problem statement of project

8/6/2019 PROBLEM STATEMENT of Project

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ONLINE WILD SAFARI TOURISM SYSTEM

ACKNOWLEDGEMENT

We would like to express our gratitude to all those who gave

us the possibility to complete this project. We appreciate the

many helpful comments and reviews provided by all members.

We are deeply indebted to our guide Mr. Prashant Soni

whose timely attendance and intervention with good sense of

criticism and suggestion helped us to modify our project and

make it a multi facilitated general purpose project.

We would like to thanks Ms. Supriya kushwaha for giving her

precious time and helping us throughout the development of

project.

Lastly, we would like to express our thanks and gratitude to all

faculty members and friends who helped us in completing the

project work.

Dilip Kumar

Manasvi Mehta

Rahul Kushwaha

Vinay Gautam


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PREFACE

Project initiation is the process of formally conceiving,

approving a new project. Numerous activities are vital for

getting a project off to a good start.

This project describes the entire actions undertaken to lay

the foundation of our software ON LINE WILD SAFARI

TOURISM SYSTEM .

The software has been developed keeping in mind all the

basic concepts and practices of project management. Some of

these apply to project initiation phase where as other are

applicable throughout the project duration. We have developed

this software using. NET platform with SQL server as database.

During this project we enhanced our computer knowledge

as we developed an entire prototype from scratch, through

constant analysis and designing at each phase.

We would like to thank all those person who gave us the

possibility to complete this project.

Finally we hope that every individual will find this project

useful, encouraging others to do a bigger project like this in

coming years.


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CERTIFICATE OF ORIGINALITY

This is to certify that the project report entitled ONLINE WILD

SAFARI TOURISM SYSTEM submitted to UPTEC Computer Consultancy

Ltd. In partial fulfillment of the requirement for the award of the degree of

Bachelor of Computer Application (BCA), is prepared by Mr. Dilip Kumar

(Roll No.-0800818040), Mr. Manasvi Mehta (Roll No.-0800818096), Mr.

Rahul Kushwaha (Roll No.-0800818140), Mr. Vinay Gautam (Roll No.-

0800818200).

This report or a similar report on this topic has not been submitted

for any other examination and does not form part of any other course

undergone by the candidates.

Signature of Center Manager Name of Guide:Mr. Prashant Soni

. Signature ...

Date : . Date :


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CONTENTS


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Contents Page No.

Synopsis

System analysis and design

Identification of Need

Introduction

Objective and scope

Feasibility Study

Cost Benefit Analysis

Benefits

System Planning

Project Evaluation & Review Techniques SRS

Flowchart

DFD

ERD

Technology Introduction

Introduction to .NET

Introduction to Asp.net

Advantages of Asp.net

Introduction to VB.net

Introduction to SQL Server

Methodology Adopted & Lifecycle of Project

Introduction

Methodology used

Analysis Methodology

Design Methodology

Coding Methodology

Testing Methodology

Details of Hardware & Software to be used

Modularization details

Database Design


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User interface Design

Input and output Screen Design

Testing

Test Cases

System Maintenance

Security Implementations

Coding

Annexure

User Manual

Data Dictionary

Limitations of Project

Reference

Bibliography


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PROBLEM STATEMENT

While perform Requirement analysis phase we have gone through various

problems which users faced during booking a wild-safari tour such as gatheringinformation of different national parks. information about Indians wild animals

etc.

The problems that we find are:-

Lot of time spoiled while booking a tour through manual process.

It is very difficult for manager to fetch data through manual process.

Through manual process it is difficult to book more than one tour for

different national park at the same time.

Through manual process you cannot get the essential information

about the national park before you visit it.

There are some websites on wildlife safari. But it mainly describe only

about national parks. Users cant get the information about famous

landmark around the national park.

Lack of tour scheme for wild-safari of national park.

If visitor want to hire the same guider at different different national

park .then it difficult for him to do because each guider work only for

that particular national park.

User faces problem in finding the information about the nearest

railway station, bus station from the National park.

Users facing problem when user want to know the experience of the

peoples who had already visited the national park.


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OBJECTIVES OF PROPOSED SOFTWARE

The mainO

bjective ofO

ur ProjectOn-Line Wild-Safari Tourism

System is to provide wild safari facility in the famous Indian National

park. These are the following Objectives of our Projects:

Provide the information of nearest railway station, bus station, hotel

etc from the National Parks.

Provide the facility to the visited user that they can share their

experiences of wild-safari to the other users.

Provide the chance to the registered user of winning the Excited

Prize by just Answering the Question of the Quiz Contest.

Our project will help the people in deciding their plan for wild-safari.

Provide the facility of choosing the means through which visitor

want to travel. Such as -by elephant, by jeep.

Provide the information about the Indian national parks and their

features.

Provide a variation in the tour and packages. So that the user can easily

accommodate the tour/package according to their requirements.


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METHODOLOGY

The system has been developed using all the phases of SDLC: Preliminary investigation

Feasibility study

System analysis

System design

Development of software

Testing

Implementation

Evaluation

Maintenance

We are using Prototyping Model throughout our project

development process.

Prototyping Model

The original purpose of a prototype is to allow users of the software

to evaluate developers' proposals for the design of the eventualproduct by actually trying them out, rather than having to interpret

and evaluate the design based on descriptions. Prototyping can also

be used by end users to describe and prove requirements that

developers have not considered, and that can be a key factor in the

commercial relationship between developers and their clients.[1]

Interaction design in particular makes heavy use of prototyping

with that goal.


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The process of prototyping involves the following steps

1. Identify basic requirements

Determine basic requirements including the input and output

information desired. Details, such as security, can typically be

ignored.

2. Develop Initial Prototype

The initial prototype is developed that includes only user i nterfaces.

3.Review

The customers, including end-users, examine the prototype and

provide feedback on additions or changes.

4. Revise and Enhance the Prototype

Using the feedback both the specifications and the prototype can be

improved. Negotiation about what is within the scope of the

contract/product may be necessary. If changes are introduced then

a repeat of steps #3 and #4 may be needed.

Dimension of Prototyping Model:

Horizontal Prototype

A common term for a user interface prototype is the horizontal

prototype. It provides a broad view of an entire system or subsystem,

focusing on user interaction more than low-level system functionality,

such as database access. Horizontal prototypes are useful for:


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y Confirmation of user interface requirements and system scope

y Demonstration version of the system to obtain buy-in from the

business

y Develop preliminary estimates of development time, cost and effort.

