Anjala Devi Project

7/28/2019 Anjala Devi Project

1/97

I G N O U

MINI PROJECT REPORT

ONHOSPITAL MANAGEMENT

SYSTEM

Front End : Microsoft Visual Basic 6.0

Backend : Microsoft Access 2003

Submitted By: Ms. ANJALA DEVI

Enrolment No.: 119206105

MCA 4th Sem. (MCSL-044)

UNDER THE GUIDANCE OF:

SANJAY MANHAS

ASSISTANT PROGRAMMER

DEPARTMENT OF COMPUTER SCIENCE & IT,

UNIVERSITY OF JAMMU

1


2/97

CONTENTSS.No. Description

1 Acknowledgement

2 Introduction

3 System Environment

5. System Study

6 Software Description

Microsoft Visual basic

Microsoft Access

7 Database Design

8 Source Code

9 Screenshots

10 System Implementation

11 Software Testing

12 Conclusion

14 Bibliography

2


3/97

ACKNOWLEDGEMENT

I express my deep sense of gratitude and sincere thanks to myrevered project guide Sanjay Manhas, Assistant Programmer

University of Jammu for his able guidance, constant encouragement,

invaluable suggestion and continued interest through out, with out

which the present work not have possible.

ANJALA DEVI

MCA-4th

3


4/97

Introduction

Project on Hospital Management Information System is

developed by Anjala Devi for providing fully computerized

system of Hospital Management Information System to

users.

With the help of this project, we are making efforts to fullycomputerize the systems of Hospital by providing different

services to the patients.

4


5/97

Goals to be Achieved

The basic objective of the creation of this project is toprovide best and objective oriented services to the

customers of the Hospital Management

Information System. Some important goals are as

follows:

To develop a form based VB application which

connects to a database.

5


6/97

To store all information about customers and

transactions in the database.

To print Reports.

To allow online updating of the database whenever

required.

User Level Security.

Customer Friendly Approach.

Computerized bill will cover all expenses of the

services provided to the customers.

Configuration

Hardware Requirement1)RAM 128 MB (Min)

2)HARDDISk 40 GB

3)MONITOR 15

4)PROCESSOR Intel Pentium II

6


7/97

SOFTWARE REQUIREMENT1) FRONTEND Visual Basis 6.0

2) BACKEND Microsoft Access

2003

3) OPERATING SYSTEM Microsoft XP SP-2

7


8/97

Languages / Packages Used

The various languages / tools that are used during the

development of the project are:

Visual Basic: The Visual Basic is used as our main tool

for the development of the project. This tool is used as

front-end of the application. The whole application has

been created using this. It is a very powerful object

oriented programming language through which we can

design our application by creating different forms,

modules, reports etc. However, some other tools also

have been used.

Microsoft Access 7.0: This tool is used basically to

work within database. This tool is used as back-end of

the application. It is a Package of Microsoft and we can

create the design of table and can enter the records in

table. As well as, we can create forms, queries, reports,

macros and module by using this package.

Database Connectivity: The project is also having

database connectivity which in turn uses Access for

storing the database.

8


9/97

ENTITY-RELATIONSHIP DIAGRAM

It is tool for problem analysis often called as E-R diagram.

It was originally proposed by Petersen for the design of

relational database systems and has been extended by

others. Its detailed logical representation of the data from

an organization and uses three main constructs i.e. data

entities, relationships, and their associated attributes.

ENTITIES

An entities is a fundamental thing of an organization about

which data may be maintained. An entity type is the

description of all entities to which a common definition and

common relationships and attributes apply. Entity type is

represented with the help of rectangular, name of entity is

written inside it.

RELATIONSHIPS

9


10/97

A relationship is a reason for associating two entity types.

These relationships are sometimes called binary relationship

because they involve two entity types. Some forms of data

model allow more than two entity types to be associated.

Relationships are represented by diamond notation in E-R

diagram.

