Ip Final Report

A REPORT

ON

PROMINDS

BY

PUSHPENDRA KR BHARTI 111EC00066

AT

(NIIT SELAQUI)

An Internship Program-III station of

FACULTY OF SCIENCE & TECHNOLOGY The ICFAI University, Dehradun

(December, 2014)

A REPORT

ON

PROMINDS

BY

PUSHPENDRA KR. BHARTI 111EC00066 ECE

Prepared in partial fulfillment of the IP 401 Internship Program –III Course

AT

(NIIT SELAQUI)

An Internship Program-III station of

FACULTY OF SCIENCE & TECHNOLOGY The ICFAI University, Dehradun

(December, 2014)

ICFAI INSTITUTE OF SCIENCE AND TECHNOLOGY

Internship Program Division

Station: NIIT Center: SELAQUI Duration: 6 Months Date of Start: 2/07/2014 Date of Submission :10/12/2014

Title of the Project: PROMINDS

ID No./Name/ Discipline/of the student: 111EC00066/PUSHPENDRA KR. BHARTI/ELECTRONICS&COMM. Name and designation of the expert: MR. PRADEEP PUNDIR/ TRAINING HEAD (NIIT) Name of the IP Faculty: MR. GAURAV BHANDARI Key Words: Prominds(consultancy services Application) developed using Java.

Project Areas: MIS (Management information system).

Abstract: In accordance with the requirement of B.Tech course, I have training project on the topic Prominds. ProMinds will be a MIS application to automate the recruitment process for the companies and available professionals. A company that provides consultancy services provides professionals to companies according to their need. For this purpose the consultancy services needs to maintain the records of all the companies available for professionals and also all the professionals available for recruitment. ProMinds will consider all the requirements and will manage the resume of candidate professionals and search through the resumes to look for the right candidate for a company.

Signature of Student Signature of IP Faculty

Date Date

ACKNOWLEDGEMENT

The internship opportunity I had with NIIT was a great chance for learning and professional

development. Therefore, I consider myself as a very lucky individual as I was provided with

an opportunity to be a part of it. I am also grateful for having a chance to meet so many

wonderful people and professionals who led me though this internship period. Our first

sincere appreciation and gratitude goes to respected Mr. Gaurav Bhandari, my internship

faculty who extended his wholehearted cooperation, moral support and rendering ungrudging

assistance whenever and wherever need arisen. I would also like to thank our esteemed Head

Training (NIIT) Mr. Pradeep Pundir, for his invaluable and untiring guidance and

supervision throughout our training Period. He actually laid the ground for conceptual

understanding of technologies used in project.

Thank you,

Pushpendra Kr. Bharti

COMPANY PROFILE

NIIT is a leading Global Talent Development Corporation, building skilled manpower pool

for global industry requirements. The company which was set up in 1981, to help the

nascent IT industry overcome its human resource challenges, has today grown to be

amongst world's leading talent development companies offering learning solutions to

Individuals, Enterprises and Institutions across 40 countries. Leading IT journal Dataquest

has conferred upon NIIT the 'Top IT Training Company' award successively for the past 20

years, since the inception of this category.

NIIT's training solutions in IT, Banking, Finance and Insurance, Knowledge Process

Outsourcing (KPO), Business Process Management (BPM), Executive Management

Education, Vocational Skills, School Learning Solutions and Communication and

Professional Life Skills has impacted over 35 million learners since inception. NIIT's

expertise in learning content development, training delivery and education process

management make it the most preferred training partner, worldwide.

Research-based Innovation, a key driver at NIIT, has enabled the organisation to develop

programs and curricula that use cutting-edge instructional design methodologies and

training delivery. NIIT has provided computer-based learning to over 17,000 government

and private schools across the country cumulatively impacting lives of more than 10 million

students.

PROJECT

The project named PROMINDS is developed using JAVA during the industrial training.

INTRODUCTION

ProMinds will be a MIS application to automate the recruitment process for the companies

and available professionals. A company that provides consultancy services provides

professionals to companies according to their need. For this purpose the consultancy services

needs to maintain the records of all the companies available for professionals and also all the

professionals available for recruitment. It is very difficult to maintain the record of all the

companies and professionals and accordingly their requirements. To provide a user interface

and automate the processing of recruitment according to different requirements given by

companies and professionals, ProMinds is to be developed.

It will manage the resume of candidate professionals and search through the resumes to look

for the right candidate for a company.

