final report file jitendra.doc

8/9/2019 Final Report File JITENDRA.doc

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BCA-605

In partial fulfillment of the requirement for the award

of degree of BACHELOR OF COMPUTER APPLICATION

of CCS University, Meerut

2015

“DEVIL TUBE”

Submitte B!" Submitte T#"

$ite%&' Si%() R'*'t M&+ S'%,'! um'&

BCA- VI Sem F'.u/t! # BCA De1t+

Submitte t# t)e

NEELANTH VID2APEETH

MEERUT 3UP4 50770

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CONTENTS

TOPIC

PAGE NO.

• !"#nowledgement $

• %itle of the ro&e"t '

• Introdu"tion 5

• ()&e"tives of the ro&e"t *

• +enefit

• ro&e"t Category -• %ools.latform 10

• /ardware Software equirement

Spe"ifi"ations 11

• Survey of %e"hnology 12

• equirement !nalysis 2'

• easi)ility Study 25

o

%e"hi"al $*o 3"onomi"al $

o +ehaviour $

• uture S"ope '0

• 44 '1

• antt Chart '$

• Coding of pro&e"t ''

• SnapeSort of the pro&e"t -1

• %esting 106

• Implimentation 10

• Maintenan"e 10-

• Modules 10

• 7imitation 10-

• !ppendi8 110

• +i)liography 111

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A.9%#*/e(eme%t

I 9:itendra; are the student of +C! in Nee/9'%t) Vi!'1eet):

Mee&ut <

=e e8press my gratitude to my pro&e"t guide M&+ M'%#, um'& ,

who assisted me in "ompiling the pro&e"t<

=e are highly inde)ted to Mr< San&ay and Mano& sir for their guidan"e

and "onstant supervision as well as for providing ne"essary information

regarding the pro&e"t and also for their support in "ompleting the pro&e"t<

=e would also li#e to than# all the fa"ulty mem)ers of Nee/9'%t)

Vi!'1eet) for their "riti"al advi"e and guidan"e without whi"h this pro&e"t would not have )een possi)le<

7ast )ut not the least we pla"e a deep sense of gratitude to my all friends

who have )een "onstant sour"e of inspiration during the presentation of

this pro&e"t wor#<

=e would li#e to e8tend my sin"ere than#s to all of them<

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TITLE

DEVIL TUBE

I%tu.ti#%

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(ur we)site provides you a wide variety of songs that a "reated under the

guidan"e of )est e8pertise<

!ll the songs are assured for high definition audio sound quality for the

entertainment for everyone<

what>s more it is a)solutely free< ?ou "an do a lot with them<

;e )'


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2< +ollywood songsA all )ollywood songs up to there new updates are

availa)le earlier


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Ob,e.ti


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Be%eit=

3asy to a""ess<

(nline play musi"<

! wide range of songs are availa)le<

ully advan"ed de"orate sites<

Sites also pu)lish advertisement<

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P,e.t C'te(#&!

%his pro&e"t is )ased on =e) )ased appli"ation<

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T##/=>P/'t#&m

Front End

• /tml 9/yper %e8t Mar#up 7anguage

• CSS 9Cas"adate Style Sheet;

• :ava s"ript

• :ava Server age

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H'&*'&e '% S#t*'&e Re?ui&eme%t

S1e.ii.'ti#%=

/ardware and software requirement spe"ifi"ation shows the

minimum version of software and minimum spa"e and quality of

hardware that is surely required for the pro&e"t to wor# on<

%he hardware and software requirement of our pro&e"t is

H'&*'&e

• Intel ' ro"essor

• 256 M+ !M

• 10 + /ard 4is#

• Bet Conne"tion

S#t*'&e

• (perating System

•+rowser

• %e8t 3ditor

• :ava

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Su&


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P/'t#&m I%e1e%e%.!

If a language is a platform independen"y then it spe"ified

following "ondition

! language provide its own run time environment<

! language provide "omprehensive li)rary<

()&e"t "ode o)tain in any operating system that doesnDt

follow any operating system spe"ifi" fun"tions<

Se.u&it!

