DESCRIPTION: Idiots, idiots everywhere. Now I can accurately summarize what coding using LLMs actually /is in just a few sentences. Recall how people usually describe a code maintenance job: we have this code to run, while the original developers are gone and leave us no design documentation. This hypothetical situation is exactly what you get when an LLM finished spewing out the slop: you now have some code, very cheap, even for free, but it is not yours, the underlying understanding (of the whys) is not in your head, and the original developer is already gone. Disappeared. ...

Here is the Dan Grossman’s Caml tutorial (refresher) for Ocaml. The cool thing about it is that it shows how little we all need. https://homes.cs.washington.edu/~djg/teachingMaterials/gpl/lectures/camlTutorial.pdf He is actually a very cool guy, who teaches the principles (and precise semantics) of programming using the classic languages – SML and Ocaml, which were carefully designed by talented math majors to build theorem provers and proof assistants. These languages (and Erlang) ought to be “all you need”, but the world is what it is (Pootin, Trump and what not) so we have Java or C++ or, if unlucky – PHP or Javascript. ...

Well, I’ve watched it. There are a few things to realize. The code it generated ran without an issue with the simulation task. It, however, is incomprehensible without understanding of all the details (like any other code). This is, probably, so because they have feed in a lot of very similar internal code in the training phase. The gibberish from the “thinking” phase might be helpful or it may be equally cryptic. ...

This is just an unfinished draft. How could one finish something like this? The Curry-Howard isomorphism I asked GPT and it spewed out vague over-generalized crap (see below). The fundamental significance of the Curry-Howard isomorphism is that this is “all you need” (really) – just a few properly generalized and captured patterns (from What Is). The notions of \(\rightarrow\), \(\and\), \(\or\), \(\forall\) and \(\exists\) are even more “real” and fundamental that their corresponding captures in Mathematics (and mathematical logic, where they are way too abstract and too general, by throwing causality itself out of the window). ...

slop noun Cambridge dictionary food that is more liquid than it should be and is therefore unpleasant liquid or wet food waste, especially when it is fed to animals Oxford Learner’s Dictionary ​waste food, sometimes fed to animals liquid or partly liquid waste, for example urine or dirty water from baths There is also a very related term “goyslop” from internet sewers (losers are always looking for someone to blame and hate [instead of themselves]). ...

Let’s do it again, because why tf not, especially given the magnitude of the current mass-hysteria about this AI meme (it is literally everywhere and even on Slashdot, which is the last bastion of sanity, there are 4 articles in a row with “AI” in the title). what are the roles of type-classes in Haskell and traits in other languages? This is supposedly a naive and uninformed question I asked Deepseek R1 14b. Its output will be given below verbatim. ...

AUTHOR: <lngnmn2@yahoo.com> When I was a kid they told me not to stare at the sun I had this vision, that the brain structures are sort of like trees, while the “branches” are just like patches thorough our yard after fresh snow. Some of them remain thin, just someone walked across it absentmindedly, some gets broadened by a heavy re-use. Who would plow through a fresh snow while one could take follow the path that is already here. ...

The shitstorm is of the highest category and pleasing to watch. The main issue is that there is models can be produced (trained) at a fraction of the costs by just good and hardworking graduate students who did their homework. It reminds me of legendary Andrew Ng, who was way above everyone else just by being smart, hardworking and systematic in building everything(deriving all the math) from scratch. The Deepseek success has the same vibes. They just done it systematically. ...

DESCRIPTION: Memes and mirrors. Nowadays things are moving way too fast. It is not just controlled trial-and-error, it is literally throwing everything at the wall (to see what sticks). It started with that meme “Attention Is All You Need”, when they just came up with an “architecture” that sticks. That “attention” and “multi head attention” turned out to be just a few additional layers of a particular kind. No one can explain the actual mechanisms of how exactly or even why the layers are as they are (abstract bullshit aside). While the general idea was to mimic some specialized brain centers (the key to understand how it works), the actual code was merely “buffers”. ...

This is the difference between a LLM and an expert. An LLM spews out a “propaganda” from the web. ### what are the unique properties of a Haskell program 1. **Statically Typed**: Haskell has a strong, static type system that ensures type safety at compile time. 2. **Purely Functional**: Haskell programs are expressions, and functions have no side effects. This leads to code that's easy to reason about, test, and debug. 3. **Lazy Evaluation**: Haskell uses lazy evaluation, meaning it only evaluates expressions when their results are needed. This can lead to more efficient programs and allows for elegant solutions like infinite data structures. 4. **Higher-Order Functions**: Functions in Haskell are first-class citizens, meaning they can be passed as arguments, returned as results, and stored in data structures. 5. **Type Classes**: Haskell's type classes (similar to interfaces in other languages) enable ad-hoc polymorphism, allowing related types to be treated uniformly. 6. **Module System**: Haskell has a rich module system that supports abstract data types, hiding implementation details, and organizing code into reusable components. 7. **Concurrency and Parallelism**: Haskell provides lightweight threads and a high-level concurrency abstraction called Software Transactional Memory (STM), along with support for parallel programming using the Glasgow Haskell Compiler (GHC). 8. **Rich Ecosystem**: Haskell has a vibrant community and a large ecosystem of libraries (via Hackage) for various domains, making it practical for real-world applications. ### Here is what an expert answer could be: ...