What are the differences between springboot and springmvc
The difference between springboot and springmvc is: 1. Different meanings; 2. Different configurations; 3. Different dependencies; 4. Different development time; 5. Different productivity; 6. Different ways to implement JAR packaging function; 7 , whether to provide batch processing function; 8. Different functions; 9. Different community and document support; 10. Whether deployment descriptors are required.
#The operating environment of this article: Windows 10 system, dell g3 computer.
The difference between springboot and springmvc is:
1. Different meanings
springboot: SpringBoot is an automated configuration tool.
springmvc: SpringMVC is a web framework.
2. Different configurations
springboot: SpringBoot adopts the method of convention over configuration, automatically handles configuration through its automatic configuration function, and has a built-in server, which can be used directly after opening it.
springmvc: This framework requires a lot of configuration, such as DispatcherServlet configuration and View Resolver configuration. The xml file needs to be manually configured, and the Tomcat server needs to be configured.
3. Different dependencies
springboot: springboot has the concept of a starter, and once it is added to the classpath, it will bring all the dependencies required to develop a web application.
springmvc: Each dependency needs to be specified individually to run functionality.
4. Development time is different
springboot: Spring Boot helps reduce development time because all dependency-related tasks are taken care of.
springmvc: Development requires more time compared to Spring Boot as developers need to spend time adding required dependencies.
5. Different productivity
springboot: Productivity increases due to shorter development time.
springmvc: Productivity loss due to need to understand dependency add-ons.
6. Different ways to implement JAR packaging function
springboot: Spring Boot allows embedded servers to run this function in an independent manner.
springmvc: Spring MVC requires a lot of manual configuration to implement the JAR packaging function.
7. Whether to provide batch processing function
springboot: It provides powerful batch processing.
springmvc: It does not provide powerful batch processing.
8. Different functions
springboot: Spring Boot also allows building different types of applications.
springmvc: Spring MVC is only used to develop dynamic web pages and RESTful network services.
9. Community and documentation support are different
Spring MVC’s community and documentation are much better than Spring boot.
10. Whether a deployment descriptor is required
springboot: No deployment descriptor is required.
springmvc: Deployment descriptor required.
The above is the detailed content of What are the differences between springboot and springmvc. 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

Video Face Swap
Swap faces in any video effortlessly with our completely free AI face swap tool!

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



Introduction to Jasypt Jasypt is a java library that allows a developer to add basic encryption functionality to his/her project with minimal effort and does not require a deep understanding of how encryption works. High security for one-way and two-way encryption. , standards-based encryption technology. Encrypt passwords, text, numbers, binaries... Suitable for integration into Spring-based applications, open API, for use with any JCE provider... Add the following dependency: com.github.ulisesbocchiojasypt-spring-boot-starter2. 1.1Jasypt benefits protect our system security. Even if the code is leaked, the data source can be guaranteed.

Usage scenario 1. The order was placed successfully but the payment was not made within 30 minutes. The payment timed out and the order was automatically canceled. 2. The order was signed and no evaluation was conducted for 7 days after signing. If the order times out and is not evaluated, the system defaults to a positive rating. 3. The order is placed successfully. If the merchant does not receive the order for 5 minutes, the order is cancelled. 4. The delivery times out, and push SMS reminder... For scenarios with long delays and low real-time performance, we can Use task scheduling to perform regular polling processing. For example: xxl-job Today we will pick

1. Redis implements distributed lock principle and why distributed locks are needed. Before talking about distributed locks, it is necessary to explain why distributed locks are needed. The opposite of distributed locks is stand-alone locks. When we write multi-threaded programs, we avoid data problems caused by operating a shared variable at the same time. We usually use a lock to mutually exclude the shared variables to ensure the correctness of the shared variables. Its scope of use is in the same process. If there are multiple processes that need to operate a shared resource at the same time, how can they be mutually exclusive? Today's business applications are usually microservice architecture, which also means that one application will deploy multiple processes. If multiple processes need to modify the same row of records in MySQL, in order to avoid dirty data caused by out-of-order operations, distribution needs to be introduced at this time. The style is locked. Want to achieve points

Springboot reads the file, but cannot access the latest development after packaging it into a jar package. There is a situation where springboot cannot read the file after packaging it into a jar package. The reason is that after packaging, the virtual path of the file is invalid and can only be accessed through the stream. Read. The file is under resources publicvoidtest(){Listnames=newArrayList();InputStreamReaderread=null;try{ClassPathResourceresource=newClassPathResource("name.txt");Input

When Springboot+Mybatis-plus does not use SQL statements to perform multi-table adding operations, the problems I encountered are decomposed by simulating thinking in the test environment: Create a BrandDTO object with parameters to simulate passing parameters to the background. We all know that it is extremely difficult to perform multi-table operations in Mybatis-plus. If you do not use tools such as Mybatis-plus-join, you can only configure the corresponding Mapper.xml file and configure The smelly and long ResultMap, and then write the corresponding sql statement. Although this method seems cumbersome, it is highly flexible and allows us to

SpringBoot and SpringMVC are both commonly used frameworks in Java development, but there are some obvious differences between them. This article will explore the features and uses of these two frameworks and compare their differences. First, let's learn about SpringBoot. SpringBoot was developed by the Pivotal team to simplify the creation and deployment of applications based on the Spring framework. It provides a fast, lightweight way to build stand-alone, executable

1. Customize RedisTemplate1.1, RedisAPI default serialization mechanism. The API-based Redis cache implementation uses the RedisTemplate template for data caching operations. Here, open the RedisTemplate class and view the source code information of the class. publicclassRedisTemplateextendsRedisAccessorimplementsRedisOperations, BeanClassLoaderAware{//Declare key, Various serialization methods of value, the initial value is empty @NullableprivateRedisSe

In projects, some configuration information is often needed. This information may have different configurations in the test environment and the production environment, and may need to be modified later based on actual business conditions. We cannot hard-code these configurations in the code. It is best to write them in the configuration file. For example, you can write this information in the application.yml file. So, how to get or use this address in the code? There are 2 methods. Method 1: We can get the value corresponding to the key in the configuration file (application.yml) through the ${key} annotated with @Value. This method is suitable for situations where there are relatively few microservices. Method 2: In actual projects, When business is complicated, logic