Hotel Management
Content 1. Project Pr Profile 2. Analysis 3. Ha Hard rdwa ware re & Sof Softw twar are e Re Requ quir irem emen ent t 4. O Oer eri iew ew of !ro !ront nt"e "end nd too tool l #$%. #$%.' '() () *. O Oer eri iew ew of %ac %ac+" +"en end d tool tool #, #,S S acc acces ess) s) -. ata/ase e esi0n . 'R" ia0ram . ata i ictionary . System (estin0 1. esi0n esi0n Screens Screens5ots 5ots 11. 11 . 6o 6odi din0 n0 12. 7m8lement 7m8lementation ation 13. %i/lio %i/lio0ra 0ra85y 85y
Hotel Management
Hotel Management
Hotel Management
Hotel Management Aim of the Project The aim of this project project is to develop develop a system that will help in automating this whole process of the Hotel Management. It also maintains infor formati matio on
of
the
Room,Cu ,Custo stomer.
A
user ser
can vie view
detail
of
the the
Room,oo!ing, Customer speed up the whole process from the managing and viewing the detail
Objectives The main o"jectives o"jectives of the project project are to reduce the overhead overhead in maintaining the information a"out the Room, oo!ing, Customer Chec!I#. The o"jectives o"jectives is to computeri$ed computeri$ed all the manual wor!. y the help of this software we can %nd overall Room, Customer record on the "asics of their Customer #ame , Room #&. The main aim of our project project is to "uild a user friendly, friendly, e'cient and ro"ust ro"ust system that will handle all information related to the Hotel.
The main feature of Hotel Management
Add new Room.
Add new oo!ing Records.
Add new Customer Chec!I# Record Record Acording Acording to Room Room #o.
Add Customer Chec!&(T Records.
(pdating and searching the information a"out the Customer,oo!ing,Chec!in.
searching the information a"out the oo!ing, Chec!in,Chec!out.
)enerate the ill
)enerate the Report *i!e Chec!I#, oo!ing, Chec!&(T.
Hotel Management
Hotel Management
ANALYSIS Ienti!cation of Nee Identi%cation of the needs is the %rst step in the analysis phase. efore developing the actual software %rstly we need to analysis all the need of the user.
Preliminar" Investigation In this phase we collect all the necessary information information related to the re+uirement of the client. o there is a re+uirement to automate this whole process of Hotels.
#easibilit" #easibilit" stu" A feasi"ility study study is designed to to provide provide an overview overview of the primary issue related to a "usiness idea. A feasi"ility study loo!s at three major areas
&rgani$ational issue Mar!et issue inancial issue Three major major considerations are involved in the feasi"ility analysis
Economic Feasibility: /conomic feasi"ility of the project is very
important feasi"ility study that has to done .Cost 0ene%t analysis is done done for this purpose. purpose. /conomic /conomic feasi"ility feasi"ility for the 1roject 1roject should should "e determined "efore any project under ta!ing as this is important. If the project is not feasi"le there is no point in carrying on with the project. Cost2ene%t analysis is an important phase as this leads to the decision
Hotel Management
whether the project is within the "udget of the organi$ation. After this analysis it was found that this project is economically feasi"le.
Technical Feasibility: Technical easi"ility centers on the e3isting
computer system4hardware, software etc5 and to what e3tends it can support the proposed addition. (nder this consideration, it is e3amined that the organi$ation is well e+uipped with all the re+uired hardware and the software resources li!e 1entium 6 processor, greater than 789 M" RAM., :indow ;1 1rofessional. Having considered all there aspect can the system "e developed and implemented.
Behavioral Feasibility y ehavioral easi"ility we %nd that whether
user will accept the change and whether our project is "ehaviorally feasi"le or not. Automating the Hotel Management system will help in computeri$ing the whole manual system of service and maintaining the information related to the Customer. easi"ility can "e done when the system is to "e implemented at a particular site.
