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所在平台: Udemy |
课程主页: https://www.udemy.com/course/solid-principle-with-real-world-and-live-coding-example/
课程评论：没有评论
课程名称：实际案例与现场编码示例的 SOLID 原则 课程概述：理解 SOLID 原则背后的基础思想至关重要。当你拥有坚实的基础时，编写高质量代码将变得自然而然。虽然网上有许多免费的 YouTube 视频讲解 SOLID，但通常缺乏连贯性，且未能提供恰当的类比或代码示例。本课程旨在通过精心挑选的类比和代码片段，全面概述 SOLID 原则，以帮助概念深入人心。课程通过日常生活中的具体例子和视觉表现形式强调这些要点，让学员学习如何设计干净且易于维护的软件系统，并加深对软件架构的理解。 SOLID 原则历经四十年的学术研究和行业经验的提炼，提供了普遍适用、经过时间考验的高质量软件开发工具。SOLID 代表五个原则：单一职责原则、开放/关闭原则、里氏替换原则、接口隔离原则和依赖倒置原则。 通过本课程，你将深入理解 SOLID 原则及其重要性，认识到实施这些原则能够提升代码的灵活性、可扩展性和可读性。最终，你将亲身体验与 SOLID 代码协作的乐趣。
It's essential to understand the foundational ideas behind SOLID. Writing good code will come naturally to you once you have a solid foundation. There are many free YouTube videos on SOLID, but they frequently lack coherence and don't use the right analogies or code examples. With carefully chosen analogies and code snippets that will help the concepts stick, this course aims to give a thorough overview of SOLID principles. The points are emphasized using concrete examples from everyday life and visual representations. You will learn how to design clean and maintainable software systems using SOLID principles. You will gain a deeper understanding of software architecture by learning SOLID principles.Over four decades of academic research and industry experience have distilled SOLID principles. SOLID principles provide universal, time-proven tools for delivering high-quality software.The acronym SOLID stands for five principles:Single Responsibility PrincipleOpen Closed PrincipleLiskov Substitution PrincipleInterface Segregation PrincipleDependency Inversion PrincipleThroughout this course, you will gain an in-depth understanding of the SOLID principles and their significance. You will come to realize how implementing these principles can enhance the flexibility, extensibility, and readability of your code. Ultimately, you will experience firsthand the sheer pleasure of working with SOLID code.
