aminta report

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ACKNOWLEDGEMENT

First of all we would like to thank almighty GOD for his mercy and love for keeping as in

good health and sound mind to complete the project successfully. We express our heartfelt thanks

to my individuals for their suggestions and comments during the project.

At this time submitting this software, we would like to use this opportunity to express our

deep and heart felt thanks to all other teachers, friends and well wishers who motivated as

throughout this project work.

We deem it a great pleasure to express our deep sense of the indebtedness and heartfelt

thanks to Mrs. Suneetha S, The Principal, college of Applied Science Kattappana , for her

valuable guidance and providing healthy environment within the lab and all help to complete this

project.We express our deep sense of guidance to Mr. Jehan Shanth K.Kand DhanniyaP.J

project guide, for his valuable encouragement, constant guidance and help rendered during tenure

for this project.

We take this opportunity to express our special thanks to all other teachers of computer

department, for their selfless efforts in providing the useful information and remarkable

suggestions throughout the project work. We also thank our parents, all faculty members, librarian,

friends, other staffs and well wishers who have helped us to do this project well and successfully.

Before closing we once again express our sincere thanks to God and allSubmitted in Fulfillment

of the requirements for award of degree of B.Sc Computer Science.

By

Anu Mathew

Aminta Liz

Aswathy Unnikrishnan

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DECLARATION

We here by declare that the entire work embodied in this project report entitled BIKE

SHOWROOM MANAGEMENT SYSTEM has been carried out by us at in the College of

Applied System Kattappana under the supervision of Mr. Jehan Shanth K.K and successfully

completed in December 2008. The contents have been presented in the form of dissertation in

partial fulfillment of the requirement for the award of the Bachelor of science in Computer

Science, at the department of computer Science, College of Applied Science Kattappana.

We further declare that this dissertation or any part therefore has not been submitted elsewhere

for any other degree.

ANU MATHEW

AMINTA LIZ

ASWATHY UNNIKRISHNAN

Place: Kattappana

Date: 14-01-2010

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SYNOPSIS

This project is an attempt to computerize the working of aBIKESHOWROOM

MANAGEMENT SYSTEM. This is an honest attempt to realize the need and to solve it.

This project gives care for the user convenient and simplicity. The main objective is

to minimize the drawbacks of the manual system. The system is tries to provide additionalincreased speed, more accuracy and efficiency.

The project BIKE SHOWROOM MANAGEMENT SYSTEM for

HONDAShowroom has been develop to work in Windows98 or above Operating System with

java as front-end and MS Access as back end .This is because of the user interaction and better

handling of report and forms java selected as front-end to the project.

The following are the activities carried out in the concern.

Registering Customers and saled items

Keeping the Records of purchase and sales

Billing

TABLE OF CONTENTS

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1. INTRODUCTION TO PROJECT

2. SYSTEM STUDY

2.1 STUDY PHASE

2.2 DESIGN PHASE

2.3 DEVELOPMENT PHASE

2.4 OPERATION PHASE

3. SOFTWARE DESCRIPTION

3.1 INTRODUCTIONTO JAVA

3.2 JDBC

3.3 FRAME

3.4 MICROSOFTT ACCESS

5. TABLESTRUCTURE

6. DATAFLOW DIAGRAM

7. SOURCE CODE

8. OUTPUT FORMS

9. CONCLUSION

10. BIBLIOGRAPHY

INRODUCTION TO PROJECT

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Today, computer specialists as other professionals are challenged to update with the

growing technology. The project what we hava undertaken is Bike Showroom Management

System for Honda Showroom. This project will help employees in the Bike Showroom to

manage their activities.

The project work includes following modules.1. Login Module.

Password protected login to the system.

2. Customer Module.

Deals the details of customer of showroom.

3. Stock Module.

Contains stock details and a sub module called Description. In the stock module we enterthe stock of the vehicles in the showroom at present. In the Description module we describe all the

details, characteristics and specification of the vehicle.

4. Purchase Module.

Contains purchase details.

5. Sales Module.

Contains sales details and a sub module called Billing. In the Billing module we are

registering all the details about the customer and preparing the bill.

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SYSTEM STUDY

INITIAL INVESTIGATION

It is an important virtual part in the system analysis .The preliminary investigation is

aimed at classifying the operational and economic feasibility of the request for the new system

.The initial has objective of determining the validity of the user request for a candidate system

whether a feasibility study should be conducted .An initial investigation is to determine an

alternative system can solve the problem of existing system .The initial investigation of the

project was started with the visit ofHonda showroom at Kattappana.Inorder to study the

existing system details ,we used the technique such as data collection ,personal interview and

onsite observation etc.

EXISTING SYSTEM

The existing activities are done manually. Since all works are done manually, work done ismaximum and more man power is required. A data eatery process done manually, a lot of time and

effort is needed for the proper functionality of the system .In existing system very large space is

required to store all details .

PROPOSED SYSTEM

Main objective of the proposed is to eliminate their limitations of the existing manual

system .Computers are fast tireless machines that are processed huge amount of data quickly and

efficiently and give the output in the required format. The overhead cost reduction is also one of the

objectives of the existing system .This achieved by reduced labor and reduced data maintenance.

FEASIBILITY STUDY

The feasibility of designing the system determined by evaluating alternative methods of

converting available input data into required output .Each of these alternative methods that is

termed as candidate system. The purpose of feasibility study is to identify various candidate

systems and to evaluate system.

STUDY PHASE

The study phase is the first of the four phases in the system development life cycle. Study

phase is the lifecycle phase in which a problem is defined and a system is recommended as a

solution. Information service request identifies the perceived problem and the scope of the study to

be under taken. Initial investigation is an investigation performed to clarify the business

information system problem and a project directive.

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Project directive is the final version of an information request. System performance

definition is the transition form a logical performance requirement to a physical one. Feasibility

analysis is a procedure for identifying candidate systems and selecting the most feasible. Study

phase is a comprehensive report prepared at the conclusion of the study activities.

DESIGN PHASE

Design phase is the second phase is the system development life cycle. In this phase

computer information system is designed in detailed from system specifications, generated during

study phase. A data flow diagram that has been expanded in detail until each of the processing unit,

processing function can be identified.

A system flow chart that has been expanded in detail. Design phase report is a report

prepared at the end of the design phase. Design specification is a baseline specification that serves

as a blue print for the construction of a computer based business information system. Design phase

review held with the user organization at the conclusion of the design phase.

DEVELOPMENT PHASE

In development phase the computer information system is constructed from the detailed

specification prepared in the design phase. The system development life cycle phase in which the

system is constructed according to the design phase specification.

Implementation plan is a plan for implementing a system that includes test plan, an

equipment acquisition plan, and a conversion plan. Development phase report is a report prepared

at the end of the development phase. Other main activities in the development phase are system

specification, user acceptance review, implementation, conversion and changeover.OPERATION PHASE

The operation phase is the fourth and last phase of the system development life cycle phase.

Operation phase is the phase involving changeover from the old system to the new system where

the system is operated, evaluated and changed as necessary. The main operation phase activities are

system changeover, routine operations, standards, response time and usability.

