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所在平台: Udemy |
课程主页: https://www.udemy.com/course/making-your-game-cheat-from-0-to-1/
课程评论：没有评论
课程名称：Windows上的游戏作弊与软件黑客入门 课程概述：本课程主要讲授Windows平台上的实际游戏 破解技术，完成课程后，您将能够在任何游戏中制作作弊程序。同时，您将获得大量可重用的源代码、工具和技能，适用于您下一个游戏的开发。课程适合对游戏作弊感兴趣的学习者，将培养您在软件黑客方面的基本技能，尤其是游戏破解技术。课程内容包括如何为《植物大战僵尸》编写自己的游戏作弊代码，以及通过实际的逆向工程技术分析游戏数据。此外，您还将了解制作游戏作弊的工程原理，例如如何实现无限金币、无限积分、无敌角色等。 除了游戏破解，所学的技能也可广泛应用于传统软件安全行业的多个领域，例如恶意软件行为分析、凭证窃取和木马分析等。对于安全防御人员，您将能够更深入地理解黑客每日对您商业产品的攻击，从而更有效地应对公司安全事件。对于程序员，通过学习软件汇编级别的分析、调试和逆向工程技能，您能够从根本上解决编程问题，了解问题背后的机制，大大拓宽您的视野，并增强解决高层次问题所需的低层次知识积累，如调用堆栈问题、指令不对齐问题等。 欢迎对游戏破解和软件安全有兴趣的学生加入本课程，提升您的技能和知识！
Generally, This course covers about practical game hack in Windows and you will understand how to make a cheat in ANY games after this course, you also getting ton of source code , tools and skills that are able to be reused on your next game other than the sample oneFor anyone who interested in game cheating, this course is going to teach you a general skill in software hacking , especially in game hack, after this course you are able write you own game cheat for plants vs. zombie. You are going to learn how to analysis the game data by practical reverse engineering techniques as well as some tools, and also you are going understanding the engineering part of game cheat, how can we make a cheat in real world? like unlimited coins, unlimited points, unlimited everything, invincible character, etc.Except for the game hacking, the skillset can also be generally applied into different cases of traditional software security industry, such as, malware behavior analysis, credential steal, and Trojan analysis, etc.For defensive security folks, you will have better understanding what is the hacker doing everyday to your commercial product, so that you are able to provide more concrete respond to your company's security incident. For programmer, by learning software assembly level analysis / debugging / reverse engineering skills, you are able to troubleshoot your programming problem by its nature, and getting the idea what's the things happening behind your problem, and what behind the scene, it will exponentially open your eyes and increase your experience and knowledge base for solving the high level problems from low-level perspectives, for example, calling-stack problem, instruction unaligned problem, etc.
