Apna life insurance.doc

7/26/2019 Apna life insurance.doc

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TABLE OF CONTENTS

1. Abstract

2. Introduction

2.1 Organization Profile

2.2 About the project

3. System Analysis

3.1 !isting system

3.2 Problem "efinition

3.3 Proposed System

3.# $e%uirement Analysis

3.& 'easibility study

#. System "esign

#.1 Project (odules

#.2 "ata "ictionary

#.3 "ata 'lo) "iagrams

#.# *$ "iagrams

4.5 UML Diagrams 4.6 Activity diagrams

#.+ ,ard)are And Soft)are $e%uirements

&. System -esting

. Soft)are -ools /sed

+ -echnical 0otes

+.1 Introduction -o $eal*time programming

+.2 Introduction to OOPS and indo)s

+.3 Introduction to aa

4. Screens5. 6onclusion

17. 8ibliography


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1. Abstract

Apna life insurance system automates the management of Apna life

insurance actiities9 )hich inoles "efining Policies9 Schemes9 Policy

Specifications9 Policy -erms and 6onditions9 Policies registrations by the

customers9 'acilitates the Premiums 'le!i*Pay modes9 Policy 8onus in 'le!ible

periods.

-he Agents are inoled in the process of the 6ustomer Policy registration

and the 6ommissions are based on the targets achieed by the Agents.

Apna life insurance System also maintains the database of the 8ranch

(anagers )ho deals )ith the Agents )hich in turn deals )ith the 6ustomers.


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2. INTRODUCTION

2.1 ABOUT THE ORGANIZATION


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2.2 About the project

-he main theme of this project is automation of the Apna life insurance

System and processes the all actiities through on line. ,ere the main adantage

of this system is to access this database globally for authorized users.

-he customers pay their payment at any branch and also :no)

their details at any branch. ,ere dynamically generated the reports li:e premium

payments details9 bonus details9 due details.

-he main adantages of this system are to reduce the time and

also manpo)er. -hese t)o factors are ery important to improe any

organization. -his system mainly concentration on these factors.

-he main actors of this system are;

6hairman

(anager

6ustomer

Agent.

-he Second chapter e!plains the e!act "efinition of the Problem and

eoles out )ith the 'easibility Study of the product interface design?.


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@o) leel design =Pseudo code > detail description of functions?.

-he 'ifth chapter fully deals about -esting and Implementation of the

)hole project.

-he Si!th chapter deals the 6onclusion and 'oreseeable nhancements

of the system.

-he Seenth chapter deals about the 8ibliography of this Project.

-he ight chapter is the final one )hich deals about the language

used9 tools used9 Screen layouts and $eports

Report

6ustomer Premiums "etails

6ustomer 8onus

6ustomer Premiums "ates

6ustomer Policy details

6ustomer Personal details

Policy "etails

6ustomer Premiums Payments

3. SYSTEM ANALYSIS

!.1 E"#t#$% &te'

8efore deeloping this application all actiities done manually9 then all the

actiities ta:e more time and also ta:e more manpo)er. 6ommission9 interests9

dues calculate manually9 based on this manual problem some times calculate the)rong

All related information passed one branch to another branch through

courier. Some times missed the important documents. So these problems

oercome )hen )e )ill deelop the system. -his system is ery helpful to


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automation of entire Apna life insurance system and also reduces the time and

manpo)er.

Uer o( the &te')

-he users of the system are company chairman9 8ranch (anagers9

6ustomer9 Agents. -his system is designed such a )ay that the users can easily

interact )ith the system )ith minimum :no)ledge.

!.2 *ROBLE+ DEFINITION AND FEASIBILIT, ANAL,SIS

De(#$#t#o$ o( the prob-e'

-o create or deelop a ne) system first )e hae to study the prior

system9 Analysis difficult problems faced by the operator of that system. System

Analysis therefore understands such problems and proposes a ne) system in

)hich the aboe problems are rectified.

!.! *ropoe S&te'

Oper/t#o$/- Fe/#b#-#t&

In this test9 the operational scope of the system is chec:ed. -he system

under consideration should hae enough operational reach. It is obsered that

the proposed system is ery user friendly and since the system is built )ith

enough help9 een persons )ith little :no)ledge of )indo)s can find the system

ery easy.

