Gateway Simulator (NWGS)
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Nokia Mobile Browser (NMB) 3.01 device simulator, Newly renamed Nokia
Mobile Browser (NMB) Simulator 4.0. In additional, the NMIT 3.1
Set of tab views for viewing current, session, Bookmarks, WTLS, and WIM
information is not included in NMIT 4.0. These views, which are Used for
diagnostic monitoring of the interaction of phone SDKs with the Network, have been
integrated within each phone SDK and made accessible through a window attached
to each running SDK instance.
This redesign of NMIT provides several benefits such as the ability to:
Launch multiple phone SDKs and multiple instances of most individual phone
SDKs.
Send content simultaneously to multiple instances of running phone SDKs.
Launch diagnostic views from running individual phone SDKs with View panels
targeted individually to phone SDKs capability; for Example,
WIM and WTLS views are absent from the diagnostic views of
Phone SDKs that do not support these functions.
Associate file types with NMIT editors during NMIT installation so that
doublechecking a file of That type opens the file in an NMIT editor
NMIT enables you to launch the following tools:
SDK control panel. This tool for managing phone SDKs is an integral part of NMIT.
DTD manager. This tool for supplementing the DTDs used by NMITs XML-based
editors is an integral part of NMIT. DRM (Digital Rights Management). This tool, a
single user WAP gateway, is a separate application, not integrated with NMIT.
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3.SYSTEM ANALYSIS
System analysis focuses on specifying for what the system or the application
is required to do. It allows the individuals to see the logical elements (what the
system should do) apart from the physical components it uses (computers, terminals
and storage system). It is the process of gathering and interpreting facts, diagnosing
problems and using the information to recommend improvements to the system.
3.1 EXISTING SYSTEM:
The existing system is the manual system. The manual system is prone to
error. It is time consuming. It is very difficult for a person to produce the report.
There are chances for changing the scheme report and do malpractice. This system
involves a lot of manual entries with the applications to perform the desired task.
Usage of papers in the payment process leads to less efficiency, less accuracy
and less productivity.
Increasing expenditure for papers shuffling and storage.
Increasing labors and hence errors.
Less control of funds
Time delay between the payment and its receipt.
Persons who are present in different part of the world cannot transact
efficiently.
3.2 PROPOSED SYSTEM:
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The proposed system is designed to eliminate the drawbacks of the existing
system. It is designed by keeping to eliminate the drawbacks of the present system
in order to provide a permanent solution to the problems. The primary aim of the
new system is to speedup transactions. The report is prepared for the schemes and
implemented by the concerned officials.
Since the advent of banking services in the Middle Ages bank customers have
used paper-based instrument to move money between accounts. In the past few
years, electronics messages moving through private networks have largely replaced
paper for most of the messages exchanged among banks each day MOBILE
BANKING is the first step in electronic replacements for traditional forms of
payments in the banks and among users.
It comes as no surprise to one that when everything is being converted to
electronics then how business and banking can be left behind. Already the business
have to global with the coming of Internet. Now, no more the individual aims at the
local market is also just a click of button away. Dozens of companies are in the race
to convince bankers and merchants that a pot of gold awaits those who conduct their
business on the Internet. In this fast race of business and moneymaking, no country,
no company and no individual want to fall back. Everyone wants to lead the group.
Hence, everyone is trying to make the best use of Internet.
4. SYSTEM DESIGN
The word system is possibly the most overused and abused term in the
technical lexicon. System can be defined as the a set of fact, principles, rules etc.,
classified and arranged in an orderly form so as to show a logical plan linking the
various parts here the system design defines the computer based information
system. The primary objective is to identify user requirements and to build a system
that satisfies these requirements.
Design is much more creative process than analysis. Design is the first step in
the development of any system or product. Design can be defined as the process of
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applying various techniques and principles for the purpose of defining a device, a
process or a system in sufficient detail to permit its physical realization.
It involves four major steps they are:
1.Understanding how the system is working now;2.Finding out what the system does now; 3.
Understanding what the new system will do;
and
4.Understanding how the new system will work.
In Banking System, when it was maintained manually, it involves lot of
inconveniences to customer when transact the money from one person to anotherperson. Customer does not view his account details such that what is the closing
balance and the statements of transactions. Account Balance Inquiry, Account
Statement Inquiry, Cheque Status Inquiry, Demand Draft Request, Bankers Cheque
Request, Cheque Book Requests, Fund Transfer, and Bill Payments are done only in
offline with the help of bank staffs.