FOLLOWING IS THE E-R DIAGRAM

ASSOCIATED WITH THIS

PROJECT:

10

PATIENTS


11/97

VISUAL BASIC

Visual basic, is the fastest and easiest way to create

applications for Microsoft Windows. Whether we are an

experienced professional or brand new to windows

programming. Visual basic provides you with a set of tools

to simplify rapid application development.

In visual Basic, visual part refers to the method

used to create the graphical user interface (GUI). Rather

than writing numerous lines of code to describe the

appearance and location of interface elements, we simply

add prebuilt objects into place on screen. If youve ever

used a drawing program such as paint, we already have

11

ENT

DEPART

MENT

EI

B

L

O

GR

A

P

H

Y

S.NO

Name oftheBook

Author

ORTHO

DEPART

MENT

SURGICAL DEPARTMENT


12/97

most of the skills necessary to create an effective user

interface.

The Basic part refers to he basic (Beginners All Purpose

symbolic Instruction Code) language, a language used by

more programmers than any other language in the history of

computing. Visual Basic has evolved from the original BASIC

language and now contains several hundred statements,

functions and keywords many of which relate directly to the

Windows GUI. Beginners can create useful applications by

learning just a few of the keywords, yet the power of the

language allows professionals to accomplish anything that

can be accomplished using ant other Windows programming

language.

The Visual Basic programming language is not

unique to Visual Basic. The Visual Basic programming

system, Applications Edition included in Microsoft Excel,

Microsoft Access and many other Windows applications uses

the same language. The Visual Basic Scripting Edition

(VBSCRIPT) is a widely used scripting language and a

subject of the Visual Basic language. The investment you

make in learning Visual Basic will carry over to these other

areas.

12

SystemAnalysisandDesign

Awadh

2MS-

Access

R.BPatel

3

Introduction todatabase

BipinC

Managemen

t


13/97

Data access features allow us to create databases,frontend applications and scalable server-side components

for most popular database formats including Microsoft SQL

Server and other enterprise-level databases.

ActiveX TM technologies allow us to use the functionality

provided by other applications such as Microsoft Word

Processor, Microsoft Excel Spreadsheet and other Windows

applications. We can even automate applications and objects

created using the Professional or Enterprise editions of

Visual Basic.

Internet capabilities make it easy to provide access to

documents and applications across the internet or intranet

from within our application, or to create Internet Server

applications.

Our finished application is a true.exe file that uses

a Virtual Basic Virtual Machine that we can freely distribute.

Visual Basic Concept

In order to understand the application development process,

it is helpful to understand some of the key concepts upon

which Visual Basic is built. Because Visual Basic is a

Windows development language, some familiarity with the

13

ystem

Desai

4

MasteringVisualBasic6.0

Evan


14/97

Windows environment is necessary. If we are new to

Windows programming, we need to aware of some

fundamental differences between programming for Windows

versus other environment.

system. It is a program that runs over DOS. It enhances

the power and use of a PC running DOS in the following

ways: -

It converts the plain character-based user interfaced

provided by DOS in

to a Graphical User Interface (GUI). It makes the

computers easy as users are not required to

remember and type commands. Instead, users can

click the little picture (called Icons) that represent

commands to run programs.

It provides multitasking capabilities to the PC. A PC

running DOS can run only one program (task) at a

time. For instance, if we are running a word processor

on a DOS based PC, we can not simultaneously run the

Spread-sheet program. However, Windows converts a PC

that could run just one program into a PC that can run

two or more tasks simultaneously. The number of tasks

that our Windows-based PC can run depends on the

amount of RAM available in our PC.

14

Petroutsos

5MasteringDatabaseprogramming

Evangelos

Petroutsos

WithVisualBasic6.0


15/97

Unlike DOS, that displays information in characters of

the same size, Windows can use different fonts i.e.

different shapes and sizes of characters can be

displayed and printed. True Type fonts introduced in

Windows 3.1 appear the same on the monitor as well

on the printed page.

Windows XP introduced by Microsoft Corporation almost at

the same time, is a complete operating system. Besides

operating system, Windows NT also introduces the

Networking Software. This means that is to connect several

PCs running Window 95, we dont need a separate network

operating system such as NetWare. In 1995, Microsoft

introduces Windows 95. Windows 95 is a full-fledge

operating system. Microsoft came out with an update and

enhanced version of Windows 95 in the form of Windows 98.

