Hostel Management System

HOSTEL MANAGEMENT SYSTEM MINI PROJECT 2O15

HOSTEL MANAGEMENT SYSTEM

Mini Project Report

Submitted in the partial fulfilment with the requirements for the award of the degree

Of

Bachelor of Technology

In

INFORMATION TECHNOLOGY

Of

Cochin University of science and Technology

by

SUMIT KUMAR-14140223

SUMIT KUMAR-14140224

MOHIT KUMAR-14140236

Under the guidance

Of

Mr JABIR KVT (ASST. PROFESSOR)

Mrs NEETU (LECTURER)

October 2015

Department of Information Technology

Cochin University College of Engineering kuttanadu, Pullincunnoo

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COCHIN UNIVERSITY COLLEGE OF ENGINEERING KUTTANADU PULINCUNNU

DEPARTMENT OF INFORMATION TECHNOLOGY

CERTIFICATE

This is to certify that the project entitled HOSTEL MANAGEMENT SYSEM

is a bonafide report work done by SUMIT KUMAR (Reg No: 14140223) and

SUMIT KUMAR (Reg No. 14140224) and MOHIT KUMAR (Reg No.

14140236) the student of fifth semester INFORMATION TECHNOOGY in

partial fulfilment of the requirement for the degree of B.Tech in INFORMAT-

ION TECHNOLOGY of COCHIN UNIVERSITY OF SCIENCE AND

TECHNOLOGY.

MRS.NEETU (LECTURER) MR.JABIR KVT

PROJECT IN CHARGE ASSISTANT PROFESSOR

DEPTT. OF INFORMATION TECHNOLOGY

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ACKNOWLEDGEMENT

Many people have contributed to the success of this Project. Although a single

sentence hardly suffices, we would like to thanks Almighty GOD for blessing

us with his grace and taking our endeavour to a successful culmination.

We are extremely grateful to our principal DR. SREEJITH for his whole

hearted cooperation for the success complication of this project. We extend our

sincere and heart full thanks to MRS. JAYAPRABHA Head of Department

(INFORMATION TECHNOLOGY), for providing us the right ambience for

carrying out the work on this project and for the facilities provided to us. We are

profoundly indebted to our project guide, MR. JABIR KVT, Assistant

Professor and MRS.NEETU lecture in Department of INFORMATION

TECHNOLOGY for their innumerable act of timely advice, encouragement and

we sincerely express our gratitude to her.

We would like to extend our gratitude to all the staffs and classmate of the

Department INFORMATION TECHNOLOGY for the help and support

rendered to us. We have benefitted a lot from the feedback and suggestion given

to us by them.

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ABSTRACT

This project “HOSTEL MANAGEMENT SYSTEM” is developed for managing various activities in a hostel. Managing the records of a large no of students has always been a challenging task for a hostel manager. There is a lot of strain on the person who is running the hostel and software are not usually used in this context. Managing everything on paper is now a days not a beneficial way as it is time consuming, error prone and have many more complications like that. Various new features like MESS MANAGEMENT, STAFF SHIFTS, and PAYMENT DETAILS etc. are also included in this project to facilitate an Admin.

Identifying the problems which occur when carried manually, we have tried our best to design the software in such a way that a not so tech-friendly administrator can also handle it an easy way. Interface has been kept simple and user-friendly keeping in mind the complications in managing a hostel. One can enhance his efficiency and productivity being an administrator using this software, thus overcome the drawbacks of the existing traditional system.

Front End: - Java has been used to develop the front end.

Back End: - My SQL has been used to develop the back end of the Project.