ProMinds will be easy to use and can act as general system to manage details of Professionals

available for recruitment, for any company that provides consultancy services. It will be

developed using Java technologies.

WORKING ENVIRONMENT

INTRODUCTION TO JAVA

Java is an object-oriented programming language with a built-in application programming

interface (API) that can handle graphics and user interfaces and that can be used to create

applications or applets. Because of its rich set of API's, similar to Macintosh and Windows,

and its platform independence, Java can also be thought of as a platform in itself. Java also

has standard libraries for doing mathematics. In Java we distinguish between applications,

which are programs that perform the same functions as those written in other programming

languages, and applets, which are programs that can be embedded in a Web page and

accessed over the Internet. Our initial focus will be on writing applications. When a program

is compiled, a byte code is produced that can be read and executed by any platform that can

run Java.

CHARACTERISTICS OF JAVA

Platform independent

Java is a platform for application development. A platform is a loosely defined computer

industry buzzword that typically means some combination of hardware and system software

that will mostly run all the same software.

Java byte code is exactly the same on every platform. Java programs that have been compiled

into byte code still need an interpreter to execute them on any given platform. The interpreter

reads the byte code and translates it into the native language of the host machine on the fly.

Since the byte code is completely platform independent, only the interpreter and a few native

libraries need to be ported to get Java to run on a new computer or operating system.

Object oriented

In object-oriented programs data is represented by objects. Objects have two sections, fields

(instance variables) and methods. Fields tell you what an object is. Methods tell you what an

object does. These fields and methods are closely tied to the object's real world characteristics

and behavior. When a program is run messages are passed back and forth between objects.

When an object receives a message it responds accordingly as defined by its methods.

Robust

Java implements a robust exception handling mechanism to deal with both expected and

unexpected errors. The worst that an applet can do to a host system is bringing down the

runtime environment. It cannot bring down the entire system.. A Java enabled web browser

checks the byte codes of an applet to verify that it doesn't do anything nasty before it will run

the applet.

Multithreaded

Java is inherently multi-threaded. A single Java program can have many different threads

executing independently and continuously. Three Java applets on the same page can run

together with each getting equal time from the CPU with very little extra effort on the part of

the programmer.

Dynamic

Java programs carry with them substantial amounts of run-time type information that is used

to verify and resolve accesses to objects at run-time. This makes it possible to dynamically

link code in a safe and expedient manner. The java programming language is unusual than

other programming languages it first compiles and then interprets the program. Compile first

translate the program into intermediate language called intermediate language called java

byte code. Java byte code is platform independent code, which is further interpreted by the

interpreter on the java platform. Interpreter parses and run each java byte code instruction on

the computer. Compilation occurs only once, interpretation occurs each time when the

program is executed.

Java byte code helps in making the program “write once, run anywhere”. The program can be

compiled into byte code by any platform that is having the java compiler; the compiled java

byte code program is ready to run on any machine having the java virtual machine (JVM).

JVM is an interpreter for byte code.

Java platform

A java platform is the hardware or software environment in which a program runs. The java

platform has two components:

Java Virtual Machine (JVM)

Java Application Programming Interface (Java API)

JVM is a standardized hypothetical computer, which is emulated inside your computer by a

program.

Java

Source

Code

Java

Compiler Java

Object

Code

The program executed by the interpreter.

The Java API is a large collection of ready-made software components that provide

many useful capabilities, such as graphical user interface (GUI). The java API is

grouped into libraries of related classes and interfaces these libraries are known as

packages.

Programming language

Java language fundamentals

a) Java is purely object-oriented programming language.

b) Java is neither a superset nor a subset of C / C++.

Java Virtual Machine

Java interpreter

Computer Operating System

C++ C Java

INTRODUCTION TO MYSQL

The MySQL (R) software delivers a very fast, multi-threaded, multi-user, and robust SQL

(Structured Query Language) database server. MySQL Server is intended for mission-critical,

heavy-load production systems as well as for embedding into mass-deployed software.

MySQL is a trademark of MySQL AB.

MAIN FEATURES OF MySQL

Internals and Portability

Written in C and C++.

Tested with a broad range of different compilers.

Works on many different platforms. Uses GNU Auto make, Autoconf, and Libtool

for portability.

APIs for C, C++, Eiffel, Java, Perl, PHP, Python, Ruby, and Tcl are available.

Fully multi-threaded using kernel threads. This means it can easily use multiple

CPUs if they are available.

Provides transactional and non-transactional storage engines.

