Ok after reading the article this is bullshit. It’s only because they are counting JavaScript and Typescript separately.
Thank god, Javascript is a mess.
I’ll still plug Scala for having the beauty of Python, the ecosystem of Java, the correctness of Rust, the concurrency of Go, and the power of Lisp.
I code both typescript and python professionally, and python is almost as much of a mess, just a different kind of mess. The package manager ecosystem is all over the place, nobody is agreeing on a build system, and the type system is still unable to represent fairly simple concepts when it comes to function typing. Also tons of libraries just ignore types altogether. I love it, but as a competitor to JavaScript in the messiness department it’s not a good horse.
the type system is still unable to represent fairly simple concepts when it comes to function typing
what do you mean by this?
My biggest pet peeve is the complete inability to annotate a set of known exceptions that a function raises in a machine readable way. The discussion about it is quite heated.
In fairness that approach hasn’t really worked in other languages. It was so unpopular in C++ that they actually removed the feature, which is almost unheard of. Java supports it too but it’s pretty rarely used in my experience. The only place I’ve seen it used is in Android. It’s unpopular enough there that Kotlin doesn’t support it.
Interesting. I’ve never felt a need for this, and as the other reply here said it was really unpopular in other languages.
I would have guessed you would have said something about how it’s annoying to type callable arguments, and how
Protocolexists but doesn’t seem that widely known.Definitely those used to be pain points, but they do exist now so type erasure after decorator application isn’t a problem anymore, which used to be another huge one for me.
The discussion around how unpopular it was in other languages seems like such an obvious side track to me. Typing in general went out of fashion and then made a comeback when it was opt-in, why wouldn’t the same apply to exceptions? Of course I’m not wanting warnings in every func call because of a potential MemoryCorruptionError, but if a library has some set of known exceptions as a de facto part of its interface then that’s currently completely unknown to me and my static type checker.
One kinda bad example is playwright. Almost all playwright functions have the chance to raise a TimeoutError, but even if you know this you’ll probably shoot yourself in the foot at least once because it’s not the built-in TimeoutError, oh no, it’s a custom implementation from the library. If you try to simply
try...except TimeoutError:, the exception will blow right by you and crash your script, you’ve got to import the correct TimeoutError. If it was properly typed then pyright would be able to warn you that you still need to catch the other kind of TimeoutError. It’s a bad example because like I said almost all playwright functions can raise this error so you’d get a lot of warnings, but it also demonstrates well the hidden interface problem we have right now, and it’s the most recent one that screwed me, so it’s the one I remember off the top of my head.
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Typescript is far nicer than Python though. Well I will give Python one point: arbitrary precision integers was absolutely the right decision. Dealing with u64s in Typescript is a right pain.
But apart from that it’s difficult to see a single point on which Python is clearly better than Typescript:
- Static typing. Pyright is great but it’s entirely optional and rarely used. Typescript obviously wins here.
- Tooling. Deno is fantastic but even if we regress to Node/NPM it’s still a million miles better than the absolute dog shit pile of vomit that is Pip & venv. Sorry Python but admit your flaws.
uvis a shining beacon of light here but I have little hope that the upstream Python devs will recognise that they need to immediately ditch pip in favour of officially endorsinguv. No. They’ll keep it on the sidelines until theuvdevs run out of hope and money and give up. - Performance. Well I don’t need to say more.
- Language sanity. They’re pretty on par here I think - both so-so. JavaScript has big warts (the whole prototype system was clearly a dumb idea) but you can easily avoid them, especially with ESLint. But Python has equally but warts that Pylint will tell you about, e.g. having to tediously specify the encoding for every file access.
- Libraries & ecosystem. Again I would say there’s no much in it. You’d obviously be insane to use Python for anything web related (unless it’s for Django which is admittedly decent). On the other hand Python clearly dominates in AI, at least if you don’t care about actually deploying anything.
