Airline Reservation System1 Final

7/18/2019 Airline Reservation System1 Final

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INDEX

1.INTRODUCTION……………………………………………………………………..1

1.1 Abstract……………………………………………………………………………1

1.2 Existing System……………………………………………………………………2

1.3 Proposed System…………………………………………………………………...2

2. REQUIREMENTS ……………………………………………………........................3

2.1 Hardware Requirements…………………………………………………………....

2.2 So!tware Requirements…………………………………………………………….

3. MODULE DESCRIPTION………………………………………………………….24

4. DESIGN………………………………………………………………………………27

.1 "se case #iagram ………………………………………………………………..2$

.2 %&ass #iagram ……………………………………………………………………3'

.3 Sequence #iagram ……………………………………………………………….31

. %o&&aboration #iagram……………………………………………………………32

.( E)R #iagram ……………………………………………………………………..33

.* #ata dictionary……………………………………………………………………3

5. CODING……………………………………………………………………………...37

6. TESTING……………………………………………………………………………..58

7. OUTPUT SCREENS………………………………………………….......................63

8. CONCLUSION………………………………………………………………………78

9. BIBLIOGRAPH …………………………………………………………………..8!

1



INTRODUCTION

2



ABSTRACT

Air&ine Reser+ation System contains t,e detai&s about !&ig,t sc,edu&es and its !are tari!!s-

passenger reser+ations and ticet records. An air&ine/s in+entory contains a&& !&ig,ts wit,

t,eir a+ai&ab&e seats. 0,e in+entory o! an air&ine ser+ice is genera&&y di+ided into t,ree

category o! c&asses e.g. irst- usiness or Economy c&ass4 and eac, category is ,a+ing

seats up to 2* booings- a&ong wit, prices and booing conditions. 5n+entory data is

imported and maintained t,roug, a Sc,edu&e #istribution System o+er standardi6ed

inter!aces. 7ne o! t,e core !unctions o! t,e in+entory management o! air&ine reser+ations

is t,e in+entory contro&. 5n+entory contro& steers ,ow many seats are a+ai&ab&e !or t,e

di!!erent booing c&asses- by opening and c&osing indi+idua& booing c&asses !or sa&e. 5n

combination wit, t,e !ares and booing conditions stored in t,e are 8uote System t,e

price !or eac, so&d seat is determined.

3



1. INTRODUCTION

1.1 E"#$%#&' S($%)* +

5n !ew countries i! a person wants to boo a !&ig,t ticet- ,e use to !o&&ow

one o! t,ese t,ings9

:anua&&y goes to t,e Airport and boo ,is ticet.

#own&oading t,e ticet !orm as paper document- !i&&ing it manua&&y and

submitting it at Airport.

i&& t,e 0icet !orm on system and get t,e print out as paper documents to submit

it at Airport. ooing t,e 0icet at some particu&ar registered ticet counters in on&ine.

E+en abo+e approac,es mae a ticet booing on&ine- it was not comp&ete&y done

on on&ine. Passenger may not ,a+e muc, !reedom o+er t,is approac,.

Hence t,e Passenger may or may not be satis!ied wit, t,is approac, as it inc&udes

manua& inter+ention &ie tra+e&&ing to Airport !or booing ,is ticet.

1.2 P,--$)/ S($%)*+

0,e Proposed system ensures t,e comp&ete !reedom !or users- w,ere user at ,is own

system can &ogon to t,is website and can boo ,is ticet. 7ur proposed system a&&ows

on&y registered users to boo t,e ticets- +iew timings and cance& t,eir ticets.

5n t,is Proposa& t,e entire wor is done on on&ine and ticet wit, id

is a&so pro+ided !or passengers as a print document. Here passengers can send t,eir

queries and suggestions t,roug, a !eedbac !orm.



RE8"5RE:E;0S

(



2. REQUIREMENTS

2.1 H0,/ 0,) S)##0%#-&

• Processor 9 5nte& Pentium3

• RA: 9 (12:

• Hard dis 9 2<

2.2 S-%0,) R)#,)*)&%$

• ront end 9 .;et ramewor 2.'

• ac end 9 S8= Ser+er 2''(

• 7perating System 9 >indows ?$@P

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M#,-$-% .NET ,0*)-,+

0,e .;E0 ramewor is a new computing p&at!orm t,at simp&i!ies app&ication

de+e&opment in t,e ,ig,&y distributed en+ironment o! t,e 5nternet.

,0*)-, #$ /)$#'&)/ %- # %) --#&' -:;)%#<)$+

• 0o pro+ide a consistent obBect)oriented programming en+ironment w,et,er obBect

code is stored and executed &oca&&y- executed &oca&&y but 5nternet)distributed- or

executed remote&y.

• 0o pro+ide a code)execution en+ironment t,at minimi6es so!tware dep&oyment

and +ersioning con!&icts.

• 0o pro+ide a code)execution en+ironment t,at guarantees sa!e execution o! code-

inc&uding code created by an unnown or semi)trusted t,ird party.

• 0o pro+ide a code)execution en+ironment t,at e&iminates t,e per!ormance

prob&ems o! scripted or interpreted en+ironments.

• 0o mae t,e de+e&oper experience consistent across wide&y +arying types o!

app&ications- suc, as >indows)based app&ications and >eb)based app&ications.

• 0o bui&d a&& communication on industry standards to ensure t,at code based on t,e

.;E0 ramewor can integrate wit, any ot,er code.

C



T) .NET ,0*)-, 0$ %- *0#& -*-&)&%$+

•0,e common &anguage runtime.

• 0,e .;E0 ramewor c&ass &ibrary.

T) -**-& 0&'0') ,&%#*) is t,e !oundation o! t,e .;E0 ramewor. Dou can

t,in o! t,e runtime as an agent t,at manages code at execution time- pro+iding core

ser+ices suc, as memory management- t,read management- and remoting- w,i&e a&so

en!orcing strict type sa!ety and ot,er !orms o! code accuracy t,at ensure security and

robustness. 5n !act- t,e concept o! code management is a !undamenta& princip&e o! t,e

runtime. %ode t,at targets t,e runtime is nown as managed code- w,i&e code t,at does

not target t,e runtime is nown as unmanaged code. 0,e c&ass &ibrary- t,e ot,er main

component o! t,e .;E0 ramewor- is a compre,ensi+e- obBect)oriented co&&ection o!

reusab&e types t,at you can use to de+e&op app&ications ranging !rom traditiona&

command)&ine or grap,ica& user inter!ace <"54 app&ications to app&ications based on t,e

&atest inno+ations pro+ided by ASP.;E0- suc, as >eb orms and := >eb ser+ices.

