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blueprint:
  name: Turn Off Switches At Sunrise
  description: Turn off the following switches at sunrise
  domain: automation
  input:
    # Create a variable for identifying the light to act upon
    target_switch:
      name: Switches
      description: This is the switch (or switches) that will be deactivated at sunrise
      # Use a selector, to pick the light(s)

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blueprint:
  name: Turn On Switches At Sunset
  description: Turn on the following switches at sunset
  domain: automation
  input:
    # Create a variable for identifying the light to act upon
    target_switch:
      name: Switches
      description: This is the switch (or switches) that will be activated at sunset
      # Use a selector, to pick the light(s)

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if [ ! -f .env ]
then
  export $(cat .env | xargs)
fi

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// A generic doubly-linked list

package list

// the zero value is ready to use.
type List[T any] struct {
	root Element[T]
	Len  int
}

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The following snippet contains an example for GoLang Generics for Structs:

package main

import "fmt"

// Structs definition
type ObjectOne struct {
	Name string      `json:"name"`

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if you can access to the GUI environment, It is very easy using "disks" application.

or might be easy with gdisk/fdisk ?   I'm not sure about this.  

------------------------------------------------------------------------  

see the reference for more detail, if you want.
https://richardstechnotes.wordpress.com/2015/12/18/setting-up-an-nvme-ssd-on-ubuntu-14-04-lts/   http://takatakamanbou.hatenablog.com/entry/2015/10/25/235600 : Japanese website

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#!/bin/bash
# (c) 2020 Artur.Klauser@computer.org
# SPDX-License-Identifier: Apache-2.0 OR MIT
#
# This script installs support for building multi-architecture docker images
# with docker buildx on CI/CD pipelines like Github Actions or Travis. It is
# assumed that you start of with a fresh VM every time you run this and have to
# install everything necessary to support 'docker buildx build' from scratch.
#
# Example usage in Travis stage:

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       --label "traefik.enable=true" \
        --label "traefik.protocol=http" \
 	     --label "traefik.first.port=80" \
  		 --label "traefik.first.frontend.rule=Host:web1.example.com" \
 	     --label "traefik.second.port=8080" \
  		 --label "traefik.second.frontend.rule=Host:web2.example.com" \
  	
    
 Above labels will allow us to forward web1.example.com to docker container port 80 and web2.example.com to same container's port 8080

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Vim has a Terminal Mode!

Since v8.1 (May 2018), Vim has shipped with a built-in terminal. See https://vimhelp.org/terminal.txt.html or type :help terminal for more info.

Why use this? Mainly because it saves you jumping to a separate terminal window. You can also use Vim commands to manipulate a shell session and easily transfer clipboard content between the terminal and files you're working on.

Key Bindings

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# fshow - git commit browser (enter for show, ctrl-d for diff, ` toggles sort)
fshow() {
  local out shas sha q k
  while out=$(
      git log --graph --color=always \
          --format="%C(auto)%h%d %s %C(black)%C(bold)%cr" "$@" |
      fzf --ansi --multi --no-sort --reverse --query="$q" \
          --print-query --expect=ctrl-d --toggle-sort=\`); do
    q=$(head -1 <<< "$out")
    k=$(head -2 <<< "$out" | tail -1)