论文总字数：30294字

摘 要

随着互联网技术的不断发展，网络思维和计算机技术的结合对当前各行各业的工作方法和手段产生了深远的影响，尤其是在政务领域。党建系统，作为我国政务人员与组织管理的主要方式，当前的发展也在随着网络技术的加强而改变。因此，为了高效率的完成任务，利用计算机技术实现网络化的党建系统势在必行。

党费是党员缴纳进行党组织获得的来源，也是政党组织管理制度的必要组成部分，对党员来说，交纳党费是应尽的义务。随着中国共产党的不断壮大，一批又一批的优秀党员也随之诞生，因而党费收缴的工作量日益增加。针对不同的人群，党费的计算方法也是不一样的，需要考虑其他各个方面的因素，这也就导致了传统计算党费的方式工作量大，容易出错，效率也很低且过于繁琐。在网络科技发达的现在，利用网络和计算机技术则可以提升党费收缴的工作质量与效率。

为了解决当前税务系统中党建的党费管理需求，本文就设计并实现了基于工资收入和B/S架构的党费计算和缴纳系统。首先，调查和收集在本系统中可能使用到的相关技术和理论，并详细的进行阐述，包括B/S架构、DjangoMVT模式、MySQL数据库、python语言、JSP语言等技术。其次了解党费系统中的组织方式及其流程和计算党费所使用的一系列公式算法，依据软件工程的知识为该系统进行需求分析、概要设计、详细设计、可行性分析、系统分析和功能测试并且结合Djang框架的运行模式分析系统的安全性。使用在需求分析阶段数据建模的成果，设计此系统的数据库表的结构，以表格的形式写出各个字段的说明以及限制条件。

在完成此系统后，对系统进行全面、详细的测试。首先要有软硬件环境在内的环境测试配置，编写用例、E-R图等按照划分好的模块进行详细测试，不仅要确保功能无误还要对可操作性、易用性以及性能都要有详细的说明，测试的结果也能充分表明此次研究的系统基本满足了要求。

关键词：Django；党费；管理系统；B/S架构

Realization of party fee calculation and payment function based on salary income and B/S structure

Abstract

With the continuous development of Internet technology, the combination of network thinking and computer technology has had a profound impact on the current working methods and means of all walks of life, especially in the field of government affairs. The party building system, as the main way of government affairs and organization management in China, the current development is also changing with the strengthening of network technology. Therefore, in order to accomplish tasks efficiently, it is imperative to use computer technology to realize a networked party building system.

Party fees are a source of party members’ contributions to party organizations and a necessary component of party organizations’ management systems. For party members, paying party fees is an obligation. As the Communist Party of China continues to grow, a number of outstanding party members have also been born, and the workload of collecting party fees has increased. For different people, the calculation method of party fees is not the same. It is necessary to consider other factors in various aspects, which leads to the traditional method of calculating party fees, which is labor-intensive, error-prone, low-efficiency and too cumbersome. Nowadays, with the development of network technology, the use of network and computer technology can improve the quality and efficiency of party collection.

In order to solve the party fee management needs of party building in the current tax system, this paper designs and implements the party fee calculation and payment system based on salary income and B/S structure. First, investigate and collect relevant technologies and theories that may be used in this system, and elaborate on them, including B/S architecture, DjangoMVT mode, MySQL database, Python language, JSP language and other technologies. Secondly, understand the organizational methods and processes in the party fee system and a series of formula algorithms used to calculate the party fees. Based on the knowledge of software engineering, the system performs demand analysis, summary design, detailed design, feasibility analysis, system analysis and functional testing. Combine the operating mode of the Djang framework to analyze the security of the system. Using the results of data modeling in the requirements analysis phase, design the structure of the database table of this system, and write out the descriptions and constraints of each field in the form of a table.

After completing this system, the system is thoroughly and thoroughly tested. First of all, there must be environment test configuration including software and hardware environment, writing use cases, ER diagrams, etc., according to the divided modules for detailed testing, not only to ensure that the function is correct, but also to be operability, ease of use and performance must be detailed Explain that the results of the test can also fully demonstrate that the system of this study basically meets the requirements.

Keywords：Django; management system; B/S architecture

目录

目录

摘要 I

Abstract II

第一章 绪 论 1

1.1 选题背景及意义 1

1.2 国内外现状分析 1

1.2.1 国内 1

1.2.2 国外 2

1.2.3 分析及结论 2

1.3 论文组织结构 2

第二章 理论及技术 3

2.1 B/S架构 3

2.1.1 B/S架构简介与介绍 3

2.1.2 优点 3

2.1.3 缺点 3

2.2 Python语言 3

2.2.1 Python的起源和发展 3

2.2.2 优点 4

2.2.3 缺点 4

2.3 Django框架 4

2.3.1 Django框架简介 4

2.3.2 开发流程 5

2.3.3 优点 5

2.3.4 缺点 5

2.4 MySQL数据库 6

2.5 JSP语言 6

2.5.1 JSP的产生背景 6

2.5.2 JSP的本质 6

2.5.3 JSP的运用 6

2.6 绘图工具Visio 7

2.7 本章小结 7

第三章 系统分析与概要设计 8

3.1 可行性分析 8

3.1.1 技术可行性 8

3.1.2 经济可行性 8

3.1.3 操作可行性 8

3.2 功能性分析 8

3.2.1 系统开发的目的 8

3.2.2 系统开发的要求 9

3.2.3 角色 9

3.2.4 系统的核心算法 9

3.2.5 E-R图 12

3.2.6 用例说明 12

3.3 数据库设计 13

3.3.1 关系型数据库MySQL 13

3.3.2 数据表的设计 14

3.3.3 表格代码语句 16

3.4 本章小结 19

第四章 系统的详细设计与实现 20

4.1 系统框架结构 20

4.1.1 Pycharm的配置 20

4.1.2 项目的创建 20

4.1.3 Django的配置 21

4.2 具体代码实现 22

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