Vertical Prototype

A vertical prototype is a more complete elaboration of a single

subsystem or function. It is useful for obtaining detailed requirements for

a given function, with the following benefits:

y Refinement database design

y Obtain information on data volumes and system interface needs, for

network sizing and performance engineering

y Clarifies complex requirements by drilling down to actual system

functionality


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HARDWARE AND SOFTWARE TO BE USED

HARDWARE :-

SERVER CLIENT

CPU : P-IV OR HIGHER P-III OR HIGHER

RAM : MIN 512MB MIN 128MB

HARD DISK : MIN 20GB MIN 2GB

SOFTWARE:-

SERVER CLIENT

OPERATING SYSTEM: WINDOWS-XP SP2 WINDOWS-XP OR

ABOVE OR ABOVE

APPLICATION S/W : SQL SERVER 2005

VISUAL STUDIO 2005

OR ABOVE BROWSER

.NET FRAMEWORK 2.O

OR ABOVE

IIS 6 OR ABOVE.

ADDITIONAL S/W : IMAGE EDITOR

FLASH

BUTTON MAKER

LOGO MAKER

ADDITIONAL HARDWARE:-

1.Scanner

2.Printer


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Bill Receipt

Bill Payment Query Result

Provide User Id Query For All User Informa

Register update/del user info.

Tour/package info. .

National park info. Updata/del tour/package

Query for tour/package information updata/del the user inform

National park information store information about nationa

CONTEXT DIGRAM (0 LEVEL DFD)

ON-LINE

WILD SAFARI

TOURISM

SYSTEM

CUSTOMER ADMINISTRA


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FUTURE SCOPE

To develop this project, I had used two very convenient, reliable

technical languages. These languages are such developed so that they

might use for a long time. This allows my system a long time event.

The software is especially designed according to the current

requirement of wild safari tourism system. The current software is

designed on the web page designing language .so it can be easily access.

The developed software has removed the manual process of the existingsystem. The developed system perform more efficiently work. The system

which is developed comes across some limitation that has arrived in our

software is as follows:-

Our software provides tour only for famous Indian national park.

For foreigner tourist, it will not provide the facility for their flight

booking and it is the future scope of our project.

Our system will not provide a private safari facility. We only provide a

group wild safari facility.

Our website will not provide a facility for online payment. For booking

a tour you have to send a Bank Demand Draft to our company office.

It is the future scope of our project to make a payment on -line by

using a Third -Party software.


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ENHANCEMENTS

Although we try our best to provide all the services in our project ON

Line Wild Safari Tourism System but there are some enhancement in

our project which can be as follows:

In designing our project, we have use a latest technology which can

be easily adopt the environmental changes that may lead a better

scope to the application.

In future, user needs about national parks information will increase

and the information which we have provided in our system May not

fulfill their requirement. So in future point of view we can provide

more relevant information about the National Park.


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SYSTEM ANALYSIS

AND DESIGN


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INTRODUCTION

Today almost all the work is being computerized in order to provide more

reliable and accurate services in different fields. The idea about the project came

because of the problems faced by the mangers of wild safari tourism system

while booking the tours and by the people who are seeking for booking tour for

wild-safari.

Our System On-Line Wild-Safari Tourism System instead of booking

a tour also provides the information about the different Indian National Parks,

help the users in deciding their plans for wild-safari.our project also provide the

information about the nearest railway station, bus stat ion ,hotel etc. and provide

a chance for registered users of winning a excited prize by Wild Contest.

It is also very difficult for users to know about the visiting experience of the

national parks before visiting it. Our project let the user to Overcome from this

problem by a Testimonial module t hrough which they can read the experiences

of the people who had already visited that Park.


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PROBLEM STATEMENT

While perform Requirement analysis phase we have gone through various

problems which users faced during booking a wild-safari tour such as gathering

information of different national parks. information about Indians wild animals

etc.

The problems that we find are:-

Lot of time spoiled while booking a tour through manual process.

It is very difficult for manager to fetch data through manual process.

Through manual process it is difficult to book more than one tour for

different national park at the same time.

Through manual process you cannot get the essential information

about the national park before you visit it.

There are some websites on wildlife safari. But it mainly describe only

about national parks. Users cant get the information about famous

landmark around the national park.

Lack of tour scheme for wild-safari of national park.

If visitor want to hire the same guider at different different national

park .then it difficult for him to do because each guider work only for

that particular national park.

User faces problem in finding the information about the nearest

railway station, bus station from the National park.

Users facing problem when user want to know the experience of thepeoples who had already visited the national park.


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OBJECTIVES AND SCOPE OF

PROPOSED SOFTWARE

The main Objective ofOur Project On-Line Wild-Safari Tourism System

is to provide wild safari facility in the famous Indian National park. These are the

following Objectives of our Projects:

Provide the information of nearest railway station, bus station, hotel etc

from the National Parks.

Provide the facility to the visited user that they can share their

experiences of wild-safari to the other users.

Provide the chance to the registered user of winning the Excited Prize by

just Answering the Question of the Quiz Contest.

Our project will help the people in deciding their plan for wild-safari.

Provide the facility of choosing the means through which visitor want to

travel. Such as -by elephant, by jeep.

Provide the information about the Indian national parks and their features.

Provide a variation in the tour and packages. So that the user can easily

accommodate the tour/package according to their requirements.


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Feasibility study

In the present era, people do not have enough time to go for booking

tours, so this system provides the facility to get information about parks

and book tour online.

The feasibility study is conducted to check whether the candidate systems

are feasible. The system which has selected to designed and developed.

Why we do feasibility study

The major objectives of the feasibility study phase is to find answers of

the following three questions-

y Is these a new and better way to do the job that will benefits the users?

y What are the costs and savings of the alternatives?

y What is recommended?

That means the major objectives of the whole process of feasibility is to

find out what the most optimal solutions to the problem will be.


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Types of feasibility

Technical Feasibility:-

Online Academic Monitoring System of UPTEC project is being

developed in .Net framework which is already being used by the UPTEC

networks computers. So in this way it will not create new economic or

technical load of UPTEC. Also the requirement of ASP.Net software is very

minimal and it platform independent so our main objective to make it

global will also fulfilled without any extra effort.

The hardware requirements are also easily fulfilled because it does

not require any new hardware for development and also for use. ASP

pages are fast so it will not make network slow. For the storage of data

SQL server 2007 is used which also required standard system hardware

configuration which is already available at UPTEC. So in this way by

studying all the faces we can say that our project is fully technically

feasible and it will not require any extra effort. Platform independent also

proves that our choice is right and fully easily feasible.

Economic Feasibility:-

Our project Online Academic Monitoring System Of UPTEC is being

developed on net platform. Active server pages are used for the

development of whole dynamic website. Any project developed in ASP net

reduces the 20% manpower cost.

If we use PHP or any other language for development of our project

then it will take 20% more price because manpower cost is high in PHP

etc. Because we are going to create an online network based dynamic

website which is fully supported by ASP.net makes it economically

feasible. Development in ASP.Net required less time as compared to other

languages and in this way it reduced.