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CONTENTS

1. Introduction

1.1 Purpose

1.2 Scope

1.3 Definitions, Acronyms and Abbreviations

1.4 Tools Used

1.5 References

1.6 Technologies to be used

1.7 Overview

2. Overall Description 2.1 Software Interface 2.2 Hardware Interface 2.3 Communication Interface 2.4 Constraints

3. Specific Requirement 3.1 Functional requirements

3.1.0 Login

3.1.0.1 Login Detail

3.1.0.2 Forgot Password

3.1.0.3 Reset Password

3.1.1 Room Matrix

3.1.1.1 Availability

3.1.1.2 Room Allocation

3.1.2 Registration

3.1.2.1 New Student Reg

3.1.3 Student Details

3.1.3.1 UID

3.1.3.2 Search

3.1.3.2.1 Student's Name

3.1.3.2.2 Father's Name

3.1.3.2.3 DOB

3.1.4 Mess

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3.1.4.1 Daily expenses

3.1.4.2 Net Bill

3.1.4.3 Electricity Bill

3.1.4.4 Miscellaneous Expenditure 3.2 Non-Functional requirements

3.2.1 Performance

3.2.2 ID Verification

3.2.3 Access Permission

3.2.4 Maintainability

3.2.5 Reliability

3.2.6 Other Constraints

4. DFD

4.1 Symbols to be used

4.2 context level DFD

4.3 Level o DFD

4.4 Level 1 DFD

4.5 level 2 DFD

4.6 Nations Used

5. ER diagram

6. Design Module Diagram

7. Data Table Design

8. Conclusion

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1.1 PurposeThe purpose of this document is to present an overall description and listing of the functionality of the system behind the project “HOSTEL MANAGEMENT SYSTEM”. It is developed for the hostel administrator keeping in mind the complications they face during management such as room allocation, mess management, bills etc.

1.2 Scope

The basic users of this software is Hostel administrator. The user will be provided a login panel as interface.

1.3 Definitions, Acronyms and Abbreviations

HMS- Hostel management system It’s an application to manage various functionalities of a Hostel.

Admin- Administration The one who is intended to use this application.

J2EE- Java 2 Enterprise Edition A programming platform which is a part of java platform for

developing and distributed java.

RAD- Rational application developerIt helps to design the diagrams like ER, Database schema

Diagrams and to generate DDL.

DB - Database

1.4 Tools used

JAVAJava is an object-oriented programming language developed by Sun Micro-

Systems a company best known for its high end UNIX workstations. Java

Language was designed to be small, simple, and portable across platforms,

Operating systems, both at the source and at the binary level, which means

that Java programs (applet and application) can run on any machine that

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1.Introduction


has the Java virtual machine (JVM) installed.

J2EE

Java Platform, Enterprise Edition or Java EE is a widely used platform for

Server programming in the Java programming language. The Java platform

(Enterprise Edition) differs from the Java Standard Edition Platform (Java SE)

in that it adds libraries which provide functionality to deploy fault-tolerant,

distributed, multi-tier Java software, based largely on modular components

running on an application server.

RAD

IBM Rational Application Developer for Web Sphere Software for Web Sphere

Software. RAD is an integrated development environment (IDE), made by

IBM's Rational Software division, for visually designing, constructing, testing,

and deploying Web services, portals, and Java (J2EE) applications.

MySQL

MySQL is the world's most popular open source database. With its prove

Performance, reliability and ease-of-use, MySQL has become the leading

Database choice for web-based applications, used by high profile web

Properties including Facebook, Twitter, YouTube, Yahoo! and many more.

Oracle drives MySQL innovation, delivering new capabilities to power next

generation web, cloud, mobile and embedded applications.

1.5 References

Java Tutorial , www.tutorialspoint.com/java/

PHP: MySQL Database, www.w3schools.com/php/php_ mysql _intro.asp

Software requirements specification, en.wikipedia.org/wiki/Software_requirements_specification

YouTube MySQL Tutorial

http://www.tutorialspoint.com/mysql/

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http://www.tutorialspoint.com/mysql/

http://www.w3schools.com/php/php_mysql_intro.asp

http://www.tutorialspoint.com/java/


1.6 Technologies to be used

DB2: Relational Database Management System. RAD: Rational Application Developer. Netbeans: Official IDE for java 8. MySQL: Open source Database. JDK: Java Development Kit

1.7 Overview

Existing System

Manual Recordkeeping Multiple Paper Registers. Manager

Drawbacks

Security is not ensured. Searching of any record is tough. Too much paper work. Very hard to keep archives maintained. Stressful for an individual person to handle.

Propose System

A software package containing all the functionalities.

Benefits

Automated system Requires only a man with very little technical knowledge to operate. Data Security is ensured. Data retrieval is fast. Since it’s paperless, we can archive years of data. Record keeping is very simple. Automatic bill calculations.