0,e .;E0 ramewor can be ,osted by unmanaged

components t,at &oad t,e common &anguage runtime into t,eir processes and initiate t,e

execution o! managed code- t,ereby creating a so!tware en+ironment t,at can exp&oit

bot, managed and unmanaged !eatures. 0,e .;E0 ramewor not on&y pro+ides se+era&

runtime ,osts- but a&so supports t,e de+e&opment o! t,ird)party runtime ,osts.

or examp&e- ASP.;E0 ,osts t,e runtime to pro+ide a sca&ab&e- ser+er)side en+ironment

!or managed code. ASP.;E0 wors direct&y wit, t,e runtime to enab&e >eb orms

app&ications and := >eb ser+ices- bot, o! w,ic, are discussed &ater in t,is topic.

5nternet Exp&orer is an examp&e o! an unmanaged app&ication

t,at ,osts t,e runtime in t,e !orm o! a :5:E type extension4. "sing 5nternet Exp&orer to

,ost t,e runtime enab&es you to embed managed components or >indows orms contro&s

in H0:= documents. Hosting t,e runtime in t,is way maes managed mobi&e code

$



simi&ar to :icroso!t Acti+e contro&s4 possib&e- but wit, signi!icant impro+ements

t,at on&y managed code can o!!er- suc, as semi)trusted execution and secure iso&ated !i&e

storage.

0,e !o&&owing i&&ustration s,ows t,e re&ations,ip o! t,e common &anguage runtime and

t,e c&ass &ibrary to your app&ications and to t,e o+era&& system. 0,e i&&ustration a&so s,ows

,ow managed code operates wit,in a &arger arc,itecture.

)0%,)$ - %) C-**-& L0&'0') R&%#*)+

0,e common &anguage runtime manages memory- t,read execution- code execution-

code sa!ety +eri!ication- compi&ation- and ot,er system ser+ices. 0,ese !eatures are

intrinsic to t,e managed code t,at runs on t,e common &anguage runtime.

>it, regards to security- managed components are awarded +arying degrees

o! trust- depending on a number o! !actors t,at inc&ude t,eir origin suc, as t,e 5nternet-

enterprise networ- or &oca& computer4. 0,is means t,at a managed component mig,t or

mig,t not be ab&e to per!orm !i&e)access operations- registry)access operations- or ot,er

sensiti+e !unctions- e+en i! it is being used in t,e same acti+e app&ication.

0,e runtime en!orces code access security. or examp&e- users can trust t,at

an executab&e embedded in a >eb page can p&ay an animation on screen or sing a song-

but cannot access t,eir persona& data- !i&e system- or networ.

0,e security !eatures o! t,e runtime t,us enab&e &egitimate 5nternet)

dep&oyed so!tware to be exceptiona&&y !eature ric,.

0,e runtime a&so en!orces code robustness by imp&ementing a strict type)

and code)+eri!ication in!rastructure ca&&ed t,e common type system %0S4. 0,e %0S

ensures t,at a&& managed code is se&!)describing. 0,e +arious :icroso!t and t,ird)party

&anguage compi&ers

?



<enerate managed code t,at con!orms to t,e %0S. 0,is means

t,at managed code can consume ot,er managed types and instances- w,i&e strict&y

en!orcing type !ide&ity and type sa!ety.

5n addition- t,e managed en+ironment o! t,e runtime e&iminates many common

so!tware issues. or examp&e- t,e runtime automatica&&y ,and&es obBect &ayout and

manages re!erences to obBects- re&easing t,em w,en t,ey are no &onger being used. 0,is

automatic memory management reso&+es t,e two most common app&ication errors-

memory &eas and in+a&id memory re!erences. 0,e runtime a&so acce&erates de+e&oper

producti+ity.

or examp&e- programmers can write app&ications in t,eir de+e&opment &anguage o!

c,oice- yet tae !u&& ad+antage o! t,e runtime- t,e c&ass &ibrary- and components written

in ot,er &anguages by ot,er de+e&opers. Any compi&er +endor w,o c,ooses to target t,e

runtime can do so. =anguage compi&ers t,at target t,e .;E0 ramewor mae t,e

!eatures o! t,e .;E0 ramewor a+ai&ab&e to existing code written in t,at &anguage-

great&y easing t,e migration process !or existing app&ications.

>,i&e t,e runtime is designed !or t,e so!tware o! t,e !uture- it a&so supports so!tware

o! today and yesterday. 5nteroperabi&ity between managed and unmanaged code enab&es

de+e&opers to continue to use necessary %7: components and #==s.

0,e runtime is designed to en,ance per!ormance. A&t,oug, t,e common &anguage

runtime pro+ides many standard runtime ser+ices- managed code is ne+er interpreted. A

!eature ca&&ed Bust)in)time F504 compi&ing enab&es a&& managed code to run in t,e nati+e

mac,ine &anguage o! t,e system on w,ic, it is executing. :eanw,i&e- t,e memory

manager remo+es t,e possibi&ities o! !ragmented memory and increases memory &oca&ity)

o!)re!erence to !urt,er increase per!ormance.

ina&&y- t,e runtime can be ,osted by ,ig,)per!ormance- ser+er)side app&ications-

suc, as :icroso!t S8= Ser+erG and 5nternet 5n!ormation Ser+ices 55S4. 0,is

1'



in!rastructure enab&es you to use managed code to write your business &ogic- w,i&e sti&&

enBoying t,e superior per!ormance o! t,e industrys best enterprise ser+ers t,at support

runtime ,osting.

.NET ,0*)-, C0$$ L#:,0,(+

0,e .;E0 ramewor c&ass &ibrary is a co&&ection o! reusab&e types t,at tig,t&y integrate

wit, t,e common &anguage runtime. 0,e c&ass &ibrary is obBect oriented- pro+iding types

!rom w,ic, your own managed code can deri+e !unctiona&ity. 0,is not on&y maes t,e

.;E0 ramewor types easy to use- but a&so reduces t,e time associated wit, &earning

new !eatures o! t,e .;E0 ramewor. 5n addition- t,ird)party components can integrate

seam&ess&y wit, c&asses in t,e .;E0 ramewor.

or examp&e- t,e .;E0 ramewor co&&ection c&asses imp&ement a set o! inter!aces

t,at you can use to de+e&op your own co&&ection c&asses. Dour co&&ection c&asses wi&&

b&end seam&ess&y wit, t,e c&asses in t,e .;E0 ramewor.

As you wou&d expect !rom an obBect)oriented c&ass &ibrary- t,e .;E0 ramewor types

enab&e you to accomp&is, a range o! common programming tass- inc&uding tass suc, as

string management- data co&&ection- database connecti+ity- and !i&e access. 5n addition to

t,ese common tass- t,e c&ass &ibrary inc&udes types t,at support a +ariety o! specia&i6ed

de+e&opment scenarios. or examp&e- we can use t,e .;E0 ramewor to de+e&op t,e

!o&&owing types o! app&ications and ser+ices9

• %onso&e app&ications.