Se"urity features is provided )y the interpreter, )e"ause it is

"he"# or e8e"ute the program line )y line<

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Hi=t#&! # $'


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5+ P#/!m#&1)i=m" olymorphism is the pro"ess of performing

multiple tas# using a single o)&e"t<

6+ D't' Ab=t&'.ti#%" %o hide the )a"#ground detail from the user,

only required features are display is "alled data a)stra"tion<

+ Me=='(e P'==i%(" Message passing is the way of

"ommuni"ation )etween "lass and o)&e"t< =hen an o)&e"t of a "lass is

"reated then o)&e"t is "ommuni"ates with its "lass<

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Fe'tu&e= # $'


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rules, whi"h are followed )y programmer at the time of development

and maintenan"e<

+ P/'t#&m I%e1e%e%t" If a language is a platform

independen"y then it spe"ified following "ondition

! language provide its own run time environment<

! language provide "omprehensive li)rary<

()&e"t "ode o)tain in any operating system that doesnDt

follow any operating system spe"ifi" fun"tions<

+ Se.u&e" :ava is se"ured )e"ause

Bo e8pli"it pointer<

rograms run inside virtual ma"hine sand)o8<

5+ R#bu=t"

o)ust simply means strong<

:ava uses strong memory management<

%here are la"# of pointers that avoids se"urity pro)lem<

%here is automati" gar)age "olle"tion in &ava<

%here is e8"eption handling and type "he"#ing me"hanism in

&ava<

!ll these points ma#es &ava ro)ust<

6+ A&.)ite.tu&e Neut&'/" %here is no implementation

dependent features e


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+ C#m1i/e '% I%te&1&ete" %ranslator are two types

• C#m1i/e&" %o whole program e8e"ute simultaneously<

• I%te&1&ete&" 7ine )y line e8e"ute<

+ Hi() Pe&#&m'%.e" :ava is faster than traditional

interpretation sin"e )yte "ode is E"loseF to native "ode still somewhat

slower than a "ompiled language 9e


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C#%=t&u.t#&

Constru"tor is a spe"ial type of method that is used to initialiHe

the state of an o)&e"t< (r we "an say that "onstru"tor is a spe"ial mem)er

of "lass i


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T)i= e!*#&

thisD is &ava #eyword i


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St&i%( C/'==

()&e"t of string "lass represents immuta)le sequen"e of

"hara"ters that means on"e a string o)&e"t is "reated then "ontents of

string o)&e"t "annot )e modify<

%here are following methods of string "lass

length9;

equals9;

equalsIgnoreCase9;

toUpperCase9;

to7owerCase9;

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Re?ui&eme%t A%'/!=i=

%he following given are the software and details that are

required to develop this pro&e"t

&ava software

purpose of the pro&e"t

Fe'=ibi/it! A%'/!=i=

Tit/e" easi)ility report for the "omputeriHation of the various

a"tivities of the "ompany<

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B'.9(u%" %he Company fa"ing the pro)lem of in"onsistent and

out of time information in its a"tivities< Jery mu"h time is "onsuming

for report generation, whi"h is not very helpful for de"ision ma#ing<

So we want a system, whi"h provide immediate information<

Met)# # =tu!" %he analysis pro"edure "omprised of field trips in

the various departments of the "ompany< %he following do"uments

and sour"es were loo#ed up

Nee F#& Fe'=ibi/it! Stu!

%he feasi)ility study is "arried out to test whether the

proposed system is worth )eing implemented< easi)ility study is a

test of system proposed regarding its wor# a)ility, its impa"t on the

organiHation a)ility to meet user needs and effe"tive use of resour"es<

It is usually "arried out )y a small num)er of people who are familiar

with the information system te"hniques, understand the part of the

)usiness or organiHation that will )e involved or effe"ted )y the

pro&e"t and are s#illed in the system analysis and design pro"ess<

%he #ey "onsideration involve in the feasi)ility study are1< %e"hni"al

2< 3"onomi"

