Rinku Bank

8/15/2019 Rinku Bank

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Conte

nts

Serial

No.

Name of Topic Page

No.

Signature

1. Certificate 3.

2. Preface 4.

3. Acknowledgement 5.

4. ntroduction to Pro!ect ".

5. #$!ecti%e &.

". A$stract '.

&. (ardware ) Software Configuration *.

'. ntroduction of +isual ,asic 1-.

*. (istor #f +isual ,asic 11.

1-. /eatures #f +isual ,asic 12.

11. ntroduction To Access 13014.

12. Sstem Stud and Analsis 15031

13. /low0Cart 32033.

14. / iagram 3403".

15. Snapsot and Coding 3&0&&.

1". Future Enhancement &'.

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1&. Conclusion &*.

1'. ,i$liograp '-.

Certificate

Tis is to certif tat te pro!ect report entitled “Banking

Management System” is a $onafide work carried out $ Manoj Kumar

(7061020029 2t! semester of PCA at ,areill College ,areill.

uring te academic ear 2-1501". nder te guidance and super%ision

of Mr" #ites! Sa$ena"

Su%er&ision ' ui)ance

#ites! Sa$ena

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SELF CERTIFICATE

This is to certify that project entitled “Banking

Management System”

is done by me is an authentic work carried out for the partial

fulllment of the reuirements for the award of the degree of

PGCA under the guidance of M!" #ites$ Sa%ena" The

matter embodied in this project work has not !een submitted

earlier for award of any degree or diploma to the !es

ofknowledge and belief"

#


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$oll %o&'()*1)2))2+

,ignature ofthe ,tudent

*reface

Te field of computer education as witnessed a sea

cange since te disco%er of simple calculating macine $

C(A67S ,A,A7. Te era is confronting wit te speed and

mind of computer8 i.e. te speed and intelligence a%e $ecome

%ital. At one end te are competing wit eac oter. Not onl

a%e tese computers immensel $enefited te mankind in te field of planning. Te weel of progress is rolling wit muc

faster speed ten it used to $e a decade ago9 tank to te

re%olution usered in $ computer. ,ut all tis a%en:t come as

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eas as it appears to $e rater it re;uires planning strateg and

a lot of $rain storming $efore a package is de%eloped or a

language is $orn.

Since te prime task of te computer is to process a raw

data into useful information8 we can ignore te $asic step of

information collection ret ri%al and processing at our risk onl.

Te importance of finding te rigt information in te possi$le

least time as well knows to us.

+ckno,-e)gement


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genuine computer world and is getting faster and faster da0$0da.

Tus8 considering a$o%e necessities8 te software for $ank management

as $ecame necessar wic would $e useful in managing te $ank

more efficientl.

#ur software will perform and fulfill all te tasks tat ancustomer would desire.

#ur motto is to de%elop a software program for managing

te entire $ank process related to customer accounts8

emploee accounts and to keep eac e%er track a$out

teir propert and teir %arious transaction processesefficientl.

(ere$8 our main o$!ecti%e is te customer:s satisfaction

considering toda:s faster world.

.


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To allow onl autori>ed user to access %arious functions

and processes a%aila$le in te sstem.

educed clerical work as most of te work done $

computer.

Pro%ide greater speed ) reduced time consumption.

To increase te num$er of A?C and customer.

n te recent ears8 computers are included in almost all kind of

works and !o$s e%erone come across in te routine. Te a%aila$ilit of

te software:s for almost e%er process or e%er sstem as taken te

world in its top0gear and fastens te da0to0da life.

So8 we a%e tried our $est to de%elop te software program for te

,ank @anagement Sstem were all te tasks to manage te $ank

sstem are performed easil and efficientl. t manages all te

+


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transactions like new account entr8 deposit as well as witdraw entr8

transaction of mone for %arious processes8 loan entr8 managing $ills

cas or ce;ue8 etc.

Tus8 a$o%e features of tis software will sa%e transaction time

and terefore increase te efficienc of te sstem.

ar),are ' Soft,are Configuration

ar),are34

P#C7SS# Pentium computer 0&-- @(> @inimum

@#T(7,#A ntel cipset '-- @inimum

A@ 25" @, @inimum

(A SB 5 , @inimum

@#NT#S Color monitor wit +A card a%ing a

resolution "4- 4'- @inimum

1)


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PNT7 ot @atri= Printer @inimum

Soft,are34 5*/+.# SS/M 3

.#85S *'8 2---8 P8+ista8 &.

.ntro)uction of isua- Basic

!at is isua- Basic:

@icrosoft +isual ,asic de%elopment sstem %ersion ".- is te most

producti%e tool for creating ig0performance components and

applications. +isual ,asic ".- offers de%elopers te a$ilit to create

ro$ust applications tat reside on te client or ser%er8 or operate in a

distri$uted n0tier en%ironment. +isual ,asic ".- is te apid Application

e%elopment DAE tool a%aila$le eiter as a stand0alone product or as

a part of te +isual Studio ".- suite of tools.

+reas of ;se

sing +isual ,asicFs tools we can ;uickl translate

an a$stract idea into a program design tat we can actuall see on te

screen. +, encourages ou to e=periment8 re%ise8 correct8 and network

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our design until te new pro!ect meets our re;uirements. (owe%er8

most of all8 it inspires our imagination and creati%it.

+isual ,asic is ideal for de%eloping applications tat run on te


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o 1**38 +,3 e$ut

o 1**"8 +,4 e$uts

o 1**&8 +,5 e$uts

o 1**'8 +," e$uts

o 2--18 +,. N7T e$uts


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H rag and drop creation of data $ound forms and reports

sing te new ata 7n%ironment designer8 e%elopers can ;uickl

drag0and0drop Custom data0$ound controls to create forms9 te can

create reports wit te new ata eport esigner.

H +isual ,asic


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are8 ou ma $e tracking information from %aries of source tat ou

a%e to coordinate and organi>e our self.

sing it8 ou can manage all our information from single data$ase

file. e or print data

in specific laout using reports.

To find and retrie%e !ust data tat meet condition ou specif

including data from multiple ta$les create a ;uer. A ;uer can also

update multiple records at te same time and perform $uilt0in or customcalculations on our data. To easil %iew8 enter and cange directl in a

ta$le8 create a form. e our data present it a certain wa in print8 create areport. /or e=ample8 ou migt print one report tat raw material and

calculates totals.

+B>/S3

A ta$le is a collection of data a$out a specific topic8 suc as products or suppliers. sing as separate ta$le for eac topic means ou

store tat data onl once wic makes our data$ase more efficient and

reduces data entr errors. Ta$les organi>e data into columns and rows.

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n ta$le dataseet %iew8 ou can add8 edit or %iew te data in

a ta$le. Kou can also ceck te spelling and print our ta$les: data filter

or sort records cange te dataseet:s appearance or cange te ta$le:s

structure $ adding or deleting columns. Kou can create an entire ta$le from scratc8 or add8 delete8 or customi>e e=isting ta$les: fields.

