E Road Report

8/9/2019 E Road Report

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Introduction

“E-Road Transport Management System” has been designed to automate the process of registration of vehicle and issuing driving license process. System can

make the daily activities efficient and providing the fast response to store and

retrieve information.

The purpose of our RT management system is to provide a leading

technological tool for the ease of RT functions such as Registration! "earners

"icense! and #ermanent "icense etc.$t %ill reduce considerably the difficulties

faced on e&isting system! %ith minimum error and difficulties.



"icense! online license test and 'omplaint Registration etc. $t %ill reduce

considerably the difficulties faced on e&isting system! %ith minimum error and

difficulties.

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Objective



"icense! and #ermanent "icense etc. $t %ill reduce considerably the difficulties

faced on e&isting system! %ith minimum error and difficulties.

Main b(ectives are as follo%s)

*. "ess time consuming.

+. ,ighly secure in data storing.. 'an avoid intermediate persons institutions.

/. ,elpful in traffic issues) authori0ed users can trace the vehicle in the accident

cases using their register number.

1. $t is more users friendly) the sections such as! registration! license etc are

combined together in a single %indo%.

2. 3emo 4uestions of learner5s license test %ill help the users in their license

test.

6. 7sers can have kno%ledge about the ne% rules and regulations from the

information5s a%areness section.

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System Analysis

System analysis is a process of gathering and interpreting facts! diagnosing

problems and the information to recommend improvements on the system. $t is a problem solving activity that re4uires intensive communication bet%een the

system users and system developers. System analysis or study is an important

phase of any system development process. The system is studied to the minutest

detail and analy0ed. The system analyst plays the role of the interrogator and

d%ells deep into the %orking of the present system. The system is vie%ed as a

%hole and the input to the system are identified. The outputs from the

organi0ations are traced to the various processes. System analysis is concerned

%ith becoming a%are of the problem! identifying the relevant and decisionalvariables! analy0ing and synthesi0ing the various factors and determining an

optimal or at least a satisfactory solution or program of action.

Identification of Need

The *st step of the system analysis procedure involves the identification of

re4uirement. The analyst system engineer meets %ith the customer and the end

user if different from the customer. 'ustomer may be a representative of an

outside organi0ation the marketing department of the analyst8s organi0ation

%hen a product is being established or another technical department %hen an

internal system is to be established. "ike information engineering the intent is to

understand the product8s goal and to describe the target %ants to meet the goal.

nce overall target are identified the analyst moves on to an evaluation of

supplementary information that are) 3oes the technology e&ist to build the

system9 :hat special manufacturing and development resources %ill be needed9

:hat bounds have been placed on schedule and costs9 $f the ne% system is

really a product to be established for sale to various customers the follo%ing4uestions are also asked that are ho% does this product compare %ith

competitive products9 :hat is the potential market for the product9 :hat

position does this product take in the overall product line of the organi0ation9

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$nformation collection during the re4uirement identification step is specified in a

system concept document. The real concept document is sometimes built

through the customer previously meetings %ith the analyst. Regularly customer-

analyst communication results in changes to the document.

PROBLEMS IN EXISIN! S"SEM

; total manual system! %hich is running %ithout any participation of a

computer-definitely have its o%n disadvantages. :e kno% that the production

and use of vehicles are increasing day by day. ,ence the need of RT is very

important no% days. The comple& functions such as Registration of vehicles!

issuing driving license! etc. becomes very difficult if %e are using the e&isting

system.

Pro#osed System

#roposed system is an online system) so any persons can bro%se the site and

do%nload upload the application form.

#roposed System provides follo%ing


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user needs and effective use of resources. b(ective of feasibility study is to

ac4uire a sense of the scope of the problem. $t is carried out to select the best

system that meets performance re4uirements

There are three key considerations involved in feasibility analysis namely)*. Economic feasibility

+. Technical feasibility

. perational feasibility

E'(NI'AL $EASIBILI"

Technical feasibility centers on e&isting system and to %hat e&tent it can support

proposed modifications. $t involves financial enhancement.

This evaluation determines %hether the technology needed for the proposed

system is available or not. This is concerned %ith specifying satisfy the user

re4uirements. The technical needs of the system may include front-end and

backend-selection.

;n important issue for the development of a pro(ect is the selection of suitable

front-end and back-end. =ased on some aspects! %e select the most suitable

platform that suits the needs of the organi0ation.

E'ONOMI' $EASIBILI"

Economic feasibility is used to determine the benefits and savings e&pected

from the candidate system and to compare them %ith costs incurred. $f benefits

out%eigh cost! then decision %ill be to design and implement system. ther%ise!

alterations %ill have to be made to the proposed system. The proposed system is

economically feasible.

OPERAIONAL $EASIBILI"

The present system is easily understandable. The users are presented %ithfriendly user interface that helps them to understand the flo% of the system more

easily.

Ma&imum transparency has been provided. The ne% system is very much user

friendly and operational cost is bearable. The maintenance and %orking of the

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ne% system needs less human efforts. The proposed pro(ect is beneficial to the

organi0ational and is user friendly..

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Start Collect Information Survey Report

Format Design

Visit Oce

Meet end user Meet manager Visit In

Integrate all these

Coding of Proect

Finish

PER ')art

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!AN ')art

; >antt chart is a hori0ontal bar chart developed as a production control tool in *?*6

by ,enry ". >antt! an ;merican engineer and social scientist. ; >antt chart provides a

graphical illustration of a schedule that helps to plan! coordinate and track specifictasks in a pro(ect.

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Soft*are &evelo#ment Life 'ycle

There are a large number of soft%are models used for guiding the

soft%are development process. ormally every soft%are model contains

almost same life cycle e&cept there are some difference process

techni4ues. $n this soft%are %e have used the linear se+uential model

because it is easiest one to implement and %e have to follo% the

straightfor%ard techni4ues for developing the soft%are. There are follo%ing

steps %e have gone through in the complete process.

ANAL"SIS,- $n this step %e have gathered the different re4uirement to

develop the soft%are! to understand the nature of the program to be buildand all the re4uirement for both the system and the users has been

identified.