Language sanity. They’re pretty on par here I think
[1] + [2] "12"A sane language, you say.
const foo = 'hello' const bar = { foo: 'world'} console.log(bar) // { "foo": "world" }the absolute dog shit pile of vomit that is Pip & venv
I’ve worked professionally in python for several years and I don’t think it’s ever caused a serious problem. Everything’s in docker so you don’t even use venv.
A sane language, you say.
Yes:
Operator '+' cannot be applied to types 'number[]' and 'number[]'.We’re talking about Typescript here. Also I did say that it has some big warts, but you can mostly avoid them with ESLint (and Typescript of course).
Let’s not pretend Python doesn’t have similar warts:
>>> x = -5 >>> y = -5 >>> x is y True >>> x = -6 >>> y = -6 >>> x is y False >>> x = -6; y = -6; x is y True>>> isinstance(False, int) True>>> [f() for f in [lambda: i for i in range(10)]] [9, 9, 9, 9, 9, 9, 9, 9, 9, 9]There’s a whole very long list here. Don’t get be wrong, Python does a decent job of not being crazy. But so does Typescript+ESLint.
I’ve worked professionally in python for several years and I don’t think it’s ever caused a serious problem. Everything’s in docker so you don’t even use venv.
“It’s so bad I have resorted to using Docker whenever I use Python.”
Why would you use the
isoperator like that?The lambda thing is from late binding, which I’ve had come up at work once. https://docs.python-guide.org/writing/gotchas/#late-binding-closures.
“It’s so bad I have resorted to using Docker whenever I use Python.”
Do you not use containers when you deploy ? Everywhere I’ve worked in the past like 10 years has moved to containers.
Also this is the same energy as “JavaScript is so bad you’ve resorted to using a whole other language: Typescript”
To your point, typescript does solve a lot of problems. But the language it’s built on top of it is extremely warty. Maybe we agree on that.
Why would you use the is operator like that?
Why would you add two arrays like that?
Do you not use containers when you deploy
No because I am not using Python to make a web app. That’s not the only thing people write you know…
JavaScript is so bad you’ve resorted to using a whole other language: Typescript
Well yeah. Typescript isn’t really a new language. It’s just type annotations for JavaScript (except for enums; long story). But yes JavaScript is pretty bad without Typescript.
But Typescript isn’t a cop-out like Docker is.
But the language it’s built on top of it is extremely warty. Maybe we agree on that.
Yeah definitely. You need to ban the warts but Typescript & ESLint do a pretty good job of that.
I mean I would still much rather write Dart or Rust but if I had to pick between Typescript and Python there’s absolutely no way I’d pick Python (unless it was for AI).
Why would you add two arrays like that? Because I want to combine two lists.
The
isoperator is for identity, not equality. Your example is just using it weirdly in a way that most people wouldn’t do.No because I am not using Python to make a web app. That’s not the only thing people write you know… Most of what I’ve worked on has been webapps or services that support them :shrug:
Typescript and Python there’s absolutely no way I’d pick Python (unless it was for AI).
Agree to disagree then. We could argue all day but I think it’s mostly opinion about what warts and tradeoffs are worth it, and you don’t seem like you have no idea what you’re talking about. Sometimes I meet junior developers who have only ever used javascript, and it’s like (to borrow another contentious nerd topic) like meeting someone who’s only ever played D&D talking about game design.
The is operator is for identity, not equality. Your example is just using it weirdly in a way that most people wouldn’t do.
The + operator is for numbers or strings, not arrays. Your example is just using it weirdly in a way that most people wouldn’t do.
I’m not defending Javascript’s obviously terrible behaviour there. Just pointing out that Python has obviously terrible behaviours too. In both cases the solution is “don’t do that, and use static analysis to make sure you don’t do it accidentally”.
Sometimes I meet junior developers who have only ever used javascript, and it’s like (to borrow another contentious nerd topic) like meeting someone who’s only ever played D&D talking about game design.
Yeah I think you can generalise that to “have only ever used one language”. I would say Python and Javascript are pretty close on the “noob level”. By which I mean if you meet someone who has only ever written C++, Java, or Rust or whatever they’re going to be a class above someone who has only ever written Python or Javascript.
