Java community hospital management service based on SpringBoot

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Article directory

1. Effect demonstration
2. Introduction
3. Technology stack
4 system design
5 system detailed design
- 5.1 System function module
- 5.2 Administrator function module
6\. Source code screenshots
7. Source code acquisition

1. Effect demonstration

2. Introduction

Today, with the rapid development of the Internet, all areas of our lives involve computer applications, including network applications for community hospital management service systems. Online management systems are already a very common method in foreign countries, but domestic management systems may still be In its infancy. The community hospital management service system has the option of community hospital information management functions. The community hospital management service system uses Java technology, is developed based on the springboot framework and mysql database, and implements home page, personal center, user management, doctor management, appointment doctor management, medical consultation information management, diagnosis and treatment plan management, medical record information management, and health file management. , cost information management, system management and other contents are managed. This system has good compatibility and adaptability, provides users with more community hospital management service information, and also provides a good platform, thereby improving the core competitiveness of the system.

This article first introduces the design background and research purpose, then introduces the system-related technologies, focusing on the system function analysis and detailed design, and finally summarizes the system development experience.

3. Technology stack

Development language: Java

Framework: springboot

JDK version: JDK1.8

Server: tomcat7

Database: mysql 5.7 (must be version 5.7)

Database tool: Navicat11

Development software: eclipse/myeclipse/idea

Maven package: Maven3.3.9

Browser: Google Chrome

4 system design

4.1 Database design

The efficiency and effectiveness of the information management system completely depend on the quality of the database structure design. In order to ensure the integrity of data and improve the efficiency of database storage, it is necessary to design the database structure uniformly and reasonably. Database design generally includes the following steps:

(1) According to user needs, determine the database information and save it

Analysis of user needs is the first stage of database design. User needs research, familiarity with community operation processes, and system requirements are all based on the conceptual model.

(3) Database logical structure analysis

After the database conceptual structure is designed, the database concept can be transformed into an actual data model. This is a logical structure of the database, which is to match the conceptual structure with the model that supports the database management system. The specific table design is as follows:

Table 4-1: Health records

Field Name	type	length	Field description	primary key	default value
id	bigint		primary key	primary key
addtime	timestamp		creation time		CURRENT_TIMESTAMP
yonghuzhanghao	varchar	200	user account
yonghuxingming	varchar	200	username
xingbie	varchar	200	gender
nianling	varchar	200	age
yonghudianhua	varchar	200	User phone number
touxiang	varchar	200	avatar
yaowuguomin	varchar	200	Drug allergy
zhongdabingshi	varchar	200	significant medical history
jiazubingshi	varchar	200	Family history
zhuyuanjilu	longtext	4294967295	hospitalization records
danganxinxi	longtext	4294967295	Archive information
dengjishijian	datetime		check-in time
beizhu	longtext	4294967295	Remark
yishengzhanghao	varchar	200	Doctor account
yishengxingming	varchar	200	Doctor's name
userid	bigint		user id

Table 4-3: Configuration file

Field Name	type	length	Field description	primary key
id	bigint		primary key	primary key
name	varchar	100	Configuration parameter name
value	varchar	100	Configuration parameter values

Table 4-4: Diagnosis and treatment plan

Field Name	type	length	Field description	primary key	default value
id	bigint		primary key	primary key
addtime	timestamp		creation time		CURRENT_TIMESTAMP
zhenliaobianhao	varchar	200	Treatment number
yonghuzhanghao	varchar	200	user account
yonghuxingming	varchar	200	username
yishengzhanghao	varchar	200	Doctor account
yishengxingming	varchar	200	Doctor's name
dengjishijian	date		check-in time
zhenliaofangan	longtext	4294967295	Diagnosis and treatment plan
zhenliaoxiangqing	longtext	4294967295	Diagnosis and treatment details