SOFTWARE DESCRIPTION

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INTRODUCTION TO JAVA

Java is general purpose, object-oriented programming language developed by the sun

Microsystems of USA in 1991. Originally called OAK James Gosling, one of the inventors of

javas designed for the development of software for consumer electronic devices.

Java can be used to create two types of programs. Application Programs and Applet

Programs. Application Programs that run on your computer under the operating system of the

computer. Applets are programs designed to be transmitted over the internet and executed by the

java compatible web browser. It is tiny programs dynamically download across the network, can

react to user input and dynamically change.

JAVA BUZZWORDS

Simple

Object-oriented

Distributed

Interpreted

Robust

Secure

Architecture-neutral

Portable

High Performance

Multithread

Dynamic

SIMPLE

Java is simpler to learn than other language like c++, because Java developers intentionally

removed much of the difficulties programmers uncounted with earlier programming language.Indeed java was build to be easier to learn and use than c++, features that java omits are not used as

might think and often they lead to overly complex software design and difficulties in maintaining

code. While eliminating complexity, java team introduced garbage collection to further simplify the

language.

OBJECT ORIENTED

Like, c++ java is an object oriented language. Object oriented language allows the

programmers to organize the program so that it closely models the world in structure and in the

interaction among its components. This is particularly valuable in implementing application using

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We can use java with a variety of CPU and operating system architecture. To achieve this

design goal java compiler provides architecture-neutral object files or java byte codes from the java

source code you write. Assuming that the java runtimes environment exits on the client system end

result, the byte code execute regardless of platforms. This architecture works not only for the

network but also for the standard software distribution.

PORTABLE

Java system is highly portable. One part of the portability equation is javas representation

of data types. Being implementation dependent, although being highly portable hampers C and C+

+. That is the sizes and highly behavior of arithmetic on these types is explicitly specified. Their

representation and arithmetic behavior are consistent from system to system. The java class

libraries include portable interfaces for each platforms on which the runtimes environment is

available. For example an abstract window class and implementation or it is available for Sun

Solaris, Window and Macintosh. When using this graphics interfaces, java automatically loads the

appropriate platforms specific interfaces for the current machine.

HIGH PERFORMANCE

Java performance is impressive for an interpreted mostly because of the development of

Just In Time (JIT) compiler that optimize the codes on the fly. Java programs execute at speed

Nearly undistinguished from native C/C++ programs. Although interpreting byte codes is faster

than interpreting raw programming language. Since they are already in an intermediate stage, the

java architecture is designed to reduce overhead during runtime,

Additionally threads are incorporated into which further enhance the overall perceived

speed of java executables. Although javas performance is impressive when compared to their

interpreted language may developers are concerned that it is still to slow to use where raw speed is

the factors. Some accounts have java program running anywhere from 10 to 30 times slower than

C/C++ counter parts. Future release of java is likely to include and optimized compiler and a faster

runtime environment.

MULTITHREAD

Multithreading is a major features of java giving executable the ability to maintain

several threads of execution at one time. A good example of thread in action is the garbage

collection features of the java language. This facility is low priority threads, which run in the

background as other

tasks, are executing. It monitors objects and all reference to them when they are no longer in use.

Because a thread running in the background controls this processes other go on undistributed.

DYNAMIC

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Fundamentally distributed computing environment must be dynamic. Java was

designed to adapt in a consistently involving environment. It is capable of incorporating new

functionally regardless of where that functionally comes from the computer system, the local and

wide area network and the internets are all potential contributors. In object oriented C++

environment developers dont write every line of code themselves. Instead they relay on wide array

of libraries to extend functionally of these programs.

If the developers have the ability to simplify recompile the programs with the update library

and then get it in customers hand in time, everything would be fine. In this regarded object oriented

goal of C++ falls short of mark.

THE THREE OPP PRINCIPLES

ENCAPSULATIONEncapsulation is the mechanism that blinds together code and the data it manipulates and

keeps both safe outside interferences and misuse. One way to think about encapsulation is as a

wrapper that prevents the code and data from being arbitrary accessed by other code defined

outsiders the wrapper is tightly controlled through a well-defined interface. To relate this to the real

world, consider the automatic transmission on an automobile.

In java the basic of encapsulation is a class. Although class will helpful examined in

grater detail later in this book, he following brief discussion will be shared by a set objects are

sometimes referred to as instance of a class. Thus a class is a logic construct an object has physical

reality.

The private methods and data can only accessed by code that is a member of the

class. Therefore any other code that is not a member of the class cannot access a private method or

variable.

INHERITANCE

Inheritance is the process by which one object the properties of another object. This is

important because it supports the concepts of hierarchical classification. Inheritance subtracts with

encapsulation as well. If a given class encapsulates some attributes, then a subclass will have the

same attributes plus any that adds as a part of its specialization. This is key concept, which lets

object-oriented programs grows in a complexity linearly rather than geometrically. A new subclass

inherits and of the attributes of all its ancestors.

POLYMORPHISM

Polymorphism is feature that allows one interface to be used for general class of action. The

specific action is determined by the exact nature of the situation. Consider the stack; you might

have a program that requires three tops of the stacks. One stack is used for integer values, one for

characters.

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More generally the concept of polymorphism is often expressed by the phrase one interface

multiple methods . This means that it is possible to design a generic interface to be used to specify

a general class of action. It is the compilers job to select the specification as its applets to each

situation.

JDBC

INTRODUCTION TO JDBC

The JDBC interfaces are a pure java API used to executes SQL statements. The JDBC provides

a set of and interfaces that can be used by the developers to write data base applications. BasicJDBC interactions can be broken down into four steps:-

Open a connection to data base.

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Executes an SQL statement.

Process the result

Close the connection to the database.

JDBC DRIVER TYPES

Sun has defined four JDBC driver types:-

JDBC-ODBC Bridge Plus ODBC driver.

Type 1 driver use a bridge technology to connect a java client to an ODBC database

service.

Native-API, partly-java driver.

Type 2 driver wrap a thin layer of java around database specific native code

libraries.

JDBC-net, pure java driver.

A type 3 driver communicates via a generic network protocol to a piece of custom

middleware.

Native-protocol, pure.

Type 4 driver are the most direct of the lot.

Getting a connection

The first step is using a JDBC driver to get a database connection involves loading thespecific driver class into the application JVM. An easy way to load the driver Class.forName ()

method. Class.forName (sun.jdbc.odbc.jdbcodbcdriver); when the driver is loaded into the

memory, it register itself with the java.sql.DriverManager class as an available database driver.

The next step to ask the driver Manager class to open a connection to a given database,

where the database is specified by a specifically formed URL. The method used for the open the

connection is DriverManager.getConnection (). It returns a class that implements the

java.sql.Connection interface:

Connection Con=DriverManager.getConnection (jdbc: odbc: Tddb,password);

EXECUTING SQL QUERIES

The simplest way to execute the query is to use the java.sql.statementclass.statement objects

are never instantiated directly: instead a program call the Statement () method of connection

st=con.createStatement ();

A query insert data can be execute using the executeUpdate method statement and insert data intothe database.

