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INTRODUCTION
The project “Restaurant Billing System” is a basic program used in restaurants. The main aim is to perform the process of ordering and billing of a “Restaurant”. This system is named as Restaurant Billing System. This is designed especially for a restaurant which wants to attend their customers in a very well manner. This system has the capability to give the receipt, in which GST is also included, to the customers. The program is easily executable and can be easily accessed by a user. It is great software for saves time and decreases the work of the owner of the restaurants.
OBJECTIVES
To provide a computer-based billing system for an accurate computation of bills. To reduce the time, energy, and resources that was being consumed when performing a billing for the customer. To generate a receipt when performing a service. To provides a convenient solution of billing pattern.
FEASIBILITY STUDY
This is the measure of how beneficial or practical the development of an information system will be to an organization. It is aimed at establishing whether it is worthwhile developing the new system. The area introduces the system in terms of research into why it is more viable than the existing system. Three main areas of feasibility study are identified: Operational Feasibility, Technical Feasibility, Economic Feasibility. The following study was carried out to establish whether the system development will carry on to the next stage : OPERATIONAL FEASIBILITY: The Billing system will save time for workers of restaurant. By use of their computer systems, workers of restaurant give bills to the customers. By the help of this software, paper work is reduced. This saves both time and money. TECHNICAL FEASIBILITY: Technical feasibility centers on the existing computer system (Hardware, Software, etc.) and to what extent it can support the proposed system. ECONOMIC FEASIBILITY: The procedure is to determine the benefits and savings that are expected from a user system and compare it with the costs. If a benefit outweighs costs, then the decision is made to design and implement the system. Otherwise further alterations are made in the proposed system Manpower cost Hardware and software cost
ER- DIAGRAM
HARDWARE & SOFTWARE REQUIREMENTS
HARDWARE:
CPU Configuration RAM OPERATING SYSTEM: Windows 8 SOFTWARE: Language Used: C CodeBlock (For Compiling and executing the program)
SRS
SYSTEM REQUIREMENT PHASE
Project Title: Restaurant Billing System Technology: Front End: C Modules: Bills Management Module: Used for managing the Bills details. Payment Module: Used for managing the payment details. Receipt Module: Used for managing the Receipt information. Users Module: Used for managing the users of the system.
SYSTEM ANALYSIS PHASE
Information gathering Information gathering is done by interviewing the users and reviewing the existing documents. For the development of Restaurant Billing system a lot of research and important input from various website and application user was needed. Hence the following questionnaires were provided to them and hence need for our website arises User Requirement Need for an application that makes communicating easy and comfortable. An application that enables user to calculate the bill of the customers. Need for an application that is easy to use and widely available and hence a web application. Handling all functions done with organization in a computerized manner. Functional Requirement Admin need to insert all details about customer. Admin must generate a bill with GST. Non-functional Requirement Usability: This website has appropriate user interface and adequate information to guide the user in order to use the website. Portability: The website is portable as it is online website running across the net Flexibility: It is very flexible Security: This website provide user and authentication so that only the legitimate user are allowed to use the website Maintainability: This website is capable to secure the data and easily retrieve the data. Scalability: This system can further modified in future.
SYSTEM PLANNING PHASE
Feasibility Study This is the measure of how beneficial or practical the development of an information system will be to an organization. It is aimed at establishing whether it is worthwhile developing the new system. The area introduces the system in terms of research into why it is more viable than the existing system. Three main areas of feasibility study are identified: Operational Feasibility, Technical Feasibility, Economic Feasibility. The following study was carried out to establish whether the system development will carry on to the next stage : OPERATIONAL FEASIBILITY: The Billing system will save time for workers of restaurant. By use of their computer systems, workers of restaurant give bills to the customers. By the help of this software, paper work is reduced. This saves both time and money. TECHNICAL FEASIBILITY: Technical feasibility centers on the existing computer system (Hardware, Software, etc.) and to what extent it can support the proposed system. ECONOMIC FEASIBILITY: The procedure is to determine the benefits and savings that are expected from a user system and compare it with the costs. If a benefit outweighs costs, then the decision is made to design and implement the system. Otherwise further alterations are made in the proposed system Manpower cost Hardware and software cost
SYSTEM MAINTENANCE
System Maintenance and Evaluation: System Maintenance is a modification of the software product after delivery to accomplish one of the following objectives: Correct faults. Improve the performance or other attributes Adapt the product to the change environment The term support and maintenance describes activity that occur after a system is made operational. Support activities assist users in realizing the full benefits of the system. It ensures that the system function at peak efficiency and the needed changes are implemented with minimal disruption to the organization. The performance of the system can be measured by two factors, viz. the efficiency and effectiveness. The efficiency indicates the manner in which the inputs are used by the system .If the input-output ratios is adverse, we say that the system is inefficient though it produces the desired output or not .When the system is ineffective, the system is out of control and it needs a major correction. A system has to be effectiveness is a measure of the productivity i.e. the measure of the output against the input. Throughout the Lifecycle of the project it is put through test against efficiency and effectiveness quite frequently. The stronger the system is, the lesser maintenance the system requires. As of now ,there is no significant maintenance policy adopted or proposed for the system.
Security: The system security problem can be divided into four relates issues: security, integrity, privacy and confidentiality. They determine the file structure, data structure and access procedures. System security an (operating) system is responsible for controlling access to system resources, which will include sensitive data. The system must therefore include a certain amount of protection for such data, and must in turn control access to those parts of the system that administer this protection. System security is concerned with all aspects of these arrangements. System Integrity State of a system where it is performing its intended functions without being degraded or impaired by changes or disruptions in its internal or external environments. That condition of a system wherein its mandated operational and technical parameters are within the prescribed limits. The state that exists when there is complete assurance that under all conditions an IT system is based on the logical correctness and reliability of the operating system, the logical completeness of the hardware and software that implement the protection mechanisms, and data integrity. Confidentiality, integrity and availability, also known as the CIA triad, is a model designed to guide policies for information security within an organization. The model is also sometimes referred to as the AIC triad (availability, integrity and confidentiality) to avoid confusion with the Central Intelligence Agency.
Software Testing Strategies Testing involves Unit testing Integration testing Acceptance testing The first level of test is unit testing. The purpose of unit testing is to ensure that each program is fully tested. The second step is integration testing. In this individual program units or programs are integrated and tested as a complete system to ensure that the software requirements are met. Acceptance Testing involves planning and the execution of various types of tests in order to demonstrate that the implemented software system satisfies the requirements. Finally our project meets the requirements after going through all the levels of testing.
SYSTEM TEST REPORT
Test Cases Test Cases are good in revealing the presence of faults. Successful in implementation of test cases implies that there is no error in program. Test cases should be minimum as they are expensive in case of money & efforts. Primary objectives of test cases are to ensure that if there is an error or fault in program it is exercise by the test cases. An ideal test case set is one that succeeds only if there are no errors in the program. One possible ideal set of test case is one that includes all possible I/P to the program and is called exhaustive testing. A test case is good if it detect in undiscovered error in program.
CONCLUSION
This Project is minimizing the task of billing an order by paying. In this the billing is safe and secure. This project is done as Efficient as possible Hereby I, the Student of MCA 5th^ Semester conclude that the project was completely and slowly developed by me. I would be glad to enhance and promote this project if given chance and help ourselves and society in the near future The developed application is tested with sample inputs and outputs obtained in according to the requirement. Even though I have tried our level best to make it a dream project. Due to time constraints I could not add more facilities to it. The efficiency of the developed system can be enhanced with some minor modifications. Future development can be made in proposed system by integration more services like: It can be implemented through web pages. New effectives modules can be added time to time