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So we can say that our project is fully economically feasible. Also

maintain reduction in paper use so money will save. And time saving

which is as valuable as money.

Behavioral Feasibility:-

The interfaces of our project are very user friendly and any people

who have basic knowledge of computers software can easily operate this

software. According to our study and analysis there is no more need

training and any one can become friendly in very less time. Because our

software make all the manual system automatic make all the manual

system automatic in nearly same format so all staff can easily do their

work without any detailed training and only one introduction class will

make them trained. So we can say that our project is also behavioral

feasible and there are no problem in implementation and working of this.

So our project is fully feasible and we can develop it easily.

Operational feasibility:-

Every proposed project is beneficial only if they turned into

information system that will meet operating requirement of the

organization.

The software will enable its users to maintain , retrive and generate

result quickly, requring minimum efforts.

It also helps to solve their time and energy when they want to retrieve

some kind of information , for their specific purpose and need.


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The costs incurred are:

y Computer hardware installation & maintenance cost.

y Cost of developing the required software.

y The cost involved in maintaining a skilled staff to constantly secure &

maintain the database.

Benefits and saving

y Records are easily entered and retrieved.

y Time is saved as all the word can be done by a simple mouse click.

y The proposed system is fully automated and hence easy to use.

y Since benefits out base the cost, our project is economically feasible.

Therefore, the infrastructure cost required In this system is much

less, than that is required in manual system.


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COST BENEFIT

ANALYSIS


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Cost:

1) Development Cost (Rs. 100000)

2) Resources Cost (Rs. 70000)

3) Web hosting Cost ( 30000 per year)

4) Maintenance Cost (Rs. 3000)

5) Total Cost = Development Cost + Web hosting Cost= (Rs.

100000+30000= 130000)

Benefits:

1) Customer Satisfaction (Intangible benefit)

2) Removal of paper cost :- Rs. 35000 per year.

Net benefit:

Net benefit = Gross Cost Gross Benefits

So net profit is 130000 - 35000 = 95000 (Approximately)

Note: This 35000 will be deducted per year and the maintenance cost

will also be deducted manually.


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Benefits

This software is very beneficial for the organization of Wild SafariTourism. This software reduces the time of booking a tour packages for

different national parks of both customer and manager. This software

help tourism companies to maintain the records of the numerous

customers along with their others details. This will also reduce the time

required to retrieve the details of a customer.

Conclusively this software will provide following benefits to its

customers:-

Customer can easily book a tour for different National park.

He can read the Experience of others customers who have already

taken a tour from the company.

He can play a wild quiz and can get the existing prizes.

Protect the information from unauthorized users by usernames and

password.

Customer can share his views throughout the world.

Make information quicker and easier.

Save manager time and energy in maintaining the user records as

well as websites information and package details.


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System planning

Project management activity can be viewed as having three majorphases:

y Project Planning

y Project Monitoring and control

y Project Termination

Planning entails all activities that must be performed before starting thedevelopment work. Once the project is started, project Control begins, in

other words during planning all the activities that management needs to

be perform are planned, while during project Control the plan is executed

and updated. Planning is the most important activity. Without a proper

plan, no real monitoring or controlling of the project is possible.

The input to planning activity is the requirement specification. A verydetailed requirement document is not essential for planning, but for a

good plan, all the important requirements must be known. The output of

this phase is the project plan, which is a document describing the

different development process through the remaining phase.

This project is planned to make it error free and to meet the user

requirement. The project plan was developed encountering major issues

related to the project development. The most important among them is

the project scheduling. Project scheduling is done using the PERT chart.


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Project scheduling enabled us to establish a proper routine of execution of

the various sub-task in the project within a certain stipulated period in

order to acquire the milestone set at the beginning. Online Wild Safari

Tourism comprises a set of inter related activities which when carried out

systematically visit the Indian National Parks.


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PROJECT PLANNING AND SCHEDULING

We do plan to make software user friendly and think about the step

that we would have to take to form better software for the customer. A

wild-safari is a time consuming and confusing for some peoples. We help

those people by providing the answer of some Question such as how

much time does you have for the wild -safari?, What you really want to

see and do while in National Park? Which will lead them towards better

decision?

Our project Online wildlife-safari tourism system is totally User-

friendly and easy to handle. It not only for the user who want to visit the

national park but also help the users who want to collect information

about the Indian national parks and the animals which are live in it.

Management are thus always on out for some methods and

techniques which may help in planning scheduling and controlling the

project. A project is a combination of integrated activities, executed in a

certain definite order before the entire task is completed. The aim of

planning is to develop a sequence of activities of the project, so that the

project completion time and cost are properly balanced. To meet the

objective of systematic planning the management has evolved a number

of techniques applying network strategy, PERT is one of the many

network techniques, which have been widely used for planning,

scheduling and controlling the large and complex projects.


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Work Breakdown structure:

A project is a combination of interrelated activities, which must be

performed in a certain order for its completion. The process of dividingthe project into various small activities is called the work breakdown

structure. The activity or a unit of work, also called work content is clearly

identifiable and manageable work unit.

The following figure represents the WBS of application software:

Application Software

Requirements

specification

Design Code Document

Database part Graphical user

interface part

Database part Graphical user

interface part

Test


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Activity

Network logic:

Some of the terms commonly used in network are defined below:

1. ActivityIt is an identifiable part of the project, which consumes time and

resource. Activities are obtained as small work contents from the Work

Breakdown Structure. In the network, an arrow consists of head and tail,

in which tail represents the start point and the head, represents the finish

pint of the activity.

2. EventThe beginning point and the end point of an activity are called events.

Event is a point that does not consume any resource. A numbered circle

generally represents an event. For example:

3. Path

An unbroken chain of activity arrow connecting the initial event to

some other event is called a path.

4. Network

It is the graphical representation of logically and sequentially

connected arrows and nodes representing activities and events of a

project. Networks are also known as arrow diagrams.. Networks are also

known as Arrow diagrams.

i j


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Network construction:

Firstly, the project is split into activities. Start and events of the project

are then decided. After deciding the preceden ce order, activities are put in a

logical sequence by using graphical notations.

Activities that must be completed before a particular activity can start are called

the predecessor activities and those, which must follow a particular activity, are

called successor activity.

The predecessor relationship is expressed in a number of ways. Job A is

predecessor to job B and C, i.e. A


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PERT CHART

This is the table of Activity and its estimated time duration, used to

accomplish the project ONLINE Wild SAFARI TOURISM System.