&ESI!N)- Soft%are design is actually a group of process that a group of

that focuses on four distinct attribute of a program- data structure!

soft%are architecture! interface representation and procedural detail the

design process translates re4uirements into a representation of the soft%are

that can be accessed for 4uality before coding begins. "ike re4uirements

the design is documented becomes part of the soft%are configuration

'O&E !ENERAION,- The design must be translated into a machine

readable from to develop the soft%are. The code generation step performs

this task. $f design is performed in a detail manner! this code generation

can accomplish E;S$"A.

ESIN!,- nce code has been generated the program testing begins.

The testing begins. The testing process focuses on the logical internals of

the soft%are! ensuring that all statement have been tested and on thefunctional e&ternals! that is conducting tests to uncover errors and ensure

that defined input %ill produce actual result that agree %ith re4uired

result.

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S%PPOR .MAINENAN'E/,- Soft%are %ill undoubtedly undergo

change after it is delivered to customer change %ill occur because errors

have been encountered because the soft%are must be adapted to

accommodate change in its e&ternal environment or because the customer

re4uires function or performance enhancement. Soft%aresupportCmaintenance reapplies each of the preceding phases to an e&isting

program %eather than a ne% one.

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SO$0ARE RE1%IREMEN SPE'I$I'AION

P%RPOSE,

“E-Road Transport Management System” is a %eb application that has beendesigned to automate the process of registration of vehicle and issuing driving

license process. System can make the daily activities efficient and providing the

fast response to store and retrieve information.

The pro(ect E-R;3 TR;S#RT M;;>EMET SASTEM is proposed to

install a system that shall enable the proposed RT SASTEM interface %ith the

e&isting system %ith ma&imum accuracy .This pro(ect is very useful for those

%ho are concern %ith the different processes on RT. ;s a total manpo%er based system is currently running for the %hole procedures! designing a ne%

system %hich makes the %hole process online! demands a deep kno%ledge

about the e&isting system.



"icense! online license test and 'omplaint Registration etc. $t %ill reduce

considerably the difficulties faced on e&isting system! %ith minimum error anddifficulties.

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(AR&0ARE AN& SO$0ARE RE1%IREMENS

(AR&0ARE 'ON$I!%RAION

*. #rocessor #entium $@ %ith .B >,0.

+. R;M 1*+M=

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1. #ointing device T%o - button Mouse or -button Mouse.

2. Feyboard *B/ Feys

SO$0ARE 'ON$I!%RAION

*. Microsoft .et frame%ork /.B.

+. Microsoft ;S#.et.

. ;G;H Tool kit.

/. Microsoft 'I.et language.

1. Microsoft SJ" Server +BBD

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&escri#tion of ec)nolo2y %sed in Project3

INRO&%'ION O 3NE $rame*or4

The .ET


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code that does not target the runtime is kno%n as unmanaged code. The class

library! the other main component of the .ET 7$L applications to applications based on the latest innovations provided by;S#.ET! such as :eb


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$EA%RES O$ (E 'OMMON LAN!%A!E R%NIME

The common language runtime manages memory! thread e&ecution! code

e&ecution! code safety verification! compilation! and other system services.These features are intrinsic to the managed code that runs on the common

language runtime.

:ith regards to security! managed components are a%arded varying

degrees of trust! depending on a number of factors that include their origin Ksuch

as the $nternet! enterprise net%ork! or local computerL. This means that a

managed component might or might not be able to perform file-access

operations! registry-access operations! or other sensitive functions! even if it is

being used in the same active application.

The runtime enforces code access security. enerate managed code that conforms to the 'TS. This means that

managed code can consume other managed types and instances! %hile strictly

enforcing type fidelity and type safety.

$n addition! the managed environment of the runtime eliminates manycommon soft%are issues.


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The runtime also accelerates developer productivity.


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and class library %hile gaining the performance and scalability of the host

server.

The follo%ing illustration sho%s a basic net%ork schema %ith managed

code running in different server environments. Servers such as $$S and SJ"Server can perform standard operations %hile your application logic e&ecutes

through the managed code.

SER6ER-SI&E MANA!E& 'O&E

;S#.ET is the hosting environment that enables developers to use the

.ET


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A'I6E SER6ER PA!ES3NE

;S#.ET is a programming frame%ork built on the common language

runtime that can be used on a server to build po%erful :eb applications.

;S#.ET offers several important advantages over previous :eb development

models)

• En)anced Performance3 ;S#.ET is compiled common language

runtime code running on the server. 7nlike its interpreted predecessors!

;S#.ET can take advantage of early binding! (ust-in-time compilation!native optimi0ation! and caching services right out of the bo&. This amounts

to dramatically better performance before you ever %rite a line of code.

•

• 0orld-'lass ool Su##ort3 The ;S#.ET frame%ork is complemented

by a rich toolbo& and designer in the @isual Studio integrated development

environment. :AS$:A> editing! drag-and-drop server controls! and

automatic deployment are (ust a fe% of the features this po%erful tool

provides.

• Po*er and $le7ibility3 =ecause ;S#.ET is based on the common

language runtime! the po%er and fle&ibility of that entire platform is

available to :eb application developers. The .ET


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• Sim#licity3 ;S#.ET makes it easy to perform common tasks! from

simple form submission and client authentication to deployment and site

configuration.


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• Security3 :ith built in :indo%s authentication and per-application

configuration! you can be assured that your applications are secure.

S1L SER6ER

; database management! or 3=MS! gives the user access to their data and

helps them transform the data into information. Such database management

systems include d=ase! parado&! $MS! SJ" Server and SJ" Server. These

systems allo% users to create! update and e&tract information from their

database.

; database is a structured collection of data. 3ata refers to the

characteristics of people! things and events. SJ" Server stores each data item in

its o%n fields. $n SJ" Server! the fields relating to a particular person! thing or

event are bundled together to form a single complete unit of data! called a record

Kit can also be referred to as ra% or an occurrenceL. Each record is made up of a

number of fields. o t%o fields in a record can have the same field name.

3uring an SJ" Server 3atabase design pro(ect! the analysis of your

business needs identifies all the fields or attributes of interest. $f your business

needs change over time! you define any additional fields or change the definition

of e&isting fields.

S1L SER6ER ABLES

SJ" Server stores records relating to each other in a table. 3ifferent

tables are created for the various groups of information. Related tables are

grouped together to form a database.

PRIMAR" 5E"

Every table in SJ" Server has a field or a combination of fields thatuni4uely identifies each record in the table. The 7ni4ue identifier is called the

#rimary Fey! or simply the Fey. The primary key provides the means to

distinguish one record from all other in a table. $t allo%s the user and the

database system to identify! locate and refer to one particular record in the

database.