So as to avoid these difficulties, a new system was designed to keep these
requirements in mind. Therefore the manual process operation has been changed into
GUI based environment, such that the user can retrieve the records in a user-friendly
manner and it is very easy to navigate to the corresponding information.
4.1 PROJECT DESCRIPTION:
INPUT DESIGN:
Input design is the bridge between users and information system. It specifiesthe manner in which data enters the system for processing it can ensure the reliability
of the system and produce reports from accurate data or it may results in output of
error information.
In Net Bank, forms which has inputs in the system is discussed below:
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Registration
Login
Fund transfer
Bill payment
DepositWithdraw
Account statement inquiry
DD, Banker cheque requests
Registration form:
New customer gives their information like, custid, password, accbranch, name,
age, sex, address, e-mail id etc.
Login form:
The customer gives the inputs for their login into the system. Inputs are
customer id and password. If they are valid, he enters into the system.
Fund transfer:
The user must enter the account number to whom he transfers the amount and
the amount to be transferred is entered.
Bill Payment:
The customer must enter account no, city, consumer no for EB, phone,
cellular, insurance and amount to be paid. After giving these inputs the amount will
be subtracted from his account.
Account Statement Inquiry:
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This form is used to display the account details of current or specific period.
The user must enter the starting date and ending state, then it will display the account
details of that specific period.
DD, Bankers Cheque Request:
This form is used to the customers for their corresponding requests. The user
must enter the accno, beneficiary name, and dd or bc amount. Then Mobile banking
system checks the minimum balance of the customer. If valid, it accepts the requests
and provides the dd or banker cheque.
OUTPUT DESIGN:
Outputs from the computer system are rewired primary to communicate the
results of processing to the uses. They also used to provide a permanent copy of
these results for later consultation / verification. The main points on designing an
output are deciding the media, designing layout and report to be printed. The outputs
are designed from the system, are simple to read and interpret.
According the requirements of the system, various types of outputs are as
desired and designed as follows.
Account Statement Inquiry which is used to display the account details such
as account holder name, accno, transdate, narration, valdate, chddno. Account
Balance Inquiry, which is used to display the account balance such as total balance,
unclear funds, and overdraft and credit balance.
Bank account closing, which is used to display the bank details of the current
day. It displays the current date, opening balance, current date transactions and
closing balance.
Funds transfer, Bill payments, DD, Bankers cheque, cheque Book requests
are used to display whether the customers requests are accepted or denied after
checking the validations.
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REPORT DESIGN:
Mobile Banking System supports and improves many of the core
functionality of the organization ie. Banks and also helps in quick easy monitoring of
the reports that have been automatically generated as and when the user performs
some transactions in the system.
The appraisal reports are prepared for the customers and bank, according to
the periods like current period, specific period, day wise, month wise and year wise.
Customer Reports:
Current period report gives only the last 10 transactions details from the
current date to a particular customer. Specific period report gives the transactions
details between the starting date and ending date, which are specified as inputs.
Bank Reports:
Day report provides the opening balance, transactions details and closingbalance for all the customers to a specific date that is given as input. Month report
provides the opening balance, transactions details and closing balance for all the
customers to a specific month and year that are given as inputs.
Year report provides the opening balance, transactions details and closing
balance for all the customers to a specific year that is given as input.
4.2 DATA FLOW DIAGRAM:
A DFD is a logical model of the system. The model does not depend on the
hardware, software and data structures of file organization. It tends to be easy for
even non-technical users to understand and thus serves as an excellent
communication tool.
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DFD can be used to suggest automatic boundaries for proposed system at pa very
high level; the entire system is shown as a single logical process clearly identifying
the sources and destination of data. This is often referred to as zero level DFD.
Then the processing is exploded into major processes and the same is depicted as
level one DFD.