Again Windows 98 was a runway success. Microsoft already

released Windows 2000, an update version of Windows 98 in

the beginning of 2000. After Windows 2000, Microsoft

introduces Windows XP series such as Windows XP-SP1,

Windows XP-SP2 etc.

These days most new PCs come with Windows XP-SP2

preinstalled. Besides providing the basic operating

15


16/97

capabilities to our PC, Windows 95/98 comes with a number

of useful programs. It has its own Windows Explorer that

can help us to copy and move files and manage directories.

Windows also come with a number of useful applications,

such as mini word processor (word pad), a drawing program

(paint), calendar, clock, calculator and notepad and system

tools to manage hard disks.

CODING

Introduction

The coding step performs the translation of the design

representations into an artificial language resulting in

instructions that can be executed by the computer. It thus

involves developing computer program that meet the system

specification of the design stage. Since the project is to be

implemented on the web, the two aspects: Visual Interface

Design and the efficiency of coding have been given special

emphasis.

Visual Interface Design

The user interface is perhaps the most important part of an

application. Its certainly the most visible. To users, theinterface is the application, they probably arent aware of

the code that is executing behind the scenes. No matter how

much time and effort we put into writing and optimizing our

16


17/97

code. The usability of our application depends on the

interface.

Coding Conventions

Programming guidelines that focus not only on the logic ofthe program but on its physical structure and appearance.

They make the code easier to read, understand and

maintain. Following coding conventions must be kept in

mind while coding:

Guidelines for spacing, formatting and indenting.

Standardized formats for labeling and commenting code.

Naming conventions for object, variables and

procedures.

TESTING

Testing is a set of activities that can be planned in advanceand conducted automatically. For this reason a template for

software testing a set of steps into which we can place

specific test case design methods should be defined for the

software engineering process.

A strategy for software testing must accommodate

low-level tests that are necessary to verify that a smallsource code segment has been correctly implemented as

well as high-level tests that validate major system functions

against customer requirements.

17


18/97

Types of testing

System Testing

It is the stage of implementation, which is aimed at

ensuring that the system works accurately and efficiently

before the operation commences. In principle, system

proving is an on-going activity throughout the project. The

logical design and the physical design should be thoroughly

and continually examined on paper to ensure that they will

work when implemented. Thus the system test in

implementation should be a confirmation that all is correct

and an opportunity to show the users that the system

works. when the programmers have tested each program

individually, using test data designed by themselves sand

have been verified that these programs linked together in

the way specified in the computer run chart to produce the

output specified in the program suite specification, the

computer system and its environment must be tested to the

satisfaction of the systems analyst and the user.

The system analyst will provide the test data; specially

designed to show that the system will operate successfully in

all its aspects and produce expected results under expected

conditions. The test should take place as far as possible in

18


19/97

the actual operating environment and they should test

people and equipment as well as programs. Where this is

not possible, the system should be tested in stipulated

operational environment to prove that the computer and the

clerical procedures are understood and produce the required

results. Sometimes it is convenient to use live data from a

previous system cycle, but this presupposes that the new file

have been set up and can be used.

The software testing is performed in the following steps: -

Unit Testing

In the unit testing, each module is tested for its correctness,

validity and any missing operations. It is also verified that all

objective are met. All errors are specified in order to correct

them as soon as possible.

Integration Testing

It need not be sure that a software whose modules when

run individually and showing perfect results will perform

perfectly when run as a whole. This is due to poor

integration, which may result in data being lost across an

interface, a module can have inadvertent and adverse effect

on any other or on the global data structure causing serious

problems.

19


20/97

Acceptance testing

User acceptance of the system is the key factor for the

success of any system. This system is under consideration is

tested in touch perspective system users at the time of

development and making changes whenever required.

Validation TestingIt determines whether the software functions as user

expected. Here also some modifications were made. Even

though a comprehensive test is carried out on the software,

it may not be possible to detect all the errors show in the

course of time, can be corrected through maintenance.

