1 views collected around this technical thread.
This tutorial walks you through setting up a Go environment, initializing a project, and using the high‑performance Gin framework to create a complete RESTful API with CRUD operations, middleware for logging and authentication, error handling, project structure optimization, and deployment best practices.
This article walks you through creating a reusable BaseController using MyBatisPlusPro, including dependency setup, utility methods for reflection, a generic CRUD controller, pagination configuration, and how to extend it in your own Spring Boot applications.
This article demonstrates how to build a lightweight OCR service in Java using SpringBoot and the Tess4j library, covering dependency setup, Tesseract engine initialization, RESTful API creation, training data options, and deployment considerations.
This article explains how SpringBoot's @PathVariable annotation automatically binds URL path parameters to method arguments, simplifying RESTful API development, reducing boilerplate code, and improving maintainability, with examples and advanced usage tips for developers.
This article demonstrates how to automate CRUD functionality in a Spring Boot application by adding MyBatisPlus, creating utility methods for query building and reflection, implementing a generic BaseController, configuring pagination support, and extending the controller for specific entities, providing a reusable RESTful API template.
This guide introduces Meilisearch, a lightweight, fast search engine with RESTful API, covering its features, Docker installation, index and settings management, document operations, and advanced search queries, while also showcasing a real‑world SpringBoot‑Vue e‑commerce project that integrates Meilisearch for instant, accurate results.
This article introduces the fundamentals of RESTful APIs and demonstrates how to install the Python requests library, send GET, POST, PUT, and DELETE requests, set custom headers, handle responses, manage sessions, and apply best‑practice tips for reliable API testing.
This article examines the rise of microservice architecture and compares major communication mechanisms—RESTful APIs, gRPC, and message queues—guiding developers on selecting the most suitable approach based on business requirements, system scale, and team expertise.
This comprehensive tutorial explains how to design and implement RESTful APIs with Spring Boot 3.2.5, covering all major HTTP methods (GET, HEAD, POST, PUT, DELETE, PATCH), best‑practice endpoint design, response handling, status‑code usage, pagination, filtering, versioning, caching, and security considerations.
A RESTful API is an HTTP‑based design that treats each resource as a URI, uses standard verbs (GET, POST, PUT, PATCH, DELETE) for CRUD operations, returns appropriate status codes, supports content negotiation, versioned secure endpoints, clear noun‑based naming, pagination, filtering, HATEOAS links, and avoids embedding actions or verbs in URLs.
This article introduces the concepts and core principles of RESTful APIs and provides a step‑by‑step Python Flask tutorial, including environment setup, code examples for CRUD operations, and guidance on testing, authentication, error handling, and versioning.
This article explains how to design a unified business error‑code system for RESTful APIs, demonstrates the structure and format of such codes, provides a Go implementation with structs, interfaces and formatting methods, and shows practical usage in a Gin web server including logging and notification strategies.
This article demonstrates how to automate CRUD operations in a Spring Boot application by leveraging MyBatisPlus, creating utility methods, a generic BaseController, pagination configuration, and extending it in concrete controllers, providing reusable code for rapid backend development.
This tutorial demonstrates how to automate CRUD functionality in a Spring Boot application by introducing MyBatisPlus, creating a reusable utility class, configuring pagination, and implementing a generic BaseController that can be extended by concrete controllers for any entity.
This guide walks through using the TuGraph graph database to design and deploy graph applications, covering real‑world scenarios, database selection, built‑in datasets, Docker/CentOS/Ubuntu deployment, model design, data import, debugging, operational monitoring, and integration with services or direct RESTful APIs.
This article explains what RESTful APIs are, outlines their architectural constraints, shares practical design guidelines such as using nouns in URIs, proper HTTP methods, status codes, versioning strategies, and demonstrates how Apache APISIX can enforce these practices and modernize legacy APIs without changing existing code.
This article details the overall backend architecture, module relationships, RESTful API design, database schemas, authentication flow, activity creation process, JSON schema validation, component platform APIs, and server‑side rendering considerations for a Node.js‑based service supporting editors, components, and end‑user pages.
This article presents a comprehensive set of practical guidelines for Spring Cloud microservice development, covering Maven project structure, core and starter modules, versioning conventions, service invocation via SDK and Feign, RESTful API design rules, and gateway responsibilities such as access control and gray release.
This tutorial explains the concept of idempotency, why it is needed for reliable APIs, the impact on system design, and provides four implementation strategies—including a detailed SpringBoot example that uses Redis tokens, Lua scripts, and unit tests—to ensure that repeated requests produce the same result without side effects.
This article explains the concept of idempotency, why it is needed for HTTP interfaces, its impact on system design, and presents four practical backend solutions—including database primary keys, optimistic locking, anti‑repeat tokens, and downstream sequence numbers—followed by a complete SpringBoot example with Maven dependencies, Redis configuration, token utility code, controller, application starter, and test cases.