Activity Preprocessor(s) Duration(In

Weeks)

A: Study - 3

B: Analysis A 2

C: Form Design B

D: Coding and

Testing

C 2

E: Database Design B 2

F: Connectivity D, E 3

G: Test with

Database

F 2

H: Documentation C 3

I: Error trapping F, H 2

J: Final Test I, J 2


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E 2

3 2 3 3 2 2 2 2

H

PERT CHART BASED ON THE ABOVE DATA

5

A B C D F G I J

62 1131 984

2

7


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System Requirement

Specification


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Software Requirement Specification

Introduction:

This document aims at defining the overall software requirement for

Online Wild Safari Tourism. Efforts have been made to define the

requirements exhaustively and accurately. The final product will be having

only features/functionalities mentioned in this document.

Purpose:

The purpose of the software Online Wild Safari Tourism is to that any can

book tour for Indian national parks, so that anyone can easily access

information of parks and get new essential packs from anywhere.

Scope:

The software Online Wild Safari Tourism will be used for search the

information about Indian national parks, their animal ,related information

and book tour for national park. The application will manage the

information about various Indian national parks and registered user of

this application by maintaining the data base. Viewable reports regarding

list of user testimonial will be generated. The application will be greatly

simplified and speed up the Wild safari activities and management

activity.


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Definition , Acronyms and Abbreviation:

Following Abbreviation has been throughout this document:-

y Information of Indian national parks

y S.A.D (System Analysis and Design)

y A.S.P (Active Server Page)

y D.F.D (Data Flow Diagram)

Overview

The rest of this SRS document describes the various system requirement

interfaces features and functions in detail.

Overall Description:

In Online Wild Safari Tourism we have covered most famous Indian

national parks. The Online Wild Safari Tourism is capable to keep t he

information about the national parks and userqueries just like testimonial

of user.

Product Perspective:

Front End Client Application(with

data entry/update/delete view

and Report generation)Backend Database


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User Interfaces

The application will have a user friendly and menu based interface

A home screen which display the important links of websites as wellas embedded login interface for Account Authentication.

There will be a screen ofRegistration Form for Registering a new

user.

There will be a screen Package which show the package details.

There will be a screen ofTestimonial which show user experiences

of National parks.

There will be a screen of Gallery which show the wild animals and

National parks pictures. User can download these pictures.

There will be a screen of DO & DONTS which show Important

parks rule regulations.

There will be screen of Different National parks. which show

information about different Indian national parks.

Following reports are generated:-

Bill report.

User account information.

Packages Information.

Hardware Interface:-

Screen resolution of at least 800*600 required for proper and

complete viewing of screens. Higher resolution would not be a

problem. Best view of website is at 1024*768 resolution.


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Software Interfaces:-

Windows XP Professional ( or Windows NT 4 or above)

MS SQL Server 2000 or above as the DBMS For database.

Visual Studio.NET 2003 or above will aim at upgrading.

Visual Basic.NET (c# Language) - for coding/developing the software.

Communication Interface:-

ASP.Net Email Services .

Memory Constraints:-

At least 256 MB RAM or above and 4GB space on hard disk or above

will be required for running the application.

Operations:-

The product release will not cover any automated housekeeping

aspects of the database.

The DBA at the client site will be responsible for manually adding new

or deleting old/non-required data.

Database backup & recovery will also have to be handled by the DBA.


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Site Adaptation Requirements:-

The terminals at client site will have to support the hardware & software

interfaces specified in above sections.

Product Functions:-

A Summary of major function that the software will perform:-

A Login facility for enabling only authorized access to the system.

Users can book a tour for different Indian National parks if they

become our Registered user.

User (with role Administrator) will be able to reset the system-

Update of all existing information from the backend.

User Characteristics:-

Experience: - Should be versed/informed about the working of the

organization.


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Technical Expertise: - Should be comfortable using general-purpose

applications on a computer.

Constraints:-

DBMS being used is MS SQL Server, is a powerful dbms , it will be able

store a very huge numbers of records.

Due to powerful features of DBMS being used performance tuning

features can be applied to the queries and thus the system may not slow

down with increase in number of records.

Database auditing will also be provided.

User Accounts Information Maintenance:-

Description: The system maintains information about various users

who will be able to access the system. The following information would be

maintained:-

Username, Password

Validity Check:-

Only Administrator is authorized to access the user accounts information

maintenance module.

Username cannot be blank.

Password cannot be blank.


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Sequencing Information:-

User Account for a particular user has to be created so that he can avail

the services of our website such as-Book a tour for National park, Play

wild quiz. AT system startup, only a user account for Administrator is

present in the system database.

Error Handling/Response to Abnormal Situations:-

If any of the above validations/sequencing flow does not true, appropriate

error message will be prompted to the user for doing the needful.

Performance Requirements:- None

Design Constraints:- None


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Software System Attributes

Security:- The application will be password protected. Users will have to

enter correct username, password, and role to access the restricted part

of application.

Maintainability:- The application will be designed in a maintainable

manner. It will be easy to incorporate new requirements in the individual

modules.

Portability:- The application will be easily portable

Logical Database Requirements-

The following information is place in a database:

Registration : ,userid ,Ulastname , ufiratname , gender , sequrity

question, password,email.

Booking: Booking_id , park name , pack type , pack name , duration ,no

of person , bankname.

TouragePackage:- packid , packname , pack description.

Quiz Question:- quiz id ,quiz question,answer.

Testimonial : userid,description.

Bill username , billno , park name , duration.

Specific Requirements:

This section contains the software requirements to a level of details

sufficient to enable designers to design the systm , and tester to test that

system.


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FLOW CHART


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FLOW CHART FOR LOGIN

Start

Enter User Name

Is user name &

password is

valid?

Yes

Go to account page

Enter Password

STOP

No


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Amount duration field fill

according to Special package

Start

Select information of National park

Is pack type

regular

Yes

Amount, duration field fill

according to regular package

Select Pack type

STOP

No

Is date

valid?

Information

not savedInformation saved & Email

send to user email ID

No

Yes


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Start

Write Testimonial

Is save

button click

Date save to database

STOP

Data not

save

Yes

No


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Start

Fill Profile information

Is

information

is valid?

Save

STOP

Show error

massage

No

Yes


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Start

Select National Park

STOP

Is park

Name Exist?

Delete

Park Name

Display National

Park not foundYes

No


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DATA FLOW DIAGRAM


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DATA FLOW DIAGRAM

A DFD has the purpose of clarifying system requirements and identifying

major transformation means how data is flowing at various level betweensource destinations. A DFD consist of a series of bubbles joint by lines.

The bubbles represent data transformation and the lines represent data

flow.

The DFD is one of the most important tools to be used by system analyst.

The main merit of DFD is that can provide an overview of what files are

used, and where the results flow. The graphical representation of the

system makes it a good communication tool between a user and ananalyst. Symbols used in making data flow diagram are:-

1.Circle or a bubble:-It represents a process that transforms incoming data flows into outgoing

data flows.

Symbol-

2. Rectangle:-

A rectangle represents an external entity, situated outside the system.