Personal Details:
Field Name Data Type Description Constraints
Accno Text Account number Primary key
Cid Text Customer id Not null
Pass Text Password Not null
Fname Text First name Not null
Lname Text Last name Not null
Dob Text Date of Birth Not null
Sex Text Sex Not null
Madd Text Mail address Not null
Pin1 Text Pincode1 Not null
Con1 Text Country1 Not null
Toff Text Telephone office Not null
Tres Text Telephone residence Not null
Fax Text Fax no ------
Pager Text Pager no Not null
Mob Text Mobile no Not null
Padd Text Permanent Address Not null
Pin2 Text Pincode2 Not null
Con2 Text Country2 Not null
Tele Text Telephone Not null
Mstatus Text Maritial Status Not null
Dep Text Dependents Not null
Edu Text Education Not null
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Occu Text Occupation Not null
Proff Text Profession Not null
Emp Text Employed with Not null
Grade Text Grade Not null
Income Text Income Not null
Asset Text Assets Not null
Vech Text Vechicles Not null
Res Text Residence Not null
Introducer Details:
Field Name Data Type Description Constraints
Accno Number Account number Reference Key
Cid Number Customer id1 Not null
Inname Text Introducers name Not null
Inacc Number Introducers account no Not null
Copy Text Attachments Not null
Account Type:
Field Name Data Type Description Constraint
Accno Number Account number Reference key
Acctype Text Savings / current account Not null
Openamt Text Opening Amount Not null
Transaction Details:
Field Name Data Type Description Constraints
Encode Number Entry code Not null
Accno Number Account number Reference key
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Acctype Text Account type Not null
Transdate Text Transaction date Not null
Transtype Text Transaction type Not null
Chddno Number Cheque / DD number -------
Valdate Text Value date Not null
Payer Text Payer -------
Depoamt Number Deposit amount -------
Payee Text Payee -------
Withamt Number Withdraw amount -------
Balance Number balance Not null
Cheque Details:
Field Name Data Type Description Constraints
Encode Number Entry code Not null
Accno Number Account number Reference key
Acctype Text Account type Not null
Transdate Text Transaction date Not null
Transtype Text Transaction type Not null
Chddno Number Cheque / DD number Not null
Valdate Text Value date Not null
Payer Text Payer -------
Depoamt Number Deposit amount -------
Payee Text Payee -------
Withamt Number Withdraw amount -------
Status Text Cheque status Not null
Demand Draft Details:
Field Name Data Type Description Constraints
Fraccno Number From account number Reference key
Ddno Number Demand draft number Not null
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Bename Text Beneficiary name Not null
Ddamt Number Demand draft number Not null
Appdate Text Application date Not null
City Text City Not null
State Text State Not null
Bankers Cheque Details:
Field Name Data Type Description Constraints
Fraccno Number From account number Reference key
Ddno Number Demand draft number Not null
Bename Text Beneficiary name Not null
Ddamt Number Demand draft number Not null
Appdate Text Application date Not null
Cheque Book Details:
Field Name Data Type Description Constraints
Accno Number Account number Reference key
Reqdate Text Requested date Not null
Chbookno Number Cheque book number Not null
Stno Number Starting number Not null
Endno Number Ending number Not null
Refno Number Reference number Not null
5.SYSTEM TESTING AND IMPLEMENTATION
5.1.TESTING FUNDAMENTALS
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Software testing is an important element of S/W quality assurance and
represents the ultimate review of specification, design and coding. The increasing
visibility of S/W as a system element and the costs associated with a S/W failure are
motivating forces for well planned, through testing.
Though the test phase is often thought of as separate and distinct from the
development effort--first develop, and then test--testing is a concurrent process that
provides valuable information for the development team.
There are at least three options for integrating Project Builder into the test
phase:
Testers do not install Project Builder, use Project Builder functionality tocompile and source-control the modules to be tested and hand them off to
the testers, whose process remains unchanged.
The testers import the same project or projects that the developers use. Create a project based on the development project but customized for the
testers (for example, it does not include support documents, specs, or
source), who import it.
A combination of the second and third options works best. Associating the
application with a project can be useful during the testing phase, as well. We can
create actions to automatically run test scripts or add script types and make them
dependent on the modules to test.
Testing objectives:
There are several rules that can serve as testing objectives.
They are:
Testing is a process of executing a program with the intent of finding an
error.
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A good test case is one that has a high probability of finding an
undiscovered error.
A successful test is one that uncovers an undiscovered error.
If testing is conducted successfully according to the objectives stated
above, it will uncover errors in the software. Also, testing
demonstrates that software functions appear to the working according
to specification, that performance requirements appear to have been
met.
