Report of Hotel Management System Santhosh Mohan

8/10/2019 Report of Hotel Management System Santhosh Mohan

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MINI PROJECT REPORT ON

HOTEL MANAGEMENT SYSTEMReport submitted to the Mahatma Gandhi University in partial fulfillment of the requirement for

award of the degree of

BACHELOR OF COMPUTER APPLICATIONS 2012 - 2013.

By

Name : SANTHOSH MOHAN

Enrollmen No :

Co!r"e Co#e : $0%

Under the guidance of

N'&(a )ame"

BSS INFORMATION TECHNOLO*+ MISSION, TH+CAU

THIRUANANTHAPURAM

/M* UNIERSIT+ OFF-CAMPUS STU+ CENTRE


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ECLARATION

I SANTHOSH MOHAN, undesigned here by declare that

the ro!ect reort entitled "HOTEL MANA*EMENT S+STEM# is a record

of indeendent ro!ect $or% carries out by &e under the suer'ision and

guidance of Mr.San'o"' !mar B.R( I also declare that this has not been

re'iously sub&itted for the a$ards of any degree

SANTHOSH MOHAN

2

)otel Manage&ent *yste&


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ACNOLE*EMENT

+irst of all $e gi'e our sincere than%s to al&ighty od for %eeing us fit for

successful co&letion of this ro!ect( In the sa&e note, $e are also than%ful to our arents for

their hel and &oral suort(

Then I a& e-tre&ely than%ful and rofound our deeest gratitude to our resected

Princial r.P.Ma#'!"oo#anan P&lla&, for his guidance, &oti'ation, encourage&ent and

oortunity gi'en to us throughout course(

I sincerely than% all of &y friends and class&ates for their 'aluable suggestions and

insiration(

I $ould li%e to e-ress &y dee sense of gratitude to other faculty &e&bers of our

college, arents, friends and all other for their hel in the fulfill&ent of this ro!ect(

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CONTENTS Pae No.

1. INTROUCTION .

/(/ 0BOUTT)EPROJECT .

2. RE4UIREMENT ANAL+SIS 1

2(/ +E0*IBI3IT4*TU54 1

2(2 E6I*TIN*4*TEM 7

2(8 PROPO*E5*4*TEM /9

2(: +UNCTION035E*CRIPTION /9

3. S+STEM ESI*N /2

8(/ INPUT5E*IN /2

8(2 OUTPUT5E*IN /8

8(8 50T0B0*E5E*IN /:

8(: 50T0+3O;5I0R0M /1

5. S+STEM IMPLEMENTATION 22

:(/ PROCE**INEN/

7. CONCLUSION >7

8.BIBILIO*RAPH+ .9

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ABSTRACT

This ro!ect is about HOTEL MANA*EMENT S+STEM

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CHAPTER 01

INTROUCTION

MOULES:-

PROUCT? @ It contains the details of the Products that are a'ailable in the sho( That &eans

nu&ber and tyes of Products in the a'ailable in the sho(

BOOIN*:-In this user can boo%ing the Co&uter(

ELIER+:-The details that refer to the deli'ery of the Co&uter(

ETAILS:-This &odule is used to the co&lete details of the Co&uter )ard$ares li%e $hich tye

of )ard$ares that are a'ailable in the sho(

CUSTOMER ETAILS:-It contains the co&lete details of the custo&er details li%e custo&er

na&e, &obile no, address etc

CHAPTER 02

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RE4UIREMENT ANAL+SIS

2.1 FEASIBILIT+STU+

+easibility study is a test of syste& roosed regarding its $or%ability, i&act on the

organiAation, ability to &eet the needs and effecti'e use of resources( Thus, $hen a ne$

ro!ect is roosed, it nor&ally goes through a feasibility study before it is aro'ed for

de'elo&ent(

0 feasibility study is &ade to see if the ro!ect on co&letion $ill ser'e the urose of the

organiAation for the a&ount of $or%, effort and the ti&e that is send on it( +easibility study lets the

de'eloer foresee the future of the ro!ect and its usefulness(

0ll the ro!ects are feasible gi'en unli&ited resources and infinite ti&e( Unfortunately, the

de'elo&ent of the co&uter@based syste& is &ore li%ely to be layed by a security of resources and

difficulty deli'ery dates( +easibility and ris% analysis are related in &any $ays( If ro!ect ris% is

great, the feasibility of roducing the uality soft$are is reduced(

Se9" &n Fea"&&l&( S!#(

+easibility *tudy in'ol'es eight stes?