A very fast thread-based memory allocation system.

Very fast joins using an optimized one-sweep multi-join.

In-memory hash tables which are used as temporary tables.

SQL functions are implemented using a highly optimized class library and should

be as fast as possible. Usually there is no memory allocation at all after query

initialization.

Column Types

Many column types: signed/unsigned integers 1, 2, 3, 4, and 8 bytes long,

FLOAT, DOUBLE, CHAR, VARCHAR, TEXT, BLOB, DATE, TIME,

DATETIME, TIMESTAMP, YEAR, SET, ENUM, and OpenGIS geometry types.

Fixed-length and variable-length records.

Commands and Functions

Full operator and function support in the SELECT and WHERE clauses of

queries. For example:

mysql> SELECT CONCAT (first_name, ' ', last_name)

-> FROM tbl_name

-> WHERE income/dependents > 10000 AND age > 30;

Full support for SQL GROUP BY and ORDER BY clauses. Support for group

functions (COUNT (), COUNT (DISTINCT), AVG (), STD (), SUM (), MAX (),

MIN (), and GROUP_CONCAT ()).

Support for LEFT OUTER JOIN and RIGHT OUTER JOIN with both standard

SQL and ODBC syntax.

Support for aliases on tables and columns as required by SQL-92.

DELETE, INSERT, REPLACE, and UPDATE return the number of rows that

were changed (affected). It is possible to return the number of rows matched

instead by setting a flag when connecting to the server.

The MySQL-specific SHOW command can be used to retrieve information about

databases, tables, and indexes. The EXPLAIN command can be used to determine

how the optimizer resolves a query.

Security

A privilege and password system that is very flexible and secure, and allows host-

based verification. Passwords are secure because all password traffic is encrypted

when you connect to a server.

Scalability and Limits

Handles large databases. We use MySQL Server with databases that contain 50

million records. We also know of users that use MySQL Server with 60,000 tables

and about 5,000,000,000 rows.

Up to 32 indexes per table are allowed. Each index may consist of 1 to 16

columns or parts of columns. The maximum index width is 500 bytes (this may be

changed when compiling MySQL Server). An index may use a prefix of a CHAR

or VARCHAR column.

Connectivity

Clients may connect to the MySQL server using TCP/IP sockets on any platform.

On Windows systems in the NT family (NT, 2000, or XP), clients may connect

using named pipes. On UNIX systems, clients may connect using UNIX domain

socket files.

The Connector/ODBC interface provides MySQL support for client programs that

use ODBC (Open-Database-Connectivity) connections. For example, you can use

MS Access to connect to your MySQL server. Clients may be run on Windows or

UNIX. Connector/ODBC source is available.

The Connector/JDBC interface provides MySQL support for Java client programs

that use JDBC connections. Clients may be run on Windows or UNIX.

Connector/JDBC source is available.

The server can provide error messages to clients in many languages.

All data is saved in the chosen character set. All comparisons for normal string

columns are case-insensitive.

Sorting is done according to the chosen character set (the Swedish way by

default). It is possible to change this when the MySQL server is started. To see an

example of very advanced sorting, look at the Czech sorting code. MySQL Server

supports many different character sets that can be specified at compile and

runtime.

How Big MySQL Tables Can Be?

MySQL Version 3.22 had a 4 GB (4 gigabyte) limit on table size. With the MyISAM storage

engine in MySQL Version 3.23, the maximum table size was increased to 8 million terabytes

(2 ^ 63 bytes). With this larger allowed table size, the maximum effective table size for

MySQL databases now normally is determined by operating system constraints on file sizes,

not by MySQL internal limits.

The following table lists some examples of operating system file-size limits:

Operating System File-Size Limit

Linux-Intel 32-bit 2 GB

Linux-Alpha 8 TB

Solaris 2.5.1 2 GB

Solaris 2.6 4 GB

Solaris 2.7 Intel 4 GB

Solaris 2.7 UltraSPARC 512

Installation

Before installing MySQL, you should do the following:

1. Determine whether or not MySQL runs on your platform.

2. Choose a distribution to install.

3. Download the distribution and verify.

Choosing Which MySQL Distribution to Install

When preparing to install MySQL, you should decide which version to use. MySQL

development occurs in several release series, and you can pick the one that best fits your

needs. After deciding which version to install, you can choose a distribution format. Releases

are available in binary or source format.