Sql=INSERT INTO marklist (name, regno) VALUES (a,b);

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St.esecuteUpdate (sql);

FRAMES

A frame is a window with a title bar and a border. Frames are created with class

Frame that extends class window that inherits from container. Class window contain methods for

window management. Window objects do not have title bars or borders. The default layout

manager for window and frames is Border Layout.

Frame is typically used to build windowed application. Frames are occasionally used with applets.

Frame methods are as follows:

Show Frame ();

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This method is used to show a frame.

F.hide ();

F.dispose ();

Component method hide remove the frame from the screen so theframe is no longer visible.

Frame method dispose free the resource that were allocated to the Frame by the windowing system.

Creating a Frame object using the statement

F=new Frame ();

Label object 1 is instantiated with a call to Label constructor. The label font is set with

the setfont method. The Layout for the frame is set to a Flow layout and then the Label is added to

the Frame with:

F.add (1);

The component method resize is used the frame to the specified width and height. The statement,

F.show ();

Component method show displays a component. Frames are not visible by default.

BACK END: M.S.ACCESS

Before being to use this software product, it is important to understand its

capabilities and types of tasks it is designed to perform. Access is a multifaceted product whose use

bounded only by your imagination.

Essentially, Access is a Database Management System (DBMS) like other

products in these category access stores and retrieves data, presents information, and other

automates repetitive tasks.

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Access is also a powerful window Application. Both windows and Access are for

Microsoft, the two products work very well together. Access run on the windows platform, so all

the advantages of windows is available in Access.

TABLE STRUCTURE

Tablename - DD

Field Name Data Type Description

user Text username

password Text password

Tablename-tbl_Cust


Day Date/Time Date of registrationOrder no Number Order number

Name Text Name of customer

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Sex Text Sex of customer

Address Text Address of customer

Place Text Place of customer

Vehicle Text Vehicle purchased

Num Number Numer of vehicles

Netamt Number Total amount

Tablename - tbl_Vehicle


Item name Text Name of vehicle

Amount Number Price of vehicle

Stock Number Number of vehicles

Tablename - tbl_Pvehicle

Field Name Data Type DescriptionCuDate Date/Time Date of purchase

Itemname Text Name of vehicle

Stock Number Number of vehiclesPriceper Number Price of vehicleIncrement Number Increment value

Total Number Total amount

Tablename - tbl_Svehicle

Field Name Data Type DescriptionCuDate Date/Time Date of sale

Itemname Text Name of vehicle

Nums Number Numer of vehiclesPriceper Number Price of vehicle

Total Number Total amount

Tablename - tbl_Billing


Billdate Date/Time Date of billBillno Number Bill number

Orderno Number Order number

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BIKE SHOWROOM

MANAGEMENT SYSTEM

DATA FLOW DIAGRAM

Data flow is one of the best ways of documenting entered functionality of the system. Data

flow diagram has the purpose of clarifying system requirements and identifies the transformation

that will become programs in system design. So it is starting point of design phase. A DFD consist

of a series of bubbles joined by the lines. Bubbles represent process and lines, data flow in system.

BASIC DFD SYMBOLS

Represents data flows

Represents Process

Context diagram is the big picture diagram before decomposition; it identifies domains or

boundaries of system.

CONTEXT DIAGRAM

Request

USER

Result

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SOURCE CODE

//start

import java.awt.*;

import java.awt.event.*;

import javax.swing.*;

import java.util.*;

import java.io.*;

import java.sql.*;

public class start extends JFrame implements ActionListener

{

JButton b1;

JLabel l1;

login l;

Container c;

start()

{

c=getContentPane();

setTitle("HONDA SHOWROOM");

b1=new JButton("LOGIN");

b1.setForeground(Color.white);

b1.setBounds(425,525,120,80);

b1.addActionListener(this);

Color c1=new Color(0,0,0);

b1.setBackground(c1);

c.add(b1);

l1=new JLabel("",new ImageIcon("first.jpg"),JLabel.CENTER);

l1.setVerticalTextPosition(JLabel.BOTTOM);

l1.setHorizontalTextPosition(JLabel.CENTER);

c.add(l1);

}

public void actionPerformed(ActionEvent e)

{

if(e.getSource()==b1)

{

l=new login();

l.setSize(1375,950);

l.setVisible(true);

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setVisible(false);

}

}

public static void main(String args[])

{

start s=new start();

s.setSize(1375,950);

s.setVisible(true);

}

}

//Login

import java.awt.*;



import java.util.*;

import java.io.*;

import java.sql.*;

class login extends JFrame implements ActionListener

{

menu1 m;

JButton b1,b2;

TextField t1,t2;

JLabel l1,l2,l3;

Font f=new Font("Roman",Font.BOLD,25);

Connection con;

Statement Sta;

Container c;

ResultSet rs;

login()

{


c=getContentPane();


c.setBackground(c1);

l1=new JLabel("USERNAME");

l2=new JLabel("PASSWORD");

t1=new TextField();

t2=new TextField();

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{


{

try

{

String s1=t1.getText();

String s2=t2.getText();

rs=Sta.executeQuery("select * from DD where user='"+s1+"'");

if(rs.next())

{

if(rs.getString(2).equals(s2))

{

m=new menu1();

m.setVisible(true);

m.setSize(1200,725);

setVisible(false);

}

else

{

JOptionPane.showMessageDialog(this,"password is

incorrect","MESSAGE",JOptionPane.ERROR_MESSAGE);

}

}

else

{

JOptionPane.showMessageDialog(this,"user name is

incorrect","MESSAGE",JOptionPane.ERROR_MESSAGE);

}

}

catch(Exception a)

{

}

}


{

System.exit(0);

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}

}

public static void main(String s[])

{

login l=new login();

l.setVisible(true);

l.setSize(1375,950);

}

}

//menu

import java.awt.*;



import java.util.*;

import java.io.*;

import java.sql.*;

public class menu1 extends JFrame implements ActionListener

{

Container c;

JMenuItem mi1,mi2,mi3,mi4,mi5,mi6,mi7,mi8,mi9,mi10,mj1,mj2;

JLabel l1;

menu1()

{


c=getContentPane();

addWindowListener(new WindowAdapter()

{

public void windowClosing(WindowEvent we)

{

System.exit(0);

}

});

JMenuBar mb=new JMenuBar();

JMenu m=new JMenu("Customer Details");

mj1=new JMenuItem("View customer details");

mj2=new JMenuItem("Update customer details");

JMenu m1=new JMenu("Stock Details");

mi1=new JMenuItem("Add Stock Details");

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mi2=new JMenuItem("Update Stock Details");

mi3=new JMenuItem("Delete Stock Details");

mi4=new JMenuItem("Find Stock Details");

mi5=new JMenuItem("Description");

JMenu m2=new JMenu("Purchase Details");

mi6=new JMenuItem("Purchase Vehicle Details");

JMenu m3=new JMenu("Sales Details");

mi7=new JMenuItem("Saled Vehicles");

mi8=new JMenuItem("Add bills");

mi9=new JMenuItem("View bills");

