dragon788

If you are installing Guix as an unprivileged user, it is still possible to run guix-daemon provided you pass --disable-chroot. However, build processes will not be isolated from one another, and not from the rest of the system.

dragon788

Git.io routes I use for easier curl/wget grabbing

getcrouton https://github.com/dnschneid/crouton/raw/master/installer/crouton
crouton https://github.com/dnschneid/crouton

dragon788

VERSION=`curl  "https://api.github.com/repos/cli/cli/releases/latest" | \
grep '"tag_name"' | sed -E 's/.*"([^"]+)".*/\1/' | cut -c2-`; \
curl -sSL https://github.com/cli/cli/releases/download/v${VERSION}/gh_${VERSION}_linux_amd64.tar.gz | \
sudo tar xzfC - /usr/local --strip-components=1

dragon788

Creating the image isn't hard, the trouble is the stupid installer never seems to work properly according to their directions on most system that I've tried (primarily Chromebooks, so YMMV). The only surefire method that has worked for me every single time is using dd from the Ctrl+Alt+F2 shell (or one in a logged in account, but then that account gets copied over to the target system) or dd or the 'python-awesome-dd' script from a Linux LiveUSB. If you use dd you probably need to run the fix-grub.sh script from the chromefy repo and the lab folder. There is a short URL for it, curl -L goo.gl/HdjwAZ | bash -s /dev/sda to grab the file and run it assuming you are in a root shell.

You MUST be in Developer Mode if you are attempting to Chromefy an existing ChromeOS device. Then after the Dev Mode changeover wipes the device you should access the system shell (aka VTY) using Ctrl+Alt+F2 (usually the Forward key depending on the age of the device but may also be Refresh or something else, and you m

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#!/bin/bash

echo_docs() {
cat <<'EOD'
EOD
}

# use case to echo `network` `port` `autoselect` or `LED` sections or if no arg output all of them

set_network () {

dragon788

Using scdrand to utilize a smartcard as a hardware RNG

Copy/download the quick build steps file and execute it with sh quick-build-steps.sh and if you are on Debian and have Docker it should fetch the Dockerfile here which when run with the docker build in the script clones scdtools and installs scdrand (and scdtotp) on your host system.

After you've installed it you can run sudo scdrand to get try and add some entropy to the kernel pool.

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#!/usr/bin/env bash
set -euo pipefail

usage () {
  echo "Usage: $(basename $0) {up|down|[job stage]}"
  echo "[job stage] - defaults to "build" and supports multiple comma delimited jobs"
  echo "$(basename $0) test,build"
}

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libvirt tweaks for Crostini

Important bits

sudo apt install virt-manager # includes libvirt/virsh/etc

curl -L https://vagrantup.com/whatever/vagrant-version.deb
sudo dpkg -i vagrant*.deb

For the vagrant-libvirt plugin you may need to use an alternate ruby/vagrant path in the call to install the plugin.

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virsh detach-device --domain macOS-Simple-KVM --live --conf
ig <( cat << 'EOF'
    <input type='tablet' bus='usb'>
      <alias name='input3'/>
      <address type='usb' bus='0' port='2'/>
    </input>
EOF
)
sleep 2
virsh attach-device --domain macOS-Simple-KVM --live --conf

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Setting up Clear Linux with i3 and Yubikey bits

See [bootstrap.sh] for quickest swupd package bundle installation.

If you are tricksy you can curl the raw [bootstrap.sh] file and examine it and then chmod +x bootstrap.sh and run it yourself.

The bootstrap currently doesn't automatically force you into i3, but if you log out and select your user from the login screen and click the ⚙️ icon and select i3 from the list, then enter your password if you didn't already and login.