Neat. This will unlock various online "playgrounds" for a number of CPU architectures, among other interesting use cases.
Likely this was possible beforehand, but it's nice to see it added as a feature to the project directly.
11–20 of 61 posts
Neat. This will unlock various online "playgrounds" for a number of CPU architectures, among other interesting use cases.
Likely this was possible beforehand, but it's nice to see it added as a feature to the project directly.
QEMU is truly excellent software, from the perspective of a person who very rarely needs to emulate another architecture. It "just works" and has wonderful integrations with basically everything I could want.. sometimes it feels like magic: even if the commandline UX is a bit weird in places. I've always wondered though how it works with KVM: I know KVM is a virtualisation accelerator that enables passing through nat…
QEMU is truly excellent software, from the perspective of a person who very rarely needs to emulate another architecture. It "just works" and has wonderful integrations with basically everything I could want.. sometimes it feels like magic: even if the commandline UX is a bit weird in places. I've always wondered though how it works with KVM: I know KVM is a virtualisation accelerator that enables passing through nat…
QEMU is truly excellent software, from the perspective of a person who very rarely needs to emulate another architecture. It "just works" and has wonderful integrations with basically everything I could want.. sometimes it feels like magic: even if the commandline UX is a bit weird in places. I've always wondered though how it works with KVM: I know KVM is a virtualisation accelerator that enables passing through nat…
KVM is basically three components. * An abstraction over second level page tables to map some of a host user process as what the guest thinks of as physical memory. * An abstraction to jump into the context that uses those page tables, and traps back out in the case of anything that the hardware would normally handle, but the hypervisor wants to handle manually instead. * A collection of mechanisms to handle some of…
It's not possible to run an android VM on QEMU right? As in, is it officially supported? (I know about Waydroid)
Awesome tech! It's not possible to run an android VM on QEMU right? As in, is it officially supported? (I know about Waydroid)
https://www.fosshub.com/Android-x86.html
They don't seem to be well supported anymore, and there aren't many prebuilt alternatives. One can always compile AOSP from source, though Google does not make this easy.
QEMU is truly excellent software, from the perspective of a person who very rarely needs to emulate another architecture. It "just works" and has wonderful integrations with basically everything I could want.. sometimes it feels like magic: even if the commandline UX is a bit weird in places. I've always wondered though how it works with KVM: I know KVM is a virtualisation accelerator that enables passing through nat…
Any VM is just a `quickget ubuntu 24.04` and `quickemu --vm ubuntu-24.04.conf` away. The conf file is just a yaml that is very readable and can give you more cores/ram/disk easily. Just run `quickget` to get a list of OS's to download.
Awesome tech! It's not possible to run an android VM on QEMU right? As in, is it officially supported? (I know about Waydroid)