$< +ehavioral

7+ Te.)%i.'/ Fe'=ibi/it!" !s the appli"ation has )een developed

using wireless tool#it and the )a"# end as ora"le, whi"h utiliHes

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minimum resour"es of the ersonal Computer, this pro&e"t is

te"hni"ally feasi)le<

%his pro&e"t is made )y using &ava software so it provide

se"urity for the data stored in it< It provides data)ase "onne"tivity

so the data "an only )e fet"hed )y the user who is authoriHed )y the

admin of the pro&e"t< %his pro&e"t provides the system an easy way

to #eep re"ord of the produ"ts and #eep these update with the new

produ"t and "odes<

%he te"hnologies and the environment whi"h are used in this

pro&e"t are

SOFT;ARE

F%t E%

7anguage used :ava< =e use this language is supports event driven

programming feature<

B'.9 e%

Supporting Software SK7 Server 2005< %his is used to storing data in

the form of ta)les< It is easy to use<

OPERATIN@ S2STEM"

latform =indows L< (ur system requires window operating

system, whi"h is easily availa)le<

HARD;ARE"

Intel )ased pro"essorArun "omputer system, whi"h have #ey)oard and

mouse as input devi"es<

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+ E.#%#mi. Fe'=ibi/it!" %his pro&e"t "osts less as it is made on "ore

&ava and it less requirements are needed in developing this pro&e"t

so the e8pense in developing this pro&e"t is less<

%he pro"edure is to determine the )enefits and savings that

are e8pe"ted from a "andidate system and "ompare it with the

"osts< If a )enefit outweighs "osts, then the de"ision is made to

design and implement the system< (therwise further alterations are

made in the proposed system

1< Manpower "ost

2< /ardware and software "ost

+ Be)'


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&avaServer ages 9:S;is a te"hnology for developing we) pages that

support dynami" "ontent whi"h helps developers insert &ava "ode in

/%M7 pages )y ma#ing use of spe"ial :S tags, most of whi"h

start N and end with NO<

! :avaServer ages "omponent is a type of &ava servlet that is

designed to fulfill the role of a user interfa"e for a :ava we)

appli"ation< =e) developers write :Ss as te8t files that "om)ine

/%M7 or L/%M7 "od, LM7 elements, and em)edded :S a"tions

and "ommand<

Using :S, you "an "olle"t input from users through we) page forms,

present re"ords from a data)ase or another sour"e, and "reate we)

pages dynami"ally<

:S tags "an )e used for a variety of purposes, su"h as retrieving

information from a data)ase or registering user preferen"es, a""essing

:ava+eans "omponents, passing )etween requests, pages et"<

;)! U=e $SP"-

:avaServer ages often serve the same purpose as programs implemented

using the Common ateway Interfa"e CI;


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erforman"e is signifi"antly )etter )e"ause :S allows em)edding

4ynami" 3lements in /%M7 pages itself instead of having a seperate

CI files<

:S are always "ompiled )efore it>s pro"essed )y the server unli#e

CI.erl whi"h requires the server to load an interpreter and the

target s"ript ea"h time the page is required<

:avaS"ript ages are )uilt on top of the :ava servlets !I, so li#e the

powerful 3nterprise :ava !Is, in"luding :4+C, :B4I, 3:+ , :!L et"<

:S pages "an )e used in "om)ination with servlets that handle the

)usiness logi", the model supported )y :ava servlet templates

engines<

inally :S is an integral part of :ava 33, a "omplete platform for

enterprise "lass appli"ations< %his means that :S "an play a part in

the simplest appli"ation to the most "omple8 and demanding<

A


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• It is more "onvenient to write 9to modify; regular /%M7<

• egular /%M7, of "ourse "annot "ontain dynami"

information<

$SP- E%


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!lternatively, on =indows B%.2000.L, you "ould also rightA"li"# on

My Computer, sele"t roperties, then !dvan"ed, then 3nvironment

Jaria)les< %hen you would update the !%/ value and press the (P

)utton<

Setti%( u1 ;eb Se&>t#m.'t+'1'.)e+#&(>+

(n"e you download the installation, unpa"# the )inary distri)ution

into a "onvenient lo"ation


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Sin"e servlets are not part of the :ava latform, Standard 3dition, you

must identify the servlet "lasses the "ompiler<

If you are running =indows you need to put the following lines in

your CRautoe8e"/#.'/>'1'.)e-t#m.'t-5+5+

=ete%.#mm#%>/ib>,=1-'1i+,'&J

$SP-A&.)ite.tu&e

%he we) server needs a :S engine ie< Container to pro"ess :S

engine


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! :S wor#s with the =e) server to provide the runtime environment

and other servi"e :S needs< It #nows how to understand the spe"ial

elements that are part of :Ss<

ollowing diagram shows the position of :S "ontainer and :S files

in a =e) !ppli"ation<

$SP P.e==i%("