What is so bad about virtual environments? I found them to be really nice and useful when I developed in Python over about 5-ish years. It was really nice being able to have separate clean environments for installing libraries and executing things.
Granted, I only used Python as a solo developer, so if there are shortcomings that emerge when working with other developers, then I would not be aware of them…
Edit: also, performance is a bit more of a subtle topic. For numerical logic, Python actually is (probably) much better than a lot of its competitors thanks to numpy and numexpr. For conditional logic, I would agree that it’s not the best, but when you consider developer velocity, it’s a clearly worthwhile tradeoff since frameworks like Django are so popular.
What is so bad about virtual environments?
They’re a solution to a self-inflicted problem. They’re only “really nice and useful” if you accept that having your projects stomp all over each others’ libraries and environments is normal.
If projects were self-contained from the outset then you wouldn’t need an additional tool to make them so.
If I need to keep my Python environment separate I’d rather spin up a docker container. They make virtual environments pointless
But then you need to connect your IDE to the docker container. Doable, but often a PITA IME
A single extension and 1-2 clicks isn’t that much to me 🤷 I’ve been doing it painfree for a few years now
Maybe it’s gotten better in recent times…it was always disconnecting and needing to be restarted
Scala does look nice. Just a quick syntax view makes me want to give it a whirl when I want an alternative to Python. I used to code in C++, and C#. I use G’MIC (DSL) as my main. Scala seems right up my alley.
The only problem is that it also has the complexity of C++.
Not the foot-shooting complexity though, just the extra-power complexity
You can enable the foot-shooting complexity by writing modules for Python in C++, since it’s very easy to do. Why do I know this? Well…
Were just waiting on WASM to be able to access the DOM APIs directly, and then all languages will be first class citizens on the web, and then RIP JavaScript.
Delphi will be back, baby.
I don’t think so - Javascript doesn’t have to ship its language runtime so it will always have a size advantage.
You don’t need a language runtime if your program has no runtime, right? A rust or C program is just the program, no runtime.
Well they still have runtimes, but yes they can be pretty minimal.
You’re still shipping a load of libraries that come for free with JS though, e.g. with Rust WASM string formatting and unicode support always ends up being annoyingly huge, and that’s built in to JS engines. There’s also collections (
Map,Set), etc.
Thanks, AI.
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Probably AI Pacino
Mr Dunkaccino himself
Bundy.
Also some projects are using web assembly to make frontend python frameworks such as this one https://github.com/kkinder/puepy
Edit: wrong project
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Yeah I really would love to use Python instead on JavaScript natively for the same use case.
Python’s major pro is its simple, straightforward syntax, which excels at data handling. This has made it popular with novices of all shades […]
For first-timer coders, Python is easier to learn, understand, and adapt than many low-level programming languages […]
Is python being easy to learn actually true? I can see it being easier than low-level programming. But there’s other alternatives like C# and Java that certainly seem much better and easier to me. Especially when you consider the ecosystem around only writing code.
Plus, the Python language is a steadfast feature in the desktop Linux software landscape. It’s preinstalled on most Linux distributions, boasts extensive library support, and can be used to fashion very cool (as well as very basic) Qt, GTK, and other toolkit UIs.
It’s certainly available, and more readily available on Linux. The whole v2 v3 mess was lackluster. But I guess preinstalled is convenient, and more accessible than installable Java or whatever.
I’ve never seen JavaScript or Python popularity as evidence or correlating with actual qualities. More with a self-promoting usage. Python was being used in science, then in AI, then AI became popular. To me, it seems like a natural propagation consequence more than simplicity or features over other frameworks and languages.
Is python being easy to learn actually true?
I’ve never found this to be true, I think that’s partially because I don’t find Python to be very fun to write in, so I don’t enjoy it very much, so I don’t learn new things about it very quickly.
eeew (/s)
I have a dislike for both of them. Well, for JavaScript mainly the server-side part. I’m fine with it on web scripting, where it’s the only native one.
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anything else > python > JS