BUSINESS FUNCTIONS PROVIDED IN PROPOSED SYSTEM

1. Login: To access this application, users would be required to login through a login screen.

After authentication user would be able to access only those areas for which permissions are

given.

2. User Maintenance: That allows adding or updating the details of all employees who are

accessing this application.

3. Company Maintenance: That allows adding, updating and viewing of the details of all

companies who have given requirements for a candidate.

4. Professional Maintenance: That allows adding, updating and viewing the details of all

professionals who have given their resumes for job requirements.

5. Search Professionals: That allows the user to search professionals, through database and

document files of resumes, for companies.

6. Search Company: That allows the user to search Company for professionals on the basis

of their qualification.

7. Reports: Generate reports for this project like list of all employees, list of all the

Professionals, list of all companies.

INPUT REQUIREMENTS

1. Login.

2. Employees Details

3. Company Details

4. Professional Details

5. Specify the options for which company and professionals are to be searched

Confidential Page

OUTPUT REQUIREMENTS

1. Listing of all employees.

2. Listing of all companies.

3. Listing of all the professionals.

4. Interface which provides interactive search for professionals and companies.

5. Optimized search algorithm to search professionals according to Company requirements,

and search companies according to the profiles of the professionals.

6. Generate report for the list of companies and professionals

TECHNOLOGIES TO BE USED

1. Java- Java is Platform Independent, Secure, Object Oriented, Scalable, and Robust

Programming Language

It consists of two parts

JVM stands for Java Virtual Machine, which is run time environment to execute the

java programs.

Java API (Application Programming Interface) that consists of inbuilt classes used in

java programs.

2. JDBC (Java Database Connectivity) is an API, which is used for the communication of

java programs with different databases.

3. Windows Programming

Swings: Swings in java is a rich set of components for building GUIs and adding

interactivity to java applications. Swing includes all the components that you would

expect from a modern GUI toolkit that is table controls, list controls, tree controls,

buttons and labels. The basic architecture of swing is MVC. And are entirely made in

java.

4. Jasper Reports

Jasper Reports is an open source reporting engine. Using Jasper Reports can

generated in any type of application i.e. console application, desktop application, web

application, enterprise application.

5. MySQL

MySQL is used as database, used to store data. It is RDBMS.

PLANNING PHASE

Problem Recognition

A problem is well defined very rarely. It corps out with a vague feeling of some

statements that lead to vague conclusions. So the first task is to get more crucial

information by interviewing and meeting concerned people. It clarifies how the problem

is felt, how often it occurs, how it affects the business and which departments are

suffering with this. This phase consists of the following tasks.

Problem Definition And Initial Investigation

This phase has been identified the end-user directly involved in the system who were the

managers, assistant officer and database administrator, and the development department.

By understanding the working of database, its flow and also after conducting meetings

and interviews with the concerned persons of the department, a clear idea about the

working was obtained. A flexible approach is adapted towards people who are

interviewed. Short hand written notes are prepared based on the response of the

employees. The interviews are preferably conducted at the work place of the person

being interviewed. Detailed investigation is done in order to define the scope of the

problem .The interview is concluded with a quick resume of the ground covered during

the interview .The Questionnaire technique is combined with interviews to get the best

result. Proper care has been taken in the design of such questionnaires so that the persons

answering these questions do not feel hesitant.

Feasibility study

A feasibility study is a test of a system proposal according to its workability impact on

organization, ability to meet user needs and effective use of resources. The objective of a

feasibility study is not to solve a problem but to acquire a sense of its scope. During the

study, the problem definition is crystallized and the aspects of the problem to be included in

the system are determined. Feasibility study was done in three phases documented below.

a) Behavioral feasibility: The objective this feasibility phase is to take the operational

staff into confidence. As the success of a good system depends upon the willingness

of the operating staff, they were taken into full confidence that the new proposed

system would make their jobs easier, relieve them from the unnecessary overheads

and reduce the possibility of errors creeping into the system.

b) Economic feasibility: Economic feasibility is the most frequently used method for

evaluating the effectiveness of the candidate system. More commonly known as

cost\benefit analysis, the procedure is to determine the benefits and savings that are

expected from a candidate system and compare them with the costs.. A cost\benefit

analysis was done for the proposed system to evaluate whether it would be

economically viable or not. Considering the programmer time and the negligible

hardware/software cost required for developing the system, it was found that the

benefits in terms of reduced overhead as a result of elimination of the requirement of

database migration and conversion was more than the cost.

c) Technical feasibility: Technical feasibility centers on the existing computer system.