Entity supplying data are known as sources and those that consume data

are called sinks.

Symbol-

3. An Arrow:-


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An arrow identifies data flow. It also represents data in motion. It is a

pipeline through which information flows.

Symbol-

2.Slant line:-Thin slant line depicts a line. A file or data store stores data. If an arrow

points to the file, it indicates operation of writing in the file. If it points

away from the file, it indicates operation of reading from the file. If both

arrows are there, it indicates that one may write in or read from the file.

Symbol-


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Bill Receipt

Bill Payment Query Result

Provide User Id Query For All User Informa

Register update/del user info.

Tour/package info. .

National park info. Updata/del tour/package

Query for tour/package information updata/del the user inform

National park information store information about nationa

CONTEXT DIGRAM (0 LEVEL DFD)

ON-LINE

WILD SAFARI

TOURISM

SYSTEM

CUSTOMER ADMINISTRA


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Participate

Response

Query

execute

Response

Response

Query

execute

Email send to

user Email IDFill booking

information

Show Query

Result

Query for data

manipulation

Redirect toAccount page

CUSTOMER

2.0

Profile

3.0

Booking

1.0

LOGIN

4.0

Wild Quiz

5.0

Testimonial

Registration

Booking

Testimonial Wild Quiz

Enter user Name

& Password

Query Response

Response

Query

Bill

Write

Testimonial

Response

Query for

save

Result of

Quiz

Query

execute

Result


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Response

National Park

Package

information

updated

Query update

package

information

Image

uploaded

Query for

wild quiz

Response

Response

New list of

parkUpdate

park list

Record

Show

Query for user

record

Redirect to

Account page

ADMINISTRATOR

2.0

User

Record

3.0

National

park

1.0

LOGIN

4.0

Wild Quiz

5.0

Image

Registration

Tour package

Wild Quiz

Enter user Name

& Password

Query Response

Response

Query

Query

executed

Query

execute

Wild quiz

updated

6.0

Packages

Query for

Image

updates

Image

Query execute

Response


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ER DIAGRAM


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E-R DIAGRAM

E-R diagram is a physical relationship between different entities. It depicts the

overall structure of an organization. E-R model is a detailed logical

representation of entities. It is an association of data elements for an

organization and business area. Basic symbols used for E-R diagram are:-

1. Entity:

It is a thing in real world with an independent existence. An entity may be an

object with a physical existence or may be an object with a conceptual

existence.

Symbol-

There is a type of entity, which is called weak entity:

Weak Entity:

The entity, which has not any key, attributes of their own; these are called weak

entity.


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2.Attribute:These are properties, which describe an entity.

Symbol-

Type of Attributes:

y Multivalued Attribute:

These attributes are shown in double ovals. It shows the attributes that have

multiple values.

y Derived Attribute:

These attributes are shown in double dotted lines. Example, Age of the person

can be a derived attribute, because it is possible to get the age of a person when

Date of Birth is known.

Symbol:


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3.Relationship:Whenever an attribute of one entity type refers to another entity type, some

relationship exists. It connects entities and represents a meaningful dependency

between them.

Symbol-

4.Primary key:It is a unique quality and is related with attribute.

Symbol-


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TECHNOLOGY

INTRODUCTION


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TECHNOLOGY TO BE USED

ASP.NET:-

The .NET framework is a new & revolutionary platform created by Microsoft

for developing applications that can be easily integrated and interoperated.

Asp.net is now the best of one technology in the market and is the best

package for software developers. It provides the facility to develop Web base,

Windows based and Enterprise application.

Asp.net provides the interactive interface to the user, so user can work on it

very easily.

This includes C#, C++, Visual Basic, Jscript and even older languages such

as COBOL for designing.

The .NET Framework mainly consists of a huge library of codes that we use

from our client language such as C# using object orient ed programming

techniques. The .NET Framework library also defines some basic type. A type

is nothing but representation of data.

It have some predefine object that can be used by developer and easily use

by user.

Application often requires a custom look and felt. The Microsoft .NET

framework provide the many features that enable to create & manipulated

the graphics & images and can use these features to include the custom

affects and control in application.

Asp.net frame work provides the security to access code & customizing

authentication and authorization.


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VISUAL STUDIO .NET

The C# is one of the language that can be used to create applications that

will run in the .NET CLR. It is the evaluation of the C and C++ languages and

has been created by Microsoft specifically to work with .NET platform.

Developing applications using C# is simple than using C++ as the langua ge

syntax is simpler.

The C# provides the facility to create applications as:

Windows Applications:These are applications such as Microsoft office,which have a familiar windows look and feel about them. This is made

simple using the windows forms module of the .NET framework, which is a

library of controls (such as buttons, toolbars, menus etc.) that we can use

to build a windows user interface.

Web Applications: These are web pages such as might be viewed

through any web browser. The .NET framework includes a powerful

system of generating web content dynamically, allowing personalization,

security and much more. Web Services: These are new and exciting way of creating versatile

distributed applications. Using web service we can exchange virtually any

data over the internet, using the same simple syntax regardless of the

language used to create a web service, or the system that it resides on.


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SQL SERVER2005

SQL is the standard language for making queries in relational database

management packages such as SQL server, oracle, ingress, Sybase etc.

SQL 2005 is most powerful Data Base related package. The standard

language for accessing client/server database is also SQL.

SQL 2005 provides the facility to well suit to a client server environment,

where the DBMS resides on a server and services the clients requests.

If have many type of privileges such as in designing time can set

constraint to remove typing miss use and also use for helping in

searching. It includes the security at user level, application level and also on data

level.

SQL provides a flexible transaction management. A transaction is a group

of SQL statements that succeed or fail as a group. That is, if any one of

the SQL statements fails, the whole transaction is aborted.

SQL allows users to create domains as objects in a schema. The users can

then declare table columns to be of domains rather than that of data

types. SQL allows one to specify constraints. Constraints are the rules for

restricting the values that can be placed in a table column.


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METODOLOGYADOPTED AND LIFE

CYCLE OF PROJECT


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INTRODUCTION

A Software life Cycle is the series of identifiable stage that a software

product undergoes during its lifetime. The first stage in the life cycle of

any software product is usually the feasibility study stage. The

subsequent stage are requirment analysis and specification ,

design,coading ,testing and maintenance. Each of these stages is called a

life cycle phase. A life cycle model represents all the activities required to

make a software product transit through its life cycle phase.

It also captures the order in which these activities are to be undertaken.

The strictest life cycle model used is the classical life cycle model.

However , in any practical software development work , it is not possible

to strictly follow the classical waterfall model from every phase to its

preceding phase.

Methodology Used

1. Structure System Analysis techniques had been adopted for the

analysis of the algorithm and software development.

2. Structure System Design techniques had been adopted for the

design of the algorithm & software development.