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RELAIONAL &AABASE

Sometimes all the information of interest to a business operation can be

stored in one table. SJ" Server makes it very easy to link the data in multiple

tables. Matching an employee to the department in %hich they %ork is onee&ample. This is %hat makes SJ" Server a relational database management

system! or R3=MS. $t stores data in t%o or more tables and enables you to

define relationships bet%een the table and enables you to define relationships

bet%een the tables.

$OREI!N 5E"

:hen a field is one table matches the primary key of another field is

referred to as a foreign key. ; foreign key is a field or a group of fields in one

table %hose values match those of the primary key of another table.

RE$ERENIAL INE!RI"

ot only does SJ" Server allo% you to link multiple tables! it also

maintains consistency bet%een them. Ensuring that the data among related

tables is correctly matched is referred to as maintaining referential integrity.

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&ata $lo* &ia2ram

; data flo% diagram is graphical tool used to describe and analy0e

movement of data through a system. These are the central tool and the basis

from %hich the other components are developed. The transformation of data

from input to output! through processed! may be described logically and

independently of physical components associated %ith the system. These are

kno%n as the logical data flo% diagrams. The physical data flo% diagrams sho%

the actual implements and movement of data bet%een people! departments and

%orkstations. ; full description of a system actually consists of a set of data

flo% diagrams. 7sing t%o familiar notations Aourdon! >ane and Sarson

notation develops the data flo% diagrams. Each component in a 3


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&$& S"MBOLS,

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3ata Store

'ONSR%'IN! A &$&,

Several rules of thumb are used in dra%ing 3


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E-Road Transport Management System

USER Admnstrator

'onte7t &ia2ram

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Admnstrator !ss"e

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ER &ia2ram

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System &esi2n

INP% &ESI!N

$nput design is the process of converting a user-oriented description of the inputs

to a computer based business system into a programmer-oriented specification.

$naccurate input data is the most common cause of processing errors. Effective

input design minimi0es errors made by data entry operators. The input design is

the link that ties information system into the %orld of its users. $nput design

consists of developing specific procedures for data preparations! steps necessary

to put the transaction data in the form that is usable for computer processing.

The data entry operator need to kno% the space allocated for each field! the field

se4uence %hich must match %ith the source document and the format in %hich

the data is entered.

This pro(ect “E-Road Transport Management System” has got several inputs

taken from the user. They are)

3etails of vehicles and license holders.

'omplaints by the user.

The system is provided %ith 'I pages for the user to input above details. nly

the administrator and registered user are able to upload data. So their details are

the ma(or inputs to the system.

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O%P% &ESI!N

utputs form computer systems are re4uired primarily to communicate the

processing to the end users. The output of the system designed in such a %ay

that it provides! opportunities! problem or %arnings! trigger an action andconfirm an action. The user-friendly interfaces provide a clear output to the

system.

The output of this soft%are system is a %ebsite. This system consists of online

vehicle registration! fancy number selection! information about "icense and

complaint registration.

$n this system the output that can be vie%ed by the end user is the %ebsite. $t

provides an opportunity to get public a%areness! online registration for vehicles!

selection of fancy number! license application form do%nloading and uploading!

and complaint registration! automatic e mail for the registered user about license

rene%al etc.

Module desi2n,

Soft%are design sits at the technical kernel of the soft%are engineering

process and is applied regardless of the development paradigm and area of

application. 3esign is the first step in the development phase for any engineered product or system. The designer5s goal is to produce a model or representation

of an entity that %ill later be built. =eginning! once system re4uirement have

been specified and analy0ed! system design is the first of the three technical

activities -design! code and test that is re4uired to build and verify soft%are.

The importance can be stated %ith a single %ord “Juality”. 3esign is the

place %here 4uality is fostered in soft%are development. 3esign provides us

%ith representations of soft%are that can assess for 4uality. 3esign is the only

%ay that %e can accurately translate a customer5s vie% into a finished soft%are

product or system. Soft%are design serves as a foundation for all the soft%are

engineering steps that follo%. :ithout a strong design %e risk building an

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unstable system Q one that %ill be difficult to test! one %hose 4uality cannot be

assessed until the last stage.

3uring design! progressive refinement of data structure! program

structure! and procedural details are developed revie%ed and documented.System design can be vie%ed from either technical or pro(ect management

perspective. ive That test.

See the demo test result at the time.

See The $nformation regarding RT.

See the act and Rules 7pdated by admin.

;pply for "earning #ermanent "icense.

;pply for 3uplicate "icense.

;pply for rene%al of "icense.

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;pply for @ehicle Registration.

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&AABASE &ESI!N

ables structure

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public partial class adminadminlogin ) System.:eb.7$.#age

Y

S4l'onnection cnO

S4l'ommand cmO

S4l3ataReader rdO

void connKL

Y

string cs V

'onfigurationManager.'onnectionStrings[P'onnectionStringP\.'onnectionStrin

g.ToStringKLO

cn V ne% S4l'onnectionKcsLO

try

Y

cn.penKLO

Z

catch KE&ception eaL Y

Response.:riteKea.MessageLO

Z

Z

protected void btnlogn'lickKob(ect sender! Event;rgs eL

Y

47


48/105

connKLO

string s V Pselect ] from adminlogin %here usernameV8P ^ username.Te&t

^ P8 ;3 pass%ordV8P ^ pass%ord.Te&t ^ P8PO

try

Y cm V ne% S4l'ommandKs! cnLO

rd V cm.E&ecuteReaderKLO

if Krd.ReadKLL

Y

Session[PusernameP\ V username.Te&tO

Response.RedirectKPWCadminCadmininbo&.asp&PLO

Z

else

Y

lblmsg.Te&tVP$nvalid 7ser amePO Z

Z

catch KE&ception eaL

Y


Z

Z

Z

%serLo2in

using SystemO


using System."in4O

using System.:ebO



using System.3ataO

using System.3ata.S4l'lientOusing System.'onfigurationO

public partial class login ) System.:eb.7$.#age

Y

S4l'onnection cnO

S4l'ommand cmO

48


49/105

S4l3ataReader rdO

protected void #age"oadKob(ect sender! Event;rgs eL

Y

Z

void connKL

Y

string cs V


g.ToStringKLO


try

Y

cn.penKLO

Z


Y


Z

Z

protected void =utton+'lickKob(ect sender! Event;rgs eL

Y

connKLO

string sVPinsert into userregister

valuesK8P^t&tfnm.Te&t^P8!8P^t&tlnm.Te&t^P8!8P^t&tunm.Te&t^P8!8P^t&tpass%or d.Te&t^P8!8P^t&tdate.Te&t^P8LPO

