0xAkraw davidroman0O

How to Setup Open Media Vault (OMV) 7 on FriendlyElec CM3588 Nas Kit with ZFS

The FriendlyElec (NanoPC) CM3588 is a RK3588 based solution with 4/8/16GB LPDDR4x memory and 0/64GB eMMC flash storage. The inital carrier board released with the CM3588 features 4x M.2 NVMe SSD slots (PCIe 3.0 x1 each) and a 2.5gbps RJ45 port, making it an attractive option for a low powered silent NAS at $130/$145/$174 depending on which RAM configuration you purchase.

I ordered this in response to the LTT video. I have seen a few people struggling to configure these, and figured I would offer some basic guides in order to get those who need some assistance on getting their NAS up and going.

I will be using the precompiled Debian 12 installer found [here.](https://drive.google.com/drive/folders/1FoBbP_nPkMehwBj4wH

Turing Pi 2 + 4x RK1 32GB Kubevirt Cluster

In this gist we will attempt to capture the prominent steps in building an RK1 TPI2 Talos K8s Cluster for use with the github.com/ContainerCraft/Kargo kubevirt platform.

Info

If you try this and achieve success imaging your RK1 compute modules with the un-merged talos rk1 fork please report your success on this rfe issue: github.com/siderolabs/talos/issues/8187

Update Turing Pi 2 BMC Firmware

It's semi-automated at worse, automated at best

open browser

open inspector on console

copy paste, enter

wait

Turing Pi Kubernetes Cluster

Board

Turing Pi 2
Pico PSU 160w

Chat GPT "DAN" (and other "Jailbreaks")

Notes on Modern UI Development: Taking Ideas from Spaced Repetition

Introduction

I have been working on a modern typing training application for the last couple of days. One of the main motivations was to build an app with a modern UI and minimal distractions, enabling to fully focus on the training aspect. You can read more about the original idea and thought process here as well as some notes on iterating over the details here.

After adding some minimal auto close functionalities for the code training section, you can read about it here, another important feature was to make the text training part more entertaining.

Multiplication from Scratch

Imagine you need to implement (integer) mulitplication in code. Maybe you are on a system which doesn't have it or something. How to do this, and what is the minimal set of operators that are required?

Repeated addition

The most obvious way to do multiplition is through repeated addition. To get the answer to 56 x 67 you add 56 to itself 67 times (or 67, 56 times - the order doesn't matter).

This is simple to implement if we assume for the moment that both a and b are positive (we will deal with negative integers later)

	// I was so tired of clicking
	const uls = document.querySelectorAll('ul');

	uls.forEach(ul => {
	const buttons = ul.querySelectorAll('button[aria-label="Remove from project knowledge"]');
	buttons.forEach(button => button.click());
	});

	const E = enum(u12) {
	Int = 0xFFF,
	String = 0xFFE,
	Pointer = 0xFFD,
	}

	const P = packed union(?e){
	const this = @This();

	Int: packed struct {

	rqlited \
	-auth rqlite.json \
	-fk \
	-node-id 1 \
	-http-addr localhost:4001 \
	-raft-addr localhost:4002 \
	./node.1

	rqlited \
	-auth rqlite.json \