+or& a ro!ect tea& and aoint a ro!ect leader(

Preare a syste& flo$ chart(

Enu&erate otential candidate syste&s(

5escribe and identify characteristics of candidate syste&s(

5escribe and e'aluate erfor&ance and cost effecti'eness of each candidate syste&s(

;eight syste& erfor&ance and cost data(

*elect the best candidate syste&(

Preare and reort final ro!ect directi'e and &anage&ent(

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Mainly three %ey considerations are in'ol'ed in the feasibility analysis(

Econo&ic +easibility

Technical +easibility

Oerational +easibility

2.1.1 E;onom&;al Fea"&&l&(

Econo&ical +easibility is the &ost freuently used &ethod for e'aluating the effecti'eness of

the candidate syste&( More co&&only %no$n as costbenefit analysis, the rocedure is to deter&ine

the benefits and sa'ings that are e-ected fro& a candidate syste& and co&are the& $ith costs( If

benefits out$eigh costs, then the decision is &ade to design and i&le&ent the syste&( Other$ise,

further !ustifications or alterations in the roosed syste& $ill ha'e to be &ade if it is ha'ing a chance

of being aro'ed( This is an ongoing effort that i&ro'es in accuracy at each hase of the syste&

life cycle(

2.1.2 Te;'n&;al Fea"&&l&(

Technical +easibility centers on the e-isting co&uter syste& Dhard$are, soft$are, etc and to

$hat e-tend it can suort the roosed addition( +or e-a&le, if the current co&uter is oerating at

=9 ercent caacity, an arbitrary ceiling, then running another alication could o'er load the syste&

or reuire additional hard$are( This in'ol'es financial considerations to acco&&odate technical

enhance&ents( If the budget is a serious constraint, then the ro!ect is !udged not feasible(

2.1.3 O9era&onal Fea"&&l&(

The &ain roble& faced during de'elo&ent of a ne$ syste& is getting accetance fro& the

user( Peole are inherently resistant to changes and co&uters ha'e been %no$n to facilitate change(

It is &ainly related to hu&an organiAational and olitical asects(

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The oints to be considered are?

;hat changes $ill be brought $ith the syste&F

;hat ne$ s%ills $ill be reuiredF 5o the e-isting staff &e&bers ha'e these s%illsF If not,

can they be trained due course of ti&eF

enerally, ro!ect $ill not be re!ected si&ly because of oerational feasibility but such

considerations are li%ely to critically affect the nature and scoe of the e'entual reco&&endations(

This feasibility study is carried out by a s&all grou of eole $ho are fa&iliar $ith infor&ation

syste& techniues, $ho understand the arts of the business that are rele'ant to the ro!ect and are

s%illed in s%illed analysis and design rocess(

2.2 E


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chec% *er'ice details, it is cost@effecti'e( Thousands of custo&erGs details can be stored at

this syste&( There is no &uch &ano$er reuired( )OTE3 M0N0EMENT *4*TEM

ro'ides the follo$ing functionality

reater accuracy, seed and reliability of infor&ation handling and data rocessing

oerations(

0bility to handle &ore custo&ers faster $ith &ore auto&atic data rocessing(

Better data &aniulation and easy data retrie'al(

Ma%e transactions easier

2.5 FUNCTIONALESCRIPTION

Pro!ect is di'ided into 8 &odules( They are

Pro#!; Manaemen

In this &odule ad&inistrator add the roduct details( 0d&inistrator ha'e the right to add, edit

and delete the roducts once added ,and User can only add and edit the roduct details( The addition

of roduct is co&letely based on a uniue id( )ere the ad&in can search or delete the roduct on the

basis of roduct id( Once a transaction is &ade the uantity of corresonding roduct gets reduced

fro& the stoc%(

Em9lo(ee Manaemen

In this &odule 0d&inistrator add the E&loyee details and can edit, udate and delete

E&loyee details( This &odule also secifies the details of the roducts $hich the E&loyee has( The

addition of E&loyee is co&letely based on a uniue id( )ere the ad&in can search or delete the

E&loyee on the basis of sulier id( 0lso E&loyee can search the roduct $ith resect to roduct

id(

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Re9or *enera&on

This &odule secifies the reort of all the transactions of sales( The billings of transactions are in full

control of the ad&inistrator( 0d&inistrator can use this reort for further reference( It includes the

roduct id, roduct na&e, cost of the roduct, no( of uantity and so on(

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CHAPTER 03

S+STEM ESI*N

3.1 INPUTESI*N

The inut design is the rocess of con'erting the user@oriented inuts in to the co&uter@

based for&at( The goal of designing inut data is to &a%e auto&ation as easy and free fro&

errors as ossible( The inut design reuire&ents such as user friendliness, consistent for&at

and interacti'e dialogue for gi'ing the right &essage and hel for the user at right ti&e are

also considered for the de'elo&ent of the ro!ect(

The follo$ing oints should be considered $hile designing the inut?