Tech$#c/- Fe/#b#-#t&

-his test includes a study of function9 performance and constraints that

may affect the ability to achiee an acceptable system. -his test begins )ith an


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assessment of the technical iability of the proposed system. One of the main

fusers to be accessed is the need of arious :inds of resources for the

successful implementation for the proposed system.

Eco$o'#c/- Fe/#b#-#t&

An ealuation of deelopment cost )eighed against the ultimate income or

benefit deried from the deelopment of the proposed system is made. 6are

must be ta:en that incurred in the deelopment of the proposed of the system

should not e!ceed from the system. -he income can be in terms of money or

good)ill9 since the soft)are brings in both9 the system is highly iable.

3.4 Requirement Analysis

H/r0/re /$ So(t0/re Spec#(#c/t#o$

-he deelopment of this project deals )ith the follo)ing enironment

,ard)are re%uirements

Soft)are re%uirements

H/r0/re Reu#re'e$t;

-he selection of hard)are is ery important in the e!istence and proper

)or:ing of any soft)are. In the selection of hard)are9 the size and the capacity

re%uirements are also important.

-he eb 8ased (anufacturing System can be efficiently run on Pentium

system )ith at least 124 (8 $A( and ,ard dis: drie haing 27 8. 'loppy dis:

drie of 1.## (8 and 1# inch Samsung color monitor suits the information

system operation.=A Printer is re%uired for hard copy output?. Pentium processor ******** 233 (,B or aboe

$A( 6apacity ******** 2&(8

,ard "is: ******** 278

'loppy dis: ******** 1.## (8


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6"*$O( "rie ******** 32 ,B

So(t0/re Reu#re'e$t)

One of the most difficult tas:s is that9 the selection of the soft)are9 once

system re%uirement is :no)n is determining )hether a particular soft)are

pac:age fits the re%uirements. After initial selection further security is needed to

determine the desirability of particular soft)are compared )ith other candidates.

-his section first summarizes the application re%uirement %uestion and then

suggests more detailed comparisons.

Operating System ** indo)s 54


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-he entire system is diided into # modules

1. 6hairman

2. (anager

3. Agent

#. 6ustomer

1. 6hairman

-he 6hairman is the Super /ser of the System. -he 6hairman is

responsible for the defining the Policies9 Policies -erms and conditions9 Policies

Amounts9 'ace Amounts9 stablishing the different branches9 $egistration of the

8ranch (anagers.

-he Policies "efinition includes the Policy Interest $ates9 Policy 8onus

$ates9 Policy 8onus Period 9 Policy -erm.

-he 6hairman also defines the Policy 6ommission $ates for the Agents

)ho inoles in the 6ustomer Policy $egistration Process.

-he 6hairman is responsible for the "efines Policies and Schemes

8ranch stablishments

$ecruits 8ranch (anagers

"efines the Policy -erms and 6onditions

"efines the Policy Specifications

$eports;

Policy "etails 8ranch (anager details

Agents "etails

6ustomer details

2. (anager


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-he (anagers of the different branches recruits the Agents and also

registration of customers. ,e is also responsible for registration of Policies9

calculate the premium amounts9 interests9 dues9 bonus and also agent

6ommission. 8onus calculate based on the payment of premiums. -he (anager

also responsible for calculate the Agent 6ommission based on Agent

performance.

-he (anager is responsible for the

(anages the Agents

6ustomer $egistrations

6ustomer Policy $egistrations

6ustomer Premium Payments

6ustomer 8onus

Agent 6ommission

$eports

Policy details

Agent 6ommission

6ustomer "etails

Policy "etails

3. Agents

-he main role of Agents is to registration of the

6ustomers. Agents just li:e a mediator bet)een Apna life insurance system and

6ustomers. 8ased on their performance they )ill get commission. -hese

systems proide a facility to Agents li:e to isible their 6ommission and also their

customer details.


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-he responsibilities of the Agents as follo)s

Inoles in the 6ustomer Policy $egistration Process

Agent Personal "etails

(anager "etails

#. 6ustomer

-he 6ustomers are a main source of this system. 8ased on his

interest and benefits9 he ta:es a policy. 6ustomers also ta:e more than

one policy based on their re%uirement. ,ere so many facilities are

proided to the 6ustomers9 li:e their information isible on line9 li:e

premium dates9 bonus dates9 personal details9 policy details.