?;/./S3

Kou use ;ueries to %iew8 cange and anal>e data in different

was. Kou can also use tem as te source of records for forms and

report. Te most common tpe of ;uer is a select ;uer. A select ;uer

retrie%es data from one or more ta$les using criteria ou specif and

ten displa it in te order ou want.

+)&antages of +ccess

• @ore elia$le tan oter ,@S.

• 7as to use and learn.

• ata securit is ig.

• pdating data$ase.

•

Support #,C8 A# data programmingo$!ects.

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System Stu)y an) +na-ysis

SS/M +#+>S.S34

Sstem analsis is a process of gatering and interpreting facts8

diagnosing pro$lems and te information to recommend impro%ements

on te sstem. t is a pro$lem sol%ing acti%it tat re;uires intensi%e

communication $etween te sstem users and sstem de%elopers. Sstem

analsis or stud is an important pase of an sstem de%elopment

process. Te sstem is studied to te minutest detail and anal>ed.

Te sstem analst plas te role of te interrogator and dwells deep

into te working of te present sstem. Te sstem is %iewed as a woleand te input to te sstem are identified. Te outputs from te

organi>ations are traced to te %arious processes. Sstem analsis is

concerned wit $ecoming aware of te pro$lem8 identifing te rele%ant

and decisional %aria$les8 anal>ing and sntesi>ing te %arious factors

and determining an optimal or at least a satisfactor solution or

program of action.

A detailed stud of te process must $e made $ %arious tecni;ues

like inter%iews8 ;uestionnaires etc. Te data collected $ tese sources

must $e scrutini>ed to arri%e to a conclusion. Te conclusion is an

understanding of ow te sstem functions. Tis sstem is called te

e=isting sstem. Now te e=isting sstem is su$!ected to close stud and

pro$lem areas are identified. Te designer now functions as a pro$lem

sol%er and tries to sort out te difficulties tat te enterprise faces. Te

solutions are gi%en as proposals.

Te Proposal is ten weiged wit te e=isting sstem analticall

and te $est one is selected. Te proposal is presented to te user for an

endorsement $ te user. Te proposal is re%iewed on user re;uest and suita$le canges are made. Tis is loop tat ends as soon as te user is

satisfied wit proposal. Preliminar stud is te process of gatering

and interpreting facts8 using te information for furter studies on te

sstem.

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Preliminar stud is pro$lem sol%ing acti%it tat re;uires

intensi%e communication $etween te sstem users and sstem

de%elopers.

t does %arious feasi$ilit studies. n tese studies a roug figure of

te sstem acti%ities can $e o$tained8 from wic te decision a$out te strategies to $e followed for effecti%e sstem stud and analsis can $e

taken.

/@.S.# SS/M

n te e=isting sstem te transactions are done onl manuall $ut

in proposed sstem we a%e to computeri>e all te $anking transaction

using te software $anking sstem.

*5B>/MS . /@.S.# SS/M

• 6ack of securit of data.

• @ore man power.

• Time consuming.

• Consumes large %olume of pare work.

• Needs manual calculations.

• No direct role for te iger officials.

• amage of macines due to lack of attention.

• n te current sstem data related to $anking is maintained $

writing it on to %arious registers.

• egisters ma lost or damage.

• An unautori>ed person can access confidential data.

• 7ac A?C and customer is assigned a uni;ue code.


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To a%oid all tese limitations and make te working more

accuratel te sstem needs to $e computeri>ed.

*5*5S/8 SS/M

Te aim of proposed sstem is to de%elop a sstem of impro%ed

facilities. Te proposed sstem can o%ercome all te limitations of te

e=isting sstem. Te sstem pro%ides proper securit and reduces te

manual work.

+8+#+/S 5< / *5*5S/8 SS/M

Te sstem is %er simple in design and to implement. Te sstem

re;uires %er low sstem resources and te sstem will work in almost

all configurations. t as got following features

• Securit of data.

• 7nsure data accurac:s.

•

Proper control of te iger officials.• educe te damages of te macines.

• @inimi>e manual data entr.

• @inimum time needed for te %arious processing.

• reater efficienc.

• ,etter ser%ice.

• ser friendliness and interacti%e.

• @inimum time re;uired.

• ,alance en;uir

• /unds transfer to anoter account in te same $ank.

• e;uest for ce;ue $ook?cange of address?stop pament of

ce;ues.

• An information can $e easil searced.

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• All records of A?cLs and customer are stored in separate files.

• ation for te amount of work8 effort and te

time tat spend on it. /easi$ilit stud lets te de%eloper foresee te

future of te pro!ect and te usefulness. A feasi$ilit stud of a sstem

proposal is according to its worka$ilit8 wic is te impact on te

organi>ation8 a$ilit to meet teir user needs and effecti%e use of

resources.Tus wen a new application is proposed it normall goes troug a

feasi$ilit stud $efore it is appro%ed for de%elopment. Te document

pro%ide te feasi$ilit of te pro!ect tat is $eing designed and lists

%arious areas tat were considered %er carefull during te feasi$ilit

stud of tis pro!ect suc as Tecnical8 7conomic and #perational

feasi$ilities. Te following are its features

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a/C#.C+> .

Te sstem must $e e%aluated from te tecnical point of %iew first.

Te assessment of tis feasi$ilit must $e $ased on an outline design of

te sstem re;uirement in te terms of input8 output8 programs and

procedures. (a%ing identified an outline sstem8 te in%estigation must

go on to suggest te tpe of e;uipment8 re;uired metod de%eloping te

sstem8 of running te sstem once it as $een designed.

Tecnical issues raised during te in%estigation are

oes te e=isting tecnolog sufficient for te suggested oneM

Can te sstem e=pand if de%elopedM Te pro!ect sould $e de%eloped suc tat te necessar functions

and performance are acie%ed witin te constraints. Te pro!ect is

de%eloped witin latest tecnolog. Troug te tecnolog ma $ecome

o$solete after some period of time8 due to te fact tat ne%er %ersion of

same software supports older %ersions8 te sstem ma still $e used. So

tere are minimal constraints in%ol%ed wit tis pro!ect. Te sstem as

$een de%eloped using a%a te pro!ect is tecnicall feasi$le for de%elopment.

=/C5#5M.C .

Te de%eloping sstem must $e !ustified $ cost and $enefit. Criteria to

ensure tat effort is concentrated on pro!ect8 wic will gi%e $est8 return

at te earliest. #ne of te factors8 wic affect te de%elopment of a new

sstem8 is te cost it would re;uire. Te following are some of teimportant financial ;uestions asked during preliminar in%estigation

• Te costs conduct a full sstem in%estigation.

• Te cost of te ardware and software.

• Te $enefits in te form of reduced costs or fewer costl errors.

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Since te sstem is de%eloped as part of pro!ect work8 tere is no

manual cost to spend for te proposed sstem.

