That's a classic! (https://news.ycombinator.com/item?id=46306724) ... but too far from this particular topic to make sense on the list - otherwise we'd probably have to add all SQLite stories, which are legion.
That one's always a good read, particularly the discussion of the tension between 100% coverage testing and defensive programming. We go for maximum defensive programming, so huge numbers of code paths that can't be exercised in testing but that will prevent things running off into the weeds if something does manage to trigger them. Another organisation in contrast had a client who required 100% code coverage in testing so they spent six months removing all the non-testable defensive code in their code base.
I'm not sure I buy this from a technical perspective. Rust already meets almost all of the criteria laid out at the end of this post. By all means keep using C if you like it, but the rust team has done an excellent job over the last few years addressing most of these issues.
> - Rust needs to mature a little more, stop changing so fast, and move further toward being old and boring.
Rust moves at a pretty glacial pace these days. Slower than C++ for sure. There haven't been any big, significant changes to the language since async. Code that compiles today should compile indefinitely. (And the rust compiler authors check this on every release, by recompiling basically everything in crates.io to make sure.)
> - Rust needs to demonstrate that it can be used to create general-purpose libraries that are callable from all other programming languages.
Rust matches C in this regard. You can import & export C functions from rust very easily. The consumer of the foreign function interface have no idea they're calling rust and not C.
> - Rust needs to demonstrate that it can produce object code that works on obscure embedded devices, including devices that lack an operating system.
Rust works pretty well on raw / embedded hardware via #[no_std]. There's a few obscure architectures supported by gcc and not llvm (and by extension rust). But it generally works great. I'd love to know what the real blocker platforms are (if any).
> - Rust needs to pick up the necessary tooling that enables one to do 100% branch coverage testing of the compiled binaries.
Uh, I think this is possible today? Rustrover (intellij) can certainly produce coverage reports. This doesn't feel out of reach.
> - Rust needs a mechanism to recover gracefully from OOM errors.
True. You can override the global allocator for a program and use that to detect OOM. But recovering from OOM in general is tricky. I personally wish rust's handling of allocators looked more like zig.
> - Rust needs to demonstrate that it can do the kinds of work that C does in SQLite without a significant speed penalty.
Rust and C are pretty much even when it comes to performance. Rust binaries are often a bit bigger though.
The criteria were laid out in 2019 [0]. It was less clear then.
> If you are a "rustacean" and feel that Rust already meets the preconditions listed above, and that SQLite should be recoded in Rust, then you are welcomed and encouraged to contact the SQLite developers privately and argue your case.
It seems like the criteria are less of things the SQLite developers are claiming Rust can't do and more that they are non-negotiable properties that need to be considered before even bringing the idea of a rust version to the team.
I think it is at least arguable that Rust does not meet the requirements. And they did explicitly invite private argument if you feel differently.
I’d imagine this will go a bit like the rust rewrite of sudo etc. Despite the memory safety advantages at least towards the start it still ends up more fragile because the incumbent has years of testing and fixing behind it
They're not aiming at replacing SQLite-in-C with SQLite-in-Rust, they're doing this so they can implement more additional functionality faster than with C's chainsaw-juggling-act semantics and the inability to access the proprietary SQLite test suite.
IMHO breaking free of SQLite's proprietary test suite is a bigger driver than C vs Rust. Turso's Limbo announcement says exactly that: they couldn't confidently make large architectural changes without access to the tests. The rewrite lets them build Deterministic Simulation Testing from scratch, which they argue can exceed SQLite's reliability by simulating unlikely scenarios and reproducing failures deterministically.
Of all the projects which may benefit from a rewrite or re-imagining in a memory-safe language, I'm really puzzled why it's heavily-tested, near-universally-deployed software such as sudo (use oBSD doas instead?), the coreutils, and sqlite.
I definitely wouldn't be surprised by bugs and/or compatibility issues over time. Especially in the near term. I'm mixed, but somewhat enthusiastic on Turso's efforts to create client-server options and replication.
In the past I've reached for FirebirdSQL when I needed local + external databases and wanted to limit the technology spread... In the use case, as long as transactions synched up even once a week it was enough for the disparate remote connections/systems. I'm honestly surprised it isn't used more. That said, SQLite is more universal and lighter overall.
Building a production app on Turso now. No bugs or compatibility issues so far. The sqlite API isn't fully implemented yet, so I wrote a declarative facade that backfills the missing implementations and parallels writes to both Turso and native sqlite: gives me integrity checking and fallback while the implementation matures
It looks like some parts are open source and other not. Does anyone know more about the backstory? (It looks like one is a custom program that generate fuzz test. Do they sell it to others SQL engines?)