-he responsibilities of the 6ustomers as follo)s

6ustomer Premium "ates

6ustomer 8onus "ates

6ustomer Personal "etails

6ustomer Policies "etails

De#%$ Decr#pt#o$

"esign is essentially a blue print or it acts as a bridge bet)een the

re%uirement specification and the final solution for satisfying the re%uirements.

8ased on the )or:*flo) described aboe )e can dra) the follo)ing

conclusions for the Soft)are System that has to be deeloped;

-he System needs to be a )eb*based system so that it allo)s the 6hairman9

8ranch (anagers9 Agents9 and 6ustomers to access the company database

oer the Internet.

8eing a )eb*based system also enables the 6ompany staff to communicate

)ith other users.


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An added adantage is chairman communicate )ith other employees oer

the net since there could be instant responses from the Suppliers.

-he )hole process depends on communications bet)een 6hairman > the

(anager9 and bet)een 6ustomers > the Agents. If all these communications

are done through a )eb*based system9 then the time period for the )hole

process can be considerably brought do)n.

-he System needs to store the 6ompany details.

-he System needs to store the details of all the Premiums that are aailable

of the company.

-he System needs to store the details of all the 6ustomers held in the

6ompany )arehouse.

-he System needs to store the details of all the Agents held in the 6ompany.

-he System needs to store the details of all the 8ranch (anagers details.

Since it is a )eb*based system9 a @ogin authorization should be proided so

that 6hairman9 (anagers9 6ustomers and Agents )ill be able to loo:up > use

options that are specific to them.

-he System should allo) the Agents to enter their Statistics.

-he System should allo) the 6ustomers to isible their ne!t premium dates9

bonus9 dues and related information.

-he System should proide an option to generate a 6ustomers $eport and

estimated of company business.

-he System should proide an option to generate a Agents $eports9 )ith the

help of these reports estimate of their performance

'or the aboe to ta:e place the system should store the Premium details of

the 6ustomers. If any future modification re%uired9 easily modify the

6ustomers details.

-he System should proide an option that all customers are isible to latest

Policies and their specifications. -his facility is ery help to 6ustomers to see

the all information through on line.


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3.1 H#%h -e4e- e#%$

1. Login0ame 0ullC -ype ***************************************** ******** ****************************/S$I" 0O- 0/@@ 0/(8$=11?PASSO$" DA$6,A$2=22?-EP DA$6,A$2=22?

2. Policies0ame 0ullC -ype ***************************************** ******** ****************************PO@I6EI" 0O- 0/@@ 0/(8$=&?PO@I6E0A( DA$6,A$2=&&?PO@I6E-$( 0/(8$=2?PO@I6EA(O/0- 0/(8$=1&93?PO@I6E'A6A(O/0- 0/(8$=1?PO@I6EI0-$S- 0/(8$=2?PO@I6E"A- "A-8O0/SP$IO" 0/(8$=2?


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8O0/S$A- 0/(8$=2?

3. Agents

0ame 0ullC -ype ***************************************** ******** ****************************A0-I" 0O- 0/@@ 0/(8$=11?A0-0A( DA$6,A$2=22?A0-'0A( DA$6,A$2=22?A0-A 0/(8$=3?A0-SF DA$6,A$2=1?A0-G/A@ DA$6,A$2=22?A0-O66/PA-IO0 DA$6,A$2=22?A0-A""$SS DA$6,A$2=22?A0-$"A- "A-

A0-S6/$I-E"POSI- 0/(8$=1793?8$A06,($I" 0/(8$=+?

4. BranchMgr0ame 0ullC -ype ***************************************** ******** ***************************

8$A06,($I" 0O- 0/@@ 0/(8$=11?8$A06,($0A( DA$6,A$2=22?8$A06,($'0A( DA$6,A$2=22?8$A06,($A 0/(8$=3?8$A06,($SF DA$6,A$2=1?8$A06,($G/A@ DA$6,A$2=11?8$A06,($A""$SS DA$6,A$2=33?8$A06,0A( DA$6,A$2=22?8$A06,($OI0"A- "A-

5. Customer0ame 0ullC -ype ***************************************** ******** ****************************6/S-I" 0O- 0/@@ 0/(8$=11?6/S-0A( DA$6,A$2=33?6/S-'0A( DA$6,A$2=33?6/S-A 0/(8$=3?