3. Prototyping Model had been used for the development of the

software.

4. Structure development life cycle had been used for this project.

5. PERT Chart is the primary tool used for system planning.


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Analysis Methodology

1. Structure system Analysis:

Techniques are used for the analysis of algorithm and development.

2. Back ground analysis

Concept of mining & about the algorithm is learned through

research papers on internet and expert theory.

3. Fact-Finding

Facts about the algorithm are collected from the books and internet.

4. Fact Analysis

Facts are analyzed to through examples related to algorithm.5. DFD and Flow Chart

DFD and Flow chart are used to model the algorithm and logic

design.

Design Methodology

1. Structured design techniques are used to design the software.

2. An Activity of all phases of project is the walk -through. It is the

inter change of the ideas among the team members. In design

walk-through the purpose is to recognize as many problems in th

software as possible.

While they are still Tiger paper

3. Activity diagram are used then to define the behaviors of

mechanism.

4. Layering has been done to refine the architecture.

5. Initially, two layers are introduced system layer and application

layer.

6. Demo version is created on these lines of design techniques to

demonstrate the feasibility of design methods.

7. Database design is according to the implementation of algorithm.


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Coding Methodology

1.Event driven programming VB.Net had been used for coding the

modules and programs.

2.Structured English and pseudo codes are used to closely refine the

mechanism using the fatality of the define objects.

3.Various steps had been used to facilitate incremental coding

followed by testing.

4.The basic philosophy followed at this stage is code one line followed

by rigorous testing.

5.Integrated development environment of VB. Net has been used for

the development of various modules in integrated manner.

6.Incremental compilation had been used to compile and test on

which works in progress.

7.Stepwise refinement technique had been used to code the modules.

Testing Methodology

1. Structured testing tools have been used for testing the programs.

2. Small programs are developed to test the individual modules.

3. Each module is tested for its proper functionality.

4. Groups of people tested the software functionality

5. The same group tested the reliability of software by using various

input techniques, on various modules of the software.

6. Software was distributed to teachers and friends for Beta testing.


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Prototyping Model:-

The original purpose of a prototype is to allow users of the software

to evaluate developers' proposals for the design of the eventual

product by actually trying them out, rather than having to interpret

and evaluate the design based on descriptions. Prototyping can also

be used by end users to describe and prove requirements that

developers have not considered, and that can be a key factor in the

commercial relationship between developers and their clients.[1]

Interaction design in particular makes heavy use of prototyping

with that goal.

The process of prototyping involves the following steps

1. Identify basic requirementsDetermine basic requirements including the input and output information desired.

Details, such as security, can typically be ignored.

2. Develop Initial PrototypeThe initial prototype is developed that includes only user interfaces.

3. ReviewThe customers, including end-users, examine the prototype and provide feedback on

additions or changes.

4. Revise and Enhance the PrototypeUsing the feedback both the specifications and the prototype can be improved.

Negotiation about what is within the scope of the contract/product may be necessary.

If changes are introduced then a repeat of steps #3 and #4 may be needed.

.


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Dimension of Prototyping Model:

Horizontal Prototype

A common term for a user interface prototype is the horizontal

prototype. It provides a broad view of an entire system or subsystem,

focusing on user interaction more than low-level system functionality,

such as database access. Horizontal prototypes are useful for:

y Confirmation of user interface requirements and system scope

y Demonstration version of the system to obtain buy-in from the

business

y Develop preliminary estimates of development time, cost and effort.

Vertical Prototype

A vertical prototype is a more complete elaboration of a single

subsystem or function. It is useful for obtaining detailed requirements for

a given function, with the following benefits:

y Refinement database design

y Obtain information on data volumes and system interface needs, for

network sizing and performance engineering

y Clarifies complex requirements by drilling down to actual system

functionality


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TYPE OF PROTOTPING:-

Throwaway prototyping:-

In this approach the prototype is constructed with the idea that it will be

discarded and the final system will be built from scratch. The steps in this

approach are:

1. Write preliminary requirements

2. Design the prototype

3. User experiences/uses the prototype, specifies new requirements

4. Repeat if necessary

5. Write the final requirements

6. Develop the real products

Evolutionary prototyping:-

Evolutionary Prototyping (also known as breadboard prototyping) is

quite different from Throwaway Prototyping. The main goal when using

Evolutionary Prototyping is to build a very robust prototype in a

structured manner and constantly refine it. "The reason for this is that the

Evolutionary prototype, when built, forms the heart of the new system,

and the improvements and further requirements will be built


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DETAILS OF

HARDWAE AND

SOFTWAR

E TO BEUSED


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HARDWARE AND SOFTWARE TO BE USED

HARDWARE :-

SERVER CLIENT

CPU : P-IV OR HIGHER P-III OR HIGHER

RAM : MIN 512MB MIN 128MB

HARD DISK : MIN 20GB MIN 2GB

SOFTWARE:-

SERVER CLIENT

OPERATING SYSTEM: WINDOWS-XP SP2 WINDOWS-XP OR

ABOVE OR ABOVE

APPLICATION S/W : SQL SERVER 2005

VISUAL STUDIO 2005

OR ABOVE BROWSER

.NET FRAMEWORK 2.O

OR ABOVE

IIS 6 OR ABOVE.

ADDITIONAL S/W : IMAGE EDITOR , Flash , ButtonMaker , LogoMaker

ADDITIONAL HARDWARE:-

1.Scanner

2.Printer


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MODULARIZATION

DETAILS


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The basic reason for little common use of prototyping is the cost involved

in this built-it-twice approach. However, some argue that prototyping

need not be very costly and can actually reduce the overall development

cost. The prototype are usually not complete systems and many of the

details are not built in the prototype. The goal is to provide a system with

overall functionality. In addition, the cost of testing and writing detailed

documents are reduced. These factors helps to reduce the cost of

developing the prototype. On the other hand, the experience of

developing the prototype will very useful for developers when developing

the final system. This experience helps to reduce the cost of development

of the final system and results in a more reliable and better designed

system.

Advantages of Prototyping

1. Users are actively involved in the development

2. It provides a better system to users, as users have natural

tendency to change their mind in specifying requirements and this

method of developing systems supports this user tendency.

3. Since in this methodology a working model of the system is

provided, the users get a better understanding of the system being

developed.

4. Errors can be detected much earlier as the system is mode side by

side.

5. Quicker user feedback is available leading to better solutions.

Disadvantages

1. Leads to implementing and then repairing way of building systems.

2. Practically, this methodology may increase the complexity of the

system as scope of the system may expand beyond original plans.


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DATABASE DESIGN


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REGISTRATION

NAME DATA TYPE SIZE DESCRIPTION CONSTRAINT

User-id VARCHAR User identity

no.

