Design and Implementation of an Online Shopping Cart System for an Online Store
CHAPTER ONE
OBJECTIVE OF STUDY
Given the problems mentioned above, this project is aimed at implementing an online shopping cart system for a mobile shop exclusively:
- Display goods and services in the store
- Automate every sale effectively without mixing product prizes
- Store product details using a secure database.
CHAPTER TWO
LITERATURE REVIEW
INTRODUCTION
Having a website alone is not enough for customers to see what the store sells, but it must offer an online storefront such that shoppers can purchase from the privacy of their homes, and for a merchant to have a smooth and successful online storefront, it is important that he install a reliable and easy to use shopping cart software.
A Shopping cart (software) is a piece of software that serves as an online store’s catalog and ordering process. This software serves as the kennel or heart of any ecommerce website. This system allows customers to find and buy products and services, yields a fantastic financial result and makes life much easier for merchants and clients alike.
Cs-cart which serves as one of the premier shopping cart systems available on the market provides you with features, resources and services. This online shopping cart system allows you to create a unique look and feel of your ecommerce store, regardless of whether you are using CS-Cart as a part of your existing project or for building a brand new web store. With this powerful ecommerce solution, you can host an unlimited number of products and categories within your online store providing your customers with a variety of payment options and secure transactions.
CONCEPTUAL FRAMEWORK
A shopping cart is a piece of e-commerce software on a web server that allows visitors to an Internet site to select items for eventual purchase. The software allows online shopping customers to gradually gather a list of items for purchase, described metaphorically as “placing items in the shopping cart” or “add to cart.” Upon checkout, the software typically calculates a total for the order, including shipping and handling (i.e., postage and packing) charges and the associated taxes, as applicable.
HISTORY OF SHOPPING CART SYSTEM
The development of web shop systems took place right after the internet became a popular. This was a result of the launch of the browser mosaic in 1993 and Netscape in 1994. It created an environment in which web shops were possible. The Internet therefore acted as the key infrastructure developments that contributed to the rapid diffusion of thee-commerce, a subset of e-business that describes all computer-aided business transactions. In 1998 a total of 11 e-business models were observed, one of which was the e-shop business model for a (business-to-consumer) business—also called the “online shop” The two terms “online shop” and “electronic” or “e-shop” are used interchangeably. The term “online shopping” was invented much earlier in 1984; for example TV shopping often used the term before the popularity of the online method. Today the term primarily refers to the B2C transactional business model. In order to enable “online shopping” a software system is needed. Since “online shopping”, in the context of the B2C business model, became broadly available to the end consumer, internet-based “online shops” evolved.
CHAPTER THREE
SYSTEM DESIGN
INTRODUCTION
This chapter describes in detail the system design methodology. It focuses on the system structure and interactions. The proposed system is an online shopping cart system. It is created to be deployed on the web and is aimed at providing Cart application processing services for an SMEs. This chapter begins by examining the Systems Requirement Specification (SRS) document which is majorly focused on only the functional requirements to be provided by the system. It proceeds to the system design which consists of the logic design. The logic design consists of various user interfaces and the chapter also explains the system design using UML diagrams.
SYSTEM REQUIREMENT SPECIFICATION
The system requirement specification is a structured document that collects information which encompasses the requirements of a system. This section would focus mainly on the functional requirements of the proposed system and these include:
- The system should be able to validate all user input and respond to exceptions appropriately.
- The system should allow free use of system as specify in chapter one.
- The system should allow for secure financial transactions as related to user policy maintenance.
- The system should provide user easy transaction when deployed online irrespective of the browse use.
SYSTEM DESIGN
This section explains the design methodology, data and modules for the proposed system. The system design incorporates both UML diagrams and user interface designs.
CHAPTER FOUR
SYSTEM IMPLEMENTATION
INTRODUCTION
The implementation of the system is the main focus of this chapter. The features and choice implementation language; C++ will be discussed. Also discussed in this chapter is the system testing strategies. The target computer requirements are explained as well as the software maintenance issues that arise in this system.
CHAPTER FIVE:
SUMMARY AND CONCLUSION
SUMMARY
The aim and objective of this research which was to provide an online shopping cart system has been achieved. The research begins with a general introduction to the area of study, historical background of the study, and a clear statement of the aim, objectives, scope and Limitations of the study. The next chapter focused on the review of relevant literature and the contribution of authors in the field of E-commerce, shopping cart. The third chapter provided the full detail of the systems analysis and design by highlighting the system requirement specification, use case diagram, activity diagram, and the various interfaces. Next, the system implementation was carried out specifying the testing strategies used. Also outlined in this chapter were the implementation tools and methodology. Finally, in chapter 5, the summary and conclusion of this research are discussed and recommendations made.
CONCLUSION
Based on the findings of this research, the following conclusions have been drawn;
An e-commerce cart system for every SMES is necessary to fully automate sales with users at different metropolis . However it does not replace the traditional process of transacting goods and service physically, but rather seeks to eliminate the tedium of having to be present to purchase good or choose desire product of interest.
RECOMMENDATIONS
The following recommendations have been made based on the findings of this research;
- E-commerce cart system should be used by all commercial outlet that deals with goods and services.
- The system require an administrator to fully monitor the system, update product and attend to request made by its users..
- To anyone who intends to carry out further research on this topic or a similar to this should endeavor to provide aa basis where user can converse with the system admin using a short massaging platform and through social media.
REFERENCES
- Farris, Paul W.; Neil T. Bendle; Phillip E. Pfeifer; David J. Rubinstein (2010). Marketing Metrics: The Definitive Guide to Measuring Marketing Performance. Upper Saddle River, New Jersey: Pearson Education, The marketing accountability standard board(MASB) endorses the definitions, purposes, and constructs of classes of measures that appear in Marketing Metrics as part of its ongoing common language in marketing project
- Retrieved 2012-11-29. The marketing accountability standard board(MASB) endorses this definition as part of its ongoing common language in marketing project
- MF Treutner, H Ostermann. Evolution of Standard Web Shop Software Systems: A Review andAnalysis of Literature and Market Surveys. Retrieved 25 October 2011.
- Zorzini, Catalin. “Top Ecommerce Platforms”. Ecommerce Platform. Retrieved 29 September 2014.
- “The Alibaba phenomenon”. The Economics. March 23, 2013.
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