OBJECT ORIENTED TESTING:
UNIT TESTING:
Unit testing focuses the verification effort on the smallest unit of S/W design i.e.,
the module. The unit testing is always white-box oriented and the step can be
conducted in parallel for modules.
During unit test, testers can use the same project or projects as the developers, if
functional units organize the project, or separate projects have been created for
functional units. The project or projects can also be exported, so unit test can take
place in a variety of environments and on a variety of platforms.
Unit test considerations:
The tests that occur as part of unit testing. The module interface is tested to ensure
that information properly flows into and out of the program unit under test. The
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local data structures are examined to ensure that data stored temporarily maintains
its integrity during all steps in an algorithms execution.
Boundary Conditions are tested to ensure that the module operates properly at
boundaries established to limit or restrict processing. All independent paths
through the control structures are exercised to ensure that all statements in a module
have been executed at least once. Finally, all error-handling paths are tested.
Unit test procedures:
Unit testing is considered an equivalent to the coding step. After the source
level code has been developed, reviewed and verified for correct syntax, unit test
case design begins since a module is not a stand alone program, driver and/or
stub S/W must be developed for each unit test.
In most applications, a driver is nothing more than a main program that
accepts test case data, passes such data to the module to be tested, and prints the
relevant results. The stubs serve to replace modules that are subordinates called by
the modules to be tested. A stub or a dummy stub or a dummy subprogram uses the
subordinate modules interface, may do minimal data manipulation, prints
verification of entry, and returns. The drivers and scrubs represent overhead i.e.,
both are S/W that must be written but that is not delivered with the final S/W
product. If the drivers and the stub are kept simple, then the overhead is low.
The Unit Test is carried out in this project, and is found successful. The data
is flowing correctly to all part of the project.
INTEGRATION TESTING:
Integration testing is a systematic technique for constructing the program
structure while at the same time conducting test to uncover errors associated with
interfacing. The objective is to take unit-tested modules and build a program
structure that has been dictated by design.
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Top-down integration:
This method is an incremental approach to the construction of program
structure. Modules are integrated by moving downward through the control
hierarchy, beginning with the main program module.
Importing the test project and setting up the testing environment:
The process of importing a test project and setting up a testing environment is
the same as the process for importing a project and setting up the environment for
development.
Adding test scripts and test data to the project:
You may need to add some items, such as test scripts, to the project. In
addition, you may need to add connection strings to database accounts containing
test data. Remember that you can automate the running of test scripts just as you can
automate actions associated with the modules in your application.
Modifying actions and macros to facilitate testing:
If actions specifying "run with debugging" have not already been provided,
you can either modify existing actions to include a debug flag, or create new actions.
5.2.IMPLEMENTATION:
Once the system has been designed, the next step is to convert the designed
one in to actual code, so as to satisfy the user requirements as excepted. If the system
is approved to be error free it can be implemented.
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When the initial design was done for the system, the department was
consulted for acceptance of the design so that further proceedings of the system
development can be carried on. After the development of the system a demonstration
was given to them about working of the system. The aim of the system illustration
was to identify any malfunctioning of the system.
Implementation includes proper training to end-users. The implemented
software should be maintained for prolonged running of the software.
Initially the system was run parallel with manual system. The system has been
tested with data and has proved to be error-free and user-friendly. Training was
given to end -user about the software and its features.
6.MAINTENANCE :
The term software maintenance is used to describe the software
engineering activities that occur following delivery of a software product to the
customer. The maintenance phase of the software life cycle is the time period in
which a software product performs useful work.
Maintenance activities involve making enhancement to software products,
adapting products to new environments and correcting problems. Software product
enhancement may involve providing new functional capabilities, improving user
display and modes of interaction, and upgrading external documents. Adaptation of
software to a new environment may involve moving the software to a different
machine. Problem correction involves modification and revalidation of software to
correct errors.
The enhancement of this project can be accomplished easily. That is, any new
functional capabilities can be added to the project by simply including the new
module in the homepage and giving a hyperlink to that module. Adaptation of this
project to a new environment is also performed easily.
6.1.CORRECTIVE MAINTENANCE:
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Even with the best quality assurance activities, it is likely that they customer
will uncover defects in the software. Corrective maintenance changes the software to
correct defects.