Primary key

U_First-

name

Varchar User first name Not Null

U_Last-name

Varchar User last name

Address Varchar Address of user Not Null

Status boolean Not null

Zip integer User area code Not Null

Country Varchar User nationality Not Null

City Varchar User city name Not Null

Date Date Date ofregistration

Not Null

Email _id Varchar Email id of the

user

unique

password Varchar Not null

Contact-no Numeric Contactnumber

Not Null

Gender boolean GENDER Not Null

Security_que Varchar(MAX) Securityquestion

Not Null

Security_ans Varchar(MAX) Security

Answer

Not Null

Image Varchar User image


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PACKAGES

NAME DATA TYPE DESCRIPTION CONSTRAINT

Package-id Numeric Package

Number

Primary key

Pack_type Varchar Package Name Not null

Pack_name Varchar National parkname

Not null

Duration Numeric Time period Not null

Rate Currency Price includes

discount

Not null

Description Varchar Not null

Package_sale Numeric No. of sale Not null


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BILL

FIELD NAME DATA

TYPE

SIZE DESCRIPTION CONSTRAINTS

Bill_no Numeric Bill no. Primary key

User_id Varchar User identity Foreign key

Cust_name Varchar Customer name Not null

DD no. Numeric Demand draft

number

unique

Bank name Varchar Name of Bank Not null

Date Date Bill date Not null

Address Varchar Not null

Bill_amount Currency Bill amount Not null


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PACKAGES BOOKING

NAME DATA TYPE DESCRIPTION CONSTRAINT

User-id Varchar User _id Foreign key

User_name Varchar Not null

Bank_name Varchar Bank name Not null

Book_date date Booking date Not null

Travel_requr Varchar

Park_name Varchar Park name Not null

Pack_id Varchar Foreign key

Pack_type Varchar NOt null

Duration Varchar Duration of tour Not null

Booking-id Numeric Booking id Primary key

DD no numeric Demand draft no. Not null

Amount Currency Not null

Adult person Numeric Number of adult

person for tourNot null

Child person Numeric Number of child

for tourNot null

Senior_citizenperson Numeric Number of senio Not null

Pack_name Varchar Packname Not null


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CUSTOMER

Name Data Type Description Constraints

Bill_no Numeric Bill number Foreign key

user-id varchar Customer-id Foreign key

Cust-name Varchar Customer-name Not Null

Pack_type Varchar Packtype NOT NULL

Pack_name Varchar Pack name Not Null

Date date Safari date Not Null

Cust_add Varchar Customer-address

Not Null

Cust_ph Numeric Contact number Not Null


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TESTIMONIAL

Name Datatype description constraint

User_id Varchar User name Not null

Description Varchar Not null

Pack_id Varchar Not null


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WILD QUIZ

Name Datatype Description constraint

Quiz_no Numeric Quiz number Primary key

Date Date Quiz date Not null

Prize Varchar

User_id Varchar User id Foreign key

User_name Varchar Not null


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Image

Name Data type Description Constraint

Imageid Int Image id

Imagepath Varchar Image location Notnull

Imagecaption Varchar Caption of image notnull


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National park

Name Data type Description Constraints

Nationalpark Varchar Name of

national park

Not null

Path Varchar path


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QUIZ QUESTION

Name Data type Description Constraints

Quiz no Numeric Quiz number Foreign key

Quiz question Varchar Quiz question Not null

Answer Varchar Answer Not null


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User Interface Design

User Based Interface

Introduction

The user interface portion of a software product is responsible for all

interactions with user. In the early days of the computer , nosoftware product had any user interface.

Now, we know that things are very different almost every

software product is highly interactive. NO wonder then that many

users often judge a software product based on its user interface.

Normally, when a user starts using a system he builds a

mental model of the system and expects the system behavior to

conform to it.

A user Interface Design Methodology

At present , no systematic methodology is available that can be

followed by route to come up with a good user interface.

Even through almost all- popular GUI design , methodologies are

user-centered design .It is the theme of almost all modern user

interface techniques. However , the user centered design does not

mean design by user. One should not get the users opinion of which

design alternative is superior is always right.


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INPUT AND OUTPUT

SCREEN


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TESTING

TECHNIQUES


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TESTING TECHNIQUES

Testing is the process of executing a program with the goal of finding

error in it. S/W testing aims at eliminating program errors. This is demanding

and time consuming task. Since designer cant confirm 100% accuracy. This

system can be made to undergo a fail test cycle which helps in determining

what make it fail. When the error is found then we assume it as a successful

test.

TESTING TYPES

Unit Testing -

An individual program must compile and test data correctly and also bond

with other program in order to run satisfactory. Program testing check, for two

types of error: syntax & logical a syntax error in program occurs when a

statement in a program break one or more rules of the language in which it is

coded.

SYSTEM TESTING-

System testing is done to find out those imperfection. That where not

found in test conducted earlier. That include forced system failure and validation

of total system as it will be put to use by it user in the actual system as it will be

put to use by it user in the actual working environment it generally stats with

low volume of transaction based on real data.


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INTEGRATION TESTING -

For the success of a system as a while all constituent programs should

work properly. No program in a system works in isolation program are invariably

related to one author & interest in a total system each program is tested to see

whether it is consonance with related program in the system.

USER ACCEPTANCE TESTING-

User acceptance testing involves running the system with live data by actual

user. This is done to families the user with the validity and reliability of the

system.

A comprehensive test report is prepared after testing. This report Illustrates the

system is tolerance, performance range, error rate and accuracy.


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WHY SOFTWARE TESTING IS IMPORTANT

After testing the performance of the project, user can find any type of

problem in his/her, project if there is any.

Testing Objective:

Rules that can serve well as testing objectives:

Testing is a process of executing a program with the intent of

finding errors.

A good test case is one that high probability of finding an as -yet

discovered error.

A successful test is one that uncovers all undiscovered error.

A

B C

D

E

F

G H I

J K L M N


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Testing Principles:

Testing should begin "in small and progress towards testing "in

the large".

All tests should be traceable to traveler requirements.

To be most effective, an independent third party should conduct

testing.

Tests should be planned long before testing actually begins.

Exhaustive testing is not possible.


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VALIDATION AND TESTING IN THIS PROJECT

Basically two types of testing are used which are BLACK BOX TESTING

& WHITE BOX TESTING.

Where BLACK BOX testing used for the whole project to check whether

each module is working properly or not whereas WHITE BOX testing is

used to test the internal working of modules.

The different modules are tested independently in Unit testing.

Functions in the module that call internally are tested, and their proper

declaration is checked. The expected output and the generated output of

each module is matched properly The data extraction, processing and

storage of data in the database is correct.

All the enquiries give correct results and the reports generate

appropriate and useful information.

The project contains proper messaging for each mistake that may be

committed by the user.


