Nx6 Installation Manual

[Arnaude Kubiak]

Forsimplicity, we generally recommend using the wsl --install to install Windows Subsystem for Linux, but if you're running an older build of Windows, that may not be supported. We have included the manual installation steps below. If you run into an issue during the install process, check the installation section of the troubleshooting guide.

We recommend now moving on to step #2, updating to WSL 2, but if you wish to only install WSL 1, you can now restart your machine and move on to Step 6 - Install your Linux distribution of choice. To update to WSL 2, wait to restart your machine and move on to the next step.

Builds lower than 18362 do not support WSL 2. Use the Windows Update Assistant to update your version of Windows. The Windows version 1903 support is also only for x64 systems. If you are using an Arm64 version of Windows, you will need to upgrade to Windows 10 version 2004 or later for full access to WSL 2. For more info, see WSL 2 support coming to Windows 10 Versions 1903 and 1909.

The Linux kernel update package installs the most recent version of the WSL 2 Linux kernel for running WSL inside the Windows operating system image. (To run WSL from the Microsoft Store, with more frequently pushed updates, use wsl.exe --install or wsl.exe --update.).

If you're using an ARM64 machine, please download the ARM64 package instead. If you're not sure what kind of machine you have, open Command Prompt or PowerShell and enter: systeminfo find "System Type". Caveat: On non-English Windows versions, you might have to modify the search text, translating the "System Type" string. You may also need to escape the quotations for the find command. For example, in German systeminfo find '"Systemtyp"'.

Once the installation is complete, move on to the next step - setting WSL 2 as your default version when installing new Linux distributions. (Skip this step if you want your new Linux installs to be set to WSL 1).

The first time you launch a newly installed Linux distribution, a console window will open and you'll be asked to wait for a minute or two for files to de-compress and be stored on your PC. All future launches should take less than a second.

There are some scenarios in which you may not be able (or want) to, install WSL Linux distributions using the Microsoft Store. You may be running a Windows Server or Long-Term Servicing (LTSC) desktop OS SKU that doesn't support Microsoft Store, or your corporate network policies and/or admins do not permit Microsoft Store usage in your environment. In these cases, while WSL itself is available, you may need to download Linux distributions directly.

Once the distribution has been downloaded, navigate to the folder containing the download and run the following command in that directory, where app-name is the name of the Linux distribution .appx file.

Once the Appx package has finished downloading, you can start running the new distribution by double-clicking the appx file. (The command wsl -l will not show that the distribution is installed until this step is complete).

If you are using Windows server, or run into problems running the command above you can find the alternate install instructions on the Windows Server documentation page to install the .appx file by changing it to a zip file.

Using Windows Terminal enables you to open multiple tabs or window panes to display and quickly switch between multiple Linux distributions or other command lines (PowerShell, Command Prompt, Azure CLI, etc). You can fully customize your terminal with unique color schemes, font styles, sizes, background images, and custom keyboard shortcuts. Learn more.

When a customer purchases a product, like a piece of software or a speaker, they want to use it immediately. First, however, they need to know the ins and outs of the product, its features, and how to use it. While customers are often eager to begin using their new purchase, they cannot begin until the product is properly installed. Installation manuals and guides are technical documentation that come with the product, helping the customer successfully install and set up a product without the assistance of an external service department.

Installation manuals, or installation guides, are step-by-step technical documentation that come with a product and instruct the customer how to properly install and set up the product. Their purpose is to give the customer enough information to install a product without needing to contact customer service. Installation manuals should include content like methods of installation, minimum system requirements, and configuration of the product for proper usage.

Similar to installation manuals are quick reference guides, or quick start guides. Quick reference guides are clear and compact instructions for products that need very little set up, such as a phone app. They are typically shorter than installation manuals and may include less technical information.

To install the Splunk universal forwarder, see Install the universal forwarder software in the Universal Forwarder manual. The universal forwarder is a separate executable with its own set of installation procedures. For an introduction to forwarders, see About forwarding and receiving in the Forwarding Data manual.