Also all te resources are alread a%aila$le8 it gi%e an indication of

te sstem is economicall possi$le for de%elopment.

c B/+.5+> .

Tis includes te following ;uestions

• s tere sufficient support for te usersM

• ation. t ma $e defined as a process of appling %arious

tecni;ues and principles for te purpose of defining a de%ice8 a process

or a sstem in sufficient detail to permit its psical reali>ation.

Software design sits at te tecnical kernel of te software engineering

process and is applied regardless of te de%elopment paradigm tat is

used.

Te sstem design de%elops te arcitectural detail re;uired to$uild a sstem or product. As in te case of an sstematic approac8

tis software too as undergone te $est possi$le design pase fine

tuning all efficienc8 performance and accurac le%els.

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Te design pase is a transition from a user oriented document to a

document to te programmers or data$ase personnel. Sstem design

goes troug two pases of de%elopment 6ogical and Psical esign.

>5.C+> 8/S.#3

Te logical flow of a sstem and define te $oundaries of a sstem.

t includes te following steps

• e%iews te current psical sstem Q its data flows8 file content8

%olumes8 fre;uencies etc.

• Prepares output specifications Q tat is8 determines te format8

content and fre;uenc of reports.

• Prepares input specifications Q format8 content and most of teinput functions.

• Prepares edit8 securit and control specifications.

• Specifies te implementation plan.

• Prepares a logical design walk troug of te information flow8

output8 input8 controls and implementation plan.

• e%iews $enefits8 costs8 target dates and sstem constraints.

*S.C+> 8/S.#3

Psical sstem produces te working sstems $ define te design

specifications tat tell te programmers e=actl wat te candidate

sstem must do. t includes te following steps.

• esign te psical sstem.

• Specif input and output media.

• esign te data$ase and specif $ackup procedures.

• esign psical information flow troug te sstem and a

• Psical design


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• Prepare a con%ersion scedule and target date.

• etermine training procedures8 courses and timeta$le.

• pdate $enefits 8 costs 8 con%ersion date and sstem constraints

M58;>/ 8/S.#3

Te Administrator logs in using te admin login. n tis module two

operations are done. uring login te 6ogin and Password is %erified

wit tat in te data$ase

.#*; 8/S.#3

Te design of input focuses on controlling te amount of input

re;uired8 controlling te errors8 a%oiding dela8 a%oiding e=tra steps and keeping te process simple. Te input is designed in suc a wa so tat

it pro%ides securit and ease of use wit retaining te pri%ac. nput

esign considered te following tings

• ed8 well tougt out

manner9 te rigt output must $e de%eloped wile ensuring tat eacoutput element is designed so tat people will find te sstem can use

easil and effecti%el.


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• dentif te specific output tat is needed to meet te

re;uirements.

• Select metods for presenting information.

• Create document8 report8 or oter formats tat contain

information produced $ te sstem.

8++B+S/ 8/S.#3

A data$ase is an organi>ed mecanism tat as te capa$ilit of

storing information troug wic a user can retrie%e stored

information in an effecti%e and efficient manner.

Te data is te purpose of an data$ase and must $e protected. Te

data$ase design is a two le%el process. n te first step8 user

re;uirements are gatered togeter and a data$ase is designed wic

will meet tese re;uirements as clearl as possi$le. Tis step is called nformation 6e%el esign and it is taken independent of an indi%idual

,@S.

n te second step8 tis nformation le%el design is transferred into a

design for te specific ,@S tat will $e used to implement te sstem

in ;uestion. Tis step is called Psical 6e%el esign8 concerned wit

te caracteristics of te specific ,@S tat will $e used. A data$ase

design runs parallel wit te sstem design. Te organi>ation of te

ata in te data$ase is aimed to acie%e te following two ma!oro$!ecti%es.

ata ntegrit

ata independence

Normali>ation is te process of decomposing te attri$utes in an

application8 wic results in a set of ta$les wit %er simple structure.

Te purpose of normali>ation is to make ta$les as simple as possi$le.

Normali>ation is carried out in tis sstem for te following reasons.

To structure te data so tat tere is no repetition of data8 tiselps in sa%ing.

To permit simple retrie%al of data in response to ;uer and report

re;uest.

To simplif te maintenance of te data troug updates8

insertions8 deletions.

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To reduce te need to restructure or reorgani>e data wic new

application re;uirements arise.

e-ationa- 8ata=ase Management System (8BMS3

A relational model represents te data$ase as a collection of

relations. 7ac relation resem$les a ta$le of %alues or file of records. n

formal relational model terminolog8 a row is called a topple8 a column

eader is called an attri$ute and te ta$le is called a relation. A

relational data$ase consists of a collection of ta$les8 eac of wic isassigned a uni;ue name. A row in a tale represents a set of related

%alues.

/>+.5#SA 85M+.#S ' +.B;/S3

A ta$le is a relation. Te rows in a ta$le are called topples. A topple

is an ordered set of n elements. Columns are referred to as attri$utes.

elationsips a%e $een set $etween e%er ta$le in te data$ase. Tis

ensures $ot eferential and 7ntit elationsip ntegrit.

A domain is a set of atomic %alues. A common metod of specifing a domain is to specif a data tpe from wic te data %alues forming

te domain are drawn. t is also useful to specif a name for te domain

to elp in interpreting its %alues. 7%er %alue in a relation is atomic8 tat

is not decomposa$le.

/>+.5#S.*S3

Ta$le relationsips are esta$lised using Be. Te two main kes of

prime importance are Primar Be ) /oreign Be. 7ntit ntegrit and eferential ntegrit elationsips can $e esta$lised wit tese kes.

7ntit ntegrit enforces tat no Primar Be can a%e null %alues. eferential ntegrit enforces tat no Primar Be can a%e null %alues.

eferential ntegrit for eac distinct /oreign Be %alue8 tere must

e=ist a matcing Primar Be %alue in te same domain. #ter ke are

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Super Be and Candidate Bes. elationsips a%e $een set $etween

e%er ta$le in te data$ase. Tis ensures $ot eferential and 7ntit

elationsip ntegrit.

#5M+>.+.5#3

As te name implies8 it denoted putting tings in te normal form. Te

application de%eloper %ia normali>ation tries to acie%e a sensi$le

organi>ation of data into proper ta$les and columns and were names

can $e easil correlated to te data $ te user.

Normali>ation eliminates repeating groups at data and tere$ a%oidsdata redundanc wic pro%es to $e a great $urden on te computer

resources. Tese include

Normali>e te data.

Coose proper names for te ta$les and columns.

Coose te proper name for te data.


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A relation is said to $e in first normal form if onl if it satisfies te

constraints tat contain te primar ke onl.

Secon) #orma-


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effecti%e and accurate. t is primaril concerned wit user training and

documentation. Con%ersion usuall takes place a$out te same time te

user is $eing trained or later.

mplementation simpl means con%ening a new sstem design intooperation8 wic is te process of con%erting a new re%ised sstem

design into an operational one.