The CoRecursive episode with SQLite creator D. Richard Hipp goes through it. I've linked to the part of the transcript that covers it, the key quote being:
> We still maintain the first one, the TCL tests. They’re still maintained. They’re still out there in the public. They’re part of the source tree. Anybody can download the source code and run my test and run all those. They don’t provide 100% test coverage but they do test all the features very thoroughly. The 100% MCD tests, that’s called TH3. That’s proprietary. I had the idea that we would sell those tests to avionics manufacturers and make money that way. We’ve sold exactly zero copies of that so that didn’t really work out. It did work out really well for us in that it keeps our product really solid and it enables us to turn around new features and new bug fixes very fast.
My law of headlines is, "don't take them too seriously, don't develop too many expectations about the article, skim the article (or the comments) to know what it is about and whether it is worth your time".
The thing that worries me the most about Turso is that rather than the small, stable team running SQLite, Turso is a VC backed startup trying to capitalize on the AI boom. I can easily see how SQLite's development is sustainable, but not Turso's. They're currently trying to grow their userbase as quickly as possible with their free open source offering, but when they have investors breathing down their necks asking about how they're going to get 100x returns I'm not sure how long that'll last. VCs generally expect companies they invest in to grow to $100 million in revenue in 5-10 years. If your use of their technology doesn't help them get there, you should expect to be rugpulled at some point.
They do have a test suite that's private which I understand to be more about testing for different hardware - they sell access to that for companies that want SQLite to work on their custom embedded hardware, details here: https://sqlite.org/th3.html
> SQLite Test Harness #3 (hereafter "TH3") is one of three test harnesses used for testing SQLite.
> 2) They have a paid cloud option to drive income from:
I’ve been confused by this for a while. What is it competing with? Surely not SQLite, being client server defeats all the latency benefits. I feel it would be considered as an alternative to cloud Postgres offerings, and it seems unlikely they could compete on features. Genuinely curious, but is there any sensible use case for this product, or do they just catch people who read SQLite was good on hacker news, but didn’t understand any of the why.
The MIT licensing makes this even less trustworthy. I can image a major cloud or fly.io just proprietary forking them as a service, as cloud providers have done for years.
Yeah, that's not a good environment for this kind of engineering. You need long term stability for a project like this, slow incremental development with a long term plan, and that's antithetical to VC culture.
On the other hand, Rust code and the culture of writing Rust leads to far more modularity, so maybe some useful stuff will come of it even if the startup fails.
I have been excited to see real work on databases in Rust, there are massive opportunities there.
where do you see these opportunities? i didnt see a lot of issues personally rust would be better at than C in this domain. care to elaborate? (genuinely curious!)
personally i see more benefit in rust for example as ORM and layers that talk to the database. (those are often useful to have in such an ecossystem so you can use the database safe and sanely, like python or so but then u know, fast and secure.)
I was excited about this for a second until seeing your comment.
Unless you are Amazon which has the resources to maintain a fork (which is questionable by itself with all the layoffs), you probably shouldn't touch this.
Completely agree, I'm looking at pretty much all software this way nowadays.
We've all been around long enough to know that "free" VC-backed software always means "free... until it's in our interest to charge for it". And yet users will still complain about the rugpull in 2026, no matter how many times they've been through it. "Fool me once, shame on you"
This reflects my experience. I also experienced very bad memory leaks when using libSQL for large write jobs. Haven't tried tursodatabase yet, but my impression by the confusing amount of packages in the Turso ecosystem is it's not ready for primetime yet.
> ... most of which can be fixed by a rewrite in Rust
huh? That is clearly not the case. memory bugs - sure. Not having a public test suite, not accepting public contributions, weakly typed columns and lack of concurrency has nothing to do with the language. They're governance decisions, that's it.
>I see this situation trhough the prism of the innovator's dilemma: the incumbent is not willing to sacrifice a part of its market to evolve, so we need a new player to come and innovate.
I don't think the innovators dilemma quite applies in the open source world. Projects are tools, that's it. Preserving a project for the sake of preserving it isn't a good idea.
If people need to run a sqlite db in these exotic places, shedding it means someone else has to build their own tool now that can do it. Sqlite has decided that they care about that, so they support it, so they can't use rust. Seems sound.
Projects coming and going is a good thing in open source, not a bug.