Please try to keep this discussion focused on the content covered in this documentation topic. If you have a more general question about Splunk functionality or are experiencing a difficulty with Splunk, consider posting a question to Splunkbase Answers.

I'd like to see the full How-To on how to use manual partitioning during Ubuntu installation. The existing guides (at least those I found here) cover only automatic part and leave untouched the manual part (or extremely short and contain no pictures).

As LiveWireBT noticed in comments, it is recommended to place root partition onto primary partition on MBR scheme disks. However, it belongs to personal taste. Sometimes it's even better to put /boot directory on primary and leave root on logical partition.

Optionally disable fast startup and probably disable hibernation, if it is activated and you intend to access the Windows partition with Ubuntu. Run powercfg.cpl and navigate to Power Options > System Settings through "Choose what the power button does".

Attention! No, you don't want to erase the entire disk and Windows along with it. Choose the Something else option if you see this screen. (Something else may be the most difficult option to understand, but considering existing bugs you know what you will get.)

I will not cover how to create mdadm arrays here. There are a lot of articles around the Internet. However, there is one major problem: Ubiquity installer doesn't account for the arrays created in the live session, so you'll probably get unbootable system after installation on such array.

Important: Install /boot onto one of partition outside the array because GRUB doesn't support mdadm. In my case, it's /dev/sda3. If you want more quick booting of your system, it should be placed at the beginning of the disk.

Now suppose that we are going to install Ubuntu 11.04 and at first of the installation process we will meet Allocate drive space screen (the most important step in the installation process). In Allocate drive space screen Select Something else to partition your disk drive manually.

Connect the control output of the Remootio unit to the appropriate input terminals of your gate or garage door. In some cases there is only one input pair (single input) and in other cases there are two input pairs (dual input) on the control board that has to be triggered to open or close the gate or garage door.

Use the included pair of wires to connect Remootio's control output to the appropriate input terminal of your garage door / gate control board. One of the leads need to be wired to the "0V", "GND" or "COM" terminal and the other lead to "CYC", "IMPULSE", "IMP", "KBUTT", "OPERATE", "OSC", "PB", "PP", "SBS", "SS", "START", "STRT", "SW", "TRG", "WALL BUTTON" or "WALL CONTROL" depending on the manufacturer's naming convention.

Connect Remootio's output #1 to the "open" input terminal of your gate or garage door control unit and connect Remootio's output #2 to the "close" input terminal of your gate or garage door control unit. If you have a gate or garage door opener that needs both outputs to be wired to the control board, please go to the settings menu of Remootio and select "output configuration" and please choose the "Output 1: output to open Output 2: output to close" option.

For more details about the output configuration, please visit this article.

Connect the sensor to terminal 4 of the Remootio 3 unit and use the included adhesives to mount the wireless part of the sensor on the moving part of the gate or garage door in such a way that it is not further than 30mm from the wired part of the sensor when the gate or garage door is closed.

For more details and images about about the sensor installation, please check our sensor installation tutorial. When enabling the sensor interface in the app, please make sure to select the corresponding input (in this example "input 1").

You can connect a manual control button or a doorbell button to terminal 5 of the Remootio board. (The inputs are polarity independent, which means that within the same input terminal, the order of the wires does not matter).

You can use the double-sided adhesives to attach Remootio to the wall of your garage or you can simply place the unit with or without using the provided adhesive inside the weatherproof plastic enclosure of your electric gate opener.

Remootio 3 has a wide operating voltage range, so you can use the dedicated terminals of your gate control board to power the Remootio 3 unit.

The operating voltage range of Remootio 3 is: 5-32V DC 12-24 VAC

You can connect Remootio's power cord to the battery of a solar powered gate system as long as the voltage of the battery is within Remootio's operating voltage range 5-32V DC 12-24 VAC.

(note: Most batteries used in solar powered gates are 12V)

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