Conclusion After all the a"ove feasi"ility studies it is found that Hotel management software is "oth economically, technically and "ehaviorally feasi"le.
Hotel Management
Hotel Management
SO#T$A%& %&'(I%&M&NTS •
•
&>C >rivers installed
•
M Access
•
:indows ;1 or A"ove
HA%)$A%& %&'(I%&M&NTS
•
1ersonal computer with ?=6?@ or higher processor
•
6= ) hard dis! space
•
789 or A"ove M RAM
Hotel Management
Hotel Management
O*&%*I&$ O# *isual +asic,N&T /5, which allows them to share tools and facilitates in the creation of mi3ed2language solutions. In addition, these languages leverage the functionality of the .#/T ramewor!, which provides access to !ey technologies that simplify the development of A1 :e" applications and ;M* :e" ervices. Microsoft
for
productively
"uilding
type2safe
and
o"ject2oriented
applications.
gar"age
collection,
enhanced security,
and
versioning
Hotel Management
The ,N&T #rame-or. The .#/T ramewor! is a multi2language environment for "uilding, deploying, and running ;M* :e" ervices and applications. It consists of three main parts-
•
Common Language %untime
>espite its name, the runtime actually
has a role in "oth a componentDs runtime and development time e3periences. :hile the component is running, the runtime is responsi"le for managing memory allocation, starting up and stopping threads and processes, and enforcing security policy, as well as satisfying any dependencies that the component might have on other components. At development time, the runtimeDs role changes slightlyE "ecause it automates so much 4for e3ample, memory management5, the runtime ma!es the developerDs e3perience very simple, especially when compared to C&M as it is today. In particular, features such as reFection dramatically reduce the amount of code a developer must write in order to turn "usiness logic into a reusa"le component.
•
(ni!e /rogramming classes The framewor! provides developers with a uni%ed, o"ject2oriented, hierarchical, and e3tensi"le set of class li"raries 4A1Is5. Currently, C developers use the Microsoft oundation Classes and ava developers use the :indows oundation Classes. The framewor! uni%es these disparate models and gives
Hotel Management
framewor! and developers are free to choose the language that they want to use.
•
A1.#/T A1.#/T "uilds on the programming classes of the .#/T ramewor!, providing a :e" application model with a set of controls and infrastructure that ma!e it simple to "uild :e" applications. A1.#/T includes a set of controls that encapsulate common HTM* user interface elements, such as te3t "o3es, "uttons, and list "o3es. These controls run on the :e" server, however, and render their user interface as HTM* to the "rowser. &n the server, the controls e3pose an o"ject2oriented programming model that "rings the richness of o"ject2oriented programming to the :e" developer. A1.#/T also provides infrastructure services, such as state management and process recycling, that further reduce the amount of code a developer must write and increase application relia"ility. In addition, A1.#/T uses these same concepts to ena"le developers to deliver software as a service. (sing ;M* :e" ervices features, A1.#/T developers can write their "usiness logic and use the A1.#/T infrastructure to deliver that service via &A1.
Hotel Management
Hotel Management
About MS Access Microsoft Access is a computer application used to create and manage computer2"ased data"ases on des!top computers andGor on connected computers 4a networ!5. Microsoft Access can "e used for personal information management 41IM5, in a small "usiness to organi$e and manage all data, or in an enterprise to communicate with servers.
•
Microsoft Access is a powerful program to create and manage your data"ases. It has many "uilt in features to assist you in constructing and viewing your information. Access is much more involved and is a more genuine data"ase application than other programs such as Microsoft :or!s.
•
This tutorial will help you get started with Microsoft Access and may solve some of your pro"lems, "ut it is a very good idea to use the Help iles that come with Microsoft Access, or go to MicrosoftDs we" site located
at
for
further
assistance.
irst of all you need to understand how Microsoft Access "rea!s down a data"ase. ome !eywords involved in this process are- Database File, Table, Record, Field, Data-type. Here is the Hierarchy that Microsoft
Access uses in "rea!ing down a data"ase.
