![](https://lemmy.world/pictrs/image/2b20b0f1-bb44-44b4-b293-55c01b2a2ab0.png)
![](https://programming.dev/pictrs/image/028151d2-3692-416d-a8eb-9d3d4cc18b41.png)
And the Linux / Unix-specific ecosystem & technology arguments therein.
grow a plant, hug your dog, lift heavy, eat healthy, be a nerd, play a game and help each other out
And the Linux / Unix-specific ecosystem & technology arguments therein.
I feel this. I strongly associate that design language they had with my studies.
Very sunny and relatively care free 😅
Do you have examples of the first one? Is this like, the designs we saw on the original Google now cards?
I’m also experiencing this intermittently with a pixel 7 and android 14.
Stacktrace
java.lang.NullPointerException: Attempt to invoke virtual method ‘java.lang.Class java.lang.Object.getClass()’ on a null object reference at androidx.compose.ui.graphics.layer.LayerManager.persistLayers(Unknown Source:118) at androidx.compose.ui.graphics.AndroidGraphicsContext$componentCallback$1$onTrimMemory$1.onPreDraw(Unknown Source:16) at android.view.ViewTreeObserver.dispatchOnPreDraw(ViewTreeObserver.java:1176) at android.view.ViewRootImpl.performTraversals(ViewRootImpl.java:4029) at android.view.ViewRootImpl.doTraversal(ViewRootImpl.java:2718) at android.view.ViewRootImpl$TraversalRunnable.run(ViewRootImpl.java:9937) at android.view.Choreographer$CallbackRecord.run(Choreographer.java:1406) at android.view.Choreographer$CallbackRecord.run(Choreographer.java:1415) at android.view.Choreographer.doCallbacks(Choreographer.java:1015) at android.view.Choreographer.doFrame(Choreographer.java:945) at android.view.Choreographer$FrameDisplayEventReceiver.run(Choreographer.java:1389) at android.os.Handler.handleCallback(Handler.java:959) at android.os.Handler.dispatchMessage(Handler.java:100) at android.os.Looper.loopOnce(Looper.java:232) at android.os.Looper.loop(Looper.java:317) at android.app.ActivityThread.main(ActivityThread.java:8592) at java.lang.reflect.Method.invoke(Native Method) at com.android.internal.os.RuntimeInit$MethodAndArgsCaller.run(RuntimeInit.java:580) at com.android.internal.os.ZygoteInit.main(ZygoteInit.java:878)
END of stacktrace
Thread info
Name: main ID: 2 State: RUNNABLE Priority: 5 Thread group name: main Thread group parent: system Thread group active count: 40 Thread time: 0 hr 2 min, 25 sec
END of thread info
Device info
Report ID: ba4f523e-a62e-4f16-9748-641ba37e3b34 Device ID: 98bcbcd13ed07858 Application version: 69 Default launcher: com.android.settings Timezone name: Greenwich Mean Time Timezone ID: Europe/London Version release: 14 Version incremental : 24508000 Version SDK: 34 Board: panther Bootloader: cloudripper-14.5-11677884 Brand: google CPU ABIS 32: N/A CPU ABIS 64: arm64-v8a Supported ABIS: arm64-v8a Device: panther Display: AP2A.240605.024.24508000 Fingerprint: google/panther/panther:14/AP2A.240605.024/11860263:user/release-keys Hardware: panther Host: tuotanto.eu.calyxos.net ID: AP2A.240605.024 Manufacturer: Google Product: panther Build time: 1718293084000 Build time formatted: 13-06-2024 16:38:04 Type: user Radio: g5300q-240308-240517-B-11857457,g5300q-240308-240517-B-11857457 Tags: release-keys User: cdesai User IDs: N/A Is sustained performance mode supported: No Is in power save mode: No Is in interactive state: Yes Is ignoring battery optimizations: No Thermal status: STATUS_NONE Location power save mode: MODE_NO_CHANGE Is device idle: No Battery percentage: 32 Battery remaining time: N/A Is battery charging: No Is device rooted: No CPU Model: N/A Number of CPU cores: 8 Up time with sleep: 76 hr 9 min, 36 sec Up time without sleep: 25 hr 12 min, 37 sec
END of Device info
Exit reasons
Exit reason #1
Description: crash
Importance: FOREGROUND
Reason: CRASH
Timestamp: 22-06-2024 21:27:36
END of exit reason #1
Exit reason #2
Description: REMOVE TASK remove task
Importance: CACHED
Reason: USER_REQUESTED
Timestamp: 22-06-2024 14:59:49
END of exit reason #2
Exit reason #3
Description: crash
Importance: FOREGROUND
Reason: CRASH
Timestamp: 21-06-2024 23:02:27
END of exit reason #3
END of exit reasons
Application info
App name: Jerboa Version code: 69 Version name: 0.0.69 Package name: com.jerboa Short package name: jerboa Flavor: N/A Signatures: KvQuis6lLSzWNkzLFfVFwtoVsyk= Is debuggable: No First installed: 05-09-2023 18:30:11 Last updated: 14-06-2024 19:00:56 Requested permissions: android.permission.ACCESS_NETWORK_STATE, android.permission.INTERNET, android.permission.READ_MEDIA_AUDIO, android.permission.READ_MEDIA_IMAGES, android.permission.READ_MEDIA_VIDEO, com.jerboa.DYNAMIC_RECEIVER_NOT_EXPORTED_PERMISSION, android.permission.READ_MEDIA_VISUAL_USER_SELECTED Default prefs: N/A Default prefs: N/A
END of Application info
Currently running foreground/background processes
N/A
END of running foreground/background processes info
There’s also the handy public instance https://send.vis.ee
Appreciate the additional context! Have thankfully not needed to use the safetynet module with microg either.
