STUDENT RESULT ANALYSIS REPORT GENERATOR
INTRODUCTION
Student report generator is a web based application designed and
engineered for colleges that need to manage results across multiple branches
students that need to track, manage and report results. This application can run
on any kind of operating system. At a time we can see all the years result in a
single sheet and we can see the individual candidate’s results separately.
1.1 MODULES IN THE SYSTEM:






ADMIN
STUDENT
FACULTY
HEAD OF THE DEPARTMENT
TPO
COMPANY
1.2 MODULE DESCRIPTION:
 ADMIN:
The admin is responsible for uploading the tsheets generated.
He can add the subject marks and make any kind of modifications like
storing, updating, deleting. Apart from the regular results, the
supplementary results can also be uploaded by the admin.
 STUDENT:
Student must be an authenticated user of the college to access
this application. The student can view the semester marks,individual
subject marks and aggregate till the current semester. The student can
also make a comparative analysis with the results generated.
 FACULTY:
Faculty must also be authorized users of the college. Faculty
can view the class result, subject wise result. The percentages of
students pass/fail in a subject can be viewed. The total marks
(internal, external and both) can be calculated.
 HEAD OF THE DEPARTMENT:
Head of the department must be an authorized user. The HOD
can view subject wise, class wise, branch wise, year wise, marks. Also
a comparative result analysis can be made on these results generated.
 TPO:
TPO must be an authorized user. The TPO can view the
aggregate semester marks and make a comparative analysis. TPO can
also view the number of students having backlogs (if any).
 COMPANY:
To view the marks semester wise and also backlogs. Compare
the aggregate according to the requirement.
1.3 EXISTING SYSTEML:
In the previous system, t-sheets occupy more space and the format is
not in an understandable way. It takes more time to search the student
result because of filtering the rows and columns. In this, analyzing the
result is also difficult.
PRACTICES:
 Storing and retrieving the unorganized data.
 Segregating the data based on a particular college ID.
 Further segregating the data subject wise.
 Providing the result in a single pattern only( standard patterninternal marks, external marks, total marks)
LIMITATIONS:
 The data generated in t-sheets is not in understandable manner.
 The t-sheets occupy more space.
 When a search is made, more time is taken to filter the data and
give the result.
1.4 PROPOSED SYSTEM:
This is a tracking application where at a time we can see all the year’s
result in a single sheet and a choice of viewing the candidates result
separately is also possible. The proposed system t-sheets are designed in
an organized manner. The t-sheets occupy comparatively lesser space, so
memory can be organized in a proper way. Also, the time taken to
retrieve the result is faster compared to the existing system.
2. ANALYSIS AND SRS DOCUMENT
2.1 INTERFACE REQUIREMENTS:
The interface requirements should satisfy the interaction with outside world.

The database tables that are required for the proposed system should be maintained by
software.

The fraud cases and error reports are also to be correctly maintained by the user interface.

Validations at both browser side and server side are to be made interactively.

Help screens for usage of the system are required.
2.2 FUNCTIONAL REQUIREMENTS:
2.2.1 FUNCTIONALITIES OF THE ADMINISTRATOR:
Administrator plays a main role in this project. Once administrator enters the valid user id
and password he/she will be provided with the following services




Uploading T-sheets.
Add subjects and upload student details.
Update the student’s database.
Uploading the supplementary results.
Uploading T-sheets:
Admin can upload the T-sheets
Add subjects and upload student details:
Admin can add Subject details and also add student details.
Update the student’s database:
This privilege enables the administrator to update his/ her details
Uploading the supplementary results:
This privilege enables the administrator to uploading the supplementary results.
2.2.2 FUNCTIONALITIES OF THE Student:
Login:
Once applicant enters the valid user id and password he/she will be provided with the
following services.