Hotel Management
)atabase #ile0 This is your main %le that encompasses the entire data"ase and that is saved to your hard2drive or Foppy dis!. /3ample5 tudent>ata"ase.md" Table0A ta"le is a collection of data a"out a speci%c topic. There can "e multiple ta"les in a data"ase. /3ample B85 tudents /3ample B95 Teachers #iel0ields are the dierent categories within a Ta"le. Ta"les usually contain multiple %elds. /3ample B85 tudent *ast#ame /3ample B95 tudent irst#ame )atat"/es0>atatypes are the properties of each %eld. A %eld only has 8 datatype. ield#ame5 tudent *ast#ame •
>atatype5 Te3t This tutorial will help you get started with Microsoft Access and may solve some of your pro"lems, "ut it is a very good idea to use the Help iles that come with Microsoft Access 4or any program you use for that matter5.
Hotel Management
Hotel Management
)atabase )esign Login Table Field Name
Data Type
Size
Username
Text
10
Password
Text
10
Data Type Number Text Text Number
Size Integer 30 30 Integer
Data Type Number Text Text Text Text Text Text Number Text Number Number Number Number #ate,Tme Number #ate,Tme
Size Integer $0 10 '0 1$ 3 30 *ongInteger $0 Integer Integer Integer Integer
%oom1Price Table Field Name Room_No Room_Type Room _Floor Room_Pr!e
Chec.IN Table Field Name "ustomer_I# "ustomer_Name %ender &ddress P(one_No No_o)_Person Room_Type Room_No Floor &mount Total PrePad Reman "(e!+n_#ate -tayng "(e!+out_#ate
Integer
Hotel Management
Chec.O(T Table Field Name "ustomer_I# "ustomer_Name %ender &ddress P(one_No No_o)_Person Room_Type Room_No Floor &mount Total PrePad Reman "(e!+n_#ate -tayng "(e!+out_#ate
Data Type Number Text Text Text Text Text Text Number Text Number Number Number Number #ate,Tme Number #ate,Tme
Size Integer $0 10 '0 1$ 3 30 *ongInteger $0 Integer Integer Integer Integer
Data Type #ate,Tme Number Text Text Text Text Text Text Number Text Number Number Number Number #ate,Tme Number #ate,Tme
Size
Integer
+oo.ing Table Field Name .oo+ng_#ate "ustomer_I# "ustomer_Name %ender &ddress P(one_No No_o)_Person Room_Type Room_No Floor &mount Total PrePad Reman "(e!+n_#ate -tayng "(e!+out_#ate
Integer $0 10 '0 1$ 3 30 *ongInteger $0 Integer Integer Integer Integer Integer
Hotel Management
Hotel Management
& 2 % )IA3%AM Password
Username
Login
Room_Type
Room_Floor
Room_N o
Room_Price
%oom
Address )ender
1hone#o
Customer#a me
#oof1erson
RoomType
CustomerId
Room# o Chec.in
Chec!out>at e
Floor
Amount taying 1re1aid Chec!in>a te
Total
Address
Hotel Management
)ender
1hone#o #oof1erson
Customer#a me
RoomType
CustomerId
Room# o
Chec.O(T Chec!out>at e
Floor
Amount taying Total 1re1aid Chec!in>a te Address )ender
1hone#o #oof1erson
Customer#a me
RoomType
CustomerId
Room# o
+oo.ing oo!ing>ate
Floor
Chec!out>at e
Amount
taying Total 1re1aid Chec!in>a te
Hotel Management
Hotel Management
)ATA )ICTIONA%Y >ata dictionary consists of description of all the data used in the system. It consists of logical characteristics of current systems data stores including name, description, aliases, contents and organi$ation. >ata dictionary serves as the "asis for identifying data"ase re+uirements during system design. >ata dictionary is a catalog, a depositary of the elements in the system. The data dictionary is used to manage the details in the large system, to communicate a common meaning for all system elements, to document the future of the system, to locate errors and omission in the system. >ata dictionary contains two types of descriptions for the data Fowing through the system attri"utes and ta"les. Attri"utes are grouped together to ma!e up the ta"les. The most fundamental data level is attri"utes ta"les are a et of data items, data related to one another and that collectively descri"es a component in the system. The description of the attri"utes consists of data names, data descriptions, aliases, and length and data values. The description of data structures consists se+uence relation ship, selection relation ship, iteration relationship and operational relationship.