;hat data to inutF

;hat &ediu& to useF

)o$ the data should be arranged or codedF

The dialogue to guide users in ro'iding inut(

5ata ite&s and transactions needing 'alidation to detect errors(

Methods for erfor&ing inut 'alidation and stes to follo$ $hen errors occur(

Inaccurate inut data is the &ost co&&on cause of error in rocessing data( Errors entered

by the data entry oerators can be controlled by the inut design( The arrange&ent of

&essages as $ell as lace&ent of data, headings and titles on dislay screens or source

docu&ent is also a art of inut design(

The design of inut also includes secifying the &eans by $hich end

user and syste& oerators direct the syste& $hat action to ta%e(

The inut design is the lin% bet$een the infor&ation syste& and the

user( It co&rises the de'eloing secification and rocedures for data rearation and those

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stes that are necessary to ut transaction data into a usable for& for rocessing data entry(

In this ro!ect all the necessary te-t bo-es are 'alidated( The inut

for&s are designed in


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and $hen the user logs on and reuests for a ser'ice, the corresonding age is fetched fro&

the ser'er after 'alidation and is rendered(

3.3 ATABASE ESI*N

The &ost i&ortant asect of building soft$are syste&s is database design(

The highest le'el in the hierarchy is the database( It is a set of inter@related files for real ti&e

rocessing( It contains the necessary data for roble& sol'ing and can be used by se'eral users

accessing data concurrently( The general ob!ecti'e of database design is to &a%e the data access easy,

ine-ensi'e and fle-ible to the user(

5atabase design is used to define and then secify the structure of

business used in the clientser'er syste&( 0 business ob!ect is nothing but infor&ation that is

'isible to the users of the syste&( The database &ust be a nor&aliAed one(

5atabase &anage&ent syste& D5BM* allo$s the data to be rotected and organiAed

searately fro& other resources li%e hard$are, soft$are and rogra&s( 5BM* is a soft$are

ac%age, $hich contains co&onents that are not found in other data &anage&ent ac%ages(

The significance of 5BM* is the searation of data as seen by the rogra&s and data as

stored on the direct access storage de'ices, i(e( the difference bet$een logical and hysical

data(

In &y ro!ect, I ha'e used M* *H3 as the database to i&le&ent the

data store art( The &ost i&ortant art in the database design is the identification of tables to

be used(

The table in this ro!ect are

TABLE ESI*N

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Lo&n

F&le# Name aa T(9e F&le# S&e e";r&9&on

UN0ME Userna&e of the ad&in

P0**; Pass$ord of the ad&in

C!"omer ea&l":


N0ME


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0E


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CO5 Chec% Out 5ate

COT Chec% Out Ti&e

R


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RN


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C'ane Pa""=or#:


UN0ME Userna&e

CUP; Current Pass$ord

NP; Ne$ Pass$ord

CNP; Confir& Pass$ord

A## Em9lo(ee ea&l":


N0ME Na&e of E&loyee

055RE**


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3.$ ATAFLOIA*RAM

0 data flo$ diagra& is a grahical techniue that deicts infor&ation flo$ and

transfor&s that are alied as data &o'e fro& inut to outut( The 5+5 is also %no$n as

5ata +lo$ rah or Bubble Chart( The 5+5 is used to reresent increasing infor&ation flo$

and functional details( 0lso 5+5 can be stated as the starting oint of the design hase that

functionally deco&oses the reuire&ents secifications do$n to the lo$est le'el of detail(

0 3e'el 9 also called a funda&ental syste& &odel or a conte-t le'el 5+5 that

reresent the entire soft$are ele&ents as a single bubble $ith inut and outut data indicated

by inco&ing and outgoing arro$s, resecti'ely( 0dditional rocess and infor&ation flo$

arts are reresented in the ne-t le'el, i(e(, le'el / 5+5( Each of the rocesses reresented at

le'el / are sub functions of o'erall syste& deicted in the conte-t &odel( 0ny rocesses that

are co&le- in le'el / $ill be further reresented into sub functions in the ne-t le'el, i(e(,

le'el 2(

5ata flo$ diagra& is a &eans of reresenting a syste& at any le'el of detail $ith a

grahic net$or% of sy&bols sho$ing data flo$s, data stores, data rocesses and data sources(

The urose of data flo$ diagra& is to ro'ide a se&antic bridge bet$een users and syste&

de'eloers( The diagra& is the basis of structured syste& analysis( 0 5+5 describes $hat

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data flo$s rather than ho$ they are rocessed, so it does not deend on hard$are, soft$are,

data structure or file organiAation(

Com9onen" o? aa Flo= &aram

There are four sy&bols that are used in the dra$ing of 5ata +lo$ 5iagra&s?

