I didn't feel like my code became better or easier to maintain, after reading other programming advice books, including "Clean Code".
A distant second recommendation is Programming Pearls, which had some gems in it.
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I didn't feel like my code became better or easier to maintain, after reading other programming advice books, including "Clean Code".
A distant second recommendation is Programming Pearls, which had some gems in it.
john ousterhout's book is the only book on how to write software that has any actual evidence behind it. i highly recommend it as the only book to read on how to write code. and uncle bob, well, best to avoid his stuff as much as possible. clean code takes away about 5 years from every dev's life as they think they need to read it to become an intermediate developer and one they realize that is not the way, can they…
When I first read the book I'd already been programming for 10 years, but I was in my first job out of college. I'd heard a lot about the book and so I trusted what it had to say. I let it override how I would have written code because I figured coding professionally was just far different than what I would consider the best way to write code.
Interestingly, 5 years sounds about right for how long it took me to finally start trusting my own judgement. I think it was a combination of being more confident in myself but also because I was doing larger projects and it was more frequent that I was putting down a project and then coming back a couple months later. That's how I was able to see how bad the code was to work with once my mental model of it had flittered away.
Now I take a much less strict approach to my code and I find it a lot better to work with later.
There is an important case for comments that neither of them touched on. Sometimes you are dealing with bugs or counterintuitive processes beyond your control. For example, I am writing some driver software for a USB device right now. It is so easy to get the device into a bad state, even when staying within the documented protocol. Every time I implement a workaround, or figure out exactly how the device expects a m…
Uncle Bob's insistence that functions should be 2-4 lines long is baffling to me. I don't understand how he can be taken seriously. Is there a single application in the entire world with substantial functionality that conforms to this rule?
It is all as bad as you imagine. Functionality is spread out all of the place so it is very difficult to reason about how it all hangs together.
john ousterhout's book is the only book on how to write software that has any actual evidence behind it. i highly recommend it as the only book to read on how to write code. and uncle bob, well, best to avoid his stuff as much as possible. clean code takes away about 5 years from every dev's life as they think they need to read it to become an intermediate developer and one they realize that is not the way, can they…
That book really poisons the mind. Even if there's some good things to learn in there, it's stashed among a lot of advice that is either plain bad or needs asterisks. But there aren't really any asterisks and instead it presents what look like rules that you shouldn't be breaking if you want to be a good programmer. When I first read the book I'd already been programming for 10 years, but I was in my first job out of…
I see this a lot, especially among more junior programmers. I think it likely stems from insecurity with taking responsibility for making decisions that could be wrong. It makes sense, but I can’t help but feel it is failing to take responsibility for the decisions that are the job of engineering. Engineering is ultimately about choosing the appropriate tradeoffs for a specific situation. If there was a universally “best” solution or easy rule to follow, they wouldn’t need any engineers.
I can just tell that John Ousterhout works with much better developers on average than UB and that probably informs their biases.
Both books are bad, but APOSD is my most disliked technical book ever. CC is at least interesting as an exercise to see that critics are way too uncharitable. Kernighan and Pike's The Practice of Programming is far better than either. And https://antirez.com/news/124 is one of the few good discourses on comments out there, something as a profession we care way too much about when the cost of doing it "wrong" is typically so low.
There is an important case for comments that neither of them touched on. Sometimes you are dealing with bugs or counterintuitive processes beyond your control. For example, I am writing some driver software for a USB device right now. It is so easy to get the device into a bad state, even when staying within the documented protocol. Every time I implement a workaround, or figure out exactly how the device expects a m…
Yep. Method names make terrible comments. No spaces, hard to visually parse, and that's before acronyms and ambiguity enter the conversation.
As the person who often writes borderline-essay-length comment blocks explaining particularly spooky behaviors or things to keep in mind when dealing with a piece of counterintuitive/sensitive/scary code, my reason for mega-commenting is even simpler: all the stuff I put in comments should absolutely instead live in adjacent documentation (or ADRs, troubleshooting logs, runbooks, etc). When I put it in those places, people do not read it, and then they do the wrong things with the code. When I put it in comments, they read it, as evidenced by the rate of "that bug caused by updating the scary code in the wrong way happened again"-type events dropping to zero. It's easier to fix comment blocks than it is to fix engineers.