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lpsantil on github Solutions Architect, OpenShift/Kubernetes/Container Storage/Container-native Virtualization, Red Hat

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I'd presume we're almost all using the Web primarily on some employer's dime (except where we are self-employed but it still applies). Prior to the Web 1.0, I remember interacting with people/managers that discouraged reading email or news or forums or other casual/non-work uses of the Web. I remember articles about employers allowing their programmers to read their email "up to" 2 hours per day. Now we're expected to have rapid response/access to email, slack, SMS, etc.

I believe this is because the commercialization/monetization of Web usage is beneficial to commercial entities. If that isn't possible, then the few who build the Web aren't able to build it in the first place. It's akin OSS and concepts of commercialization in the GPL. You can't create equity if there is no method to transfer value.

Flash succeeding is subjective. There were many who were hostile to Flash (and Java) for a long time. I actively disabled the Flash plugin except when necessary.

HTML not passing the criteria doesn't negate it from being the current leading technology. All it indicates is that there could be a technology that does more (most) of these things better. And, it sets a certain benchmark for the next technology to aspire to.

I think accepting input from anyone is a resiliency feature. Imagine if only Governments drove the Web? Or Multi-national Megacorps? Billionaires? Choice and freedom helps to democratize and enable usage by participants who are diadvantaged.

Content-neutrality is experiential. That is to say, gopher is well known to be more organizationally efficient at transimitting data than http. However, it was primarily aimed at text transmission and was very poor at supporting applications (like banking, commerce sites or email). These were huge boons to the current Web.

I think we could learn from an old (gone?!) Google+ post from Ian Hickson on what could possibly replace HTML but a lot of the criteria applies to Web/Internet as a whole (https://www.sitepoint.com/will-html-ever-be-replaced/).

   Ian Hickson (“Hixie” — WHATWG specification editor, CSS2.1 co-editor and Google’s W3C representative) recently published an interesting post on Google+. He’s occasionally contacted by people suggesting a better alternative to HTML but, in all cases, none have come close. Ian states that any technology would need to satisfy at least five objectives to displace existing web technologies:

   Be devoid of licensing requirements.
   Be vendor-neutral and accept input from everyone.
   Be device and media-neutral; it should work on PCs, TVs, mobiles, tablets, screen readers and any future hardware.
   Be content-neutral and not restrict itself to types of document or application.
   Be radically better than the existing web in every way; faster, more usable, more features, easier to develop, easier to monetize, etc.


   HTML can fail objectives two and three. Technologies such as XHTML2 and XForms only satisfied one and three. Java and Flash struggle in all areas — and I’d also add Google’s Dart to that list.


Maybe this all means there’s a place on the net for gopher, Gemini protocol, or tilde.town or ssh BBSes?

I say this as someone who likes and use TinyCoreLinux and PiCore, there are some mind numbing ways TCL makes immutability work. I chalk this up to Linux and immutability being sometimes in contention with each other. Lots of Linux code make assumptions paths being writable.

   I don't feel like RedHat had to do anything to sell support contracts in this case, because that was already their business. All they had to do was say they'll include container support as part of their contracts.
Correct. Maybe starting with RHEL7, Red Hat took the stance that “containers are Linux”. Supporting Docker in RHEL7 was built-in as soon as we added it to ‘rhel-7-server-extras-rpms’ repo. The containers were supported as “customer workloads” while we docker daemon and cli were supported as part of the OS.
   What they did do, AIUI based on feedback in the oss docker repos, is those contracts stipulated that you must run RHEL in the container and the host, and use systemd in the container in order to be "in support". So that's kind of a self-feeding thing.
Not quite right. RHEL containers (and now UBI containers) are only supported when they run on RHEL OS hosts or RHEL CoreOS hosts as part of an OpenShift cluster. systemd did not work (well?) in containers for a while and has not been ever a requirement. There’s several reasons for this RHEL containers on RHEL/RHCOS requirement. For one, RHEL/UBI containers inherit their subscription information from their host. This is much like how RHEL VMs can inherit their subscription if you have virtualization host-based subscriptions. If containers weren’t tied to their host, then by convention, each container would need to subscribe to Red Hat on instantiation and would consume a Red Hat subscription instance.

https://access.redhat.com/articles/2726611

VM does not mean Virtual Memory in this context. VM does mean Virtual Machine. When an OS/DPMI Server/Supervisor/Monitor provides an OS or program a virtual interface to HW interrupts, IO ports, SW interrupts, we say that OS or program is being executed in a Virtual Machine.

For things like Windows 3.x, 9x, OS/2, CWSDPMI, DOS/4G (DPMI & VCPI), Paging & Virtual Memory was an optional feature. In fact, CWSDPMI/djgpp programs had flags (using `CWSDPR0` or `CWSDPMI -s-` or programmatic calls) to disable Paging & Virtual Memory. Also, djgpp’s first DPMI server (a DOS extender called `go32`) didn’t support Virtual Memory either but could sub-execute Real Mode DOS programs in VM86 mode.

http://www.delorie.com/djgpp/v2faq/faq15_2.html