try

Y

cm V ne% S4l'ommandKs! cnLO

cm.E&ecuteonJueryKLO

lblmsg.Te&t V PRecord is savedPO

Z


Y Response.:riteKea.MessageLO

Z

Z

protected void =utton*'lickKob(ect sender! Event;rgs eL

Y

connKLO

49


50/105

string s V Pselect ] from userregister %here usernameV8P ^ username.Te&t

^ P8 ;3 pass%ordV8P ^ pass%ord.Te&t ^ P8PO

try

Y

cm V ne% S4l'ommandKs! cnLO rd V cm.E&ecuteReaderKLO

if Krd.ReadKLL

Y

Session[PusernameP\ V username.Te&tO

Response.RedirectKPWCuserC"icenceform.asp&PLO

Z

else

Y

lblmsg*.Te&t V P$nvalid user name or pass%ordPO

Z Z


Y


Z

Z

protected void t&tlnmTe&t'hangedKob(ect sender! Event;rgs eL

Y Z

Z

RO est

using SystemO


using System."in4O

using System.:ebO

using System.:eb.7$Ousing System.:eb.7$.:eb'ontrolsO

using System.3ataO

using System.3ata.S4l'lientO


public partial class Rtotest ) System.:eb.7$.#age

50


51/105

Y

S4l'ommand cmO

S4l'onnection cnO

S4l3ata;dapter daO


Y

if K_#age.$s#ost=ackL

Y

if KSession[PusernameP\ VV nullL

Y

Response.RedirectKPlogin.asp&PLO

Z

sh%gridKLO

Session[P4noP\ V BO Session[PansP\ V BO

sho%4uesKLO

Z

Z

void connKL

Y

string cs V


g.ToStringKLO cn V ne% S4l'onnectionKcsLO

try

Y

cn.penKLO

Z


Y


Z

Z

void sh%dtalistKL

Y

connKLO

try

Y

51


52/105

string sVPselect $mages from lrtotest %here Jueid

VP^lbl4ueno.Te&tO

da V ne% S4l3ata;dapterKs! cnLO

3ataSet ds V ne% 3ataSetKLO

da.rid@ie%*.3ata=indKLO

Z


Y


Z

Z

void sho%4uesKL

Y

lbl4ueno.Te&tV

'onvert.ToStringK'onvert.To$nt+KSession[P4noP\.ToStringKLL ^ *LO

int r V 'onvert.To$nt+KSession[P4noP\.ToStringKLLO

lblJue.Te&t V >rid@ie%*.Ro%s[r\.'ells[*\.Te&tO

Radio=utton"ist*.$tems.'learKLO

Radio=utton"ist*.$tems.;ddK>rid@ie%*.Ro%s[r\.'ells[+\.Te&tLO

52


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Radio=utton"ist*.$tems.;ddK>rid@ie%*.Ro%s[r\.'ells[\.Te&tLO

Radio=utton"ist*.$tems.;ddK>rid@ie%*.Ro%s[r\.'ells[/\.Te&tLO

sh%dtalistKLO

lblresult.Te&t V >rid@ie%*.Ro%s[r\.'ells[1\.Te&tO

Z protected void =utton*'lickKob(ect sender! Event;rgs eL

Y

if K'onvert.To$nt+KSession[P4noP\L ?L

Y

if KRadio=utton"ist*.Te&t VV

>rid@ie%*.Ro%s['onvert.To$nt+KSession[P4noP\L\.'ells[1\.Te&tL

Session[PansP\ V 'onvert.To$nt+KSession[PansP\L ^ *O

Session[P4noP\ V 'onvert.To$nt+KSession[P4noP\L ^ *O

sho%4uesKLO

Z

else

Y

if KRadio=utton"ist*.Te&t VV

>rid@ie%*.Ro%s['onvert.To$nt+KSession[P4noP\L\.'ells[1\.Te&tL

Session[PansP\ V 'onvert.To$nt+KSession[PansP\L ^ *O

btnfnsh.@isible V trueO

=utton*.@isible V falseO

Response.:riteKPResultVP ^ Session[PansP\.ToStringKLLO

Z

Z

protected void btnfnsh'lickKob(ect sender! Event;rgs eL

Y

Response.RedirectKPWCuserCtestresult.asp&PLO

Z Z

protected void >rid@ie%*Selected$nde&'hangedKob(ect sender! Event;rgs eL

Y

Z

Z

53


54/105

Issue Learnin2 Licence $orm

using SystemO


using System."in4O

using System.:ebO



using System.3ataO



public partial class adminadminlicen ) System.:eb.7$.#age

Y

S4l'onnection cnO

S4l'ommand cmO S4l3ata;dapter daO

S4l3ataReader rdO

string statusO


Y


Y

connKLO

int i V 2O

status V PapprovedPO

lblstatus.Te&t V statusO

3ateTime dt V 3ateTime.o%O

lblissuedt.Te&t V dt.ToStringKPddCMMCyyyyPLO

dt V dt.;ddMonthsKiLO

lble&pirdt.Te&t V dt.ToStringKPddCMMCyyyyPLO

cuntsh%KLO

Z

Z

void connKL Y

string cs V


g.ToStringKLO


54


55/105

try

Y

cn.penKLO

string s V Pselect ] from lernglicence %here statusV8applied8PO



da.rid@ie%*.3ataSource V dsO

>rid@ie%*.3ata=indKLO

Z


Y


Z

Z void cuntsh%KL

Y

connKLO

try

Y

int regsno V BO

string s V Pselect $snullKma&KlicencenoL!BL as cut from lernglicencePO



if Krd.ReadKLL

Y

regsno V 'onvert.To$nt+Krd[PcutP\.ToStringKLLO

if Kregsno VV BL

Y

regsno V *O

Z

else

Y regsno^^O

Z

t&tlicence.Te&t V regsno.ToStringKLO

Z rd.'loseKLO

Z


55


56/105

Y


Z

Z


Y

string msgstatus V PappliedPO

connKLO

try

Y

string s V Pupdate lernglicence set licencenoV8P ^ t&tlicence.Te&t ^ P8!

