1. Screenshots of the system (if you need a demo video, you can chat privately)
summary
The social development is changing with each passing day, and the use of computer applications to realize the data management function is considered to be very complete. However, with the advent of the mobile Internet, the processing of information is no longer subject to geographical restrictions, and the processing of information is timely and efficient, which is loved by people. This time, a VUE-based factory workshop management system is developed, which has two roles: administrator and personnel. Administrator functions include personal center, personnel management, kanban information management, equipment information management, production opening management, production process management, and production process management. Registered personnel can log in and view all information posted by the administrator. The VUE-based factory workshop management system server is developed with Java, and the website background is developed with the Spring Boot framework. The database uses the MySQL database as data storage. In this way, users can use it conveniently and quickly, and all business processes are performed through the same background, and the background can be deployed according to the amount of concurrency, and hardware and software can be used to cooperate, satisfying the interactive processing of data, and allowing users to store data more efficiently. Safe, more convenient to get data.
Keywords : VUE-based factory floor management system; Spring Boot framework; Java; MySQL
directory
1.4 Research content of the paper
Chapter 2 Program Development Techniques
2.3 Introduction to Spring Boot Framework
3.1.1 Technical Feasibility Analysis
3.1.2 Economic Feasibility Analysis
3.1.3 Operation Feasibility Analysis
3.2 System operating environment
4.1 Principles of System Design
4.2 Functional structure design
4.3.2 Database table structure
Chapter 5 System Implementation
5.1 Administrator function realization
5.1.2 Kanban information management
5.1.3 Device information management
5.1.4 Production release management
5.2 Personnel function realization
5.2.1 Production opening administrator
5.2.2 Production process management
Chapter 1 Introduction
1.1 Research Background
The Internet era is not only an era of network connection through various computers, but also includes some things that mobile terminals connect to the Internet for complex processing. The traditional Internet era generally refers to the PC end, that is, the computer Internet era, but in recent decades, it is the mobile Internet era, which is an important era of transition to the next Internet era. The next Internet era is called the Internet of Things, and mobile The Internet is an outlet, the mainstream trend of the current society. At present, the mobile Internet is popular, and everyone holds a smart phone, a mobile phone, and never leaves the phone. If a program software for mobile phones is developed, it is in line with the trend and meets the ideals of managers and customers. This time is to develop a VUE-based factory workshop management system, which has two roles: administrator and personnel. Administrator functions include personal center, personnel management, kanban information management, equipment information management, production opening management, production process management, and production process management. Registered personnel can log in and view all information posted by the administrator.
1.2 Research Status
When the Microsoft operating system occupies most of the country, it is currently used with the highest frequency and the widest coverage regardless of age and race. Most users use Microsoft systems. And Microsoft has spared no effort to update the Windows version. From the perspective of Microsoft's market positioning for Windows, the future of Windows is not just an operating system, but to let everyone embrace Windows and build an Internet ecosystem belonging to Windows. At present, in various industries, various types of software positions have shifted to the Windows platform, including some free management systems with malls, some free applications with advertisements, and many applications such as games. Especially after the emergence of the Internet office after the epidemic, Internet teaching in schools, etc., are constantly refreshing people's understanding of the Internet.
1. 3 Purpose and significance
From the perspective of economic cost, the price of mobile phones is relatively close to the people. For those who do not have to work on computers, it is more convenient if they can solve things on mobile phones.
From the perspective of convenience, it is convenient to use the application on the mobile phone to process business without considering whether there is a network cable or whether the location changes. Relying on the ubiquitous mobile phone signal, you can handle business anywhere there is a signal. And use, no time limit, no limit location, alpine plains and valleys can be used as the location without affecting the effect of use.
From the perspective of operation, the operation of mobile phones is inherently higher than that of computers, because computers are suitable for handling complex operations, while mobile phones are born to simplify operations, which are convenient, efficient and easy to operate.
The development of this VUE-based factory workshop management system not only meets the needs of users, but also keeps up with the development trend of the times. It is very meaningful to develop it from the perspective of technology and users.
1.4 Research content of the paper
The structure of the thesis design also progresses according to the process of program development, and also involves the process of functional requirement analysis, functional design and implementation, program testing and so on.