Viewing semester wise marks
Viewing aggregate of all the semesters
Viewing subject wise marks
Making comparative analysis
On clicking these options we navigate to respective pages.
Viewing semester wise marks:
This privilege enables the student to viewing semester wise marks.
Viewing aggregate of all the semesters:
This privilege enables the student to viewing aggregate of all the semesters.
Viewing subject wise marks:
This privilege enables the student to viewing subject wise marks.
Making comparative analysis:
This privilege enables the student to making comparative analysis.
Logout:
This service makes the student to logout from his/her account.
2.2.3 FUNCTIONALITIES OF THE FACULTY:
Once the registered faculty enters the valid user id and password which is given by the
administrator, he/she will be provided with the following services.




Viewing class result.
Viewing subject wise result.
Calculating the percentage (internal external and both)
Making comparative analysis
On clicking these options we navigate to respective pages.
Viewing class result:
This privilege enables the faculty to viewing class result.
Viewing subject wise result:
This privilege enables the faculty to viewing subject wise result.
Calculating the percentage (internal external and both):
This privilege enables the faculty to Calculating the percentage (internal external and
both):
Making comparative analysis:
This privilege enables the faculty to making comparative analysis.
Logout:
This service makes the faculty to logout from his/her account.
2.2.4 FUNCTIONALITIES OF THE HOD:
Once the registered HOD enters the valid user id and password which is given by the
administrator, he/she will be provided with the following services.





Viewing class result.
Viewing subject wise result.
Viewing year wise marks
Viewing branch wise marks
Making comparative analysis
On clicking these options we navigate to respective pages.
Viewing class result:
This privilege enables the HOD to viewing class result.
Viewing subject wise result:
This privilege enables the HOD to viewing subject wise result.
Viewing year wise marks:
This privilege enables the HOD to viewing year wise marks.
Viewing branch wise marks:
This privilege enables the HOD to viewing branch wise marks.
Making comparative analysis:
This privilege enables the HOD to making comparative analysis.
Logout:
This service makes the HOD to logout from his/her account.
2.2.5 FUNCTIONALITIES OF THE TPO:
Once the registered TPO enters the valid user id and password which is given by the
administrator, he/she will be provided with the following services.
 Viewing aggregate semester wise.
 Viewing the details of backlogs (active).
 Comparative analysis.
On clicking these options we navigate to respective pages.
Viewing aggregate semester wise:
This functionality TPO can view the student aggregate by semester wise.
Viewing the details of backlogs (active):
This functionality TPO can view the student backlogs.
Making comparative analysis:
This privilege enables the TPO to making comparative analysis.
Logout:
This service makes the TPO to logout from his/her account.
2.2.6 FUNCTIONALITIES OF THE COMPANY:
Once the registered Company enters the valid user id and password which is given by the
administrator, he/she will be provided with the following services.
 Separate login to view the marks
 View aggregate semester wise
 View the backlogs semester wise
On clicking these options we navigate to respective pages.
Separate login to view the marks:
This functionality Company can view the student marks.
Viewing aggregate semester wise:
This functionality Company can view the student aggregate by semester wise.
Viewing the details of backlogs:
This functionality Company can view the student backlogs.
Logout:
This service makes the Company to logout from his/her account.
2.3 NON-FUNCTIONAL REQUIREMENTS:
The non-functional requirements the system should satisfy are
Security Issues:
In this system unauthorized users cannot access the data and cannot
perform any operation, because the system does not allow them to login. So security is
provided.
User Interface:
The system is designed in such a way that instructions are given
clearly to navigate through the System. Warnings and error messages are provided
throughout the system.
Scalability:
The system is scalable in the sense, it supports large amounts of data
that can be stored and retrieved.
2.4 Hardware and Software Requirements
Software requirement specification(SRS) It is the starting point of the software developing
activity, as the system grows more complex it become evident that the goal of phase is more. The
software project is initiated by the client needs.
The SRS phase consists of two basic activities

