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Introduction & Objective

1.1 Introduction

Our motherland India which is the second most populated country and the seventh

largest country in the world, 70% of its total population lives in villages. Even after 62 years of

Independence, right from ehru!s era to "anmohan #ingh!s era, the rural India of today still short of

$asic amenities, lie drining water, electricity, roads, housing, food and clothing. &eveloping India

is not merely facilitating a few metros with modern facilities $ut developing India in a true sense is

developing the 'ural India.

"ost of the Indian rural population lie $elow poverty line ()*+ and run short of the

$asic amenities. Indian government has launched several plans for to swap off poverty from the

nation and for rural development $ut the rural population is unaware of these plans. Even if they are

interested then due to lac of nowledge and communication pro$lem they are una$le to avail them.

-onsidering these facts we have developed the software '/'+ 'I&E'1 which hopefully gives a

new direction towards rural development. In some states government has made I department (or I

-+/) $y com$ining a couple of small villages together. he appointed officers inform the rural

people a$out the government plans and provide all updates on the schemes. )ut till date the

communication is only one way. 3e have developed the software to implement this in a much $etter

and effective way.

1.2 Objective of Project

India is a nation of more than 400 crore of people, having enormous man power and

splendid resources. India is still under the category of a &E5E+O*I IO. "ore than 70%

of the Indian population lives in villages, so developing India in a true sense is developing the rural

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India. he o$8ective of the pro8ect is to $ring a$out rural development $y $ridging the

communication gap $etween the villagers and the government. In our country, $irth certificates and

death certificates are very essential not only for the individual $ut also for the government. he rural

inha$itants face a lot of difficulty in availing them. )ut the software provides it very easily.

nother pro$lem they face is that of medical or health pro$lems. &ue to lac of

proper treatment near$y, they tend towards false $elief or consult some fraud saints or o8has and lie

$a$as. "any people die $ecause of improper treatment. )ut our software guides them with the

treatment form.

"ost of the rural people depend on agriculture for their living. hey are unaware of

the ideas and plans which would $ring them ma9imum profit out of minimum input. hey can now

what ind of crop is suita$le for their field and in which season. hey can now a$out various

$eneficial and agricultural details through our software. +ie this various other aspects can $e

involved for 'ural &evelopment, which will ultimately turn our &E5E+O*I IO I&I to

a &E5E+O*E& IO I&I.

1.2.1 Description Of Wor

:ollowing are the present wors done $y the I-+/);

-reating awareness among the rural inha$itants.

Informing them a$out the government schemes and plans made e9clusively

for them.

*roviding them updates on the present schemes.

1.2.2 Our !ission

Our mission is to implement this facility in a fruitful and efficient manner $y

maing this communication two way i.e. from I-+/) server to I-+/) village and

viceversa. 3e have concentrated on some of the reasons for the rural ignorance and

$acwardness. ccording to our study we have found out some facts and designed this



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software eeping those facts in our view. 3e have designed various forms accordingly

which include ;

1.2.2.1 "irt# $or%

:or every nation, it is very important to eep the $irth and death

record of their population. ccording to the population records the government

recites all the plans and policies for the nation!s development. "anpower is one of

the most important resources for any country.

1.2.2.2 Det# $or%

o eep the correct record of the country!s population the death

record is another important factor. o eep the death record we have designed a

&E< :O'"1 for the software. )y this form the death records can $e easily

ept. hrough the software these records can $e easily accessed $y the government.

1.2.2.' Tret%ent $or%

he treatment form contains;

4.2.2.=.4 :I'#I&

:I'#I& provides the data a$out some commonly

occurring diseases and other pro$lems lie cuts, $urns, insect $ites. he

villagers, not $eing much educated are ignorant a$out the firstaid which

leads to severe illness and in some cases even death. he :I'#I&1

provides;

O5E'5IE3, #>"*O"#, 'E"E, -/#E

his form guides them to deal with small day ?today in8uries

and pro$lems so that the villagers can live a healthy life.

4.2.2.=.2 &I#E#E#

his form provides details a$out the symptoms, cure,

medication and prevention of all the commonly occurring diseases under two

different heads;

-O""/I-)+E &I#E#E

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O-O""/I-)+E &I#E#E

he rural population is under the darness of several myths

and misconceptions a$out the diseases and their cure. his form drags the

villagers from the myths to the real facts a$out the diseases so that many

lives can $e saved.

1.2.2.( A)ricu*tur* $or%

In India most of the rural population depends upon agriculture.

hough India has developed a lot $ut today also Indian farmers are applying

conventional methods of farming. hese methods are not very effective and the

output is also not apprecia$le. his form provides an idea of effective farming and the

data of all Indian crops under the categories;

-ereals

*ulses and oil seeds

:i$er crops

-ash crops

his form informs a$out the soil, fertili@ers, water reAuirement (rain

fall, profit which can $e earned etc. the farmers can get ma9imum output from

minimum input. he updated data can $e inserted $y the administrator at regular

intervals under the insert provision.

1.2.2.+ ,-R /,%poorn -r% Roj)r ojn0

#'> is started $y the government in the rural areas for the poor

villagers. large mass of the rural population lie )elow *overty +ine ()*+. his

plan is an effort towards eliminating poverty from rural India. /nder this plan the

villagers are provided wor in a nearest possi$le place for their living. )ut due to

poor communication villagers are not a$le to avail this facility. his form provides an

easy and faster approach towards the goal. he villagers can register for #'> using

this attri$ute and can avail the facility.

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Project Cte)or

he pro8ect is an application software to $e developed for $ridging the

communication gap $etween the higher ruling authority and the rural population. he software givesthe information a$out the present and upcoming schemes and plans for the villagers along with the

details. he software provides data on various crucial topics such as health, agriculture etc. if the

user is not satisfied $y the provided data then the software allows the rural inha$itants to enter their

respective Aueries.

he users can enter their $irth and death records and avail the $irth and death

certificates with an ease. he user can also avail the #ampoorna rameen 'o8gar >o8ana (#'> $y

the software under which the user register for #ampoorna rameen 'o8gar >o8ana and can also

apply for the 8o$ card. he internet form connects the user to the we$site. o mae the software user

friendly there are various norms under the advance options. he software is designed to eliminate the

communication gap $etween the ruling authority and the rural population which is the main cause

for the rural area $eing underdeveloped.

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CHAPTER'

,ste% Reuire%ent ,pecifiction

"inimum


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#peaersFheadphones

"ouse

*en drive

'.' ,oft3re ,pecifiction

:ollowing are the few software specifications that are used in the pro8ect.

'.'.1 $ront End

3e have used 5isual )asic 6.0 at the front end, which is powerful and easy used

tool, which provides e9cellent programming environment that is used to develop various

application.

'.'.2 "c End

3e have used "# ccess and "y#Al which consists of comprehensive set of

application $uilding and user product.

'.'.' Opertin) ,ste%s

Operating system of this pro8ect is windows DF"EFG*F2000 and the later ones which

are "icrosoft!s highpowered worstation operating system.



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CHAPTER(

$esibi*it ,tud &

,oft3re En)ineerin) Prdi)%

&uring this phase we e9amined the pro8ect feasi$ility, the lielihood the system will

$e useful to the organi@ation. hree tests of feasi$ility;

Operational feasi$ility

echnical feasi$ility

Economic feasi$ility

(.1 Tec#nic* $esibi*it

/nder this stage of investigation we were raised the following technical issues;

&oes the necessary technology e9ist to do what is suggested ( and can it $e

acAuiredH

&oes the proposed eAuipment have the technical capacity to hold the data reAuired to

use the new systemH

3ill the proposed system provide adeAuate responses to inAuiries, regardless of the

num$er or location of usersH

-an the system $e e9panded if developedH

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re there technical guarantees of accuracy, relia$ility, ease of access, and data

securityH nd we had considered carefully and thoroughly the overall pro8ect with respect to these

technical issues. nd we had found that the necessary technologies can $e acAuired and used. he

technical feasi$ility identifies the technical aspect of the organi@ation to implement the developed

software or not. It is also determine that the organi@ation has any technical engineers are to handlethe software or not.

(.2 Opertion* $esibi*it

#imply stated, our main aim to use this test of feasi$ility was to investigate if the

system will wor when it is developed and installed. 3e had tested the operational feasi$ility of the

proposed pro8ect $y concentrating on the following set of Auestions;

Is there sufficient support for the pro8ect from the I-+/) and peopleH If the

current systems and procedures are well enough to satisfy rural people to see reasons

for changethe cause of the resistance.

Is it accepta$le $y the rural populationH If they agree then users welcome chance that

will $ring a$out a more operational and useful system.

re the I-+/) mem$ers involved in the planning and development of the pro8ectH

Early involvement reduces the chances of resistance to the system and change in

general and increases the lielihood of successful pro8ect.