Hotel Management
Hotel Management
SYST&M T&STIN3 SYST&M INT&3%ATION AN) T&STIN3 The proposed system is tested parallel with the software eort that consists of its
own phases of analysis, implementation,
testing and
maintenance
(NIT T&STIN3 (nit testing comprises the set of tests performed "y an individual programmer prior to integration of the unit into a large system. Coding and de"ugging 2J (nit testing 2J Integration testing There are four categories of tests should "e performed.
unctional Testing
1erformance Testing
tress Testing
tructure testing
unction test cases involve e3ercising the code with the nominal input values for which the e3pected results are !nown, as well as "oundary values ma3imum. 1erformance testing determines the amount of e3ecution spent in various parts of the unit program throughput, response time and device utili$ation "y the program unit. tress tests are those tests designing to initially "rea! the unit. tructure tests are con concerned with e3ercising the internal logic of a program and traversing particular e3ecution path.
Hotel Management
/sta"lishing a test completion criterion is another di'culty encountered in the unit testing of real programs. (nit testing includes.
tatement Converge
ranch Converge
*ogical path Converge (sing tatement Converge programmer attempts to %nd a set of test
cases that will e3ecute each statement in a program at least once. (sing ranch Converge as the test completion criterion the programmer attempts to %nd a set of cases that will e3ecute each "ranching statement in each direction at least once. *ogical 1ath Converge ac!nowledges that the order in which the "ranches are e3ecuted during a test is an important factor in determining the test outcome.
INT&3%ATION T&STIN3 Integration testing is of three typesottom up Integration Top down Integration andwich Integration ottom up integration testing consists of unit testing followed "y system testing. (nit testing has the goal of testing individual modules in the system. u"system testing is concerned with verifying the operation of the interfaces "etween modules in the su" systems. ystem Testing is concerned with su"tleties in the interfaces, decision logic, and control Fow recovery procedure, throughput, capacity and timing characteristics. Top down integration starts with the main routine and one or two immediately su"ordinate routines
in the
system structure. Top down
Hotel Management
integration re+uires the use of program stu"s to simulate the eect of lower level routines that are called "y those "eing tested. Top down method has the fallowing advantages
ystem integration is distri"uted through the implementation phase. Modules are integrated as they are developed.
Top2level interfaces are tested %rst and mist often.
The top2level routine provides a natural test harness for lower level routines.
/rrors are locali$ed to the new modules and interfaces that are "eing added. andwich integration is predominately top down, "ut "ottom up
techni+ues are used on some modules and su" system. This mi3 alleviates many of the pro"lems encountered in pure top down and retains the advantages of the top down integration at the su"system and system level.