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2.1 Software Requirement

Windows versions after 98. Windows Installer. Java MySQL Server

2.2 Hardware Requirement

Minimum Requirements

Processer RAM Storage Display

Intel Pentium III or AMD -800 MHz

128 MB 2 GB 600*480

Recommended Requirements

Processer RAM Storage Display

Intel Pentium III with clock speed 1GHZ

512MB 128 GB 1024*768

2.3 Communication Interface

Admin The administrator will login into the system via an admin panel.

2.4 Constraints

GUI is only in English. Login and password is used for the identification of users. Only Admin is authorized to access the software.

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2. Overall Description


3.1 Functional requirements

3.1.0 Login3.1.0.1 Login detail

Input: - Enter user name and password.

Output: - A page containing the below mentioned function

Process: - Password will be compared. If matched proceed,

Requirements. It unmatched, display Invalid.

3.1.0.2 Forgot password

Input: - Enter user name.

Output: - A page containing the link “RESET PASSWORD”.

3.1.0.3 Reset password

Input: - Enter the security question and answer.

Output: - If matched with DB, Type new password.

If Unmatched, Wrong Credentials.

Process: - Comparison of credentials with DB.

3.1.1 Room Matrix

3.1.1.1 Availability

Input: - Select room availability.

Output: - A page containing the availability of room.

Process: - Retrieval of details from database.

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3. Specific Requirements


3.1.1.2 Room allocation

Input: - Enter unique id and available room no.

Output: - Confirmation message and print the check in bill.

3.1.2 Registration

3.1.2.1 New Student Registration

Input: - Details of Student, Room no & Payment.

Output: - Generation of an unique Id no.

Process: - Creation of an entry about student in Database

.

3.1.3 Students Details

3.1.3.1 UID

Input: - Enter UID no.

Output: - Showing the student profile.

3.1.3.2 Search

3.1.3.2.1 Student’s Name

Input: - Enter the first name of student.

Output: - A list containing all the names containing that

Particular first name.

Process: - Keyword will be compared with Database.

3.1.3.2.2 Father’s Name

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Input: - Enter the father’s name.

Output: - A list containing all the names containing

that particular name.

Process: - Keyword will be compared with Database.

3.1.3.2.3 D.O.B

Input: - Enter the D.O.B.

Output: - A list containing all the names containing

the particular D.O.B’s.

Process: - Keyword Value will be compared with DB.

3.1.4 MESS

3.1.4.1 Daily Expenses

Input: - Update the daily Expenses Column.

Output: - Confirmation message “Updated”.

.

3.1.4.2 Net Bill

Input: - Update the Net Bill Column along with Payment date.

Output: - Confirmation message “Updated”.

.

3.1.4.3 Electricity Bill

Input: - Update the Electricity Bill Column along with payment date

Output: - Confirmation message “Updated”. .

3.1.4.4 Miscellaneous Expenditure

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Input: - Update the Column along with payment date.

Output: - Confirmation message “Updated.

3.2 Non Functional requirements

3.2.1 Performance

The system shall support all type of room.

3.2.2 ID Verification

The system requires the user to identify by using an ID no. at the

Checkout point.

3.2.3 Access Permission

This HMS shall have several type of access permissions. For instance, the warden is recognized as the system’s administrator. Thus, the warden shall be able to perform any type of activities on the system and both the user’s and student profiles. The public in general shall be restricted from accessing any user profile. However, they shall be granted a read access on the student profile.

3.2.4 Maintainability

The system shall provide the capability to back up the database.

3.2.5 Reliability

The system shall be available 99.9% of the time.

3.2.6 Other constrains

The system shall support other hostel issues. The HMS shall be flexible and adaptable due to future plans of expanding the system.

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DATA FLOW DIAGRAM

Symbols to be used:

Symbol Meaning Example

An entity. A

source of data or a

destination for

data.

A process or task

that is performed

by the system.

A data store, a

place where data is

held between

processes.

A data flow.

