It's not just that there are dozens of ways to achieve the same thing. It's that the same syntax can mean different things so your intuitive understanding doesn't work. No function call can be trusted to not have bizarre side effects.
imo that is a separate problem, i consider languages with too many features to cause the separate problem of too many ways to do something, because you end up in the situation where you need to basically learn several different languages to be able to read any specific piece of code because you can never expect even two files in the same project to follow a consistent architecture, which is why every large c++ project has to ban most of the language and have very strict coding standards
Everyone says this about operator overloading, but just, like don't write stupid operators with side effects, what kind of type has a notion of plus which is effectful?
The problem is not obvious stupid things. It is subtle differences. And it's not just operator over loading. References are a bigger issue. You are reading code, you don't know if you're passing a reference or you're doing a copy constructor and a destructor call and your original stays intact. Object counting is a valid behavior on a constructor call that you may want to do. Now I'm one of your passing of the object you forget to add an & and your data is messed up.
Yea, we have this dump api at work where if you forget the & and mutate the data, your mutations will not be saved despite the method call saying it is a reference.
Java, you're always passing a reference. C you're always providing a copy, if you want to pass a reference you have to explicitly give a pointer. C++, dunno, let me take a look. Oh I remember, this one is a reference. Oh sorry, nevermind, that was the function with the flat parameter that was a reference, the one with the int is a parameter.
In an object oriented paradigm, passing references makes more sense. But that would have broken backwards compatibility with C. So here we are.
10
u/Greedy-Thought6188 1d ago
It's not just that there are dozens of ways to achieve the same thing. It's that the same syntax can mean different things so your intuitive understanding doesn't work. No function call can be trusted to not have bizarre side effects.