3ill the proposed system cause harmH 3ill it produce poorer results in any respect or

areaH 3ill loose of control results in any areaH 3ill accessi$ility of information $e

lostH 3ill individual performance $e poorer after implementation than $eforeH 3ill

the villagers $e affected an undesira$le wayH he system show slow performance in

any areasH

nd after considering all the operational aspects carefully, we found that the

proposed pro8ect will fulfill the various areas in a much $eneficial way. nd after that we were

preceded to the ne9t stage echnical :easi$ility esting.

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(.' Econo%ic $esibi*it

/nder this stage of investigation we had considered and taen into account the

overall investment of the organi@ation and the financial $enefits.


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finding techniAues was documented using documenting procedures and &ata:low &iagrams

(&:s. In this process we were moved ne9t to the feasi$ility study.

(.+ ,oft3re !ode*

he whole pro8ect as stated as stated in the introduction section was developed

according to the #ystem &evelopment +ife -ycle method along with the #tructural nalysis

&evelopment "ethod.


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$I-4RE(.15 *rototyping model of software development

In this pro8ect, #ystem &evelopment +ife -ycle (#&+- plan is used. he various

phases of this method can $e descri$ed $riefly follows.

TA"6E (.257#&+- *lans

P#se W#t is done8 W#t is t#e end product8



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Reuire%ents

Deter%intion

&etermine reAuirements to $e met

$y #ystem $eing compiled

#et of priorities to $e given

Reuire%ents

,pecifiction

&raw up understanda$le plan of

what the system will provide as

outputs.

&etermine needs and priority $y

consensus among end users.

&etailed specifications of

information to $e provided.

$esibi*it ,tud aing into account availa$le

resources such as humans,

computers, time and money and

find whether specified

reAuirements can $e met.

:easi$ility &ocument

specifying resource needs and

availa$ility.

E9pected costs vs. $enefits of

the system can $e o$tained.

,ste% Desi)n +ogical design of programs,

design of data$ases, test and

implementation plan.

&esign programs, data$ase

and test plan.

,ste% Evo*ution :ind out from users if system

meets their reAuirement.

Evaluation report with

suggestion to improve.

,ste%

!odifiction9

!intennce

-hange system, adding or

deleting features to satisfy

users(modified needs

Improved system containing

modifications and improvised

features.

CHAPTER+

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,ste% Reuire%ents $unction*

,pecifiction

+.1 $unctions Perfor%ed

he user has to login first. On a successful login the user can access the homepage of

the software. :rom the home page the user can select the actions. he user can select the options to

enter data through the various forms as well as it can also use the advance options of the software.

he functions performed are 5"irt# for%5 when the user selects the $irth form the user is directed to the $irth form.


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synta9 and semantics of the command issue procedures. good user interface should not reAuire its

users to memori@e commands. either should the user $e ased to remem$er information from one

screen to another while performing various tass using the interface. )esides this we mainly

consider a$out use of metaphors intuitive command names in which the a$stractions of real life

o$8ects or concepts used interface design are called metaphors. gain we have to consider a$out theconsistency where we learn a$out commands. 3e have to care for the component$ased interface for

the interaction style so that it $ecomes more users friendly.

+.' Ot#er 4ser Input Previe3

$I-4RE+.157:ront page

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$I-4RE +.25


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$I-4RE +.(5 &eath :orm

$I-4RE +.+5reatment :orm

$I-4RE+.:5 :irstaid :orm



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$I-4RE +.;5Online reatment :orm

$I-4RE +.


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$I-4RE+.1>5griculture :orm

$I-4RE +.115#'> :orm

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+.( Ot#er 4ser Output Previe3

$I-4RE+.125:ront *age Output

$I-4RE +.1'5)irth :ormOutput

$I-4RE +.1(5&eath :ormOutput

$I-4RE +.1+5#'> :orm Output



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$I-4RE +.1:5#'> Jo$ card Output

+.+ C*ss Di)r%

$I-4RE +.1;5-lass &iagram



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+.: 4ser Interfce ,pecifiction

he computer system design process specifies a way of woring if the system, the detail design issue

of $rief on the software reAuirement specification. fter analy@ing the system the details of input

consumed $y the system and output produced $y the system are determined. On the $asis of analysis

done we can now a$$reviate the input, output and data design. here are different issues informing

the system design process. he design issues are given $elow.

Input design

Output design

:ile design



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CHAPTER:

,ste% Desi)n Overvie3

o $ring a$out rural development the Indian overnment has come up with a new idea

named I-+/). )y com$ining a couple of small villages together an I-+/) is set up in the

rural area which is connected to the server. *resently the I-+/)s are staffed $y the I

professionals. hey inform the rural people a$out the schemes and plans specially made for them.

)ut till date this communication is only one way i.e. from server to the I-+/) village and not

viceversa. 3e have designed the software to mae this communication two way and hence

eliminating the communication gap.

fter studying and analy@ing we concluded that the following details of the software are

reAuired. he pictorial representation is the $est way to represent the collection of data at the time of

analysis and represents in the form of HIPO diagram ("odular &escription, D$D (&ata :low

&iagram, ERD (Entity 'elationship &iagram etc. he pictorial representation provides $etter

understanda$le approach for development.

:.1 ,ste% Dt $*o3 Di)r%s

he data flow diagram (&:& shows the functional relationships of the values

computed $y a system including input values and output values and internal data store. data flow

diagram is graph showing the flow of data values.

In 0level &:& shows how a visitor can register and how the registered user can login

to the software and access various options.

he level4 &:& shows that a visitor enters the registration details and these details

are verified. he new registration details are send to the data$ase registered user and the username is

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given to the visitor. 'egistered user can directly login with hisFher username and process the options

$ut if the user enters any incorrect username or password then heFshe has to reenter.

:I; +evel2 &:& shows the data flow for each individual form to their respective data$ase.

?OTATIO?,5 &ata flows show the movement of data in a specific direction from the source to the

destination. It represents a pacet of data.

*rocesses show the operations performed on the data, which transform it from input to

output.

#ources and destinations of data are the e9ternal sources and destinations of data, which may

$e people, programs, organi@ations or other entities interacting with the system, $ut are

outside its $oundary

.

&ata stores are places where data are stored such as files and ta$les.



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$I-4RE :.1; -onte9t +evel &ata :low &iagram



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$I-4RE :.25+evel4 &ata :low &iagram



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$I-4RE :.'5+evel2 &ata :low &iagram for )irth :orm



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$I-4RE :.(5+evel2 &ata :low &iagram :or &eath :orm



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$I-4RE :.:5+evel2 &ata :low &iagram for griculture :orm

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$I-4RE :.;5 +evel2 &ata :low &iagram for #'>

:.2 ,ste% ,tructure C#rts

he structure diagram is one of the pictorial representation and eeps the trac of all

the states and the seAuence of the transaction, which state comes after which and how a state can $e

reached from another state. It gives a visual view of the different states and their respective paths.



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$I-4RE :.


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:.' ,ste% Dt Dictionr

TA"6E :.=5a$ular &iagram

IT7C64" It!s a new venture started $y the government of India. n I-lu$

is set in the rural area $y com$ining a couple of small villages

together. ll people of these villages come under that I-lu$.

*eople can go and set their complains, Aueries etc. in the I-lu$.

he I-lu$ village side i.e. client is connected to the I-lu$

main server. ll the data entered through the software is send to

the I-lu$ server.

IT7C64" Instructor he I-lu$ functions under a group of officials. hese officials

are I professionals. hese people help the villagers and assist

them while filling the details of the forms. s the rural people are

ignorant a$out computers, these professionals play an important

role in the I-lu$. hese trained I professionals are called I

-lu$ instructors.

"irt# $or% his form $elongs to the software on a successful login the user

can go to the )irth form and give the details of the new $orn $a$y

and avail the $irth certificates. he form helps the government to

eep trac of the original population records.

Det#$or% his form can $e accessed on successful login. he form collects

the data a$out the deaths taen place in the village. he data

entered goes directly to the I-lu$ server. his form helps the

government to eep the e9act death record and the e9act

population record.

A)ricu*ture $or% his form can $e accesses after successful login. he form gives

information a$out the Indian crops and the farming data related to

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these crops. he information includes all the reAuired data a farmer

needs $efore he for farming. he

,-R/,%poorn

-r%een Roj)r ojn0

his form $elongs to the software on a successful login the user

can go to the #'> form. here are two su$forms in the form

one is pplication for 'egistration where the user can register

himself under this scheme and the second is the pplication for

Jo$ -ard here the registered person can apply for the Jo$ -ard.

Tret%ent for% In this form the user can get information a$out the various

diseases. he form gives information a$out diseases under two

heads communica$le and non communica$le diseases. here is

another form :irstid which contains information a$out the first

aid information.

