Dan Luu 写系统问题时，习惯先测量、再对照、最后才下结论。把「How I learned to program」放到智能体、评测和线上系统里，真正要问的是：默认做法会不会系统性失败。下面用中文整理成可执行的工程笔记，去掉原站导航和无关链接。

Ineffective fumbling (1980s – 1996)

Tavish Armstrong has a great document where he describes how and when he learned the programming skills he has . I like this idea because I've found that the paths that people take to get into programming are much more varied than stereotypes give credit for, and 一个稳妥判断是 it's useful to see that there are many possible paths into programming.

Personally, I spent a decade working as an electrical engineer before taking a programming job. When I talk to people about this, they often want to take away a smooth narrative of my history. Maybe it's that my math background gives me tools I can apply to a lot of problems, maybe it's that my hardware background gives me a good understanding of performance and testing, or maybe it's that the combination makes me a great fit for hardware/software co-desig

High school (1996 – 2000)

How'd that happen? Well, if we go back to the beginning, before becoming a hardware engineer, I spent a fair amount of time doing failed kid-projects (e.g., writing a tic-tac-toe game and AI) and not really "getting" programming. I do sometimes get a lot of value out of my math or hardware skills, but I suspect I could teach someone the actually applicable math and hardware skills I have in less than a year. Spending five years in a school and a decade in

And while I only use a small fraction of the technical skills I've learned on any given day, I find that I have a meta-skill set that I use all the time. There's nothing profound about the meta-skill set, but because I often work in new (to me) problem domains, I find my meta skillset to be more valuable than my actual skills. I don't think that you can communicate the importance of meta-skills (like communication) by writing a blog post any more than you

College (2000 – 2003)

Many of my friends and I tried and failed multiple times to learn how to program. We tried BASIC, and could write some simple loops, use conditionals, and print to the screen, but never figured out how to do anything fun or useful.

We were exposed to some kind of lego-related programming, uhhh, thing in school, but none of us had any idea how to do anything beyond what was in the instructions. While it was fun, it was no more educational than a video game and had a similar impact.

Grad school (2003 – 2005)

One of us got a game programming book . We read it, tried to do a few things, and made no progress.

Our ineffective fumbling continued through high school. Due to an interest in gaming, I got interested in benchmarking, which eventually led to learning about CPUs and CPU microarchitecture. This was in the early days of Google, before Google Scholar, and before most CS/EE papers could be found online for free, so this was mostly material from enthusiast sites. Luckily, the internet was relatively young, as were the users on the sites I frequented. Much of

First real job (2005 – 2013)

We had programming classes in high school: an introductory class that covered Visual Basic and an AP class that taught C++. Both classes were taught by someone who didn't really know how to program or how to teach programming. My class had a couple of kids who already knew how to program and would make good money doing programming competitions on topcoder when it opened , but they failed to test out of the intro class because that test included things like

The AP class the year after was similarly effective. About halfway through the class, a couple of students organized an independent study group which worked through an alternate textbook because the class was clearly not preparing us for the AP exam. I passed the AP exam because it was one of those multiple choice tests that's possible to pass without knowing the material.

Grad school, again (2008 – 2010)

Although I didn't learn much, I wouldn't have graduated high school if not for AP classes. I failed enough individual classes that I almost didn't have enough credits to graduate. I got those necessary credits for two reasons: first, a lot of the teachers had a deal where, if you scored well on the AP exam, they would give you a passing grade in the class (usually an A, but sometimes a B). Even that wouldn't have been enough if my chemistry teacher hadn't

Other than not failing out of high school, I'm not sure I got much out of my AP classes. My AP CS class actually had a net negative effect on my learning to program because the AP test let me opt out of the first two intro CS classes in college (an introduction to programming and a data structures course). In retrospect, I should have taken the intro classes, but I didn't, which left me with huge holes in my knowledge that I didn't really fill in for nearl

值得单独记下的观察

• We value writing! I don't think it makes sense to write full-time or even half-time, but you join my team where we support writing and you can write as a 20%-time project or in your spare time!
• Uhhh, we could work something out, but why would anyone who can program want to write?
• Do you use source control?
• Can you make a build in one step?
• Do you make (at least) daily builds?
• Do you have a bug database?
• If you happen to have contact information for Mr. Swanson, I'd love to be able to send a note saying thanks. [return]
• Wayne Dickey, Richard Brualdi, Andreas Seeger, and a visiting professor whose name escapes me. [return]

落地时建议先做的 5 件事

1. 用自己的真实负载测，而不是只用公开榜或厂商数字。
2. 把评测设计成能抓到失败模式：平均分好看但尾部崩溃，仍然算失败。
3. 智能体默认不会好好用测试；要写进流程，而不是写在口头规范里。
4. 性能和正确性都要有基线，改模型或改语言前后必须能对比。
5. 结论写成可回滚的决策：哪一版配置、哪一版评测集、谁签字。

和智能体产品怎么接

龙虾PRO做 OpenClaw 落地时，同样吃「先测量再扩面」这条纪律：技能、数字员工和网关都要有可复现评测，而不是只看一次演示通过。

本文侧重全链路风控方法论。落地时请用自身业务单据做回放验证，不要把示例阈值直接当生产策略。 相关：风控体检 · 方案资源