Atm Bank Mgt

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A t m

AUTOMATION

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ABOUT PROJECT

Automation of ATM:

The project has been developed using Visual Basic as Back End and MS-Access and

the front End. It deals with ATM Banking. For any bank and atomatic teller machine

would be necessary since banks would not be open 24 hourse. In order to help the

account holder to either withdraw the money or to even deposit the money during

anytime of the day and ATM would cater to the needs. The ATM has facilities to

withdraw and deposit the money during anytime of the day ie 24 hours even if the

bank is closed. Maintenance of the account holders details, his minimum balance and

current balance and would be an important factor and needs to be updated in his

account immediately after every transaction takes place. Also the system should be

able to indicate whether the account holder is having minimum balance or not when

ever the account holder tries to withdraw amount exceeding the amount.

Hence the automation of the ATM system caters to the need of customer who do

transactions 24 hours even when the bank is closed. Here ATM automation is done

for Bank.

The automated ATM system would have the following facilities:

1. Add a new account holder:

1. Maintain the details of the customer and view the records of customers.

The administrator can only carry out this job of creating new account holders and and

maintaining their personal details. No other user can access this part of the system.

When adding new account holders for new customer, simply select administrator from

the menu. And by entering the password the new account holder entry form appears.

A new account number code will be provided by the Automated ATM system. All

necessary information regarding the new account holder may be entered. Simply

follow all instructions displayed on screen to perform the operation.

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2. Account Holder

If an account holder wants to carry out the transactions he may first enter his account

number provided to him and then enter the pass word and then enter the transaction

form. The transaction form contains various operations like:withdraw, deposit, status,

details, back to main screen and logout.

1. Withdraw: An Account Holder may perform the operation of withdraw by

clicking on the respective button. Immediately another option which asks the

account holder to enter the amount of withdrawal is displayed. account holder

the enter the withdrawal amount and the checking whether there is minimum

balance of rupees 5000 and the current balance are checked by the system. The

transaction of withdrawal is completed only if the conditions are satisfied ie.,

the minimum balance should be 5000 rupees and the withdrawal amount must

not exceed the current balance.

2. Deposit: The account holder may deposit any amount in to his account by

clicking the deposit button when the system asks the account holder to deposit

the amount in to his account and then by clicking the ok button the transaction

is completed.

3. Status: This displays the account holders information like: his id balance,

minimum balance and the account type at any given time. This helps the

account holder to keep track of hyis current balance details at any given time.

4. details: This displays the account holders number, name, address, phone

email id, current balance, minimum balance and the account type at any given

time.

5. Back: This leads the account holder to the previous login option.

6. Logout: The account holder may logout at any given time during the

operation.

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OVERVIEW OF THE WORKING PLACE

Computer Lab

To provide excellent knowledge of the latest technology, Reliance

Computers, J.P. Nagar has a well-equipped computer laboratory. It has got thirty

Pentium III Computers all networked using cat 5 cables. Also, the lab has server

room which contains one Windows NT Server, one Linux Server and one Backup

Domain Controller.

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SYNOPSIS

Title of the project: AUTOMATION OF ATM Bank

Object of the project:

TO AUTOMATE THE ATM SYSTEM OF BANK

The project has been developed using Visual Basic as Back End and MS-Access and

the front End. It deals with ATM Banking. For any bank and atomatic teller machine

would be necessary since banks would not be open 24 hourse. In order to help the

account holder to either withdraw the money or to even deposit the money during

anytime of the day and ATM would cater to the needs. The ATM has facilities to

withdraw and deposit the money during anytime of the day ie 24 hours even if the

bank is closed. Maintenance of the account holders details, his minimum balance and

current balance and would be an important factor and needs to be updated in his

account immediately after every transaction takes place. Also the system should be

able to indicate whether the account holder is having minimum balance or not when

ever the account holder tries to withdraw amount exceeding the amount.

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SYSTEM ANALYSIS AND DESIGN (SAD)

In business, SAD refers to the process of examining a business situation with

the intent of improving it through better procedures and methods.

OVERVIEW OF SAD:

System development mainly consists of two major components, System

analysis and System design. System Design is the process of planning a new

business system or one to replace the existing or a complement system.

