An explanation and script for automatic configuration of IPv6 using 6rd (IPv6 rapid deployment) on MikroTik RouterOS.
IPv6 rapid deployment (6rd) is a convention for configuring the tunnel of IPv6 traffic over IPv4 within an internet service provider’s customer network. MikroTik’s RouterOS operating system supports all the pieces required for a customer to connect to such IPv6 networks deployed with 6rd, but RouterOS doesn’t directly support 6rd. This article describes a custom script that will monitor an interface’s IPv4 address and automatically configure a corresponding 6to4 tunnel to follow the 6rd standard.
In the first post of this blog series, I define Contract-First REST Development and discuss benefits of this development style.
In this post, I provide an overview of contract-first development and reasons to follow this style of development. Specifically, I define contract-first REST development, tell the story of a real-life project that migrated to contract-first development, discuss some benefits of contract-first development, and then introduce three styles of generating code to complement contract-first development.
A guide that walks through the steps to build and use coreos-assembler to install Fedora CoreOS on a Pi 4.
This guide walks through the steps to assemble a Fedora CoreOS image that targets aarch64, and then continues to installing it onto a USB drive. Afterward, the USB drive is updated to include UEFI for the Raspberry Pi to facilitate booting.
A guide to installataion of Fedora 32 Workstation onto a USB mass storage device for use in a Raspberry Pi 4.
As with my previous guide on Installing Fedora Server onto Raspberry Pi 4, this guide aims to install Fedora 32 Workstation without modification to packages, custom kernel builds, or similar changes. In this way, the running system will be able to receive all updates directly from Fedora repositories.
A guide to the manual installation of Fedora Server onto a Raspberry Pi 4 with UEFI booting from a USB mass storage device.
This guide aims to install Fedora Server onto a USB drive without any modification to packages, custom builds of kernels, or other changes to the default install of Fedora. In order to accomplish this, a build of UEFI that is specific to the Raspberry Pi 4 is used.
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