Advnce Options he software contains some advance options lie #end :ile,


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:.( ,ste% Intern* Dt ,tructure Previe3

E' diagram is one of the pictorial representation in which the meaningful

relationships are entitled $etween various entities. It represents the real world application. he

relationship is used in data modeling to represent an association $etween entities. his association

has certain characteristic properties represented $y the attri$utes of the relationship set.



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$I-4RE :.1>5Entity 'elationship &iagram



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Prts of entit re*tions#ip di)r%57

$I-4RE :.115Entity 'elationship &iagram :or griculture&etails

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$I-4RE :.1'5Entity 'elationship &iagram for &eath&etails

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$I-4RE :.1(5 Entity 'elationship &iagram for &isease'ecord nd :irstaid'ecord



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$I-4RE :.1+5Entity 'elationship &iagram for #'>pplication



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$I-4RE :.1:5Entity 'elationship &iagram for #'>JO)-ard

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:.+ !odu*e $unction* ,pecifiction

he modules to $e developed under this process are given $elow;

"IRTH $OR!57

he $irth form collects the data regarding the $irth which includes date of $irth,

father!s name, mother!s name, child!s name, gender, place of $irth. On su$mit the data goes to the

server. If the internet connectivity is not present then the data gets stored in the local data$ase and in

regaining the connectivity it is send to the server.

DEATH $OR!57

he death form collects the data regarding the death which includes date of death,

father!s name, mother!s name, name, place of $irth, cause of death. On su$mit the data goes to the

server. If the internet connectivity is not present then the data gets stored in the local data$ase and in

regaining the connectivity it is send to the server.

TREAT!E?T $OR!57

his form deals with the health issues and provides data on various heath pro$lems.

his module is su$divided into two modules.

$irst7Aid57

his provides the data a$out some commonly occurring diseases and other pro$lems

lie cuts, $urns, insect $ites.

It provides overview, symptoms, treatment and cause on the selected option.his form guides them to deal with small day?today in8uries and pro$lems so that

the villagers can live a healthy life.

Diseses57

his form provides details a$out the symptoms, cure, medication and prevention of

all the commonly occurring diseases under two different heads;

-O""/I-)+E &I#E#E

O-O""/I-)+E &I#E#E

he user can also write hisFher additional Aueries related to the su$8ect on the Auery

form. On su$mit the data goes to the server. If the internet connectivity is not present then the data

gets stored in the local data$ase and in regaining the connectivity it is send to the server.

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A-RIC46T4RE $OR!57

his form provides an idea of effective farming and the data of all Indian crops under

the categories; -ereals, *ulses and oil seeds, fi$er crops, $everage crops, cash crops. his form

informs a$out the soil, fertili@ers, water reAuirement (rain fall, profit which can $e earned etc. the

farmers can get ma9imum output from minimum input. he user can also write hisFher additionalAueries related to the su$8ect on the Auery form.

,-R /,A!POOR?A -RA!EE? RO@-AR O@A?A057

his form provides an easy and faster approach towards the goal i.e. providing

employment to the villagers. he villagers can register for #'> using this attri$ute and can avail

the facility. hey can also apply for the 8o$ cards.

ADA?CE OPTIO?,57

his option maes the application userfriendly so that the rural ignorant and

uneducated people ca also use it with an ease.

$I-4RE :.1;5"odular &iagram

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,ste% Input Output Desi)n

,pecifiction

;.1 Ot#er 4ser Input ,pecifiction

$I-4RE ;.15+ogin *age


CHAPTER;


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$I-4RE ;.25+ogin *age4

$I-4RE ;.'5


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$I-4RE ;.(5)irth :orm

$I-4RE ;.+5 &etails with )irth :orm



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$I-4RE ;.:5&eath :orm

$I-4RE ;.;5&etails with &eath :orm

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$I-4RE ;.


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$I-4RE ;.1>5:irstaid :orm

$I-4RE ;.115 &isease :orm

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$I-4RE ;.125on-ommunica$le :orm

$I-4RE ;.1'5 Online reatment :orm



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$I-4RE ;.1:5#'> :orm

$I-4RE ;.1;5#'> pplication :or 'egistration

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$I-4RE ;.1


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$I-4RE ;.2>5#end :ile

$I-4RE ;.215$out #oftware



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$I-4RE ;.22; #ound :ile

$I-4RE ;.2'5-hange *assword



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;.2 Ot#er 4ser Output ,pecifiction

$I-4RE ;.2(5


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$I-4RE ;.2;5:irstaid :orm

$I-4RE ;.2


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$I-4RE ;.2=5on-ommunica$le :orm

$I-4RE ;.'>5gricultural :orm

$I-4RE ;.'15 #'> pplication :orm



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$I-4RE ;.'2; #'> Jo$card

;.' ,ste% Dtbse9$i*e ,tructure ,pecifiction

he data$ase for the pro8ect is designed as a $ac end. enerally the designed data$ase is

stored in the form of ta$les. In this pro8ect we have used "y#Al and "#ccess to design the

structure.

TA"6E ;.''5('egisteredK/ser

Attribute Dt tpe ,iBe



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Id Integer B0

/sername 5archar2 20

*assword 5archar2 40

TA"6E ;.'(5()irthKdetails


Id Integer B0

ame 5archar2 =0

:ather!sKame 5archar2 C0

"other!sKame 5archar2 C0

-hild ame 5archar2 C0

&ateKofKdeath &ate 40

ender 5archar2 6

)irthK*lace 5archar2 C0

TA"6E ;.'+5(&eathKdetails


Id Integer B0

ame 5archar2 =0

*laceKofKdeath 5archar2 C0

&ateKofKdeath &ate 40

:ather!sKame 5archar2 C0

"other!sKame 5archar2 C0

-hild ame 5archar2 C0

6= Koustuv Institute of Self Domain, BBSR Under BPUT 2006!0


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ender 5archar2 6

)irthK*lace 5archar2 C0

TA"6E ;.':5(gricultureKdetails


Id Integer B

-rop 5archar2 =0

"onth 5archar2 C0

*rofit Integer C0

'ainfall 5archar2 C0

*lace 5archar2 6

#oil 5archar2 C0

emperature Integer B

TA"6E ;.';; (gricultureKAuery



Id Integer B

ame 5archar2 =0

ddress 5archar2 C0

EmailKid 5archar2 C0

Luestion 5archar2 C0


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In this module some advance options are implemented. he advance options are send

file, a$out, help file, sound, change password.

$I-4RE ;.(1; :low chart of pro8ect



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Testin) Tec#niue

esting plays a critical role in Auality assurance for software .&ue to the limitation of

the verification method for the previous phases, design and reAuirement fault also appear in the code.

esting is used to detect these errors, in edition to the error introduced during coding phase.esting is a dynamic method for verification and validation, where the system is to $e

tested is e9ecuted and $ehavior of the system is o$served. &ue to this testing the failure of the

system can $e o$served, from which the presence of fault can $e deduced.


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$I-4RE


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nother reason for system testing is its utility as a user oriented vehicle $efore

implementation. he $est program is worthless if it does not meet the user reAuirements.

/nfortunately, the user!s demands are often compromised $y efforts to facilitate program or design

efficiency in terms of processing time or design efficiency.

hus in this phase we went to test the code we wrote. 3e needed to now if the codecompiled with the design or notH 3hether the code gave the desired outputs on given inputsH

3hether it was ready to $e installed on the user!s computer or some more modifications were

neededH

hrough the we$ applications are characteristically different from there software

counterparts $ut the $asic approach for testing these we$ applications is Auite similar. hese $asic

steps of testing have $een piced from software engineering practices. he following are the steps,

we undertoo;

4. he content of the Intranet site is reviewed to uncover -ontent errors. -ontent Errors

covers the typographical errors, grammatical errors, errors in content consistency,

graphical representation and cross referencing errors

2. he design model of the we$ application is reviewed to uncover the navigation

errors. /se cases, derived as a part of the analysis activity allows a we$ designer to

e9ercise each usage scenario against the architectural and navigational design. In

essence these none9ecuta$le tests help to uncover the errors in navigation.

=. 3hen we$ applications are considered the concept of unit changes. Each we$ page

encapsulates content navigation lins, content and processing elements (:orms,

#cripts, #*!s as in our case. It is not always possi$le to test each of these

individually. hus is the $ase of the we$ applications the unit to $e considered is the

we$ page. /nlie the testing of the algorithmic details of a module the data that

flows across the module interface, page level testing for we$ applications is driven

$y content, processing and lins encapsulating the we$ page.

B. he ssem$led we$ application is tested for overall functionality and content

delivery. he various user cases are used that test the system for errors and mistaes.