Introduction: Explain the background and significance of the topic, and show the structure of the paper.
Program development technology: explain the tools and technical knowledge used in the program.
System analysis: Explain the functional requirements and development feasibility of the program.
System design: Explain the function of the program and the design of the database.
System Realization: Explain the program function and interface realization.
System testing: explain the functional testing of the program.
Chapter 2 Program Development Techniques
2.1 Mysql database
In order to make it easier to understand the Mysql database, the main features of it are described next.
(1) The preferred Mysql database is also to save development funds, because the source code of Mysql has been publicly displayed on the Internet, developers can download it according to the needs of program development, and make some changes to use it in the program, which can promote development The development progress of the developer of this program.
(2) SQL data language is also applicable in Mysql
(3) Mysql can not only support a variety of programming languages, such as C language, Java language learned during school, and PHP language, C++ language and other programming languages that I came into contact with after class, it can support it very well, and Mysql's Installation and use are not picky about the platform.
(4) Mysql can support a database with tens of millions of data records. When the computer operating system is installed or reinstalled for the first time, you can choose to install a 32-bit or 64-bit operating system according to your needs. The support is different. A 32-bit operating system can store a table file of up to 4GB, and a 64-bit operating system can store a table file of up to 8TB.
(5) The Mysql database can be customized through the GPL agreement, and developers need to modify the source code of the database to develop their own Mysql.
2.2 Java language
There are many programming languages, but as of now, the Java language is still one of the most recognized and widely used writing languages in the IT field. program development. It can be said that after so many years of development, the Java language has not only made outstanding contributions in the field of Web development, but also has been widely used in the field of big data development and Windows development. Due to the strong scalability and stable performance of the Java language, it has become the first choice for large-scale back-end system development languages. Nowadays, the Java language has also become a commonly used Internet platform solution.
As an object-oriented program development Java language whose source code is open source on the Internet, it is impossible for programs developed by it to run directly on major platforms. To run a Java program, it is necessary to configure its operating environment on the operating platform, including Installation and configuration of tools such as database software and Java program development software. Configure the Java program running environment on Win7, Win10 or other operating platforms. As long as the environment is configured successfully, the Java program can run.
2. 3 Introduction to Spring Boot framework
Spring Boot is a new framework provided by the Pivotal team , which is designed to simplify the initial construction and development process of new Spring applications. The framework uses a specific approach to configuration, so that developers no longer need to define boilerplate configuration. In this way, Spring Boot aims to be a leader in the burgeoning field of rapid application development.
Spring Boot can be used with classic Java development tools or installed as a command-line tool. In any case, JavaSDK1.6 or later is required, and this project uses JDK1.8.
2.4 VUE framework
VUE (pronounced /vjuː/, similar to view) is a progressive JavaScript framework for building user interfaces. Unlike other large frameworks, VUE is designed to be applied layer by layer from the bottom up. VUE's core library only focuses on the view layer, which is not only easy to use, but also easy to integrate with third-party libraries or existing projects. On the other hand, VUE is also fully capable of powering complex single-page applications (SPAs) when combined with a modern toolchain and various supporting libraries.
Introduction to VUE
AngularJS was the inspiration for the early development of VUE. However, many problems that existed in AngularJS have been solved in VUE.
VUE.js is a progressive framework for building user interfaces. Different from other heavyweight frameworks, VUE adopts the design of bottom-up incremental development. VUE's core library only focuses on the view layer, and is very easy to learn and integrate with other libraries or existing projects. On the other hand, VUE is fully capable of driving complex single-page applications developed using single-file components and libraries supported by the VUE ecosystem.
The goal of VUE.js is to enable responsive data binding and composed view components with the simplest API possible.
VUE.js itself is not a catch-all framework - it only focuses on the view layer. So it's very easy to learn, very easy to integrate with other libraries or existing projects. On the other hand, VUE.js can also efficiently drive complex single-page applications when used with related tooling and supporting libraries.
FeaturesEdit
easy to use
Get started quickly on the basis of HTML, CSS, and JavaScript.
flexible
Simple and compact core, progressive technology stack, enough to handle applications of any scale.
performance
20kb min+gzip running size, ultra-fast virtual DOM, the most worry-free optimization.