SS/M /S.#3

Software Testing is te process of e=ecuting software in a controlled

manner8 in order to answer te ;uestion 0 oes te software $ea%e as

specifiedM. Software testing is often used in association wit te terms

%erification and %alidation. +alidation is te cecking or testing of items8

includes software8 for conformance and consistenc wit an associated

specification. Software testing is !ust one kind of %erification8 wic also

uses tecni;ues suc as re%iews8 analsis8 inspections8 and

walktrougs. +alidation is te process of cecking tat wat as $een

specified is wat te user actuall wanted.

+alidation Are we doing te rigt !o$M

+erification Are we doing te !o$ rigtM Software testing sould not $e confused wit de$ugging. e$ugging

is te process of anal>ing and locali>ing $ugs wen software does not

$ea%e as e=pected. Altoug te identification of some $ugs will $e

o$%ious from plaing wit te software8 a metodical approac to

software testing is a muc more toroug means for identifing $ugs.

e$ugging is terefore an acti%it wic supports testing8 $ut cannot

replace testing.

#ter acti%ities wic are often associated wit software testing are static analsis and dnamic analsis. Static analsis in%estigates te

source code of software8 looking for pro$lems and gatering metrics

witout actuall e=ecuting te code. namic analsis looks at te

$ea%ior of software wile it is e=ecuting8 to pro%ide information suc

as e=ecution traces8 timing profiles8 and test co%erage information.

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Testing is a set of acti%it tat can $e planned in ad%anced and

conducted sstematicall.

Testing $egins at te module le%el and work towards te

integration of entire computers $ased sstem. Noting is complete

witout testing8 as it %ital success of te sstem testing o$!ecti%es8 tereare se%eral rules tat can ser%e as testing o$!ecti%es.

Te are Testing is a process of e=ecuting a program wit te

intend of finding an error.A good test case is one tat as ig

possi$ilit of finding an undisco%ered error.A successful test is one tat

unco%ers an undisco%ered error. f a testing is conducted successfull

according to te o$!ecti%es as stated a$o%e8 it would unco%ered errors inte software also testing demonstrate tat te software function appear

to $e working according to te specification8 tat performance

re;uirement appear to a%e $een met.

Tere are tree was to test program.

/or correctness

/or implementation efficienc

/or computational comple=it

Test for correctness are supposed to %erif tat a program doese=actl wat it was designed to do. Tis is muc more difficult tan it

ma at first appear8 especiall for large programs.

est *-an3 A test plan implies a series of desired course of action to $e

followed in accomplising %arious testing metods. Te Test Plan acts

as a $lue print for te action tat is to $e followed. Te software

engineers create a computer program8 its documentation and relateddata structures. Te software de%elopers is alwas responsi$le for

testing te indi%idual units of te programs8 ensuring tat eac performs

te function for wic it

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was designed. Tere is an independent test group DTE wic is to

remo%e te inerent pro$lems associated wit letting te $uilder to test

te ting tat as $een $uilt.

Te specific o$!ecti%es of testing sould $e stated in measura$le

terms. So tat te mean time to failure8 te cost to find and fi= tedefects8 remaining defect densit or fre;uenc of occurrence and test

work0ours per regression test all sould $e stated witin te test plan.

Te le%els of testing include

nit testing.

ntegration Testing.

ata %alidation Testing ) #utput Testing.

;#. /S.#3

nit testing focuses %erification effort on te smallest unit of software design Q te software component or module. sing te

component le%el design description as a guide8 important control pats

are tested to unco%er errors witin te $oundar of te module. Te

relati%e comple=it of tests and unco%ered scope esta$lised for unit

testing. Te unit testing is wite0$o= oriented8 and step can $e

conducted in parallel for multiple components. Te modular interface is

tested to ensure tat information properl flows into and out of te

program unit under test. Te local data structure is e=amined to ensuretat data stored temporaril maintains its integrit during all steps in an

algoritm:s

7=ecution. ,oundar conditions are tested to ensure tat all statements

in a module a%e $een e=ecuted at least once. /inall8 all error andling

pats are tested.

Tests of data flow across a module interface are re;uired $efore

an oter test is initiated. f data do not enter and e=it properl8 all oter

tests are moot. Selecti%e testing of e=ecution pats is an essential taskduring te unit test. ood design dictates tat error conditions $e

anticipated and error andling pats set up to reroute or cleanl

terminate processing wen an error does occur. ,oundar testing is te

last task of unit testing step.

31


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32 | P a g e

Software often fails at its $oundaries. nit testing was done in Sell0

Soft Sstem $ treating eac module as separate entit and testing eac

one of tem wit a wide spectrum of test inputs. Some flaws in te

internal logic of te modules were found and were rectified.

.#/+.5# /S.#3

ntegration testing is sstematic tecni;ue for constructing te

program structure wile at te same time conducting tests to unco%er

errors associated wit interfacing.

Te o$!ecti%e is to take unit tested components and $uild a program

structure tat as $eendictated $ design. Te entire program is tested

as wole. Correction is difficult $ecause isolation of causes is

complicated $ %ast e=panse of entire program. #nce tese errors are

corrected8 new ones appear and te process continues in a seemingl

endless loop.

After unit testing in Sell0Soft Sstem all te modules were integrated

to test for an inconsistencies in te interfaces. @oreo%er differences in

program structures were remo%ed and a uni;ue program structure was

e%ol%ed.

a-i)ation esting or System esting3

Tis is te final step in testing. n tis te entire sstem was tested as a wole wit all forms8 code8 modules and class modules. Tis form

of testing is popularl known as ,lack ,o= testing or Sstem tests.

,lack ,o= testing metod focuses on te functional re;uirements of

te software. Tat is8 ,lack ,o= testing ena$les te software engineer to

deri%e sets of input conditions tat will full e=ercise all functional

re;uirements for a program. ,lack ,o= testing attempts to find errors in

te following categories9 incorrect or missing functions8 interface

errors8 errors in data structures or e=ternal data access8 performanceerrors and initiali>ation errors and termination errors.

5ut%ut esting or ;ser +cce%tance esting3 Te sstem considered is tested for user acceptance9 ere it

sould satisf te firm:s need. Te software sould keep in touc wit

32


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33 | P a g e

perspecti%e sstem9 user at te time of de%eloping and making canges

wene%er re;uired. Tis done wit respect to te /ollowing points

• nput Screen esigns8

• #utput Screen esigns8

• #nline message to guide te user and te like.

Te a$o%e testing is done taking %arious kinds of test data.