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o $e a$le to determine the different program paths, the engineer needs a

representation of the logical flow of control. he control structure can $e illustrated $y a flow

graph. flow graph can $e used to represent any procedural design.

e9t a metric can $e used to determine the num$er of independent paths. It is called

cyclomatic comple9ity and it provides the num$er of test cases that have to $e designed. hisinsures coverage of all program statements.


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M5alidation "odel! maes it sure that, certain rules are followed at the time of

development of a software product and also maes it sure that the final product that is

developed fulfills the reAuired specifications decided at the $eginning of the pro8ect. his

reduces the ris associated with any software pro8ect up to certain level $y helping in

detection and correction of errors and mistaes, which are unnowingly done during thedevelopment process.

W#t is *idtion8

5alidation is a process of finding out if the product $eing $uilt is rightH

i.e. whatever the software product is $eing developed, it should do what the user e9pects it to

do. he software product should functionally do what it is supposed to, it should satisfy all

the functional reAuirements set $y the user. 5alidation is done during or at the end of the

development process in order to determine whether the product satisfies specified

reAuirements.

5alidation and 5erification processes go hand in hand, $ut visi$ly 5alidation

process starts after 5erification process ends (after coding of the product ends. Each

5erification activity (such as 'eAuirement #pecification 5erification, :unctional design

5erification etc. has its corresponding 5alidation activity (such as :unctional

5alidationFesting, -ode 5alidationFesting, #ystemFIntegration 5alidation etc..

ll types of testing methods are $asically carried out during the 5alidation

process. est plan, test suits and test cases are developed, which are used during the various

phases of 5alidation process.

he phases involved in 5alidation process are; -ode 5alidationFesting,

Integration 5alidationFIntegration esting, :unctional 5alidationF:unctional esting and

#ystemF/ser cceptance esting F5alidation

Ter%s used in *idtion process5

Code *idtion9Testin)5

&evelopers as well as testers do the code validation. /nit -ode 5alidation or

/nit esting is a type of testing, which the developers conduct in order to find out any $ug in

the code unitFmodule developed $y them.

-ode testing other than /nit esting can $e done $y testers or developers.



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Inte)rtion *idtion9Testin)5

Integration testing is carried out in order to find out if different (two or more

unitsFmodules coordinate properly. his test helps in finding out if there is any defect in the

interface $etween different modules.

$unction* *idtion9Testin)5his type of testing is carried out in order to find if the system meets the

functional reAuirements. In this type of testing, the system is validated for its functional

$ehavior. :unctional testing does not deal with internal coding of the pro8ect, in stead, it

checs if the system $ehaves as per the e9pectations.

4ser Acceptnce Testin) or ,ste% *idtion5

In this type of testing, the developed product is handed over to the userFpaid

testers in order to test it in real time scenario. he product is validated to find out if it wors

according to the system specifications and satisfies all the user reAuirements. s the userFpaid

testers use the software, it may happen that $ugs that are yet undiscovered, come up, which

are communicated to the developers to $e fi9ed. his helps in improvement of the final

product.


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entering date of

$irth

/ser su$mits the

$irth form without

selecting gender

"sg$o9please

select gender

"sg$o9please

select gender

pass

/ser su$mits the

$irth form with all

the fields.

"sg$o9data

saved

"sg$o9data

saved

pass

/ser selects death

form su$mits the

form without

entering name

"sg$o9please

enter name

"sg$o9please

enter name.

pass

he user su$mits

the form without

entering date of

death

"sg$o9please

enter date

"sg$o9please

enter date.

pass

/ser su$mits

death form

without entering

place of death and

cause

"sg$o9please

enter place of

death and cause

"sg$o9please

enter place of

death and cause

pass

/ser su$mits

death form

without entering

fathers name and

mothers name

"sg$o9please

enter fathers

name and

mothers name

"sg$o9please

enter fathers

name and

mothers name

pass

/ser goes to

agriculture form

and selects cereal

he data appears

on the screen

he data appears

on the screen

pass

/ser goes to

agriculture form

and selects pulses

he data appears

on the pulses

he data appears

on the pulses

pass

/ser goes to

agriculture form

and selects fi$er

he data appears

on the fi$er

crops

he data appears

on the fi$er

crops

pass



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crops

/ser goes to

agriculture form

and selects

$everage crops

he data appears

on the $everage

crops

he data appears

on the $everage

crops

pass

/ser now go to

#'> and

su$mits without

entering regd no

"sg$o9please

enter regd no

"sg$o9please

enter regd no

pass

/ser su$mits the

form without

entering the name

of gram panchayat

"sg$o9please

enter name of

gram panchayat

"sg$o9please

enter name of

gram panchayat

pass

/ser goes to Jo$

-ard section and

su$mits the form

without enteringthe 8o$ card no

"sg$o9please

enter 8o$ card no

"sg$o9please

enter 8o$ card no

pass

/ser su$mits the

form without

entering

hus$andFfather

name

"sg$o9please

enter

hus$andFfather

name

"sg$o9please

enter

hus$andFfather

name

pass

/ser su$mits the

treatment formwithout entering

the name.

"sg$o9please

enter name

"sg$o9please

enter name

pass



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/ser su$mits the

treatment form

without entering

the symptoms

"sg$o9please

enter symptoms

"sg$o9please

enter symptoms

pass

/ser su$mits the

treatment form

without entering

the age of patient

"sg$o9please

enter age of

patient

"sg$o9please

enter age of

patient

pass

CHAPTER=



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I%p*e%enttion P#se

he software is written in 5isual )asic 6.0 which runs on windows platform. #o the

software is implemented in windows platform. he software can run on 3indows D and all later

versions of 3indows operating system. he .e9e file i.e. the e9ecuta$le file of the software can run

without installing 5isual )asic in the system. he system must have audio drivers installed in it as

the software has audio assistance. he software reAuirements are minimum and are availa$le with all

the software specifications are availa$le with all the computers present today. he implementation of

the software is very simple and easy any person having $asic nowledge a$out computer can install

in and run it very easily. he software comes in a pacage. On installing the pacage the the

software is ready to use. It!s a complete graphical user interface so the person who is installing does

not face any pro$lem to install the pacage. he implementation accomplishes with the software

$eing installed on the I-lu$ village which is connected with the I-lu$ server. he software also

wors when the connection is not availa$le as the data gets stored in the local drive on unavaila$ility

of the internet.

CHAPTER1>



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Project Resource P*nnin)

Every pro8ect needs some resources. 'esources may $e a set of facilities or

eAuipments which are needed to accomplish a tas.

3e had to complete the pro8ect with some limited resources so we planned the

resources in an efficient manner to accomplish the tas in time. he main resources are time and

money. 3e tried to complete the pro8ect with the minimum possi$le cost. 3e managed our time

well to complete the pro8ect in the stipulated time. #ome details a$out the shown in the followingheads.

1>.1 Cost Esti%tion

Once a pro8ect is found to $e feasi$le, software pro8ect managers undertae pro8ect

planning. *ro8ect planning is undertaen and completed even $efore any development activity starts.

*ro8ect planning consists of the following essential activities;

Estimating some $asics attri$utes of the pro8ect.

#cheduling manpower and other resources.

#taff organi@ation and staffing plans.

'is identification, analysis and staffing plans.

"iscellaneous plans such as Auality assurance plan, configuration

management plans.



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$I-4RE 1>.15 -ost Estimation

TA"6E 1>.2; -ost Estimation a$le

-O""O&I> -O# *E' /I O O: /I# O+ -O#

-omputer 's BC000F 2 's D0000F*en drive 's 600F 2 's 4200F

Internet 's B00F(per month 2NDNB00 's 7200F

&ocument 's B00F 2 's 00F

:orm 's C00F 40 's C000F

#tationary 's C00F 4 's C00F

O+'s40B700F

1>.2 Ti%e C#rtime charts are a tool used during the weely planning process to help organi@e your

time around the ma8or result areas in your life. time chart is simply a weely view of your

schedule where you allocate time to activity @ones1 rather than specific pro8ects.

1>.2.1 PERT

It is otherwise nown as *rogramme Evaluation 'eview echniAue.


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methodology developed $y the /.#. avy in the 4DC0s to manage the *olaris su$marine

missile program.

*E' chart presents a graphic illustration of a pro8ect as a networ diagram

consisting of num$ered nodes (either circles or rectangles representing events, or milestones

in the pro8ect lined $y la$eled vectors (directional lines representing tass in the pro8ect.he direction of the arrows on the lines indicates the seAuence of tass. In the diagram, for

e9ample, the tass $etween nodes must $e completed in seAuence. hese are called

dependent or serial tass. he tass $etween nodes that not dependent on the completion of

one to start the other and can $e undertaen simultaneously. hese tass are called parallel or

concurrent tass. ass that must $e completed in seAuence $ut that don!t reAuire resources

or completion time are considered to have event dependency. hese are represented $y dotted

lines with arrows and are called dummy activities. :or e9ample, the dashed arrow lining

nodes indicates that the system files must $e converted $efore the user test can tae place, $ut

that the resources and time reAuired to prepare for the user test (writing the user manual

user training are on another path. um$ers on the opposite sides of the vectors indicate the

time allotted for the tas.