Hotel Management
Hotel Management
Hotel Management
Hotel Management
Hotel Management
Hotel Management
Hotel Management
Hotel Management
Hotel Management
Hotel Management
Hotel Management
*ogin orm Publ! "lass -e!urty #m !onn &s /db!/db!"onne!ton #m da &s /db!/db!#ata&dapter #m ds &s New #ata-et #m )lag )lag1 &s .oolean -ub !(e!+2 )lag 4 False )lag1 4 False I) U"ase2Trm2unameText 4 dsTables20Rows2020 T(en I) U"ase2Trm2passText 56 dsTables20Rows2021 T(en *abel7Text 4 8In9ald Password8 :lse )lag 4 True :nd I) :lse *abel7Text 4 8In9ald User Name8 :nd I) :nd -ub Pr9ate -ub .utton1_"l!+2.y;al sender &s -ystem/b
Hotel Management
Main2Manu orm Publ! "lass Menu Pr9ate -ub &ddNew"(e!+nTool-trpMenuItem_"l!+2.y;al sender &s -ystem/b;sble 4 True Form1.utton';sble 4 True Form1.utton7;sble 4 False Form1.utton1;sble 4 True Form1.utton3;sble 4 False Form1.utton?;sble 4 False Form1*abel1@Text 4 8"(e!+/UT Form8 sear!( 4 True :nd -ub Pr9ate -ub "(e!+*stTool-trpMenuItem_"l!+2.y;al sender &s -ystem/b
Hotel Management
;ew_&ll_Room-(ow2 :nd -ub
Pr9ate -ub -etRoomPrseTool-trpMenuItem_"l!+2.y;al sender &s -ystem/b;sble 4 True .oo+ng.utton3;sble 4 False .oo+ng.utton7;sble 4 False .oo+ng.utton';sble 4 False :nd -ub #m :A &s Integer Pr9ate -ub :xtTool-trpMenuItem_"l!+2.y;al sender &s -ystem/b
Hotel Management
.oo+ng_*st-(ow2 :nd -ub
Pr9ate -ub "(e!+nTool-trpMenuItem_"l!+2.y;al sender &s -ystem/b
Pr9ate -ub "(ange"(e!+INTool-trpMenuItem1_"l!+2.y;al sender &s -ystem/b;sble 4 True Form1.utton1;sble 4 True CForm1.utton@;sble 4 False Form1.utton3;sble 4 False Form1.utton';sble 4 False Form1.utton7;sble 4 False :nd -ub Pr9ate -ub "(ange.oo+ngTool-trpMenuItem1_"l!+2.y;al sender &s -ystem/b;sble 4 True .oo+ng.utton7;sble 4 False .oo+ng.utton3;sble 4 False :nd -ub
Hotel Management
Pr9ate -ub "an!el.oo+ngTool-trpMenuItem_"l!+2.y;al sender &s -ystem/b;sble 4 True .oo+ng.utton7;sble 4 False .oo+ng.utton3;sble 4 False .oo+ng*abel1@Text 4 8.oo+ng "an!el Form8 )lag 4 True :nd -ub Pr9ate -ub .yRoomNoTool-trpMenuItem_"l!+_12.y;al sender &s -ystem/b;sble 4 True Form1.utton3;sble 4 False Form1.utton7;sble 4 False Form1.utton?;sble 4 False C Form1.utton@;sble 4 False Form1.utton';sble 4 False Form1*abel1@Text 4 8-ear!(ng "(e!+IN .y Room N/8 sear!( 4 True :nd -ub Pr9ate -ub .y"ustomerI#Tool-trpMenuItem_"l!+2.y;al sender &s -ystem/b;sble 4 True Form1.utton3;sble 4 False Form1.utton7;sble 4 False Form1.utton?;sble 4 False Form1.utton';sble 4 False Form1*abel1@Text 4 8-ear!(ng "(e!+IN .y "ustomer I#8 sear!(_!d 4 True :nd -ub
Hotel Management Pr9ate -ub .y"(e!+IN#ateTool-trpMenuItem_"l!+2.y;al sender &s -ystem/b
Hotel Management Pr9ate -ub &ddNewRoomTool-trpMenuItem_"l!+2.y;al sender &s -ystem/b
