• Cubox Mac Os X
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Armbian Buster
mainline based kernel 5.10.y

Armbian Focal
xfce mainline based kernel 5.10.y

RAW images can be written with Etcher (all OS). Where images are compressed with.xz you can wrtite them to the SD card with Etcher directly. Insert the SD card into the slot, connect a cable to your network if possible or a display and power your board. (First) boot (with DHCP) takes up to 35 seconds with a class 10. 阅读评论、比较用户评分、查看截屏并进一步了解“Cubox 智能书签收藏夹”。下载“Cubox 智能书签收藏夹”，然后在 iPhone、iPad、iPod touch 或 Mac OS X 10.15（或更高版本）上使用。.

This is a full list of games in Flashpoint, separated by platform and sortable by title, developer, and publisher. You can search it via using Ctrl+F, or if you're on mobile, the Find in Page option. Pop open Virtualbox, and Create a new Virtual Machine. Name this MacOS Mojave, and set it to Mac OS X (64-bit). Set the RAM to 4096 MB (or higher if you can achieve it!). When creating the disk, you can use either format versions.

• Gigabit Ethernet transfer rate is around 50% of its theoretical max rate (internal chip bus limitation)

Specifications

* Specifications differ from hardware revision, model and software support level

FAQs

We provide CLI (command line interface) images first. If the software is stable enough we add the option to upgrade to XFCE desktop. The Build-System relies on Debian and Ubuntu. The availability of different images may vary, most of the time because of driver restriction. Sometimes we provide only testing images.

All images can be built from sources at any time and in rare cases, where you can’t find an image which you need, you can build one.

Preparation

Make sure you have a good & reliable SD card and a proper power supply. Archives can be uncompressed with 7-Zip on Windows, Keka on OS X and 7z on Linux (apt-get install p7zip-full). RAW images can be written with Etcher (all OS). Where images are compressed with .xz you can wrtite them to the SD card with Etcher directly.

Boot

Insert the SD card into the slot, connect a cable to your network if possible or a display and power your board. (First) boot (with DHCP) takes up to 35 seconds with a class 10 SD Card.

Login

Log in as: root Password: 1234. Then you are prompted to change this password (US-Keyboard setting). When done, you are asked to create a normal user-account for your everyday tasks.

SUPPORTED devices are tested and they work apart from known issues and missing features. Support is provided as far as possible (in general there is no support for 3rd party hardware like DVB tuners and software like Kodi). Please check the documentation and existing forum posts before posting a question. Questions on private channels are ignored.

SUITABLE FOR TESTING (WIP) are devices which we’re currently working on but they are not ready! These images are suitable for developers and experienced users. They are not very well tested but they might work without any problems. Your help to improve this situation is greatly appreciated.

SUPPORT ENDED (EOS) status are devices which used to be supported in the past. Reasons for moving to this section:

• no active software development (mainline u-boot and kernel)
• no support from the vendor (hardware samples, documentation, software packages)
• never was sold, only samples in small quantities were available
• hardware design flaws don’t allow using these devices without stability issues

Support status:

• images are stable but we don’t test updating,
• images are provided with no support,
• most images have frozen kernel and u-boot packages to prevent their upgrades.

NO OFFICIAL SUPPORT (CSC) are devices which are supported by the 3rd party. We usually don’t have hardware samples nor conduct any tests but they might work. There is no support whatsoever.

Each supported Armbian image can be made from scratch – from latest kernel and u-boot sources, updated upstream packages and our most recent bug fixes and improvements. Supported build environment for SDK is Ubuntu Bionic 18.04 x64 but you can run it containerised virtually on any X64 based Linux distribution under Docker. You can re-make live bootable image or just a kernel+dtb(hardware configuration) package which you transfer to your image and install with: dpkg -i linux-image-[branch]-family.deb linux-dtb-[branch]-family.deb. In that process you can enforce many customization. To the kernel or user space. Read more.