IMPLEMENTATION AND

ENALUATION

Implementation

It is the stage of the project when the theoretical design is

turned into a working system. At this stage the main

workload and the major impact on existing practices shifts to

the user departments. If the implementation stage is not

carefully planned and controlled, it can cause chaos. Thus it

20


21/97

can be considered to be the most crucial stage in achieving a

successful new system and in giving the users confidence

that the new system work will be effective.

The implementation stage is a system project in its

own right. It involves careful planning, investigation of the

current system and its constraints on implementation,

design of method to achieve the changeover procedures and

evaluation of changeover method.

The more complex the system being implemented,

the more involved will be the systems analysis and design

effort required just for implementation. Indeed in large

organizations systems analysts may specialize in

implementation system activities.

Task of ImplementationThere is no tasks involved in the implementation process.

The first task is implementation planning i.e. deciding on the

methods and timescale to be adopted. Once the planning

has been completed, the major effort in the system is

working properly. At the same time the user department

must concentrate on training user staff. When the staff hasbeen trained a full system test can be carried out, involving

both computer and clerical procedures. Planning, training

and testing are the preparatory activities of implementation.

21


22/97

Once the preparation is completed,

implementation proper can begin. The first part of this

involves the conversion of existing clerical files to computer

media and the setting up of these files as they are converted

on the computer.

Then the actual changeover from the existing system to the

new system takes place.

Finally when the changeover has taken place, there

will be need for amendments to correct or improve the

system.

Implementing a system, whether a new one or an

existing one that has been modified consists of three

primary activities:

Training

Conversion

Post implementation review(evaluation)

1) Training

Most user training deals with the operation of the system

itself, with the most attention given to data handling

procedures. It is imperative that users be properly trained inmethods of entering transactions, editing data, formulating

inquires and deleting records.

22


23/97

2) Conversion

It is the process of changing from old system to new one. It

must be carefully planned and executed. There are mainly

four methods available:

i. Parallel system

ii. Direct cutover

iii. Systems phase in

We had planned the parallel system approach, in which

records are stored parallel and also manually. By this

method we achieve greatest security in the installation.

3) Post Implementation Review(evaluation)

After the system is implemented and the conversion is

complete, a review is conducted to determine:

a)Whether the system is meeting expectations?

b)Where improvements are needed?

When our system is implemented and conversion was

complete, we allowed the user to use the system for one

week and he gave us the following feedback:

23


24/97

i. The system is meeting the objectives that were

decided.

ii. The design of the system is user friendly.

iii. Some additions should be there.

There should be flexible in report generation i.e. reports

should be available for daily, weekly, monthly, quarterly and

yearly basis.

System Evaluation

Evaluation of the system is performed to identify itsstrengths and weakness.

Operational Evaluation

In this assessment of the manner in which the system

functions, including ease of use, response time suitability of

information formats, overall reliability and level of utilization

is undertaken. The reliability is very high and till the writing

of this document, the system has not ever failed. All the

recovery methods are written, even if something exceptional

offers it sees to it that user has a way to come out of the

undesirables situation and carry on with the work. The

committing takes place when everything goes normal. As for

as the level of utilization is concerned, is one of the busiest

activity with the orders pouring in round the clock, so the

system has been utilized heavily and it has responded

favorably to the users expectations.

24


25/97

Organization Impact

It includes identification and measurement of benefits to the

organization in such area as financial concern (cost, revenue

and profit), operational efficiency and competitive impact.

Also include impact on internal and external information

flows. Since the

response time and throughput has increased by manifolds,

the processing would increase, hence resulting in more

revenues and profit for the

Development PerformanceIt include evaluation of the development process in

accordance with such yardstick, overall development time

and effort, conformance to budgets and standards and

project management criteria. By all means our development

performance was fairly good as the project was completed

within budgets and there was no schedule slippage, target

25


26/97

dates were met and all along the standards that were

followed were consistent.

