Working Effectively with Legacy Code. Prentice Hall, 2008.Feathers, M.C.: Working Effectively with Legacy Code. Prentice-Hall, Englewood Cliffs (2005)Feathers, M., 2004. Working Effectively with Legacy Code, Pr
But I’d recommend starting with Working Effectively with Legacy Code. If you want to refactor your code, you first need to put tests on it. And putting tests on an existing, tangled mess is the point of Michael Feathers’ book. But the code examples are in Java and C++ and I do ...
Working Effectively with Legacy Code (Robert C. Martin Series): Michael Feathers: Books I’ve just finished the above book, which was recommended to me by Jeffrey Palermo a few months ago. It is one of the most useful software development books I’ve read since Code Complete. I wish I’...
Michael on Twitter Michael Feather's blog Read:Working Effectively with Legacy Code Subscribe: Download:MP3 Full Show #165 Playin your browser Do alsoremember the complete archivesare always up and they havePDF Transcripts, a little known feature that show up a few weeks after each show. ...
Working Effectively with Legacy Code 修改代码的艺术 Michael C. Feathers力作点赞(0) 踩踩(0) 反馈 所需:1 积分 电信网络下载 factorise 2025-04-02 05:10:37 积分:1 factorization 2025-04-02 05:10:05 积分:1 小功率电源 2025-04-02 05:01:43 积分:1 ...
workingeffectivelywithlegacycode.rar_michael 利用传统代码有效地工作,Michael C. Feathers 著 上传者:weixin_42659252时间:2022-09-19 基于深度强化学习与符号智能的足球机器人行为控制方法优化研究.zip.zip 基于深度强化学习与符号智能的足球机器人行为控制方法优化研究.zip.zip ...
Working with legacy code can have many potential problems that need to be addressed. In his book, Working Effectively With Legacy Code, Michael C. Feathers offers a further definition that speaks to the difficulty in knowing what a piece of legacy code can do: "To me, legacy code is ...
workingeffectivelywithlegacycode.rar_michael 利用传统代码有效地工作,Michael C. Feathers 著 上传者:weixin_42659252时间:2022-09-19 贝叶斯优化超参数和通过交叉验证比较多个回归器,包括ANN、SVM、集成方法、GPR、RT、核方法等Matllab代码.rar 1.版本:matlab2014/2019a/2024a 2.附赠案例数据可直接运行。 3.代码特...
"Working Effectively with Legacy Code" 通常指如何有效地处理和利用旧的、遗留的代码。这可能包括以下方面: 1. 理解代码:首先需要深入理解代码的工作原理,包括其设计目的、使用的技术栈以及它所解决的问题。 2. 问题识别:识别代码中存在的问题,比如性能问题、安全问题、可维护性问题等。 3. 技术迁移:如果可能的话...
(3) 最灾难的是Chapter 25 - Dependency-Breaking Techniques。一共 24 个重构/测试小技巧,我今天才发现作者是按小技巧名字的首字母排序的!然后这些小技巧的名字还是作者自己起的,所以这个顺序本质上是随机的。大哥你好歹分一下类吧?有的技巧是修改测试目标类、有的是修改 dependency,大部分是 object seam 的范畴...