131–140 of 260 posts
Is there a way to have benefits of both? Version 7 for better database clustering. And version 4 for complete randomness? So users can not inference nothing from the id? I have an idea: Use version 7 internally, then scramble it before sending to the user. Scrambling could be done by the database or by the server application. It could be as simple as XOR with some 128bit constant, or as resilient as AES encryption. O…
Earlier quoted context omitted.
I just write my own code and then ask AI to find any issues and correct them if I feel it is good advice. What AI is amazing at is writing most of my test cases. Saves me a lot of time.
I've seen tests doing: a = 1 assert a == 1 // many lines here where a is never used assert a == 1 Yes AI test cases are awesome until you read what it's doing.
Earlier quoted context omitted.
Fair enough, but the quality/breadth of the standard libraries is fairly topic-specific in Go (and all languages, really). There's a reason that you picked networking and crypto for your examples, since the Go standard library is indeed really strong here—I don't even like Go, but if I had to write a program that did lots of cryptography and networking, then Go would probably be my first choice. But lots of programs…
Like, at this point, I feel like we share premises. We disagree, but, fine, seems like a reasonable disagreement. A better one than how annoying it is that Golang lacks "basic stuff" like a standard UUID interface.
Am I the only one who hates UUIDs and doesn't see the point of them? Having any structure whatsoever in them is pointless and stupid. UUIDs should be 128 buts of crypto.Rand() and nothing else. Argh.
Earlier quoted context omitted.
Broadly speaking, maintaining a big std lib is a huge amount of work, so it makes sense that a language team is conservative about adding new surface to a stb lib which they will then have to maintain for a long time.
Why it is "huge amount of work" ? Do the code reliably breaks in every new python version ?
And the more stuff you pack into the standard library the more expertise you need on the maintenance team for all these new libraries. And you don't want a standard library that is bad, because then people won't use it. And then you're stuck with the maintenance burden of code that no one uses. It's a big commitment to add something to a standard library.
So it's not that things just suddenly break.
Earlier quoted context omitted.
Like Python though, while the batteries are included, many of them are dead.
It begs the question, why don't these languages put out a v2 stdlib?
Earlier quoted context omitted.
People are weird. A few days ago someone on /r/Java was arguing that a basic JSON parser shouldn’t be in the standard library.
Anecdote: about 8 years ago, I was interviewing hundreds of candidates for a non-java shop but you could interview in java if desired. One java dev ever was able to figure out parsing json with ease. Every single other java interview the person struggled with json. It was weird.
Am I the only one who hates UUIDs and doesn't see the point of them? Having any structure whatsoever in them is pointless and stupid. UUIDs should be 128 buts of crypto.Rand() and nothing else. Argh.
I treat UUIDv4s as 128 random bits and it triggers ppl.
Earlier quoted context omitted.
[flagged]
Open the python documentation if you're curious of why people are downvoting you.
For example Go has production ready HTTP server and client implementations in the standard library. But with Python, you have to use FastAPI or Flask, and requests or httpx. For SQL there's SQLAlchemy I guess and probably some other alternatives (my Python knowledge is not that great), whereas again with Go the abstraction is just in the standard library and you only include the driver for the specific database.
We use Renovate to manage dependency upgrades. It runs once a week. Every Python project has a handful or more dependency upgrades waiting every week, primarily due to the huge amount of dependencies and transitive dependencies in each project. The Go projects sometimes have one or two, but most of the time they're silent because there is nothing to upgrade (partly due to just having so few dependencies to begin with).