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$I-4RE 1>.'5*E' chart

E +argest preceding event time P activity duration+ #mallest succeeding event time duration

C Koustuv Institute of Self Domain, BBSR Under BPUT 2006!0


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1>.2.2 -A?TT

antt chart is a graphical representation of the duration of tass against the

progression of time. It is otherwise nown as ime chart. ou can immediately see what should have

$een achieved at a point in time.

antt charts allow you to see how remedial action may $ring the pro8ect

$ac on course.

antt chart is a matri9.

he antt chart is constructed with a hori@ontal a9is representing the total

time span of the pro8ect, $roen down into increments (days, wees or

months.

he antt chart is constructed with a vertical a9is representing the tass

that mae up the pro8ect.



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he antt chart is constructed with a graph area which contains hori@ontal

$ars for each tas connecting the period start and period ending sym$ols.

he antt chart also has variants such as;

"ilestones; important checpoints or interim goals for a pro8ect

'esources; :or team pro8ects, it often helps to have an additional column

containing num$ers or initials which identify who on the team is

responsi$le for the tas.

#tatus; the pro8ects progress, the chart is updated $y filling in the tas!s $ar to

a length proportional to the amount of wor that has $een finished.

)elow is the antt chart for this pro8ect, which shows the time line flow for

the pro8ect.

TA"6E 1>.(5antt chart

ctivities #eptem$er Octo$er

ovem$er

&ecem$er :e$ruary "arch pril

'eAuirementanalysis specification

&esign

-oding

esting

&ocumentation



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Conc*usion

11.1 ,u%%r

vision is not a pro8ect report or a plan target. It is an articulation of the desired

end results in $roader terms.1 his statement is $y the great scientist and e9*resident &r. . *. J.

$dul Qalam. -all it vision or imagination, or aspiration, or anything else, it is this faculty that most

differentiates us from other species and constantly drives the evolutionary progress of humanity.

5ision reAuires a su$tle $lend of humility and the courage to dare. :or a vision to $e reali@a$le, it

must $ring into view the untapped potentials and unutili@ed opportunities that await e9ploitation$oth domestically and internationally, as well as the pro$lems and challenges that impede our

progress. nd in $roader terms we want a clean environment for us to live our happily. oday, the

term information technology has $allooned to encompass many aspects of computing and

technology, and the term is more recogni@a$le than ever $efore. #o with the help of our software,

the rural people can $e made e9posed to various facilities. he point is 'ural &evelopment which

ultimately which leads to development of the nation. :or a visioning of $etter future and developed

India, the role of youth stands on top of the hill.

11.2 Prob*e%s Encountered nd ,o*ved

:irst the software had one common password for login and the I-lu$ instructor had

the responsi$ility to enter the data for all the villagers $ut then the pro$lem faced was privacy. ll

the entries were to $e made $y or under the privilege of the I-lu$ instructor. hen we sensed

a pro$lem of the privacy of the data entered $ecause more or less the I-lu$ instructor could eep

an eye on the data. #o we decided to provide a separate user id and password to all the users i.e. toall the villagers. his userid and password are provided to the user on successful registration.

s the software is made for the rural people so the system should $e very user

friendly $ecause the rural people are ignorant a$out computers. he system could not reach the

desired level of user friendliness with its functionalities only so we decided to mae the software

Koustuv Institute of Self Domain, BBSR Under BPUT 2006!0


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more user friendly and we added audio assistance to the system. he audio assistance guides the user

throughout the system. o implement this idea in a $etter manner and to mae it effective we added

audio tags in three different languages i.e. English,


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DC Koustuv Institute of Self Domain, BBSR Under BPUT 2006!0


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-ommand2.)ac-olor


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:or I 2000 o 2DDD -om$o2.ddItem (I e9t Else :or I 4 o =0 -om$oB.ddItem (I

e9t :or I 2000 o 2DDD -om$o2.ddItem (I e9tEnd IfIf -om$o4.e9t UV SS hen-om$oB.Ena$led rueEnd If-om$oB.e9t SSe9tC.e9t -om$oB.e9t P SFS P -om$o4.e9t P SFS P -om$o2.e9tEnd #u$

*rivate #u$ com$o2Kclic(-om$o4.e9t SS-om$oB.e9t SSIf -om$o2.e9t UV SS hen-om$o4.Ena$led rueEnd Ife9tC.e9t -om$oB.e9t P SFS P -om$o4.e9t P SFS P -om$o2.e9tEnd #u$*rivate #u$ -ommand4K-lic(&im str s #tring&im s #tring

&im ) s #tring&im - s #tring&im fso s ew :ile#ystemO$8ect&im ts s e9t#tream&im 'et#et ts fso.Opene9t:ile(Sc;T #O:3'E O '/'+ &E5E+O*"ET$irth details.t9tS'et et#tring(K-/''EK/#E', S #O:3'E O '/'+ &E5E+O*"ES,S#O/&SIf 'et S4S hen*lay#ound S-;T #O:3'E O '/'+ &E5E+O*"ETsoundTsummit.wavS, )y5al 0,#&K#>-End IfIf (e9t4.e9t UV SS nd e9t2.e9t UV SS nd e9t=.e9t UV SS nd e9tB.e9t UV SS nd-om$o4.e9t UV SS nd -om$o2.e9t UV SS nd -om$oB.e9t UV SS nd (-om$o=.e9t S"+ES Or -om$o=.e9t S:E"+ES hen e9tD.e9t +a$el4.-aption P SS P e9tC.e9t P S S P +a$el2.-aption P SS P e9t4.e9t P SS P +a$el=.-aption P SS P e9t2.e9t P S S P +a$elC.-aption P SS P e9tB.e9t P S S P+a$el6.-aption P SS P e9t6.e9t P S S P +a$elB.-aption P SS P e9t=.e9t P #pace(40 If Internet-hec-onnection(Shttp;FFwww.sonalisa$nam.infoFv$F$irth.htmlS,:+KI--K:O'-EK-OE-IO, 0 0 hen

D Koustuv Institute of Self Domain, BBSR Under BPUT 2006!0


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:or I 4 o +en(e9tD.e9t Rencode R 'ight(e9t4.e9t, (+en(e9t4.e9t 4 +eft(e9t4.e9t, 4 - 'ight(e9tD.e9t, 4 'ight(e9tD.e9t, (+en(e9tD.e9t 4 ) +eft(e9tD.e9t, I e9t40.e9t e9t40.e9t P -hr(sc() P =7

e9tD.e9t e9t I If ot ts.tEndOf#tream hen e9t7.e9t ts.'eadll P SNS P e9t40.e9t #et ts fso.-reatee9t:ile(Sc;T #O:3'E O '/'+ &E5E+O*"ET$irthdetails.t9tS ts.3rite e9t7.e9t ts.3rite &ate ts.3rite S S ts.3rite ime ts.3rite)lan+ines (4

ts.-lose "sg)o9 S& #5E&S, v$Information, S #O:3'E O '/'+&E5E+O*"ES :orm4.#how /nload "e End If Else 3e$)rowser4.&ocument.:orms(0.Elements(4.5alue -om$oB.e9t 3e$)rowser4.&ocument.:orms(0.Elements(2.5alue -om$o4.e9t 3e$)rowser4.&ocument.:orms(0.Elements(=.5alue -om$o2.e9t 3e$)rowser4.&ocument.:orms(0.Elements(B.5alue e9t4.e9t

3e$)rowser4.&ocument.:orms(0.Elements(C.5alue e9t2.e9t 3e$)rowser4.&ocument.:orms(0.Elements(6.5alue e9tB.e9t 3e$)rowser4.&ocument.:orms(0.Elements(7.5alue -om$o=.e9t 3e$)rowser4.&ocument.:orms(0.Elements(.5alue e9t=.e9t 3e$)rowser4.&ocument.:orms(0.Elements(D.-lic imer4.Ena$led rue End IfElse "sg)o9 S*+E#E :I++ ++ :IE+S, v$Information, S #O:3'E O '/'+&E5E+O*"ESEnd IfEnd #u$*rivate #u$ -ommand2K-lic(&im 'et'et et#tring(K-/''EK/#E', S #O:3'E O '/'+ &E5E+O*"ES,S#O/&SIf 'et S4S hen*lay#ound S-;T #O:3'E O '/'+ &E5E+O*"ETsoundT$ac.wavS, )y5al 0,#&K#>-End If

