The Design And Implementation Of BoHai Ferry Ticketing System

With the rapid development of Internet and computer technology, passenger transportation companies have been greatly affected. For the ferry companies, enterprise management of information technology is the most important, its core business of selling tickets must keep up with the diversification trend of the Internet. With the upgrade of the business development and information technology, performance and functionality of the original system cannot meet the needs of enterprise development, enterprise yearn for a more stable architecture, better performance software, which can better keep up with the pace of enterprise development and lead business development step to the next level of information of the overall solution.This paper takes BOHAI Ferry Company as research background, through researching BOHAI FERRY company’s needs, develop a set of line with modern enterprise roll-off ferry ticketing system, to better adapt to the scientific management of the ferry, to promote business management, information technology, modern, intensive, lower costs for businesses operating.This paper analyzes the current situation of domestic ticketing system for enterprise roll-off ferry ticketing system, needs analysis obtained by the system several key points, such as communication client server, the terminal authentication, ferry plans and tickets sale and so on.The system uses a multi-tier architecture, using Oracle+JAVA+QT technology, combined HAIYI application technology platform and using Hessian+Http connected communication mechanism that allows the system to operate in parallel network computing capacity greatly improved. Clients use QT technology to quickly generate interface, server-side use JAVA technology to provide a range of services for the client calling services, the client and the server uses Hessian protocol to connect to each other. And in accordance with the ordinary and universal part of the interface we achieve universal data access interface by the Resource Description Framework, client can update or query the database tables through the universal data access interface, the server does not need to provide additional interfaces so as to reduce the amount of developers, easy to expand and maintain. And several important functional modules have been detailed analyzed.Finally, the system has been executed simple performance tests, the results basically meet the performance requirements. System is in on-line trial run, and work well.