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This article presents a comprehensive guide to designing and implementing fine‑grained permission control for microservices using Apache Shiro, covering the architectural design, shared session handling with Redis, custom cache and session managers, realm implementation, and practical testing across user and video services.
This article explains how to design microservice permission control using Apache Shiro, sharing session data via Redis, outlines failed approaches, presents a workable solution with custom cache and session managers, and provides complete code examples for realms, configuration, and login flow.
This article explains how to design and implement a microservice permission system using Apache Shiro, Spring Boot, Dubbo, and Redis, covering challenges of integrating Shiro with gateways, shared session management, custom Cache and SessionDAO implementations, and provides complete code examples and configuration details.
The article presents a detailed guide on designing and implementing fine-grained permission control for microservices using Apache Shiro, Spring Boot, Dubbo, and Redis to share session data across services, including code examples, configuration steps, and testing of role‑based access.
This article introduces a SpringBoot-based backend scaffold that integrates JWT for authentication, Apache Shiro for authorization, Mybatis‑Plus for data access, and includes custom annotations, bcrypt password encryption, AOP transaction management, and step‑by‑step deployment instructions, targeting developers seeking a ready‑to‑use microservice starter.
This article presents a complete tutorial on building a TCP‑based instant‑messaging system using Netty for the server, SpringBoot for the web admin console, JavaFX for the desktop client, Shiro for authentication, and MySQL for user data, covering architecture, protocol design, and full source code examples.
This article compares Apache Shiro and Spring Security, outlining each framework's core features, execution workflow, and strengths, and provides guidance on selecting the appropriate solution based on project size, Spring adoption, and development timeline.
This article compares Apache Shiro and Spring Security, outlining each framework's features, execution flow, and strengths, and provides guidance on when to choose Shiro for lightweight, framework-agnostic projects versus Spring Security for deeper Spring integration and broader community support.
This article introduces a SpringBoot-based backend demo that integrates MyBatis-Plus, Apache Shiro, and JWT, outlines its custom annotations and security features, explains the request flow, and provides step‑by‑step instructions for setting up the database, configuring the environment, and running the application.
This article introduces a SpringBoot-based backend project that integrates JWT for stateless authentication, Apache Shiro for flexible authorization, MyBatis-Plus for enhanced ORM, custom annotations for logging and validation, and demonstrates setup, deployment, and usage instructions.
This article demonstrates how to integrate the Apache Shiro security framework into a Spring Boot application, covering Maven dependencies, Shiro configuration, custom Realm implementation, login authentication, controller-level access control, and Thymeleaf front‑end button visibility based on roles and permissions.
This guide demonstrates how to integrate Apache Shiro into a Spring Boot application, covering project setup, Maven dependencies, configuration of Redis-backed session and cache management, creation of utility and realm classes, and implementation of role‑based permission controls with example controllers and Postman testing.
This guide demonstrates how to integrate the lightweight Apache Shiro security framework into a Spring Boot application, covering environment setup, Maven dependencies, Redis-backed session and cache configuration, utility classes, core Shiro components, annotation‑based permission control, and Postman testing for token handling and dynamic permission updates.
RuoYi Management System v4.3.1 introduces multiple functional enhancements and critical security patches, including fixes for Shiro remember‑Me command execution, SQL injection via PageHelper, Shiro permission‑bypass, and Fastjson deserialization vulnerabilities, along with code examples and configuration guidance.
This article introduces a SpringBoot-based scaffold project that integrates JWT authentication and Apache Shiro authorization, outlines its key features such as custom annotations, bcrypt password encryption, and AOP transaction handling, and provides step‑by‑step instructions for setup, configuration, and running the application.
This article explains Apache Shiro's security architecture, demonstrates how to create authentication tokens, configure realms, use caching and hashing for password protection, and integrate Shiro with Spring MVC through XML and Java code examples.
This article introduces a SpringBoot-based backend project that integrates Mybatis-Plus, Apache Shiro, and JWT for secure API development, outlines custom annotations, transaction handling, and provides step‑by‑step instructions for building, configuring, and running the application.
This tutorial demonstrates how to enable shared HTTP sessions across multiple Spring Boot instances by integrating Apache Shiro with Redis via the CrazyCake plugin, configuring Maven dependencies, Redis and Shiro settings, building service and controller layers, and deploying the applications behind an Nginx load balancer for seamless session persistence.
This tutorial demonstrates how to integrate the lightweight Apache Shiro security framework into a Spring Boot 2.1.5 project, covering environment setup, Maven dependencies, Redis session storage, custom utilities, Shiro configuration, permission annotations, test controllers, and Postman verification.
This article explains how to build a front‑back end separated application using Spring Boot for the backend and Vue.js for the frontend, covering JSON APIs, CORS interception, Shiro security integration, custom session management, and two deployment strategies with code examples.