Tested 3rd party hardware

USB gateway

Z-Wave+

External enclosure

USB3.0

HDMI display

1024*600 touch

HDMI display

1920x1080 touch

USB Bluetooth

USB2.0 / v4.0

USB Ethernet

USB 2.0 / 100Mbps

USB WiFi AC

USB2.0 / 433Mbps

USB WiFi AC

USB3.0 / 1300Mbps

USB WiFi AC

USB2.0 / 433Mbps

USB WiFi

USB2.0 / 150Mbps

USB WiFi AC

USB2.0 / 867Mbps

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You can run MacOS in Virtualbox. Because? Because.

In the pursuit of Hackintosh, you need a Mac. That’s well and great, but I didn’t want to screw around with my partner’s Macbook. So what if you want to sandbox something? Virtualbox!

I had no expectations that this was going to work. OS X has always been runnable in Virtualbox for a while, but the performance has normally been lacklustre. While it’s not exactly daily-driver level, the performance in Virtualbox wasn’t too bad!

The macOS Virtualbox option is designed for genuine Apple hardware. You will not get community support from Virtualbox if you have trouble with this process, as it’s against Apple ToS.

VMware more your jam? We’ve got this working in there too.

🤔️ What do I need?

Cubox Mac Os X

You need a donor Mac to start this process. You will not need access to it permanently, but just during the process of creating an ISO for your VM to setup with. Else, you need:

• A Mac to create an ISO with.
• MacOS Mojave installer from the Mac App Store.
• Virtualbox (Windows, Linux or MacOS).
  • Virtualbox Extension Pack is required.
• At least 4GB of RAM (8GB or more recommended).
• 40GB of free disk space (more preferred).
• 2 core CPU or more.

This guide will discuss installing MacOS Mojave, however installation process should be similar for all MacOS versions.

⚠️ At the time of writing, Virtualbox and Hyper-V cannot co-exist on Windows. MacOS is also not installable on Hyper-V. I use Linux in my screenshots as I use Docker on Windows. This also includes Windows Subsystem for Linux, which tripped me up from installing.

💿 Creating the ISO

Virtualbox installs generally prefer to use an ISO file, which unfortunately will require some handiwork to get a hold of. Persevere and you will get there!

On the MacOS machine, download the Mojave installer. Don’t worry about actually running this application, as we’re going to use some terminal magic to build the ISO from the package.

This process is not affected by MacOS Installer expiry.If your MacOS installer has expired, you can continue with this guide.

Once the package has been downloaded, pop open Terminal (Utilities folder in Launcher), and run the following commands:

hdiutil create -o /tmp/Mojave.cdr -size 8000m -layout SPUD -fs JHFS+

This will create a virtual ‘disc’ stored in your temporary directory. This is what we’ll stuff the Mojave installation stuff into.

hdiutil attach /tmp/Mojave.cdr.dmg -noverify -nobrowse -mountpoint /Volumes/installer_goes_here

Now MacOS can ‘see’ your disc as an actual disc, ready for writing to!

asr restore -source /Applications/Install macOS Mojave.app/Contents/SharedSupport/BaseSystem.dmg -target /Volumes/installer_goes_here -noprompt -noverify -erase

We’re now grabbing the installation DMG from within the updater package, and storing it within the disc image. This will rename the disc image, so don’t panic that ‘installer_goes_here’ has vanished.

Now, detach the image from our MacOS. You can just eject it like regular DMGs. If not, run the command:

hdiutil detach /Volumes/OS X Base System

(it may change since OS X is legacy. To check, run ls /Volumes and see if it’s there, renamed).

Now for the final process, let’s convert our CDR image to an ISO!

hdiutil convert /tmp/Mojave.cdr.dmg -format UDTO -o ~/Desktop/Mojave.iso

You should now have a file on the Mac desktop called ‘Mojave.iso’. Congratulations, you have your installation disc! Copy this over to where your Virtualbox is setup. The Mac is no longer needed at this point.

🛠️ Setting up Virtualbox

⚠️ Before continuing, install the Virtualbox Extension Pack, if you haven’t already. This comes with a special USB 3 driver that without, the Mac simply won’t see USB devices.