I know I've seen multiple bug reports in open source projects with "well we can't fix this because it'd break things for existing users." Maybe it's a bad thing, but why do you think this doesn't happen?
> lack of concurrency has nothing to do with the language
That's an extraordinary claim for any C codebase.
Unless it ships with code enabling concurrency that is commented out, we should assume that "concurrency in C ain't easy" was a factor in that design choice.
So the idea is to rewrite it in Rust and drop SQLite? I mean, maybe that’s just how things evolve. But it feels like every project is only a few vibe-coding sessions away from getting rewritten in $LANGUAGE. And I can’t help wondering whether that’s hurting a sustainable open-source ecosystem.
SQLite is a good example: the author built a small ecosystem around it and managed to make a living from open source. Thanks to author's effort, we have a small surface area, extreme stability, relentless focus on correctness.
If we keep rewarding novelty over stewardship, we’ll lose more “SQLite-like” projects—stable cores that entire ecosystems depend on.
At the current rate of progress I'm wondering how long it will take for llm agents to be able to rewrite/translate complete projects into another language. SQLite may not be the best candidate, due to the hidden test suite. But CPython or Clang or binutils or...
The RIIR-benchmark: rewrite CPython in Rust, pass the complete test suite, no performance regressions, $100 budget. How far away are we there, a couple months? A few years? Or is it a completely ill-posed problem, due to the test suite being tied to the implementation language?
A clearly defined/testable long-horizon task: demonstrating the capability of planning and executing projects that overrun current llm's context windows by several orders of magnitude.
Single-issue coding benchmarks are getting saturated, and I'm wondering when we'll get to a point where coding agents will be able to tackle some long-running projects. Greenfield projects are hard to benchmark. So creating code or porting code from one language to another for an established project with a good test suite should make for an interesting benchmark, no?
I hate to be negative, but where is the deep dive? This is a shallow overview of Turso's features and some of the motivation behind it. Am I missing something?
From what I’ve read there’s a pretty sizable performance gap between SQLite and pglite (with SQLite being much faster).
I’m excited to see things improve though. Having a more traditional database, with more features and less historical weirdness on the client would be really cool.
a blog not written by AI, about a project written in AI. It is just matter of time. We just need AI to read the article, and then the full circle is complete.
Related. Others?
Turso is an in-process SQL database, compatible with SQLite - https://news.ycombinator.com/item?id=42378843 - Dec 2024 (232 comments)
How SQLite is tested - https://news.ycombinator.com/item?id=46303277
That's a classic! (https://news.ycombinator.com/item?id=46306724) ... but too far from this particular topic to make sense on the list - otherwise we'd probably have to add all SQLite stories, which are legion.
That one's always a good read, particularly the discussion of the tension between 100% coverage testing and defensive programming. We go for maximum defensive programming, so huge numbers of code paths that can't be exercised in testing but that will prevent things running off into the weeds if something does manage to trigger them. Another organisation in contrast had a client who required 100% code coverage in testing so they spent six months removing all the non-testable defensive code in their code base.
I never read this article by the C developers before. It's so odd to read a level headed C vs. Rust take on the internet.
https://sqlite.org/whyc.html
I'm not sure I buy this from a technical perspective. Rust already meets almost all of the criteria laid out at the end of this post. By all means keep using C if you like it, but the rust team has done an excellent job over the last few years addressing most of these issues.
> - Rust needs to mature a little more, stop changing so fast, and move further toward being old and boring.
Rust moves at a pretty glacial pace these days. Slower than C++ for sure. There haven't been any big, significant changes to the language since async. Code that compiles today should compile indefinitely. (And the rust compiler authors check this on every release, by recompiling basically everything in crates.io to make sure.)
> - Rust needs to demonstrate that it can be used to create general-purpose libraries that are callable from all other programming languages.
Rust matches C in this regard. You can import & export C functions from rust very easily. The consumer of the foreign function interface have no idea they're calling rust and not C.
> - Rust needs to demonstrate that it can produce object code that works on obscure embedded devices, including devices that lack an operating system.
Rust works pretty well on raw / embedded hardware via #[no_std]. There's a few obscure architectures supported by gcc and not llvm (and by extension rust). But it generally works great. I'd love to know what the real blocker platforms are (if any).
> - Rust needs to pick up the necessary tooling that enables one to do 100% branch coverage testing of the compiled binaries.
Uh, I think this is possible today? Rustrover (intellij) can certainly produce coverage reports. This doesn't feel out of reach.
> - Rust needs a mechanism to recover gracefully from OOM errors.