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6/S-SF DA$6,A$2=1?6/S-G/A@ DA$6,A$2=33?6/S-A""$SS DA$6,A$2=33?6/S-O66/PA-IO0 DA$6,A$2=33?6/S-$"A- "A-

6. CustPolicies0ame 0ullC -ype ***************************************** ******** ****************************6/S-PO@I6EI" 0O- 0/@@ 0/(8$=11?6/S-I" 0/(8$=17?PO@I6EI" 0/(8$=&?PO@I6E"A- "A-P$(I/(-EP DA$6,A$2=17?

P$(I/(A(O/0- 0/(8$=1&92?0O(I00A( DA$6,A$2=33?$@A-IO0 DA$6,A$2=27?A0-I" 0/(8$=11?FPI$E"A- "A-

7. CustpolicyAmounts0ame 0ullC -ype ***************************************** ******** ****************************

6/S-PO@I6EI" 0/(8$=11?A(O/0- 0/(8$=1&93?I0-$S-A(O/0- 0/(8$=1&92?0-A(O/0- 0/(8$=1&92?

. Custpremium!ates0ame 0ullC -ype***************************************** ******** *******************6/S-PO@I6EI" 0/(8$=11?P$DIO/SP$(I/("A- "A-0F-P$(I/("A- "A-

". Custpremiumt#0ame 0ullC -ype ***************************************** ******** ***********************6/S-P$(I/(-FI" 0O- 0/@@ 0/(8$=22?6/S-PO@I6EI" 0/(8$=11?


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P$(I/(A(O/0- 0/(8$=1&92?P$(I/(PAE"A- "A-

1$. Policycommission

0ame 0ullC -ype ***************************************** ******** ****************************-A$-A(O/0- 0O- 0/@@ 0/(8$=2793?6O((ISSIO0$A- 0/(8$=&92?

11. PremiumAmounts0ame 0ullC -ype***************************************** ******** *******************PO@I6EI" 0/(8$=&?

(O0-,@E 0/(8$=1&92?G/A$-$@E 0/(8$=1&92?,A@'EA$@E 0/(8$=1&92?A00/A@@E 0/(8$=1&92?

12. AgentCommission0ame 0ullC -ype ***************************************** ******** ****************************A0-I" 0/(8$=11?

A0-0-A(O/0- 0/(8$=1393?

13. Agentcomm%#0ame 0ullC -ype ***************************************** ******** ************************A0-6O((-FI" 0O- 0/@@ 0/(8$=11?A0-I" 0/(8$=11?A0-A(O/0- 0/(8$=1392?A0-6O(( 0/(8$=1392?A0-6O(("A- "A-

14. Cust&onus!ates0ame 0ullC -ype ***************************************** ******** ****************************6/S-PO@I6EI" 0/(8$=11?P$DIO/S8O0/S"A- "A-


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0F-8O0/S"A- "A-

15. Cust&onust#0ame 0ullC -ype

***************************************** ******** ****************************6/S-8O0/S-FI" 0O- 0/@@ 0/(8$=22?6/S-PO@I6EI" 0/(8$=11?8O0/S"A- "A-8O0/S 0/(8$=1292?

16. Branch0ame 0ullC -ype ***************************************** ******** ************************8$A06,I" 0O- 0/@@ 0/(8$=&?8$A06,0A( DA$6,A$2=22?

@O6A-IO0 DA$6,A$2=22?8$A06,"A- "A-P,O0 0/(8$=12?S-A- DA$6,A$2=22?

3.! DATA FLO5 DIAGRA+S

"ata flo) diagram is a structure analysis tool that is used for graphical

representation of "ata processes through any organization. -he data flo)

approach emphasis on the logic underlying the system9 by using combination

of only # symbols. It follo)s a top do)n approach. A full description of a

system actually consists of set of "'" s9 )hich comprises of arious leels.

And initial oer ie) model is e!ploded lo)er leel diagrams that sho)

additional feature of the system. 'urther each process can be bro:en do)n

into a more detailed "'". -his occurs repeatedly until sufficient details are

described.

DFD &'bo-

u/re


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F#rt -e4e- DFD6

Login Ino Data !ase

Invalid

". "

#reate Insurancesystem

#ustomers

#$airman

Agents

customer

s

#$airman

Agents

Managers Manager

UserLogin

%rocess

#$airman

Managers

#ustomer

s

Agents

#$airaman


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3.3ENTIT,7RELATIONSHI* DIAGRA+S

*$ =ntity*$elationship? "iagram is used to represents the

relationship bet)een entities in the table.