Hotel Management
Change Login #orm Publ! "lass -etup_user #m !onn &s /db!/db!"onne!ton #m da &s /db!/db!#ata&dapter #m ds &s New #ata-et2 #m sDl &s -trng Pr9ate -ub .utton1_"l!+2.y;al sender &s -ystem/b
Hotel Management
Add #ew Room orm Publ! "lass Form$ #m !onn &s /db!/db!"onne!ton #m da &s /db!/db!#ata&dapter #m ds ds1 &s New #ata-et #m sDl sDl1 &s -trng Pr9ate -ub Form$_*oad2.y;al sender &s -ystem/b
Hotel Management
da 4 New /db!/db!#ata&dapter2sDl !onn daFll2ds I) dsTables20Rows"ount 6 0 T(en Text.ox1Text 4 dsTables20Rows2020 "ombo.ox1Text 4 dsTables20Rows2021 "ombo.ox$Text 4 dsTables20Rows202$ Text.ox$Text 4 dsTables20Rows2023 :lse Msg.ox28Room No s Not ;ald8 :nd I) Panel1;sble 4 True :nd -ub
Pr9ate -ub .utton$_"l!+_12.y;al sender &s -ystem/b
Hotel Management "all !lear2 "all Form$_*oad2sender e :nd -ub
Pr9ate -ub .utton'_"l!+2.y;al sender &s -ystem/b_"l!+2.y;al sender &s -ystem/b"l!+ "all !lear2 :nd -ub Pr9ate -ub "ombo.ox1_-ele!tedIndex"(anged2.y;al sender &s -ystem/b008 :nd I) :nd -ub :nd "lass
Hotel Management
oo!ing orm Publ! "lass .oo+ng #m !onn &s /db!/db!"onne!ton #m da &s /db!/db!#ata&dapter #m ds ds1 #-$ ds3 &s New #ata-et #m sDl &s -trng #m !md &s /db!/db!"ommand #m dr &s /db!/db!#ataReader Pr9ate -ub .oo+ng_*oad2.y;al sender &s -ystem/b
Pr9ate -ub .utton7_"l!+2.y;al sender &s -ystem/bText E 8 /R Room_no48 E "ombo.ox7-ele!tedItem E 8 and "(e!+out_#ate48 E Text.ox@Text E 8 8 da 4 New /db!/db!#ata&dapter2sDl !onn daFll2ds I) dsTables20Rows"ount 6 0 T(en Msg.ox28Room N/ 8 E "ombo.ox7-ele!tedItem E 8 &lready .oo+ed /N T(s #ate pls sele!t anot(er Room8
:lse
sDl 4 8nsert nto .oo+ng 9alues2 8 E Text.ox13Text E 8 8 E Text.ox1Text E 8C 8 E Text.ox$Text E 8 CC 8 E "ombo.ox1Text E 8 CC8 E Text.ox3Text E 8 CC 8 E
Hotel Management Text.ox7Text E 8 CC 8 E Text.ox'Text E 8 CC 8 E "ombo.ox$Text E 8 CC 8 E "ombo.ox'Text E 8 C 8 E "ombo.ox7Text E 8 8 E Text.ox?Text E 8 8 E Text.oxText E 8 8 E Text.ox10Text E 8 8 E Text.ox11Text E 8 8 E Text.ox>Text E 8 8 E "ombo.ox3Text E 8 8 E Text.ox@Text E 88 da 4 New /db!/db!#ata&dapter2sDl !onn daFll2ds Msg.ox28add new !ustomer8 "all !lear2 "all e)alse2 !ount2 :nd I) :nd -ub Pr9ate -ub .utton1_"l!+_12.y;al sender &s -ystem/b:nabled 4 False Text.ox@:nabled 4 False :nd -ub -ub etrue2 Text.ox1:nabled 4 True Text.ox$:nabled 4 True "ombo.ox1:nabled 4 True Text.ox3:nabled 4 True Text.ox7:nabled 4 True