En&&e"

E-ternal entities reresent the sources of data that enter the syste& or the reciients of data

that lea'e the syste&(

Pro;e""

Processes reresent acti'ities in $hich data is &aniulated by being stored or retrie'ed or

transfor&ed in so&e $ay( 0 circle reresents it( The rocess $ill sho$ the data

transfor&ation or change(

aaa"e"

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5atabases reresent storage of data $ithin the syste&(

aa Flo=

0 data flo$ sho$s the flo$ of infor&ation fro& its source to its destination( 0 line reresents

a data flo$, $ith arro$heads sho$ing the direction of flo$(

CONTE


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LEEL- 1 /Em9lo(ee

LEEL- 2 /A#m&n

23


ADMINISTRAT

OR

Custo

mr

Info

Empl

oye

Detai

ls

Sea

rc!

A

Dele

te

Eit

A

Sea

rc!

Dele

te

Eit

Trans

ctn"ill

ACustomer

Transaction

A

Employee

Ser#ic

e

Info

EM$LOYEE

LOGI

N

Emplye

Detai

ls

HOTEL

AEmployee

A

Ser#ice


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LEEL- 2 /Em9lo(ee

24


ADMINISTRATOR

Empl

oye

Detail

s

Ser#ic

e Info

Sea

rc!

A

Del

ete

Eit

Sea

rc!

Eit

A

Employee

A

Ser#ice


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CHAPTER 05

S+STEM IMPLEMENTATION

5.1 PROCESSIN*ENIRONMENT

5.1.1 Har#=are S9e;&?&;a&on

Processor ? Intel Pentiu&:

R0M ? /B

)ard 5is% ? :9B

5ri'es ? C5 ROM 5ri'e

5islay *iAe ? /># Color Monitor

*creen Resolution ? =99.99 Pi-els

Color Palette ? True Color D2: bit

eyboard ? PC0T Enhanced Tye

Mouse ? *tandard $indo$s %eyboard

Monitor ? *


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5.1.2 So?=are S9e;&?&;a&on

Oerating *yste& ? ;indo$s 6P

+ront End ?


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EENTRIENPRO*RAMMIN*


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Most for& has a delete section, but a for& can also include for& header, ageheader, age

footer and for& footer(

MOULES:-

0 &odule is a collection of


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Te-tbo- hels to dislay data fro& a table, uery or Oracle state&ent( Te-tbo-

can also be bound( 5ata in an unbound te-tbo- isnGt stored any$here(

5. L&"o@

In &any cases it is uic%er and easier to select a 'alue fro& a list than to

re&e&ber a 'alue to tye( 0 list of choices also hel to ensure that the 'alues that is

entered in the field is correct( 3istfor& erfor&s this action(

$. Comoo@

0 co&bo bo- is li%e a te-tbo- and a list bo- co&bined together( To select a

'alue in a co&bobo- , if the co&bobo- in bound, the entered or selected 'alue is

inserted into the field that the co&bobo- is bound to(

%. C'e;>o@

Chec%bo- acts as a stand@alone control to dislay a 4es No(


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MS S4LSERER 200$

*H3 *er'er 299> Dfor&erly codena&ed L4u%onL $as released in

October 299>( It included nati'e suort for &anaging 6M3data, in addition to relational

data( +or this urose, it defined an -&l data tyethat could be used either as a data tye in

database colu&ns or as literalsin ueries( 6M3 colu&ns can be associated

$ith6*5sche&as 6M3 data being stored is 'erified against the sche&a( 6M3 is con'erted

to an internal binary data tye before being stored in the database( *ecialiAed inde-ing

&ethods $ere &ade a'ailable for 6M3 data(

6M3 data is ueried using6Huery *H3 *er'er 299> added so&e e-tensions

to the T@*H3language to allo$ e&bedding 6Huery ueries in T@*H3( In addition, it also

defines a ne$ e-tension to 6Huery, called 6M3 5M3 that allo$s uery@based &odifications

to 6M3 data( *H3 *er'er 299> also allo$s a database ser'er to be e-osed o'er$eb

ser'icesusing Tabular 5ata *trea&DT5* ac%ets encasulated $ithin*O0P

Drotocolreuests( ;hen the data is accessed o'er $eb ser'ices, results are returned as

6M3(

Co&&on 3anguage Runti&eDC3R integration $as introduced $ith this 'ersion, enabling

one to $rite *H3 code as Managed Code by the C3R( +or relational data,T@*H3has been

aug&ented $ith error handling features Dtrycatch and suort for recursi'e ueries $ith

