S. No.

TOPIC

PAGE No.

1

2.

3.

4.

5.

6.

7.

8.

9.

10.

11.

12..

.

Introduction

Purpose

Technology Used

Feasiblity Study

Economical

Operational

Technical

Behaviral

Front End Technology

C++

Back End technology

File Handling

Methodology

Tools

Designs

Input

Output

Software development life Cycle

Snapshots

C++ code

Conclusion

Future Scope

7

8

9

11

12

14

16

17

20

28

32

34

1. INTRODUCTION

A). Purpose :-The purpose of this application are as follows:

This project EmployeeINFO. is an System Application which gives the all information of employee.It only Handle By HR. He can also add ,Delete Update the info of employee.

B).Technology Used:-

Front End:C++ Language

Back End:File Handling for Storage.

2). FEASIBILITY STUDY:-

After the analysis of the requirement from the proposed system an outlining broad specification of the proposed system, a feasibility study is conducted. Since H/W and S/W cost of developing and implementing a major information system can mount to small fortune, preliminary study of project is extremely important.

The feasibility study includes the investigation of the information needs of the objectives, constraints, basic resource requirement and cost of the proposed system. This can be evaluated in terms of following categories: -

Economic feasibility

Operational feasibility

Technical feasibility

Behavioral feasibility

2.1 ECONOMICAL FEASIBILITY:-

The computerization of project will certainly result in economic gains to the organization as compared to the cost incurred in the computerization process. The web college is providing community and simple process for students and no extra expertise should be hired. Thus the development and implementation of the proposed system would be returned within a short time span. Economic feasibility is another factor that is to be considered in the any software development process. This is related to the cost for developing the software. Software Implementation Process. Software implementation requires an investment for setting up the hardware as well as for developing the needed software. Also, it involve the cost roe owning licensed software, cost for training and for operating the system. The system can be considered to be economically feasible.

2.2 OPERATIONAL FEASIBILITY:-

The working of the project intends to keep in step within the advantages of information technologies and is aware of the computerized system and is willing to computerize the managing so as to provide quick and reliable service to their members.

Operational feasibility is related to the operational aspect of Even if the software is feasible in all other respects and found to implementation. System become operational not feasible due to several reason such as lack of skill of the operators, bad and cryptic user interface, regional difficulties in the use of language etc.

2.3 TECHNICAL FEASIBILITY:-

Technical feasibility is concerned with the technology associated with the software project. Technology is continuously changing. With the change in technology, design and use of hardware is also changing. During the early days of computer development, punched cards as use as means of feeding data to computer systems. Use of floppy disks for a data transfer was very common once.

2.4 BEHAVIORAL FEASIBILITY:-

This analysis aims at determining whether the proposed system will support the organization strategic plans. All the above-mentioned tests were conducted and the project was seen to have satisfactorily passed all the tests. Thus, the project is feasible to the organization

Activities in organization are controlled by relevant laws and rules framed for this purpose. Legal feasibility is another factor that is to be considered in the implementation of software projects.

3) TECHNOLOGIES:-

a) Front End

Intro to the C++ Language

A C++ program is a collection of commands, which tell the computer to do "something". This collection of commands is usually called C++ source code, source code or just code. Commands are either "functions" or "keywords". Keywords are a basic building block of the language, while functions are, in fact, usually written in terms of simpler functions--you'll see this in our very first program, below. (Confused? Think of it a bit like an outline for a book; the outline might show every chapter in the book; each chapter might have its own outline, composed of sections. Each section might have its own outline, or it might have all of the details written up.) Thankfully, C++ provides a great many common functions and keywords that you can use. But how does a program actually start? Every program in C++ has one function, always named main, that is always called when your program first executes. From main, you can also call other functions whether they are written by us or, as mentioned earlier, provided by the compiler. So how do you get access to those prewritten functions? To access those standard functions that comes with the compiler, you include a header with the #include directive. What this does is effectively take everything in the header and paste it into your program. Let's look at a working program:

1

2

3

4

5

6

7

8

9

#include

int main()

{

cout