Preparation of test data plas a %ital role in te sstem testing. After

preparing te test data8 te sstem under stud is tested using tat test

data.

ed wit te run procedures of te sstem8

working troug te se;uence of acti%ities on an ongoing $asis.

mplementation is te state in te pro!ect were te teoretical

design is turned into a working sstem. , tis8 te users get te

confidence tat te sstem will work effecti%el. Te sstem can $e

implemented onl after troug testing. Te sstems personnel ceck te

feasi$ilit of te sstem. Te actual data were inputted to te sstem and

te working of te sstem was closel monitored. Te master option was selected from te main menu and te actual data were input troug te

corresponding input screens. Te data mo%ement was studied and found

to $e correct ;ueries option was ten selected and tis contains %arious

reports. tilities pro%ide %arious data needed for in%entor was input

33


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34 | P a g e

and te module was test run. Satisfactor results were o$tained. eports

related to tese processes were also successfull generated.

+arious input screen formats are listed in te appendi=.

mplementation walktrougs ensure tat te completed sstem actuall

sol%es te original pro$lem. Tis walktroug occurs !ust $efore te sstem goes into use8 and it sould include careful re%iew of all

manuals8 training materials and sstem documentation.

3#


35/87

BANK

has CUSTOMER

ACC. NO. ADDRESS.

BALANCE.

Done by

TRANSACTION

DEBIT CREDIT

NAME

START

3& | P a g e

3-


36/87

CUSTOMER

Has Has

FIXED DEPOSITE ACCOUNT

AMOUNT

DURATION BALANCE

ID. NO.

ACC. ID.

3' | P a g e

3*

,T/$T


37/87

TRANSACTION CUSTOMER

CURRENT BALANCE

DEBIT CREDIT

UPDATE BALANCE UPDATE BALANCE

BALANCE

3( | P a g e

8


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3) | P a g e

>e&e- 03

>e&e- 13

Customer

Iuer

e;uirement

Purpose

S#AP S,-TS3.

A../0ntin

Banking

SystemC0st/me!

C0st/m

C$e.k

S.$e0e

T!ansmissi/n

F/!m

Se

A../0nt

Am/0nt

A../0nt

Baan.e

Bankin

g

Am/0nt

In/!mati


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3* | P a g e

3+


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#)


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#1


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#2


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#3


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##


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4& | P a g e

#-


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#*


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#(


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#.


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4* | P a g e

#+


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&+ | P a g e

Co)ing

Main Form

Main Form Coding

Private Sub Form_Activate()

Dim read As String

Open App.Path & "\data\log" For Input As #1

-)


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&1 | P a g e

Input #1, read

If read 1 !hen

e.mnufilelogon.$na%led False

e.nufileloginoff.$na%led !rue

e.mnufilelo'.$na%led !rue

$lseIf read ( !hen

e.mnufilelogon.$na%led !rue

e.nufileloginoff.$na%led False

e.mnufilelo'.$na%led False

$nd If

)lose #1

End Sub

Private Sub Form_Load()

atuser.)aption *ogin.user.!e+t

%g.eight e.Saleeight %g.-idth e.Sale-idth

End Sub

Private Sub Form_Resize()

%g.eight e.eight

%g.-idth e.-idth

End Sub

Private Sub Form_Unload(Cancel As nteger)

If sgo+/"Are 0ou sure 0ou -ant !o *og out", 2%0es3o 4 2%5uestion,"*og out Appliation"6 2%0es !hen

-1


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&2 | P a g e

Dim f As Form

For $ah f In Forms

7nload f

Set f 3othing

3e+t f

$lse

)anel !rue

$nd If

End Sub

Private Sub mnu_admin_cust_acc_Clic!()

)ustprofile.Sho8

)ustprofile.ainfo.9eordset.Add3e8

e.$na%led False

End Sub

Private Sub mnu_admin_cust_custs_Clic!()

e.$na%led False

Allust.Sho8

End Sub

Private Sub mnu_"ile_add_Clic!()

Add7ser.Sho8

e.$na%led False

End Sub

Private Sub mnu_"ile_e#t_Clic!()

-2


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&3 | P a g e

7nload e

End Sub

Private Sub mnu_"ile_logo_Clic!()

e.$na%led False

*ogin.Sho8

End Sub

Private Sub mnu_"ile_loc!_Clic!()

e.$na%led False

-ith *o'ed

.user.!e+t atuser.)aption

.Sho8

$nd -ith

End Sub

Private Sub mnu_"ile_log_on_Clic!()

Dim 2al As String

Dim read As String

2al 1

Open App.Path & "\data\log" For Output As #1

Print #1, 2al

)lose #1


Input #1, read

If read 1 !hen

e.mnufilelogon.$na%led False

-3


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&4 | P a g e

e.nufileloginoff.$na%led !rue

$nd If

)lose #1

End Sub

Private Sub Mnu_"ile_login_o""_Clic!()

Dim 2al As String

2al (

Open App.Path & "\data\log" For Output As #1

Print #1, 2al

)lose #1


Input #1, read

If read ( !hen

e.mnufilelogon.$na%led !rue

e.nufileloginoff.$na%led False$nd If

)lose #1

End Sub

Private Sub mnu_"ile_users_Clic!()

7sers.Sho8

e.$na%led False

End Sub

Private Sub mnu_$l%_to%_Clic!()

A%out.Sho8

-#


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&& | P a g e

e.$na%led False

End Sub

Private Sub mnu_re%ort_de%re%_Clic!()

Depositrep.Sho8

e.$na%led False

End Sub

Private Sub mnu_re%ort_trans_Clic!()

!ransferrep.Sho8

e.$na%led False

End Sub

Private Sub mnu_re%ort_&it$dra&_Clic!()

8ithdra8rep.Sho8

e.$na%led False

End Sub

Private Sub mnu_tra_di%_Clic!()

deposit.Dep9ep1.9eordset.Add3e8

deposit.Sho8

e.$na%led False

End Sub

Private Sub mnu_tra_trans_Clic!()

transfer.rep:.9eordset.Add3e8

transfer.Sho8

e.$na%led False

--


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&' | P a g e

End Sub

Private Sub mnu_tra_&it$_Clic!()

8ithdra8.rep1.9eordset.Add3e8

8ithdra8.Sho8

e.$na%led False

S%las$ Form

S%las$ Form Coding

Option $+pliit

Dim a As Integer


*a%el:.)aption ")ompan; < " & App.)ompan;3ame

*a%el=.)aption ">ersion < " & App.a?or & "." & App.inor & "." &

App.9e2ision

*a%el@.)aption ")op;right < " & App.*egal)op;right

*a%el.)aption "*iense!o < " & $n2iron/"7S$93ame"6

End Sub

Private Sub 'imer_'imer()

If a 1( !hen

*a%el1.)aption "*oading. " & a & "B"

$lseIf a :( !hen

*a%el1.)aption "*oading.. " & a & "B"

$lseIf a =( !hen

-*


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&( | P a g e

*a%el1.)aption "*oading... " & a & "B"