Table 4-5: Medical record information

Field Name	type	length	Field description	primary key	default value
id	bigint		primary key	primary key
addtime	timestamp		creation time		CURRENT_TIMESTAMP
binglibianhao	varchar	200	Medical record number
yishengzhanghao	varchar	200	Doctor account
yishengxingming	varchar	200	Doctor's name
yonghuzhanghao	varchar	200	user account
yonghuxingming	varchar	200	username
dengjishijian	date		check-in time
zhenduanneirong	longtext	4294967295	Diagnosis content
zhenduanjieguo	longtext	4294967295	diagnostic result
zhenduanyijian	longtext	4294967295	diagnosis
binglimiaoshu	longtext	4294967295	Medical record description
zhuyishixiang	longtext	4294967295	Precautions
userid	bigint		user id

Table 4-6: Make a doctor’s appointment

Field Name	type	length	Field description	primary key	default value
id	bigint		primary key	primary key
addtime	timestamp		creation time		CURRENT_TIMESTAMP
yuyuebianhao	varchar	200	Appointment number
yishengzhanghao	varchar	200	Doctor account
yishengxingming	varchar	200	Doctor's name
yuyueshijian	date		Appointment
cash	varchar	200	Department
yonghuzhanghao	varchar	200	user account
yonghuxingming	varchar	200	username
sfsh	varchar	200	Whether to review		no
shhf	longtext	4294967295	moderation reply

Table 4-7: Users

Field Name	type	length	Field description	primary key	default value
id	bigint		primary key	primary key
addtime	timestamp		creation time		CURRENT_TIMESTAMP
yonghuzhanghao	varchar	200	user account
mima	varchar	200	password
yonghuxingming	varchar	200	username
xingbie	varchar	200	gender
yonghudianhua	varchar	200	User phone number
nianling	varchar	200	age
touxiang	varchar	200	avatar

Table 4-8: Doctor

Field Name	type	length	Field description	primary key	default value
id	bigint		primary key	primary key
addtime	timestamp		creation time		CURRENT_TIMESTAMP
yishengzhanghao	varchar	200	Doctor account
mima	varchar	200	password
yishengxingming	varchar	200	Doctor's name
xingbie	varchar	200	gender
yishengdianhua	varchar	200	doctor phone number
touxiang	varchar	200	avatar
cash	varchar	200	Department
zhicheng	varchar	200	job title
jianjie	longtext	4294967295	Introduction

Table 4-9: User table

Field Name	type	length	Field description	primary key	default value
id	bigint		primary key	primary key
username	varchar	100	username
password	varchar	100	password
role	varchar	100	Role		管理员
addtime	timestamp		新增时间		CURRENT_TIMESTAMP

4.2系统整体设计

4.2.1 系统设计思想

系统确定了各项需求，完成了系统的分析和数据库的设计，它就可以根据网站的特点决定网站的发展模式，才能实现代码。通过对网站的分析，这个网站是属于一个小项目，所完成的功能相对简单，就是对数据的基本操作。从而决定采用B/S开发模式。该模型的基本过程是：当用户访问网站的浏览器，或从用户向服务器发送请求时，通过接收请求，然后调用数据访问逻辑运算如比，将结果返回给将结果返回到用户通过浏览器。

使用开发的模型时，我们要把一些常用的，可以重复使用了java技术。当用户浏览网页，很多网页上的信息是从数据库动态删除，这就要求网页必须有数据库操作的能力，如连接数据库和数据表，更新。一个网站包含多个相同的网页，实现数据库操作功能的、代码就需要在不一样的网页中重复的被使用，这样不仅降低了工作的效率，一般也会给维护带来较大的麻烦。为了弥补这一缺陷，功能代码应该在java中完整的数据库操作，可以使用在每一个页面上。

4.2.2系统流程图

下图是用户进入这个社区医院管理服务系统后，基本的操作流程。一进入首页便可以进行各种社区医院管理服务信息的浏览，包括社区医院管理服务信息等，用户可以根据自身的需求来找适合自己的社区医院管理服务，如果有合适的社区医院管理服务信息时，就能进行相应的操作，但前提是必须是登录的用户，不然系统会提示需重新登录才可操作。用户也可通过公告的消息，了解实时的情况，这样有助于结合自身，更好的适应社区医院管理服务的管理需求，最后用户可以根据自己获得信息的满意程度来进行操作。