INVENTORY AND TRANSACTIONS MANAGEMENT SYSTEM FOR MOBILE LANKA

Abstract

ABSTRACT The intention of carrying out this project is to develop a software solution for the Inventory and Transactions Management System in Mobile Lanka. Currently, the Mobile Lanka utilizes a manual system to manage and monitor the company. This involves manual entry upon arrival of new batches of mobile phones and other accessories. Some of the major problems being faced by the workers of the shop are, wasting time in searching various details on items and finding the bill when return the item. In addition, ordering of item is also done manually. Thus, in this aspect, the workload of the employees are increased. With the proposed system, items will be processed easily. Stock replenishment is invoked when the quantity-on-hand is lesser than the re-order point. The Inventory and Transactions Management System emphasized the Object-Oriented life cycle as the software methodology, because of classes and can be reusable. The Object-Oriented life cycle phase comprises Requirement Modeling, Analysis Modeling, Designed Modeling, Implementation Modeling, Coding, Quality Assurance & Testing and Maintenance. Unified Modeling Language is used to model the system functionality and interactions between the users. The Inventory and Transactions Management System is implemented using JavaFX as the programming language. To easily manipulate database MySQL Workbench 5.2 CE was used. MySQL Server 5.5 is used as the database server and NetBeans is used as an IDE. JavaFX Scene Builder is used as a UI designing tool. The architecture practiced here is Hibernate technique along with MVC. In this developed system, Adobe Photoshop is used to create and design interfaces in a more attractive manner. Apart from that Visual Paradigm 10.2 is used to draw the UML diagrams shown in this dissertation. Microsoft Windows 7 is chosen as the application platform. The developed system has been installed in client computer and tested in real business environment using a comprehensive testing procedure which ensures a high quality system. The client fully satisfied with functionalities of the system.