CTEs DCo&&on Table E-ressions( *H3 *er'er 299> has also been enhanced $ith ne$

inde-ing algorith&s, synta- and better error reco'ery syste&s( 5ata ages arechec%

su&&edfor better error resiliency, and oti&istic concurrency suort has been added for

better erfor&ance( Per&issions and access control ha'e been &ade &ore granular and the

uery rocessor handles concurrent e-ecution of ueries in a &ore efficient $ay( Partitions on

30

http://en.wikipedia.org/wiki/XMLhttp://en.wikipedia.org/wiki/Relational_databasehttp://en.wikipedia.org/wiki/Relational_databasehttp://en.wikipedia.org/wiki/Data_typehttp://en.wikipedia.org/wiki/Literal_(computer_science)http://en.wikipedia.org/wiki/XSDhttp://en.wikipedia.org/wiki/XQueryhttp://en.wikipedia.org/wiki/T-SQLhttp://en.wikipedia.org/wiki/Web_servicehttp://en.wikipedia.org/wiki/Web_servicehttp://en.wikipedia.org/wiki/Tabular_Data_Streamhttp://en.wikipedia.org/wiki/SOAP_(protocol)http://en.wikipedia.org/wiki/SOAP_(protocol)http://en.wikipedia.org/wiki/Common_Language_Runtimehttp://en.wikipedia.org/wiki/T-SQLhttp://en.wikipedia.org/wiki/Checksumhttp://en.wikipedia.org/wiki/Checksumhttp://en.wikipedia.org/wiki/XMLhttp://en.wikipedia.org/wiki/Relational_databasehttp://en.wikipedia.org/wiki/Relational_databasehttp://en.wikipedia.org/wiki/Data_typehttp://en.wikipedia.org/wiki/Literal_(computer_science)http://en.wikipedia.org/wiki/XSDhttp://en.wikipedia.org/wiki/XQueryhttp://en.wikipedia.org/wiki/T-SQLhttp://en.wikipedia.org/wiki/Web_servicehttp://en.wikipedia.org/wiki/Web_servicehttp://en.wikipedia.org/wiki/Tabular_Data_Streamhttp://en.wikipedia.org/wiki/SOAP_(protocol)http://en.wikipedia.org/wiki/SOAP_(protocol)http://en.wikipedia.org/wiki/Common_Language_Runtimehttp://en.wikipedia.org/wiki/T-SQLhttp://en.wikipedia.org/wiki/Checksumhttp://en.wikipedia.org/wiki/Checksum


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tables and inde-es are suorted nati'ely, so scaling out a database onto a clusteris easier(

*H3 C3R $as introduced $ith *H3 *er'er 299> to let it integrate $ith the (NET +ra&e$or%(

*H3 *er'er 299> introduced LM0R*L DMultile 0cti'e Results *ets, a &ethod of allo$ing

usage of database connections for &ultile uroses(

*H3 *er'er 299> introduced 5M


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One of the %ey features of


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To analyAe our data or resent it in a certain $ay in rint, create a reort( 5ata Reort

allo$s us to use drag and dro to uic%ly create reorts fro& any record set, including

hierarchical record sets(

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CHAPTER 0$

S+STEM COIN*

Lo&n:

Pri'ate *ub Co&&and2Clic%D

End

End *ub

Pri'ate *ub Co&&and/Clic%D

Call connect

s/ Lselect fro& login $here UN0MEL Q Te-t/(Te-t Q L and P0**L Q Te-t2(Te-t Q LL

rs(Oen s/, con, adOenstatic, ad3oc%ReadOnly

If rs(ReordCount 9 Then

Unload Me

M5I +or&(*ho$

Else

MsgBo- LIN


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A CUSTOMER ETAILS:

Private Sub Command1_Click()

If Option1.Enabled = rue !en

"ender = #$%&E#

El'e

"ender = #E$%&E#

End If

If et1(*).et = ## Or et1+.et = ## Or et1,.et = ## Or et1(-).et = ##

Or et1().et = ## Or et1(/).et = ## Or et10.et = ## Or et15.et = ##

Or et1/.et = ## Or et-.et = ## !en

$'"o #Plea'e Enter %ll 2etail' efore Submit#

El'e

Call connect

con.eecute #in'ert into

C2(3%$E4CI24CO243%IO34%E4OCC6P4S243O%43OC4CC)7alue'(8# 9 et1(*).et

9 #848# 9 et1+.et 9 #848# 9 et1,.et 9 #848# 9 "ender 9 #848# 9 et1(-).et 9

#848# 9 et1().et 9 #848# 9 et1(/).et 9 #848# 9 et10.et 9 #848# 9

et15.et 9 #848# 9 et1/.et 9 #848# 9 et-.et 9 #8)#

$'"o #:ecord Succe''full; %dded#

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Call di'connect

End If

End Sub

Private Sub Command_Click()

et1(*).et = ##

et1+.et = ##

et1,.et = ##

et1(-).et = ##

et1().et = ##

et1(/).et = ##

et10.et = ##

et15.et = ##

et1/.et = ##

et-.et = ##

End Sub

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Private Sub Command-_Click()