JMenu m4=new JMenu("Exit");

mi10=new JMenuItem("Exit");

m.add(mj1);

m.add(mj2);

m1.add(mi1);

m1.add(mi2);

m1.add(mi3);

m1.add(mi4);

m1.add(mi5);

m2.add(mi6);

m3.add(mi7);

m3.add(mi8);

m3.add(mi9);

m4.add(mi10);

mb.add(m);

mb.add(m1);

mb.add(m2);

mb.add(m3);

mb.add(m4);

setJMenuBar(mb);

mj1.addActionListener(this);


mi1.addActionListener(this);






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l1=new JLabel("",new ImageIcon("third.jpg"),JLabel.CENTER);



c.add(l1);

}

public void actionPerformed(ActionEvent ae)

{

if(ae.getSource()==mj1)

{

custview c1=new custview();

c1.setSize(1375,950);

c1.setVisible(true);

setVisible(false);

}


{

custupdate c2=new custupdate();

c2.setSize(1375,950);


setVisible(false);

}

if(ae.getSource()==mi1)

{

stkadd s3=new stkadd();

s3.setVisible(true);

s3.setSize(1375,950);

setVisible(false);

}


{

stkupdate s3=new stkupdate();


s3.setSize(1375,950);

setVisible(false);

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}


{

stkdelete s2=new stkdelete();


s2.setSize(1375,950);

setVisible(false);

}


{

stkfind s3=new stkfind();


s3.setSize(1375,950);

setVisible(false);

}


{

des d=new des();

d.setSize(1375,950);

d.setVisible(true);

setVisible(false);

}


{

purchase p=new purchase();

p.setSize(1375,950);

p.setVisible(true);

setVisible(false);

}


{

sale s=new sale();


s.setVisible(true);

setVisible(false);

}


{

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billadd b=new billadd();

b.setSize(1375,950);

b.setVisible(true);

setVisible(false);

}


{

viewbill b1=new viewbill();

b1.setSize(1375,950);

b1.setVisible(true);

setVisible(false);

}


{

System.exit(0);

}

}


{

menu1 m=new menu1();

m.setVisible(true);


}

}//customer details


import java.util.*;

import java.io.*;

import java.awt.*;


import java.sql.*;

public class custview extends JFrame implements ActionListener

{

JLabel l1,l2,l3,l4,l5,l6,l7,l8,l9,l10;

JTextField t1,t2,t3,t4,t5,t6,t7,t8,t9;

JButton b1,b2,b3,b4,b5;

String s,s1,s2,s3,s4,s5,s6,s7,s8,s9,s10;

Connection con;

Statement sta;

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Container c;

ResultSet rs;

custview()

{


{

public void WindowClosing(WindowEvent we)

{

System.exit(0);

}

});

c=getContentPane();

c.setLayout(null);

setTitle(" VIEW CUSTOMER DETAILES");



b1=new JButton("VIEW");

b2=new JButton("EXIT");

b3=new JButton("CLEAR");

b4=new JButton("BACK");

l1=new JLabel(" CUSTOMER DETAILES");

l1.setFont(new Font ("Monotype Corsiva",Font.ITALIC,19));

l1.setForeground(Color.blue);

l2=new JLabel("Date");

l2.setFont(new Font ("Bodoni MT",Font.BOLD,18));

l3=new JLabel("Order No*");


l4=new JLabel("Name");


l5=new JLabel("Sex");


l6=new JLabel("Address");


l7=new JLabel("Place");


l8=new JLabel("Vehicle");


l9=new JLabel("Number");

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b3.setBounds(125,580,100,45);

b4.setBounds(250,580,100,45);





try

{

Class.forName("sun.jdbc.odbc.JdbcOdbcDriver");

con=DriverManager.getConnection("jdbc:odbc:sample");

sta=con.createStatement();

}

catch(Exception e)

{

}

}


{

try

{

if(ae.getActionCommand()=="VIEW")

{

int a=Integer.parseInt(t2.getText());

rs=sta.executeQuery("select * from tbl_cust where Orderno="+a);

if(rs.next())

{

t1.setText(rs.getString(1));








}

else

{

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JOptionPane.showMessageDialog(this,"RECORD NOT

FOUND","VIEW",JOptionPane.INFORMATION_MESSAGE);

}

}

if(ae.getActionCommand()=="CLEAR")

{

t1.setText(" ");

t2.setText(" ");

t3.setText(" ");

t4.setText(" ");

t5.setText(" ");

t6.setText(" ");

t7.setText(" ");

t8.setText(" ");

t9.setText(" ");

}

if(ae.getActionCommand()=="EXIT")

{

setVisible(false);

}

if(ae.getActionCommand()=="BACK")

{

setVisible(false);


m.setVisible(true);


setVisible(false);

}

}

catch(Exception e)

{

}

}


{

custview c1=new custview();

c1.setSize(1375,950);

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l1=new JLabel("CUSTOMER DETAILES");



















l10=new JLabel("Net Amt");


t1=new JTextField();









c.add(l1);c.add(l2);c.add(l3);c.add(l4);c.add(l5);

c.add(l6);c.add(l7);c.add(l8);c.add(l9);

c.add(t1);c.add(t2);c.add(t3);c.add(t4);c.add(t5);

c.add(t6);c.add(t7);c.add(t8);c.add(t9);c.add(b5);

c.add(b1);c.add(b2);c.add(b3);c.add(b4);c.add(l10);

l1.setBounds(150,15,200,25);

l2.setBounds(100,50,150,25);

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l3.setBounds(100,100,150,25);

l4.setBounds(100,150,150,25);

l5.setBounds(100,200,150,25);

l6.setBounds(100,250,150,25);

l7.setBounds(100,300,150,25);

l8.setBounds(100,350,150,25);

l9.setBounds(100,400,150,25);

l10.setBounds(100,450,150,25);

t1.setBounds(250,50,150,25);

t2.setBounds(250,100,150,25);

t3.setBounds(250,150,150,25);

t4.setBounds(250,200,150,25);

t5.setBounds(250,250,150,25);

t6.setBounds(250,300,150,25);

t7.setBounds(250,350,150,25);

t8.setBounds(250,400,150,25);

t9.setBounds(250,450,150,25);

b1.setBounds(100,500,100,45);

b2.setBounds(225,500,100,45);

b3.setBounds(350,500,100,45);

b4.setBounds(150,580,100,45);

b5.setBounds(275,580,100,45);






try

{



sta=con.createStatement();

}

catch(Exception e)

{

}

}

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{

try

{

if(ae.getActionCommand()=="FIND")

{


rs=sta.executeQuery("select * from tbl_cust where Orderno="+a);

if(rs.next())

{









}

else

{



}

}

if(ae.getActionCommand()=="CLEAR")

{

t1.setText(" ");

t2.setText(" ");

t3.setText(" ");

t4.setText(" ");

t5.setText(" ");

t6.setText(" ");

t7.setText(" ");

t8.setText(" ");

t9.setText(" ");

}

if(ae.getActionCommand()=="EXIT")

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{

setVisible(false);