lissuedateV8P ̂ lblissuedt.Te&t ̂ P8! le&prydatV8P ̂ lble&pirdt.Te&t ̂

P8!statusV8P ^ lblstatus.Te&t ^ P8 %here regnoV8P ^ t&tregno.Te&t ^ P8PO



lblmsg.Te&t V P 'ongratulation your learning licence no Re4uested is

accepted ! your licence no is that..P^t&tlicence.Te&tO

string p V Pinsert into inbo&

valuesK8P^lblissuedt.Te&t^P8!8P^lblusrnm.Te&t^P8!8P^lbltitle.Te&t^

P8!8"earning "icence8!8P ^ lblmsg.Te&t^P8!8P^msgstatus^P8LPO

cm V ne% S4l'ommandKp! cnLO


lblmsg.Te&t V P"icence o $s >enerated ;nd ;lso Msg Send.......PO Z


Y


Z

Z

protected void >rid@ie%*Selected$nde&'hanged*Kob(ect sender! Event;rgs eL

Y t&tregno.Te&t V >rid@ie%*.SelectedRo%.'ells[\.Te&tO

lblusrnm.Te&tV>rid@ie%*.SelectedRo%.'ells[/\.Te&tO

Z

Z

Permanent Licence

56


57/105

using SystemO


using System."in4O

using System.:ebO



using System.3ataO



public partial class adminallo%permanentlicenc ) System.:eb.7$.#age

Y

S4l'onnection cnO S4l'ommand cmO

S4l3ata;dapter daO

string statusO


Y


Y

connKLO

int i V +BO

status V PapprovedPO

lblpstatus.Te&t V statusO

3ateTime dt V 3ateTime.o%O

lblcurntdate.Te&t V dt.ToStringKPddCMMCyyyyPLO

dt V dt.;ddMonthsKiLO

lble&prydate.Te&t V dt.ToStringKPddCMMCyyyyPLO

Z

Z

void connKL

Y string cs V


g.ToStringKLO


try

57


58/105

Y

cn.penKLO

string s V Pselect ] from lernglicence %here pstatusV8applied8PO





Z


Y


Z

Z

protected void btnal%licence'lickKob(ect sender! Event;rgs eL Y

connKLO


try

Y

string s V Pupdate lernglicence set pissuedateV8P ^

lblcurntdate.Te&t ̂ P8! pe&pirydateV8P ̂ lble&prydate.Te&t ̂ P8!

pstatusV8P ^ lblpstatus.Te&t ^ P8 %here licencenoV8P ^ t&tlernglicnc.Te&t ^

P8PO cm V ne% S4l'ommandKs! cnLO


lblmsg.Te&t V P 'ongratulation your permanent licence no Re4uested

is accepted ! your licence no is that..P ^ t&tlernglicnc.Te&tO

string p V Pinsert into inbo& valuesK8P ^ lblcurntdate.Te&t ̂ P8!8P ^

lblusrnm.Te&t ̂ P8!8P ^ lbltitle.Te&t ̂ P8!#ermanent "icence8!8P ̂ lblmsg.Te&t

^ P8!8P ^ msgstatus ^ P8LPO

cm V ne% S4l'ommandKp! cnLO cm.E&ecuteonJueryKLO

lblmsg.Te&t V P"icence o $s >enerated ;nd ;lso Msg Send.......PO

Response.RedirectKPWCadminCmsg.asp&PLO

Z


Y

58


59/105


Z

Z

protected void >rid@ie%*Selected$nde&'hangedKob(ect sender! Event;rgs

eL

Y

lblusrnm.Te&tV>rid@ie%*.SelectedRo%.'ells[+\.Te&tO

t&tlernglicnc.Te&t V >rid@ie%*.SelectedRo%.'ells[**\.Te&tO

Z

Z

&u#licate


60/105

dddl.$tems.;ddKP#ermanent duplicate licencePLO

Z

Z

void connKL

Y

string cs V


g.ToStringKLO


try

Y

cn.penKLO

Z


Y


Z

Z


Y

CCSession[PusernameP\ V lblusrnm.Te&tO

CCSession[PlicenceP\ V t&tlicncno.Te&tO

3lstatus V PapprovedPO lbldlstatus.Te&t V 3lstatusO

#lstatus V PapprovedPO

lblplstatus.Te&t V #lstatusO


connKLO

if Kdddl.Te&t VV P"earning duplicate licencePL

Y

string s V Pupdate lernglicence set lissuedateV8P ^

lblissuedate.Te&t ^ P8! le&prydatV8P ^ lble&pry.Te&t ^ P8! dlstatusV8P ^

lbldlstatus.Te&t ^ P8 %here licencenoV8P ^ t&tlicncno.Te&t ^ P8PO

try

Y



60


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lblmsg.Te&t V P 'ongratulation your duplicate learning licence no

Re4uested is accepted ! your licence no is that..P ^ t&tlicncno.Te&t ^P o%

your this licence %ill %ork like as learning licencePO

string p V Pinsert into inbo& valuesK8P ^ lblissuedate.Te&t ̂ P8!8P ^lblusrnm.Te&t ^ P8!8P ^ lbltitle.Te&t ^ P8!8P ^ lblmsg.Te&t ^ P8!8P ^ msgstatus