The &'bo- ue #$ E7R #/%r/' /re)

SE(8O@ P/$POS

$epresents ntity sets.

$epresent attributes.

Re)orts


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%olicies

%olicyId

!onu

s%erio

d

!on

usR

ate%olicy

+ame

%olicyI

nterest

%olicy*aceAmount

%olicy

Id %remium

Amounts

Mont$ly

u%olicyI

d

Annualyalye

arly

0uartey

%olicy2er

m

%olicyDate

%olicyAmount


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Agents

AgentId

Agent

Age

Age

nts

e,Agent+ame

Agents

ecurit

yDe)osi

t

Agent*+mae

Agent

Id Agents

#omm2,

Agents#omm2

,Id

AgentsId

Agents

#omm

Date

Agents#omm

AgentA

mount

AgentAd

dress

!ranc$M

geId

AgentsRegDate

Agent

Id


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3.8 U+LDIAGRA+S

INTRODUCTION

/(@ is a notation that resulted from the unification of Object(odeling -echni%ue and Object Oriented Soft)are -echnology ./(@ has beendesigned for broad range of application.He$ce9 #t pro4#e co$truct (or / bro/ r/$%e o( &te' /$ /ct#4#t#e.

A$ O4er4#e0 o( U+L #$ (#4e $ot/t#o$

1.ue c/e #/%r/'

/se cases are used during re%uirements elicitation and analysis -orepresent the functionality of the system./se cases focus on the behaiour ofthe system from the e!ternal point of ie).-he actor areOutside the boundary of the system9)hereas the use cases are inside theboundary of the system.

/.c-/ #/%r/'


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6lass diagrams to describe the structure of the system. 6lasses Areabstraction that specify the common structure and behaiour of a set 6lass diagrams describe the system in terms of objects9 classes9attributes9 operations and their associations.

3.Seue$ce #/%r/'

Se%uence diagrams are used to formalize the behaiour of thesystem and to isualize the communication among objects. -hey are useful foridentifying additional objects that participate in the use cases. A Se%uencediagram represents the interaction that ta:e place among these objects.

#.Statechart 'iagras

tate c$art diagrams descrie t$e e$aviour o an individual oect as a

numer o states and transitions et(een t$ese states. A state re)resents a )articular set ovalues or an oect. 2$e sequence diagram ocuses on t$e messages e,c$anged et(eenoects& t$e state c$art diagrams ocuses on t$e transition et(een states.

#.0 Activit 'iagras

An activity diagram descries a system in terms o activities. Activities are

states t$at re)resents t$e e,ecution o a set o o)erations. Activity diagrams are similar tolo(c$art diagram and data lo(.


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2se +ase $iagra o* +hairan

6hairman

8ranch 6reation

(anager $egistration

Policies (aintainance

6hairman

2se +ase $iagra o* Manager

6ustomer Policy $egistration

6ustomer $egistration

Agents $egistration

(anager

6ustomer Premium Payment

6ustomer 8onus

Agent 6ommission

(anager


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2se +ase $iagra o* Agents

Agent

Agent Personal "etails

(anager "etails

Policies "etails

6ustomers Personal "etails

6ustomers Policies "etails

Agent


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TESTING

-esting is a process9 )hich reeals errors in the program. It

is the major %uality measure employed during soft)are deelopment.

"uring soft)are deelopment. "uring testing9 the program is e!ecuted

)ith a set of test cases and the output of the program for the test cases is

ealuated to determine if the program is performing as it is e!pected to

perform.

In order to ma:e sure that the system does not hae

errors9 the different leels of testing strategies that are applied at differing

phases of soft)are deelopment are;

1. U$#t Tet#$%

/nit -esting is done on indiidual modules as they are

completed and become e!ecutable. It is confined only to the

designers re%uirements.

E/ch 'ou-e c/$ be tete u#$% the (o--o0#$% t0o

tr/te%#e)

#: B-/c; Bo" Tet#$%)

In this strategy some test cases are generated as

input conditions that fully e!ecute all functional re%uirements for the

program. -his testing has been uses to find errors in the follo)ing

categories;

a? Incorrect or missing functions

b? Interface errors

c? rrors in data structure or e!ternal database access

d? Performance errors

e? Initialization and termination errors.


