Table of contents
2. Introduction of seed students
3. Summary of homework stickers
6. Students have something to say
8. Friendship recommendation letter
1. Write in front
Time flies, and it has been some time since the launch of the third phase of the [Salute to the Future Siege Lion Project], let us take a look at the learning results of the students.
For the activity plan of the third phase, if you are interested, please refer to here: [End] [Big launch] "Salute to Future Engineers Program", the third phase of the plan has successfully concluded. . . -CSDN Community
2. Introduction of seed students
This program has attracted ( approved ) a total of 8 children's shoes to join the study plan, many of whom are friends with multiple identities, such as embedded majors, Internet of Things majors, computer science majors, electronic hobbyists, etc. Everyone's learning atmosphere is very good, discussing and researching together, the quality of one month's study may be equivalent to your one semester's study.
The following is a brief introduction of them, and you are welcome to go to their blog homepage to learn more; if you are interested in their technology, you are very welcome to make a bridge connection.
[Note: The following rankings are in no particular order]
| serial number | Nick name | brief introduction | blog home page | Remark |
| 1 | Work hard to fill up the skill tree | I am a freshman, currently studying electricity knowledge at school, and supplementing programming knowledge outside of class. I am very glad to be able to learn and grow with you here, and I look forward to more outstanding partners emerging from our team. Let's work together! | Try to fill up the skill tree https://blog.csdn.net/weixin_71098527?type=bbs |
Participants |
| 2 | Cegam poilu | Hello everyone! I am a novice who has just stepped into the society. I am currently engaged in product function testing and development, and my major is mechanical and electronic engineering. This major is biased towards the hardware direction, and I didn't have much project experience during school. The gadgets he has made include 'FM radio', 'digital clock', 'music player'... etc. With the help of his teacher, Bi She completed the design of an information management system, which basically realized data collection under actual working conditions With the front-end data management, the hardware is used to collect the data of the experimental machine, and then the sampling information is stored in the local database. The front-end is based on the Taobao image to create a real-time data monitoring and management interface. During my school days, I played at least 4 games of badminton for no less than 2 hours almost every week. Although the time will be less now, there will still be 3 to 4 court training sessions every month. |
Cegaminpoilu Cegaminpoilu_-CSDN Blog |
Participants |
| 3 | Wei Tiechui loves to touch fish | I am Wei Jiayi, a full-stack engineer. I was the first to do full-stack, but in 2022 I started to get in touch with embedded IoT development. By chance, I participated in the OpenHarmony open source co-construction activity. Through participating in this activity I am becoming more and more fascinated with embedded technology. I participated in activities while learning, submitted PR, and finally successfully led more than 30 team members into PR, won the fifth place in the team leader's evaluation, and won rich prizes. There is no harm in giving up and learning more things. I hope to work hard with everyone to learn embedded! | Wei Tiehammer Loves Fishing Wei Tiehammer Loves Fishing_CSDN Blog |
Participants |
| 4 | gray sea loose | I am Jing Qing, a student majoring in the Internet of Things. I am still learning the embedded stage. I have some programming languages, single-chip microcomputers, and basic operating systems. I am a csdn embedded blogger who is more interested in the direction of control. I hope to learn more from you. comminicate! | gray sea loose |
Participants |
| 5 | Cabbage-10086 | Hello everyone, I am Zhang Shuo from Anhui who is studying embedded technology. I am still in the learning stage. I have learned some single-chip microcomputers and androids. The single-chip microcomputers include STM32, Godson, arduino, and 51. I think the direction of the Internet of Things is very interesting. Next, I want to learn Regarding the knowledge of the direction of the Internet of Things, I like to DIY some interesting works with single-chip microcomputers. I am very happy to learn with you. I hope that I can make progress with you in the future and work hard together. | Cabbage-10086 |
