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Spring Framework

Spring Framework is a Java-based application framework (application framework) that provides programming and configuration infrastructure for building enterprise-grade applications, with a focus on modularity, inversion of control, and integration with the wider Spring ecosystem.

  • Core container and inversion of control for Java applications (application framework)
  • Aspect-oriented programming support for cross-cutting concerns such as transactions and security (application framework)
  • Model-View-Controller web framework for building HTTP-based services and web applications (web framework)
  • Integration with data access, transaction management, and messaging abstractions (enterprise application integration)
  • Foundation for higher-level Spring projects such as Spring Boot and Spring Cloud (application platform)

More About Spring Framework

Spring Framework is an open-source Java platform (application framework) designed to support the development of enterprise applications through a comprehensive programming and configuration model. It focuses on decoupling components, managing application infrastructure concerns, and providing a consistent programming experience across deployment environments, from traditional application servers to modern cloud platforms backed by VMware and Broadcom offerings.

At its core, Spring Framework provides an inversion of control container (application framework) that manages object creation, configuration, and lifecycle through dependency injection. This model allows developers to define application components as plain Java objects and externalize their wiring through configuration, using Java-based configuration, annotations, or, where applicable, XML. The container coordinates dependencies, scopes, and lifecycle callbacks, supporting modular and testable application design.

The framework includes a Model-View-Controller web framework (web framework) for building HTTP-based applications and RESTful services. It offers request mapping, handler adapters, view resolution, and support for content negotiation, along with integration with templating technologies and JSON or XML serialization tools. This web stack serves as a basis for traditional server-rendered applications as well as stateless APIs used by mobile and web clients.

Spring Framework also provides extensive data access and transaction management support (data access). It integrates with relational databases through JDBC abstractions and supports object-relational mapping tools via dedicated integration layers. The transaction management abstraction allows declarative and programmatic demarcation of transactions across local and distributed resources, with consistent semantics across various underlying transaction managers.

Additional modules address cross-cutting concerns and enterprise integration needs. Aspect-oriented programming capabilities (application framework) allow modularization of concerns such as logging, security, and transaction boundaries. Messaging and integration features (enterprise application integration) facilitate interaction with messaging systems and external services, with abstractions for message channels, endpoints, and adapters. Validation, type conversion, scheduling, and caching support provide further infrastructure services for enterprise workloads.

In enterprise environments, Spring Framework often functions as the foundational programming model for applications that later use Spring Boot (application platform) to simplify packaging and deployment, or Spring Cloud (cloud-native framework) for distributed systems patterns. It interoperates with standard Java APIs, Servlet containers, application servers, and cloud platforms associated with VMware by Broadcom. Within a technical directory, Spring Framework fits into categories such as Java application framework, enterprise application framework, web framework, and data access and integration framework, serving as the core runtime and configuration layer for a wide range of Spring-based solutions.