Software Maintenance

Once the system is fully installed and is fully operational, the

system Maintaince task looms large. It is generally assigned

to a system and programming group consisting of

Maintaince programmers. Thus the responsibility gets

transferred from a system development team to a

Maintaince programming team.

System Maintaince involves keeping the software

operational i.e. undertaken preventive measures to keep

computer programs current, monitor and fix problems with

computer programs in response to new user requirements.

26


27/97

Thus, since part of a system has to be modified rather than

the entire system, Maintaince activities resemble miniature

system development efforts.

System Maintaince that are considered during the

development of the system are:

1) Adaptive maintenance

2) Corrective maintenance

3) Perfective maintenance

IMPLEMENTATION AND

ENALUATION

Implementation

It is the stage of the project when the theoretical design is

turned into a working system. At this stage the main

workload and the major impact on existing practices shifts to

the user departments. If the implementation stage is not

carefully planned and controlled, it can cause chaos. Thus it

can be considered to be the most crucial stage in achieving a

successful new system and in giving the users confidence

that the new system work will be effective.

The implementation stage is a system project in its

own right. It involves careful planning, investigation of the

27


28/97

current system and its constraints on implementation,

design of method to achieve the changeover procedures and

evaluation of changeover method.

The more complex the system being implemented,

the more involved will be the systems analysis and design

effort required just for implementation. Indeed in large

organizations systems analysts may specialize in

implementation system activities.

Task of Implementation

There is no tasks involved in the implementation process.

The first task is implementation planning i.e. deciding on the

methods and timescale to be adopted. Once the planning

has been completed, the major effort in the system is

working properly. At the same time the user department

must concentrate on training user staff. When the staff has

been trained a full system test can be carried out, involving

both computer and clerical procedures. Planning, training

and testing are the preparatory activities of implementation.

Once the preparation is completed,

implementation proper can begin. The first part of this

involves the conversion of existing clerical files to computer

media and the setting up of these files as they are converted

on the computer.

28


29/97

Then the actual changeover from the existing system to the

new system takes place.

Finally when the changeover has taken place, there

will be need for amendments to correct or improve the

system.

Implementing a system, whether a new one or an

existing one that has been modified consists of three

primary activities:

Training

Conversion

Post implementation review(evaluation)

4) Training

Most user training deals with the operation of the system

itself, with the most attention given to data handlingprocedures. It is imperative that users be properly trained in

methods of entering transactions, editing data, formulating

inquires and deleting records.

5) Conversion

29


30/97

It is the process of changing from old system to new one. It

must be carefully planned and executed. There are mainly

four methods available:

iv. Parallel system

v. Direct cutover

vi. Systems phase in

We had planned the parallel system approach, in which

records are stored parallel and also manually. By this

method we achieve greatest security in the installation.

6) Post Implementation Review(evaluation)

After the system is implemented and the conversion is

complete, a review is conducted to determine:

c)Whether the system is meeting expectations?

d)Where improvements are needed?

When our system is implemented and conversion was

complete, we allowed the user to use the system for one

week and he gave us the following feedback:

iv. The system is meeting the objectives that were

decided.

v. The design of the system is user friendly.

30


31/97

vi. Some additions should be there.

There should be flexible in report generation i.e. reports

should be available for daily, weekly, monthly, quarterly and

yearly basis.

System Evaluation

Evaluation of the system is performed to identify its

strengths and weakness.

Operational Evaluation

In this assessment of the manner in which the system

functions, including ease of use, response time suitability of

information formats, overall reliability and level of utilization

is undertaken. The reliability is very high and till the writing

of this document, the system has not ever failed. All the

recovery methods are written, even if something exceptional

offers it sees to it that user has a way to come out of the

31


32/97

undesirables situation and carry on with the work. The

committing takes place when everything goes normal. As for

as the level of utilization is concerned, is one of the busiest

activity with the orders pouring in round the clock, so the

system has been utilized heavily and it has responded

favorably to the users expectations.

Organization Impact

It includes identification and measurement of benefits to the

organization in such area as financial concern (cost, revenue

and profit), operational efficiency and competitive impact.