Virtualbox has the option for a MacOS virtual machine in it’s New VM dialog, but we will need to make further adjustments to make it truly Mac-ready.

Pop open Virtualbox, and Create a new Virtual Machine. Name this MacOS Mojave, and set it to Mac OS X (64-bit).

Set the RAM to 4096 MB (or higher if you can achieve it!).

When creating the disk, you can use either format versions. Dynamic will not immediately take up the storage size you chose, whereas Static immediately reserves the chosen size for the VM. The latter is slightly better for performance.

Now you should have a new, primed MacOS machine. But you will need to run some commands now. This can be hit-and-miss, and may require some Google-fu. The following works for my AMD FX computer:

Windows? Change VBoxManage to 'C:Program FilesOracleVirtualBoxVBoxManage.exe' (if you didn’t change your Virtualbox install location).

The above does the following, in order of command:

• Sets a known CPU ID set that MacOS will recognise.
• Especially for AMD machines, changes what MacOS sees as your processor to something it supports.
• Tells MacOS you’re installing Mojave onto a mid-2010 iMac. You can change this to your preference.
• These two specify a fake DMI, typically found in Apple PCs.
• A device key to pass system checks.

Before starting the VM, open the VM settings and make the following changes:

• System > Processor > Processor(s) is 2 or more.
• System > Acceleration > uncheck Enable Nested Paging.
• Display > Screen > Video Memory is 128MB.
• USB > USB 3.0 Controller.
  • If greyed/not there, you did not install additions.

With all that done, we’re ready to start the VM!

You should be greeted with the following screen:

Click on the folder icon, and find your ISO created on the Mac before, then click Start.

And wait. yes, this process takes a long time. If your installation stops, try googling the last output message to see if there is a community fix, or post below… Otherwise, this is generally a slow process.

If all has gone well, you should be greeted by the MacOS installer language selection. If so, you’re almost there! On the top menu, open Utilities > Disk Utility.

There should be a disk named VBOX HARDDISK or similar. This is the VDI you created during the setup process, and not your actual hard drive. So go ahead and full-erase this disk, with Mac OS Extended (Journaled) and GUID Partition Map.

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Once the disk formatting has completed, close it down. You should now be able to start the installation!

Once this is complete and you filled all the required details in, congratulations! You’re running MacOS Mojave within Virtualbox!

❓ What works?

✔️ Does

• Screen (No 3D).
• Regular input methods (mouse sharing).
• Networking.
• USB devices.
• Mac App Store.

At the end of the day it’s still a virtual machine, and a technically unsupported one at that. However, considering the matter it’s still impressive how Virtualbox can cope with MacOS.

Files can be shared using typical Windows share features. If you share a folder on your network from your host machine, your Mac VM should be able to connect to it.

🌟 Special Thanks

This required a lot of Googling, and these are the people who saved me at the end of the process!

• This How-to Geek article, that started this whole process. They have a much better step-by-step guide on this!
• Forchia on Reddit for a different instruction set.
• miranhasan on Reddit for AMD processors.
• kvotheV on Reddit for disabling nested paging.

🐛 Troubleshooting

This is a difficult one, and will require investigation. I checked the logs as the error message said, and discovered:

HM: HMR3Init: Attempting fall back to NEM: AMD-V is not available

Obviously, check if this is enabled. If you’re on a legacy BIOS computer, it’s a straightfoward scan for AMD-V/VT-x in your settings. If it’s UEFI, you’re gonna have to Google it.

Strangely, on my machine it was enabled. Supposedly Virtualbox and Hyper-V can run side-by-side, so at this point I decided to remove Hyper-V, to see if that would improve. It didn’t, but I forgot something. For this to work, you must turn off Windows Subsystem for Linux!

I completely forgot that WSL uses Hyper-V, and apparently still does when it’s disabled. Unfortunately, it would seem (for me at least) you need to trade it off for macOS in Virtualbox.

I will retest this when WSL2 is launched.