Problem requirement analysis

Requirement specification
Problem requirement analysis The process is order and more nebulous of the two, ideas with
understanding the problem, the goals is to fulfill the constraints posed by the client
Requirement specification Here the focus is on specifying what has been found in the process
of analysis such as representation, specification languages and tools and also checking the
specification are addressing during the activity. The requirement phase terminates with the
production of the validate SRS document, producing SRS document is the basic goals of this
phase.
Role of software requirement specification (SRS) The purpose of the software requirement
specification is to reduce the communication gap between the clients and developers.
Software requirement specification is the medium through which the clients and users’
needs are accurately specified. It forms the basis of software development. SRS should specify
all the parties and operations involved in the system.
Hard Ware Requirements:
Processor:: Pentium-III (or) Higher

Ram:: 64MB (or) Higher

Cache:: 512MB

Hard disk:: 10GB
Soft Ware Requirements:
Tools:: Micro Soft Front

Operating System:: WindowsNT/2000

Server Side:: JSP with Tomcat Server

Client Side:: HTML ,JavaScript

Services:: JDBC

Database:: My SQL

Integrated Development Environment: Eclipse
System Specification
The java is the object oriented that provides the much functionality with it standards. In
three the J2SE and J2ME are providing the features for development of the software application.
In J2SE (java2 standard edition) is core java that involves in the concepts like exception,
threading, applets, swings those are used for developing the basic programming concepts. And
J2SE (java2 enterprise edition) is advanced java that involves in the concepts like java script,
servlet, java server pages, java databases and providing dynamic contents to the applications.
The features of java give the security and simple development of applications.
This project will be developed using the technologies like Java, JSP, Servlets,
HTML, CSS, JavaScript, SQL and Web for all which I need to fetch knowledge on all of
them in order to code for the project. Also I’ll be learning clearly about Software
Development Life Cycle.
2.5 User Documentation
This document also includes a user manual which assists the new user to go about the
project, he can even get the online help which caters the needs of a new user and makes this
project more user friendly, a step by step approach online makes it easy to use software for a
user.
2.6. Description of Technology
JAVA
Initially the language was called as "oka" but it was renamed as "java" in 1995.primary
motivation of this language was the need for a platform independent (i.e architecture neutral)
language that could be used to create software to be embedded in various consumer electronic
devices.

Java is cohesive and consistent.

Except for those constraint imposed by the internet environment. Java gives the
programmer, full control.
Finally java is to Internet Programming where c was to system Programming.
 Importance of java to the Internetjava has had a profound effect on the Internet.
This is because; java expands the universe of objects that can move about freely in
Cyberspace. In a network. Two categories of objects are transmitted between the
server and the personal computer. They are passive information and Dynamic active
programs. In the areas of security and probability. But java addresses these concerns
and by doing so, has opened the door to an exciting new form of program called the
applet.
 Applications and applets An application is a program that runs on our Computer
under the operating system of that computer. It is more or less like one creating using
C or C++. Java’s ability to create applets make important. An applet I san application,
designed to be transmitted over the internet and executed by a java-compatible web
browser. An applet I actually a tiny java program, dynamically downloaded across the
network, just like an image but the difference is, it is an intelligent program, not just a
media file. It can be react to be user input and dynamically change.
Java Architecture
Java provides portability by compiling the byte code for the for the java virtual machine,
which is then interpreted on each platform by the run-time environment. Java is a dynamic
system, able to load code when needed from a machine in the same room or across the
planet.
Simple
Java was designed to be easy for the professional programmer to learn and to use
effectively. Learning java will oriented features of C++. Most of the confusing concepts from
C++ are either left out of java or implemented in a cleaner,more approachable manner. In
java there are a small number of clearly defined ways to accomplish a given task.
Object Oriented
Java was not designed to be source-code compatible with any other language. This
allowed the java team the freedom to design with a blank state. Once outcome of this was a
clean usable, pragmatic approach to objects. The object model in java is simple and easy to
extend, while simple types, such as integers, are kept as high-performance non-objects.
Robust
The multi-platform environment of the web places extraordinary demands on a program,
because the program must execute reliably in a variety of systems. Java is strictly typed
language; it checks your code at compile time and runtime.
Servlet/Jsp
A servlet is a generic server extension.A java class that can be loaded dynamically to
expand the functionality of a server. Servlets are commonly used with web servers where
they can take the place CGI scripts.
JDBC
Any relational database one can write a single program using the JDBC API, and the
JDBC is a java API for executing SQL , Statements(As a point of interest JDBC is a
trademarked name and is not an acronym, nevertheless , JDB is often thought of as standing
for java Database Connectivity.
2.7 Feasibility Study
The next step in analysis is to verify the feasibility of the proposed system. “All projects are
feasible given unlimited resources and infinite time“. But in reality both resources and time are scarce.
Project should confirm to time bounce and should be optimal in there consumption of resources. This
place a constant is approval of any project.
Feasibility has applied to T-Sheets pertains to the following areas:

Technical feasibility

Operational feasibility

Economical feasibility
2.9.1 TECHNICAL FEASIBILITY
To determine whether the proposed system is technically feasible, we should take into
consideration the technical issues involved behind the system.
“T-sheets” uses the web technologies, which is rampantly employed these days worldwide. The
world without the web is incomprehensible today. That goes to proposed system is technically feasible.
2.9.2 OPERATIONAL FEASIBILITY
To determine the operational feasibility of the system we should take into consideration the
awareness level of the users. This system is operational feasible since the users are familiar with the
technologies and hence there is no need to gear up the personnel to use system. Also the system is very
friendly and to use.
2.9.3 ECONOMIC FEASIBILITY
To decide whether a project is economically feasible, we have to consider various factors as:

Cost benefit analysis

Long-term returns

Maintenance costs
The proposed “Service provider” is computer based. It requires average computing capabilities
and access to internet, which are very basic requirements hence it doesn’t incur additional economic
overheads, which renders the system economically feasible.
3. DESIGN
UML Diagrams:
3.1.Use Case Diagram:
3.1.1 Use case diagram for Admin
Login
Uploading Tsheets
upload student,
Hod,Faculty,TPO details
Add subjects
Admin
Updates
Uploading the
supplementary results
Logout
3.1.2. Use case diagram for Student
Login
View Profile
Viewing semester
wise marks
Viewing aggregate of
all the semesters
Student
Viewing subject
wise marks
Making comparative
analysis
Logout
3.1.3 Use case diagram for Faculty & HOD
Login
Viewing class
result
Viewing subject
wise result
Calculating the
percentage
Hod
Faculty
Viewing year
wise marks
Viewing branch
wise marks
Making comparative
analysis
Logout
3.1.4 Use case diagram for TPO & Company
Login
Viewing aggregate
semester wise
Viewing the details of
backlogs(active)
view the marks
Company
TPO
View the backlogs
semester wise
Comparative
analysis
Logout
\
3.2 sequence diagram
3.2.1 sequence diagram for Admin
Login
Uploading
Tsheets
Add subjects
upload student,TPO,
HOD,Facultydetails
Admin
User/Id/Password
He/she Enteredinto website
Uploading Tsheets
Add subjects Details
upload student,TPO, HOD,Facultydetails
Updates
Uploading the supplementary results
Lopgout
Updates
Uploading the
supplementary
results
Logout
3.2.2 sequence diagram student
Login
Viewing
semester
wise marks
Viewing
aggregate of all
the semesters
Student
User/Id/Password
He/she Enteredinto website
Viewing aggregate of all the semesters
Viewing subject wise marks
upload student,TPO, HOD,Facultydetails
Making comparative analysis
Lopgout
Viewing subject
wise marks
Making comparative
analysis
Logout
3.2.3 sequence diagram Faculty
Viewing
class result
Login
Viewing subje
ct wise result
faculty
User/Id/Password
He/she Enteredinto website
Viewing class result
Viewing subject wise result
Calculating the percentage
Making comparative analysis
Lopgout