Chapter 3 System Analysis
Before the system analysis, it is necessary to collect a large amount of information from the Internet or the development books in the library, because this link is also to help the program software to be developed to formulate a set of optimal solutions. Once the program software needs to be determined Function means that the next work and tasks are executed around this plan, so system analysis requires repeated thinking and research on program functions.
3.1 Feasibility analysis
Before developing a system software, users will think about whether the software program is worth developing, list out the problems that may be involved in the process of developing the software, and analyze and solve them one by one, so as to determine whether it is necessary to develop this program software , such an analysis method can also help users reduce losses, so that developers will not give up on software development when they suddenly encounter problems after the development progress is halfway through. .
3.1.1 Technical Feasibility Analysis
The development tools used in this development program include: Mysql and other tools. The development language used is Java. The development tools and development language selected are all contacted and learned in the university classroom. Later, because I am also interested in it, I also passed it. Systematic study of software development knowledge through network channels, or with the help of development books in the library, so that I have accumulated a certain amount of knowledge. In addition, I have independently developed some software works during school, and I have also accumulated a certain amount of development experience. , so there is no need to worry too much about the technology of the production of this final project.
3.1.2 Economic Feasibility Analysis
In the current information age, the management of information tends to be more efficient and convenient. This is also the convenience brought about by the popularization of computers. This program software relies on relatively popular computer equipment in the selection of equipment, and there is no need for computer configuration. There are too many requirements, and the computers in the computer room of the general school can meet the program development needs. In addition, the development of this program makes information processing more efficient, and the high benefits it brings are far beyond the low cost of program development. , so the capital investment for program development is negligible.
3.1.3 Operation Feasibility Analysis
The operation interface of the program software is in line with the aesthetic needs of the public, and the layout of the functional modules is also similar to the same type of software in the society, so users can operate the software without training. In addition, now that computers are stationed in every household, most people have a relatively high level of computer operation. This situation also shows that there is no need to worry about the operability of the developed programs.
Based on the above feasibility demonstration, it can be basically determined that the program development is completely feasible.
3.2 System operating environment
The program is coded to realize the functions designed for the program. However, the implementation of coding requires a certain configuration environment, including the hardware environment on the computer and the software environment installed on the computer operating system.
Hardware environment: A notebook or computer that can be used normally and can access the Internet. The computer memory requires a minimum of 4 G, and the central processing unit of the computer can be configured with i5CPU.
Software environment: The Microsoft operating system used is the relatively stable win7 ultimate system, and the relatively skilled 360 security browser is used, and the MYSQL software is downloaded and installed through the browser on this system.
3.3 System flow analysis
The flow of the analysis program involves the overall operation process of the program. Through analysis and design, the flow chart of the program operation drawn is shown in the figure below. In order to ensure security, this program will allow users to verify information through the login module, and only users who meet the requirements have permission to operate the program.
Figure 3-1 Program operation flow chart
The process of data processing by the program will involve the data entry link, and the process of drawing and adding is shown in the figure below. During the data entry process of the program, it is always synchronized with the database.
Figure 3-2 Information adding flow chart
Errors will also occur in the data in the program, so there is a corresponding function to modify the data. The program modification process drawn is shown in the figure below. This process is also a data synchronization display with the background database.
Figure 3-3 Information modification flow chart
Program data is stored in the data warehouse, and sometimes data deletion is involved. The flowchart corresponding to this process is shown in the figure below. After the data information is deleted, there is no such data information in the database.
Figure 3-4 Information deletion flow chart
4.1 Principles of System Design
In the system design process, it is also necessary to follow the corresponding design principles, which can help the designer to design a design scheme that meets the design specifications in a short time. The design principles mainly include reliability, security, customization, scalability, maintainability, upgradeability, and customer experience. These principles are briefly described below.