DD Koustuv Institute of Self Domain, BBSR Under BPUT 2006!0


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:orm4.#how/nload "eEnd #u$*rivate #u$ -ommand=K-lic(If (e9t4.e9t UV SS nd e9t2.e9t UV SS nd e9t=.e9t UV SS nd e9tB.e9t UV SS nd-om$o4.e9t UV SS nd -om$o2.e9t UV SS nd -om$oB.e9t UV SS nd (-om$o=.e9t

S"+ES Or -om$o=.e9t S:E"+ES hen"e.Ena$led :alsesp.#pea +a$el4.-aptionsp.#pea -om$o2.e9tsp.#pea -om$o4.e9tsp.#pea -om$oB.e9tsp.#pea +a$el2.-aptionsp.#pea e9t4.e9tsp.#pea +a$el=.-aptionsp.#pea e9t2.e9tsp.#pea +a$elC.-aption

sp.#pea e9tB.e9tsp.#pea +a$el6.-aptionsp.#pea -om$o=.e9tsp.#pea +a$elB.-aptionsp.#pea e9t=.e9t"e.Ena$led rueElse"sg)o9 Sfields cannot $e $lanS, v$Information, S #O:3'E O '/'+ &E5E+O*"ESEnd IfEnd #u$*rivate #u$ -ommandBK-lic(

-om$o2.e9t S2000S-om$o4.Ena$led rue-om$o4.e9t S:E)S-om$oB.Ena$led rue-om$oB.e9t S2Se9t4.e9t S"r.#.Q."ishraSe9t2.e9t S"rs.J."ishraSe9t=.e9t S8it "ishraSe9tB.e9t Schittaran8anS-om$o=.e9t S"+ESe9t=.e9t SQar -linic, unitI5S P v$ew+ine P S)hu$aneswarS P v$ew+ine P SOrissa7C404CS P v$ew+ine P SIndiaSEnd #u$*rivate #u$ :ormK+oad(&im I s Integer-om$o4.Ena$led :alse-om$oB.Ena$led :alse:or I 4 o =4-om$oB.ddItem (Ie9t



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:or I 2000 o 2DDD-om$o2.ddItem (Ie9tIf Internet-hec-onnection(Shttp;FFwww.sonalisa$nam.infoFv$F$irth.htmlS,:+KI--K:O'-EK-OE-IO, 0 UV 0 hen3e$)rowser4.avigate Shttp;FFwww.sonalisa$nam.infoFv$F$irth.htmlS

End IfEnd #u$*rivate #u$ -om$o=K-+I-Q(e9t6.e9t -om$o=.e9tEnd #u$*rivate #u$ imer4Kimer(If (3e$)rowser4.&ocument.$ody.inner


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*lay#ound S-;T #O:3'E O '/'+ &E5E+O*"ETsoundTsummit.wavS, )y5al 0,#&K#>-End IfIf (e9t4.e9t UV SS nd -om$o4.e9t UV SS nd -om$o2.e9t UV SS nd -om$o=.e9t UV SSnd -om$oB.e9t UV SS nd -om$oC.e9t UV SS nd -om$o6.e9t UV SS nd -om$o7.e9t UVSS nd e9t2.e9t UV SS nd e9t=.e9t UV SS hen

e9tB.e9t +a$el4.-aption P SS P e9t4.e9t P S S P +a$el2.-aption P SS P -om$o4.e9t PS S P +a$el=.-aption P SS P -om$o2.e9t P S S P +a$elB.-aption P SS P -om$o=.e9t P S S P+a$elC.-aption P SS P -om$oB.e9t P S S P +a$el6.-aption P SS P -om$oC.e9t P+a$el7.-aption P SS P -om$o6.e9t P +a$el.-aption P SS P -om$o7.e9t P +a$elD.-aption PSS P e9t2.e9t P +a$el40.-aption P SS P e9t=.e9t P #pace(40If Internet-hec-onnection(Shttp;FFwww.sonalisa$nam.infoFv$Fsgryv$.htmlS,:+KI--K:O'-EK-OE-IO, 0 0 hen :or I 4 o +en(e9tB.e9t Rencode R 'ight(e9t4.e9t, (+en(e9t4.e9t 4 +eft(e9t4.e9t, 4 - 'ight(e9tB.e9t, 4 'ight(e9tB.e9t, (+en(e9tB.e9t 4

) +eft(e9tB.e9t, I e9tC.e9t e9tC.e9t P -hr(sc() P =7 e9tB.e9t e9t I If ot ts.tEndOf#tream hen e9t6.e9t ts.'eadll P SNS P e9tC.e9t #et ts fso.-reatee9t:ile(Sc;T #O:3'E O '/'+ &E5E+O*"ETsgry.t9tS ts.3rite e9t6.e9t ts.3rite &ate ts.3rite S S ts.3rite ime

ts.3rite)lan+ines (4 ts.-lose "sg)o9 S& 'E #5E&S, v$Information, S #O:3'E O '/'+&E5E+O*"ES :orm4.#how /nload "e End If Else 3e$)rowser4.&ocument.:orms(0.Elements(0.5alue e9t4.e9t 3e$)rowser4.&ocument.:orms(0.Elements(4.5alue -om$o4.e9t 3e$)rowser4.&ocument.:orms(0.Elements(2.5alue -om$o2.e9t 3e$)rowser4.&ocument.:orms(0.Elements(=.5alue -om$o=.e9t 3e$)rowser4.&ocument.:orms(0.Elements(B.5alue -om$oB.e9t 3e$)rowser4.&ocument.:orms(0.Elements(C.5alue -om$oC.e9t 3e$)rowser4.&ocument.:orms(0.Elements(6.5alue -om$o6.e9t 3e$)rowser4.&ocument.:orms(0.Elements(7.5alue -om$o7.e9t 3e$)rowser4.&ocument.:orms(0.Elements(.5alue e9t2.e9t 3e$)rowser4.&ocument.:orms(0.Elements(D.5alue e9t=.e9t 3e$)rowser4.&ocument.:orms(0.Elements(40.-lic imer4.Ena$led rue



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End IfElse "sg)o9 S*+E#E :I++ ++ :IE+S, v$Information, S #O:3'E O '/'+&E5E+O*"ESEnd IfEnd #u$

*rivate #u$ -ommand=K-lic(If (e9t4.e9t UV SS nd -om$o4.e9t UV SS nd -om$o2.e9t UV SS nd -om$o=.e9t UV SSnd -om$oB.e9t UV SS nd -om$oC.e9t UV SS nd -om$o6.e9t UV SS nd -om$o7.e9t UVSS nd e9t2.e9t UV SS nd e9t=.e9t UV SS hen"e.Ena$led :alsesp.#pea +a$el4.-aptionsp.#pea e9t4.e9tsp.#pea +a$el2.-aptionsp.#pea -om$o4.e9tsp.#pea +a$el=.-aptionsp.#pea -om$o2.e9t

sp.#pea +a$elB.-aptionsp.#pea -om$o=.e9tsp.#pea +a$elC.-aptionsp.#pea -om$oB.e9tsp.#pea +a$el6.-aptionsp.#pea -om$oC.e9tsp.#pea +a$el7.-aptionsp.#pea -om$o6.e9tsp.#pea +a$el.-aptionsp.#pea -om$o7.e9tsp.#pea +a$elD.-aption

sp.#pea e9t2.e9tsp.#pea +a$el40.-aptionsp.#pea e9t=.e9t"e.Ena$led rueElse"sg)o9 Sfields cannot $e $lanS, v$Information, S #O:3'E O '/'+ &E5E+O*"ESEnd IfEnd #u$*rivate #u$ :ormK+oad(If Internet-hec-onnection(Shttp;FFwww.sonalisa$nam.infoFv$Fsgryv$.htmlS,:+KI--K:O'-EK-OE-IO, 0 UV 0 hen3e$)rowser4.avigate Shttp;FFwww.sonalisa$nam.infoFv$Fsgryv$.htmlSEnd IfEnd #u$*rivate #u$ imer4Kimer(If (3e$)rowser4.&ocument.$ody.inner


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:orm4.#howEnd IfEnd #u$*rivate #u$ imer2Kimer(+a$el44.:ore-olor ')('nd N 2CC, 'nd N 2CC, 'nd N 2CCEnd #u$

FNtreatment formNF*rivate #u$ -ommand4K-lic(&im 'et'et et#tring(K-/''EK/#E', S #O:3'E O '/'+ &E5E+O*"ES,S#O/&SIf 'et S4S hen*lay#ound S-;T #O:3'E O '/'+ &E5E+O*"ETsoundTany other Auery.wavS, )y5al0, #&K#>-End IfIf 'et S=S hen*lay#ound S-;T #O:3'E O '/'+ &E5E+O*"ETsoundT42any other Auery.wavS,