But before planning is done, the process of understanding the old system and

to determine the best use of the computer is an exercise, which is available. System

analysis is the process of gathering interpreting facts, diagnosing the problem and

using information to recommend improvements to the system.

THE SYSTEM DEVELOPMENT LIFE CYCLE CONSISTS OF THE

FOLLOWING ACTIVITIES:

Preliminary investigation

Requirement determination

Feasibility study

Design of the system

Software development

Software testing

Implementation and evaluation

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7

SSystem lifecycleInvestigation

nalysis

Feasibility

Design

Development

Maintenance

Evaluation

Implementation

Testing


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EXISTING SYSTEM

Place of Data collection: Reliance Computers

No. 456, I Floor,

9th Cross, 80 Feet road,

2nd Phase, J.P. Nagar

Bangalore-560078.

Date of Data Collection: 25-November-2004

Methods used for data collection

Interview and observations of existing system (manual system).

Observations made during problem analysis

We found that the records maintained contained redundant data, which could be

eliminated through computerized system.

Access to particular database is time consuming and difficult.

Updating any one database would have to be manually reflected in all other related

databases. So automatic updating was not possible throughout the database.

Report generation and querying is tedious and time consuming.

Security was not viable and safe i.e., high risk of manipulation by unauthorized user

existed.

Various objects/entities existing and their relationships were identified.

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PROBLEM DEFINITION

Presently in the manual system, it is difficult to maintain all records. The

records maintained, contained redundant data, which could be eliminated through

computerized system. Access to particular database is time consuming and tedious.

Moreover, updating any one database would have to be manually reflected in

all other related databases. So automatic updating was not possible throughout the

database.

Report generation and querying is tedious and time consuming. Security was

not viable and safe i.e. high risk of manipulation by unauthorized user is there.

PROPOSED SYSTEM

We observed many defects in the existing manual system, which also lacked

many features. The proposed system aims at eliminating all problems observed in the

existing system, during system analysis phase. The proposed system will accept the

account holders number, check for validity and allow him to carry out transactions

like deposit and withdrawal of amount. The account holder will not be able to

withdraw unless he maintains the necessary balance. The administrator may create

new accounts for new account holders.

OBJECTIVES:-

Eliminating data redundancy and improving system deficiency.

Easy and quick access to database and easy updating.

Effective and fast report generation.

Reliable and no risk security features.

User friendliness.

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DATA DICTIONARY

DATA STORES

Tyre Sales database

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SYSTEM DESIGN

A computer procedure is a series of operations designed to manipulate data to

produce a computer system. The procedure may be a single program or a sequence of

programs.

The detailed design of the computer procedure follows acceptance by

management of an outline design proposal. The aim now is to design procedure at

lower levels of detail, which will define the detailed steps, to be taken to produce

definitions together with data specifications for programmers for which requires

programs can be written.

Design Tools

System analysts use various tools to specify compute procedures. Not all of

them are used to design this project. Some of the design tools used are:

1. Input Design

2. Error avoidance and Detection

3. Output Design

Input Design

Input design is a part of overall system design, which requires careful

attention. Often the collection of input data is the most expensive process of the

system. One of the early activities of input design is to determine the nature of the

input data. If data going into the system is incorrect, then the processing and the

output will magnify the errors.

One of the early activities of input design is to determine the nature of the

input data. This is done partially in logical system design but it now needs to make

more explicit.

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Integrated Business Management

Error avoidance and detection

Every effort must be made to ensure that input data remains accurate from the

stage at which it is recorded and documented to the stage of acceptance. While every

effort is made to avoid errors during the presentation of input data, a proportion of

errors are likely to be present. This project Integrated Business Management

restricts user from entering erroneous data.

Data Validation

Computer input procedures must also be designed to detect errors in the data

at a lower level of detail that is beyond the capability of the control procedures. These

are combined with the design of the input process itself.

The validation procedures must be designed to check each record, data item or

field against certain criteria specified by the systems analysts or the programmer.

Each type or record had codes to be checked for acceptability.

Output Design

Outputs from computer systems are required primarily to communicate the

results of processing to users. They are also used to provide a permanent copy of

these results for later consultation. Any data not yet defined must be identified and

recorded before any output design can proceed. The outputs can be in the form of

operational documents, reports, and replies to queries or summarizing graphs.

