Must see utilize this weekend spend time on this webseries

It's taking 6.31 second to load my site completely how can we make it fast as 200 miliseconds?? Any suggestions

Do please let me know

Read any 👻👻

A responsive website end to end db mongodb

Hope you watch this

Will teach you bootstrap , React-Js and a 💯 % real-time project for React-Js interview that you can add to your resumes and best part is I will explain you everything in that so that you can learn work and understand how things work in actual rather then institutions

Be ready don't miss it next Sunday will do and in parallel you also have to do whatever I will be doing so that you should not miss anything

Do vote here so that I can know the number of people interested into it I need to set a meeting I'd for this so you can register and join directly on Sunday 🙂

Requirements for above mentioned project
1. Java Development Kit
2. Spring Boot Starter
3. Spring Web Framework
4. Maven
5. Hibernate
6. MySQL Database
7. Spring Security
8. Spring Data JPA
9. Angular/React/Vue
10. RESTful Web Services
11. Logging Framework
12. Testing Libraries (JUnit, Mockito, etc.)
13. IDE (IntelliJ, Eclipse, etc.)







1. Java 8 or higher
2. Spring Boot 2.2.2 or higher
3. Spring Data or JPA
4. Maven
5. Database (MySQL, MongoDB, Oracle, etc.)
6. IDE (Eclipse, IntelliJ, etc.)
7. Unit Testing tools (JUnit, Mockito, etc.)
8. RESTful Web Services
9. Security (OAuth2, JWT, etc.)
10. Logging (Logback, SLF4J, etc.)
11. Payment Gateway (Stripe, PayPal, etc.)

Required classes and interfaces
Classes:
1. OrderService: Handles business logic for order management.
2. OrderRepository: Interface for persisting orders in the database.
3. OrderController: Handles RESTful API endpoints for order management.

Interfaces:
1. OrderServiceInterface: Interface for the OrderService class.
2. OrderRepositoryInterface: Interface for the OrderRepository class.

Other Files:
1. application.yml: Configuration file for the Spring Boot application.
2. Order.java: Entity class for an Order.
3. OrderDTO.java: Data Transfer Object class for an Order.
4. OrderMapper.java: Mapper class to map Order entity to OrderDTO.
5. OrderMapperImpl.java: Implementation of the OrderMapper interface.

Guidelines to follow

1. Create a Spring Boot Project: Start by creating a Spring Boot project, selecting the web and JPA dependencies in your Spring Initializr.

2. Connect to the Database: Configure the application to connect to your database. You can use either an embedded database like H2 or an external database like MySQL.

3. Create the Domain Model: Create the domain model for your order management system. This will include entities like orders, items, customers, etc.

4. Implement the Repositories: Use Spring Data JPA to implement the repositories for your domain model. This will enable you to perform CRUD operations on the database.

5. Create the RESTful API: Create the RESTful API for your order management system using Spring MVC. This will enable you to create, read, update and delete orders.

6. Configure Security: Configure Spring Security to secure the API and protect it from unauthorized access.

7. Implement Business Logic: Implement the business logic for your order management system. This will include validations, calculations, etc.

8. Test and Deploy: Test the application and deploy it to a server. You can use a cloud platform like Heroku or AWS for deployment.

Description of project
Spring Boot is an open source framework for creating enterprise-grade applications that are efficient, fast, and secure. It simplifies the development process by providing a robust infrastructure for creating and managing the application's lifecycle. The Spring Boot framework is designed to make it easier to build and deploy applications quickly, with minimal configuration.

The Spring Boot framework makes it easy to create an order management system. It provides a comprehensive set of features to help developers create an efficient and secure order management system. The features include an object-oriented programming model, object-relational mapping, data access object (DAO) pattern, dependency injection, and transaction management.

The Spring Boot framework also provides a powerful and easy-to-use web application framework, which makes it easy to create web applications that are secure and robust. The framework provides a comprehensive set of tools to help developers create applications that are easy to maintain and extend.

The order management system can be easily configured using the Spring Boot framework. It provides a comprehensive set of tools to help developers create a secure and efficient order management system. The tools include a data access object (DAO) pattern, dependency injection, and transaction management. The framework also provides a powerful and easy-to-use web application framework, which makes it easy to create web applications that are secure and robust.

These requirements are for those who are doing preparation for back-end java developer

Can use this scenario and can build a good backend project