)y5al 0, #&K#>-End If:orm7.#how/nload "eEnd #u$*rivate #u$ -ommand=K-lic(&im 'et'et et#tring(K-/''EK/#E', S #O:3'E O '/'+ &E5E+O*"ES,S#O/&SIf 'et S4S hen*lay#ound S-;T #O:3'E O '/'+ &E5E+O*"ETsoundT$ac.wavS, )y5al 0,

#&K#>-End If:orm4.#how/nload "eEnd #u$*rivate #u$ :ormK+oad(Option4.5alue rueEnd #u$*rivate #u$ Option4K-lic(dodc4.5isi$le ruedodc2.5isi$le :alsedodc=.5isi$le :alsedodcB.5isi$le :alsedodcC.5isi$le :alsee9t4.5isi$le ruee9t2.5isi$le ruee9t=.5isi$le ruee9tB.5isi$le ruee9tC.5isi$le ruee9t6.5isi$le rue



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e9t7.5isi$le ruee9t.5isi$le :alsee9tD.5isi$le :alsee9t40.5isi$le :alsee9t44.5isi$le :alsee9t42.5isi$le :alse

e9t4=.5isi$le :alsee9t4B.5isi$le :alsee9t4C.5isi$le :alsee9t46.5isi$le :alsee9t47.5isi$le :alsee9t4.5isi$le :alsee9t4D.5isi$le :alsee9t20.5isi$le :alsee9t24.5isi$le :alsee9t22.5isi$le :alsee9t2=.5isi$le :alse

e9t2B.5isi$le :alsee9t2C.5isi$le :alsee9t26.5isi$le :alsee9t27.5isi$le :alsee9t2.5isi$le :alsee9t2D.5isi$le :alsee9t=0.5isi$le :alsee9t=4.5isi$le :alsee9t=2.5isi$le :alsee9t==.5isi$le :alsee9t=B.5isi$le :alse

e9t=C.5isi$le :alseEnd #u$*rivate #u$ Option2K-lic(dodc2.5isi$le ruedodc4.5isi$le :alsedodc=.5isi$le :alsedodcB.5isi$le :alsedodcC.5isi$le :alsee9t4.5isi$le :alsee9t2.5isi$le :alsee9t=.5isi$le :alsee9tB.5isi$le :alsee9tC.5isi$le :alsee9t6.5isi$le :alsee9t7.5isi$le :alsee9t.5isi$le ruee9tD.5isi$le ruee9t40.5isi$le ruee9t44.5isi$le ruee9t42.5isi$le rue



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RURAL RIDER

e9t4=.5isi$le ruee9t4B.5isi$le ruee9t4C.5isi$le :alsee9t46.5isi$le :alsee9t47.5isi$le :alsee9t4.5isi$le :alse

e9t4D.5isi$le :alsee9t20.5isi$le :alsee9t24.5isi$le :alsee9t22.5isi$le :alsee9t2=.5isi$le :alsee9t2B.5isi$le :alsee9t2C.5isi$le :alsee9t26.5isi$le :alsee9t27.5isi$le :alsee9t2.5isi$le :alsee9t2D.5isi$le :alse

e9t=0.5isi$le :alsee9t=4.5isi$le :alsee9t=2.5isi$le :alsee9t==.5isi$le :alsee9t=B.5isi$le :alsee9t=C.5isi$le :alseEnd #u$*rivate #u$ Option=K-lic(dodc4.5isi$le :alsedodc2.5isi$le :alsedodc=.5isi$le rue

dodcB.5isi$le :alsedodcC.5isi$le :alsee9t4.5isi$le :alsee9t2.5isi$le :alsee9t=.5isi$le :alsee9tB.5isi$le :alsee9tC.5isi$le :alsee9t6.5isi$le :alsee9t7.5isi$le :alsee9t.5isi$le :alsee9tD.5isi$le :alsee9t40.5isi$le :alsee9t44.5isi$le :alsee9t42.5isi$le :alsee9t4=.5isi$le :alsee9t4B.5isi$le :alsee9t4C.5isi$le ruee9t46.5isi$le ruee9t47.5isi$le ruee9t4.5isi$le rue



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e9t4D.5isi$le ruee9t20.5isi$le ruee9t24.5isi$le ruee9t22.5isi$le :alsee9t2=.5isi$le :alsee9t2B.5isi$le :alse

e9t2C.5isi$le :alsee9t26.5isi$le :alsee9t27.5isi$le :alsee9t2.5isi$le :alsee9t2D.5isi$le :alsee9t=0.5isi$le :alsee9t=4.5isi$le :alsee9t=2.5isi$le :alsee9t==.5isi$le :alsee9t=B.5isi$le :alsee9t=C.5isi$le :alse

End #u$*rivate #u$ OptionBK-lic(dodc4.5isi$le :alsedodc2.5isi$le :alsedodc=.5isi$le :+#EdodcB.5isi$le ruedodcC.5isi$le :alsee9t4.5isi$le :alsee9t2.5isi$le :alsee9t=.5isi$le :alsee9tB.5isi$le :alse

e9tC.5isi$le :alsee9t6.5isi$le :alsee9t7.5isi$le :alsee9t.5isi$le :alsee9tD.5isi$le :alsee9t40.5isi$le :alsee9t44.5isi$le :alsee9t42.5isi$le :alsee9t4=.5isi$le :alsee9t4B.5isi$le :alsee9t4C.5isi$le :alsee9t46.5isi$le :alsee9t47.5isi$le :alsee9t4.5isi$le :alsee9t4D.5isi$le :alsee9t20.5isi$le :alsee9t24.5isi$le :alsee9t22.5isi$le ruee9t2=.5isi$le ruee9t2B.5isi$le rue



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e9t2C.5isi$le ruee9t26.5isi$le ruee9t27.5isi$le ruee9t2.5isi$le ruee9t2D.5isi$le :alsee9t=0.5isi$le :alse

e9t=4.5isi$le :alsee9t=2.5isi$le :alsee9t==.5isi$le :alsee9t=B.5isi$le :alsee9t=C.5isi$le :alseEnd #u$*rivate #u$ OptionCK-lic(dodc4.5isi$le :alsedodc2.5isi$le :alsedodc=.5isi$le :alsedodcB.5isi$le :alse

dodcC.5isi$le ruee9t4.5isi$le :alsee9t2.5isi$le :alsee9t=.5isi$le :alsee9tB.5isi$le :alsee9tC.5isi$le :alsee9t6.5isi$le :alsee9t7.5isi$le :alsee9t.5isi$le :alsee9tD.5isi$le :alsee9t40.5isi$le :alse

e9t44.5isi$le :alsee9t42.5isi$le :alsee9t4=.5isi$le :alsee9t4B.5isi$le :alsee9t4C.5isi$le :alsee9t46.5isi$le :alsee9t47.5isi$le :alsee9t4.5isi$le :alsee9t4D.5isi$le :alsee9t20.5isi$le :alsee9t24.5isi$le :alsee9t22.5isi$le :alsee9t2=.5isi$le :alsee9t2B.5isi$le :alsee9t2C.5isi$le :alsee9t26.5isi$le :alsee9t27.5isi$le :alsee9t2.5isi$le :alsee9t2D.5isi$le ruee9t=0.5isi$le rue



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e9t=4.5isi$le ruee9t=2.5isi$le ruee9t==.5isi$le ruee9t=B.5isi$le ruee9t=C.5isi$le rueEnd #u$

*u$lic &eclare :unction *lay#ound +i$ Swinmm.dllS lias S*lay#oundS ()y5al lps@ame s#tring, )y5al h"odule s +ong, )y5al dw:lags s +ong s +ong*u$lic -onst #&K#>- *EK*'E-O:I 0 R use registry configuration*u$lic -onst IE'EKO*EK>*EK&I'E- 4 R direct to net*u$lic -onst IE'EKO*EK>*EK*'OG> = R via named pro9y*u$lic -onst IE'EKO*EK>*EK*'E-O:IK3I


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dw:ilettri$utes s +ongft-reationime s :I+EI"Eft+astccessime s :I+EI"Eft+ast3riteime s :I+EI"En:ile#i@e


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*u$lic &eclare :unction Internet:inde9t:ile +i$ Swininet.dllS lias SInternet:inde9t:ileS()y5al h:ind s +ong, lpv:ind&ata s 3I=2K:I&K& s +ong*u$lic &eclare :unction et+astError +i$ Sernel=2S ( s +ong*u$lic :unction 'egLuery#tring5alue()y5al hQey s +ong, )y5al str5alueame s #tring s#tring &im l'esult s +ong, l5alueype s +ong, str)uf s #tring, l&ata)uf#i@e s +ong