(Hardware/software) and to what extent it can support the proposed addition also the

organization already has sufficient high-end machines to serve the processing

requirements of the proposed system. The project analysis phase was conducted to

learn about the proposed system, to study the problems and finally select a system that

would take care of the problems identified in the working of the present system.

ANALYSIS PHASE

Detailed Study of the Existing System

This phase provides the overall requirement for the system what is to be done. Input for

this phase is the information collected through several data collecting schemes such as

survey, cross-questioning-answering etc and the raw data obtained which is not properly

ordered and not in the precise manner. So here this raw data is converted into useful

information written in precise manner and thus output is a formal document. After

collecting all the information and requirements, they were verified from the concerned

persons by presenting a diagrammatic version of the proposed system. It helps in

reducing the total development cost and also establishes the various points for validation

and verification.

Existing System Details and Problems

It was difficult to set the JDK information on the system in the mean time. Moreover

it was a time consuming affair if a person is new to start working with java.

It was difficult to solve the problems those were arising during a particular installation

of the software because of hardware compatibility issues.

Moreover there is usage an issue concerned with the software .This issue has been

resolved by the WEB-IDE by providing Integrated Environment facility to its users.

This system provides the feature of uploading a java file already on the local machine

of the user or he can make altogether a new java program using this IDE and save it

on his local machine also..

User Requirements

Since end users are the ones who are finally going to use the system, their

requirements need to be identified. This involves questioning the end users what their

expectations were. The main requirement of the end user is that the system should be

easy to use and take less time. In addition to these another important factor was to

eliminate the need for database conversion and migration that had to be carried out

presently. After conducting interviews with the users a document called the software

requirement specification was created. This is the most important document that

forms the basis for system development. It should be consistent, complete,

unambiguous, traceable and inter-related.

Functional Requirements

The functional requirements specify relationship between the inputs and outputs. All

the operations to be performed on the input data to obtain output are to be specified.

This includes specifying the validity checks on the input and output data, parameters

affected by the operations and the other operations, which must be used to transform

the inputs into outputs. Functional requirements specify the behavior of the system

for valid input and outputs.

SOFTWARE REQUIREMENTS

1. JDK 1.7

Net Beans 7.2.1

2. Database

MySQL Database Server 5.5

3. Reports

Jasper Reports 4.7

4. Jdbc Driver for MySQL Database Server

mysql-connector-java-5.1.22-bin.jar

5. Operating System

Windows Vista / XP sp3 / Win 8 / Linux Fedora

HARDWARE REQUIREMENTS

1. Intel P4 processor with minimum 2.0 GHz Speed

2. RAM: Minimum 512MB

3. Hard Disk: Minimum 20GB

DESIGN PHASE

After the analysis phase we have with us the details of the existing system and the

requirements of the user for the new system. This phase diverts focus from the problem

domain to the solution domain. It acts as a bridge between the requirement phase and its

solution. The design phase focuses on the detailed implementation of the system

recommended in the feasibility study. Emphasis is on translating performance specifications

into design specifications.

The External Design

External design consists of conceiving, planning out and specifying the externally observable

characteristics of the software product. These characteristics include user displays or user

interface forms and the report formats, external data sources and the functional

characteristics, performance requirements etc. External design begins during the analysis

phase and continues into the design phase.

FLOW DIAGRAM DATA

SYSTEM IMPLEMENTATION AND TESTING

Implementation Issues

Implementation phase of the software development is concerned with translating the design

specifications into the source code. After the system has been designed, arrives the stage of

putting it into actual usage known as the implementation of the system. This involves putting

up of actual practical usage of the theoretically designed system. The primary goal of

implementation is to write the source code and the internal documentation so that

conformance of the code to its specifications can easily be verified and so the debugging,

modifications and testing are eased. This goal can be achieved by making the source code as

clear and as straightforward as possible. The system implementation is a fairly complex and

expensive task requiring numerous inter-dependent activities. It involves the effort of a

number of groups of people: user and the programmers and the computer operating staff etc.

This needs a proper planning to carry out the task successfully. Thus it involves the following

activities:

Writing and testing of programs individually

Testing the system as a whole using the live data

Training and Education of the users and supervisory staff

Source code clarity is enhance buy using structured coding techniques, by efficient

coding style, by appropriate supporting documents, by efficient internal comments and by

features provided in the modern programming language.

