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@rgov
rgov / dev.foxglove.Studio.yaml
Last active October 6, 2023 22:00
INCOMPLETE - Flatpak manifest for Foxglove Studio
# Based on https://github.com/flathub/com.nordpass.NordPass by @FakeShemp
# wget https://raw.githubusercontent.com/flathub/com.nordpass.NordPass/e93574f94b4387917fb8d5b0fb725660b2b01817/gcc10.diff
# wget https://raw.githubusercontent.com/flathub/com.nordpass.NordPass/e93574f94b4387917fb8d5b0fb725660b2b01817/xz_support.patch
# flatpak install flathub org.freedesktop.Platform//22.08 org.freedesktop.Sdk//22.08 org.electronjs.Electron2.BaseApp//22.08
# sudo flatpak-builder --install --force-clean build-dir dev.foxglove.Studio.yaml
# flatpak run dev.foxglove.Studio
app-id: dev.foxglove.Studio
base: org.electronjs.Electron2.BaseApp
@giuseppe998e
giuseppe998e / nixos-btrfs-tmpfs.md
Last active December 1, 2025 06:31
Install NixOS with BTRFS and IN-RAM root

Install NixOS with BTRFS and IN-RAM root

1. Format and partition the hard drive

  1. Create the GPT partition table
    • $ parted /dev/sdX mklabel gpt
  2. Create the UEFI FAT32 partition (which will be /dev/sdXY)
    • $ parted /dev/sdX mkpart esp fat32 1MiB 512MiB
    • $ parted /dev/sdX set 1 esp on
    • $ parted /dev/sdX set 1 boot on
  • $ mkfs.fat -F 32 -n UEFI /dev/sdXY
@madkoding
madkoding / pair-dual-boot-bluetooth.md
Last active December 2, 2025 00:28
Pairing bluetooth devices in dual boot with Linux Ubuntu and Windows 10/11

Pairing Bluetooth Devices in Dual Boot with Linux Ubuntu and Windows 10/11

Introduction

This guide provides updated instructions for pairing Bluetooth devices (such as keyboards or mice) in a dual-boot environment with Linux Ubuntu and Windows 10/11, incorporating community feedback and suggestions.

Instructions

1. Pair in Linux First

  • Pair your Bluetooth device in Linux. This is crucial to ensure the LinkKey remains consistent.
  • Note: Do not re-pair the device in Linux after completing the pairing in Windows.
@jackm
jackm / can-packages-and-tools.md
Last active October 9, 2025 06:51
Collection of CAN bus packages and tools

Collection of CAN bus packages and tools

This document assumes the use of Linux as the chosen development platform. Items in bold are highly recommended.

It is recommended to use SocketCAN when working with CAN bus on Linux. It is supported by the Linux kernel mainline and follows the Linux interface model, allowing you to use other network tools such as Wireshark. This also allows the creation of virtual CAN interfaces where no physical hardware is required to simulate or replay CAN messages.