Download Nano On Windows
Beatzby Wall
_64/nano-5.8-1-x86_64.pkg.tar.zst (extract with Modern 7-zip + 7-zip, or unzstd) and exes from nano-5.8-1-x86_64.pkg.tar.zst\nano-5.8-1-x86_64.pkg.tar\usr\bin\ to your PATH, along with (from msys64\usr\bin\ or the archives): msys-ncursesw6.dll, msys-2.0.dll, msys-magic-1.dll, msys-intl-8.dll, msys-iconv-2.dll, msys-bz2-1.dll, msys-z.dll
I am working on a project and the jetson nano seems perfect for the job but I need the device I use to run windows 7, 8 or 10. Windows 10 has an arm edition that will work fine, but I have yet to see any post of someone actually installing an iso onto the device. Before I buy some of these I need to know if they will function for what I need them to do. Sorry if I am in the wrong place for this I have not seen another place to speak about the jetson nano.
It has gone fairly smoothly, and I'm only stuck for a stupid reason on the final step. It asks me to run mnist_mlp.py to test if it is working, but I don't have that file downloaded. I figured I could just type 'nano mnist_mlp.py' and then copy over the code for the file and then run it, as I would do in Linux. However, since I am on windows, it is telling me in the Anaconda prompt that nano is not a recognized command.
GNU nano is a great text editor for developers who work on Linux, but did you know it can run on Windows too? This guide will show you how to install GNU nano on Windows to make your text editing experience seamless.
Since the dawn of time, human kind has struggled to produce Windows images under a gigabyte and failed. We have all read the stories from the early Upanishads, we have studied the Zoroastrian calculations, recited the talmudic laws governing SxS yet continue to grow ever older as we wait for our windows pets to find an IP for us to RDP to. Well hopefully these days are nearing an end. I think its pretty encouraging that I can now package a windows VM in a 300MB vagrant package.
Windows nano finally brings us vm images of similar relative size to its linux cousins. The one I built for VirtualBox is about 307MB. This is 10x smaller than the smallest 2012R2 box I have packaged at around 3GB.
The reason for the latter issue is that the WinRM service in nano expects requests to use codepage 65001 (UTF-8) and will refuse requests that do not. The WinRM ruby gem used by Vagrant uses codepage 437 and you will see exceptions when it tries to connect. Previous windows versions have accepted both codepages and I have heard that this will be the case with nano by the time it officially ships.
Before going through the packer template, it would be helpful to understand how one would build a nano server without packer or by hand. Its a bit more involved that giving packer an answer file. There are a few different ways to do this and some paths work better for different scenarios. I'll just layout the procedure for building Nano on virtualbox.
Ben Armstrong has a great post on creating nano VMs for Hyper-V. If you are on Windows and want to create Virtualbox VMs, the instructions for creating the nano image are nearly identical. The key change is to specify -OEMDrivers instead of -GuestDrivers in the New-NanoServerImage command. GuestDrivers have the minimal set of drivers needed for Hyper-V. While it can also Create a VirtualBox image that loads and shows the initial nano login screen, I was unable to actually login. Using -OEMDrivers adds a larger set of drivers and allows the box to function in VirtualBox. Its interesting to note that a Hyper-V Vagrant Box build using GuestDrivers is 60MB smaller than one using OEMDrivers.
You have no powershell here so the instructions are different. Basically you need to either create or use an existing windows VM. Make sure you have a shared folder setup so that you can easily copy the nano VHD from the windows VM to your host and then create the Virtualbox vm using that VHD as its storage.
So you may very well be wondering at this point, "Its just a handful of steps to create a nano VM. Your packer template has multiple scripts and probably 100 lines of powershell. What is the advantage of using Packer?"
So now we will step through the key parts of the template and scripts highlighting areas that stray from the practices you would normally see in windows template work and dwelling on nano behavior that may catch you off guard.
We assume that there is no windows anywhere (because this reflects many build environments) so we will be installing two operating systems: The larger Windows Server 2016 and Nano. We build nano from the former. Our third partition is a system partition. Its easier to have a separate partition for the master boot record that we don't have to touch or move around in the process.
Both Vagrant and Packer expect to communicate over unencrypted WinRM using Basic Authentication. I know I just said that Vagrant and Packer cant talk WinRM at all but I reached a challenge with WinRM before discovering the codepage issue. When trying to allow unencrypted WinRM and basic auth, I found that the two most popular methods for tweaking winrm were not usable on nano.
The first simply does not exist. Now the winrm command is c:\windows\system32\winrm.cmd which is a tiny thin wrapper around cscript.exe, the scripting engine used to run vbscripts. Well there is no cscript or wscript so no visual basic runtime at all. Interestingly, winrm.vbs does exist. Feels like a sick joke.
SetupComplete.cmd is a special file that can sit in windows\setup\scripts and if it does, will be run on first boot and then never again. We use this because as mentioned before, we cant use Packer provisioners since winrm is not an option. I have never used this file before so its possible this is not specific to nano but that would be weird. I was wondering why the powershell script I called from this file was not being called at all. Everything seemed to go fine, no errors but my code was definitely not being called. Kinda like debugging scheduled tasks.
I knew this going in but was still caught off guard when sdelete.exe failed to work. I use sdelete, a sysinternals utility, for freeing empty space on disk which leads to a dramatically smaller image size when we are done. Well I'm guessing it was compiled for 32 bit because I got complaints about the executable image being incomatible with nano.
I suspect that the above is somehow connected to OS activation. I saw lots of complaints on google about needing to do something similar with the hardware uuid in order to preserve the windows activation of a cloned machine. I also noted that if I cloned the box manually before packer rebooted into nano thereby letting the clone run the initial setup, things worked.
Ideally, the fix here would be to leave the hardware uuid alone and just sysprep the machine as the final packer step. This is what I do for 2012R2. However from what I can tell, there is no sysprep available for nano. I really hope that there will be.
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I was trying so hard to get the KORG nanoKONTROL2 to work but nothing seemed to work: I tried updated drivers, uninstalling and reinstalling, and holding all the directed buttons on the controller before connecting the wire, and still couldn't get it to work. I wanted to throw it away UNTIL I CAME ACROSS THIS SUPER SIMPLE FIX.
Carbon Nano Tubes (CNT) offer as actuators of automobile control systems many solutions. The developers of the Fraunhofer Technology Development Group ( Fraunhofer TEG) have made another breakthrough: CNT coatings as heated panes for car windows and car mirrors are about to achieve series-production readiness. The application of the CNT technology might also be important in the future for composite materials for manufacture of extremely stable and light car body parts.
In a paper this week for the journal Nature Energy, a Los Alamos National Laboratory research team demonstrates an important step in taking quantum dot, solar-powered windows from the laboratory to the construction site by proving that the technology can be scaled up from palm-sized demonstration models to windows large enough to put in and power a building.
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