• Scripted or ,osted app&ications.

• >indows <"5 app&ications >indows orms4.

• ASP.;E0 app&ications.

• := >eb ser+ices.

• >indows ser+ices.

11



or examp&e- t,e >indows orms c&asses are a compre,ensi+e set o! reusab&e types t,at

+ast&y simp&i!y >indows <"5 de+e&opment. 5! you write an ASP.;E0 >eb orm

app&ication- you can use t,e >eb orms c&asses.

C#)&% A#0%#-& D)<)-*)&%+

%&ient app&ications are t,e c&osest to a traditiona& sty&e o! app&ication in >indows)based

programming. 0,ese are t,e types o! app&ications t,at disp&ay windows or !orms on t,e

destop- enab&ing a user to per!orm a tas. %&ient app&ications inc&ude app&ications suc,

as word processors and spreads,eets- as we&& as custom business app&ications suc, as

data)entry too&s- reporting too&s- and so on. %&ient app&ications usua&&y emp&oy windows-

menus- buttons- and ot,er <"5 e&ements- and t,ey &ie&y access &oca& resources suc, as

t,e !i&e system and perip,era&s suc, as printers.

Anot,er ind o! c&ient app&ication is t,e traditiona& Acti+e contro& now rep&aced by

t,e managed >indows orms contro&4 dep&oyed o+er t,e 5nternet as a >eb page. 0,is

app&ication is muc, &ie ot,er c&ient app&ications9 it is executed nati+e&y- ,as access to

&oca& resources- and inc&udes grap,ica& e&ements.

5n t,e past- de+e&opers created suc, app&ications using %@%II in conBunction wit, t,e

:icroso!t oundation %&asses :%4 or wit, a rapid app&ication de+e&opment RA#4

en+ironment suc, as :icroso!t Jisua& asic.

0,e .;E0 ramewor incorporates aspects o! t,ese existing products into a sing&e-

consistent de+e&opment en+ironment t,at drastica&&y simp&i!ies t,e de+e&opment o! c&ient

app&ications.

0,e >indows orms c&asses contained in t,e .;E0 ramewor are designed to be

used !or <"5 de+e&opment. Dou can easi&y create command windows- buttons- menus-

too&bars- and ot,er screen e&ements wit, t,e !&exibi&ity necessary to accommodate

s,i!ting business needs.

12



or examp&e- t,e .;E0 ramewor pro+ides simp&e properties to adBust +isua&

attributes associated wit, !orms. 5n some cases t,e under&ying operating system does not

support c,anging t,ese attributes direct&y- and in t,ese cases t,e .;E0 ramewor

automatica&&y recreates t,e !orms. 0,is is one o! many ways in w,ic, t,e .;E0

ramewor integrates t,e de+e&oper inter!ace- maing coding simp&er and more

consistent.

"n&ie Acti+e contro&s- >indows orms contro&s ,a+e semi)trusted access to a users

computer. 0,is means t,at binary or nati+e&y executing code can access some o! t,e

resources on t,e users system suc, as <"5 e&ements and &imited !i&e access4 wit,out

being ab&e to access or compromise ot,er resources. ecause o! code access security-

many app&ications t,at once needed to be insta&&ed on a users system can now be sa!e&y

dep&oyed t,roug, t,e >eb. Dour app&ications can imp&ement t,e !eatures o! a &oca&

app&ication w,i&e being dep&oyed &ie a >eb page.

13



I&%,-/%#-& %- C=.NET+

%K pronounced as %)s,arp4 is a new &anguage !or windows app&ications- intended as an

a&ternati+e to t,e main pre+ious &anguages- %II- J. 5ts purpose is two !o&ds9

5t gi+es access to many o! t,e !aci&ities pre+ious&y a+ai&ab&e on&y in %II- w,i&e retainingsome o! t,e simp&icity to &earn o! J.

5t ,as been designed speci!ica&&y wit, t,e .;E0 ramewor in mind- and ,ence is +ery

we&& structured !or writing code t,at wi&& be compi&ed !or t,e .;E0.

%K is a simp&e- modern- obBect)oriented &anguage w,ic, aims to combine t,e ,ig,

producti+ity o! J and raw power o! %II. %K is a new programming &anguage

de+e&oped by :icroso!t.

"sing %K we can de+e&op conso&e app&ications- web app&ications and windows

app&ications .5n %K- :icroso!t ,as taen care o! %II prob&ems suc, as memory

management- pointers- so !ort,.

A%#<) S),<), P0')$ .NET >ASP.NET?

1



ASP.;E0 is a programming !ramewor bui&t on t,e common &anguage runtime t,at

can be used on a ser+er to bui&d power!u& >eb app&ications. ASP.;E0 o!!ers se+era&

important ad+antages o+er pre+ious >eb de+e&opment mode&s

E&0&)/ P),-,*0&)+ ASP.;E0 is compi&ed common &anguage runtime code running

on t,e ser+er. "n&ie its interpreted predecessors- ASP.;E0 can tae ad+antage o! ear&y

binding- Bust)in)time compi&ation- nati+e optimi6ation- and cac,ing ser+ices rig,t out o!

t,e box. 0,is amounts to dramatica&&y better per!ormance be!ore you e+er write a &ine o!

code.

@-,/C0$$ T-- S-,%+ A ric, too&box and designer in t,e Jisua& Studio integrated

de+e&opment en+ironment comp&ement t,e ASP.;E0 !ramewor. >DS5>D< editing-

drag)and)drop ser+er contro&s- and automatic dep&oyment are Bust a !ew o! t,e !eatures

t,is power!u& too& pro+ides.

P-), 0&/ )"#:##%(+ ecause ASP.;E0 is based on t,e common &anguage runtime-

t,e power and !&exibi&ity o! t,at entire p&at!orm is a+ai&ab&e to >eb app&ication

de+e&opers. 0,e .;E0 ramewor c&ass &ibrary- :essaging- and #ata Access so&utions are

a&& seam&ess&y accessib&e !rom t,e >eb. ASP.;E0 is a&so &anguage)independent- so you

can c,oose t,e &anguage t,at best app&ies to your app&ication or partition your app&ication

across many &anguages. urt,er- common &anguage runtime interoperabi&ity guarantees

t,at your existing in+estment in %7:)based de+e&opment is preser+ed w,en migrating to

ASP.;E0.

S#*##%(+ ASP.;E0 maes it easy to per!orm common tass- !rom simp&e !orm

submission and c&ient aut,entication to dep&oyment and site con!iguration. or examp&e-

t,e ASP.;E0 page !ramewor a&&ows you to bui&d user inter!aces t,at c&ean&y separate

app&ication &ogic !rom presentation code and to ,and&e e+ents in a simp&e- Jisua& asic )

&ie !orms processing mode&.