True. You can override the global allocator for a program and use that to detect OOM. But recovering from OOM in general is tricky. I personally wish rust's handling of allocators looked more like zig.
> - Rust needs to demonstrate that it can do the kinds of work that C does in SQLite without a significant speed penalty.
Rust and C are pretty much even when it comes to performance. Rust binaries are often a bit bigger though.
The criteria were laid out in 2019 [0]. It was less clear then.
> If you are a "rustacean" and feel that Rust already meets the preconditions listed above, and that SQLite should be recoded in Rust, then you are welcomed and encouraged to contact the SQLite developers privately and argue your case.
It seems like the criteria are less of things the SQLite developers are claiming Rust can't do and more that they are non-negotiable properties that need to be considered before even bringing the idea of a rust version to the team.
I think it is at least arguable that Rust does not meet the requirements. And they did explicitly invite private argument if you feel differently.
0: https://web.archive.org/web/20190423143433/https://sqlite.or...
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> Rustrover (intellij) can certainly produce coverage reports.
See <https://sqlite.org/testing.html#statement_versus_branch_cove...>. Does Rustrover produce branch coverage reports?
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I’d imagine this will go a bit like the rust rewrite of sudo etc. Despite the memory safety advantages at least towards the start it still ends up more fragile because the incumbent has years of testing and fixing behind it
They're not aiming at replacing SQLite-in-C with SQLite-in-Rust, they're doing this so they can implement more additional functionality faster than with C's chainsaw-juggling-act semantics and the inability to access the proprietary SQLite test suite.
See the features and roadmap at https://github.com/tursodatabase/turso
IMHO breaking free of SQLite's proprietary test suite is a bigger driver than C vs Rust. Turso's Limbo announcement says exactly that: they couldn't confidently make large architectural changes without access to the tests. The rewrite lets them build Deterministic Simulation Testing from scratch, which they argue can exceed SQLite's reliability by simulating unlikely scenarios and reproducing failures deterministically.
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In other words, they are creating their own database and hitching on to the SQLite brand to market it. (That's fine though).
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Without the test suite isn’t even more likely to have stability problems?
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Of all the projects which may benefit from a rewrite or re-imagining in a memory-safe language, I'm really puzzled why it's heavily-tested, near-universally-deployed software such as sudo (use oBSD doas instead?), the coreutils, and sqlite.
I don't think there is a big picture plan. It requires that someone care both about rust and the thing
...which is a pretty arbitrary combination
I definitely wouldn't be surprised by bugs and/or compatibility issues over time. Especially in the near term. I'm mixed, but somewhat enthusiastic on Turso's efforts to create client-server options and replication.
In the past I've reached for FirebirdSQL when I needed local + external databases and wanted to limit the technology spread... In the use case, as long as transactions synched up even once a week it was enough for the disparate remote connections/systems. I'm honestly surprised it isn't used more. That said, SQLite is more universal and lighter overall.
Building a production app on Turso now. No bugs or compatibility issues so far. The sqlite API isn't fully implemented yet, so I wrote a declarative facade that backfills the missing implementations and parallels writes to both Turso and native sqlite: gives me integrity checking and fallback while the implementation matures
Isn’t the rust rewrite deployed as part of some fairly significant Linux distros these days?
That’s hearsay that I haven’t dug into, so I may well be wrong.
Ubuntu is deploying it in a non-LTS release, and they're trying to get the bugs out of the way is what I'm hearing
I was surprised that the test suit not open source. Some info in https://sqlite.org/testing.html
It looks like some parts are open source and other not. Does anyone know more about the backstory? (It looks like one is a custom program that generate fuzz test. Do they sell it to others SQL engines?)
The CoRecursive episode with SQLite creator D. Richard Hipp goes through it. I've linked to the part of the transcript that covers it, the key quote being:
> We still maintain the first one, the TCL tests. They’re still maintained. They’re still out there in the public. They’re part of the source tree. Anybody can download the source code and run my test and run all those. They don’t provide 100% test coverage but they do test all the features very thoroughly. The 100% MCD tests, that’s called TH3. That’s proprietary. I had the idea that we would sell those tests to avionics manufacturers and make money that way. We’ve sold exactly zero copies of that so that didn’t really work out. It did work out really well for us in that it keeps our product really solid and it enables us to turn around new features and new bug fixes very fast.
https://corecursive.com/066-sqlite-with-richard-hipp/#testin...
it's their business model
it's free
but if you want the compliance paperwork, you pay for it
Yeah but what about the poor VC startups that want to rat fuck the commons? Why won't anyone think of them?
usefull if you need to validate that the database runs properly on yours embedded platform, possibly with its custom io and sync primitives.
