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This tutorial shows how Java developers can use the magic‑api framework to rapidly create Spring Boot CRUD APIs without writing Controllers, Services, or DAOs, covering Maven setup, configuration, database schema, code‑free endpoint design, validation, transactions, Swagger integration, and deployment.
Learn how to create fast, modern Python APIs using FastAPI, automatically generate interactive Swagger documentation, and enhance your endpoints with validation, metadata, and a full-featured to‑do list project, all illustrated with clear code examples and step‑by‑step deployment instructions.
This guide walks through initializing a Spring Boot project, handling IDE setup challenges, managing version compatibility between Spring Cloud, Spring Boot, and Kafka, and provides practical code examples for global exception handling, logging, CORS configuration, Swagger integration, and useful development tools.
This article explains the main types of API documentation—Swagger, Word, Excel, and PDF—describing their features, suitable scenarios, and how to convert between formats to improve API development and testing efficiency.
This article walks through setting up a Spring Boot project, handling version compatibility with Spring Cloud, Kafka, and Maven, demonstrates global exception handling, logging, CORS and Swagger configurations, and recommends useful backend utilities such as embedded Redis, MyBatis Plus, and Redisson.
The article details a step‑by‑step investigation of an unexpected ~100 ms latency in a Spring Boot‑based channel system, covering network checks, curl measurements, Arthas trace and watch commands, identification of TomcatJarInputStream’s repeated jar‑resource loading caused by Swagger dependencies, and the final fix by upgrading the embedded Tomcat version.
This article walks through creating a Spring Boot project, handling IDE setup, managing Spring Cloud and Kafka version compatibility, using Maven for dependency management, and provides essential scaffold code such as global exception handling, logging aspects, CORS configuration, and Swagger integration.
The article presents a TypeScript automation tool that parses Swagger v2/v3 specifications to automatically generate API function bodies, interfaces, and mock files—supporting custom templates, case conversion, and header tweaks—enabling front‑end teams to reduce manual coding, cut onboarding time, and boost development efficiency across complex B‑side projects.
This guide introduces Insomnia, an open‑source, cross‑platform API client that supports GraphQL, REST, WebSockets, and gRPC, walks through its simple installation, demonstrates how to import and test the SpringBoot‑based mall project via Swagger, and highlights useful configuration tips for efficient backend debugging.
This guide shows how to eliminate manual SpringBoot Controllers by using the Lego‑Starter to automatically expose CommandService and QueryService as web endpoints, integrate with Swagger for dynamic API documentation, and provides step‑by‑step setup, code examples, and architectural design for unified controller handling.
This article details how a hidden 100 ms delay in a Spring Boot channel system was traced to Tomcat‑embed’s handling of Swagger‑UI resources, diagnosed with Arthas, and resolved by upgrading the embedded Tomcat version.
This article explains what Swagger is, why it is useful for RESTful API documentation, and provides a step‑by‑step guide for integrating Swagger 3.0 with Spring Boot 2.7.6, handling version conflicts, customizing Docket settings, securing the UI, and applying advanced annotations to enrich the generated documentation.
This tutorial explains what Swagger is, why it is useful for RESTful API documentation, and provides step‑by‑step instructions for integrating Swagger 3.0 into a Spring Boot 2.7.6 project, including Maven dependencies, configuration classes, handling startup errors, customizing the UI, security settings, and annotation usage.
This guide shows how to eliminate manual Controller code by automatically exposing CommandService and QueryService as web endpoints, integrating with Swagger for dynamic API documentation, and explains the underlying unified controller architecture and extension points.
This article provides a comprehensive guide to upgrading Spring Boot to version 2.7, detailing common issues such as missing dependencies, logging conflicts, circular bean references, Swagger configuration changes, Flyway compatibility, JUnit version mismatches, and JSON Long precision loss, along with concrete code‑based solutions.
This article compares Java Swagger libraries SpringFox and SpringDoc, explains when to choose each, and demonstrates how to integrate SpringDoc with Knife4j for enhanced API documentation, JSON validation, data folding, and a microservice aggregation solution.
This guide shows how to install Go‑Swagger, annotate Go code with Swagger comments, generate a swagger.json file, serve it via Nginx, and configure Yapi to automatically import the spec, creating a seamless, always‑up‑to‑date API documentation pipeline for front‑end and back‑end teams.
This article introduces the open‑source mall‑tiny rapid‑development scaffold, explains its core features and integration with the mall‑admin‑web front‑end, and provides a step‑by‑step guide to upgrading it to Spring Boot 2.7.0, covering Swagger, Spring Security, MyBatis‑Plus, circular‑dependency resolution, and CORS configuration.
Swagger’s poor JSON handling can hinder API testing, but two sleek visualization tools—JsonHero and JsonVisio—offer formatting, editing, tree views, and easy installation, enabling developers to efficiently view and manipulate JSON data directly from Swagger or standalone.
After SpringFox became outdated and incompatible with Spring Boot 2.6, this article introduces SpringDoc as a modern OpenAPI 3‑based alternative, explains its advantages, shows how to integrate it, migrate annotations, configure security, and provides sample code and screenshots for a seamless transition.