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OPERATIONAL DEFINITIONS AND CONCEPTS:

CONNECTION:

A connection according to Visual Basic is a link that is created between a

connection object and the database so as to bring the data from the backend to the

front-end application.

CONNECTION OBJECT:

A connection object is an object which establishes a connection to the

database be it a local file or a remote SQL server.

COMMAND OBJECT:

A command object is an object, which executes commands against the

database and is basically used to manipulate the data present.

ADO CONNECTIVITY:

We create a connection to a data source by setting the connection property of

the ADO data control. The property specifies the type and location of the database

and that we need to access.

RECORD SET:

The object holds the results of execution of the command object on a database.

Record sets can be created without any explicit Connection. The record set is a set of

records, which is connected to the database by the record set object.

DATA ENVIRONMENT:

The Data Environment Active X designer has helped us to design a connection

and command hierarchy with points and click operations. The records retrieved by the

command object can be dropped on a form where they are mapped to data bound

controls.

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DATA REPORT:

Generating hierarchical multi-page reports with running totals (such as report

for the data retrieved by the command hierarchy) and the data report designer does

print them properly.

PESSIMISTIC LOCKING:

Pessimistic locking is a sure but very restricted method with pessimistic

locking all the pages that contain the records we have requested are locked. No one

else can modify them. (But they can read them)

RECORD COUNT:

The no of records retrieved is returned by the record count property.

TABLE:

Table is a set of records.

ENTITY:

The basic object that the E-R Model represents is an Entity, which is a thing in

the real world with an independent existence.

ATTRIBUTES:

A property that describes an entity is an attribute.

DATABASE:

Database is a data repository, which contains the set of inter- related data

items.

PRIMARY KEY:

A candidate key whose values are used to identify tuples in a relation is known

as primary key. Each primary key value for a record is unique in nature.

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MEHODOLOGY OF STUDY

The methodology of study applied is Prototyping model.

This model suggests that a prototype of the existing system was prepared along

with the code design and testing but each of this phases is was not done thoroughly.

After the approval of the client the actual development of the software began and

tested for its accuracy.

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SYSTEM DEVELOPMENT

HARDWARE CONFIGURATION:

The following is the configuration of the system used to develop the software:

1.Processor : Pentium II

2.Memory : 64 MB RAM

3.Frequency : 533 MHz

4.Hard Disk : 10.2 GB

5.Keyboard : Samsung

6.Mouse : Logitech

The following is the required configuration to run the software:

1.Processor : 486

2.Memory : 16 MB RAM

3.Frequency : 100 MHz

4.Hard Disk : 1.2 GB

5.Keyboard : Any Type

6.Mouse : Any Type

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OPERATING SYSTEM:

Windows NT Client Workstation

SOFTWARE SPECIFICATION

Platform : Windows 98

Front End : Visual Basic 6.0

Back End : MS-Access

VISUAL BASIC

Microsoft visual basic 6.0 is a front-end graphical user interface tool used to

design user-friendly packages, run on Microsoft Windows 95 and windows 98. Visual

basic is very easy to use. Many of the features that is difficult to program in other

languages practically easy in Visual Basic.

What Visual Basic can do?

* Incorporate standard windows user-interface elements such as windows, menus,

buttons, scroll bars, and so on.

* Create, read and write to text, database and binary files.

* Read Windows Bitmaps, Metafiles and PC Paint Brush documents.

* Address database in formats such as SQL, Microsoft access and others.

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ACCESS

ACCESS is the acronym for relational Database Management System. We

know the concept of Relational Database only since 1980's. But the idea of the

database Management System is definitely quite old. The most prominent RDBMS

packages are ORACLE, SYBASE. A DBMS stores, processes and retrieves data. A

Relational Database is a collection of related data.

Data storage in a computerized system in every business enterprise maintains

large volumes of data for its operations. With more and more people accessing this

data for their work the need to maintain its integrity and relevance increase. Normally,

with the tradition methods of storing data and information in files the changes that the

data uses its integrity and validity are very high.

It is a relational database management systems (RDBMS). It offers the

capabilities of relational systems. The database server or backend is used to managed

data base tables optimally among multiple clients use concurrently request the server

for the same data it also enforces data integrity across all client applications and

controls data base access the other security requirements.

INTERNAL DATA TYPES:-

Char Data Type:- The Char data type can store alphanumeric values.