M0&0')0:##%(+ ASP.;E0 emp&oys a text)based- ,ierarc,ica& con!iguration system-

w,ic, simp&i!ies app&ying settings to your ser+er en+ironment and >eb app&ications.

1(



ecause con!iguration in!ormation is stored as p&ain text- new settings may be app&ied

wit,out t,e aid o! &oca& administration too&s. 0,is L6ero &oca& administrationL p,i&osop,y

extends to dep&oying ASP.;E0 ramewor app&ications as we&&. An ASP.;E0

ramewor app&ication is dep&oyed to a ser+er simp&y by copying t,e necessary !i&es to

t,e ser+er. ;o ser+er restart is required- e+en to dep&oy or rep&ace running compi&ed code.

S00:##%( 0&/ A<0#0:##%(+ ASP.;E0 ,as been designed wit, sca&abi&ity in mind- wit,

!eatures speci!ica&&y tai&ored to impro+e per!ormance in c&ustered and mu&tiprocessor

en+ironments. urt,er- processes are c&ose&y monitored and managed by t,e ASP.;E0

runtime- so t,at i! one misbe,a+es &eas- dead&ocs4- a new process can be created in its

p&ace- w,ic, ,e&ps eep your app&ication constant&y a+ai&ab&e to ,and&e requests.

C$%-*#0:##%( 0&/ E"%)&$#:##%(+ ASP.;E0 de&i+ers a we&&)!actored arc,itecture t,at

a&&ows de+e&opers to Lp&ug)inL t,eir code at t,e appropriate &e+e&. 5n !act- it is possib&e to

extend or rep&ace any subcomponent o! t,e ASP.;E0 runtime wit, your own custom)

written component. 5mp&ementing custom aut,entication or state ser+ices ,as ne+er been

easier

S),#%(+ >it, bui&t in >indows aut,entication and per)app&ication con!iguration- you

can be assured t,at your app&ications are secure.

L0&'0') S-,%

0,e :icroso!t .;E0 P&at!orm current&y o!!ers bui&t)in support !or many &anguages9

C= #$0 B0$# $,#% )%.

@0% #$ ASP.NET @): -,*$F

1*



0,e ASP.;E0 >eb orms page !ramewor is a sca&ab&e common &anguage runtime)

programming mode& t,at can be used on t,e ser+er to dynamica&&y generate >eb pages.

5ntended as a &ogica& e+o&ution o! ASP ASP.;E0 pro+ides syntax compatibi&ity

wit, existing pages4- t,e ASP.;E0 >eb orms !ramewor ,as been speci!ica&&y designed

to address a number o! ey de!iciencies in t,e pre+ious mode&. 5n particu&ar- it pro+ides9

• 0,e abi&ity !or de+e&opers to c&ean&y structure t,eir page &ogic in an order&y

!as,ion not Lspag,etti codeL4.

• 0,e abi&ity !or de+e&opment too&s to pro+ide strong >DS5>D< design support

!or pages existing ASP code is opaque to too&s4.

• 0,e abi&ity to create and use reusab&e "5 contro&s t,at can encapsu&ate common

!unctiona&ity and t,us reduce t,e amount o! code t,at a page de+e&oper ,as to

write.

ASP.;E0 >eb orms pages are text !i&es wit, an. aspx !i&e name extension. 0,ey

can be dep&oyed t,roug,out an 55S +irtua& root directory tree. >,en a browser c&ient

requests. Aspx resources- t,e ASP.;E0 runtime parses and compi&es t,e target !i&e into

a .;E0 ramewor c&ass. 0,is c&ass can t,en be used to dynamica&&y process incoming

requests. ;ote t,at t,e .aspx !i&e is compi&ed on&y t,e !irst time it is accessedM t,e

compi&ed type instance is t,en reused across mu&tip&e requests4.

An ASP.;E0 page can be created simp&y by taing an existing H0:= !i&e and

c,anging its !i&e name extension to .aspx no modi!ication o! code is required4. or

examp&e- t,e !o&&owing samp&e demonstrates a simp&e H0:= page t,at co&&ects a users

name and category pre!erence and t,en per!orms a !orm post bac to t,e originating page

w,en a button is c&iced9

ASP.;E0 pro+ides syntax compatibi&ity wit, existing ASP pages. 0,is inc&udes support

!or NO O code render b&ocs t,at can be intermixed wit, H0:= content wit,in an

.aspx !i&e. 0,ese code b&ocs execute in a top)down manner at page render time.

C-/)B)#&/ @): -,*$ +

1C



ASP.;E0 supports two met,ods o! aut,oring dynamic pages. 0,e !irst is t,e met,od

s,own in t,e preceding samp&es- w,ere t,e page code is p,ysica&&y dec&ared wit,in t,e

originating .aspx !i&e. An a&ternati+e approac, is nown as t,e code)be,ind met,od w,ere

t,e page code can b e more c&ean&y separated !rom t,e H0:= content into an entire&y

separate !i&e.

I&%,-/%#-& %- ASP.NET S),<), C-&%,-$

5n addition to or instead o!4 using code b&ocs to program dynamic content-

ASP.;E0 page de+e&opers can use ASP.;E0 ser+er contro&s to program >eb Pages.

Ser+er contro&s are dec&ared wit,in an .aspx !i&e using custom tags or intrinsic H0:=

tags t,at contains a ,& 0%JK$),<),K attributes +a&ue. 5ntrinsic H0:= tags are ,and&ed

by one o! t,e contro&s in t,e S($%)*.@):.UI.H%*C-&%,-$ namespace. Any tag t,at

doesnt exp&icit&y map to one o! t,e contro&s is assigned t,e type o!9

S($%)*.@):.UI.H%* C-&%,-$.H%*G)&),#C-&%,-.

Ser+er contro&s automatica&&y maintain any c&ient)entered +a&ues between round trips to

t,e ser+er. 0,is contro& state is not stored on t,e ser+er it is instead stored wit,in an

#&% %()JK#//)&K !orm !ie&d t,at is round)tripped between requests4. ;ote a&so

t,at no c&ient)side script is required.

5n addition to supporting standard H0:= input contro&s- ASP.;E0 enab&es de+e&opers

to uti&i6e ric,er custom contro&s on t,eir pages. or examp&e- t,e !o&&owing samp&e

demonstrates ,ow t,e 0$+ 0/,-%0%-, contro& can be used to dynamica&&y disp&ay

rotating ads on a page.

• ASP.;E0 >eb orms pro+ide an easy and power!u& way to bui&d dynamic >eb

"5.

• ASP.;E0 >eb orms pages can target any browser c&ient t,ere are no script

&ibrary or cooie requirements4.

• ASP.;E0 >eb orms pages pro+ide syntax compatibi&ity wit, existing ASP

pages.

