The Design And Implementation Of The OA Internal Affairs System For Municipal IRS

Today information technology is already very advanced, the government administrative units into the information age is the general trend. The country’s information construction tax system basically tax-integrated collection and management software as the core, and then to develop and use their own closely related with their business software systems. IRS working with business based, but all over the developed system, more or less lower level of integration, the use of technical standards uneven, functional practicality is not strong and so on. With the increasing risk of law enforcement, the IRS work part reflects the internal management of an increasingly important role, so the need to develop a highly integrated design, fit the actual process-oriented house system, to improve the administrative municipal IRS efficiency and reduce the risk of law enforcement, improve the performance appraisal. Therefore, to achieve these objectives, it is necessary to develop a practical and useful collaborative office housekeeping system.This paper describes the design and implementation of the"OA Internal Affairs System for Municipal IRS" and the purpose and significance of a detailed needs analysis, describes the Microsoft Windows-based platform. Net Framework4.0framework to achieve the "OA Internal Affairs System for Municipal IRS"design. Face work efficiency needs to be improved, process monitoring needs improvement, links urgent responsibility division traces management should be strengthened and performance appraisal urgent need to establish the status of work of the Internal Revenue House, this article focuses on the relationship between the overall system architecture, system architecture, database modeling, the static design, dynamic design, and implementation, will major functional modules, such as coordination office, personal affairs, information sharing, performance management, a detailed description and presentation. Through software testing, hand drawn implements this system functional requirements of the system, on the other hand reached straightforward, smooth running, error probability is small, accurate instrument flow, can be developed and strong non-functional requirements. Finally, I am on the system design and thesis writing a summary of the situation and outlook for the next step needs to be improved and perfected.