Ouroboros | GPU MemoryManager based on virtualized queues | GPU library

The kubelet has the following default hard eviction threshold: memory.available<100Mi nodefs.available<10% nodefs.inodesFree<5% imagefs.available<15%

As per official Rancher page:

You can add additional arguments/binds/environment variables via the Config File option in Cluster Options. For more information, see the Extra Args, Extra Binds, and Extra Environment Variables in the RKE documentation or browse the Example Cluster.ymls.

Look in the full example how you can configure kubelet options:

You might want to try with a different environment e.g. on a docker container.

Here is a report of a try with Ubuntu 18.04 LTS as of 2019-11-29. I followed https://voc.readthedocs.io/en/latest/background/install.html

Python 3.7 is used instead of the default 3.6.

The current codebase is been deprecated and two new are already in development (in Rust and Haskell). For the sake of speed, it’s way easier to implement Ouroboros Genesis + OBFT rather than Ouroboros Genesis + Ouroboros Classic (with the specific technical decision already made in the old repository).

No.

A users stake is not directly affected by the staking process in any variant of the Ouroboros protocol. In practice, if a user extends the "wrong fork", they simply end up not getting any rewards for this block down the line.

Slashing algorithms are not necessary for Ouroboros, as it employs cryptography and probabalistic analysis to rule out the attacks it is designed to prevent.

Even if it were necessary, however, typically it comes in the form of punishing provably bad behaviour, and not honest "mistakes" (of which extending a shorter chain is one). Specifically, the variants I've seen will punish users if they create two blocks at the same point, i.e. they actively fork the chain.

Try this. You'll need to adjust the workbook and sheet names to suit.

Not sure what output you are expecting, I have just added a text message in the output cells in AA.

The problem is that your HTML is invalid, enough so that it's forcing the browser into "guess what I mean mode", and the browser is apparently confused enough to guess badly wrong.

I can't actually reproduce the problem on a variety of different Chrome, Safari, and Firefox browsers on macOS, iOS, and Android—they all properly send a POST. But an unmatched tag error is exactly the kind of thing that could cause this kind of problem.

In particular, you have two
tags, which are closing tags for a
that you never opened. Most likely this was just a typo or thinko for
(a self-closing tag).

You also may have another error. In HTML5, while attribute names are always case-insensitive, not all attribute values are. I'm pretty sure HTML 5.2 explicitly requires enumerated attributes to do ASCII-case-insensitive matching, but IIRC, HTML 5.0 left it unspecified. If so, and if your browser is not up to date, technically it could legally treat POST as an invalid value and use the invalid-value default of get, instead of treating it as post. I'm not actually sure this is true—and, even if it is, I can't find a browser that actually behaves that way, and can't imagine any would have a good reason to do so, so I doubt this is your problem. But still, no reason not to get it right.

So, the fix is to change your HTML to this:

If you run eval $(minikube docker-env) command, your local docker dommand will be actualy run on the docker that is powering minikube. That means that if you use pullPolicy: if NotPresent and set that env, you can use docker build to update that image to a localy built development version (with pullPolicy: Always it would still pull from docker hub).

The width works because the Scene width is always equal to the Content width hence your problem, the height is different since you added the MenuBar(menuBar)

so in your HeightListener do this