Also include impact on internal and external information

flows. Since the response time and throughput has increased

by manifolds, the processing would increase, hence resulting

in more revenues and profit for the Company. Especially

with the increase in the ease in processing it can schedule

their manpower accordingly rather than tying up personnel

for specific application.

This will rejuvenate and boost the morale of the users. This

system will go on to strengthen its leadership in the

market.

32


33/97

Development Performance

It include evaluation of the development process inaccordance with such yardstick, overall development time

and effort, conformance to budgets and standards and

project management criteria. By all means our development

performance was fairly good as the project was completed

within budgets and there was no schedule slippage, target

dates were met and all along the standards that werefollowed were consistent.

Software Maintenance

Once the system is fully installed and is fully operational, the

system Maintaince task looms large. It is generally assigned

to a system and programming group consisting of

Maintaince programmers. Thus the responsibility gets

transferred from a system development team to a

Maintaince programming team.

System Maintaince involves keeping the software

operational i.e. undertaken preventive measures to keep

computer programs current, monitor and fix problems with

computer programs in response to new user requirements.

Thus, since part of a system has to be modified rather than

33


34/97

the entire system, Maintaince activities resemble miniature

system development efforts.

System Maintaince that are considered during the

development of the system are:

1) Adaptive maintenance

2) Corrective maintenance

3) Perfective maintenance

CODE FOR FORM LABELLED BLOOD BANK

Private Sub cmd1_Click()

Adodc1.Recordset.MoveNext

If Adodc1.Recordset.EOF Then

Adodc1.Recordset.MoveLast

End If

End Sub


Adodc1.Recordset.MovePrevious

If Adodc1.Recordset.BOF Then

34


35/97

Adodc1.Recordset.MoveFirst

End If

End Sub



End Sub



End Sub

Private Sub cmdexit_Click()

End

End Sub

Private Sub command1_Click()

Adodc1.Recordset.AddNew

txt1 = ""

txt2 = ""

txt3 = ""

txt4 = ""

txt5 = ""

txt1.SetFocus

35


36/97

End Sub


Adodc1.Recordset.Delete




End If

End Sub


Adodc1.Recordset.Update

End Sub


r = InputBox("Enter Name")

Adodc1.Recordset.Find ("Name='" & r & "'")

End Sub

CODE FOR FORM LABELLED BLOODBANKRADILOGY


BloodBank.Show

36


37/97

End Sub


Lab.Show

End Sub


Radiology.Show

End Sub


End

End Sub

CODE WINDOW FOR FORM LABELLED DEPARTMENTS


PSM.Show

End Sub


Medicine.Show

End Sub


Skin.Show

37


38/97

End Sub


ENT.Show

End Sub


Psychiatry.Show

End Sub


Paediatrics.Show

End Sub


Eye.Show

End Sub


Surgery.Show

End Sub


Gynecology.Show

38


39/97

End Sub


Orthopaedic.Show

End Sub


End

End Sub

CODE FOR FORM LABELLED EMRGOPDDIAG


SurGyneOrtho.Show

End Sub


Departments.Show

End Sub


BloodLabRad.Show

39


40/97

End Sub


End

End Sub

CODE WINDOW FOR FORM LABELLED ENT





End If

End Sub




40


41/97


End If

End Sub



End Sub



End Sub


End

End Sub



txt1.Text = ""

txt2.Text = ""

txt3.Text = ""

txt4.Text = ""

txt5.Text = ""

txt6.Text = ""

41


42/97

txt7.Text = ""

txt8.Text = ""

txt9.Text = ""

txt10.Text = ""

txt1.SetFocus

End Sub






End If

End Sub

Private command4_Click()


End Sub




End Sub

42


43/97

CODE WINDOW FOR FORM LABELLED EYE





End If

End Sub





43


44/97

End If

End Sub



End Sub



End Sub


End

End Sub



txt1.Text = ""

txt2.Text = ""

txt3.Text = ""

txt4.Text = ""

txt5.Text = ""

txt6.Text = ""

txt7.Text = ""