Participants |
| 6 | 13 year old shy boy | I am student Ren Xiaoyu. I am currently studying embedded technology. I have studied stm32 chips, Godson 1B, and arduino chips. A little bit of Rtthread will be used on the OS. Currently a student, loves to learn new things and has participated in many competitions at school. Then here I hope to learn and grow together with you, so as to improve my learning ability and professional level. | Embedded Learning and Practice Embedded Learning and Practice_RT Thread,RT Thread Studio-CSDN Blog |
Participants |
| 7 | abc i remember | Hello, I am Xiaobai Shangyaowen from Anhui who is studying embedded technology. I am still in the learning stage. I have learned some single-chip microcomputers and languages. The single-chip microcomputers include STM32F103, STMF407, Arduino, and STC51. I have learned C language and Python. The direction of networking is very interesting. Next, I want to learn about the direction of the Internet of Things. I like to DIY some interesting works with single-chip microcomputers. I am very happy to learn with you. I hope that I can make progress with you in the future and work hard together. | abc i remember |
Participants |
| 8 | know me 94 | I am a college student from Wuhu Vocational and Technical College in Wuhu City, Anhui Province. I focus on learning the embedded field. I use my spare time to DIY some things. I am very interested in the knowledge of single-chip microcomputers. The current knowledge learned is relatively shallow. I hope that through this opportunity, I can learn more knowledge, strengthen my abilities, be good at solving difficulties and overcome them, and hope that I can learn more knowledge that is not accessible in the classroom by following the big guys. | Know Me 94 Know Me 94_-CSDN Blog |
Participants |
3. Summary of homework stickers
As shown in the table below, the following rankings are in no particular order, and dozens of posts have been output in total:
| serial number | Nick name | Summary of homework posts (because there are too many posts, it is inconvenient to post comprehensively, I will select one for each student) | Li Ken Comments |
| 1 | Work hard to fill up the skill tree | [Salute to the future siege lion plan] The third phase of the challenge to learn to clock in for 30 days (6/30): use RASC to generate Keil projects_Strive to point full skill tree blog-CSDN Blog | The student has completed the output of 6 blog posts and checked in 5 times, but failed to keep checking in continuously, so he cannot get bonus points. Judging from the content of the output blog posts, relatively speaking, they are all theoretical things. Many blog posts are excerpted from datasheets or tutorial documents at length. Convincing, I hope that in the follow-up study, I can strengthen my practical ability and further improve my technical strength. |
| 2 | Cegam poilu | [Salute to the future siege lion plan] Check in for the sixth day in a row__ GPIO input detection-CSDN Community | On the whole, the student's learning is shallow. Judging from the output of some check-in content, the content is superficial, and it should be that it has not actually participated in the self-construction and debugging of some projects, and the effective content that can be produced is also relatively small. I hope that I will participate in other study plans in the future, so that I can devote myself to study more attentively, and come on. |
| 3 | Wei Tiechui loves to touch fish | no yet | Due to lack of time to participate in the learning plan, the blog homepage and the community have no blog post output, and cannot be evaluated. |
| 4 | gray sea loose | [Salute to the future Siege Lion Project] Punch 5: Activity Summary-CSDN Community | The student did not participate much in the early stage of the learning plan, and only learned some things in the second half of the study; from the output of the blog post, the basic content such as environment construction, LED lighting, and button detection was basically completed. preset learning objectives. But my hope is far from enough, I can learn more in depth, and I sincerely hope that this study plan is not the end, but a new beginning, and I will definitely gain more by investing in the new study area. come on. |