The following are the structured coding techniques:

1) Single Entry, Single Exit

2) Data Encapsulation

3) Using recursion for appropriate problems

Testing

The most important activity at the implementation stage is the system testing with the

objective of validating the system against the designed criteria. During the development

cycle, user was involved in all the phases that are analysis, design and coding. After each

phase the user was asked whether he was satisfied with the output and the desired

rectification was done at the moment. During coding, generally bottom up technique is used.

Firstly the lower level modules are coded and then they are integrated together. Thus before

implementation, it involves the testing of the system. The testing phase involves testing first

of separate parts of the system and then finally of the system as a whole. Each independent

module is tested first and then the complete system is tested. This is the most important phase

of the system development. The user carries out this testing and test data is also prepared by

the user to check for all possible combinations of correct data as well as the wrong data that is

trapped by the system. So the testing phase consists of the following steps:

Unit testing

In the bottom of coding technique, each module is tested individually. Firstly the

module is tested with some test data that covers all the possible paths and then the

actual data was fed to check for results.

Integration testing

After all the modules are ready and duly tested, these have to be integrated into the

application. This integrated application was again tested first with the test data and

then with the actual data.

Parallel testing

The third in the series of tests before handling over the system to the user is the

parallel processing of the old and the new system. At this stage, complete and

thorough testing is done and supports out the event that goes wrong. This provides the

better practical support to the persons using the system for the first time who may be

uncertain or even nervous using it.

The testing will be performed considering the following points:

1) Clerical procedure for collection and disposal of results

2) Flow of data within the organization

3) Accuracy of report output

4) Software testing which involves testing of all the programs together. This involves

the testing of system software utilities being used and specifically develops

application software.

5) Incomplete data formats

6) Halts due to various reasons and the restart procedures.

7) Range of items and incorrect formats

8) Invalid combination of data records.

SCREEN SHOTS

Splash Screen

Frame: Login Frame

Tables to be used: user master

Users: Administrator, Employee

Frame: MainFrame

Table To be Used: N/A

Users: Administrator

Panel: ProfileDetail

Table to be used: user master

Users: Administrator, Employee

Panel: User Detail

Table to be used: user master.

Dropdown will have following option:

User Type: It will contain Administrator or Employee

User Status: It will contain Active or Inactive Users Administrator

Panel: ProfessionalPersonalDetail

Table to be used: professionalpersonaldetail

Users: Administrator, Employee

Panel: ProfessionalSkillSetDetail

Tables to be used: professionalskillset

Users: Administrator, Employee

Panel: ProfessionalExperienceDetail

Table to be used: professionalexperience

Users: Administrator, Employee

Panel: CompanyRequirementDetail

Table to be used: companyrequirementmaster

Users: Administrator, Employee

Panel: Upload Résumé

Tables to be used: uploadresumemaster

Users: Administrator, Employee

Panel: Search Company

Table to be used: professionalpersonaldetail,

Companyrequirementmaster

Users: Administrator, Employee

Panel: SearchProfessional

Table to be used: professionalpersonaldetail,

Companyrequirementmaster

Users: Administrator, Employee

CONCLUSIONS

The development of the proposed system is done keeping in view the problems in the existing

system. The proposed system will not only overcome the limitations of the present system but

will also provide the following characteristics:

To provide a platform to the user for developing java programs without any input

from the user.

To save the end user from the difficult task of setting up the environment for his

programs.

To provide the end user a user friendly interface for developing his programs.

To make the life easy of a new programmer in java.

The system has been developed for the given condition and is found working

effectively. The developed system is flexible and changes can be made easily

whenever required. Using the facilities and functionalities of JAVA, the software has

been developed in a neat and simple manner, thereby reducing the operator’s work.

REFERENCES

The following books are being used to fulfill the requirements of the proposed project and are

helpful in the understanding, development and the maintenance of the project:

1. Software Engineering Roger S. Pressman

2. JAVA K.A. Mugal

3. Database System Concepts Henry F. Korth

4. Structured Query Language Ivan Bayros

BIBLIOGRAPHY

1. The Complete Reference Java 2

Herbert Schildt Java Programming Cookbook (ISBN 0-07-226315-6,

Osborne/McGraw Hill, 2007)

2. Begging Java 2

Ivor Horton Beginning Java 2,JDK Edition 5

3. Pure JFC Swing

Dr Satyaraj Pantham, Sams, Indianapolis 1999

4. Professional Java Programming

Brett Spell J2SE 5.0,Second Edition