[flagged]
Skippy the Intern, now retired these thirty years...
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[flagged]
Skippy the Intern, now retired these thirty years...
I’m shocked at the 25M line part! That is a completely unfathomable amount of code for one codebase. I really want to know more about that.
My (much smaller than Stripe) company is well over 4.5M at this point, and the graph is very much exponential. AI has been a huge problem here: the amount of code is just exploding. Quality of the produced code is another matter.
I recently wrote a very esoteric Python script. 100 lines of code. No classes, no functions, but yes argparse.
I've tried out the latest open source models on the task. They go bananas. It's like Enterprise fizzbuzz (https://github.com/enterprisequalitycoding/fizzbuzzenterpris...). They love classes and imports and reinventing the wheel. A great way for me to tell trash AI slop code is it'll define a useful constant then 15 lines later do it again with a different name.
They love making code that looks impressive. "Wow look at all the classes and functions. It's so scalable. It's so dynamic. It validates every minutae against multiple schema and solves a problem I never thought about." But it was trash code. One really was 400 lines and it didn't even look like it would work. Can't even imagine what it means for 4.5M moderately good human lines to become what? 27M fluffy filler repeat lines that don't even make sense?
I’m shocked at the 25M line part! That is a completely unfathomable amount of code for one codebase. I really want to know more about that.
$ find chromium-149.0.7826.1/ -name ".cc" -exec cat {} + | wc 21640925 55715244 833460441
And that took less than 6 minutes on a single E5-2696 v3 from 2014:
$ time find chromium-149.0.7826.1/ -name *.cc | parallel -j 16 clang-format $x>/dev/null
real 0m5.666s user 1m13.964s sys 0m13.373s
That’s orders of magnitude faster, especially if we assume they’re not running their workloads on potatoes like mine. Is Ruby’s syntax really that much more complicated than C++, or is this a tooling problem?
One of my first jobs was a small software company writing software for a small number of clients, in MS basic PDS. The lead developer didn't like to bother with formatting code, so I wrote a tool called makenice to format his nasty spaghetti gibberish into something with good indents and layout to make it easier for us normal people to parse. He was furious, literally spun in circles about it right in the office in f…
Earlier quoted context omitted.
My (much smaller than Stripe) company is well over 4.5M at this point, and the graph is very much exponential. AI has been a huge problem here: the amount of code is just exploding. Quality of the produced code is another matter.
^^^^^^^^^^^^^^^^^^^ I recently wrote a very esoteric Python script. 100 lines of code. No classes, no functions, but yes argparse. I've tried out the latest open source models on the task. They go bananas. It's like Enterprise fizzbuzz ( https://github.com/enterprisequalitycoding/fizzbuzzenterpris... ). They love classes and imports and reinventing the wheel. A great way for me to tell trash AI slop code is it'll def…
One of my first jobs was a small software company writing software for a small number of clients, in MS basic PDS. The lead developer didn't like to bother with formatting code, so I wrote a tool called makenice to format his nasty spaghetti gibberish into something with good indents and layout to make it easier for us normal people to parse. He was furious, literally spun in circles about it right in the office in f…
I’m shocked at the 25M line part! That is a completely unfathomable amount of code for one codebase. I really want to know more about that.
I am more shocked by the "overnight" aspect. I tried running clang-format on the Chromium source (68,281 .cc files, 21 million lines according to wc): $ find chromium-149.0.7826.1/ -name " .cc" -exec cat {} + | wc 21640925 55715244 833460441 And that took less than 6 minutes on a single E5-2696 v3 from 2014: $ time find chromium-149.0.7826.1/ -name *.cc | parallel -j 16 clang-format $x>/dev/null real 0m5.666s user 1m…
I’m shocked at the 25M line part! That is a completely unfathomable amount of code for one codebase. I really want to know more about that.
I am more shocked by the "overnight" aspect. I tried running clang-format on the Chromium source (68,281 .cc files, 21 million lines according to wc): $ find chromium-149.0.7826.1/ -name " .cc" -exec cat {} + | wc 21640925 55715244 833460441 And that took less than 6 minutes on a single E5-2696 v3 from 2014: $ time find chromium-149.0.7826.1/ -name *.cc | parallel -j 16 clang-format $x>/dev/null real 0m5.666s user 1m…
Earlier quoted context omitted.
That sounds even more insane to me, but I guess most of that code does not really touch financial transactions, otherwise it would be a nightmare being responsible to verify that.
Ruby code touches financial transactions. Card payments were migrated to Java when I left in 2022. Non-card payments (e.g., ACH, checks, various wallets) were still processed by Ruby. PCI-related/vaulting code lived in its own locked-down repo. I think that was a mix of Go and Ruby. Once you have the foundations in place for account balances and the ledger, processing a payment isn’t that daunting. Those foundations,…
I want to know more about this
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Why is that terrifying?
ive yet to see a compelling elitist programming language opinion. especially when used at big successful companies. these companies don't function in spite of their technology choices.
Try TypeScript! It makes your JavaScript better!
That was enough for me.