6.2.ADAPTIVE MAINTENANCE:
An activity that modifies the software to properly interface with a changing
environment. The system has been modified so that various change include to the
new system.
In case of Fund Transfer, adoptive maintenance has been performed, that is in
earlier system (character based UNIX system) changes are fixed and if any new
changes are to be included, was a difficult task. Now provisions are given so that the
user can define various changes. Such as it designed to accommodate the new
change in further.
6.3.ENHANCEMENT MAINTENANCE:
As software is used, the customer/user will recognize additional functions that
will provide benefit. Perceptive maintenance extends the software beyond its
original functional requirements.
In the case of MOBILE BANKING system can be added new functions such
that the user can able to retrieve the information in a user friendly and it will be very
helpful for future development.
7.APPENDIX
7.1LIST OF FORMS:
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s
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7.2LIST OF CODING:
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Fund Transfer:
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int ent=0;
while(rs.next())
{
en=rs.getInt("encode");
if(ent
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en1=rs5.getInt("encode");
if(ent1balance)
{
check=1;
out.println("cannot pass.ur bal is"+ balance);
}
else
{
balance1=balance-famt1;
balance2=tobalance+famt1;
//todepamt=todepamt+famt1;
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p4.setString(14,y);
int jj=p4.executeUpdate();
if(jj>0)
{
f1=1;
}
/* Inserting trans TO */
String sq4=("insert into trans values(?,?,?,?,?,?,?,?,?,?,?,?,?)");
PreparedStatement
p7=cc.prepareStatement(sq4); p7.setInt(1,ent1);
p7.setInt(2,Integer.parseInt(toaccno));
p7.setString(3,toatype); p7.setString(4,x);
p7.setString(5,type); p7.setString(6,y);
p7.setString(7,x); p7.setString(8,y);
p7.setInt(9,famt1); p7.setString(10,topaye);
p7.setString(11,y); p7.setInt(12,n);
p7.setInt(13,balance2);
int j1=p7.executeUpdate();
if(j1>0)
{
f2=1;
}
String sq5=("insert into deposit values(?,?,?,?,?,?,?,?,?,?,?,?,?,?)");
PreparedStatement p8=cc.prepareStatement(sq5);
p8.setInt(1,ent1);
p8.setInt(2,Integer.parseInt(toaccno));
p8.setString(3,toatype);
p8.setString(4,x); p8.setString(5,type);
p8.setString(6,y); p8.setString(7,x);
p8.setString(8,topaye);
p8.setInt(9,famt1); p8.setString(10,y);
p8.setString(11,y); p8.setInt(12,n);
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p8.setInt(13,balance2);
p8.setString(14,fraccno);
int jj1=p8.executeUpdate();
if(jj1>0)
{
f3=1;
}
if(f==1 && f1==1 && f2==1 && f3==1)
{
response.sendRedirect("http://localhost:8080/examples/jsp/frames/final.htm");
}
}
}catch(SQLException ex){}
%>
Demand Draft
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}catch(ClassNotFoundException ex){}
try{
int f=0,f1=0,f2=0;
int en=0,balance=0,i=0,auto=0,no=0,depamt=0,n=0,balance1=0,check=0;
String atype="",type="dd",y="",paye="";
String accno=(String)session.getValue("ano");
//out.println(accno);
String bename=request.getParameter("T1");
String ddamt=request.getParameter("T2");
String appdate=request.getParameter("T3");
String city=request.getParameter("T4");
String state=request.getParameter("T5"); int
ddamt1=Integer.parseInt(ddamt); Connection
cc=null;
cc=DriverManager.getConnection("jdbc:odbc:wallet","sa","");
Statement s=cc.createStatement();
PreparedStatement p=cc.prepareStatement("select encode,bal from trans where
accno=? ");
p.setString(1,accno);
ResultSet rs=p.executeQuery();
int ent=0;
while(rs.next())
{
en=rs.getInt("encode");
if(ent
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PreparedStatement p1=cc.prepareStatement("select acctype,damt,payee from
trans where accno=? "); p1.setString(1,accno);
ResultSet rs1=p1.executeQuery();
while(rs1.next())
{
atype=rs1.getString("acctype");