Reliability: Whether a software is reliable determines whether it can be used by users, and unreliable software design is easily abandoned by users;
Security: Program software undertakes information storage and management, and software with insufficient security will cause users to bear huge losses; therefore, system security also needs to be considered;
Customizable: The market environment has never been fixed. In the face of changes in customer groups, changes in the use environment, changes in market demand and other factors, program software should also be easy to adjust to adapt to various changes;
Scalability: During the operation and use of the program software, it is also necessary to introduce the current new technology in time to optimize the system, mainly at the level of system function and system performance. Only in this way can the system continue in real life. Occupy the market;
Maintainability: The maintenance of program software requires a certain amount of funds. Whether it is to eliminate existing program errors or to change the existing requirements of the software, a certain amount of money needs to be invested in software technology, so easy-to-maintain software programs can reduce technical costs. Consumption of funds at the level;
Upgradability: When the program software is put into use, the number of users will increase, and the usage rate of the software will also increase. Therefore, in the face of this situation, the system still needs to be upgraded to maintain reasonable performance so that it can adapt to the market;
Customer experience: The interface of the designed program software should not be too complicated. It should follow the principle of interface design to design a simple and easy-to-operate functional operation interface, so that users can easily accept the software and be happy to use the functions provided by the software.
4.2 Functional structure design
On the basis of the determined function modules of the administrator, each function of the administrator is designed, and the detailed modules of the administrator function are determined. The drawn administrator function structure is shown in the figure below. Administrator functions include personal center, user management, kanban information management, equipment information management, order management, and system management.
Figure 4-2 Administrator function structure diagram
4.3 Database Design
Like functional structure design, database design is also an inevitable part of program development. The main purpose of database design is to help running programs store corresponding data information. The database design includes the design of the data table structure and the design of the database ER diagram.
4.3.1 Database ER Diagram
Before drawing the ER diagram, it is necessary to find out the entities of the database and clarify the attributes of each entity. For example, the entity of user information, its attributes include the user's name attribute, the user's password attribute, the user's creation time attribute, etc. Therefore, after clarifying the user entity and the attributes of the user entity, it is necessary to draw the entity attribute map corresponding to the user entity based on these information. The drawing software is the Visio tool of Microsoft, which is highly recognized, widely used, and easy to operate.