1$



• ASP.;E0 ser+er contro&s pro+ide an easy way to encapsu&ate common

!unctiona&ity.

• ASP.;E0 s,ips wit, ( bui&t)in ser+er contro&s. #e+e&opers can a&so use contro&s

bui&t by t,ird parties.

• ASP.;E0 ser+er contro&s can automatica&&y proBect bot, up &e+e& and down)&e+e&

H0:=.

ADO.NET O<),<#)+

A#7.;E0 is an e+o&ution o! t,e A#7 data access mode& t,at direct&y addresses user

requirements !or de+e&oping sca&ab&e app&ications. 5t was designed speci!ica&&y !or t,e

web wit, sca&abi&ity- state&essness- and := in mind.

1?



A#7.;E0 uses some A#7 obBects- suc, as t,e %onnection and %ommand obBects- and

a&so introduces new obBects. Qey new A#7.;E0 obBects inc&ude t,e #ata Set- #ata

Reader- and #ata Adapter.

0,e important distinction between t,is e+o&+ed stage o! A#7.;E0 and pre+ious data

arc,itectures is t,at t,ere exists an obBect )) t,e #ataSet )) t,at is separate and distinct

!rom any data stores. ecause o! t,at- t,e #ataSet !unctions as a standa&one entity. Dou

can t,in o! t,e #ataSet as an a&ways disconnected record set t,at nows not,ing about

t,e source or destination o! t,e data it contains. 5nside a #ataSet- muc, &ie in a database-

t,ere are tab&es- co&umns- re&ations,ips- constraints- +iews- and so !ort,.

A #ataAdapter is t,e obBect t,at connects to t,e database to !i&& t,e #ataSet. 0,en- it

connects bac to t,e database to update t,e data t,ere- based on operations per!ormed

w,i&e t,e #ataSet ,e&d t,e data.

5n t,e past- data processing ,as been primari&y connection)based. ;ow- in an e!!ort to

mae mu&ti)tiered apps more e!!icient- data processing is turning to a message)based

approac, t,at re+o&+es around c,uns o! in!ormation. At t,e center o! t,is approac, is t,e

#ataAdapter- w,ic, pro+ides a bridge to retrie+e and sa+e data between a #ataSet and its

source data store.

5t accomp&is,es t,is by means o! requests to t,e appropriate S8= commands made

against t,e data store.

0,e :=)based #ataSet obBect pro+ides a consistent programming mode& t,at wors

wit, a&& mode&s o! data storage9 !&at- re&ationa&- and ,ierarc,ica&. 5t does t,is by ,a+ing no

now&edge o! t,e source o! its data- and by representing t,e data t,at it ,o&ds as

co&&ections and data types. ;o matter w,at t,e source o! t,e data wit,in t,e #ataSet is- it

is manipu&ated t,roug, t,e same set o! standard AP5s exposed t,roug, t,e #ataSet and its

subordinate obBects.

2'



>,i&e t,e #ataSet ,as no now&edge o! t,e source o! its data- t,e managed pro+ider

,as detai&ed and speci!ic in!ormation. 0,e ro&e o! t,e managed pro+ider is to connect- !i&&-

and persist t,e #ataSet to and !rom data stores. 0,e 7=E # and S8= Ser+er .;E0 #ata

Pro+iders System.#ata.7&e#b and System.#ata.Sq&%&ient4 t,at are part o! t,e .;et

ramewor pro+ide !our basic obBects9 t,e %ommand- %onnection- #ata Reader and

#ataAdapter. 5n t,e remaining sections o! t,is document- we&& wa& t,roug, eac, part o!

t,e #ataSet and t,e 7=E #@S8= Ser+er .;E0 #ata Pro+iders exp&aining w,at t,ey are-

and ,ow to program against t,em. 0,e !o&&owing sections wi&& introduce you to some

obBects t,at ,a+e e+o&+ed- and some t,at are new. 0,ese obBects are9

• C-&&)%#-&$. or connection to and managing transactions against database.

• C-**0&/$. or issuing S8= commands against a database.

• D0%0 R)0/),$. or reading a !orward)on&y stream o! data records !rom a S8=

Ser+er data source.

• D0%0$)%$. or storing- remoting and programming against !&at data- := data and

re&ationa& data.

• D0%0 A/0%),$. or pus,ing data into a #ataSet- and reconci&ing data against a

database.

• C-&&)%#-&$

%onnections are used to ta& to databases- and are represented by pro+ider)speci!ic

c&asses suc, as S8=%onnection. %ommands tra+e& o+er connections and resu&t sets are

returned in t,e !orm o! streams w,ic, can be read by a #ata Reader obBect- or pus,ed into

a #ataSet obBect.

C-**0&/$ +

%ommands contain t,e in!ormation t,at is submitted to a database- and are

represented by pro+ider)speci!ic c&asses suc, as S8=%ommand. A command can be a

stored procedure ca&&- an "P#A0E statement- or a statement t,at returns resu&ts. Dou can

a&so use input and output parameters- and return +a&ues as part o! your command syntax.

21



0,e examp&e be&ow s,ows ,ow to issue an 5;SER0 statement against t,e ;ort,wind

database.

D0%0 R)0/),$ +

0,e #ata Reader obBect is somew,at synonymous wit, a read)on&y@!orward)on&y

cursor o+er data. 0,e #ata Reader AP5 supports !&at as we&& as ,ierarc,ica& data. A #ata

Reader obBect is returned a!ter executing a command against a database.0,e !ormat o! t,e

returned #ataReader obBect is di!!erent !rom a recordset. or examp&e- you mig,t use t,e

#ataReader to s,ow t,e resu&ts o! a searc, &ist in a web page.

D0%0 S)%$ 0&/ D0%0 A/0%),$+

D0%0 S)%$+

0,e #ataSet obBect is simi&ar to t,e A#7 Record set obBect- but more power!u&- and wit,

one ot,er important distinction9 t,e #ataSet is a&ways disconnected. 0,e #ataSet obBect

represents a cac,e o! data- wit, database)&ie structures suc, as tab&es- co&umns-

re&ations,ips- and constraints.

Howe+er- t,oug, a #ataSet can and does be,a+e muc, &ie a database- it is

important to remember t,at #ataSet obBects do not interact direct&y wit, databases- or

ot,er source data. 0,is a&&ows t,e de+e&oper to wor wit, a programming mode& t,at is

a&ways consistent- regard&ess o! w,ere t,e source data resides.

#ata coming !rom a database- an := !i&e- !rom code- or user input can a&& be p&aced

into #ataSet obBects. 0,en- as c,anges are made to t,e #ataSet t,ey can be traced and

+eri!ied be!ore updating t,e source data. 0,e <et%,anges met,od o! t,e #ataSet obBect

actua&&y creates a second #atSet t,at contains on&y t,e c,anges to t,e data. 0,is #ataSet

is t,en used by a #ataAdapter or ot,er obBects4 to update t,e origina& data source.