6nload $e

End Sub

EDIT C%STOMER DETAILS&

Private Sub Command1_Click()

If et1(*).et = ## Or et1+.et = ## Or et1,.et = ## Or et1(-).et = ##

Or et1().et = ## Or et1(/).et = ## Or et10.et = ## Or et15.et = ##

Or et1/.et = ## Or et-.et = ## !en

$'"o #Plea'e Enter %ll 2etail' efore Submit#

El'e

Call connect

con.eecute #in'ert into

62(3%$E4CI24CO243%IO34%E4OCC6P4S243O%43OC4CC)7alue'(8# 9 et1(*).et

9 #848# 9 et1+.et 9 #848# 9 et1,.et 9 #848# 9 et1(-).et 9 #848# 9

et1().et 9 #848# 9 et1(/).et 9 #848# 9 et10.et 9 #848# 9 et15.et 9

#848# 9 et1/.et 9 #848# 9 et-.et 9 #8)#

$'"o #:ecord Succe''full; %dded#

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Call di'connect

End If

End Sub

Private Sub Command_Click()

et1(*).et = ##

et1+.et = ##

et1,.et = ##

et1(-).et = ##

et1().et = ##

et1(/).et = ##

et10.et = ##

et15.et = ##

et1/.et = ##

et-.et = ##

End Sub

Private Sub Command-_Click()

6nload $e

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End Sub

TRANSACTION ETAILS:


If Te-t/7(Te-t LL Or Te-t29(Te-t LL Or Te-t>(Te-t LL Or Te-t.(Te-t LL Or Te-t1(Te-t LL Or

Te-t=(Te-t LL Or Co&bo=(Te-t LL Or Te-t7(Te-t LL Or Te-t/9(Te-t LL Or Te-t//(Te-t LL

Then

MsgBo- LPlease Enter 0ll 5etails Before *ub&itL

Else

Call connect

con(e-ecute Linsert into O+DCO5,COT,R,TC,OC,*T,5I*C,T,5P,RB(Te-t Q L,L Q Te-t.(Te-t Q L,L Q Te-t1(Te-t Q L,L Q Te-t=(Te-t Q L,L

Q Co&bo=(Te-t Q L,L Q Te-t7(Te-t Q L,L Q Te-t/9(Te-t Q L,L Q Te-t//(Te-t Q LL

MsgBo- LRecord *uccessfully 0ddedL

Call disconnect

End If

End *ub


Unload Me

End *ub

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Te-t/7(Te-t LL

Te-t29(Te-t LL

Te-t>(Te-t LL

Te-t.(Te-t LL

Te-t1(Te-t LL

Te-t=(Te-t LL

Te-t7(Te-t LL

Te-t/9(Te-t LL

Te-t//(Te-t LL

End *ub

CLEANIN*:


If Te-t/D9(Te-t LL Or Te-t/D/(Te-t LL Or Co&bo/(Te-t LL Then


Else

Call connect

con(e-ecute Linsert into C3E0NDRN,NOC,TO;


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Call disconnect

End If

End *ub


Te-t/D9(Te-t LL

Te-t/D/(Te-t LL

End *ub


Unload Me

End *ub

REPAIR ISSUES:


If Te-t/D9(Te-t LL Or Te-t/D/(Te-t LL Or Co&bo/(Te-t LL Then


Else

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Call connect

con(e-ecute Linsert into C3E0NDRN,NOC,TO;


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If Te-t/D9(Te-t LL Or Te-t/D/(Te-t LL Or Te-t2(Te-t LL Or Co&bo/(Te-t LL Or Te-t8(Te-t

LL Or Te-t:(Te-t LL Or Te-t>(Te-t LL Or Te-t.(Te-t LL Then


Else

Call connect

con(e-ecute Linsert into O+DNOC,RN,NO5,TO


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End *ub


Unload Me

End *ub

ORER FOR:

Pri'ate *ub c&dsubClic%D

If Co&bo/(Te-t LL Or Te-t/D9(Te-t LL Or Te-t/D>(Te-t LL Or Te-t/D8(Te-t LL Or

Te-t/D.(Te-t LL Or Te-t/D1(Te-t LL Then


Else

Call connect

con(e-ecute Linsert into O+DTO5+,N0ME,RN,CC,EE,TOOR(Te-t Q L,L Q Te-t/D8(Te-t Q L,L Q Te-t/D.(Te-t Q L,L Q

Te-t/D1(Te-t Q LL


Call disconnect

End If

End *ub


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Te-t/D9(Te-t LL

Te-t/D>(Te-t LL

Te-t/D8(Te-t LL

Te-t/D.(Te-t LL

Te-t/D1(Te-t LL

End *ub


Unload Me

End *ub

CHAN*E PASSOR:


If Te-t2(Te-t LL Or Te-t8D9(Te-t LL Or Te-t/(Te-t LL Or Te-t:(Te-t LL Then


Else

Call connect

con(e-ecute Linsert into P0**;OR5 C)0NEDUN0ME,CUP;,NP;,CNP;


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Call disconnect

End If

End *ub


Te-t2(Te-t LL

Te-t8D9(Te-t LL

Te-t/(Te-t LL

Te-t:(Te-t LL

End *ub


Unload Me

End *ub

A EMPLO+EE ETAILS


If Otion/(Enabled True Then

gender LM03EL

Else

gender L+EM03EL

End If

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If Te-t/D9(Te-t LL Or Te-t/D/(Te-t LL Or Te-t/D>(Te-t Or Te-t/D8(Te-t LL Or Te-t/D=(Te-t

LL Or Te-t/D7(Te-t LL Or Te-t/D:(Te-t LL Or Te-t/D2(Te-t LL Or Te-t/D.(Te-t LL Or

Te-t/D1(Te-t LL Or Te-t2(Te-t LL Then


Else

Call connect

con(e-ecute Linsert into

EMPDN0ME,055RE**,5E*,MOB,*03,0E,+N0ME,EH,N0TION,5OB,EN,EMPC(Te-t Q L,L Q Te-t/D8(Te-t Q L,L Q

Te-t/D=(Te-t Q L,L Q Te-t/D7(Te-t Q L,L Q Te-t/D:(Te-t Q L,L Q Te-t/D2(Te-t Q L,L Q

Te-t/D.(Te-t Q L,L Q Te-t/D1(Te-t Q L,L Q gender Q L,L Q Te-t2(Te-t Q LL


Call disconnect

End If

End *ub


Unload Me

End *ub


Te-t/D9(Te-t LL

Te-t/D/(Te-t LL

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Te-t/D>(Te-t LL

Te-t/D8(Te-t LL

Te-t/D=(Te-t LL

Te-t/D7(Te-t LL

Te-t/D:(Te-t LL

Te-t/D2(Te-t LL

Te-t/D.(Te-t LL

Te-t/D1(Te-t LL

Te-t2(Te-t LL

End *ub

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CHAPTER 0%

S+STEM TESTIN*

*yste& Testing is the stage of i&le&entation, $hich is ai&ed at ensuring that

the syste& $or%s accurately and efficiently as e-ected before li'e oeration co&&ences( It

certifies that the $hole set of rogra& hang together( *yste& testing reuires a test lan that

consists of se'eral %eys, acti'ities and stes to run rogra&, string, syste& and user

accetance testing( The i&le&entation of ne$ly designed ac%age is i&ortant in adoting a

successful ne$ syste&(

Testing Ob!ecti'es

Testing is the rocess of correcting a rogra& $ith intend of finding an error(

0 good test is one that has a high robability of finding a yet undisco'ered error(

0 successful test is one that unco'ers an undisco'ered error(

IFFERENT T+PES OF TESTIN*

Unit Testing

In this testing $e test each &odule indi'idually and integrate the o'erall

syste&( Unit testing focuses 'erification efforts on the s&aller unit of soft$are design in the

&odule( This is also %no$n as K&oduleG testing( The &odules of the syste& are tested

searately( The testing is carried out during rogra&&ing stage itself( In this testing ste each

&odule is found to $or% satisfactory as regard to the e-ected outut fro& the &odule( There

are so&e 'alidation chec%s for 'erifying the data inut gi'en by the user( It is 'ery easy to

find error and debug the syste&(

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Inera&on Te"&n

5ata can be lost across an interface one &odule can ha'e an ad'erse

effect on the other sub functions $hen co&bined by &ay not roduce the desired &a!or

functions( Integrated testing is the syste&atic testing for constructing the unco'er errors

$ithin the interface( This testing $as done $ith sa&le data( The need for integrated test is to

find the o'erall syste& erfor&ance(

Bla;> Bo@ Te"&n

This testing atte&ts to find errors in the follo$ing areas or categories?

