it’s really fucking with me that neither axis follows a progressive ordering so I’m going to post a fixed (debugged) version. EDIT: lmao this is the most fucked up, inconsistent alignment chart I’ve seen. here it is fixed:
everything -> sometimes -> nothing
know -> not sure -> don’t know
Thank god
haha nice work, that is an improvement :)
i have so may questions; why are the top right and dead center duplicates? why do they have different images? why are the phrases inconsistent? why are the images and phrases distributed at random? how did you miss this?
the best thing about memes is that anybody can take it and remix it to make it better :)
fair point
Where does “it used to work, but now it doesn’t, and I don’t understand how it could ever have worked” fit in?
One thing, I don’t know why
There might be a bug in the labeling code here
You doubled the “everything works, and I don’t know why”
Do you know why?
I helped a friend debug a script last week that was working inconsistently in really weird ways. I looked at the script and it was all event hooks littered with sleep calls. I told him he was basically fuzz testing his own script and then getting surprised when he found race conditions. Shit was wild. Also, sometimes getters in Python are a mistake.
I find setters/getters are generally an antipattern because they obfuscate behavior. When you access a field you know what it looks like, but if you pass it through some implicit transformation in a getter then you have to know what that was.
Yeah. I can understand the use case when it’s something relating to keeping simple state in sync by replacing it with derived state. But this particular case was flushing a cache after each get, which made each get of the property non-deterministic based on the class’s state.
lol yeah that sounds like a nightmare
Aren’t setters and getters discouraged in Python?
I remember reading something like, “This isn’t C++ , and Python doesn’t have private vars. Just set the var directly.”
In the way that’s common in languages like Java where you’re making a property read-only, yes. But there’s a whole protocol in Python called descriptors where you can override the . on a field. The most common form of these is class methods annotated with the @property annotation, which makes it so the method can be accessed as if it were a property.
the “sometimes works, don’t know why” is the most maddening, I love tearing my hair out just trying to get it to fail reliabily so I’ve got a single hint
Any problem that’s not repeatable is incredibly frustrating, and you’re rarely sure if you’ve truly fixed it in the end.