^ P8LPO




CCResponse.RedirectKPWCadminCmsg.asp&PLO

ZcatchKE&ception eaL

Y

Response.:riteKea.MessageLO Z

Z

else if Kdddl.Te&t VV P#ermanent duplicate licencePL

Y

string s V Pupdate lernglicence set pissuedateV8P ^

lblissuedate.Te&t ^ P8! pe&pirydateV8P ^ lble&pry.Te&t ^ P8! dpstatusV8P ^

lblplstatus.Te&t ^ P8 %here licencenoV8P ^ t&tlicncno.Te&t ^ P8PO

try

Y



lblmsg.Te&t V P 'ongratulation your duplicate permanent licence no

Re4uested is accepted ! your licence no is that..P ^ t&tlicncno.Te&t ^ P o%

your this licence %ill %ork like as learning licencePO

string p V Pinsert into inbo& valuesK8P ^ lblissuedate.Te&t ̂ P8!8P ^

lblusrnm.Te&t ^ P8!8P ^ lbltitle.Te&t ^ P8!83uplicate #ermanent "icence8!8P ^

lblmsg.Te&t ^ P8!8P ^ msgstatus ^ P8LPO




CCResponse.RedirectKPWCadminCmsg.asp&PLO

ZcatchKE&ception eaL

61


62/105

Y


Z

Z

Z

protected void dddlSelected$nde&'hangedKob(ect sender! Event;rgs eL

Y

connKLO

if Kdddl.Te&t VV P"earning duplicate licencePL

Y

string s V Pselect ] from lernglicence %here dlstatusV8;pplied8PO

try

Y da V ne% S4l3ata;dapterKs! cnLO




lblissuedate.Te&t V 3ateTime.o%.ToShort3ateStringKLO

lble&pry.Te&t V

3ateTime.o%.;ddMonthsKiL.ToShort3ateStringKLO

Z

catch KE&ception eaL Y


Z

Z

else if Kdddl.Te&t VV P#ermanent duplicate licencePL

Y

string s V Pselect ] from lernglicence %here dpstatusV8;pplied8PO

try

Y da V ne% S4l3ata;dapterKs! cnLO




lblissuedate.Te&t V 3ateTime.o%.ToShort3ateStringKLO

62


63/105

lble&pry.Te&t V 3ateTime.o%.;ddAearsK(L.ToShort3ateStringKLO

Z


Y


Z

Z

Z


Y

t&tlicncno.Te&t V >rid@ie%*.SelectedRo%.'ells[+\.Te&tO

lblusrnm.Te&tV>rid@ie%*.SelectedRo%.'ells[\.Te&tO

Z

Z

63


64/105

%#load RO est

using SystemO


using System."in4O

using System.:ebO



using System.3ataO



public partial class admin


65/105



Z

else if Kddcategry.Te&t VV PpermanentPL

Y

string s V Pselect ] from prtotestPO




Z

Z



Z

Z

protected void JuenameTe&t'hangedKob(ect sender! Event;rgs eL

Y

Z


Y

connKLO

if K$mage*.,as


66/105


"abel+.Te&t V PRecord $s Saved.....PO

"abel+.Te&t V P PO

Z


Y


Z

Z


Y

string s V Pinsert into prtotest valuesKP ^ Jueid.Te&t ̂ P!8P ^

Juename.Te&t ^ P8!8P ^ Jueop*.Te&t ^ P8!8P ^ Jueop+.Te&t ^ P8!8P ^

Jueop.Te&t ^ P8!8P ^ fn ^ P8!8P ^ Jueans.Te&t ^ P8LPO


try

Y


"abel+.Te&t V PRecord $s Saved.....PO

"abel+.Te&t V P PO

Z


Y

Response.:riteKea.MessageLO Z

Z

Z

else if K=utton*.Te&t VV P7pdatePL

Y

if Kddcategry.Te&t VV P"earningPL

Y

string s V Pupdate testentry set JuenameV8P ^ Juename.Te&t ^ P8!

Jueopt*V8P ^ Jueop*.Te&t ^ P8! Jueopt+V8P ^ Jueop+.Te&t ^ P8!

JueoptV8P ^ Jueop.Te&t ^ P8! $magesV8P ^ fn ^ P8! JueansV8P ^

Jueans.Te&t ^ P8%here JueidVP ^ Jueid.Te&tO


try

66


67/105

Y


connKLO

"abel+.Te&t V PRecord $s 7pdated.....PO

Jueid.Te&t V P PO

Juename.Te&t V P PO

Jueop*.Te&t V P PO

Jueop+.Te&t V P PO

Jueop.Te&t V P PO

Jueans.Te&t V P PO

"abel+.Te&t V P PO

=utton*.Te&t V P$nsertPO

Z



Z

Z


Y

string s V Pupdate testentry set JuenameV8P ^ Juename.Te&t ̂

P8! Jueopt*V8P ^ Jueop*.Te&t ^ P8! Jueopt+V8P ^ Jueop+.Te&t ^ P8!

JueoptV8P ^ Jueop.Te&t ^ P8! $magesV8P ^ fn ^ P8! JueansV8P ^

Jueans.Te&t ^ P8%here JueidVP ^ Jueid.Te&tO cm V ne% S4l'ommandKs! cnLO

try

Y


connKLO

"abel+.Te&t V PRecord $s 7pdated.....PO

Jueid.Te&t V P PO

Juename.Te&t V P PO

Jueop*.Te&t V P PO

Jueop+.Te&t V P PO

Jueop.Te&t V P PO

Jueans.Te&t V P PO

"abel+.Te&t V P PO

=utton*.Te&t V P$nsertPO

Z

67


68/105


Y


Z

Z

Z

Z

Z


Y

Jueid.Te&t V P PO

Juename.Te&t V P PO

Jueop*.Te&t V P PO

Jueop+.Te&t V P PO Jueop.Te&t V P PO

Jueans.Te&t V P PO

"abel+.Te&t V P PO

Z

protected void =utton'lickKob(ect sender! Event;rgs eL

Y

Z


Y

if Kddcategry.Te&t VV P"earningPL

Y

Jueid.Te&t V >rid@ie%*.SelectedRo%.'ells[*\.Te&tO

Juename.Te&t V >rid@ie%*.SelectedRo%.'ells[+\.Te&tO

Jueop*.Te&t V >rid@ie%*.SelectedRo%.'ells[\.Te&tO

Jueop+.Te&t V >rid@ie%*.SelectedRo%.'ells[/\.Te&tO

Jueop.Te&t V >rid@ie%*.SelectedRo%.'ells[1\.Te&tO

Jueans.Te&t V >rid@ie%*.SelectedRo%.'ells[6\.Te&tO

=utton*.Te&t V P7pdatePO Z


Y

Jueid.Te&t V >rid@ie%*.SelectedRo%.'ells[*\.Te&tO

Juename.Te&t V >rid@ie%*.SelectedRo%.'ells[+\.Te&tO

Jueop*.Te&t V >rid@ie%*.SelectedRo%.'ells[\.Te&tO

68


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Jueop+.Te&t V >rid@ie%*.SelectedRo%.'ells[/\.Te&tO