0,e #ataSet ,as many := c,aracteristics- inc&uding t,e abi&ity to produce and consume

:= data and := sc,emas. := sc,emas can be used to describe sc,emas

22



interc,anged +ia >eb Ser+ices. 5n !act- a #ataSet wit, a sc,ema can actua&&y be compi&ed

!or type sa!ety and statement comp&etion.

D0%0 A/0%),$ >OLEDBSQL?

0,e #ataAdapter obBect wors as a bridge between t,e #ataSet and t,e source data.

"sing t,e pro+ider)speci!ic Sq&#ataAdapter a&ong wit, its associated Sq&command and

Sq&%onnection4 can increase o+era&& per!ormance w,en woring wit, a :icroso!t S8=

Ser+er databases. or ot,er 7=E #)supported databases- you wou&d use t,e

7&e#b#ataAdapter obBect and its associated 7&e#b%ommand and 7&e#b%onnection

obBects.

0,e #ataAdapter obBect uses commands to update t,e data source a!ter c,anges

,a+e been made to t,e #ataSet. "sing t,e i&& met,od o! t,e #ataAdapter ca&&s t,e

SE=E%0 commandM using t,e "pdate met,od ca&&s t,e 5;SER0- "P#A0E or #E=E0E

command !or eac, c,anged row. Dou can exp&icit&y set t,ese commands in order to

contro& t,e statements used at runtime to reso&+e c,anges- inc&uding t,e use o! stored

procedures. or ad),oc scenarios- a %ommand ui&der obBect can generate t,ese at run)

time based upon a se&ect statement.

SQL SERER

DATABASE+

23



A database management- or #:S- gi+es t,e user access to t,eir data and ,e&ps t,em

trans!orm t,e data into in!ormation. Suc, database management systems inc&ude dase-

paradox- 5:S- S8= Ser+er and S8= Ser+er. 0,ese systems a&&ow users to create- update

and extract in!ormation !rom t,eir database.

A database is a structured co&&ection o! data. #ata re!ers to t,e c,aracteristics o!

peop&e- t,ings and e+ents. S8= Ser+er stores eac, data item in its own !ie&ds. 5n S8=

Ser+er- t,e !ie&ds re&ating to a particu&ar person- t,ing or e+ent are bund&ed toget,er to

!orm a sing&e comp&ete unit o! data- ca&&ed a record it can a&so be re!erred to as raw or an

occurrence4. Eac, record is made up o! a number o! !ie&ds. ;o two !ie&ds in a record can

,a+e t,e same !ie&d name.

#uring an S8= Ser+er #atabase design proBect- t,e ana&ysis o! your business c,ange o+er

time- you de!ine any additiona& !ie&ds or c,ange t,e de!inition o! existing !ie&ds.

SQL S),<), T0:)$

S8= Ser+er stores records re&ating to eac, ot,er in a tab&e. #i!!erent tab&es are created

!or t,e +arious groups o! in!ormation. Re&ated tab&es are grouped toget,er to !orm a

database.

P,#*0,( )(

E+ery tab&e in S8= Ser+er ,as a !ie&d or a combination o! !ie&ds t,at unique&y identi!ies

eac, record in t,e tab&e. 0,e "nique identi!ier is ca&&ed t,e Primary Qey- or simp&y t,e

Qey. 0,e primary ey pro+ides t,e means to distinguis, one record !rom a&& ot,er in a

tab&e. 5t a&&ows t,e user and t,e database system to identi!y- &ocate and re!er to one

particu&ar record in t,e database.

-,)#'& )(

>,en a !ie&d is one tab&e matc,es t,e primary ey o! anot,er !ie&d is re!erred to as a

!oreign ey. A !oreign ey is a !ie&d or a group o! !ie&ds in one tab&e w,ose +a&ues matc,

2



t,ose o! t,e primary ey o! anot,er tab&e.needs identi!ies a&& t,e !ie&ds or attributes o!

interest. 5! your business needs

2(



:7#"=E #ES%R5P057;

3. MODULE DESCRIPTION

2*



0,e &ist o! modu&es incorporated wit, A5R=5;E RESERJA057; SDS0E: are

1. Registration modu&e

2. Administrati+e modu&e

3. Passenger modu&e

1. R)'#$%,0%#-& *-/)

5n registration modu&e !irst we as passenger to gi+e ,is detai&s.A!ter registering wit, us

t,e passenger can &ogon to ,is@,er own account and can +iew a&& !&ig,t detai&s suc, as

0imings- Prices-A+ai&abi&ity o! seats and can boo t,e ticet wit, unique ticet id.7nce

Passenger registered wit, us can boo any number o! ticets.

2. A/*#&#$%,0%#<) *-/)

Administrati+e modu&e is pro+ided !or t,e sae o! administrators to manage t,e site and

update t,e content at regu&ar inter+a&s- 0,e maBor operations inc&uded in t,is modu&e are9

%reate and maintain air&ine sc,edu&e- !are and timings o! t,e &ig,t.

Jiew t,e passenger &ist.

Jiew t,e a+ai&ab&e seats in t,e !&ig,ts.

%ance& t,e ticets.

"pdating t,e !&ig,t sc,edu&e and timings and !are.

2C



3. P0$$)&'), *-/)

0,is modu&e is meant !or passengers- w,ere a user &ogging into ,is@,er owns account wi&&

+iew t,is pane&. 0,e maBor operations inc&uded in t,is modu&e were

Jiew a&& air&ine sc,edu&es- timings- !are detai&s and seats a+ai&abi&ity.

oo !or t,e ticets.

Jiew and cance&&ing o! t,e ticet.

Send !eedbac.

e,ind t,ese modu&es- it a&so inc&udes additiona& >ebPages &ie Password

reco+ery conso&e- 0ips regarding Bourney- 0ra+e&ing news around wor&d and ,e&p

regarding our site.

2$



DESIGN

2?