Hotel Management Text.ox':nabled 4 True "ombo.ox$:nabled 4 True "ombo.ox7:nabled 4 True "ombo.ox':nabled 4 True Text.ox?:nabled 4 True Text.ox:nabled 4 True Text.ox10:nabled 4 True Text.ox11:nabled 4 True #ateTmeP!+er1:nabled 4 True "ombo.ox3:nabled 4 True #ateTmeP!+er$:nabled 4 True Text.ox13:nabled 4 True #ateTmeP!+er7:nabled 4 True Text.ox>:nabled 4 True Text.ox@:nabled 4 True :nd -ub -ub !lear2 Text.ox1Text 4 88 Text.ox1Text 4 88 Text.ox$Text 4 88 "ombo.ox1Text 4 88 Text.ox3Text 4 88 Text.ox7Text 4 88 Text.ox'Text 4 88 "ombo.ox$Text 4 88 "ombo.ox7Text 4 88 "ombo.ox'Text 4 88 Text.ox?Text 4 88 Text.oxText 4 88 Text.ox10Text 4 88 Text.ox11Text 4 88 "ombo.ox3Text 4 88 Text.ox>Text 4 88 Text.ox@Text 4 88 :nd -ub #m !d &s Integer Pr9ate -ub .utton$_"l!+2.y;al sender &s -ystem/b
Hotel Management
:nd -ub Pr9ate -ub Text.ox10_Text"(anged2.y;al sender &s -ystem/b_"l!+2.y;al sender &s -ystem/b"l!+ Me"lose2 :nd -ub Pr9ate -ub #ateTmeP!+er$_;alue"(anged2.y;al sender &s -ystem/bText 4 Format2#ateTmeP!+er1;alue 8dd,MM,yyyy8 :nd -ub Pr9ate -ub #ateTmeP!+er7_;alue"(anged2.y;al sender &s -ystem/bText E 8 -tayng48 E "ombo.ox3Text E 8"(e!+out_#ate4 8 E Text.ox@Text E 8 w(ere "ustomer_I#48 E !d E 88
Hotel Management
da 4 New /db!/db!#ata&dapter2sDl !onn daFll2ds Msg.ox28"(ange .oo+ng In)ormaton8 Msg.ox-tyleIn)ormaton "all !lear2 .utton';sble 4 False :nd -ub -ub date_load2 Text.ox>Text 4 Format2#ateNow 8dd,MM,yyyy8 Text.ox@Text 4 Format2#ateNow 8dd,MM,yyyy8 Text.ox13Text 4 Format2#ateNow 8dd,MM,yyyy8
:nd -ub #m ! &s Integer -ub !ount2 sDl 4 8sele!t "ount2"ustomer_I# )rom .oo+ng8 da 4 New /db!/db!#ata&dapter2sDl !onn daFll2ds ! 4 dsTables20Rows2020 Text.ox1Text 4 ! G 1 :nd -ub Pr9ate -ub "ombo.ox3_-ele!tedIndex"(anged_12.y;al sender &s -ystem/b
Hotel Management
+oo.ing List #orm Publ! "lass .oo+ng_*st #m !onn &s /db!/db!"onne!ton #m da &s /db!/db!#ata&dapter #m ds &s New #ata-et #m sDl &s -trng Pr9ate -ub .oo+ng_*st_*oad2.y;al sender &s -ystem/b
Hotel Management
Hotel Management
Introuction A crucial phase in the system lifecycle is the successfully implementation of the new system.
Implementation means conversion a proposed into
operation. This involves installing the system., training the operating sta, and installing hardware , terminal and telecommunication networ! the system is up and running implementation denotes the process of converting a new or a revised system design
into an operational
on
their
three types of
implementations 0 •
Implantation of a computer system to replace a manual system.
•
Implantation of a new computer system to replace e3isting one.
•
Implantation of a modi%ed application to replace e3isting one.
or this project there is no e3isting system and we have computeri$ed the whole manual system. o we adopted the %rst techni+ue foe implementation.
Im/lementation (se The implementation used is direct implementation. There is no need for "eta Trials. In this case the manual system is replaced "y the computeri$ed system.
Hotel Management