Incorrect or &issing functions, interface errors, errors in data structures, e-ternal database

access, erfor&ance errors and initialiAation and ter&ination errors(

Validation Testing

0t the cul&ination of Blac% Bo- testing, soft$are is co&letely

asse&bled as a ac%age, interface errors ha'e been unco'ered and corrected and final series

of soft$are tests, 'alidation tests begins(


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O!9! Te"&n

0fter erfor&ing the 'alidation testing, the ne-t ste is outut testing of the

roosed syste& since no syste& could be useful if it doesnGt roduce the reuired data in the

secific for&at( The outut dislayed or generated by the syste& under consideration is tested

by, as%ing the user about the for&at dislayed( The outut for&at on the screen is found to be

correct as the for&at $as designed in the syste& according to the user needs( )ence the

outut testing doesnGt result in any correction of the syste&(

U"er A;;e9an;e Te"&n

User accetance of the syste& is the %ey factor for the success of the syste&(

The syste& under consideration is tested for user accetance by constantly %eeing in touch

$ith rosecti'e syste& at the ti&e of de'eloing and &a%ing change $here'er reuired(

This is done $ith regard to the follo$ing oints?

Outut *creen design(

Inut *creen design(

Menu dri'en syste&(

'&e Bo@ Te"&n

;hite bo- testing is a testing case design &ethod that uses the control

structure of the rocedural design to deri'e the test cases( The entire indeendent ath in a

&odule is e-ercised at least once( 0ll the logical decisions are e-ercised at least once(

E-ecuting all the loos at boundaries and $ithin their oerational bounds e-ercise internal

data structure to ensure their 'alidity(

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CHAPTER 06

SCREEN LA+OUTS

S9la"' S;reen:

Lo&n

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MI/CUSTOMER:

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A## C!"omer:

E#& C!"omer ea&l":

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Remoe C!"omer ea&l":

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T(9e O? Room ane#:

MI/TRANSACTION:

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Tran"a;&on ea&l":

MI/SERICES:

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Clean&n:

Re9a&r I""!e":

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e'&;le Ser&;e":

Or#er For:

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MI/SECURIT+:

C'ane Pa""=or#:

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MI/Ao! U":

A## Em9lo(ee ea&l":

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Ao! Hoel Manaemen S("em:

CONCLUSION

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This ro!ect &ade by the hand$or% of the grou &e&bers and is a s&all effort in the

de'elo&ent of larger rogra&s, and it in'ol'es li&ited asects $hich are needed in day to

day hotel oeration( The soft$are de'elo&ent although is a 'ery difficult tas% but it can be

carried out successfully $ith the effort of the grou $or%( 0fter the co&letion of this ro!ect

$e learnt different things about soft$are and its de'elo&ent( ;e also learnt to $or% in a

grou and realiAe its i&ortance( Thus this ro!ect can be a guideline for the beginners and

can be e-a&le for the de'elo&ent of a s&all rogra&(

I ha'e de'eloed this soft$are $ith &y ut&ost caability( By &a%ing further &odifications I

li%e to include &ore details to the syste&( By adding this, I a& sure that &y ro!ect $ill be

one of the best si&lest sales &anage&ent syste&s( I belie'e that $ith the graceful blessing

of the 03MI)T4 I can successfully add this feature(

)otel &anage&ent syste& D)M* is a s&all rogra& that is related in the field of hotels to

&anage custo&ers( This ro!ect is designed to fulfill the need of the future generations(This

ro!ect is s&all ac%age $hich includes different categories as $ell as ha'ing all ossible

features( ;e ha'e e-ected that it $ill be helful to the, custo&ers as $ell as 0d&inistrati'e

&e&ber(;e $ill i&ro'e this ro!ect in future $ith online roo& reser'ation syste& and also

i&ro'e in security by ro'iding a &agnetic coated card to er&anent custo&er for

auto&atic chec% in and chec% out(;e are $aiting for your best suggestion and encourage&ent

$hich could &a%e us i&ro'e the future rogra&&ing &uch better then the one $e ha'e

carried out(

BIBILIO*RAPH+

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/( *yste& 0nalysis and 5esign S Elias(M(0$ard, algotia Publications, 299/

2( *oft$are Engineering S Ian *o&&er'ille

8( *oft$are Pro!ect Manage&ent S Roger(*(Press&an(

:( Mastering OR0C3E @ *te'en M(Bcra$stai

>( M*

Report of Hotel Management System Santhosh Mohan

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Transcript of Report of Hotel Management System Santhosh Mohan