Jean-Gabriel Gill-Couture
65ef540b97
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- Add PodmanV0Score/IotScore (adjacent-tagged serde) and PodmanV0Interpret stub - Gate virt behind kvm feature and podman-api behind podman feature - Scaffold iot-operator-v0 (kube-rs operator stub) and iot-agent-v0 (NATS KV watch) - Add PodmanV0 to InterpretName enum - Fix aarch64 cross-compilation by making kvm/podman optional features - Align async-nats across workspace, add workspace deps for tracing/toml/tracing-subscriber - Remove unused deps (serde_yaml from agent, schemars from operator) - Add Send+Sync to CredentialSource, fix &PathBuf → &Path, remove dead_code allow - Update 5 KVM example Cargo.tomls with explicit features = ["kvm"]
Example: Linux VM from ISO
This example deploys a simple Linux virtual machine from an ISO URL.
What it creates
- One isolated virtual network (
linuxvm-net, 192.168.101.0/24) - One Ubuntu Server VM with the ISO attached as a CD-ROM
- The VM is configured to boot from the CD-ROM first, allowing installation
- After installation, the VM can be rebooted to boot from disk
Prerequisites
- A running KVM hypervisor (local or remote)
HARMONY_KVM_URIenvironment variable pointing to the hypervisor (defaults toqemu:///system)HARMONY_KVM_IMAGE_DIRenvironment variable for storing VM images (defaults to harmony data dir)
Usage
cargo run -p example_linux_vm
After deployment
Once the VM is running, you can connect to its console:
virsh -c qemu:///system console linux-vm
To access the VM via SSH after installation, you'll need to configure a bridged network or port forwarding.
Clean up
To remove the VM and network:
virsh -c qemu:///system destroy linux-vm
virsh -c qemu:///system undefine linux-vm
virsh -c qemu:///system net-destroy linuxvm-net
virsh -c qemu:///system net-undefine linuxvm-net