oxide>codememory>1

clickhouse + omicron-standalone + propolis-server

Run these as separate commands in this order:

1. cargo xtask ch-dev run to run a standalone Clickhouse [more info can the Running Pieces by Hand section of the simulated doc].

2. cargo r --bin oximeter -- standalone --clickhouse '[::1]:8123' --log-level debug to run up a standalone oximeter instance.

3. cd /oxide/workspace/propolis && cargo build --release to build release targets of propolis-server and propolis-cli.

4. Given this propolis_server configuration:

   bootrom = "/oxide/workspace/propolis/instance-test/OVMF_CODE.fd"
   log = "debug"
   cpus = 4
   
   [block_dev.alpine_iso]
   type = "file"
   path = "/oxide/workspace/propolis/instance-test/alpine-standard-3.20.2-x86_64.iso"
   
   [dev.block0]
   driver = "pci-virtio-block"
   block_dev = "alpine_iso"
   pci-path = "0.4.0"
   
   [dev.net0]
   driver = "pci-virtio-viona"
   vnic = "vnic_prop0"
   pci-path = "0.5.0"	
   

   we then run:
   pfexec ./target/release/propolis-server run instance-test/propolis_config.toml --metric-addr '[::1]:12221' '[::1]:12400' to start up the propolis server.

   Note the paths for OVMF_CODE.fd and alpine-standard-3.20.2-x86_64.iso, which should be scp'ed to your host machine. The recommended versions may change, so double-check the propolis-standalone quickstart and alpine-downloads for updates.

5. ./target/release/propolis-cli --server ::1 new test-vm to create a new VM named test-vm.

6. ./target/release/propolis-cli --server ::1 state test-vm run to run the VM.

7. ./target/release/propolis-cli --server ::1 serial test-vm if you need to attach to the serial console. For an alpine default image, the login name is root with an empty password.