Calculating the
percentage
Making comparative
analysis
Logout
3.2.4 sequence diagram HOD
Login
Viewing subject
wise marks
Viewing class
wise marks
HOD
User/Id/Password
He/she Enteredinto website
Viewing subject wise marks
Viewing class wise marks
Viewing year wise marks
Making comparative analysis
Making comparative analysis
Lopgout
Viewing year
wise marks
Viewing branch
wise marks
Making
comparative
analysis
Logout
3.2.5 sequence diagram for TPO
Login
Viewing the
details of
backlogs(active).
Viewing aggregate
semester wise
TPO
User/Id/Password
He/she Enteredinto website
Viewing aggregate semester wise
Viewing the details of backlogs(active).
Comparative analysis
Lopgout
Comparative analysis
Logout
3.2.6 sequence diagram for Company
Login
Viewing aggregate
semester wise
Viewing the
details of
backlogs(active).
COMPANY
User/Id/Password
He/she Enteredinto website
Viewing aggregate semester wise
Viewing the details of backlogs.
Separate login to view the marks
Lopgout
Separate login to view the marks
Logout
3.3. Activity Diagram
3.3.1 Activity Diagram for Admin
Login
Uploading Tsheets
Update the students
database
Add subjects and
upload student details
Logout
Uploading the
supplementary results
3.3.2 Activity Diagram
STUDENT:
Login
Viewing semester
wise marks
Viewing aggregate
of all the semesters
Viewing subject wise marks
Logout
Making comparative
analysis
3.3.3 Activity Diagram
for FACULTY:
Login
Viewing class result.
Viewing subject
wise result
Calculating the percentage
Making comparative
analysis
Logout
\
3.3.3 Activity Diagram for HEAD
OF THE DEPARTMENT:
Login
Viewing subject
wise marks
Viewing class
wise marks
Viewing year
wise marks
Logout
Viewing branch
wise marks
Making comparative
analysis
3.3.4 Activity Diagram for TPO:
Login
Comparative analysis
Viewing aggregate semester wise
Viewing the details of backlogs(active).
Logout
3.3.5 Activity Diagram for COMPANY:
Login
Separate login to view the marks
View aggregate semester wise
Logout
View the backlogs semester wise
3.4. State chat diagram
3.4.1 State chat diagram for ADMIN
Login
Uploading Tsheets
Add subjects and upload
student details
Update the students
database
Uploading the s
upplementary results
Logout
3.4.2 State chat diagram for Student:
Login
Viewing semester
wise marks
Viewing aggregate of
all the semesters
Viewing subject
wise marks
Making comparative
analysis
Logout
3.4.3 State chat diagram for Faculty:
Login
Viewing class result
Viewing subject wise result
Calculating the
percentage
Making comparative
analysis
Logout
3.4.4 State chat diagram for HOD:
Login
Viewing subject
wise marks
Viewing class wise marks
Viewing year wise marks
Making comparative
analysis
Viewing branch wise marks
Logout
‘
3.4.5 State chat diagram for TPO:
Login
Viewing aggregate
semester wise
Viewing the details of
backlogs(active).
Comparative analysis
Logout
3.4.4 State chat diagram for Company:
Login
Separate login to view the marks
View aggregate semester wise
View the backlogs semester wise
Logout
3.5 Deployment Diagram:
3.6 Class Diagram
Admin
Useriid:varchar(20)
password:varchar(20)
Uploading Tsheets.()
Add subjects and upload student details()
Update the students database()
Uploading the supplementary results()
Faculty
Student
Name:Varchar(20)
Useriid:varchar(20)
password:varchar(20)
mobile:int(10)
Email:varchar(50)
Name:Varchar(20)
Useriid:varchar(20)
password:varchar(20)
mobile:int(10)
Email:varchar(50)
Viewing semester wise marks()
Viewing aggregate of all the semesters()
Viewing subject wise marks()
Making comparative analysis()
User
Useriid:varchar(20)
password:varchar(20)
Viewing class result.()
Viewing subject wise result()
Calculating the percentage ()
Making comparative analysis()
Login()
HOD
TPO
Name:Varchar(20)
Useriid:varchar(20)
password:varchar(20)
mobile:int(10)
Email:varchar(50)
Viewing subject wise marks()
Viewing class wise marks()
Viewing year wise marks()
Viewing branch wise marks()
Making comparative analysis()
Name:Varchar(20)
Useriid:varchar(20)
password:varchar(20)
mobile:int(10)
Email:varchar(50)
Company
CompanyName:Varchar(20)
Useriid:varchar(20)
password:varchar(20)
mobile:int(10)
Email:varchar(50)
Viewing aggregate semester wise()
Viewing the details of backlogs()
Comparative analysis()
Separate login to view the marks()
View aggregate semester wise()
View the backlogs semester wise()
3.7 Object Diagram:
a:Admin
Useriid:varchar(20)
password:varchar(20)
Uploading Tsheets.()
Add subjects and upload student details()
Update the students database()
Uploading the supplementary results()
f:Faculty
s:Student
Name:Varchar(20)
Useriid:varchar(20)
password:varchar(20)
mobile:int(10)
Email:varchar(50)
Name:Varchar(20)
Useriid:varchar(20)
password:varchar(20)
mobile:int(10)
Email:varchar(50)
Viewing semester wise marks()
Viewing aggregate of all the semesters()
Viewing subject wise marks()
Making comparative analysis()
u:User
Useriid:varchar(20)
password:varchar(20)
Viewing class result.()
Viewing subject wise result()
Calculating the percentage ()
Making comparative analysis()
Login()
h:HOD
t:TPO
Name:Varchar(20)
Useriid:varchar(20)
password:varchar(20)
mobile:int(10)
Email:varchar(50)
Viewing subject wise marks()
Viewing class wise marks()
Viewing year wise marks()
Viewing branch wise marks()
Making comparative analysis()
Name:Varchar(20)
Useriid:varchar(20)
password:varchar(20)
mobile:int(10)
Email:varchar(50)
c:Company
CompanyName:Varchar(20)
Useriid:varchar(20)
password:varchar(20)
mobile:int(10)
Email:varchar(50)
Separate login to view the marks()
View aggregate semester wise()
View the backlogs semester wise()
Viewing aggregate semester wise()
Viewing the details of backlogs()
Comparative analysis()
4. SAMPLE CODE
5. SCREENS
6. TESTING
The following are the various test cases that test various components of the project.
Introduction
Software testing is a critical element of software quality assurance and represents the
ultimate review of specification, design and code generation.
TESTING OBJECTIVES
To ensure that during operation the system will perform as per specification.

