forked from hswaw/hscloud
q3k
b3c6770f8d
This moves the diff-and-activate logic from cluster/nix/provision.nix
into ops/{provision,machines}.nix that can be used for both cluster
machines and bgpwtf machines.
The provisioning scripts now live per-NixOS-config, and anything under
ops.machines.$fqdn now has a .passthru.hscloud.provision derivation
which is that script. When ran, it will attempt to deploy onto the
target machine.
There's also a top-level tool at `ops.provision` which builds all
configurations / machines and can be called with the machine name/fqdn
to call the corresponding provisioner script.
clustercfg is changed to use the new provisioning logic.
Change-Id: I258abce9e8e3db42af35af102f32ab7963046353
|
||
|---|---|---|
| .. | ||
| monitoring | ||
| sso/kube | ||
| README.md | ||
| machines.nix | ||
| provision.nix | ||
README.md
Operations
Deploying NixOS machines
Machine configurations are in ops/machines.nix.
Wrapper script to show all available machines and provision a single machine:
$ $(nix-build -A ops.provision)
Available machines:
- bc01n01.hswaw.net
- bc01n02.hswaw.net
- dcr01s22.hswaw.net
- dcr01s24.hswaw.net
- edge01.waw.bgp.wtf
$ $(nix-build -A ops.provision) edge01.waw.bgp.wtf
This can be slow, as it evaluates/builds all machines' configs. If you just want to deploy one machine and possible iterate faster:
$ $(nix-build -A 'ops.machines."edge01.waw.bgp.wtf".config.passthru.hscloud.provision')