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James Stringer
6e8fa70da3
Fix Windows CUDA and OpenCL adapter identity handling and provision NVIDIA Optical Flow and OptiX runtimes through the existing GPU copy path. Include the new shims in the existing build, signing and packaging pipeline. Prioritize the Linux WSL library directory so CUDA loads from SSH sessions and background processes.
App Sandbox Linux guest daemons
In-VM Linux daemons that speak the same vsock wire protocol the Windows
App Sandbox host expects. See docs/linux-idd-implementation-plan.md in
the repo root for full architecture and wire-protocol reference.
Daemons (this directory)
| Binary | Channel | Listens on | Privilege | Status |
|---|---|---|---|---|
appsandbox-agent |
control | vsock :1 | root (system) | implemented |
appsandbox-input |
input | vsock :3 | root (system) | planned |
appsandbox-display |
frames + cursor | vsock :2 | root (system) | planned |
appsandbox-clipboard |
clipboard | vsock :5, :6 | user (user unit) | planned |
Build (inside the VM)
sudo apt-get install -y build-essential
make
Install + enable (inside the VM)
sudo make enable
This installs to /usr/local/bin/, drops the systemd unit into
/etc/systemd/system/, runs daemon-reload, then
systemctl enable --now appsandbox-agent.service.
Smoke test
systemctl status appsandbox-agent
journalctl -u appsandbox-agent -f
You should see listening on AF_VSOCK port 1. Once the host-side Phase 1
service-GUID switch lands, the App Sandbox UI's agent dot will turn green
within a few seconds of the unit being active.
Uninstall
sudo make disable
sudo rm /usr/local/bin/appsandbox-agent /etc/systemd/system/appsandbox-agent.service
sudo systemctl daemon-reload