Varchar2 Data Type:- The Varchar2 data type can store alphanumeric values.

Long Data Type:- Its length would be restricted based on memory space available in

the computer.

Number Data Type:- The number data type can store positive numbers, negative,

zeros, fixed point numbers and floating point numbers.

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SYSTEM TESTING AND IMPLEMENTATION

Testing and Debugging

To ensure that the system works properly, the programs will have to undergo

several process of testing. Testing of the computerization system is one of the crucial

periods. The program designed and written may be syntactically and semantically

correct but logically incorrect or may be in another order. The programs may work

well for some time but will be faced by lots of bugs floating hence giving trouble to

the user. It is therefore recommended to remove the maximum of those bugs as

possible. This can be achieved by carrying out particular a series of testing to ensure

the perfect running of the system.

System Testing

After the link testing, the application will be tested with real-life data. The

system testingwill be accomplished with the help of the user. Hence, the remaining

bugs will be completely removed. Some realistic data will be placed in the master file

and the testing will be carried out.

Input Screen design

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Coding

Private Sub admin_Click()

Form9.Show

Unload Form2

Unload Form3

Unload Form4

Unload Form5

Unload Form6

Unload Form7

Unload Form1

End Sub

Private Sub ext_Click()

End

End Sub

Private Sub MDIForm_Load()

'admin.Enabled = False

mi.Enabled = False

mu.Enabled = False

mtst.Enabled = False

mts.Enabled = False

mww.Enabled = False

mds.Enabled = False

mng.Enabled = False

End Sub

Private Sub mds_Click()

Form4.Show

Unload Form2

Unload Form3

Unload Form1

Unload Form5

Unload Form6

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Unload Form7

Unload Form8

End Sub

Private Sub mi_Click()

MDIForm1.mi.Enabled = False

MDIForm1.mu.Enabled = False

MDIForm1.mtst.Enabled = False

MDIForm1.mts.Enabled = False

MDIForm1.mww.Enabled = False

MDIForm1.mds.Enabled = False

MDIForm1.mng.Enabled = False

Form1.Show

Unload Form2

Unload Form3

Unload Form4

Unload Form5

Unload Form6

Unload Form7

Unload Form8

End Sub

Private Sub mng_Click()

Form7.Show

Unload Form2

Unload Form3

Unload Form4

Unload Form5

Unload Form6

Unload Form1

Unload Form8

End Sub

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Private Sub mts_Click()

Form5.Show

Unload Form2

Unload Form3

Unload Form4

Unload Form1

Unload Form6

Unload Form7

Unload Form8

End Sub

Private Sub mtst_Click()

Form3.Show

Unload Form2

Unload Form1

Unload Form4

Unload Form5

Unload Form6

Unload Form7

Unload Form8

End Sub

Private Sub mu_Click()

Form2.Show

Unload Form1

Unload Form3

Unload Form4

Unload Form5

Unload Form6

Unload Form7

Unload Form8

End Sub

Private Sub mww_Click()

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Form6.Show

Unload Form2

Unload Form3

Unload Form4

Unload Form5

Unload Form1

Unload Form7

Unload Form8

End Sub

Dim sd As Boolean

Dim db As Database

Private Sub Command1_Click()

'On Error GoTo abc

Data1.DatabaseName = App.Path & "\atm.mdb"

Data1.RecordSource = "select * from user_identi where user_id='" & Text1.Text &

"'"

Data1.Refresh

sd = True

Dim s As String

s = Text1.Text

If Data1.Recordset.EOF Then

MsgBox "Your ID doesn't found", vbCritical, "Warning"

Text1.SetFocus

Text1.SelStart = 0

Text1.SelLength = Len(Text1.Text)

Exit Sub

Else

Form2.Label1.Caption = Data1.Recordset("user_name")

Form2.Show

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Me.Hide

SendKeys "{Home}+{End}"

End If

End Sub


End

End Sub


End

End Sub

Private Sub Form_GotFocus()








End Sub

Private Sub Form_Load()

Set db = OpenDatabase(App.Path & "\atm.mdb")

Text1.Text = ""

'da.Open "dsn=sachin;server=matrix;uid=sachin;pwd=dhillan"

End Sub

Private Sub Form_Unload(Cancel As Integer)