4. DESIGN

UML DIAGRAMS+

4.1 U$) 0$) /#0',0*

Login

Scheduling flights

View passenger list

%ance& t,e ticet

view feedback

Log out

ADMIN

3'



View flight timingsand availability

ook the ticket

Send feedback

Send cancel re!uest

Log out

"egister

Login

#S$"

31



4. C0$$ D#0',0*

32



4.3 S))&) /#0',0*

33



4.4 C-0:-,0%#-& /#0',0*

3



4.5 ER /#0',0*

3(



4.5 D0%0 /#%#-&0,(

05%QE0 77Q5;<

0icet idno

Passengername

#estinationStationon

;o.passenger

s

SourceStation&igt,;ame

=7<5;

=oginname

e

Passwor

d

;ame<ender

:obi&e

=ocation

0ype

S%HE#"=5;<

&ig,tname

0ime

Sourcestation

5#

#estination Station

EE#A%Q

;ame

Emai&

SubBeSeats

oos

#epend

s

<i+e

s

3*



EEDBAC TABLE

ATTRIBUTE NAME DATATPE CONSTRAINTS SAMPLE ALUES

5# 5nt Primary ey 1

;ame Jarc,ar('4 ;ot nu&& su,as

Emai& Jarc,ar('4 ;ot nu&& su,asra++aya,oo.com

SubBect Jarc,ar('4 ;ot nu&& Password

:essage Jarc,ar:A4 ;u&& Some text message ,ere

SCHEDULING TABLE

A00R5"0E ;A:E #A0A0DPE %7;S0RA5;0S SA:P=E JA="E

&ig,tname Jarc,ar('4 Primary ey Su,as

0ime #atetime ;ot nu&& 2C@'*@2'1' *9((9'' A:

Sourcestation Jarc,ar('4 ;ot nu&& HD#

#estinationstation Jarc,ar('4 ;ot nu&& ;E> #E=H5

Seats int ;ot nu&& 12'

Price int ;ot nu&& 12''

TICETBOOING TABLE

A00R5"0E ;A:E

#A0A0DPE %7;S0RA5;0S SA:P=E JA="ES

Passengername Jarc,ar('4 oreign ey Su,as

3C



&ig,tname Jarc,ar('4 oreign ey Qing!is,er

Sourcestation Jarc,ar('4 ;ot nu&& HD#

#estinationstation Jarc,ar('4 ;ot nu&& #E=H5

0icetno int Primary ey 1'

;umbero!

paasengers

5nt ;ot nu&& 3

REGISTRATION TABLE

ATTRIBUTE NAME DATATPE CONSTRAINTS SAMPLEALUES

"sername Jarc,ar22'4 Primary ey Su,as

Password Jarc,ar22'4 c,ec Su,as123'

irst name ;umber1'4 ;ot nu&& Su,as Ra++a

<ender Jarc,ar22'4 ;ot nu&& :a&e

=ocation ;umber 2'4 ;ot nu&& 5;#5A

P,no ;umber1'4 ;ot nu&& ?1CCC*1(C

3$



CODING

5. CODING

3?



R)'#$%),.0$"

using SystemM

using System.#ataM

using System.%on!igurationMusing System.%o&&ectionsM

using System.>ebM

using System.>eb.SecurityMusing System.>eb."5M

using System.>eb."5.>eb%ontro&sM

using System.>eb."5.>eb%ontro&s.>ebPartsM

using System.>eb."5.Htm&%ontro&sMusing System.#ata.Sq&%&ientM

pub&ic partia& c&ass #e!au&t2 9 System.>eb."5.Page

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i! 0extox(.0ext XU 0extox3.0ext4

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=abe&11.0ext U Lpassword mismatc,edLM

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protected +oid utton2V%&icobBect sender- E+entArgs e4 T

W protected +oid Radioutton1V%,eced%,angedobBect sender- E+entArgs e4

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protected +oid Radioutton=ist1VSe&ected5ndex%,angedobBect sender- E+entArgs e4

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protected +oid %,ecox1V%,eced%,angedobBect sender- E+entArgs e4

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& U & I 1M

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T Sq&%onnection con U new Sq&%onnectionconstring4M

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cmd.%ommand0ype U %ommand0ype.0extM

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=abe&?.0ext U LuserLM cmd.%ommand0ext U Lse&ect =oginname !rom =oginLM

Sq&#ataAdapter da U new Sq&#ataAdapter 4M

da.Se&ect%ommand U cmdM #ataSet ds U new #ataSet4M

da.i&&ds- LempL4M

int c U 'M

!or int i U 'M i N ds.0ab&esYLempLZ.Rows.%ountM iII4 T

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cmd.%ommand0ext U Linsert into

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=abe&$.Jisib&e U !a&seM

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=abe&$.Jisib&e U trueM =abe&$.0ext U Lsome !ie&ds are &e!t emptyLM

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=abe&$.Jisib&e U trueM

=abe&$.0ext U L=ogin name a&ready existsLM W

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protected +oid 0extox2V0ext%,anged1obBect sender- E+entArgs e4 T

W protected +oid 0extox(V0ext%,angedobBect sender- E+entArgs e4

T

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using SystemM

using System.#ataMusing System.%on!igurationM

using System.%o&&ectionsM

using System.>ebM



using System.>eb."5.>eb%ontro&s.>ebPartsMusing System.>eb."5.Htm&%ontro&sM

using System.#ata.Sq&%&ientM

pub&ic partia& c&ass &ogin 9 System.>eb."5.PageT

protected +oid PageV=oadobBect sender- E+entArgs e4

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protected +oid 0extox2V0ext%,angedobBect sender- E+entArgs e4

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%on!iguration:anager .%onnectionStringsYLconLZ.%onnectionString.0oString4M protected +oid utton2V%&ic1obBect sender- E+entArgs e4

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Sq&%onnection con U new Sq&%onnectionconstring4M

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cmd.%onnection U conM

con.7pen4M

cmd.%ommand0ext U Lse&ect =oginname-0ype !rom =ogin w,ere =oginnameUL I0extox1.0ext I Land PasswordUL I 0extox2.0ext I Land

0ypeULI#rop#own=ist1.0extILLM Sq&#ataAdapter da U new Sq&#ataAdapter 4M

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using SystemM



using System.>ebM



using System.>eb.SecurityM

using System.>eb."5M

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using System.#ata.Sq&%&ientM pub&ic partia& c&ass :asterPage 9 System.>eb."5.:asterPage

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i! SessionYL0ypeLZ XU nu&&4

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0ES05;<

(*



*. 0ES05;<

SSTEM TESTING

0esting is a set o! acti+ities t,at can be p&anned in ad+ance and conducted

systematica&&y. 0,e proposed system is tested in para&&e& wit, t,e so!tware t,at consists o!

its own p,ases o! ana&ysis- imp&ementation- testing and maintenance. o&&owing are t,e

tests conducted on t,e system.

UNIT TESTING+

#uring t,e imp&ementation o! t,e system eac, modu&e o! t,e system was testedseparate&y to unco+er errors wit, in its boundaries. "ser inter!ace was used as a guide in

t,e process.

MODULE TESTING

A modu&e is composed o! +arious programs re&ated to t,at modu&e. :odu&e testing

is done to c,ec t,e modu&e !unctiona&ity and interaction between units wit,in a modu&e.

5t c,ecs t,e !unctiona&ity o! eac, program wit, re&ation to ot,er programs wit,in t,e

same modu&e. 5t t,en tests t,e o+era&& !unctiona&ity o! eac, modu&e.