I appreciate that you’re trying to inform me but if you make such a claim, you should be able to prove it.
A friend was able to provide some context, regardless:
The one binary I’m aware of microG downloading (assuming it still does) is the SafetyNet “DroidGuard” thing, which it only does if you explicitly enable SafetyNet, which is not on by default. There is no other way to provide it.
microG only has privileged access if you install it as a privileged app, which is up to you / your distribution, as microG works fine as a user app (provided signature spoofing is available to it). Also, being privileged itself really doesn’t mean giving privileges to “Google”.
Apps needing Google services may indeed contain all sorts of binaries, generally including Google ones, which doesn’t mean they contain Google services themselves. Anyway, they are proprietary apps and as such will certainly contain proprietary things, and it’s all to you to install them or not. It’s not like microG includes them.
Its also just a reimplementation of a small handful of useful Google services, such as push notifications, or the maps (not the spyware stuff like advertising) and each can be toggled on/off.
Also all apps on android are sandboxed
I appreciate the info. For my own learning, could you provide a link to some context around the types of official binaries leveraged by microG? The only firm info I have of its behaviour is that it will pseudonomise as much user information as possible.
I’m familiar with sandboxed google play on grapheneOS and have used it in the past.
Can you elaborate on being misled there?
As for google devices - yes, there’s irony in the notion that the most de-googleable phones are theirs, sure. They’re often sold at a loss around the holiday season, though.
I also use calyx but I’ll agree that graphene is technologically superior of the two. I’m more comfortable with the idea of using MicroG as opposed to sandboxes google play but that’s not to slant the implementation in any way.
Best of luck with this, let us know how it goes
It’s kind of crazy to me how well it works! It’s hard for me to wrap my head around it sometimes.
My end goal is to not have to eventually not need to use windows at all but I’m still very impressed with how this behaves.
Very welcome! Yes, exactly as you described. The nice thing is that you have greater control over Windows in this virtualized environment, particularly with regards to limiting device and network access.
I gather that display dummy plugs are pretty common in the looking glass community.
holy damn I just realised how long my block list is.
Appreciate the update
KVM/QEMU via virt-manager. I would imagine that your use case would work if you pass the USB device or the entire usb host controller through to the VM, but I’m not sure. Please check the video linked in my other comment for more information on the single GPU setup
Hey there, just using a single GPU in this system. If you have multiple adapters, you can try something like LookingGlass instead. In my case, I would need a single GPU that supports SRIOV, which is typically relegated to data centre products (I believe someone actually managed this with an Intel iGPU + and experimental sriov driver!).
I’m just passing my GPU through to a virtual machine; it takes precedence over the graphical session, leverages all connected displays and relevant peripherals, and gracefully resumes back into GDM / GNOME once the VM is powered off (can do this conventionally within W10).
I mostly followed this video:
https://www.youtube.com/watch?v=eTWf5D092VY
key thing for AMD gfx is to set ROMBAR = 0 in virt config, this will allow you to actually get functioning display output once the VM is started up.
As for your buying choices, consumer AMD GPUs have issues with GPU reset (unlike Intel or Nvidia). I think your experience with nvidia graphics here will be better than mine here with amd.
Byt yeah, since you have multiple gfx adapters at your disposal, it should be possible to get started with LookingGlass (a VM in a movable, resizable window that is fully hw accelerated with shared memory). The Level1Techs forum for LG is very helpful, though I believe the creator of the video above also has a relevant guide for this.
I got VFIO/IOMMU + single GPU pass-through working on Fedora 40 with my RX 6800 xt into a win10 VM.
More of a see if I could sort of thing, I don’t imagine I will actually need it much, but it may help if any of my friends are curious about switching over.
Oh I see, appreciate the background.
Yeah it was very sad to see the byran situation unfold. I was also a fan of that series.
I gather they are or were associates / friends with bryan lunduke, who is an extremely controversial character in the Linux space. That might explain the “bit crazy” remark but I really don’t know much about the nature of their relationship
From.the FAQ