With the increasing strength of China's local game research and development, internationally renowned companies are gradually transferring their research and development bases to China, and the areas engaged in game outsourcing have shifted from Canada, Australia, and South Korea to developing countries: China, India, and Malaysia. With the advantages of talents and huge consumer market, it is increasingly favored by international counterparts. The development of software products for the PC platform and the next-generation game console platform is gradually transferring to China. The China Game Developers Conference will draw on the experience of the US GDC in this field and combine the characteristics of Chinese local practitioners to plan the theme of the special conference in 2009, and introduce the most advanced PC stand-alone game and next-generation game development technology into China. The purpose of outsourcing the R&D strength of the company and improving the R&D and production level of technical personnel.

environmental needs
1. Operating environment: WeChat developer tools, preferably java jdk 1.8, which is currently the most stable JDK and the most used JDK version.
2.IDE environment: IDEA, Eclipse can be. IDEA is recommended;
3.tomcat environment: Tomcat7/Tomcat8/Tomcat9 versions are available
4. Hardware environment: Windows 7/8/10 with more than 1G memory; or Mac OS;
5. Database: MySql version 5.7 or above;
6. Whether Maven project: yes;
technology stack
Backend: Spring+SpringMVC+Mybatis+Springboot
Mini Program: uni-app+WeChat developer tools mixed development mode

Game art outsourcing management information system system mainly includes system home page, personal center, user management, company management, work information management, work order management, outsourcing demand management, outsourcing application management, process tracking management, online communication management, online reply management, management Admin management, message feedback, system management and other functional modules.

/**
 * Login related
 */
@RequestMapping("users")
@RestController
public class UserController{
	
	@Autowired
	private UserService userService;
	
	@Autowired
	private TokenService tokenService;

	/**
	 * Log in
	 */
	@IgnoreAuth
	@PostMapping(value = "/login")
	public R login(String username, String password, String captcha, HttpServletRequest request) {
		UserEntity user = userService.selectOne(new EntityWrapper<UserEntity>().eq("username", username));
		if(user==null || !user.getPassword().equals(password)) {
			return R.error("Incorrect account or password");
		}
		String token = tokenService.generateToken(user.getId(),username, "users", user.getRole());
		return R.ok().put("token", token);
	}
	
	/**
	 * register
	 */
	@IgnoreAuth
	@PostMapping(value = "/register")
	public R register(@RequestBody UserEntity user){
//    	ValidatorUtils.validateEntity(user);
    	if(userService.selectOne(new EntityWrapper<UserEntity>().eq("username", user.getUsername())) !=null) {
    		return R.error("user already exists");
    	}
        userService.insert(user);
        return R.ok();
    }

	/**
	 * quit
	 */
	@GetMapping(value = "logout")
	public R logout(HttpServletRequest request) {
		request.getSession().invalidate();
		return R.ok("exit successfully");
	}
	
	/**
     * reset Password
     */
    @IgnoreAuth
	@RequestMapping(value = "/resetPass")
    public R resetPass(String username, HttpServletRequest request){
    	UserEntity user = userService.selectOne(new EntityWrapper<UserEntity>().eq("username", username));
    	if(user==null) {
    		return R.error("Account does not exist");
    	}
    	user.setPassword("123456");
        userService.update(user,null);
        return R.ok("Password reset to: 123456");
    }
	
	/**
     * list
     */
    @RequestMapping("/page")
    public R page(@RequestParam Map<String, Object> params,UserEntity user){
        EntityWrapper<UserEntity> ew = new EntityWrapper<UserEntity>();
    	PageUtils page = userService.queryPage(params, MPUtil.sort(MPUtil.between(MPUtil.allLike(ew, user), params), params));
        return R.ok().put("data", page);
    }

	/**
     * list
     */
    @RequestMapping("/list")
    public R list( UserEntity user){
       	EntityWrapper<UserEntity> ew = new EntityWrapper<UserEntity>();
      	ew.allEq(MPUtil.allEQMapPre( user, "user")); 
        return R.ok().put("data", userService.selectListView(ew));
    }

    /**
     * information
     */
    @RequestMapping("/info/{id}")
    public R info(@PathVariable("id") String id){
        UserEntity user = userService.selectById(id);
        return R.ok().put("data", user);
    }
    
    /**
     * Get the user's session user information
     */
    @RequestMapping("/session")
    public R getCurrUser(HttpServletRequest request){
    	Long id = (Long)request.getSession().getAttribute("userId");
        UserEntity user = userService.selectById(id);
        return R.ok().put("data", user);
    }

    /**
     * save
     */
    @PostMapping("/save")
    public R save(@RequestBody UserEntity user){
//    	ValidatorUtils.validateEntity(user);
    	if(userService.selectOne(new EntityWrapper<UserEntity>().eq("username", user.getUsername())) !=null) {
    		return R.error("user already exists");
    	}
        userService.insert(user);
        return R.ok();
    }

    /**
     * Revise
     */
    @RequestMapping("/update")
    public R update(@RequestBody UserEntity user){
//        ValidatorUtils.validateEntity(user);
        userService.updateById(user);//Update all
        return R.ok();
    }

    /**
     * delete
     */
    @RequestMapping("/delete")
    public R delete(@RequestBody Long[] ids){
        userService.deleteBatchIds(Arrays.asList(ids));
        return R.ok();
    }
}

Table of contents
1 Introduction 1
1.1 Subject Background 1
1.2 Current status of subject research 1
1.3 Preliminary design method and implementation plan 2
1.4 The research content of this paper 2
2 System Development Environment 4
2.1 Introduction to using tools 4
2.2 Environment configuration 4
2.3 Introduction to B/S structure 4
2.4 MySQL database 5
2.5 Introduction to the framework 5
3 System Analysis 6
3.1 System Feasibility Analysis 6
3.1.1 Economic feasibility 6
3.1.2 Technical feasibility 6
3.1.3 Operational Feasibility 6
3.2 System Status Analysis 6
3.3 Functional Requirements Analysis 7
3.4 System Design Rules and Operating Environment 8
3.5 System flow analysis 8
3.5.1 Operation process 8
3.5.2 Adding information flow 9
3.5.3 Delete information flow 10
4 System Design 11
4.1 Main functions of system design 11
4.2 Database Design 11
4.2.1 Database Design Specifications 11
4.2.2 E/R diagram 11
4.2.3 Data Sheet 12
5 System Implementation 25
5.1 System function module 25
5.2 Background module 27
5.2.1 Administrator function module 27
5.2.2 User Function Module 30
6 System Test 33
6.1 Functional testing 33
6.2 Usability Testing 33
6.3 Performance testing 34
6.4 Analysis of test results 34
7 Conclusion 35
References 36
Thanks 37