| 5 | Cabbage-10086 | A tribute to the future siege lion plan] the tenth day of continuous check-in: external interruption-CSDN community | 该学员学习还是比较勤快，从还未拿到开发板到开发板到位后，都在学习一些理论知识及自己动手调试实际的应用程序，这一点是值得肯定的；从输出的博文内容看，基本覆盖了开发环境搭建、点亮LED、串口、定时器、I2C、ADC、DMAC、WDT等基础模块，不过有些模块看似只有理论学习，并没有动手调试，希望后续能够看到更多实际调试的案例。在学习打卡这一块，能够坚持一定的天数，但未能坚持够15天，也是一个小小遗憾，希望后续的学习能够更加努力，专业技能更上一层楼。 |
| 6 | 13岁腼腆男孩 | 【致敬未来的攻城狮计划】— 打卡3：入门点亮LED灯_13岁腼腆男孩的博客-CSDN博客 | 该学员投入学习的内容较少，从输出的博文数量上看，刚好满足学习目标，而从博文的具体内容上看，又稍微显得有点空洞，没有太多自我学习的体现；希望后续再参加类似的学习计划中，能够投入更多的学习劲，努力提升自己的技术实力。加油。 |
| 7 | abc我记得 | 【致敬未来的攻城狮计划】— 连续打卡第六天：串口通信-CSDN社区 | 该学员学习的内容也是较为丰富，能够覆盖到开发环境搭建、LED灯操作、GCC、串口、中断、定时器、DAC、I2C、DMAC/DTC等核心模块，并将它们的理论知识结合起来，体现在自己的博客中，这是一个不错的实践。再看博文的整体格式和内容，还是写得比较规范，有代码和展示图片，看得出来有花一定的心思去学习，也是希望能够再接再厉，接着把RA2E!这个开发板给学深入下去。加油。 |
| 8 | 知我94 | 【致敬嵌入式攻城狮第三期活动预热征文】【致敬未来工程师计划】打卡第一天阅读官方使用手册_知我94的博客-CSDN博客 | 该学员积极参与学习计划，并付出毅力参与打卡，完成了连续17天打卡的不错成绩。从输出的博文和帖子来看，该学员完成了开发环境、uart、定时器、外部中断等主要模块，基本达到了学习的目标；希望后续能够坚持学习，把RA2E1开发板给学透，期待学习成果更上一层楼。 |
四、小小总结
作为第3期举办这样的学习计划，我小小总结一下：
- 首先，还是很感谢大家能参与到这个学习计划中来；
- 本期致敬活动，相对来说，我给了大家很大的自主学习性，也是因为社区中已经有大量关于RA2E1这块板子的学习资料，我相信大家通过一些简单的培训，加上社区的内容就可以很好的去完成自主学习；
- 为了激励大家积极参与学习打卡，我自己也全程参与30天连续打卡的挑战，最后我挑战成功了，我也为我自己感到骄傲；
- 本次致敬活动，第一次采用付费押金制，目的不是为了赚大家的钱，而是希望大家有押金的压力，而迫使自己更深心地投入到开发板的学习中去；希望大家都能取得不错的学习成果；
- 另一方面，在这一期中，我发现大家并没有把学习备忘录给用好，希望后续大家能够养成备忘录的习惯吧；
- 从最后的学习成果来看，绝大部分学员都能够积极参与学习并完成基础的学习目标，也希望大家能够再接再厉，在将来的学习中更上一层楼。
五、获奖公布
根据 【致敬未来的攻城狮计划】任务提交及奖惩措施的相关说明-CSDN社区 的标准，对本期参与的8位童鞋进行定量打分，经核对，选出排名前3位学员，获得优异表彰。
详细的得分细节已在学习群内公开。在这里，再次获得优异学员的每一位，可以从 【已结束】【重磅推出】《致敬未来的工程师计划》，第3期计划圆满结束。。。-CSDN社区 挑选一本自己喜爱的书籍，将会包邮送出。如果这里没有自己喜爱的书，可以把赠书名额寄存在我这，后续有喜欢的赠书，可以直接赠送。
赠书的简介见本文第八章节。
六、学员有话说
本期学习计划完成后，我向大家征求了一份汇总统计，一起来看看大家最真实的投票吧。
根据打分情况，看来我需要提升的地方还不少，大家一起加油。 更多关于学员有话说，请看这里 【致敬未来的攻城狮计划】第3期 学员有话说-CSDN社区
七、特别致谢
最后对本期《致敬未来的攻城狮计划》的圆满收官，说一声感谢，特别要谢谢以下朋友（平台）：
- 瑞萨MCU的Andy，对本次学习计划的学习开发板的大量供应；
- 机械工业出版社的旺财哥，对本次3名优异学员的技术图书的大力赞助；
- CSDN平台对本次学习计划的承办，提供了博客平台和社区平台的必要支持，并对活动的推广曝光帮助非常大，感谢CSDN的邹总、王总、范博士、萌主，以及运营团队的小伙伴们；也非常感谢CSDN对本次学习计划的大力支持；
- 外围器件触摸IC-demo板赞助商厦门晶尊微电子科技有限公司 (icman.cn) 林总的大力支持；
- 最重要的还是要谢谢倾力参与本次学习计划的优秀的你们，谢谢你们的支持与鼓励。
加油，技术人，未来都会变得更加好。
八、友情荐书
本期给大家重点推荐优秀学员获赠的两本书，都是非常棒的技术专业书。
《速学Python：程序设计从入门到进阶》
京东购买链接：https://item.jd.com/10069896859885.html
内容简介
《速学Python：程序设计从入门到进阶》面向没有任何编程基础的初学者。
全书共9章，
第1、2章以尽可能少的篇幅，完成了对编程环境的搭建、编程的基本概念、Python语法、数据结构、面向对象编程技巧的讲述，这一部分内容虽然简单，但它对初学者非常重要，只有完成这一部分内容的学习，才能够继续深入。
第3～6章是对第1、2章内容的深入与补充，主要是搭建更好的开发环境，更详细地讲述数据结构与函数，并通过编写一个计算器程序，深入了解解释器的基本工作原理以及面向对象编程。
第7～9章讲述了如何创建程序的可视化界面，将Python程序打包为可执行程序并使用主流数据库进行数据存储，继而实现数据分析与数据图表的生成。第9章是Python语言*大优势的体现，通过引入第三方库或调用网络接口，可以快速完成应用程序的编写。
本书适合刚接触Python的初学者以及希望使用Python处理和分析数据的读者，也可作为编程爱好者学习和使用Python的工具书或参考资料。
《Linux安全实战》
Jingdong purchase link: https://item.jd.com/13727671.html
brief introduction
This book focuses on Linux network security, emphasizing actual combat. The book consists of 13 chapters, introduced from the concept of network, respectively introduces the basic knowledge related to the network, virtual private network, network firewall, network analysis tools, user permissions, file system, software package, application security, security scanning tools, backup important data , intrusion detection technology, log and audit tools, and comprehensive cases of user rights management in the production environment, taking into account both theory and practical operations.
This book combines the core knowledge of Linux network security with practical application cases. It is equipped with a large number of practical cases. Readers can read and operate at the same time. There are corresponding video explanations for some key and difficult points. QR code can be viewed in real time. This book is equipped with specific "practical" cases for knowledge points for readers to practice; each chapter also carefully prepares "practical cases" for readers to consolidate and practice the knowledge learned in this chapter; set "experts have something to say" and "knowledge "Expand" links to help readers expand their knowledge; at the same time, this book also provides rich learning resources such as program source code, teaching videos, and PPT for teaching, to help readers better learn the core knowledge of Linux network security technology.
This book covers actual network security cases of different difficulties in Linux, and is suitable for readers such as network security engineers, Linux operation and maintenance personnel, software developers, system administrators, and teachers and students of computer-related majors in colleges and universities.
