It depends on how you want to treat the internal (not seen by user or compiler) decoding that both AMD and Intel are doing; some would argue that these CPUs are RISC chips that decode x86 and x64 instructions into their own RISC implementation.
Not mentioned is that Gemini does a pretty good job of writing Go in my experience of using it to generate utility scripts, and a friend’s use of generating an internal website for using a corporate API.
I've typically leaned towards Python for my agentic programming, because the LLMs have been good at it and I'm familiar with it if I need to take a look. But I'm just finishing up an apt-cacher replacement and decided to use golang and the experience has been really great.
I'm using CC+Opus 4.7 max effort, and it's produced a working apt cacher from the first phase of development, so far there have only been a few things I've had to ask it to fix. This is over ~52KLOC (counted by "wc -l"), going on day 3 of it working on it. This includes: caching proxy, garbage collection, "http://HTTPS///" kludge (apt-cacher-ng semantics), MITM https proxy, admin website + metrics, deep validation of metadata and rejecting invalid updates, snapshots of upstream state and delayed metadata update until "hot packages" are available after metadata update...
10/10, would go again.
FYI: My agent loop is: "Work on next step, have codex review it, compact", and then a couple rounds at the end of a phase to review the code against the spec, and a couple rounds at the beginning of a phase to create the spec.
This is a poorly supported take, once you factor in the productive parts of the economy.
If you have a lot of farmland in a red state and the profits are reported in a blue state, then counting the reported profits on the corporate balance sheet will give a distorted picture of what is happening.
Look at e.g. General Mills, based in a blue state, but a great deal of what they buy are ag inputs from red states.
> Look at e.g. General Mills, based in a blue state, but a great deal of what they buy are ag inputs from red states.
Are the businesses from who they buy ag inputs in the red states not compensated at market rates for the raw materials they provide?
Do the red states also not receive massive taxpayer funded farm subsidies for the corn and wheat they grow from the federal government?
Minnesota's GDP is higher because it has a larger population and a more diverse and greater value-added economy than it's its ag focused neighbors.
It's GDP per capita is actually lower than its very sparsely populated neighbor, North Dakota, but the economic power of a jurisdiction ultimately comes from its population*productivity.
Wouldn't the red states be profiting off of blue states in your example? Why would General Mill's purchase of red states' outputs not show up as profits in the red states? This makes no sense.
Note as well that a screenful of user-entered checked/constrained text, meant for some form of database query or insert, meant just one interrupt to the mainframe CPU; and all the info was there in an easy to parse format. Very low use of resources.
Mardi Gras actually originated in Mobile, Alabama; and it is celebrated with big parades and "krewes" all along the Gulf Coast, at least as far as Pensacola, Florida.
I have an Acer Chromebook with Celeron N3060 CPU and it runs the SIMH VAX emulator with 64MB for the VAX at the same speed as a Vaxstation 4000/60 and likely the disk is much faster.
I like OpenVMS and am slowly learning more about it; no reason to wait until you see those hit eBay :-)
Seems the scientific evidence has just been proving existence of Ra in a round about way. The idea of Ra being the source of life is actually supported by the scientific evidence. The egyptians only seemed to have mischaracterized the nature of the sun perhaps, but not its effects on the planet or its role in life. Which is interesting.
> Seems the scientific evidence has just been proving existence of Ra in a round about way.
The existence of the sun is pretty well established. The existence of a deity associated with the sun has quite a bit less scientific backing.
> The egyptians only seemed to have mischaracterized the nature of the sun perhaps, but not its effects on the planet or its role in life. Which is interesting.
I find ancient mythology interesting, but it's not surprising that ancient Egyptians knew that the sun gave life. You don't need to understand the mechanism to see that plants need sunlight to thrive and herbivores eat plants for energy and so on.
Individual L-1s (as opposed to blanket L-1s) have always been challenging and I don't feel that they're harder to get than they've been. I know that we're doing more L-1s and E-2s than before but I don't know if that's an industry trend.
I wonder if EWD would have had the same opinion if he were alive today, with every Unicode font having the APL characters immediately available on the screen.
Did he feel the language design was bad, or would having TTF fonts being able to show "rho", "iota", "grade up" have removed one or more of his objections?
Very interesting flip! For much of his life, Dijkstra opposed functional programming. He even more strongly criticised FP from Backus and APL from Iverson, which are both very funcional/function-level.
As he said, Java is a mess and any sensible person would oppose the switch from Haskell to Java. I am almost sure he never used any of them. Might have read about them, but highly doubt he run any on computer.
As for the high-level status of Haskell and APL — both languages are very mathematical. Haskell goes very into the abstract realm of computation, while APL tackles very raw form of computation. Semantically, Haskell is way more high-level. In terms of economy of notation and unified concepts, APL has no match.
The most used (by me) Vector package has boxed (efficient) and unboxed (J-like) arrays. With these arrays having map, fold, scan, fromList/toList, zip and unzip combinators, one can have as terse (in the operator count sense) notation as one wishes for.
> Might have read about them, but highly doubt he run any on computer.
Nice goalpost shifting. Anyways, you also neglected that he was a major proponent of structured programming and the author of the letter "Go To Statement Considered Harmful". The idea that he would oppose high-level languages is not based in reality. Specific languages, yes, but not because they are high-level as your silly original comment claimed.
Dijkstra was highly influential in theoretical (proofs, algos) and practical (spec&compiler for Algol60) compuper science. But in reality he used his fountain pen disproportionately more than the computer.
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