(1) The attribute map of the administrator entity is drawn through the Visio tool, and the drawing results are displayed as follows:
Figure 4-4 Administrator entity attribute map
(2) The personnel entity attribute map is drawn by Visio tools, and the drawing results are shown as follows:
Figure 4-5 Personnel entity attribute diagram
(3) The device information entity attribute map is drawn by Visio tool, and the drawing result is shown as follows:
Figure 4-6 Device information entity attribute diagram
4.3.2 Database table structure
Before doing this part of the design, you need to understand and master the knowledge of data types and the length range of each data type, because in a specific data table, for the convenience of understanding, here is a simple example. For example, in the user information table, the fields of this table are the attributes of the user entity. At this time, it is necessary to set the data type and field length of the field, and also set a primary key as the unique identifier of the user information table. These are the contents that need to be completed in the design of the database table structure. According to the functional design and database design requirements of the VUE-based factory workshop management system, the data table structure of the system is displayed.
1 personnel list
| serial number |
column name |
type of data |
illustrate |
allow empty |
| 1 |
Id |
Int |
id |
no |
| 2 |
addtime |
Date |
creation time |
yes |
| 3 |
zhanghao |
String |
account |
yes |
| 4 |
mima |
String |
password |
yes |
| 5 |
xingming |
String |
Name |
yes |
| 6 |
xingbie |
String |
gender |
yes |
| 7 |
touxiang |
String |
avatar |
yes |
| 8 |
youxiang |
String |
|
yes |
| 9 |
shouji |
String |
cell phone |
yes |
| 10 |
renyuan leixing |
String |
Person Type |
yes |
2 Production process table
| serial number |
column name |
type of data |
illustrate |
allow empty |
| 1 |
Id |
Int |
id |
no |
| 2 |
addtime |
Date |
creation time |
yes |
| 3 |
shengchanpici |
String |
production batch |
yes |
| 4 |
gongxumingcheng |
String |
Process name |
yes |
| 5 |
gongxubianhao |
String |
Process number |
yes |
| 6 |
shebeimingcheng |
String |
device name |
yes |
| 7 |
picishuliang |
Integer |
batch quantity |
yes |
| 8 |
gongxuneirong |
String |
Process content |
yes |
| 9 |
chanpinmingcheng |
String |
product name |
yes |
| 10 |
fabushijian |
datetime |
release time |
yes |
3 production opening table
| serial number |
column name |
type of data |
illustrate |
allow empty |
| 1 |
Id |
Int |
id |
no |
| 2 |
addtime |
Date |
creation time |
yes |
| 3 |
gongdanshuliang |
Integer |
Work Order Quantity |
yes |
| 4 |
shengchanpici |
String |
production batch |
yes |
| 5 |
picishuliang |
Integer |
batch quantity |
yes |
| 6 |
picshuoming |
