5x worse on each level, maybe. That composes quite quickly.
Npm packages have really crazy dependency graphs. It's usually on the 1000s of times larger than what you get on most languages, 100s of times larger than python or ruby.
I think there is a trend towards reducing dependency bloat, at least in some circles. For example, the main React package has had this much recursive dependencies throughout the past few major versions:
The latest version of vite (a webpack replacement that's been gaining in popularity) has 14 recursive dependencies. It could be better, but it's still a significant improvement over 300+ package monstrosity you get by combining webpack with everything necessary to reimplement what vite is doing.
If you pick your packages carefully (for example, looking for alternatives this one ↓ instead of the much more popular react-router), it's not as bad as it used to be.
I think a large chunk of this is the tendency in larger Rust projects to split themselves up into smaller library crates, rather than single crate monoliths: single libraries that you use may depend on 5 different crates all from the same project, that count as separate in the number you’ve quoted. On top of that, C bindings tend to live in their own crate, so while you might depend on the openssl crate, it in turn depends on openssl_sys which contains raw bindings (rather than a nice Rust wrapper). That all said, I think crates.io is still at the initial stage of “tiny crates each doing a single thing” that I think every registry goes through to begin with.
No, the problem is bad developers pulling in dependencies for trivial functionally. If there was a `for-loop` npm package bad devs would be pulling it in instead of writing their own for loops. Padding on the left is something if it doesn't exist you write it in a few lines of code yourself. You don't add a package for such trivial functionality.
Nope, this is a bad take, parroted without understanding; if it got moved into the std lib, it was probably useful enough. You can even read why in the original proposal if you comb the archives enough (from https://github.com/tc39/proposal-string-pad-start-end):
> It is highly probable that the majority of current string padding implementations are inefficient. Bringing this into the platform will improve performance of the web, and developer productivity as they no longer have to implement these common functions.
You are neglecting the risk-factor of pulling in libraries from unknown authors on npm vs the stdlib. The package-bloat problem is one of culture, where developers keep neglecting this risk, only seeing the 5 lines of code they save by importing something, without seeing the potential cost and tech debt of having to review, maintain, update and security-monitor this dependency for all future.
Nobody thinks leftPad was not a useful function. The question is, was it useful enough to counter all the risks of npm, probably not. In the stdlib there is no such risk.
Ah, and now we’re talking about the real issue, which was the security risk.
My point has been this whole time that left-pad was not a story of a trivial function needlessly pulled from an external source as the person I replied to had claimed, and it appears you agree. Good!
Here's my theory. Older programming languages force you to think about sub-dependencies: if you decided to use a third-party library, you would have to look at and manually add its requirements to your build system.
But, with npm, suddenly it was trivial to include other packages without having to worry about sub-dependencies. The whole tree just magically added itself to your build, and only if you paid attention to the build process would you discover just how many developers you were transitively trusting.
Well, while yes, automatic dependency management is a really relevant reason why things got that bad, it can't be the only reason.
Programs in other languages with the same kind of tooling tend to stop at hundreds or at most low-thousands of dependencies. Javascript code often reach tens or low-hundreds of thousands of dependencies.
Dependency explosion is bad all around, but JS is exceptionally bad.