depamt=rs1.getInt("damt");
paye=rs1.getString("payee");
}
if(ddamt1>balance)
{
check=1;
out.println("cannot pass.ur bal is"+ balance);
}
else
{
balance1=balance-ddamt1;
}
/* ddno increment*/
if(check!=1)
{
ResultSet rs2=s.executeQuery("select * from dd");
while(rs2.next())
{
no=rs2.getInt("ddno");
if(auto
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}
auto=auto+1;
/* Inserting dd*/
String sq=("insert into dd values(?,?,?,?,?,?,?)");
PreparedStatement p3=cc.prepareStatement(sq);
p3.setInt(1,Integer.parseInt(accno));
p3.setString(2,bename);
p3.setInt(3,auto);
p3.setInt(4,ddamt1);
p3.setString(5,appdate);
p3.setString(6,city);
p3.setString(7,state);
i=p3.executeUpdate();
if(i>0)
{
f=1;
}
/* Inserting Trans*/
String sq2=("insert into trans values(?,?,?,?,?,?,?,?,?,?,?,?,?)");
PreparedStatement
p2=cc.prepareStatement(sq2); p2.setInt(1,ent);
p2.setInt(2,Integer.parseInt(accno));
p2.setString(3,atype); p2.setString(4,x);
p2.setString(5,type); p2.setString(6,y);
p2.setString(7,x); p2.setString(8,y);p2.setInt(9,n); p2.setString(10,paye);
p2.setString(11,y); p2.setInt(12,ddamt1);
p2.setInt(13,balance1);
int j=p2.executeUpdate();
if(j>0)
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{
f1=1;
}
String sq3=("insert into wdraw values(?,?,?,?,?,?,?,?,?,?,?,?,?,?)");
PreparedStatement
p4=cc.prepareStatement(sq3); p4.setInt(1,ent);
p4.setInt(2,Integer.parseInt(accno));
p4.setString(3,atype); p4.setString(4,x);
p4.setString(5,type); p4.setString(6,y);
p4.setString(7,x);
p4.setString(8,paye); p4.setInt(9,n);
p4.setString(10,y);
p4.setString(11,y);
p4.setInt(12,ddamt1);
p4.setInt(13,balance1);
p4.setString(14,y);
int jj=p4.executeUpdate();
if(jj>0)
{
f2=1;
}
if(f==1 && f1==1 && f2==1)
{
response.sendRedirect("http://localhost:8080/examples/jsp/frames/final.htm");
}
}
}catch(SQLException ex){}
%>
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Specific Period:
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Transaction"+"Debit"+"Credit"+"Balance");
PreparedStatement p1=cc.prepareStatement("select tdate,type,damt,wamt,bal
from trans where accno=? and tdate>=? and tdate
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out.println(""+""+"");
out.println("Date"+"Narration"+"Date of
Transaction"+"Debit"+"Credit"+"Balance");
PreparedStatement p2=cc.prepareStatement("select tdate,type,damt,wamt,bal
from trans where accno=? and tdate>=? and tdate
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if(k==1 && check==0)
{
out.println("NO"+typ1+" TRANSACTION IS DONE ");
K1=1;
}
if(check==0 && K1==0)
{
out.println("NO TRANSACTION IS DONE IN THE SPECIFIED DATE ");
}
}catch(SQLException es){}
%>
8.USES OF THIS MOBILE BANKING SYSTEM:
Balance Enquiry
Statement Enquiry
Fund Transfer
EB, Telephone Bill Payment
DD/Cheque Request
9. CONCLUSION
In the present situation where the technology is the buzzword and has
revolutionized the way we work and live, we would be the losers if we do not keep
up with the changing world. Moreover, it makes a world of difference and a whole of
sense to break-up from the age old work culture and embrace the effective, cost, and
time saving ways of looking and working at things.
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This is precisely where the E-MONEY SYSTEM fit into place. E-MONEY
SYSTEM supports and improves many of the core functionality of the organization
i.e. Banks and also helps in quick easy monitoring of the reports that have been
automatically generated as and when the user performs some transactions in the
system. Using such a system helps the organization in minimizing the time
consumed in fulfilling the day-to-day functionalitys and cutting down the expenses
incurred on the same.
10.REFERENCES
Herbert , JAVA2 The Complete Reference
J.Arnold , An Introduction to HTML
James Jaworski , Mastering JavaScript
John December and Mark Ginsburg, HTML 3.2 UNLEASED
JAVA handbook, TATA InfoTech
P.C. Nanda , Credit Card Banking