String |
batch description |
yes |
| 7 |
chanpinmingcheng |
String |
product name |
yes |
| 8 |
fabushijian |
datetime |
release time |
yes |
4 Kanban Information Sheet
| serial number |
column name |
type of data |
illustrate |
allow empty |
| 1 |
Id |
Int |
id |
no |
| 2 |
addtime |
Date |
creation time |
yes |
| 3 |
kanbanmingcheng |
String |
Signboard name |
yes |
| 4 |
yulantu |
String |
preview |
yes |
| 5 |
wangyelianjie |
String |
Web links |
yes |
| 6 |
neirongshuoming |
String |
Description of content |
yes |
5 production process table
| serial number |
column name |
type of data |
illustrate |
allow empty |
| 1 |
Id |
Int |
id |
no |
| 2 |
addtime |
Date |
creation time |
yes |
| 3 |
shengchanpihao |
String |
Production batch |
yes |
| 4 |
shengchanpici |
String |
production batch |
yes |
| 5 |
gongxumingcheng |
String |
Process name |
yes |
| 6 |
gongxubianhao |
String |
Process number |
yes |
| 7 |
shebeimingcheng |
String |
device name |
yes |
| 8 |
picishuliang |
Integer |
batch quantity |
yes |
| 9 |
chanpinmingcheng |
String |
product name |
yes |
| 10 |
shengchanzhuangtai |
String |
Manufacturing state |
yes |
6 Equipment Information Sheet
| serial number |
column name |
type of data |
illustrate |
allow empty |
| 1 |
Id |
Int |
id |
no |
| 2 |
addtime |
Date |
creation time |
yes |
| 3 |
shebeibianhao |
String |
device ID |
yes |
| 4 |
shebeimingcheng |
String |
device name |
yes |
| 5 |
shebeileixing |
String |
Equipment type |
yes |
| 6 |
guimo |
String |
scale |
yes |
| 7 |
shuliang |
Integer |
quantity |
yes |
| 8 |
zhuyishixiang |
String |
Precautions |
yes |
7 Admin Table
| serial number |
column name |
type of data |
illustrate |
allow empty |
| 1 |
Id |
Int |
id |
no |
| 2 |
username |
String |
username |
yes |
| 3 |
password |
String |
password |
yes |
| 4 |
role |
String |
Role |
yes |
| 5 |
addtime |
Date |
add time |
yes |
Chapter 5 System Implementation
系统实现这个章节的内容主要还是展示系统的功能界面设计效果，在实现系统基本功能，比如修改，比如添加，比如删除等管理功能的同时，也显示出系统各个功能的界面实现效果，该部分内容一方面与前面提到的系统分析，系统设计的内容相呼应，另一方面也是一个实际成果的展示。
5.1管理员功能实现
5.1.1 人员管理
管理员可以对人员信息进行添加，修改，删除，查询操作。
图5-1 人员管理页面
5.1.2 看板信息管理
管理员可以对看板信息信息进行添加，修改，删除，查询操作。
图5-2 看板信息管理页面
5.1.3 设备信息管理
管理员可以对设备信息进行添加，修改，删除，查询操作。
图5-3 设备信息管理页面
5.1.4 生产开立管理
管理员可以查看，修改，删除，查询生产开立信息。
图5-4 生产开立页面
5.2 人员功能实现
5.2.1 生产开立管理
人员可以对生产开立信息进行添加，修改，删除，查询操作。
图5-5 生产开立信息页面
5.2.2 生产工序管理
人员可以对生产工序信息进行进行添加，修改，删除，查询操作。
图5-6 生产工序页面
5.2.3 生产流程管理
人员可以对生产流程信息进行进行添加，修改，删除，查询操作。
图5-7 生产流程页面
第6章 系统测试
程序软件的开发阶段也包括了系统测试，这个部分就是程序质量评定的一个重要环节，如果说程序通过编码实现功能之后，不通过测试检查程序中出现的错误，那么程序一旦投入生活中运行使用时，就会产生许多大大小小的错误，这个时候去解决问题已经晚了，所以一个程序在被交付给使用者使用之前，开发者就需要使用多种测试方法反复进行测试，也是对程序的一个负责表现。程序进入系统测试阶段，在讲究策略进行测试时，也需要对时效性进行把控。当开发者测试完程序，并解决完测试期间程序产生的各种错误时，就需要程序的验收方来对程序进行验收测试，这也是程序测试的最后一个操作步骤。验收测试也是对程序的质量以及可交付性方面起到关键的作用。
6.1系统测试方法
程序软件进入到系统测试这一个环节时，也需要根据测试的方法进行规范化测试操作，测试方法以及使用顺序分别是：首先是单元测试，接着是集成测试和系统测试，最后才是验收测试，下面将描述系统测试方法。
单元测试：这个部分需要涉及到程序的代码方面的知识，这个操作环节是程序的开发者进行的，当程序开发者通过代码编写程序的子功能模块时，就会进行单元级别的测试，通常这个环节的测试也会被称作是白盒测试。
集成测试：这个步骤的前提是程序的所有功能模块都已完成开发，这个时候需要把程序所有的子功能模块集成到一起，形成一个完整的系统，此测试的主要目的就是检查这些功能模块集成在一起时的兼容性，也就是检测它们是否按照预期正常运行。