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TEST CASE

Test case -1

Test No. - 1

Module - Login

Test type - Unit testing

Input - login/password

Objective - user authentication

Expected output - Access to Authorized user

Actual output - authentication successful

Result - Access to authorized user only.

Test case -2

Test No. - 2

Module - Booking

Test type - unit testing

Input - data entry in various forms

Objective - to store valid data in table

Expected output - storage successful

Result - Data stored in table


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Test case -3

Test No. - 3

Module - Packages, National park


Input - Raw data

objective - fetch record from the table

Expected output - successful fetching

Actual output - Record found

Result - Query completed.

Test case -4

Test No. - 4

Module - Registration form


Input - user ID

Objective - user record updating

Expected output - updated record of user

Actual output - Record updated successfully

Result - updated.


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Test case -5

Test No. - 5

Module - Package


Input - user/package details

Objective - package & booking

Expected output - searching book details

Actual output - search completed successfully

Result - Book found

Test case -6

Test No. - 6

Module - Booking


Input - Booking details

Objective - To add/remove booking

Expected output - updated record of booking

Actual output - Record updated successfully

Result - updated.


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System Maintenance

The analysts and programmers spend much time in maintainingprograms than they do in developing them. Maintaining takes up around

50-80 percent of the total system resources and time. Through the cost of

the hardware has continuously declined, the cost of developing programs

has increased considerably.

Other problems include:-

y Lack of good test plan.

y Non- availability of sufficient tools.

y Maintenance problem or cost of maintaining.

y Perception that maintenance requires neither experience nor skills.

y Poorly defined standards, procedures and guidelines.

y Delegation of the maintenance job to junior programmer

considering it as a necessary evil.

y Maintenance of programs without giving any consideration to

structure and documentation.

System Maintenance Objectives:

The fundamental objectives of system maintenance are:

y To complete the system modification tasks at the earliest without

compromising with system reliability and quality.

y To preserve those programs that were correct and to avoid the

possibility that fixes applications and causes other aspects of those

applications to behave differently.

y To react proactively to affect change to existing applications, to

correct error or bugs detected during systems implementation or

operation.


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y To avoid degradation of system performance.

y For Security Point of view we can use the Backup and Recovery

Method.

y In future we can easily add any new feature in our system.

y We can easily take the backup of the our system.

Gather Change

Analyze Change

Device Code Change

Apply Code Change

Strategies to the Old One

Update Integrate


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ERROR LIST

yBad password or username-

If the password or username is incorrect at the time of start-up

then it will generate an error message Bad username or

password.

y Filed cannot be left blank-

If the mandatory fields of the form are left blank , then it will

generate an error message.

y Invalid postal code-

Postal code must be a valid

y invalid email-

E-mail address should be entered in proper format.


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Security Implementation

The first point where the software needs to be secure is at the time

of start-up i.e , while logging in to the system .so that only the

authorized users can access the software and the secured

information , an initial password is applied with the software; the

user (administrator) can change the password for his convenience .

for each user , an unique username and password is maintained .

the password gets stored into the database that is maintained for

storing names along with the password in the encrypted form by

following some algorithm.

The algorithm needs to be kept secret. The database

maintains a security question and answer (Encrypted) for each user

at the time of registration. This can be referred in case a user

forgets his password thereby maintaining the security of his/her

account.

Therefore, Encryption technique is the key for monitoring security

and authenticity of the software that maintains and stores the

personal details of several numbers of customers.


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using System;

using System.Collections;

using System.Configuration;

using System.Data;

using System.Linq;

using System.Web;

using System.Web.Security;

using System.Web.UI;

using System.Web.UI.WebControls;

using System.Web.UI.WebControls.WebParts;

using System.Web.UI.HtmlControls;

using System.Xml.Linq;

using System.Data.SqlClient;

publicpartialclassMainform : System.Web.UI.MasterPage

{

SqlCommand cmd;

SqlConnection con;

SqlDataReader rst;

protectedvoid Page_Load(object sender, EventArgs e)

{

Session["loginstatus"] = null;

Label4.Visible = false;


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con.ConnectionString = "Data

Source=.\\SQLEXPRESS;AttachDbFilename=|DataDirectory|\\Database3.

mdf;Integrated Security=True;User Instance=True";

con.Open();

cmd = newSqlCommand();

cmd.Connection = con;

}

cmd.CommandText = "select count(*) from Regestartion where userid='"

+ TextBox1.Text + "'";

\\ read data to check the login exist or not.

int cnt = rst.GetInt32(0);

rst.Close();

if(cnt == 0)

{

Label4.Text = "login does not availabel";

Label4.Visible = true;

}

else

{

cmd.CommandText = "select password from Regestartion where

userid='" + TextBox1.Text + "'";

SqlDataReader r = cmd.ExecuteReader();

r.Read();

string p = r.GetString(0);

string tp = TextBox2.Text;r.Close();

if(p.Equals(tp))

{

\\ login successfull

Session["loginstatus"] = 0;


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Session["userid"] = TextBox1.Text;

Response.Redirect("status.aspx");

}

else

{

Label4.Text = "bad user name or password";

Label4.Visible = true;

}

}

}

protectedvoid LinkButton6_Click(object sender, EventArgs e)

{

Response.Redirect("PasswordRecovery.aspx");

}


{

Response.Redirect("Photography.aspx");

}

}


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User Account Page

publicpartialclassstatus : System.Web.UI.Page

{

SqlConnection con,con1;

SqlCommand cmd,cmd1;

SqlDataReader rst,rst1;


{

\\ open connection

cmd = newSqlCommand();

cmd.Connection = con;

if(Session["loginstatus"]==null)

{

Response.Redirect("home.aspx");

}

else

{

//open connection

con1.Open();

Label15.Text = Session["userid"].ToString();

cmd1 = newSqlCommand();

cmd1.Connection = con1;

cmd1.CommandText = "select ufirstname,ulastname,imagepath

from Regestartion where userid= '" + Label15.Text + "'";

rst1 = cmd1.ExecuteReader();

rst1.Read();

string p = rst1.GetString(0);


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rst.Read();

try{

Label8.Text = rst.GetString(0);



Label14.Text = rst.GetDateTime(3).ToString();

rst.Close();

}

catch (Exception ex)

{

}

}


{

Session["loginstatus"] = null;


}

}


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Booking

publicpartialclassbooking : System.Web.UI.Page

{

SqlCommand cmd, cmd1;

SqlConnection con, con1;

SqlDataReader rst;


{

if(Session["loginstatus"] == null)

{


}

else

{

Label1.Text = Session["username"].ToString();

Label18.Visible = false;

//open connection

con1 = newSqlConnection("Data

Source=.\\SQLEXPRESS;AttachDbFilename=|DataDirectory|\\Database3.

mdf;Int

problem statement of project

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