44


45/97

txt8.Text = ""

txt9.Text = ""

txt10.Text = ""

txt1.SetFocus

End Sub






End If

End Sub



End Sub




End Sub

CODE FOR FORM LABELLED GYNECOLOGY

45


46/97





End If

End Sub





End If

End Sub



End Sub



End Sub


46


47/97

End

End Sub



txt1.Text = ""

txt2.Text = ""

txt3.Text = ""

txt4.Text = ""

txt5.Text = ""

txt6.Text = ""

txt7.Text = ""

txt8.Text = ""

txt9.Text = ""

txt10.Text = ""

txt1.SetFocus

End Sub






End If

End Sub

47


48/97


49/97


End If

End Sub



End Sub



End Sub


End

End Sub



txt1.Text = ""

txt2.Text = ""

txt3.Text = ""

txt4.Text = ""

txt5.Text = ""

txt6.Text = ""

49


50/97

txt7.Text = ""

txt8.Text = ""

txt9.Text = ""

txt10.Text = ""

txt1.SetFocus

End Sub






End If

End Sub


Adodc1.Recordset.UpdateEnd Sub




End Sub

CODE FOR FORM LABELLED MAIN

50


51/97


Patients.Show

End Sub


End

End Sub

CODE FOR FORM LABELLED MEDICINE





End If

End Sub




51


52/97


End If

End Sub



End Sub



End Sub


End

End Sub



txt1 = ""

txt2 = ""

txt3 = ""

txt4 = ""

txt5 = ""

txt6 = ""

52


53/97

txt7 = ""

txt8 = ""

txt9 = ""

txt10 = ""

txt1.SetFocus

End Sub






End If

End Sub



End Sub




End Sub

53


54/97

CODE FOR FORM LABELLED ORTHOPAEDIC





End If

End Sub





End If

End Sub



End Sub



End Sub

54


55/97


End

End Sub



txt1.Text = ""

txt2.Text = ""

txt3.Text = ""

txt4.Text = ""

txt5.Text = ""

txt6.Text = ""

txt7.Text = ""

txt8.Text = ""

txt9.Text = ""

txt10.Text = ""

txt1.SetFocus

End Sub





55


56/97


End If

End Sub



End Sub




End Sub

CODE FOR FORM LABELLED PEADATRICS





End If

End Sub



56


57/97



End If

End Sub



End Sub



End Sub


End

End Sub



txt1.Text = ""

txt2.Text = ""

txt3.Text = ""

txt4.Text = ""

txt5.Text = ""

57


58/97

txt6.Text = ""

txt7.Text = ""

txt8.Text = ""

txt9.Text = ""

txt10.Text = ""

txt1.SetFocus

End Sub






End If

End Sub



End Sub


Dim X As String



58


59/97

End Sub

CODE FOR FORM LABELLED PATIENTS


EmrgOPDDiag.Show

End Sub


End

End Sub

CODE FOR FORM LABELED PSM

59


60/97





End If

End Sub





End If

End Sub



End Sub



End Sub


60


61/97

End

End Sub



txt1 = ""

txt2 = ""

txt3 = ""

txt4 = ""

txt5 = ""

txt6 = ""

txt7 = ""

txt8 = ""

txt9 = ""

txt10 = ""

txt1.SetFocus

End Sub





End If

End Sub

61


62/97

Private Sub commaand4_Click()

Adodc1.Recordset.UpdateEnd Sub

Private Sub command5_Click()r = InputBox("Enter Name")


End Sub

CODE FOR FORM LABELLED PSYCHIATRY





End If

End Sub





62


63/97

End If

End Sub



End Sub



End Sub


End

End Sub



txt1.Text = ""

txt2.Text = ""

txt3.Text = ""

txt4.Text = ""

txt5.Text = ""

txt6.Text = ""

txt7.Text = ""

