Introduction to Java's solution to dynamic configuration field requirements
Directory
java solves the dynamic configuration field requirements
The following is my main implementation method
Summary points of my implementation
Java reads configuration fields
Method one @Value ("{Corresponding field}")
Method 2 introduces Environment
Summary
java solves the need for dynamic configuration fields
Have you encountered the need for administrators to configure multiple fields for users to fill in like the picture below during development
My implementation is achieved by displaying dynamic json stored in the database
The following is my main implementation
1. First create a java entity that meets the needs Class (the following is my entity)
2. The database stores multiple fields configured by the administrator. The json generated by this entity class
3. Create a field in the business table of the database to store the field json array string configured by the user backfill administrator for processing business data
Summary points of my implementation
Let the administrator configure how many fields there are first and then store them in the backend to prepare user backfill field data for the next time the user fills in
The front-end fill-in page renders the json (picture of title 2) stored through the entity class for the user to fill in.
The back-end will then fill in the configured fields after the user fills in the backfill page. Store to provide backfill data for the next edit or details
java reads configuration fields
Method 1@Value("{corresponding field}")
@Value("${authUrl}") private String authUrl;
The trouble: @Value("${authUrl}") can only correspond to one field. If you introduce 100 fields, you have to write 100 @Value(" ${field}")
Method 2 introduces Environment
@Autowired private Environment environment; //获取配置文件字段 environment.getProperty("对应字段");
is more convenient than method 1. Just introduce the Environment class and use its getProperty method to get the value
The above is the detailed content of Introduction to Java's solution to dynamic configuration field requirements. For more information, please follow other related articles on the PHP Chinese website!

Hot AI Tools

Undresser.AI Undress
AI-powered app for creating realistic nude photos

AI Clothes Remover
Online AI tool for removing clothes from photos.

Undress AI Tool
Undress images for free

Clothoff.io
AI clothes remover

AI Hentai Generator
Generate AI Hentai for free.

Hot Article

Hot Tools

Notepad++7.3.1
Easy-to-use and free code editor

SublimeText3 Chinese version
Chinese version, very easy to use

Zend Studio 13.0.1
Powerful PHP integrated development environment

Dreamweaver CS6
Visual web development tools

SublimeText3 Mac version
God-level code editing software (SublimeText3)

Hot Topics



Guide to Perfect Number in Java. Here we discuss the Definition, How to check Perfect number in Java?, examples with code implementation.

Guide to Random Number Generator in Java. Here we discuss Functions in Java with examples and two different Generators with ther examples.

Guide to Weka in Java. Here we discuss the Introduction, how to use weka java, the type of platform, and advantages with examples.

Guide to Smith Number in Java. Here we discuss the Definition, How to check smith number in Java? example with code implementation.

In this article, we have kept the most asked Java Spring Interview Questions with their detailed answers. So that you can crack the interview.

Java 8 introduces the Stream API, providing a powerful and expressive way to process data collections. However, a common question when using Stream is: How to break or return from a forEach operation? Traditional loops allow for early interruption or return, but Stream's forEach method does not directly support this method. This article will explain the reasons and explore alternative methods for implementing premature termination in Stream processing systems. Further reading: Java Stream API improvements Understand Stream forEach The forEach method is a terminal operation that performs one operation on each element in the Stream. Its design intention is

Guide to TimeStamp to Date in Java. Here we also discuss the introduction and how to convert timestamp to date in java along with examples.

Capsules are three-dimensional geometric figures, composed of a cylinder and a hemisphere at both ends. The volume of the capsule can be calculated by adding the volume of the cylinder and the volume of the hemisphere at both ends. This tutorial will discuss how to calculate the volume of a given capsule in Java using different methods. Capsule volume formula The formula for capsule volume is as follows: Capsule volume = Cylindrical volume Volume Two hemisphere volume in, r: The radius of the hemisphere. h: The height of the cylinder (excluding the hemisphere). Example 1 enter Radius = 5 units Height = 10 units Output Volume = 1570.8 cubic units explain Calculate volume using formula: Volume = π × r2 × h (4