系统测试：当程序测试进入到这个环节时，就意味着程序测试工作已经进行到一半了，这个部分的测试也有另外一个名字，称作是黑盒测试，主要用于测试系统的功能是否按照预期进行运行。
验收测试：开发的程序已经通过了前面的单元测试，集成测试，以及系统测试环节时，就需要进行验收了，这个环节的操作用户就是程序面临的最终用户或者是客户。测试主要目的就是验证开发完成的程序是不是能够符合用户对其的期望，以及程序的所有功能是否符合用户的真正需求。
6.2 系统测试分析
基于VUE的工厂车间管理系统在经历了一系列测试步骤之后，可以确定该系统可以交付给使用者进行使用了，在系统的功能主界面上可以清晰展示各个功能，并且各个功能的超链接也是正常跳转，能够实现用户要求的功能。在程序的稳定性，可靠性，验证逻辑以及操作流程方面跟需求文档很贴合。所以，开发完成的基于VUE的工厂车间管理系统符合用户需求，它投入运行使用带给用户的便利是显而易见的。
结 论
基于VUE的工厂车间管理系统的开发制作，从题目确定到成品完成，自己投入的精力与心血是非常多的。这也是我第一次使用Spring Boot框架语言，开发的这个比较简单的基于VUE的工厂车间管理系统。
基于VUE的工厂车间管理系统开发过程中，自己之前觉得比较抽象的许多门课程，例如数据库原理，软件工程，动态网站开发等课程开始变得很清晰，只有自己独立开发程序，才会觉得这些开发类的课程在实践中具有的重要作用。为了让自己设计的作品能够顺利的完成，我把所学知识全部运用在程序的开发流程中，包括了程序的需求分析环节，程序的编码环节，程序的测试环节等，让程序软件在开发周期内完成制作，并能够保证程序质量达标，力求程序开发流程规范化，程序对应的配套文档标准化。
独立开发程序期间，才会发现有许多知识都是现学现用得来的，毕竟大学期间所学知识比较有限，专业知识掌握得比较浅显，这也给自己制造了许多麻烦，比如程序开发期间遇到的中文乱码问题，程序对应数据库的数据安全问题，程序开发中框架的使用问题等，这些问题都需要随时去翻阅书籍，或通过百度浏览器等方式寻找解决办法，这也耽误了许多程序开发的宝贵时间，后期我也通过对周边同学的请教，以及指导老师的悉心指导，让我找到了程序开发的相关技巧，也积累了一定的知识量，慢慢地纠正了许多不该犯的错误。也推动了我的程序开发进程。
基于VUE的工厂车间管理系统现已完成了开发，除了基本功能可以符合用户需求外，在页面设计层面上没有融入更多的设计元素，需要从美学角度进行优化，另外在程序的代码层面，也有许多重合部分，需要进行整理归类，让代码变得更加的简洁。
实践出真知，但是知识也是通过实践变得更加深刻，这次作品制作，让自己的专业知识水平与解决问题的能力得到了提高。也让自己更加明白活到老学到老的真正含义。
致 谢
大学几年下来，我不仅学到了计算机方面的专业知识，也学会了许多有关做人，有关做事的道理。在现在这个紧张而又重要的时刻，我要向我的大学老师们表示由衷的感谢，也需要向我的论文指导老师表达我最真挚的谢意。指导老师在我论文指导期间一直都是不厌其烦的进行指导，包括论文的题目选择，论文文章的结构，以及系统开发的功能设计等问题，都是指导老师的及时帮助，才让我有解决问题的信心与解决思路，正因为如此，我才可以在短时间内得到成长，并成功完成毕业设计的作品制作与论文编写。短短几个月时间，指导老师的无私的奉献精神，以及指导老师的爱岗敬业的教学态度，让我也开始重新认识所学的专业知识，并有信心将所学知识与现实问题相结合，并提供一个可靠有效的解决方案。大学校园是温暖而又美好的，大学同学的无私帮助与建议，也让我的论文写作有了更多的思路，在此，我对我的大学同学一并表示感谢。我的成长与宝贵的学习机会也离不开大学校园这个平台，感谢大学校园给了我更多学习的机会，让我结识到许多大学同学和优秀的校园老师，让我的大学生活变得如此丰富多彩！
参考文献
[1]刘湘煜.课堂考勤系统移动端的设计与实现[J].现代计算机,2019(15):87-92.
[2]赵朋.基于HTML5的移动考勤App开发[J].科技创新导报,2019,16(09):4-5.
[3]兰旭辉,熊家军,邓刚.基于MySQL的应用程序设计[J].计算机工程与设计,2018(03):442-443+468.
[4]张伟丽,江春华,魏劲超.MySQL复制技术的研究及应用[J].计算机科学,2015,39(S3):168-170.
[5]刘学芬,孙荣辛,夏鲁宁,李伟.面向MySQL的安全隐患检测方法研究[J].信息网络安全,2016(09):1-5.
[6]孙志锋,徐镜春,厉小润.数据结构与数据库技术[M].浙江大学出版社,2016.
[7]刘明清.Java语言的特点与C++语言的比较[J].信息技术与信息化,2018(11):151-153.
[8]田智.基于计算机软件开发的JAVA编程语言分析[J].硅谷,2017,7(19):59+37.
[9]孙磊,贾宝强,曾翠翠.浅议Java软件开发中几种误区[J].网络与信息,2018,26(07):52.
[10]付博文.计算机软件开发的JAVA编程语言及其实际应用[J].南方农机,2018,49(23):158.
[11]杨钊.浅析设计管理在APP开发中的应用[J].大众文艺,2019(20):103-104.
[12]韩曙亮.基于安卓系统的App开发技术分析与研究[J].商讯,2019(23):5-6.
[13]邱永中.Spring Boot框架平台的移动APP开发方法探讨[J].信息与电脑(理论版),2019(09):85-86.
[14]王欣.基于用户体验式的APP开发方法[J].中国新技术新产品,2019(03):40-41.
[15]田伟,曾琪,李玲香,李艳芳.一种实用的Spring Boot框架数据安全恢复方法[J].电脑编程技巧与维护,2020(02):112-114.
[16]Fuad,Ammar,Erwin,Alva,Ipung,Heru Purnomo et al.Processing performance on Apache Pig,Apache Hive and MySQL cluster[C].//2014 International conference on information,communication technology and system:ICTS 2014,24 September 2014,Surabaya,Indonesia.2018:297-302.
[17]Narayanan Venkateswaran,Suvamoy Changder.Building a Pluggable Sharding Subsystem For MySQL[C].//22nd International conference on software engineering and data engineering:SEDE-2013,Los Angeles,California,USA,25-27 September 2013.2013:85-90.
[18]Konstantins Gusarovs.An Analysis on Java Programming Language Decompiler Capabilities[J].Applied Computer Systems,2018,23(2).