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Construct Context Level DFD (identifies sources and sink)

Admin user name HMS authentication DB Password 0.0

Login Module:

Level 0

LoginUser name

If, False verification

DB 0

Admin Forgot password

Reset

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IF, true


Construct Level 0 DFD (identifies manageable sub processes)

1.0 check

Room Matrix DB 1

Availability If, true

Update

2.0

Registration New entry

Admin DB 2

Detail 3.0 search

Students Enter Details

4.0

Mess DB 3

Construct Level 1- n DFD (identifies actual data flows and data stores)

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Update


1.0 Room matrix Availability Seat availability check

DB 1

Not available 2.0

2.0 RegistrationDB 1

If, yes Registration new entry DB 2

3.0 Students

Enter UID 3.1 UID verify

DB 2

3.2

Search

3.0.1

4.0 Mess

Daily Expenses

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IF, no

If, yes

Update

IF, no

If, yes

Update


Enter expenses

Net Bill

DB 3

`

Electricity Bill

Miscellaneous Bills

If any

LEVEL 2 DFD:

3.0.1 UID

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Update

Update

Update


Profile

Profile Update

If, yes (3.0)

DB 4

Room Renewal

Bills

Cancellation

3.0.2 Search

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Delete record

Renew

Update

Details


Enter 1st Name

If, no (3.0)

Enter Father’s

Name DB 4

D.O.B

If, Found go to 3.0.1

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Name

Name

D.O.B


Notations used:-

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Notations Their meaning

HMS Hostel Management System

UID Unique Identification Number

D.O.B Date of Birth

DB 0 Credentials database

DB 1 Room Availability Database

DB 2 Student Details Database

DB 3 Mess Details Database

1.0 Room Matrix Function

2.0 Registration Function

3.0 Student Function

4.0 Mess Details Function

3.1 Function to enter UID

3.2 Function to search UID

3.1.1 Detail Functionality of 3.1

3.1.2 Detail Functionality of 3.2

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ER DIAGRAM

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DESIGN MODULE DIAGRAM

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INPUT OUTPUT DESIGN

INPUT DESIGN

This part deals with the various input from supplied to the Admin so as to get the

details which can be further processed in a meaningful way.

Username and Password

User need to provide a valid username and password. After entering the details first

the administrator will check if the entered username and password exist in the data

base or not. The process only start if the Admin is found authenticated.

OUTPUT DESIGN

Room Matrix.

Student Registration

Student Details

Payment Due

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DATA TABLE DESIGN

CREDENTIALS (DB 0)

S.NO

Field Name

DATA TYPE

NULLABLE

PRIMARY KEY

1 User Name

VARCHAR(20)

NO

YES

2 Password

VARCHAR(20)

YES

NO

3 Security Question

VARCHAR(30)

YES

NO

4 Security Answer

VARCHAR(20)

YES

NO

5 D.O.B

DATE

NO

NO

6 New Password

VARCHAR(20)

YES

NO

ROOM (DB 1)

S.N0

FIELD NAME

DATA TYPE

NULLABLE

PRIMARY KEY

1

Room Availability

Matrix

NO

NO

2

Room No

Int(3)

NO

YES

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STUDENT (DB 2)

S.NO

FIELD NAME

DATA TYPE

NULLABLE

PRIMARY KEY

1

UID

INT(10)

NO

YES

2 Std_name

VARCHAR(15)

NO

NO

3 Father’s Name

VARCHAR(30)

NO

NO

4 Mother’s Name

VARCHAR(30)

YES

NO

5 D.O.B

DATE

NO

NO

6 Address

VARCHAR(100)

NO

NO

7 Payment

DECIMAL(10,4)

YES

NO

MESS (DB 4) S.NO

FIELD NAME

DATATYPE

NULLABLE

PRIMARY KEY

1

Netbill_invoice_no

INT(20)

NO

YES

2 Netbill_payment_date

DATE

NO

NO

3 Netbill_amount

INT(5)

NO

NO

4 Electricity_invoice_no

INT(20)

NO

YES

5 Electricity_payment_date

DATE

NO

NO

6 Electricity_amount

INT(5)

NO

NO

7 Daily_Expense_amt

INT(5)

YES

NO

8 Daily_Expense_date

DATE

NO

NO

9

Misc._Expense_amt

INT(5)

NO

NO

10

Misc_Expense_date

DATE

NO

NO

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CONCLUSION

The “HOSTEL MANAGEMENT SYSTEM” project will serve as a useful project to

carry out the complex process is simple and vivid manner for search of criminals. It

serve as helpful approach for the police for assembling and improving their things. It

reduces the time taking and the redundant effort wasted during the criminal details

searching as it is a centralised approach. Thus, the project is user friendly.

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Hostel Management System

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