}

if(ae.getActionCommand()=="UPDATE")

{

s=t1.getText();

s1=t2.getText();

int b=Integer.parseInt(s1);

s2=t3.getText();

s3=t4.getText();

s4=t5.getText();

s5=t6.getText();

s6=t7.getText();

s7=t8.getText();

int c=Integer.parseInt(s7);

s8=t9.getText();

int d=Integer.parseInt(s8);

String k="UPDATE tbl_cust set

Day='"+s+"',Name='"+s2+"',Sex='"+s3+"',Address='"+s4+"',Place='"+s5+"',Vehicle='"+s6+"',Num

="+c+",Netamt="+d+" where Orderno="+b;

sta.executeUpdate (k);

JOptionPane.showMessageDialog(this,"Update the

Record","UPDATE",JOptionPane.INFORMATION_MESSAGE);

t1.setText(" ");

t2.setText(" ");

t3.setText(" ");

t4.setText(" ");

t5.setText(" ");

t6.setText(" ");

t7.setText(" ");

t8.setText(" ");

t9.setText(" ");

}

if(ae.getActionCommand()=="BACK")

{

setVisible(false);


m.setVisible(true);

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setVisible(false);

}

}

catch(Exception e)

{

}

}


{

custupdate c2=new custupdate();

c2.setSize(1375,950);


}

}

//Add stock details

import java.awt.*;



import java.util.*;

import java.io.*;

import java.sql.*;

public class stkadd extends JFrame implements ActionListener

{

JButton b1,b2,b3,b4;

JLabel l1,l2,l3,l4;

JTextField t1,t2;

JComboBox cb1;

Connection con;

Statement st;

ResultSet rs;

String s,s1,s2;

Container c;

stkadd()

{


{

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{

System.exit(0);

}

});

c=getContentPane();

c.setLayout(null);



setTitle("ADD STOCK DETAILS");

l1=new JLabel(" STOCK DETAILS");


l1.setForeground(Color.black);

b1=new JButton("Back");


b2=new JButton("Add");


b3=new JButton("Exit");


b4=new JButton("Clear");


cb1=new JComboBox();

cb1.addActionListener(this);

cb1.addItem("Honda Shine");

cb1.addItem("Honda Stunner");

cb1.addItem("Honda Unicorn");

cb1.addItem("Honda Activa");

cb1.addItem("Honda Eterno");

cb1.addItem("Honda Dio");





l3=new JLabel("Stock ");


l4=new JLabel("Per Amount");


c.add(l1);

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c.add(l2);

c.add(l3);

c.add(l4);

c.add(b1);

c.add(b2);

c.add(b3);

c.add(b4);

c.add(cb1);

c.add(t1);

c.add(t2);

l1.setBounds(200,15,350,25);

l2.setBounds(100,50,150,25);

l3.setBounds(100,100,150,25);

l4.setBounds(100,150,150,25);

b1.setBounds(125,210,110,40);

b2.setBounds(250,210,110,40);

b3.setBounds(125,270,110,40);

b4.setBounds(250,270,110,40);

cb1.setBounds(250,55,150,25);

t1.setBounds(250,100,150,25);

t2.setBounds(250,150,150,25);

try

{



st=con.createStatement();

}

catch(Exception e)

{

}

}


{

try

{

if(ae.getActionCommand()=="Back")

{

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setVisible(false);


m.setVisible(true);


setVisible(false);

}

if(ae.getActionCommand()=="Add")

{

s=(String)(cb1.getSelectedItem());

s1=t1.getText();


s2=t2.getText();


String g="INSERT INTO tbl_Vehicle values('"+s+"',"+c+","+b+")";

JOptionPane.showMessageDialog(this,"Add the

Record","Add",JOptionPane.INFORMATION_MESSAGE);

st.executeUpdate(g);

t1.setText(" ");

t2.setText(" ");

}

if(ae.getActionCommand()=="Clear")

{

t1.setText(" ");

t2.setText(" ");

}

if(ae.getActionCommand()=="Exit")

{

System.exit(0);

}

}

catch(Exception z)

{

}

}


{

stkadd s3=new stkadd();

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s3.setSize(1375,950);

}

}

//update stock

import java.awt.*;



import java.util.*;

import java.io.*;

import java.sql.*;

public class stkupdate extends JFrame implements ActionListener

{


JLabel l1,l2,l3,l4;

JTextField t1,t2;

JComboBox cb1;

Connection con;

Statement st;

ResultSet rs;

String s,s1,s2;

Container c;

stkupdate()

{


{


{

System.exit(0);

}

});

c=getContentPane();

c.setLayout(null);

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setTitle("UPDATE STOCK DETAILS");






b2=new JButton("Update");


b3=new JButton("Find");










l2=new JLabel("Vehicle*");






c.add(l1);c.add(l2);c.add(l3);c.add(l4);c.add(b1);

c.add(b2);c.add(b3);c.add(b4);c.add(b5);c.add(cb1);

c.add(t1);c.add(t2);

l1.setBounds(200,15,350,25);

l2.setBounds(100,50,150,25);

l3.setBounds(100,100,150,25);

l4.setBounds(100,150,150,25);

b1.setBounds(100,210,110,40);

b2.setBounds(225,210,110,40);

b3.setBounds(350,210,110,40);

b4.setBounds(170,270,110,40);

b5.setBounds(290,270,110,40);

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cb1.setBounds(250,55,150,25);

t1.setBounds(250,100,150,25);

t2.setBounds(250,150,150,25);







try

{




}

catch(Exception e)

{

}

}


{

try

{


{

setVisible(false);


m.setVisible(true);


setVisible(false);

}

if(ae.getActionCommand()=="Update")

{


s1=t1.getText();


s2=t2.getText();

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String k="UPDATE tbl_Vehicle set Amount="+c+",stock="+b+" where

Itemname='"+s+"'";

JOptionPane.showMessageDialog(this,"Update the

Record","update",JOptionPane.INFORMATION_MESSAGE);

st.executeUpdate (k);

t1.setText(" ");

t2.setText(" ");

}

if(ae.getActionCommand()=="Find")

{


rs=st.executeQuery("select * from tbl_Vehicle where Itemname='"+s+"'");

if(rs.next())

{



}

else

{


FOUND","Find",JOptionPane.INFORMATION_MESSAGE);

}

}


{

t1.setText(" ");

t2.setText(" ");

}


{

System.exit(0);

}

}

catch(Exception z)

{

}

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setTitle("FIND STOCK DETAILS");






















c.add(l1);

c.add(l2);

c.add(l3);

c.add(l4);

c.add(b1);

c.add(b2);

c.add(b3);

c.add(b4);

c.add(cb1);

c.add(t1);

c.add(t2);

l1.setBounds(200,15,350,25);

l2.setBounds(100,50,150,25);

l3.setBounds(100,100,150,25);

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{


rs=st.executeQuery("select * from tbl_Vehicle where Itemname='"+s+"'");

if(rs.next())

{



}

else

{



}

}


{

t1.setText(" ");

t2.setText(" ");

}


{

System.exit(0);

}

}

catch(Exception z)

