Shopping Cart using Spring Boot is a web-based e-commerce application built with Java, Spring Boot, JSP, Servlets, HTML, CSS, JavaScript, Bootstrap, and MySQL. The project includes user authentication, product management, shopping cart operations, checkout, database interaction, and Spring Boot with embedded Tomcat.
The Shopping Cart using Spring Boot is a web-based e-commerce application designed to provide users with a convenient online shopping experience. The project combines Spring Boot with JSP, Servlets, HTML, CSS, JavaScript, Bootstrap, and MySQL to implement essential shopping cart and product management functionality.
The application includes user authentication, product management, shopping cart operations, checkout functionality, database interaction, and Spring Boot configuration. It is suitable for students and developers who want to learn how a Java-based shopping cart application can be developed using Spring Boot and related technologies.
This shopping cart application provides functionality for both customers and administrators. Users can register and log in, browse products, add products to their cart, remove items, adjust quantities, and proceed through the checkout process.
The product management functionality supports CRUD operations, while JDBC is used for inserting and retrieving application data from the database. Spring Boot provides project bootstrapping and an embedded Tomcat server for running the application.
The authentication module allows users to register, log in, and log out. The source project also specifies Auth0 integration and social login options such as Google, GitHub, and Facebook.
The product management module manages the catalog of products available for purchase. It provides CRUD operations for adding, updating, and deleting products and uses the Java Collections Framework for data management.
The shopping cart module allows users to interact with products before completing their purchase. Users can add products to the cart, remove products, and adjust the quantity of items.
The checkout module guides users through the purchase process. It includes an address input interface and payment processing functionality for completing transactions.
JDBC is used to communicate with the database for inserting and retrieving information. The application stores and retrieves user, product, and transaction-related data using the database layer.
Spring Boot is used to bootstrap and configure the application. The project uses an embedded Tomcat server for deployment and execution. Spring Boot build systems can be used to manage dependencies and create deployable project artifacts.
The project includes Spring Boot logging mechanisms for tracking application behavior and storing log messages. Exception handling is also implemented to manage application errors and provide appropriate error messages.
The Shopping Cart using Spring Boot project can be used as an educational Java web application for learning Spring Boot, JSP, Servlets, JDBC, MySQL, authentication, product management, shopping cart functionality, checkout workflows, logging, and exception handling.
The Shopping Cart using Spring Boot provides a practical example of an e-commerce web application developed using Java and Spring Boot. With features such as authentication, product management, cart operations, checkout, JDBC database interaction, and embedded Tomcat, the project demonstrates the core concepts required to build a Java-based online shopping application.
1. Install JDK/JRE 11 or higher. 2. Install Eclipse IDE or another compatible Java development environment. 3. Install MySQL Server and configure the database server. 4. Install/configure Tomcat Server 9.0.x if required by the project setup. 5. Import the Shopping Cart using Spring Boot project into Eclipse. 6. Configure the MySQL database connection used by the application. 7. Create/import the required database tables and project data. 8. Configure the required authentication settings, including Auth0 if enabled. 9. Make sure all required Java dependencies are available. 10. Build the project using the configured Spring Boot build system. 11. Run the Spring Boot application using the IDE. 12. The application can run using Spring Boot's embedded Tomcat server. 13. Open the application in a web browser using the configured local server address. 14. Register or log in as a user. 15. Test product management, shopping cart operations, checkout, and database functionality.
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