INTEGRATION TESTING

5ntegration testing is a systematic tec,nique !or constructing t,e program structure

w,i&e conducting tests to unco+er errors associated wit, inter!acing. 0,e obBecti+e is to

tae unit)tested modu&e and bui&d a program structures t,at ,as been dictated by design.

(C



ACCEPTANCE TESTING

0,e so!tware ,as been tested wit, t,e rea&istic data gi+en by t,e c&ient and

produced !ruit!u& resu&ts. 0,e c&ient satis!ying a&& t,e requirements speci!ied by t,em ,as

a&so de+e&oped t,e so!tware wit,in t,e time &imitation speci!ied. A demonstration ,as

been gi+en to t,e c&ient and t,e end)user gi+ing a&& t,e operationa& !eatures.

IMPLEMENTATION PHASE

0,e imp&ementation is t,e !ina& and important p,ase. 5t in+o&+es user training-

system testing and success!u& running o! t,e de+e&oped system. 0,e users test t,e

de+e&oped system w,en c,anges are made according to t,e needs. 0,e testing p,ase

in+o&+es t,e testing o! t,e de+e&oped system using +arious inds o! data. An e&aborate

testing o! data is prepared and system is tested using t,e tests data.

5mp&ementation is t,e stage w,ere t,eoretica& design turned into a woring

system. 5mp&ementation is p&aned care!u&&y to propose system to a+oid unanticipated

prob&ems. :any preparations in+o&+ed be!ore and during t,e imp&ementation o! proposed

system. 0,e system needed to be p&ugged in to t,e organi6ation/s networ t,en it cou&d

be accessed !rom anyw,ere- a!ter a user &ogins into t,e porta&. 0,e tass t,at ,ad to be

done to imp&ement t,e system were to create t,e database tab&es in t,e organi6ation

database domain. 0,en t,e administrator was granted ,is ro&e so t,at t,e system cou&d be

accessed.

0,e next p,ase in t,e imp&ementation was to educate t,e system. A

demonstration o! a&& t,e !unctions t,at can be carried out by t,e system was gi+en to

examination department person- w,o wi&& mae extensi+e use o! t,e system.

($



TEST CASES+

(?



S.;o 0est case name 0est

procedure

Pre

conditionExpected

resu&t

7utput

1. Registration !orm ;ame-

=oginname-Pass

word-%on!irm password- Sex-

=ocation- P,no

H7:E :essage

registered

success!u&&y-=oginna

me

a&readyexists-

password

notmatc,ed

Success

2. =ogin !orm Enter

=oginname-Password- 0ype

H7:E #isp&ay

&oginsuccess!u&

&y-in+a&id

usernameor

password

Success

3. Sc,edu&ing

!orm

Jiew

&ig,tname-

0ime-Sourceststion-#estinationststion-Seats-

Price.

Admin

,ome

page

!&ig,t

detai&s

"pdated

Success

. Passenger &ist

!orm

Jiew

Passengername-

&ig,tname-Sourcestation-#esti

nationstation-;

umbero!passengers-0icetno.

Admin

,ome

page

Passenger

detai&s

"pdated

Success

(. eedbac +iew!orm

Jiew5#-;ame-Emai&-SubBect-:essage.

Admin,ome page

eedbac#isp&ayed

Success

*. 0imings !orm Sourcestation-#estinationstation

"ser,ome

page

&ig,tname-

time

disp&ayed

Success

C. 0icetbooing

!orm

;umbero!passe

ngers-

&ig,tname-Sourceststion-

#estinationstation.

"ser

,ome

page

Success!u&

&y booed-

0icetidwi&& be

disp&ayed.

Success

$. %ance& ticet

!orm

&ig,tname-

0icetno.

"ser

,omepage

Success!u&

&ycance&ed-s

er+er bu6y

Success

?. ooed 0icets

!orm

Passengername-

&ig,tname-Sou

rcestation-#esti

nation-0icno- ;oo!passengers

"ser

,ome

page

=ist o!

ticets o!

t,at user

Success

1'. eedbac !orm ;ame- Emai&-SubBect-

"ser,ome

0,anyou!or your

Success

*'



TEST CASES SCREENS9

*1



D)$,#%#-&+ 0,e abo+e is error message appears w,en user tries to gi+e in+a&id

username or password.

*2



7"0P"0 S%REE;S

*3



7. OUTPUT SCREENS

LOGIN ORM

D)$,#%#-&+ 0,is is &ogin !orm !or user and admin.

*



REGISTRATION ORM

D)$,#%#-&+ 0,is is registration !orm !or registering wit, site- registered users wi&& be

pro+ided wit, unique username and password.

*(



LIGHT SCHEDULES

D)$,#%#-&+ "pdating- de&eting o! !&ig,t can be done t,roug, t,is !orm by admin.

**



PASSENGERS LIST

D)$,#%#-&+ 0,is is &ist o! passengers tra+e&&ing t,roug, di!!erent !&ig,ts can be managed

by admin t,roug, t,is !orm.

*C



EEDBAC IE@

D)$,#%#-&+ 0,is !orm s,ows !eedbac !rom passengers to admin.

*$



TIMINGS O LIGHTS

D)$,#%#-&+ 0,is !orm gi+es timings o! !&ig,ts based on source and destination stations piced by user. Price and seats a+ai&abi&ity can a&so be +iewed.

*?



TICET BOOING

D)$,#%#-&+ 0,is !orm is used to boo t,e ticet and it generates t,e ticet id !or user.

C'



TICET CANCELLATION

D)$,#%#-&+ 0,is is a !orm t,roug, w,ic, passenger can cance& ,is ticet.

C1



LIST O TICETS BOOED B USER

D)$,#%#-&+ 0,is !orm disp&ays &ist o! ticets booed by passenger.

C2



EEDBAC ORM

D)$,#%#-&+ 0,is !orm is used to post t,e !eedbac !rom user to admin.

C3



CONCLUSION

C



8.CONCLUSION

<etting accurate in!ormation about w,at +isas or permits you need is an important part o!

preparing !or a trip or stay abroad. 0o ,e&p you wit, t,is tas we ,a+e pro+ided

in!ormation about embassies and consu&ates abroad- and we ,a+e a&so inc&uded

companies t,at pro+ide +isa and passport ser+ices.

>e o!!er documentation processing- app&ication [ !i&ing

ser+ices !or t,ose interested in app&ying !or a +isa.A strong researc, team ensures t,at

cases are e+a&uated and processed as per t,e &atest updated ru&es and regu&ations.

C(



55=7<RAPHD

1'. 55=7<RAPHD

R)),)&)$+

S70>ARE E;<5;EER5;< ) y Roger/s.Pressman

C*

Airline Reservation System1 Final

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Transcript of Airline Reservation System1 Final