{

}

}


{

stkfind s3=new stkfind();


s3.setSize(1375,950);

}

}

//delete stock details

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import java.awt.*;



import java.util.*;

import java.io.*;

import java.sql.*;

public class stkdelete extends JFrame implements ActionListener

{


JLabel l1,l2,l3,l4;

JTextField t1,t2,t3;

JComboBox cb1;

Connection con;

Statement st;

ResultSet rs;

String s,s1,s2;

Container c;

stkdelete()

{


{


{

System.exit(0);

}

});

c=getContentPane();

c.setLayout(null);



setTitle("DELETE STOCK DETAILS");



l1.setBackground(Color.white);




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b2=new JButton("Delete");


















c.add(l1);c.add(l2);c.add(l3);c.add(l4);c.add(b1);

c.add(b2);c.add(b3);c.add(b4);c.add(b5);c.add(cb1);

c.add(t1);c.add(t2);

l1.setBounds(200,15,350,25);

l2.setBounds(100,50,150,25);

l3.setBounds(100,100,150,25);

l4.setBounds(100,150,150,25);

b1.setBounds(100,210,110,40);

b2.setBounds(225,210,110,40);

b3.setBounds(350,210,110,40);

b4.setBounds(130,270,110,40);

b5.setBounds(255,270,110,40);

cb1.setBounds(250,55,150,25);

t1.setBounds(250,100,150,25);

t2.setBounds(250,150,150,25);






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if(rs.next())

{



}

else

{



}

}


{

t1.setText(" ");

t2.setText(" ");

t3.setText(" ");

}


{

System.exit(0);

}

}

catch(Exception z)

{

}

}


{

stkdelete s2=new stkdelete();


s2.setSize(1375,950);

}

}//description of vehicles

import java.awt.*;



import java.util.*;

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import java.io.*;

import java.sql.*;

public class des extends JFrame implements ActionListener

{

Container c;

JMenuItem mi1,mi2,mi3,mi4,mi5,mi6,mj1,mj2;

JLabel l1,l2;

des()

{


{


{

System.exit(0);

}

});

setTitle("DESCRIPTION");

c=getContentPane();



JMenuBar mb=new JMenuBar();

setJMenuBar(mb);

JMenu m=new JMenu("Select vehicle");

mi1=new JMenuItem("Honda Dio");

mi2=new JMenuItem("Honda Activa");

mi3=new JMenuItem("Honda Eterno");

mi4=new JMenuItem("Honda Shine");

mi5=new JMenuItem("Honda Stunner");

mi6=new JMenuItem("Honda Unicorn");

JMenu m1=new JMenu("Exit");

mj1=new JMenuItem("Exit");

mj2=new JMenuItem("Back");

m.add(mi1);

m.add(mi2);

m.add(mi3);

m.add(mi4);

m.add(mi5);

m.add(mi6);

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m1.add(mj1);

m1.add(mj2);

mb.add(m);

mb.add(m1);









l1=new JLabel("",new ImageIcon("fourth.jpg"),JLabel.CENTER);



c.add(l1);

}


{


{

dio d1=new dio();

d1.setSize(1375,950);

d1.setVisible(true);

setVisible(false);

}


{

activa a=new activa();

a.setSize(1375,950);

a.setVisible(true);

setVisible(false);

}


{

eterno e=new eterno();

e.setSize(1375,950);

e.setVisible(true);

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setVisible(false);

}


{

shine s2=new shine();

s2.setSize(1375,950);


setVisible(false);

}


{

stunner s3=new stunner();

s3.setSize(1375,950);


setVisible(false);

}


{

unicorn u=new unicorn();

u.setSize(1375,950);

u.setVisible(true);

setVisible(false);

}


{

System.exit(0);

}


{

setVisible(false);


m.setVisible(true);


setVisible(false);

}

}


{

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des d=new des();


d.setVisible(true);

}

}

//vehicle-Activa

import java.awt.*;



import java.util.*;

import java.io.*;

import java.sql.*;

public class activa extends JFrame implements ActionListener

{

JButton b1;

JLabel l1;

Container c;

activa()

{

c=getContentPane();

setTitle("HONDA ACTIVA");




b1.setForeground(Color.black);

b1.setBounds(750,300,120,80);




c.add(b1);

l1=new JLabel("",new ImageIcon("Activa.jpg"),JLabel.CENTER);



c.add(l1);

}


{


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{

des d=new des();


d.setVisible(true);

setVisible(false);

}

}


{

activa a=new activa();

a.setSize(700,650);

a.setVisible(true);

a.setLocation(100,50);

}

}

// vehicle-Dio

import java.awt.*;



import java.util.*;

import java.io.*;

import java.sql.*;

public class dio extends JFrame implements ActionListener

{

JButton b1;

JLabel l1;

Container c;

dio()

{

c=getContentPane();

setTitle("HONDA DIO");





b1.setBounds(750,300,120,80);



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c.add(b1);

l1=new JLabel("",new ImageIcon("Dio.jpg"),JLabel.CENTER);



c.add(l1);

}


{


{

des d=new des();


d.setVisible(true);

setVisible(false);

}

}


{

dio d1=new dio();

d1.setSize(700,650);

d1.setVisible(true);

d1.setLocation(100,50);

}

}//vehicle-Eterno

import java.awt.*;



import java.util.*;

import java.io.*;

import java.sql.*;

public class eterno extends JFrame implements ActionListener

{

JButton b1;

JLabel l1;

Container c;

eterno()

{

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c=getContentPane();

setTitle("HONDA ETERNO");





b1.setBounds(750,300,120,80);




c.add(b1);

l1=new JLabel("",new ImageIcon("Eterno.jpg"),JLabel.CENTER);



c.add(l1);

}


{


{

des d=new des();


d.setVisible(true);

setVisible(false);

}

}


{

eterno e=new eterno();

e.setSize(700,650);

e.setVisible(true);

e.setLocation(100,50);

}

}

//vehicle Shine

import java.awt.*;



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import java.util.*;

import java.io.*;

import java.sql.*;

public class shine extends JFrame implements ActionListener

{

JButton b1;

JLabel l1;

Container c;

shine()

{

c=getContentPane();

setTitle("HONDA SHINE");





b1.setBounds(750,300,120,80);




c.add(b1);

l1=new JLabel("",new ImageIcon("shine.jpg"),JLabel.CENTER);



c.add(l1);

}


{


{

des d=new des();


d.setVisible(true);

setVisible(false);

}

}


{

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shine s2=new shine();

s2.setSize(700,650);


s2.setLocation(100,50);

}

}

//vehicle-Stunner

import java.awt.*;



import java.util.*;

import java.io.*;

import java.sql.*;

public class stunner extends JFrame implements ActionListener

{

JButton b1;

JLabel l1;

Container c;

stunner()

{

c=getContentPane();

setTitle("HONDA STUNNER");





b1.setBounds(750,300,120,80);




c.add(b1);

l1=new JLabel("",new ImageIcon("Stunner.jpg"),JLabel.CENTER);



c.add(l1);

}


{

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{

des d=new des();


d.setVisible(true);

setVisible(false);