Rretrieve nformation a$out the ey l'esult 'egLuery5alueE9(hQey, str5alueame, 0, l5alueype, )y5al 0, l&ata)uf#i@e If l'esult 0 hen If l5alueype 'EK#W hen R-reate a $uffer str)uf #tring(l&ata)uf#i@e, -hrX(0 Rretrieve the eyRs content l'esult 'egLuery5alueE9(hQey, str5alueame, 0, 0, )y5al str)uf, l&ata)uf#i@e If l'esult 0 hen R'emove the unnecessary chrX(0Rs 'egLuery#tring5alue +eftX(str)uf, In#tr(4, str)uf, -hrX(0 4

End If ElseIf l5alueype 'EK)I'> hen &im str&ata s Integer Rretrieve the eyRs value l'esult 'egLuery5alueE9(hQey, str5alueame, 0, 0, str&ata, l&ata)uf#i@e If l'esult 0 hen 'egLuery#tring5alue str&ata End If End If End IfEnd :unction

*u$lic :unction et#tring(hQey s +ong, str*ath s #tring, str5alue s #tring &im 'et ROpen the ey 'egOpenQey hQey, str*ath, 'et Ret the eyRs content et#tring 'egLuery#tring5alue('et, str5alue R-lose the ey 'eg-loseQey 'etEnd :unction*u$lic #u$ #ave#tring(hQey s +ong, str*ath s #tring, str5alue s #tring, str&ata s #tring &im 'et R-reate a new ey 'eg-reateQey hQey, str*ath, 'et R#ave a string to the ey 'eg#et5alueE9 'et, str5alue, 0, 'EK#W, )y5al str&ata, +en(str&ata Rclose the ey 'eg-loseQey 'etEnd #u$*u$lic #u$ #ave#tring+ong(hQey s +ong, str*ath s #tring, str5alue s #tring, str&ata s #tring &im 'et



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On our way of code review we met with the form validation pro$lem. hen we found

out the solution to the pro$lem and fi9ed it right there. ow no form of the software can $e

su$mitted without proper data filled in it. he necessary fields can not $e left $lan. 3e also came

across several small things which we had neglected while developing. )ut these small things can

mae $ig differences so we found out all and fi9ed all the possi$le flaws which we discovered in thecode review process.



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"I"6IO-RAPH

Web Resources http;FFwww.visual$asic$oos.comFcourses.html

http;FFvisual$asic.freetutes.comF

http;FFwww.w=schools.comF

http;FFwww.v$6.usF

http;FFwww.profsr.comFv$Fv$intro.htm

http;FFwww.hitmill.comFprogrammingFv$F$eginner.html

http;[email protected]$scriptutorialF

http;FFtechnet.microsoft.comFenusFscriptcenterFdd7D=642.asp9

http;FFindia.gov.inFsectorsFruralFnationalKrural.php

http;FFwww.indiaenvironmentportal.org.inFta9onomyFtermF=C=D

http;FFprofile.iiita.ac.inFssinghK02Flearnv$.pdf

http;FFwww.aspfree.comFcFaF5).EF-allinga3e$#erviceusing5)6 with#O*=0F

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Informatics *ractices $y #umita rora &hanpat 'ai pu$lished $y -O *u$lisher.

)eginning 5isual )asic 6 $y *eter 3right pu$lished $y 3ro9 *ress

5isual )asic 6 from the ground up $y ary -ornell pu$lished $y "craw


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Appendices

,ste% ,tud may $e defined as a study of the operations of a set of connected elements and

of the interconnections $etween these elements1.

,ste% Approc# shows a set of procedure for solving a particular pro$lem.

,ste% An*sis is a management techniAue which helps us in designing a new system ofimproving an e9ecuting system.

A fesibi*it stud is carried out to select the $est system that meets performance reAuirements.

Tec#nic* fesibi*it is connected with specifying eAuipment and software that will successfully

satisfy the use reAuirement.

Opertion* fesibi*it is carried out $y small group of people who are familiar with

information system techniAues, who understand the parts of the $usiness that are relevant to the

pro8ect and are silled in system analysis and design process.

Econo%ic fesibi*it used for valuating the effectiveness of a proposed system.

,ste% desi)n process is an e9ercise of specifying how1 the system will wor.

Input desi)n57 Once the output reAuirements have $een finali@ed, the ne9t step is to find out

what data need to $e made availa$le to the system to produce the desired outputs.

Output desi)n5 he starting point of the design process is the proper nowledge of system

reAuirements which will normally $e converted in terms of output.

,ste% specifictions5 he result of the system design process is a document nown as

system specification1. #ystem specifications should include all the details necessary to

implement the system and to understand the whole woring of the system.

Prototpe desi)n5 *rototype is a woring system that is developed to test ideas and assumption

a$out the new system.



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$or%5 *eople read from forms, write on forms and spend many hours in handling forms

filling forms. he data the forms carry come from people and the informational output of the

informational output of the system goes to people. #o the form is tool with a message.

$i*e5 :ile is a collection of related records.

Dtbse5 &ata$ase is nothing $ut organi@ed collection of related data file or information. It

contains the necessary data for pro$lem solving and can $e used for several users who are

accessing data concurrently.

Testin)5 #ystem testing is Auite e9pensive and timeconsuming process. he common view of

testing held $y users is that it is perform to proved that program is error free.

erifiction5 +ie testing, verification is also intended to find errors. It is performed $y

e9ecuting a program in a simulated environment.

*idtion5 5alidation refers t the process of using software in a live environment to finderrors.

,ste% Docu%enttion5 ll design and test documentation should $e well prepared and ept

in the li$rary for future reference. he central location for maintenance of the new system.

!intennce57 "aintenance covers a wide range of activities including correcting coding and

design errors, updating documentation and test data and upgrading user support. "aintenance

means restoring something to its original position.

I%p*e%enttion57 crucial phase in the system life cycle is the successful implementation of

the new system design. Implementation includes all those activities that tae place to convert

from the old system to the new one.

Docu%enttion5 *reparation of documentation is Auite important as it depicts what the system

is supposed to $e and how it should performs its functions. It illustrates $oth technically and

economically how system would $etter serve the o$8ectives and goals of the company.

Dt $*o3 Di)r% /D$D05 data flow diagram is graphical representation that depicts

information flow and the transforms that are applied as data move from input to output.

E7R Di)r%57 he E' data model is $ased on a perception of a real world that consists of a

set of o$8ects called entities and of relationships among these o$8ects.

-ntt C#rt5 antt chart is a graphical representation of the duration of tass against the

progression of time.



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PRO-RA! 6I,TI?-,

A P)e ?o.griculture form B, ==

udio 6

dvance option ==

ppendices 44C

"

)elow poverty line 4

)irth form =, =B

)ac end 7

)asis *ath testing 72

)lac $o9 testing 7=

)i$liography 44B

C

-ommunica$le =

-ereals =

-ash crops =

-*/ 6

-lass &iagram 20

-onte9t level diagram 2C

-ode validation 7B



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-ost estimation 4

-onclusion 7

-oding D

-ode Optimi@ation 444

-ode 'eview 442

D

&eveloping 2

&eveloped 2

&eath form =, =2

&isease =

&ata$ase 7E

Economic :easi$ility D

E' &iagram 44C

$

:irstaid =

:i$er crops B

:easi$ility report 40:ertili@er B

:ront end 7

:easi$ility study 7

:ile design 24

:ile structure specification 64

:unctional validation 7C

-

antt chart C

H


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I

I-lu$ 2, =2

Input design 24

I-lu$ Instructor =2

Internet form =C

Integration validation 7C

Implementation phase 0

!

"ission 2

"odule functional specification B=

"odular diagram BB

"odule operational specification 6B?

otation 2B

O

Overview =

Oil seeds =

Operating #ystem 7

Operational :easi$ility DOutput design 24

P

*ulses B

*ro8ect -ategory C

*rototype "odel 44

*ro8ect resource planning 4

*E' 2

R

'" 6

'eAuirements &etermination 42

'eAuirements #pecification 42



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,

#ymptoms =

#'> B, =B

#'# 6

#creen &isplay 6

#oftware #pecification 7

#oftware "odel 40

#&+- 44

#ystem design 42

#ystem Evolution 42

#ystem "odification 42

#ystem design overview 2=

#ystem data flow diagram 2=

#ystem structure chart =4

#ystem &ata &ictionary ==

#ystem internal data structure =C

#ystem data$ase 64

#ystem verification 7C

#ystem study 44C

#ystem approach 44C

#ystem analysis 44C

T

reatment form =, =B

echnical :easi$ility

ime chart 4

esting echniAue 67

esting #trategy 72

4

/ser Interface design 4=

/ser Input *review 4B

/ser Output *review 4D

/ser Interface #pecification 24



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/se case diagram 22

/ser Input #pecification BC

/ser Output #pecification C7

/ser acceptance testing 7C

5alidation testing 7=

5erification 446

W

3e$ 'esources 44B

Revised Document

Documents

Transcript of Revised Document