$lseIf a @( !hen


$lseIf a ( !hen


$lseIf a C( !hen


$lseIf a ( !hen


$lseIf a E( !hen


$lseIf a ( !hen


$nd If

If a 1(( !hen

ain.%g.Piture *oadPiture/App.Path & "\Data\$+tra\SG.?pg"6

Dim read As String


Input #1, read

If read 1 !hen

*ogin.Sho8

7nload e

)lose #1

$lse

ain.Sho8

-(


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&) | P a g e

7nload e

$nd If

$nd If

)lose #1

a a 4

End Sub

Login Form

Login Form Coding

Private Sub Command_Clic!()

If 2aliduser/user, p8d6 !rue !hen

ain.$na%led !rue

ain.Sho8

ain.atuser.)aption e.user.!e+t

info.)aption ""

ain.)aption "an'ing anagement S;stem...H*ogin 7ser


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&* | P a g e

7nload e

End Sub

Loc! Form

Loc! Form Coding

Private Sub %&d_Clic!()

info.)aption ""

End Sub

Private Sub unloc!_Clic!()

If 2aliduser/user, p8d6 !rue !hen

ain.$na%led !rue

ain.Sho8

e.ide

e.user.!e+t ""

e.p8d.!e+t ""

info.)aption ""

$lse

info.)aption "FailedJ Please $ntered orret Pass8ord."

e.p8d.!e+t ""

$nd If

End Sub

Add User Form

Add User Form Coding


-+


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'+ | P a g e

If )$)K/7ser6 !rue !hen

sgo+ "7sername Alread; $+istJ Please selet >alid 7sername.",2%Information, "7sername"

$lseIf h'p8d.!e+t p8d.!e+t False !hen

sgo+ "Pass8ord )anLt athedJ Please $nter )orret Pass8ord.",2%9etr;)anel 4 2%)ritial, "Pass8ord $rrorJ"

$lse

addusr.9eordset.7pdate

7ser.!e+t ""

p8d.!e+t ""

7nload e

7sers.Sho8

$nd If

End Sub

Private Sub Command*_Clic!()

7nload e

End Sub

Pri2ate Su% Form*oad/6

addusr.9eordset.Add3e8

End Sub


ain.$na%led !rue

ain.Sho8

End Sub


*)


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'1 | P a g e

If 7ser.!e+t "" !hen

)ommand1.$na%led False

$nd If

If p8d.!e+t "" !hen


$nd If

If h'p8d.!e+t "" !hen


$nd If

If 7ser.!e+t "" False And p8d.!e+t "" False And h'p8d.!e+t "" False !hen

)ommand1.$na%led !rue

$nd If

End Sub

Customer Form

Customer Form Coding

Private Sub add_Clic!()

-ith )ustprofile

.Sho8

.ainfo.9eordset.Add3e8

.updt.$na%led False

e.ide

ain.$na%led False

*1


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'2 | P a g e

$nd -ith

End Sub

Private Sub del_Clic!()

If Adogrid.9eordset.$OF And Adogrid.9eordset.OF !hen

sgo+ "Data anLt Seleted Or Data ro8 $mpat;", 2%$+lamation,"Deletion errorJ"

$lseIf ustlist.!e+t "" !hen


$lseIf sgo+/"Are 0ou sure", 2%0es3o 4 2%Information, "Delete"6 2%0es !hen

If imgpath.)aption "" False !hen

Kill App.Path & "\data\piture\" & imgpath.)aption

$nd If

e.Adogrid.9eordset.Delete

Adogrid.9efresh

$nd If

Adogrid.9efresh

End Sub

Private Sub e#it_Clic!()

7nload e

ain.Sho8

End Sub


ustlist.)olumns.9emo2e /1:6

*2


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'3 | P a g e

End Sub


ain.$na%led !rue

ain.Sho8

End Sub

Private Sub Re"res$_Clic!()

Adogrid.9efresh

e.ustlist.9efresh

End Sub


Dim pt As String

)ustprofile.geta.$na%led False

pt App.Path & "\data\piture\" & imgpath.)aption

If imgpath.)aption MN "" !hen

Img.Piture *oadPiture/pt6

$lse

Img.Piture *oadPiture/App.Path & "\data\$+tra\default.?pg"6

$nd If

End Sub

Private Sub U%date_Clic!()

If Adogrid.9eordset.$OF !hen


$lseIf ustlist.!e+t "" !hen

*3


64/87

'4 | P a g e


$lse

-ith )ustprofile

.Sho8

.Gender.!e+t .ainfo.9eordset.Fields/=6

.State.!e+t .ainfo.9eordset.Fields/@6

.At;pe .ainfo.9eordset.Fields/1=6

.Ano.$na%led False

.addust.$na%led False

.ustpi.$na%led False

.ainfo.9eordset.A%solutePosition Allust.Adogrid.9eordset.A%solutePosition

.Frame=.$na%led False

$nd -ith

$nd If End Sub

Add Customer Form

Add Customer Form Coding

Dim sri, a As Integer

Dim sr, dst, ftitle As String

Private Sub add_cust_Clic!()

If Pipath.)aption "" !hen

sgo+ "Please Selet )ustomer Profile Piture", 2%Information, "Piture"

$lse

*#


65/87

'& | P a g e

If )3ame.!e+t "" Or F3ame.!e+t "" Or Gender.!e+t "" Or

state.!e+t "" Or Dist.!e+t "" Or Adds.!e+t "" Or At;pe.!e+t "" Or

Amount.!e+t "" Or Pipath.)aption "" !hen

sgo+ "Please Gi2en full Information", 2%Information, "essage"

$lse

File)op; sr, dst

3ame App.Path & "\Data\Piture\" & ftitle As App.Path & "\Data\Piture\" &"img" & Ano.!e+t & ".?pg"

e.ainfo.9eordset.7pdate

e.updt.$na%led !rue

7nload e

Allust.Sho8

Allust.Adogrid.9efresh

$nd If

$nd If End Sub

Private Sub Amount_+e,Press(+e,Ascii As nteger)

If /Ke;Asii N 2%Ke;( And Ke;Asii M 2%Ke;6 Or Ke;Asii 2%Ke;a' !hen

$+it Su%

$lseKe;Asii (

$nd If

End Sub

*-


66/87

'' | P a g e


ainfo.9eordset.7pdate

7nload e

ain.$na%led !rue

End Sub


ainfo.9eordset.7pdate

End Sub

Private Sub -ir_C$ange()

File.Path Dir.Path

End Sub

Private Sub -riv_C$ange()

On $rror 9esume 3e+t

Dir.Path Dri2.Dri2e

If $rr.3um%er MN ( !hen

sgo+ "Dri2e seleted is una2aila%le.", 2%Information, "Dri2e7na2aila%le"

Dri2e1.Dri2e mstrDri2e

$lse

mstrDri2e Dri2e.Dri2e

$nd If

End Sub

Private Sub e#it_Clic!()

7nload e

**


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'( | P a g e

End Sub

Private Sub File_Clic!()

ustpi.Piture *oadPiture/File.Path & "\" & File.*ist/File.*istInde+66

ftitle File.File3ame

dst App.Path & "\Data\Piture\" & ftitle

sr File.Path & "\" & File.File3ame

Pipath.)aption "img" & Ano.!e+t & ".?pg"

