As much as I dislike Adams and disagree with a lot of the attempts to paper over a lot of reprehensible stuff, he gave it a try, abandoned it, and publicly denounced it after it didn't work, and even spoke out against the pressuring campaigns done by ivermectin/etc. quacks to push people to waste time, money, and hope on quack treatments.
There's much better examples of areas where he was off the rails than him spending a month on a relatively safe treatment trying to stay alive before giving up when faced with reality.
The man spend a tremendous amount of time trying to discredit the entire medical industry. In the past he has claimed to avoid cancer through prayer. This is part of a pattern.
he gave it a try, abandoned it, and publicly denounced it after it didn't work
I'm not sure why that should be lauded. A sample size of 1 (and a trial length of merely 1 month, according to other posts) does not make a convincing study to warrant any public statements.
When there is no science behind it and you've been convinced by a bunch of charlatans hoping to make a quick buck off of taking advantage of the fear of their victims, there's not really a need to turn your experience into a study.
It's a matter of realizing you're being taken advantage of and speaking out about the experience.
My grandfather was a surgeon, an excellent one. When he was diagnosed with inoperable lung cancer, he went to every dubious healer my grandmother could find. He did it for her, and likely for himself as well. He was never right wing.
>...When he was diagnosed with inoperable lung cancer, he went to every dubious healer my grandmother could find...He was never right wing.
Desperation isn't partisan, friend.
My father was diagnosed with metastatic lung cancer and died from its ravages too. He participated in clinical trials and did everything medically reasonable to save himself. None of it worked, and when the treatments came to an end, he faced his death with grace and dignity. I've often thought that if I was in a similar situation, I'd be happy to be half as courageous as he was.
Other folks I've seen have been more along the "freak out" axis and have fallen apart, sought out any treatment regardless of efficacy (or sanity), or both, in order to stave off their fear.
None of that is partisan. All of that is sad.
If Scott Adams died from his cancer's advance, he died a slow, painful (opioids notwithstanding) death which included numerous indignities and, at the end, a lack of awareness that, had he been conscious of it, would likely have driven him mad.
That's what's sad. No one, not even Scott Adams, should suffer and die that way. How folks meet death, especially one as grueling and painful as cancer eating your central nervous system, isn't a partisan thing.
And while I'm not a fan of his later incarnations, his brief cameo here[0] was quite amusing.
Vulkan is not supported on game consoles, with the exception of Switch, and even there you should use NVN instead.
It is not officially supported on Windows, it works because the GPU vendors use the Installable Client Driver API, to bring their own driver stack. This was initially created for OpenGL, and nowadays sits on top of the DirectX runtime.
On the embedded space, the OSes that support graphical output many are stil focused on OpenGL ES.
While Metal might be easier to use, i'm pretty sure it is still easier to have to worry about Vulkan alone than Vulkan+Metal. And Metal predating Vulkan is really only of concern to code that existed before Vulkan was made available (which wasn't that much).
Vulkan capture support on Windows was introduced in v25 (on linux you need to use a plugin). There is no Vulkan renderer support—which the post clearly stated...
Prototyping platforms have tiny markets, but lead to downstream sales. Many a company were brought down by more developer-friendly platforms ignoring the "tiny" userbase of people who want to do unconventional things.
Most IC vendors provide free samples and support because of this. That's a market size of close to zero -- electronic engineers -- but leads to a market size of "massive." I can get an application engineer to visit my office for free to help me develop if I want.
Arguably, iPhone and Android won by supporting the tiny market of developers, who went on to build an ecosystem of applications, some long-tail, and some unexpected successes.
And arguably, x86 won for the same reason.
Atmel had shipped 500 million AVR flash microcontrollers, due in large part to the ecosystem created by Arduino.
Balmer said "Developers! developers! developers!" Visual Studio was not a major revenue driver for Microsoft; what was developed in it was.
> Prototyping platforms have tiny markets, but lead to downstream sales. Many a company were brought down by more developer-friendly platforms ignoring the "tiny" userbase of people who want to do unconventional things.