I'm working on a Django app. This would make production deployment a bit easier.
Also sad that the test suite isn't open source. Would help drive development of the new DB...
This is very shallow for a supposed deep dive.
I'm not ready to entertain Turso as an alternative to something that is as battle tested as Sqlite.
> This is very shallow for a supposed deep dive.
I think it's time for a new law of headlines: anything labeled a "deep dive" isn't.
My law of headlines is, "don't take them too seriously, don't develop too many expectations about the article, skim the article (or the comments) to know what it is about and whether it is worth your time".
Yeah, I was expecting performance benchmarks, detailed feature comparisons, analysis of binary/extension compatibility, etc.
Perhaps these are for deep divers who discuss Apple watch deep diving features than actual deep diving.
The thing that worries me the most about Turso is that rather than the small, stable team running SQLite, Turso is a VC backed startup trying to capitalize on the AI boom. I can easily see how SQLite's development is sustainable, but not Turso's. They're currently trying to grow their userbase as quickly as possible with their free open source offering, but when they have investors breathing down their necks asking about how they're going to get 100x returns I'm not sure how long that'll last. VCs generally expect companies they invest in to grow to $100 million in revenue in 5-10 years. If your use of their technology doesn't help them get there, you should expect to be rugpulled at some point.
I too am weary of VC incentives but:
1) It's MIT licensed. Including the test suite which is something lacking in SQLite:
https://github.com/tursodatabase/turso
2) They have a paid cloud option to drive income from:
https://turso.tech/pricing
"Including the test suite which is something lacking in SQLite"
That's not entirely true. SQLite has a TON of tests that are part of the public domain project: https://github.com/sqlite/sqlite/tree/master/test
They do have a test suite that's private which I understand to be more about testing for different hardware - they sell access to that for companies that want SQLite to work on their custom embedded hardware, details here: https://sqlite.org/th3.html
> SQLite Test Harness #3 (hereafter "TH3") is one of three test harnesses used for testing SQLite.
> 2) They have a paid cloud option to drive income from:
I’ve been confused by this for a while. What is it competing with? Surely not SQLite, being client server defeats all the latency benefits. I feel it would be considered as an alternative to cloud Postgres offerings, and it seems unlikely they could compete on features. Genuinely curious, but is there any sensible use case for this product, or do they just catch people who read SQLite was good on hacker news, but didn’t understand any of the why.
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Elasticsearch was license under Apache 2.0 until they switched.
That says enough.
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Are there any VC-funded open source projects that didn't attempt rug pulls? (There must be, right?)
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The MIT licensing makes this even less trustworthy. I can image a major cloud or fly.io just proprietary forking them as a service, as cloud providers have done for years.
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> test suite which is something lacking in SQLite
You must be kidding. Last time I checked, sqlite was mostly extensive test suites.
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Yeah, that's not a good environment for this kind of engineering. You need long term stability for a project like this, slow incremental development with a long term plan, and that's antithetical to VC culture.
On the other hand, Rust code and the culture of writing Rust leads to far more modularity, so maybe some useful stuff will come of it even if the startup fails.
I have been excited to see real work on databases in Rust, there are massive opportunities there.
where do you see these opportunities? i didnt see a lot of issues personally rust would be better at than C in this domain. care to elaborate? (genuinely curious!)
personally i see more benefit in rust for example as ORM and layers that talk to the database. (those are often useful to have in such an ecossystem so you can use the database safe and sanely, like python or so but then u know, fast and secure.)
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I was excited about this for a second until seeing your comment.
Unless you are Amazon which has the resources to maintain a fork (which is questionable by itself with all the layoffs), you probably shouldn't touch this.
Some lessons about the modern distaste for copyleft here IMO
Completely agree, I'm looking at pretty much all software this way nowadays.
We've all been around long enough to know that "free" VC-backed software always means "free... until it's in our interest to charge for it". And yet users will still complain about the rugpull in 2026, no matter how many times they've been through it. "Fool me once, shame on you"
I've lost the count of how many times people were fooled by VC backed companies in this forum.
I recently benchmarked different SQlite implementations/driver for Node. Better-sqlite3 came out on top of this test: https://sqg.dev/blog/sqlite-driver-benchmark/
This reflects my experience. I also experienced very bad memory leaks when using libSQL for large write jobs. Haven't tried tursodatabase yet, but my impression by the confusing amount of packages in the Turso ecosystem is it's not ready for primetime yet.