If ustpi.Piture *oadPiture/""6 !hen

Pipath.)aption ""

$nd If

End Sub


If Ano.$na%led !rue !hen

Dim 2alu As *ong

2alu "1((((("

geta.9efresh

If geta.9eordset.$OF !hen

Ano.!e+t 2al/16 4 2al/2alu6

$lse

geta.9eordset.o2e*ast

Ano.!e+t 2al/prea.)aption6 4 2al/16

$nd If

Dim !oda; As >ariant

!oda; 3o8

*(


68/87

') | P a g e

date.!e+t Format/!oda;, "dmm;;;;"6

$nd If

End Sub


-ith At;pe

.AddItem ")urrunt Aount"

.AddItem "Sa2ing Aount"

$nd -ith

-ith Gender

.AddItem "ale"

.AddItem "Female"

$nd -ith

-ith state

.AddItem "Andhra Pradesh"

.AddItem "Arunahal Pradesh"

.AddItem "Assam"

.AddItem ")hhattisgarh"

.AddItem ")handigarh"

.AddItem "Delhi "

.AddItem "Goa"

.AddItem "Gu?arat"

.AddItem "ar;ana"

.AddItem "imahal Pradesh"

.AddItem "ammu and Kashmir"

*.


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'* | P a g e

.AddItem "har'hand"

.AddItem "Karnata'a"

.AddItem "Kerala"

.AddItem "adh;a Pradesh"

.AddItem "aharashtra"

.AddItem "anipur"

.AddItem "eghala;a"

.AddItem "iQoram"

.AddItem "3agaland"

.AddItem "Orissa"

.AddItem "Pun?a%"

.AddItem "9a?asthan"

.AddItem "Si''im"

.AddItem "!amil 3adu"

.AddItem "!ripura "

.AddItem "7ttar Pradesh "

.AddItem "7ttara'hand "

.AddItem "-est engal "

$nd -ith

End Sub


ain.$na%led !rue

ain.Sho8

End Sub

*+


70/87

(+ | P a g e

Private Sub Mobno_+e,Press(+e,Ascii As nteger)


$+it Su%

$lse

Ke;Asii (

$nd If

End Sub

Private Sub P$no_+e,Press(+e,Ascii As nteger)


$+it Su%

$lse

Ke;Asii (

$nd If

End Sub

Private Sub u%dt_Clic!()

e.ainfo.9eordset.7pdate

e.Frame=.$na%led !rue

e.addust.$na%led !rue

7nload e

Allust.Sho8

Allust.Adogrid.9efresh

End Sub

Private Sub .it_+e,Press(+e,Ascii As nteger)

()


71/87

(1 | P a g e


$+it Su%

$lse

Ke;Asii (

$nd If

End Sub

-e%osit Form

-e%osit Form Coding

Private Sub Acc_list_Clic!()

infolod.9eordset.A%solutePosition Alist.*istInde+ 4 1

depa.)aption infolod.9eordset.Fields/(6

End Sub

Private Sub Acc_list_+e,Press(+e,Ascii As nteger)


$+it Su%

$lse

Ke;Asii (

$nd If

End Sub


Dim a As Integer

If Amount.!e+t "" Or 2al/Amount.!e+t6 M !hen

(1


72/87

(2 | P a g e

sgo+ "Please enter the Amount Greater than 9s 1((", 2%Information,"Amount info"

$lse

infolod.9eordset.Fields/1@6.>alue 2al/al.!e+t6 4 2al/Amount.!e+t6

infolod.9eordset.7pdate

Dep9ep1.9eordset.7pdate

a Amount.!e+t

Amount.!e+t ""

sgo+ "Deposit 9s. " & a & " Suessfull;", 2%Information, "Deposit"

7nload e

$nd If

End Sub


7nload e

End Sub


!ode.!e+t "Deposit"

!Date.!e+t Format/3o8, "dmm;;;;"6

End Sub


i (

-hile 3ot Alists.rsinfo.$OF

Alist.*ist/i6 Alists.rsinfo/(6

Alists.rsinfo.o2e3e+t

(2


73/87

(3 | P a g e

i i 4 1

-end

Alists.rsinfo.)lose

End Sub


ain.$na%led !rue

ain.Sho8

End Sub


If Alist.!e+t "" !hen


$lse


$nd If

End Sub

-e%osit Re%ort Form

Re%ort Form Coding


ain.$na%led !rue

ain.Sho8 End Sub

'rans"er Form

'rans"er Form Coding

(3


74/87

(4 | P a g e

Dim ash As Integer


infolod:.9eordset.A%solutePosition Alist.*istInde+ 4 1

Ano.)aption infolod:.9eordset.Fields/(6

End Sub

Private Sub Acc_list_+e,Press(+e,Ascii As nteger)


$+it Su%

$lse

Ke;Asii (

$nd If

End Sub


If infolod:.9eordset.A%solutePosition Ado!no.9eordset.A%solutePosition !hen

sgo+ "In2alid Aount Seleted", 2%)ritial, "Aount $rror"

$lseIf Amount.!e+t "" Or 2al/Amount.!e+t6 M !hen


$lseIf al.!e+t "" Or 2al/al.!e+t6 M @ !hen

sgo+ "0ou )anLt !ransfer Amount to Another Aount %eause ;our Aount alane is *o8", 2%Information, "!ransfer $rrorJ"

$lseIf 2al/al.!e+t6 M 2al/Amount.!e+t6 !hen

sgo+ "0ou )anLt !ransfer Amount to Another Aount %eause ;our Aount alane is *o8", 2%Information, "!ransfer $rrorJ"

(#


75/87

(& | P a g e

$lse

infolod:.9eordset.Fields/1@6.>alue 2al/al.!e+t6 R 2al/Amount.!e+t6

infolod:.9eordset.7pdate

infolod:.9efresh

Ado!no.9eordset.Fields/1@6.>alue 2al/al!.!e+t6 42al/Amount.!e+t6

Ado!no.9eordset.7pdate

Ado!no.9efresh

rep:.9eordset.7pdate

sgo+ "!ransfer 9s. " & Amount.!e+t & " !o Aount 3o. " & !oA.!e+t& " Suessfull;", 2%Information, "!ransfer"

Amount.!e+t ""

7nload e

$nd If

End Sub


7nload e

End Sub


!ode.!e+t "!ransfer"


End Sub


i (

l (

(-


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(' | P a g e



!oA.*ist/i6 Alists.rsinfo/(6


i i 4 1

-end

Alists.rsinfo.)lose

End Sub


ain.$na%led !rue

ain.Sho8

End Sub


If Alist.!e+t "" Or !oA.!e+t "" !hen


$lse


$nd If

End Sub

Private Sub 'im_'imer()

Dim i As >ariant

i 1

!im1.$na%led False

End Sub

(*


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(( | P a g e

Private Sub 'o_Acc_Clic!()