'If sd = True Then rd.Close

'da.Close

End Sub

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Private Sub Text1_KeyPress(KeyAscii As Integer)

If KeyAscii = 13 Then

Call Command1_Click

End If

End Sub

Private Sub Text1_LostFocus()

Text1.Text = UCase(Left(Text1.Text, 1)) & Mid(Text1.Text, 2)

ad = Text1.Text

End Sub

Dim db As Database

Dim res As Recordset

Dim rd, unf As Recordset

Dim da, con As Connection

Dim a As Integer


If Text1.Text = "" Then

Text1.SetFocus

MsgBox "Please Enter a Password", vbInformation, "Warning"

Exit Sub

ElseIf Text2.Text = "" Then

Text2.SetFocus


Exit Sub


Text3.SetFocus


Exit Sub

End If

Dim s As String

s = Form1.Text1.Text


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Data1.RecordSource = "select * from user_identi where user_ID='" & s & "'"

Data1.Refresh

If Data1.Recordset.NoMatch Then

MsgBox "Doesn't Exit ", vbInformation, "Warning"

Exit Sub

End If

If Data1.Recordset(4) Text1.Text Then

a = a + 1

If a = 1 Then

b = MsgBox("Please Enter a Corect Password", , "Login......")

Text1.SetFocus

Text1.SelStart = 0


ElseIf a = 2 Then

b = MsgBox("Please Enter a Corect Password", , "Login")

Text1.SetFocus

Text1.SelStart = 0


ElseIf a = 3 Then

a = MsgBox("Hey user" & vbCrLf & "Don't be Over Smart", , "Login")

End

End If

ElseIf Data1.Recordset(4) = Text1.Text Then

Text1.Text = ""

Form7.Show

MDIForm1.mi.Enabled = True

MDIForm1.mu.Enabled = True

MDIForm1.mtst.Enabled = True

MDIForm1.mts.Enabled = True

MDIForm1.mww.Enabled = True

MDIForm1.mds.Enabled = True

MDIForm1.mng.Enabled = True

Unload Me

End If

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End Sub


Text1.SetFocus

Command3.Visible = True

Label3.Visible = True

Label4.Visible = True

Text2.Visible = True

Text3.Visible = True

Text1.Text = ""

Text2.Text = ""

Text2.PasswordChar = "+"

Text3.Text = ""

Text3.PasswordChar = "+"

End Sub


If Text1.Text = "" And Text2.Text = "" And Text3.Text = "" Then

Beep

MsgBox ("First Enter your Password")

Text1.SetFocus

Exit Sub

End If

If Text2.Text Text3.Text Then

MsgBox ("Your both Password doesn't match" & vbCrLf & "Please Correct it")

Text3.SetFocus

Text3.SelStart = 0


Exit Sub

Else


Data1.RecordSource = "select * from user_identi where user_ID='" &

Form1.Text1.Text & "'"

Data1.Refresh

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Data1.Recordset.Edit

Data1.Recordset("user_passwd") = Text3.Text

Data1.Recordset.Update

MsgBox ("Your Password has been Changed")

Text1.Text = ""

Text2.Text = ""

Text3.Text = ""

Text2.Visible = False


Command3.Visible = False

Label3.Visible = False


End If

Form7.Show

Me.Hide

End Sub


Form1.Show

Unload Me

End Sub



Data1.RecordSource = "select * from user_identi"

Data1.Refresh

Text1.Text = ""

Text1.PasswordChar = "*"

Command3.Visible = False





End Sub

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Private Sub Form_Paint()

Text1.SetFocus

End Sub


'rec.Close

'Data.Close

End Sub



Call Command1_Click

End If

End Sub


Text1.Text = LCase(Text1.Text)

End Sub



End Sub



End Sub


Unload Me

Load Form1

Form7.Show

End Sub



Data1.RecordSource = "select * from user_account"

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Data1.Refresh

Text1.Text = Data1.Recordset!user_id

Text2.Text = Data1.Recordset!balance

Text3.Text = Data1.Recordset!min_balance

Text4.Text = Data1.Recordset!ac_type

End Sub

Dim dt As Connection

Dim rs As Recordset



Text2.SetFocus

MsgBox "Please Enter a Correct Amount", vbInformation, "Warning"

Exit Sub

ElseIf Text2.Text


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MsgBox ("Your Balance has been Updated")