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In this testing only the output is chec:ed for correctness.

-he logical flo) of the data is not chec:ed.

##: 5h#te Bo" tet#$%

In this the test cases are generated on the logic of each

module by dra)ing flo) graphs of that module and logical decisions

are tested on all the cases.

It has been uses to generate the test cases in the follo)ing

cases;

a? uarantee that all independent paths hae been e!ecuted.

b? !ecute all logical decisions on their true and false sides.

c? !ecute all loops at their boundaries and )ithin their operational

bounds.

d? !ecute internal data structures to ensure their alidity.

2. I$te%r/t#$% Tet#$%

Integration testing ensures that soft)are and subsystems

)or: together as a )hole. It tests the interface ofall the modules to

ma:e sure that the modules behae properly )hen integratedtogether.

!. S&te' Tet#$%

Inoles in*house testing of the entire system before deliery

to the user. Its aim is to satisfy the user the system meets all

re%uirements of the clients specifications.

3. Accept/$ce Tet#$%

It is a pre*deliery testing in )hich entire system is tested at

clients site on real )orld data to find errors.


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4/-#/t#o$

-he system has been tested and implemented successfully

and thus ensured that all the re%uirements as listed in the soft)are

re%uirements specification are completely fulfilled. In case of erroneous

input corresponding error messages are displayed.

creens and Re)orts


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>A=A AND 5ORLD 5IDE 5EB

orld )ide )eb is an open ended information retrieal system designed to

be used in the distributed enironment. -his system contains )eb pages that

proide both information and controls. e can naigate to a ne) )eb page in

any direction. -his is made possible )orth ,-(@ jaa )as meant to be used in

distributed enironment such as internet. So jaa could be easily incorporated

into the )eb system and is capable of supporting animation graphics 9 games

and other special effect. -he )eb has become more dynamic and interactie )ith

support of jaa. e can run a jaa program on remote machine oer internet )ith

the support of )eb .

>A=A EN=IRON+ENT

aa enironment includes a large no.of tools )hich are part of the

system :no)n as jaa deelopment :it ="H? and hundreds of classes9 methods9

and interfaces grouped into pac:ages forms part of jaa standard library=S@?.

>A=A ARCHITECTURE

aa architecture proides a portable 9 robust 9 high performing

enironment for deelopment. aa proides portability by compiling the bytecodes for the jaa irtual machine )hich are then interpreted on each platform by

the runtime enironment . jaa also proides stringent compile and runtime

chec:ing and automatic memory management in order to ensure solid code .

>A=A =IRTUAL +ACHINE

hen )e compile the code9 jaa compiler creates machine code =byte

code? for a hypothetical machine called jaa irtual machine =jm?. -he jm )ill

e!ecute the byte code and oercomes the issue of portability . the code is )ritten

and compile for one machine and interpreted all other machines 9 this machine is

called jaa irtual machine .


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3. jaa script proides basic data alidation before it is sent to

the serer. g ; login and pass)ord chec:ing or )hether the

alues entered are correct or )hether all fields in a from are

filled and reduced net)or: traffic

#. it creates interactie forms and client side loo:up tables .

>/4/ D/t/b/e Co$$ect#4#t&?>DBC:

O4er4#e0 o( Ne0 Fe/ture

Reu-t et e$h/$ce'e$t

-he "86 1.7 API proided result sets that had the ability to scroll in a for)ard

directionally. Scrollable result sets allo) for more fle!ibility in the processing of

results by

proiding both for)ard and bac:)ard moement through their contents. In

addition9

scrollable result sets allo) for relatie and absolute positioning. 'or e!ample9 itLs

pos*sable to moe to the fourth ro) in a scrollable result set directly9 or to moedirectly to

the third ro) follo)ing the current ro)9 proided the ro) e!ists. -he "86 API

allo)s result sets to be directly updatable9 as )ell.

B/tch up/te

-he batch update feature allo)s an application to submit multiple update

statements

=insert


67/68


68/68

". BIBLIOGRA*H,

O$A6@ Ian 8ayross

aa 29 -he 6omplete $eference Patric: 0aughton

> ,erbert Schildt

aa Serlet Programming ason ,unter> illiam 6ra)ford

,-(@; -he "efinition uide (usciano

"eeloping aa Serlet ames ood)ill

aa Serer pages @arne Pe:o)s:y

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