}

}


{

stunner s3=new stunner();

s3.setSize(700,650);


s3.setLocation(100,50);

}

}//vehicle-Unicorn

import java.awt.*;



import java.util.*;

import java.io.*;

import java.sql.*;

public class unicorn extends JFrame implements ActionListener

{

JButton b1;

JLabel l1;

Container c;

unicorn()

{

c=getContentPane();

setTitle("HONDA UNICORN");





b1.setBounds(750,300,120,80);



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c.add(b1);

l1=new JLabel("",new ImageIcon("Unicorn.jpg"),JLabel.CENTER);



c.add(l1);

}


{


{

des d=new des();


d.setVisible(true);

setVisible(false);

}

}


{

unicorn u=new unicorn();

u.setSize(700,650);

u.setVisible(true);

u.setLocation(100,50);

}

}//purchase details

import java.awt.*;



import java.util.*;

import java.io.*;

import java.sql.*;

public class purchase extends JFrame implements ActionListener

{

JButton b1,b2,b3,b4,b5,b6;

JLabel l1,l2,l3,l4,l5,l6,l7;

JTextField t1,t2,t3,t4,t5;

Connection con;

JComboBox cb1;

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Statement st;

ResultSet rs;

int x=0;

String s,s1,s2,s3,s4,s5;

Container c;

purchase()

{


{


{

System.exit(0);

}

});

c=getContentPane();

c.setLayout(null);

setTitle("PURCHASED VEHICLES");



l1=new JLabel("PURCHASED VEHICLES");





l4=new JLabel("Price per");

l5=new JLabel("Increment value");


l6=new JLabel("Total Exp");






b1=new JButton("New");

b2=new JButton("Save");



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c.add(l6);c.add(t1); c.add(t2);c.add(t3);

c.add(b1);c.add(b2);c.add(b3);c.add(l7);c.add(t4);

c.add(t5);c.add(cb1);c.add(b4);

l1.setBounds(200,15,350,25);

l2.setBounds(100,50,150,25);

l3.setBounds(100,100,150,25);

l7.setBounds(100,150,150,25);

l4.setBounds(100,200,150,25);

l5.setBounds(100,250,150,25);

l6.setBounds(100,300,150,25);

t1.setBounds(250,50,150,25);

cb1.setBounds(250,100,150,25);

t2.setBounds(250,150,150,25);

t3.setBounds(250,200,150,25);

t4.setBounds(250,250,150,25);

t5.setBounds(250,300,150,25);

b1.setBounds(125,350,100,45);

b2.setBounds(255,350,100,45);

b3.setBounds(125,415,100,45);

b4.setBounds(255,415,100,45);












try

{




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72/97

}

catch(Exception e)

{

}

}


{

try

{

if(ae.getActionCommand()=="New")

{

t1.setText(" ");

t2.setText(" ");

t3.setText(" ");

t4.setText(" ");

t5.setText(" ");

}

if(ae.getActionCommand()=="Save")

{

s=t1.getText();

s1=(String)(cb1.getSelectedItem());

s2=t2.getText();


s3=t3.getText();


s4=t4.getText();


s5=t5.getText();

int h=Integer.parseInt(s5);

String g="INSERT INTO tbl_PVehicle values('"+s+"','"+s1+"',"+b+","+c+","+d+","+h+")";




rs=st.executeQuery("select Stock from tbl_Vehicle where Itemname='"+s1+"'");

if(rs.next())

{

x=rs.getInt(1);

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}

int y=x+b;

String k="UPDATE tbl_Vehicle set Amount="+c+",Stock="+y+" where

Itemname='"+s1+"'";


t1.setText(" ");

t2.setText(" ");

t3.setText(" ");

t4.setText(" ");

t5.setText(" ");

}


{

setVisible(false);


m.setVisible(true);


}


{

System.exit(0);

}

}

catch(Exception a)

{

}

}


{

purchase p=new purchase();

p.setSize(1375,950);

p.setVisible(true);

}

}

//sales details

import java.awt.*;


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import java.util.*;

import java.io.*;

import java.sql.*;

public class sale extends JFrame implements ActionListener

{

JButton b1,b2,b3,b4;

JLabel l1,l2,l3,l4,l5,l6;

JTextField t1,t2,t3,t4;

JComboBox cb1;

String s1,s2,s,s3,s4,s5;

Connection con;

Statement st;

ResultSet rs;

Container c;

int x=0;

sale()

{


{


{

System.exit(0);

}

});

c=getContentPane();

c.setLayout(null);

setTitle("SALED VEHICLES");



l1=new JLabel("SALED VEHICLES");



l1.setForeground(Color.red);





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l5=new JLabel("Price per");


l6=new JLabel("Total Gain");






b1=new JButton("New");






c.add(t1);c.add(t2);c.add(t3);c.add(t4);c.add(cb1);

c.add(b1);c.add(b2);c.add(b3);c.add(b4);c.add(l6);

l1.setBounds(200,15,350,25);

l2.setBounds(100,50,150,25);

l3.setBounds(100,100,150,25);

l4.setBounds(100,150,150,25);

l5.setBounds(100,200,150,25);

l6.setBounds(100,250,150,25);

t1.setBounds(250,50,150,25);

cb1.setBounds(250,100,150,25);

t2.setBounds(250,150,150,25);

t3.setBounds(250,200,150,25);

t4.setBounds(250,250,150,25);

b1.setBounds(125,300,100,45);

b2.setBounds(255,300,100,45);

b3.setBounds(125,375,100,45);

b4.setBounds(255,375,100,45);






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try

{




}

catch(Exception e)

{

}

}


{

try

{

if(ae.getActionCommand()=="New")

{

t1.setText(" ");

t2.setText(" ");

t3.setText(" ");

t4.setText(" ");

}


{

s=t1.getText();


s2=t2.getText();


s3=t3.getText();


s4=t4.getText();


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String g="INSERT INTO tbl_SVehicle values('"+s+"','"+s1+"',"+b+","+c+","+d+")";




rs=st.executeQuery("select Stock from tbl_Vehicle where Itemname='"+s1+"'");

if(rs.next())

{

x=rs.getInt(1);

}

int y=x-b;

String k="UPDATE tbl_Vehicle set Amount="+c+",Stock="+y+" where

Itemname='"+s1+"'";


t1.setText(" ");

t2.setText(" ");

t3.setText(" ");

t4.setText(" ");

}


{

setVisible(false);


m.setVisible(true);


}


{

System.exit(0);

}

}

catch(Exception a)

{

}

}


{

sale s=new sale();

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s.setVisible(true);

}

}//save bill details

import java.awt.*;



import java.util.*;

import java.io.*;

import java.sql.*;

public class billadd extends JFrame implements ActionListener

{


JLabel l1,l2,l3,l4,l5,l6,l7,l8,l9,l10,l11;

JTextField t1,t2,t3,t4,t5,t6,t7,t8;

JComboBox cb1,cb2;

Connection con;

String s,s1,s2,s3,s4,s5,s6,s7,s8,s9;

Statement st;

ResultSet rs;

