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所在平台: Udemy |
课程主页: https://www.udemy.com/course/a-step-by-step-guide-to-structured-authoring-using-dita/
课程评论：没有评论
DITA XML结构化写作入门指南 (Coursera课程总结) 本课程提供了一个详细的 DITA XML 结构化写作分步指南，旨在帮助学习者掌握 DITA 框架，并重点介绍如何使用 Oxygen 工具进行实践。 **核心内容包括：** * **DITA 基础与最佳实践：** 深入理解 DITA 方法论的基本概念和核心原则。 * **主题式写作：** 学习如何创建和管理各种类型的主题，包括： * 概念主题 (Concept Topics) * 任务主题 (Task Topics) * 参考和故障排除主题 (Reference and Troubleshooting Topics) * 词汇表 (Glossary) * **适应 DITA：** 探讨在采用新的写作模式之前需要进行的准备和调整。 * **地图与书籍地图：** 学习如何编译地图 (Maps) 和书籍地图 (Bookmaps)，将主题组织成有逻辑的结构。 * **发布与输出：** 演示如何从单个 DITA 文件生成多种不同的输出格式。 * **学习方式：** 课程包含大量的演示和实验 (labs)，帮助学习者理解并实践 DITA 的各项细节。 **课程特点：** * **循序渐进：** 共计 10 个章节，从 DITA 的基本构造讲起，逐步深入。 * **实操导向：** 大量包含实际操作演示，让学习者亲手体验 DITA 的编写过程。 * **面向初学者：** 适合对结构化写作感兴趣的初学者，不包含高级主题，如链接、嵌套、分块和剖析等。 * **挑战与解决方案：** 课程还会探讨初期的挑战以及如何克服这些挑战，并进行必要的调整。 * **元素解析：** 讲解主题中常用的块级和内联元素。 * **强调实践：** 鼓励学习者在观看演示后进行实践，以加深对主题的掌握。 总之，本课程是学习 DITA XML 结构化写作的绝佳起点，通过 Oxygen 工具的实践，帮助学习者掌握内容创建和管理的核心技能。
A Step-by-step guide to structured authoring using DITA is a course that will help you learn the DITA framwork using oxygen tool. As part of the course you will learn the followingBest Practices, Topic-Based AuthoringAdapting To DITABasics of DITAKnow about Topics (Includes labs)Defining Task Topics (Includes labs)Knowing Concept Topics (Includes labs)Knowing Reference and Troubleshooting (Includes labs)Defining Glossary (Includes Labs)Compiling Maps and BookMaps (Includes labs)Publishing various outputs (Includes labs)Course has been divided in 10 sections, where it will help you understand the basic constructs of DITA methodology. It also explains, what all you need to change prior to adapting this new writing mode.This course will also outline the challenges that you may face in the initial phase. It will also help you understand , how to overcome those challenges and what all adjustments you need to make. This course include many demos to help you understand the nitty gritties of creating various topics , maps , bookmaps. This is a beginner level course and does not cover linking, nesting, chunking, profiling etc.In Addition, It also explains about the block and inline elements that are commonly used in topics. Towards the end, there are demos to explain how multiple output can be generated from one single file. Students must practice the subject after the demo class to enhance the grasp of subject.