%he following steps e8plain how the we) server "reates the we) page

using :S

• !s with a normal page, your )rowser sends an /%% request to

the we) server<

• %he we) server re"ogniHes that the /%% request is for a :S

page and forwards it to a :S engine< %his is done )y using the

U7 or :S page whi"h ends with< :sp instead of


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all template te8t is "onverted to println9 ; statements and all :S

elements are "onverted to :ava "ode that implements the

"orresponding dynami" )ehavior of the page<

• %he :S engine "ompiles the servlet into an e8e"uta)le "lass and

forwards the original request to a servlet engine<

• ! part of the we) server "alled the servlet engine loads the

Servlet "lass and e8e"utes it< 4uring e8e"ution, the servlet

produ"es an output in /%M7 format, whi"h the servlet engine

passes to the we) server inside an /%% response<

• %he we) server forwards the /%% response to your )rowser in

terms of stati" /%M7 "ontent<

• inally we) )rowser handles the dynami"ally generated /%M7

page inside the /%% response e8a"tly as if it were a stati"

page<

!ll the a)ove mentioned steps "an )e shown )elow in the following

diagram

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$SP P.e==i%(

%ypi"ally, the :S engine "he"#s to see whether a servlet for a :S file

already e8ists and whether the modifi"ation date on the :S is older

than the servlet< If the :S is older than its generated servlet, the :S

"ontainer assumes that the :S hasn>t "hanged and that the generated

servlet still mat"hes the :S>s "ontents< %his ma#es the pro"ess more

effi"ient than with other s"ripting languages 9su"h as /; and

therefore faster<

So in a way, a :S page is really &ust another way to write a servlet

without having to )e a :ava programming wiH< 38"ept for the

translation phase, a :S page is handled e8a"tly li#e a regular servlet

$SP-Lie C!./e

%he #ey to understanding the lowAlevel fun"tionality of :S is to

understand the simple life "y"le they follow<

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! :S life "y"le "an )e defined as the entire pro"ess from its "reation

till the destru"tion whi"h is similar to a servlet life "y"le with an

additional step whi"h is required to "ompile a :S into servlet<

%he following are the paths followed )y a :S

Compilation

InitialiHation

38e"ution

Cleanup

%he four ma&or phases of :S life "y"le are very similar to Servlet

7ife Cy"le and they are as follows

$SP C#m1i/'ti#%"$6 8 a g e


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=hen a )rowser as#s for a :S, the :S engine first "he"#s to see

whether it needs to "ompile the page< If the page has never )een

"ompiled, or if the :S has )een modified sin"e it was last "ompiled,

the :S engine "ompiles the page<

%he "ompilation pro"ess involves three steps

arsing the :S<

%urning the :S into a servlet<

Compiling the servlet<

$SP I%iti'/i'ti#%"

=hen a "ontainer loads a :S it invo#es the &spInit9; method )efore

servi"ing any requests< If you need to perform :SAspe"ifi"

initialiHation, override the &spInit9; method

pu)li" void &spInit9;

.. InitialiHation "ode


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:S 38e"ution

%his phase of the :S life "y"le represents all intera"tions with

requests until the :S is destroyed<

=henever a )rowser requests a :S and the page has )een loaded and

initialiHed, the :S engine invo#es the Q&spServi"e9; method in the

:S<

%he Q&spServi"e9; method ta#es an /ttpServletequest and an

/ttpServletesponse as its parameters as follows

void Q&spServi"e9/ttpServletequest request,

/ttpServletesponse response;

.. Servi"e handling "ode


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%he &sp4estroy9; method is the :S equivalent of the destroy method

for servlets< (verride &sp4estroy when you need to perform any

"leanup, su"h as releasing data)ase "onne"tions or "losing open files<

%he &sp4estroy9; method has the following form

pu)li" void &sp4estroy9;

.. ?our "leanup "ode goes here<

T

Futu&e S.#1e

7+ %his pro&e"t will help to easily a""ess and free of "ost<

+ ro&e"t will ena)le to see report regarding all types of songs

"ategory<

+ 3asy to maintain in future prospe"t<

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D't'