63


64/97

txt8.Text = ""txt9.Text = ""

txt10.Text = ""

txt1.SetFocusEnd Sub






End If

End Sub



End Sub




End Sub

CODE FOR FORM LABELLED RADIOLOGY

64


65/97





End If

End Sub





End If

End Sub



End Sub



End Sub


65


66/97

End

End Sub



txt1.Text = ""

txt2.Text = ""

txt3.Text = ""

txt4.Text = ""

txt5.Text = ""

txt6.Text = ""

txt7.Text = ""

txt8.Text = ""

txt9.Text = ""

txt10.Text = ""

txt1.SetFocus

End Sub






End If

66


67/97

End Sub



End Sub




End Sub

CODE FOR FORM LABELLED SKIN





End If

End Sub




67


68/97


End If

End Sub



End Sub



End Sub


End

End Sub



txt1 = ""

txt2 = ""

txt3 = ""

txt4 = ""

txt5 = ""

txt6 = ""

68


69/97

txt7 = ""

txt8 = ""

txt9 = ""

txt10 = ""

txt1.SetFocus

End Sub





End If

End Sub



End Sub




End Sub

CODE FOR FORM LABELLED SURGERY

69


70/97





End If

End Sub





End If

End Sub



End Sub



End Sub


End

End Sub

70


71/97



txt1.Text = ""

txt2.Text = ""

txt3.Text = ""

txt4.Text = ""

txt5.Text = ""

txt6.Text = ""

txt7.Text = ""

txt8.Text = ""

txt9.Text = ""

txt10.Text = ""

txt1.SetFocus

End Sub






End If

End Sub

71


72/97



End Sub




End Sub

CODE FOR FORM LABELLED SURGYNERTHO


Surgery.Show

End Sub


Gynecology.Show

End Sub


Orthopaedic.Show

End Sub


72


73/97

Medicine.Show

End Sub


End

End Sub

DESIGN WINDOW FOR FORM LABELLED BLOOD BANK

73


74/97

DESIGN WINDOW FOR BLOOODLABRADIOLOGY

74


75/97

DESIGN WINDOW FOR FORM LABELLED DEPARTMENTS

75


76/97

DESIGN WINDOW FOR FORM LABELLED

76


77/97

DESIGN WINDOW FOR FORM LABELLED ENT

77


78/97

DESIGN WINDOW FOR FORM LABELLED EYE

78


79/97

DESIGN WINDOW FOR FORM LABELLED GYNECOLOGY

79


80/97

DESIGN WINDOW FOR FORM LABELLED ORTHOPAEDIC

80


81/97

DESIGN WINDOW FOR FORM LABELLED PEADIATRICS

81


82/97

DESIGN WINDOW FOR FORM LABELLED PATIENTS

82


83/97

DESIGN WINDOW FOR FORM LABELLED LAB

83


84/97

DESIGN WINDOW FOR FORM LABELLED MAIN

84


85/97

DESIGN WINDOW FOR FORM LABELLED MDI FORM

85


86/97

DESIGN WINDOW FOR FORM LABELLED MEDICINE

86


87/97

DESIGN WINDOW FOR FORM LABELLED PAEDIATRICS

87


88/97

DESIGN WINDOW FOR FORM LABELLED ORTHOPAEDIC

88


89/97

DESIGN WINDOW FOR FORM LABELLED PATIENTS

89


90/97

DESIGN WINDOW FOR FORM LABELLED PSM

90


91/97

DESIGN WINDOW FOR FORM LABELLED PSYCHIATRY

91


92/97

DESIGN WINDOW FOR FORM LABELLED RADIOLOGY

92


93/97

DESIGN WINDOW FOR FORM LABELLED SKIN

93


94/97

DESIGN WINDOW FOR FORM LABELLED SURGERY

94


95/97

DESIGN WINDOW FOR FORM LABELLED SURGYNEORTHO

95


96/97

BIBLOGRAPHY

96


97/97

S.NO Name of the Book Author

1 System Analysis and Design Awadh

2 MS-Access R.B Patel

3 Introduction to database Bipin CManagement System Desai

4 Mastering Visual Basic 6.0 Evangelos

Petroutsos

5 Mastering Database programming EvangelosPetroutsos With Visual Basic 6.0

Documents

Anjala Devi Project