Text1.Text = ""

Text2.Text = ""

'Form7.Show

'Unload Me

End Sub


Text1.Text = ""

Text2.Text = ""

End Sub


Form7.Show

Unload Me

End Sub


Text1.Text = ""

Text2.Text = ""

End Sub

Private Sub Label1_Click()

End Sub


If KeyAscii >= 48 And KeyAscii


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End Sub

Dim dt As Connection

Dim rs As Recordset


Form7.Show

Unload Me

End Sub


'Set dt = New Connection

'Set rs = New Recordset

'dt.ConnectionString = "Provider=MSDASQL.1;Persist Security Info=False;User

ID=sachin;Mode=ReadWrite;Extended Properties=" & "DRIVER={Microsoft ODBC

for Oracle};pwd=dhillan;UID=sachin;SERVER=matrix;"

'dt.Open

'rs.Open "select * from user_identi,user_account where

user_identi.user_id=user_account.user_id", dt, adOpenDynamic, adLockPessimistic

'rs.MoveFirst

'rs.Find "user_id = '" & Form1.Text1.Text & "'"




Data1.Refresh


Data2.Refresh

Data1.Recordset.FindFirst "user_id='" & Form1.Text1.Text & "'"


Text1.Text = Data1.Recordset!user_id

Text2.Text = Data1.Recordset!user_name

Text3.Text = Data1.Recordset!user_add

Text4.Text = Data1.Recordset!user_ph

Text5.Text = Data1.Recordset!e_mail

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Text6.Text = Data2.Recordset!balance

Text7.Text = Data2.Recordset!min_balance

Text8.Text = Data2.Recordset!ac_type

End Sub


'rs.Close

'dt.Close

End Sub


Dim s, d As Double


Text1.SetFocus

MsgBox "Please Enter a value", vbInformation, "Warning"

Exit Sub

End If

Data1.Recordset.MoveFirst


s = Val(Data1.Recordset("balance"))

If s = 5000 Then

Data1.Recordset.Edit

Data1.Recordset("balance") = Str(d)


MsgBox ("Your withdraw is Completed")

Text1.Text = ""

Else

MsgBox ("Sorry User" & vbCrLf & "'Cause after withdraw will be


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End Sub


Form7.Show

Unload Me

End Sub




Data1.Refresh

End Sub


Form6.Show

Unload Me

End Sub


Form4.Show

Unload Me

End Sub


Form3.Show

Unload Me

End Sub


Form5.Show

Unload Me

End Sub


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Form1.Show

Unload Me

Form1.Text1.Text = ""

Form1.Text1.SetFocus

End Sub


Form2.Show

Unload Me

End Sub


End Sub

Dim da As Connection

Dim rs, ss As Recordset

'Sub ent()

'Set sd = New Connection

'Set ss = New Recordset

'Set ss = sd.Execute("insert into user_account values('" & Text1.Text & "','" &

Text6.Text & "','" & Text7.Text & "','" & Text8.Text & "')")

'End Sub



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Text2.SetFocus

MsgBox "Value Required", vbInformation, "Warning"

Exit Sub


Text3.SetFocus


Exit Sub


Text4.SetFocus


Exit Sub


Text5.SetFocus


Exit Sub


Text6.SetFocus


Exit Sub


Text7.SetFocus


Exit Sub


Text8.SetFocus


Exit Sub


Text9.SetFocus


Exit Sub


Text10.SetFocus


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Exit Sub

End If

If Text9.Text Text10.Text Then

Text10.SetFocus

Text10.SelStart = 0


MsgBox ("Your Confirm Password doesn't match")

Exit Sub

End If




Data1.Refresh


Data2.Refresh

Data1.Recordset.AddNew

Data1.Recordset!user_id = Text1.Text

Data1.Recordset!user_name = Text2.Text

Data1.Recordset!user_passwd = Text3.Text

Data1.Recordset!user_add = Text4.Text

Data1.Recordset!user_ph = Val(Text5.Text)

Data1.Recordset!e_mail = Text5.Text


Data2.Recordset.AddNew

Data2.Recordset!user_id = Text1.Text

Data2.Recordset!balance = Text6.Text

Data2.Recordset!min_balance = Text7.Text

Data2.Recordset!ac_type = Text8.Text


'ss.Close

'rd.Close

'da.Close

MsgBox ("New Entery is Completed")