> ... most of which can be fixed by a rewrite in Rust
huh? That is clearly not the case. memory bugs - sure. Not having a public test suite, not accepting public contributions, weakly typed columns and lack of concurrency has nothing to do with the language. They're governance decisions, that's it.
>I see this situation trhough the prism of the innovator's dilemma: the incumbent is not willing to sacrifice a part of its market to evolve, so we need a new player to come and innovate.
I don't think the innovators dilemma quite applies in the open source world. Projects are tools, that's it. Preserving a project for the sake of preserving it isn't a good idea.
If people need to run a sqlite db in these exotic places, shedding it means someone else has to build their own tool now that can do it. Sqlite has decided that they care about that, so they support it, so they can't use rust. Seems sound.
Projects coming and going is a good thing in open source, not a bug.
Maybe they're saying a rewrite part solves the governance issues not the rust part.
That'd be an interesting attitude towards governance for a VC-funded startup with -- I presume -- VC-controlled board seats.
I know I've seen multiple bug reports in open source projects with "well we can't fix this because it'd break things for existing users." Maybe it's a bad thing, but why do you think this doesn't happen?
> lack of concurrency has nothing to do with the language
That's an extraordinary claim for any C codebase.
Unless it ships with code enabling concurrency that is commented out, we should assume that "concurrency in C ain't easy" was a factor in that design choice.
So the idea is to rewrite it in Rust and drop SQLite? I mean, maybe that’s just how things evolve. But it feels like every project is only a few vibe-coding sessions away from getting rewritten in $LANGUAGE. And I can’t help wondering whether that’s hurting a sustainable open-source ecosystem.
SQLite is a good example: the author built a small ecosystem around it and managed to make a living from open source. Thanks to author's effort, we have a small surface area, extreme stability, relentless focus on correctness.
If we keep rewarding novelty over stewardship, we’ll lose more “SQLite-like” projects—stable cores that entire ecosystems depend on.
Where is the "networked mode" in Turso? Turso's readme and docs do not mention anything like this
They're implementing MVCC
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For the Java ecosystem, H2 fills this gap nicely, easily handling both in- memory and remote JDBC access:
https://frequal.com/java/TheBestDatabase.html
At the current rate of progress I'm wondering how long it will take for llm agents to be able to rewrite/translate complete projects into another language. SQLite may not be the best candidate, due to the hidden test suite. But CPython or Clang or binutils or...
The RIIR-benchmark: rewrite CPython in Rust, pass the complete test suite, no performance regressions, $100 budget. How far away are we there, a couple months? A few years? Or is it a completely ill-posed problem, due to the test suite being tied to the implementation language?
What’s the point?
A clearly defined/testable long-horizon task: demonstrating the capability of planning and executing projects that overrun current llm's context windows by several orders of magnitude.
Single-issue coding benchmarks are getting saturated, and I'm wondering when we'll get to a point where coding agents will be able to tackle some long-running projects. Greenfield projects are hard to benchmark. So creating code or porting code from one language to another for an established project with a good test suite should make for an interesting benchmark, no?
I hate to be negative, but where is the deep dive? This is a shallow overview of Turso's features and some of the motivation behind it. Am I missing something?
It's longer than a tweet
> A database that can scale from in-process to networked is badly needed
Why not Postgres? https://pglite.dev
From what I’ve read there’s a pretty sizable performance gap between SQLite and pglite (with SQLite being much faster).
I’m excited to see things improve though. Having a more traditional database, with more features and less historical weirdness on the client would be really cool.
Edit: https://pglite.dev/benchmarks actually not looking too bad.. I might have something new to try!
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Did you actually click the link? pglite aims to be embeddable just like sqlite.
pglite runs in wasm so it should be possible to embed it where you want, like sqlite?
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You don’t want another server but you do want networking?
Good article though it kind of stopped just when I thought the deep dive was about to start.
Could you be any _less_ specific in your criticism?
Wow what a terrible and misleading article
let's play a little game known as "count the unsafe"
https://github.com/search?q=repo%3Atursodatabase%2Fturso%20u...
What a breath of fresh air to read a blog not written by AI, with actual human learnings and opinions. Thanks for the write up!
a blog not written by AI, about a project written in AI. It is just matter of time. We just need AI to read the article, and then the full circle is complete.
Stop rewriting everything in Rust.
vibe-coding everything in Rust, you mean.