Jueop.Te&t V >rid@ie%*.SelectedRo%.'ells[1\.Te&tO

Jueans.Te&t V >rid@ie%*.SelectedRo%.'ells[6\.Te&tO

=utton*.Te&t V P7pdatePO

Z

Z

protected void Jueop*Te&t'hangedKob(ect sender! Event;rgs eL

Y

Z

Z

69


70/105

$eedbac4

using SystemO


using System."in4O

using System.:ebO





public partial class user


71/105

Z

catch KE&ception e&L

Y

Z

Z


Y

Te&t=o&+.Te&t V PPO

Te&t=o&.Te&t V PPO

Te&t=o&/.Te&t V PPO

Te&t=o&1.Te&t V PPO

Te&t=o&2.Te&t V PPO

Z

Z

Online A##lication

using SystemO


using System."in4O

using System.:ebO



public partial class user"icenceform ) System.:eb.7$.#age

Y


Y

Z

Z

71


72/105

Licence Rene*

using SystemO


using System."in4O

using System.:ebO



using System.3ataO



public partial class userRene%l ) System.:eb.7$.#age

Y

S4l'onnection cnO S4l'ommand cmO

S4l3ataReader rdO


Y

Z

void connKL

Y

string cs V


g.ToStringKLO


try

Y

cn.penKLO

Z



Z

Z

protected void btnduplict'lickKob(ect sender! Event;rgs eL

Y

connKLO

72


73/105

lblcurntdate.Te&tV3ateTime.o%.ToShort3ateStringKLO

try

Y

string s V Pselect ] from lernglicence %here licencenoV8P ^

t&tlerninglicncno.Te&t ^ P8 and dobV8P ^ t&tdob.Te&t ^ P8PO cm V ne% S4l'ommandKs! cnLO


if Krd.ReadKLL

Y

lblpe&piry.Te&t V rd[Ppe&pirydateP\.ToStringKLO

string e&pirydateO

string currntdateO

e&pirydate V lblpe&piry.Te&tO

currntdate V lblcurntdate.Te&tO if K'onvert.To$nt+Ke&pirydateL XV 'onvert.To$nt+KcurrntdateLL

Y

lblmsg.Te&t V PAour "icence 'an ot =e Rene%al =ecause Aour

#ermanent "icence 3ate $s ot E&pired o%PO

Z

else

Y

Session[PlicencnoP\ V t&tlerninglicncno.Te&tO

Response.RedirectKPWCuserCduplicatelostallo%.asp&PLO Z

Z

else

Y

lblmsg.Te&t V PSorry Aour "earning "icence o ;nd 3ate f =irth

$s :rong PO

Z

Z


Y


73


74/105

Z

Z

Z

74


75/105

Out#ut Screens

(ome #a2e

It is t)e )ome #a2e of t)e #roject3

75


76/105


77/105

%serLo2in

77


78/105

RO est

78


79/105

Learnin2 License $orm

79


80/105

Permanent Licence

80


81/105

Permanent License info

81


82/105

')an2e Pass*ord

82


83/105

Issue Learnin2 License

3

83


84/105

Issue Permanent License

84


85/105

Issue &u#licate


86/105

%#load RO est

86


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$eedbac4

87


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Sco#e

Reusability,

Reusability is possible as and %hen %e re4uire in this application.

:e can update it ne&t version. Reusable soft%are reduces design! coding and

testing cost by amorti0ing effort over several designs. Reducing the amount of

code also simplifies understanding! %hich increases the likelihood that the code

is correct. :e follo% up both types of reusability) Sharing of ne%ly %ritten code

%ithin a pro(ect and reuse of previously %ritten code on ne% pro(ects.

E7tensibility,This soft%are is e&tended in %ays that its original developers may

not e&pect. The follo%ing principles enhance e&tensibility like ,ide data

structure! avoid traversing multiple links or methods! ;void case statements on

ob(ect type and distinguish public and private operations.

Robustness,

$ts method is robust if it does not fail even if it receives improper

parameters. There are some facilities like #rotect against errors! ptimi0e after the program runs! validating arguments and ;void predefined limits.

%nderstandability,

; method is understandable if someone other than the creator of

the method can understand the code Kas %ell as the creator after a time lapseL.

:e use the method! %hich small and coherent helps to accomplish this.

'ost-effectiveness,

$ts cost is under the budget and make %ithin given time period. $t is desirable to aim for a system %ith a minimum cost sub(ect to the

condition that it must satisfy all the re4uirements.

Scope of this document is to put do%n the re4uirements! clearly identifying the

information needed by the user! the source of the information and outputs

e&pected from the system.

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&/-S"SEM ESIN!,

System testing fall outside the scope of the soft%are process and are not

conducted solely by soft%are engineers.

$t includes the follo%ing)

-Recovery testing

-Security testing

-Stress testing

-#erformance testing

'onsidering the fact that the present pro(ect is not much large to invite Systemtesting! this test has not been performed for the present pro(ect.

$n E-Road Transport Management System #ro(ect Blac4 bo7 testin2 is used.

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System Security

Introduction

The protection of computer based resources that includes hard%are!soft%are! data! procedures and people against unauthori0ed use or natural

3isaster is kno%n as System Security.

System Security can be divided into four related issues)

• Security

• $ntegrity

• #rivacy

• 'onfidentiality

S"SEM SE'%RI" refers to the technical innovations and procedures

applied to the hard%are and operation systems to protect against deliberate or

accidental damage from a defined threat.

&AA SE'%RI" is the protection of data from loss! disclosure! modification

and destruction.

S"SEM INE!RI" refers to the po%er functioning of hard%are and

programs! appropriate physical security and safety against e&ternal threats such

as eavesdropping and %iretapping.

PRI6A'" defines the rights of the user or organi0ations to determine %hat

information they are %illing to share %ith or accept from others and ho% the

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organi0ation can be protected against un%elcome! unfair or e&cessive

dissemination of information about it.

'ON$I&ENIALI" is a special status given to sensitive information in a

database to minimi0e the possible invasion of privacy. $t is an attribute of

information that characteri0es its need for protection.

SE'%RI" IN SO$0ARE

System security refers to various validations on data in form of checks andcontrols to avoid the system from failing. $t is al%ays important to ensure that

only valid data is entered and only valid operations are performed on the system.