F/#*

Di'(&'m

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@'%tt .)'&t

P)'=e T'=9 Feb&u'&! M'&.) A1&i/ M'! $u%e

I equirement!nalysis

II 4esign

III 4ata)ase

IV Coding

V %est "ases

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1.3

Play/do

wnload


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VI %esting

VII System Se"urity

VIII Implementation

C#i%( # t)e P,e.t

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h2 "lassVpos$VO=e have more features for you.h2O

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what you are loo#ing)rO for t find any song of your

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you are)rO loo#ing for something different something spe"ial,

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h2 "lassVpos*VOSongs detailsA .h2O

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Te=ti%(

I%tu.ti#%" %he design of tests for software and other

engineered produ"ts "an )e "hallenged as the initial design of the

produ"t itself< ! ri"h variety of test "ase design methods have

evolved for software these methods provide the developer with asystemati" approa"h to testing<

%he main aim of testing is to un"over a host of errors,

systemati"ally

and with minimum effort and time<

%here are the following levels of testing performed

• B/'.9 B# Te=ti%(" %he )la"# )o8 testing is "ondu"ted at the

software interfa"e< %his type of testing fo"uses in the fun"tional

requirement of the software< %he fun"tion of the +la"# +o8 %esting

is to find errors of the following type

'4 In"orre"t or missing fun"tions

b4 Interfa"e errors in the 4ata stru"tures of the program

.4 3rrors in e8ternal data)ase a""ess

4 erforman"e errors

e4 InitialiHation and termination errors

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Input domain (utput domain

ig +la"# )o8 testing

;)ite B# Te=ti%(" In white )o8 testing )e e8amine the internal

wor#ing of the system< =hite )o8 testing e8amines the pro"edural

detail of the system through the e8e"ution of its paths< %his allows the

team to drive "ase whi"h

'4 uarantee that all independent path within the port have )een

e8er"ise at least on"e<

b4 38er"ise is logi"al de"ision under E%rueF and EalseF sides<

.4 38e"utes all loops within their operational )ounds<

4 38er"ise internal data stru"tures to ensure their validity<

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Input test dataSystem

under

test

(utput test data


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Im1/eme%t'ti#%

In implementation of the pro&e"t we des"ri)e that how we

will implement the modules and all the fun"tions of the modules in

the pro&e"t<

M#u/e e=.&i1ti#%" %here are the following modules e8ist in this

pro&e"t whi"h are implemented as follows

74 Fi&=t P'(e"-

In our pro&e"t we are mentioned in the first page drop down menu )ar

in whi"h in"luding a)out us , "onta"t us , home and so"ial whi"h

provide you to overview of the pro&e"t <

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M'i%te%'%.e

!ny organiHation who use the we)site needs daily updating<

4aily the information should )e updated, so there should )e an

authoriHed person who update the information day to day<

Maintenan"e of the site is very easy )e"ause the used language

is not more diffi"ult< Maintenan"e for the proposed system is quite

easy as in the pro&e"t, so it is easy to maintain<

T!1e= # m'i%te%'%.e"

74 Pe&.e1ti


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Limit'ti#%=

Sin"e, every system has some limitations so our proposed

system is also not untou"ha)le in this regard< !lthough it in"ludes

every #ind of features, )ut it "anDt )e used in a huge organiHation

where num)er of networ#s are very large< !lso it is )ased on "ore

&ava features so I "anDt support advan"e features<

%hough every tas# is never said to )e perfe"t in this

development field even more improvement may )e possi)le in

this system

•

(ne way traffi"<• Internet "onne"tion is must<

•

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A11e%i

CSSACas"ade Style Sheet

!I- !ppli"ation rogram Interfa"e

4+MSA4ata)ase Management System

44A 4ata low 4iagram

4SBA4omain Server Bame

3A 3ntity elationship

UIA raphi"al User Interfa"e

:4+CA:ava 4ata)ase Conne"tivity

:4PA :ava 4evelopment %ool#it

(SA (perating System

/%M7A/yper %e8t Mar#up 7anguage

S3A Standard 3dition

SK7A Stru"ture Kuery 7anguage

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Bibliography

Ree&e%.e="

• http..www

final report file jitendra.doc

Documents