Qualcomm doesn't even make small/cheap MCUs so they aren't going to win over that market by buying Arduino. Their first board post-acquisition is a mashup of a Linux SBC with an MCU devkit, and while the Linux SOC is from QCOM, the MCU is from ST Micro.
>Atmel had shipped 500 million AVR flash microcontrollers, due in large part to the ecosystem created by Arduino.
How do you know the 500 million sales is due to the Arduino ecosystem?
I used to work in embedded for 10+ years and in the 4 companies I worked at so far, none of the products ever featured AVR microcontrollers. The microcontroller of choice for production was always based on the feature/cost ratio for each application, never on the "is it part of the Arduino ecosystem?" question.
Tinkering with Arduino at home, and building products for mass production, have widely different considerations.
If they sold 500 million microcontrollers and your workplaces never bought any, then your experience doesn't tell us anything about why the people that did buy them, bought them.
All of the products that i've been involved with that included AVR microcontrollers are from before the Arduino platform existed. The STMicro ARM M3 chips are more capable and cheaper then the 8-bit AVRs; The Arduino IDE never factored into the decision, even at the height of its popularity.
FWIW: I've used Arduinos, but never with their IDE.
AVR was super-developer-friendly well before the Arduino. It replaced the PIC for a lot of hobbyist projects.
To the points in the thread, on major product development, these things don't matter. On the long tail of smaller products, as well as on unexpected successes, they do.
That is the downside. you can prototype with one chip and when the concept works switch. I've worked with many projects over the years where that was done. Sometimes an intern proved it works with arduino - which wat cheap enough to buy without needing supply management, but then we did the project with 'good code' on our internal controllers. Othertimes we bought a competitor andiagain first thing switched them to our controllers. (Our controllers are designed for harsh environments which means millions of dollars spent designing the case and connectors)
I can confirm. While there is a fair amount of train infrastructure, it is horribly unreliable. Plan for being delayed for 30-50% of the scheduled travel time.
"You don't think 'oh, the lawnmower hates me' - lawnmower doesn't give a shit about you, lawnmower can't hate you. Don't anthropomorphize the lawnmower." - Bryan Cantrill
> "You don't think 'oh, the lawnmower hates me' - lawnmower doesn't give a shit about you, lawnmower can't hate you. Don't anthropomorphize the lawnmower."
True for now.
Smart devices might well be controlled by people who hate you. Even if they just do not care about you, its very different from a lawnmower not caring about you.
Qcom is a corporate behemoth, much like Oracle. In the immortal words of Bryan Cantrill, it is a lawnmower and if you stick your hand in it you'll get it chopped off.
I'm doing my best! I think I have made Berlin's bureaucracy a lot more approachable, but there's only so much you can do as a single person without official backing.
Or if spun around, it's incredible what can be done by a single motivated person, and sad that the entire bureaucratic apparatus is incapable of doing it.
While in many way software freedom won the server and workstation battle, we lost all the new battlefront which opened in the last two decades:
- Phones (the thing in the hand of almost every human now. And sorry LineageOS and GrapheneOS are quickly being marginalized now by things like Google Play Integrity)
- Javascript (yes it is a big problem [0])
- the Cloud
- IoT
The FSF was actually pretty good at identifying those issue early on but was overwhelmed and probably marginalized because they were right.
Notice that none of those new "Open Source" advocates really care about those ubiquitous issues.
We won some battles but lost the war.
The fact France endorses some UN Open Source principles really doesn't matter.
You might think caring about software freedom is almost fringe but look at:
- The US freaking out about all those Chinese devices and cyber attacks,
- The EU now freaking out about US big tech and the cloud.
I believe the best way to safeguard sovereignty and safety is for everyone be able to control as much as possible what is running on our "computers" and as close to you as possible. The FSF [1] has been consistent regarding those issue and doing something about it. But also some other folks like OpenBSD [2].
Very unclear to me what the goals of the UN and the OSI type foundations really is.
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