TO make sure that system meets the user requirements during operation

To make sure that during the operation, incorrect input, processing and output will
be detected

To see that when correct inputs are fed to the system the outputs are correct

To verify that the controls incorporated in the same system as intended

Testing is a process of executing a program with the intent of finding an error

A good test case is one that has a high probability of finding an as yet
undiscovered error
The software developed has been tested successfully using the following testing
strategies and any errors that are encountered are corrected and again the part of the program or
the procedure or function is put to testing until all the errors are removed. A successful test is one
that uncovers an as yet undiscovered error.
TEST CASE DESIGN
White box testing
White box testing is a testing case design method that uses the control structure of the
procedure design to derive test cases. All independents path in a module are exercised at least
once, all logical decisions are exercised at once, execute all loops at boundaries and within their
operational bounds exercise internal data structure to ensure their validity. Here the customer is
given three chances to enter a valid choice out of the given menu. After which the control exits
the current menu.
Black Box Testing
Black Box Testing attempts to find errors in following areas or categories, incorrect or
missing functions, interface error, errors in data structures, performance error and initialization
and termination error. Here all the input data must match the data type to become a valid entry.
Unit Testing
Unit testing is essentially for the verification of the code produced during the
coding phase and the goal is test the internal logic of the module/program. In the Generic
code project, the unit testing is done during coding phase of data entry forms whether the
functions are working properly or not. In this phase all the drivers are tested they are rightly
connected or not.
Integration Testing
All the tested modules are combined into sub systems, which are then tested. The
goal is to see if the modules are properly integrated, and the emphasis being on the testing
interfaces between the modules. In the generic code integration testing is done mainly on
table creation module and insertion module.
Validation Testing
This testing concentrates on confirming that the software is error-free in all respects. All
the specified validations are verified and the software is subjected to hard-core testing. It also
aims at determining the degree of deviation that exists in the software designed from the
specification; they are listed out and are corrected.
System Testing
This testing is a series of different tests whose primary is to fully exercise the computerbased system. This involves

Implementing the system in a simulated production environment and testing it.
Introducing errors and testing for error handling.
No.
Test case Title
Description
Expected
Result
Outcome
1
Successful User
The login to the
Login should be
Verification
system should be
successful and the
tried with the login
user should enter
assigned by the
in to the system
Successful
admin and the
correct password
2
Unsuccessful
Login to the system Login should fail
User
with a wrong
with an error
Verification due
password
‘Invalid Password’
Successful
to wrong
password
3
Unsuccessful
Login to the system Login should fail
User
with a invalid login
with an error
Verification due
id
‘Invalid user id’
Successful
to invalid login
id
4
Unsuccessful
Login to the system Login Should Fail
Successful
User Type due to with out Selecting
with an error
non selection of
a valid user type
‘Invalid user Type’
Successful Page
Navigation of
It Should Display a Successful
Navigation
Pages after
Registration Page
Clicking ‘Sign Up’
For New User
option to a
Group
User Type
5
Registration Page
6
Successful Email Validation of
Registration
Validation
Proper Email while
Should fail and
Registration is
display error
needed because
message ‘Invalid
further
Email is Entered’
Communication is
based on Email
Successful
7. DEPLOYMENT
USER MANUAL:
If you (end user) want to enter into the form, then if you are existing user then you
should enter through login form which checks for authorized users. If you are new user then you
have to register your details through registration form with your own identification name and
password, which gives you a unique identification to you.
The Java is a new rapidly using platform that specifies application developed in the
highly distributed environment of the Internet. The java is design to fulfill the following
objectives.

To provide a consistent object-oriented programing software whether object code
is stored and executed locally, executed locally but internet distributed or
executed remotely.

To provide a code-execution environment that minimizes software deployment
and versioning conflicts.

To provide a code-execution environment that guarantees safe execution of code,
including code created by an unknown or semi-trusted third party.

To provide a code-execution environment that eliminates the performance
problems of scripted or interpreted environment.

To make developer experience consistent across widely varying types of
applications, such as windows-based applications and web based applications.

To build all communications on industry standards to ensure that code based on
the java can integrate with any other code.
8. CONCLUSION
9. BIBLIOGRAPHY
Advanced Java Programming
- Dietel and Dietel
Mastering JAVA 2
- John Zukowski
Java Server Programming
- Apress
Software Engineering
- Roger S Pressman
Analysis& Design of InformationSystems – Senn
Websites
www.eci.gov.in
www.google.com
www.apeci.com
www.askjeeves.com
10. APPENDIX
GLOSARY:
API
Application Programming Interface
HTML
Hypertext Markup Language
HTTP
Hyper Text Transfer Protocol
JDBC
Java Database Connectivity
JSP
Java Server Pages
SQL
Structured Query Language
UML
Unified Modeling Language
URL
Uniform Resource Locator