Design And Implementation Of Motorcycle Bicicle Accounting System In Xinxing Pipe Transportation Department

In recent years,the financial crisis is becoming more and more serious,and the market competition is getting more and more fierce.For an enterprise,the way to survive this unprecedented crisis is the most important.We should keep it in mind that the things that adapt the environment easily can survive in natural selection.In order to survive in this financial storm,a business can only create more benefits.And cost accounting is crucial for an enterprise to create more benefits.The actual cost of the product calculated by cost accounting can not only be used as compensation scale of the production cost,but also determine the enterprise profitability standers;at the same time,it is an important basis for the relevant departments to formulate the product price and the preparation of the financial statements.Therefore,choosing a appropriate cost accounting method and designing a reasonable cost accounting software are essential for an enterprise to create more benefits.The author of the paper refers to the cost accounting software of the size enterprises around and other utility departments of Xinxing Ductile Iron Pipes,combines with the actual situation of the Department of transportation and designs a set of software solutions which are more suitable for cost accounting of the Department of transportation.The design uses technologies such as Powerbuilder tools and C++ language.Firstly,the requirement of the whole cost accounting system is analyzed,the interface requirements of the system are given in the form of schematic diagram,the overall framework of the monitoring system of transport stream is designed,the tables and fields of the system database are described detailed and the meaning of the filed are listed;In the chapters of the system completion,this paper gives the algorithm design and code implementation of some core modules,and describes the related call process in the way of words.And then,in the following chapters,this paper describes the final operating results of the whole system,and shows the final user interface.finally,the author summarizes the results of work during the project and put forward the direction of further improvement.