The system employees t%o types of checks and controls)

'LIEN SI&E 6ALI&AION

@arious client side validations are used to ensure on the client side that only

valid data is entered. 'lient side validation saves server time and load to handle

invalid data. Some checks imposed are)

• ;S#.ET @alidation 'ontrols are used to ensure those re4uired fields are

filled %ith suitable data only. Ma&imum lengths of the fields of the forms are

appropriately defined.

•


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Im#lementation

System implementation is the stage %hen the user has thoroughly tested thesystem and approves all the features provided by the system. The various tests

are performed and the system is approved only after all the re4uirements are

met and the user is satisfied.

The ne% system may be totally ne%O replacing an e&isting manual or

automated system! or it may a ma(or modification to an e&isting system. $n the

either case! proper implementation is essential to provide a reliable system to

meet organi0ation re4uirements .successful implementation may not guarantee

improvement in the organi0ation using the ne% system Kthat is a design

4uestionL !but improper %ill prevent it.

$mplementation is the process of having systems personal cheek out and

put ne% e4uipment to use! train users! install the ne% application and

construct any files of data needed to use it. This phase is less creative than

system design. 3epending on the si0e of the organi0ation that %ill be involve

in using the application and the risk involved in its use! system developer may

choose to test the operation in only one area of the firm %ith only one or t%o

persons. Sometimes! they %ill run both old and ne% system in parallel %ay to

compare the results. $n steel other situations! system developers stop using theold systems one day and start using the ne% one the ne&t.

The implementation of the %eb based or "; base net%ork pro(ect has

some e&tra steps at the time of implementation. :e need to configure the

system according the re4uirement of the soft%are.


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As#ects of im#lementation,-

The t%o aspects of implementation are)

• Training #ersonnel

• 'onversion #rocedures

rainin2,-

Even %ell designed and technically elegant systems can succeed or fail because

of the %ay they are used. Therefore the 4uality of the training received by the

personnel involved %ith the stem in various %ays helps or hinders! and may

event prevent! the successful implementation of an information system.

Maintenance

nce the soft%are is delivered and deployed! then maintenance phase starts.

Soft%are re4uires maintenance because there are some residual errors remaining

in the system that must be removed as they discovered. Maintenance involves

understanding the e&isting soft%are Kcode and related documentsL!

understanding the effect of change! making the changes! testing the ne%

changes! and retesting the old parts that %ere not changed. The comple&ity of

the maintenance task makes maintenance the most costly activity in the life of

soft%are product.

$t is believed that almost all soft%are that is developed has

residual errors! or bugs! in them. These errors need to be removed %hen

discovered that leads to the soft%are change. This is called 'orrective

Maintenance. 'orrective maintenance means repairing! processing or performance failures or making alterations because of previously ill-defined

problems.

Soft%are undergoes change fre4uently even %ithout bugs because

the soft%are must be upgraded and enhanced to include more features and

provide more services. This also re4uires modification of the soft%are. The

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changed soft%are changes the environment! %hich in turn re4uires further

change. This phenomenon is called the “la% of soft%are evaluation”.

Maintenance due to this phenomenon is called adaptive maintenance. ;daptive

maintenance means changing the program function. #erfect maintenance means

enhancing the performance or modifying the programs according to the user5sadditional or changing needs. The keys to reduce the need for maintenance are)

• More accurately defining the user5s re4uirement during system

development.

• #reparation of system documentation in a better %ay.

• 7sing more effective %ays for designing processing logic and

communicating it to pro(ect team members.

• Making better use of e&isting tools and techni4ues.

• Managing the system engineering process effectively.

MAINENAN'E AS5S

'orrective Maintenance

• 3iagnose and fi& logic errors

• Replace defective net%ork cabling

• Restore proper configuration settings

• 3ebug program code

• 7pdate drivers

• $nstall soft%are patch

Ada#tive Maintenance

• ;dd online capability

• 'reate ne% reports

• ;dd ne% data entry field to input screen

• $nstall links to %eb site

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Perfective Maintenance

• $nstall additional memory

• :rite macros to handle repetitive tasks

• 'ompress system files

• ptimi0e user desktop settings

• 3evelop library for code reuse

• $nstall more po%erful net%ork server

Preventive Maintenance

• $nstall ne% antivirus soft%are

• 3evelop standard backup schedule

• $mplement regular defragmentation process

• ;naly0e problem report for patterns

• Tighten all cable connections

MAINENAN'E O$ (E 0EBSIES,

3uring the design and development of both the %ebsites! special care is taken of

the fact that the information %ill be available all over the %orld so only authentic

and correct information is made available through both the %ebsites.

The code %ritten for both the %ebsites is properly documented. The programs

have been documented so that any other programmer can modify them easily.

Meaningful variable names have been used in each program that makes

understanding program logic easier and hence maintenance easy. Moreover %hile

coding the programs the design has been kept modular. Separate modules have

been %ritten and integrated.

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This modular design of the program %ill also help in pointing out and rectification

of faults %ithin the programs.

Most important thing about the maintenance of these sites is that they must be

continuously updated so that all the time latest and correct information is madeavailable to the people visiting these sites.


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'onclusion

$n today5s %orld %ith the increasing traffic and longer commuting

distances it is becoming very difficult for people to travel for their

particular licenses issue.

;lso most of the people today %ork for longer hours and do not have the

fle&ibility to take a break from %ork to give the licenses tests. #eople

have not spent more time for licenses test.

The #eople %ant a facility %here they can have easy to issue their

licenses. The proposed System has the features for @ehicle registration! issuing of

3riving "icense! >iving online test! rene%al of license etc thus making

the RT operations to be performed easily and efficiently.

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Biblio2ra#)y

Boo4s

SO$0ARE EN!INEERIN!

Roger.S. #ressman

&atabase System 'once#ts =t) edition

Silberschat0! Forth! Sudarshan

Profession ASP3NE =3>

%ro&

'om#lete Reference ASP3NE

Robert Standefer

0ebsites

%%%.%schools.com

%%%.%ro&.com

%%%.asp.net
http://www.w3schools.com/http://www.asp.netwww.wrox.com/http://var/www/apps/conversion/tmp/scratch_3/www.asp.nethttp://www.asp.netwww.wrox.com/http://var/www/apps/conversion/tmp/scratch_3/www.asp.nethttp://www.w3schools.com/

Documents

E Road Report