Ado!no.9eordset.A%solutePosition !oA.*istInde+ 4 1

transa.)aption Ado!no.9eordset.Fields/(6

End Sub

'rans"er Re%ort Form

'rans"er Re%ort Form Coding


ain.$na%led !rue

ain.Sho8

End Sub

User Form

User Form Coding


Add7ser.Sho8

7nload e

End Sub


If Adouser.9eordset.$OF And Adouser.9eordset.OF !hen


$lseIf 7serlist.!e+t "" !hen


$lseIf sgo+/"Are 0ou sure", 2%0es3o 4 2%Information, "Delete"6 2%0es !hen

((


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() | P a g e

e.Adouser.9eordset.Delete

Adouser.9efresh

$nd If

Adouser.9efresh

End Sub

Private Sub Command*_Clic!()

7nload e

End Sub


Adouser.9efresh

End Sub


ain.$na%led !rue

Adouser.9efresh

ain.Sho8

End Sub

.it$dra& Form

.it$dra& Form Coding


infolod1.9eordset.A%solutePosition Alist.*istInde+ 4 1

8itha.)aption infolod1.9eordset.Fields/(6

End Sub


(.


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(* | P a g e

If Amount.!e+t "" Or 2al/Amount.!e+t6 M !hen


$lse

infolod1.9eordset.Fields/1@6.>alue 2al/al.!e+t6 R 2al/Amount.!e+t6

infolod1.9eordset.7pdate

rep1.9eordset.7pdate

sgo+ "-ithdra8 9s. " & Amount.!e+t & " Suessfull;", 2%Information,"-ithdra8"

Amount.!e+t ""

7nload e

$nd If

End Sub


7nload e

End Sub


!ode.!e+t "-ithdra8"


End Sub

Private Sub Form_+e,Press(+e,Ascii As nteger)


$+it Su%

$lse

(+


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)+ | P a g e

Ke;Asii (

$nd If

End Sub


i (




i i 4 1

-end

Alists.rsinfo.)lose

!ode.!e+t "Deposit"

!Date.!e+t Format/3o8, "dmm;;;; /dddd6"6

End Sub


ain.$na%led !rue

ain.Sho8

End Sub


If Alist.!e+t "" !hen


$lse


$nd If

.)


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)1 | P a g e

End Sub

.it$dra& Re%ort Form

.it$dra& Re%ort Form Coding


ain.$na%led !rue

ain.Sho8

End Sub

About Form

About Form Coding

Private Sub cmd/+_Clic!()

7nload e

End Sub


e.)aption "A%out " & App.Produt3ame

l%l>ersion.)aption ">ersion < " & App.a?or & "." & App.inor &"." & App.9e2ision

l%l!itle.Fontold !rue

l%l!itle.)aption App.!itle

l%lDesription.)aption "Desription < " & App.FileDesription

*a%el1.)aption "op;right< " & App.*egal)op;right *a%el:.)aption ")ompan;< " & App.)ompan;3ame

*%lliense.)aption "*iense !o< " & $n2iron/"7S$93ame"6

End Sub

.1


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)2 | P a g e

Private Sub Form_MouseMove(0utton As nteger1 S$i"t As nteger1 2

As Single1 3 As Single)

Image:.Piture *oadPiture/App.Path & "\Data\e+tra\appion.?pg"6

End Sub

Private Sub mage_Clic!()

Dim 79* As String

79* "http


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)3 | P a g e

Dim rs As ADOD.9eordset

d% App.Path & "\Data\an'Data.D"

)md "Pro2iderirosoft.et.O*$D.@.(U" &

"Data Soure" & d% & ""

Set )n 3e8 ADOD.)onnetion

-ith )n

.)onnetionString )md

.Open

$nd -ith

Set rs 3e8 ADOD.9eordset

sTl "Selet V From H*ogin 8here 7ser *IK$ L" & 7ser & "L and Pass8ord*IK$ L" & p8d & "L"

rs.Open sTl, )n, adOpenFor8ardOnl;, ad*o'9eadOnl;

If 3ot rs.$OF !hen

2aliduser !rue

$lse

2aliduser False

$nd If

rs.)lose

Set rs 3othing

)n.)lose

Set )n 3othing

End Function

Public Function C4EC+(User As String)

Dim d% As String

.3


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)4 | P a g e

Dim )md As String

Dim sTl As String

Dim )n As ADOD.)onnetion

Dim rs As ADOD.9eordset

d% App.Path & "\Data\an'Data.D"

)md "Pro2iderirosoft.et.O*$D.@.(U" &

"Data Soure" & d% & ""

Set )n 3e8 ADOD.)onnetion

-ith )n

.)onnetionString )md

.Open

$nd -ith

Set rs 3e8 ADOD.9eordset

sTl "Selet V From H*ogin 8here 7ser *IK$ L" & 7ser & "L"

rs.Open sTl, )n, adOpenFor8ardOnl;, ad*o'9eadOnl;

If 3ot rs.$OF !hen

)$)K !rue

$lse

)$)K False

$nd If

rs.)lose

Set rs 3othing

)n.)lose

Set )n 3othing

End Function

.#


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)& | P a g e

F0t0!e En$an.ement

/or an sstem8 present satisfaction in !o$ is important8 $ut it is also

necessar to for see and %isuali>es te future scope. /uture enancement

is necessar for te sstem as te limitations tat cannot $e denied

toda8 can $e o%ercome $ $etter tecnologies.

n te future more software companies will ire tis software

program $ecause now a da te need for te speed in te da0to0da life

as $ecome essential. As competition increases8 companies $

considering old %ersion8 te de%elop more efficient %ersions for

indi%idual success.

/or e=ample8 in m pro!ect8 records of te customer8 teir

transactions are maintained wic will $e elpful in te future as

reference prior to dealings well as e%idence. Also limitations can $e

o%ercome $ $etter tecnologies and sstem can $e made more efficient.

.-


86/87

)' | P a g e

Tus we can conclude tat we a%e successfull de%eloped te

B+#K M+#+/M/# SS/M"

t as got te following ad%antages o%er @anual Sstem

@anual work takes more time and cost due to staff and oter

materials suc as papers and registers.

ata retrie%al process $ecomes eas wen it is needed8 if we use

computer management instead of manuall.

Storage capacit of te computer is also e=cellent.

enerating te in%oice $ printer using computer is also useful

feature.

pdating of data is eas in computeri>ed sstem.

ata consistenc is re;uired for neat and proper management tat

is acie%ed $ computer easil.


87/87

)( | P a g e

Bi=-iogra%!y

B55KS 3

1" (er$ert Scildt D2---E R+isual ,asic ".-: Tata @craw (ill

2" on ukowski D2---E R+isual ,asic ".-: ,P, Pu$lications

" a!ee% mall RSoftware engineering:

D" 7lmasri Na%ate R/undamentals of data$ase sstems:

5#>.#/ /

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