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This comprehensive guide walks Go developers through the evolution of package management, explains how to initialize and configure Go modules, demonstrates practical dependency handling, and shares best practices and advanced techniques for building maintainable, modular Go applications.
Spring Boot enables modular backend development by placing each feature in its own Maven module and using @Import (or custom annotations, ImportSelector, ImportBeanDefinitionRegistrar, and @ConditionalOnProperty) to load configuration classes, scan components, and conditionally register beans while keeping the application a single monolithic program.
This article explains how to use Spring Boot's @Import annotation to modularize a monolithic application by splitting functionality into Maven modules, configuring component scanning, creating custom annotations, and leveraging ImportSelector and ImportBeanDefinitionRegistrar for dynamic bean registration and conditional loading.
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SOFABoot, an open‑source framework from Ant Financial built on Spring Boot, enhances microservice development by adding readiness checks, class isolation via SOFAArk, log space isolation, unified middleware integration, and modular development support, helping prevent class conflicts and simplify large‑scale service deployments.
This article outlines JD's iOS modular development strategy, covering background, goals, code decoupling, custom routing protocols, AppDelegate hooking, Cocoapods management, the iBiu system, configuration tables, automation scripts, CI integration, and practical deployment steps.
This article explains the core concepts of a .NET plugin framework, illustrates its structure with diagrams, demonstrates practical development and deployment workflows, enumerates its advantages for team collaboration and modularity, and compares OSGi.NET with other popular .NET plugin solutions.
The article presents an in‑depth technical overview of Qunar's Spider framework for Android modular development, describing its component model, architecture, development workflow, performance benefits, comparison with other dynamic‑loading solutions, and step‑by‑step guidance for building and releasing Spider‑based apps.
This article introduces the Spider framework used at Qunar for Android modular development, explaining its architecture, component model, development and release workflow, performance benefits, dynamic loading features, and provides a quick‑start guide with examples and resources.