Command1.Enabled = False

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End Sub


Call Form_Load

End Sub


Form1.Show

Unload Me

End Sub


Dim uid As String * 20


Data1.RecordSource = "select user_id from user_identi"

Data1.Refresh

Data1.Recordset.MoveLast

uid = Data1.Recordset("user_id")

str_uid = Left(uid, 1)

num_uid = Mid(uid, 2)

new_id = CInt(num_uid) + 1

Text1.Text = str_uid & "00" & new_id

End Sub


If KeyAscii >= 65 And KeyAscii = 97 And KeyAscii


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If KeyAscii >= 48 And KeyAscii = 48 And KeyAscii = 48 And KeyAscii


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Dim a As Integer


Data1.DatabaseName = App.Path & "/atm.mdb"

Data1.RecordSource = "select * from admin"

Data1.Refresh

If Text1.Text Data1.Recordset("pass") Then

a = a + 1

If a = 1 Then

b = MsgBox("Please Enter a Corect Password", , "Login......")

Text1.SetFocus

Text1.SelStart = 0


ElseIf a = 2 Then

b = MsgBox("Please Enter a Corect Password", , "Login")

Text1.SetFocus

Text1.SelStart = 0


ElseIf a = 3 Then

a = MsgBox("Hey user" & vbCrLf & "Don't be Over Smart", , "Login")

End

End If

ElseIf Data1.Recordset("pass") = Text1.Text Then

Text1.Text = ""

Form8.Show

Unload Me

End If

End Sub


Form1.Show

Unload Me

End Sub


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End Sub



Call Command1_Click

End If

End Sub

Private Declare Function ShellExecute Lib "shell32.dll" Alias "ShellExecuteA"

(ByVal hwnd As Long, ByVal lpOperation As String, ByVal lpFile As String, ByVal

lpParameters As String, ByVal lpDirectory As String, ByVal nShowCmd As Long)

As Long

Dim ld As Integer

Dim s As Integer


End

End Sub

Private Sub Label6_Click()

ShellExecute Me.hwnd, "Open", "www.rescueindia.net", ByVal 0&, "", 3

End Sub


End Sub

Private Sub Timer1_Timer()

Dim r As Byte

Dim g As Byte

Dim b As Byte

r = Rnd() * 255

g = Rnd() * 255

b = Rnd() * 255

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Private Sub ext_Click()

End

End Sub

Private Sub MDIForm_Load()

'admin.Enabled = False

mi.Enabled = False

mu.Enabled = False

mtst.Enabled = False

mts.Enabled = False

mww.Enabled = False

mds.Enabled = False

mng.Enabled = False

End Sub

Private Sub mds_Click()

Form4.Show

Unload Form2

Unload Form3

Unload Form1

Unload Form5

Unload Form6

Unload Form7

Unload Form8

End Sub

Private Sub mi_Click()







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Form1.Show

Unload Form2

Unload Form3

Unload Form4

Unload Form5

Unload Form6

Unload Form7

Unload Form8

End Sub

Private Sub mng_Click()

Form7.Show

Unload Form2

Unload Form3

Unload Form4

Unload Form5

Unload Form6

Unload Form1

Unload Form8

End Sub

Private Sub mts_Click()

Form5.Show

Unload Form2

Unload Form3

Unload Form4

Unload Form1

Unload Form6

Unload Form7

Unload Form8

End Sub

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Bibliography:

1. Visual basic Complete Reference :

Author: Tony Stevenson2. Programming Microsoft Visual Basic 6.0

Author: Francesco BalenaPublisher: Microsoft Press

3. MS-Access-Complete Reference

Author: Virginia Andersen, Virginia Andersen
http://www.amazon.com/exec/obidos/search-handle-url/index=books&field-author=Virginia%20%20Andersen/104-9993770-8514364http://www.amazon.com/exec/obidos/search-handle-url/index=books&field-author=Virginia%20Andersen/104-9993770-8514364http://www.amazon.com/exec/obidos/search-handle-url/index=books&field-author=Virginia%20%20Andersen/104-9993770-8514364http://www.amazon.com/exec/obidos/search-handle-url/index=books&field-author=Virginia%20Andersen/104-9993770-8514364

Atm Bank Mgt

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