Container c;

billadd()

{


{


{

System.exit(0);

}

});

c=getContentPane();

c.setLayout(null);

setTitle(" ADD BILL");



l1=new JLabel("HONDA BILLING CHART");


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l3=new JLabel("Bill No");


l4=new JLabel("Order No");










l9=new JLabel("vehicle");




















cb1.addItem("M");

cb1.addItem("F");


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c.add(l1);c.add(l2);c.add(l3);c.add(l4);c.add(l5);c.add(l6);

c.add(l7); c.add(l8); c.add(l9); c.add(l10); c.add(t1);c.add(t2);

c.add(t3);c.add(t4);c.add(t5);c.add(t6);c.add(t7);

c.add(b1);c.add(b2);c.add(b3);c.add(b4);c.add(t8);c.add(cb1);c.add(cb2);c.add(l11);

l1.setBounds(200,15,350,25);

l2.setBounds(100,50,150,25);

l3.setBounds(100,100,150,25);

l4.setBounds(100,150,150,25);

l5.setBounds(100,200,150,25);

l6.setBounds(100,250,250,25);

l7.setBounds(100,300,300,25);

l8.setBounds(100,350,350,25);

l9.setBounds(100,400,400,25);

l10.setBounds(100,450,450,25);

l11.setBounds(100,500,450,25);

t1.setBounds(250,50,150,25);

t2.setBounds(250,100,150,25);

t3.setBounds(250,150,150,25);

t4.setBounds(250,200,150,25);

cb1.setBounds(250,250,150,25);

t5.setBounds(250,300,150,25);

t6.setBounds(250,350,150,25);

cb2.setBounds(250,400,150,25);

t7.setBounds(250,450,150,25);

t8.setBounds(250,500,150,25);

b1.setBounds(125,550,100,45);

b2.setBounds(250,550,100,45);

b3.setBounds(125,630,100,45);

b4.setBounds(250,630,100,45);





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try

{




}

catch(Exception e)

{

}

}


{

try

{


{

s=t1.getText();

s1=t2.getText();


s2=t3.getText();


s3=t4.getText();


s5=t5.getText();

s6=t6.getText();


s8=t7.getText();


s9=t8.getText();

int h=Integer.parseInt(s9);

String g="INSERT INTO tbl_Billing values('"+s+"',"+b+","+c+")";


String g1="INSERT INTO tbl_cust values('"+s+"',"+c+",'"+s3+"','"+

s4+"','"+s5+"','"+s6+"','"+s7+"',"+d+","+h+")";

st.executeUpdate(g1);

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Record","ADD",JOptionPane.INFORMATION_MESSAGE);

t1.setText(" ");

t2.setText(" ");

t3.setText(" ");

t4.setText(" ");

t5.setText(" ");

t6.setText(" ");

t7.setText(" ");

t8.setText(" ");

}


{

t1.setText(" ");

t2.setText(" ");

t3.setText(" ");

t4.setText(" ");

t5.setText(" ");

t6.setText(" ");

t7.setText(" ");

t8.setText(" ");

}


{

System.exit(0);

}


{

setVisible(false);


m.setVisible(true);


}

}

catch(Exception e)

{

}

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}


{

billadd b=new billadd();

b.setSize(1375,950);

b.setVisible(true);

}

}

//display bill

import java.awt.*;



import java.util.*;

import java.io.*;

import java.sql.*;

public class viewbill extends JFrame implements ActionListener

{


JLabel l1,l2,l3,l4,l5,l6,l7,l8,l9,l10,l11;

JTextField t1,t2,t3,t4,t5,t6,t7,t8,t9,t10;

Connection con;

String s,s1,s2,s3,s4,s5,s6,s7,s8,s9;

Statement st;

ResultSet rs;

Container c;

viewbill()

{


{


{

System.exit(0);

}

});

c=getContentPane();

c.setLayout(null);

setTitle("VIEW BILL");


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l1=new JLabel("HONDA BILLING CHART");






l3=new JLabel("Bill No");












l9=new JLabel("vehicle");

















b2=new JButton("View");


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c.add(l1);c.add(l2);c.add(l3);c.add(l4);c.add(l5);c.add(l6); c.add(l7);

c.add(l8); c.add(l9); c.add(l10); c.add(t1);c.add(t2);c.add(t3);

c.add(t4);c.add(t5);c.add(t6);c.add(t7);c.add(l11);

c.add(b1);c.add(b2);c.add(b3);c.add(b4);c.add(t8);c.add(t9);c.add(t10);

l1.setBounds(200,15,350,25);

l2.setBounds(100,50,150,25);

l3.setBounds(100,100,150,25);

l4.setBounds(100,150,150,25);

l5.setBounds(100,200,150,25);

l6.setBounds(100,250,250,25);

l7.setBounds(100,300,300,25);

l8.setBounds(100,350,350,25);

l9.setBounds(100,400,400,25);

l10.setBounds(100,450,450,25);

l11.setBounds(100,500,450,25);

t1.setBounds(250,50,150,25);

t2.setBounds(250,100,150,25);

t3.setBounds(250,150,150,25);

t4.setBounds(250,200,150,25);

t5.setBounds(250,250,150,25);

t6.setBounds(250,300,150,25);

t7.setBounds(250,350,150,25);

t8.setBounds(250,400,150,25);

t9.setBounds(250,450,150,25);

t10.setBounds(250,500,150,25);

b1.setBounds(125,550,100,45);

b2.setBounds(250,550,100,45);

b3.setBounds(125,630,100,45);

b4.setBounds(250,630,100,45);





try

{


con=DriverManager.getConnection("jdbc:odbc:testdsn");

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}

catch(Exception e)

{

}

}


{

try

{


{

t1.setText(" ");

t2.setText(" ");

t3.setText(" ");

t4.setText(" ");

t5.setText(" ");

t6.setText(" ");

t7.setText(" ");

t8.setText(" ");

t9.setText(" ");

t10.setText(" ");

}

if(ae.getActionCommand()=="View")

{


rs=st.executeQuery("select * from tbl_Billing where Orderno="+a);

if(rs.next())

{



}

else

{



}

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rs=st.executeQuery("select * from tbl_cust where Orderno="+a);

if(rs.next())

{








}

else

{



}

}


{

System.exit(0);

}


{

setVisible(false);


m.setVisible(true);


}

}

catch(Exception e)

{

}

}


{

viewbill b1=new viewbill();

b1.setSize(1375,950);

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b1.setVisible(true);

}

}

OUTPUT FORMS

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CONCLUSION

Time is money;Lost time never comes back.These sayings has got a great significance in the

current world of masssive competition,which tries to attain the lighting speed for its survival .W e

belive ,through this earnest attempt in preparing the soft ware Bike showroom management

systemwill make the hard herculian task of managing the showroom activities more effectively

and efficiently.

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BIBLIOGRAPHY

1. Java: The Complete Reference - Herbert Schildt.

2. System Analysis and Design - Elias M Award.

3. Element Of System Analysis - Marvin Core & John

4. An Introduction to Database

Management System - C.JDat

aminta report

Documents