Record the automated validation of the provider health checks

make test (envtest, -race) and the kind e2e suite pass; the e2e
ProviderHealth for the kubernetes provider turned Ready within a second
of the manager starting and its gauge appeared in the scrape. make lint
is blocked by the local go1.27 toolchain crashing staticcheck on the
standard library, unrelated to this branch.

Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
This commit is contained in:
2026-09-11 20:31:15 +00:00
co-authored by Claude Opus 5
parent 19b4a82ae9
commit 0e456affdd
@@ -266,3 +266,49 @@ Worth noting:
- `CLAUDE.md`'s "What this is" and "Commands" sections were left stale on purpose.
Rewriting them is outside this plan, so the new gotcha flags them instead of leaving
them silently wrong.
## Step 7 — Validate, record, push, open the PR
The full suite runs codegen, `go fmt` and `go vet`, then `go test -race` on every
package, with both envtest suites included:
```bash
make test
# every package ok; internal/providerhealth 92.5 %, internal/provider/kvm 92.0 % coverage
```
`go fmt` rewrote nothing, and `git status` showed only the Step 6 docs.
`make lint` could not run, for a reason unrelated to this branch. The Makefile rebuilt
the custom golangci-lint, which reports "built with go1.27.0", and its bundled
staticcheck (honnef.co/go/tools v0.7.0) panics on the standard library before it
reaches any repo package:
```bash
make lint
# buildir: package "poll" (isInitialPkg: false, needAnalyzeSource: true): unexpected expr: *ast.KeyValueExpr
# make: *** [Makefile:107: lint] Error 3
```
The local toolchain is go1.27.0 while `go.mod` says 1.26.0; the otel-tracing plan's
log shows `make lint` running normally before the toolchain moved. Retrying with
`GOTOOLCHAIN=go1.26.0` would have meant downloading a toolchain, and the user declined
that. `go vet` is clean in all three configurations: plain inside `make test`, plus
`-tags=integration` and `-tags=e2e`.
The kind e2e suite creates and deletes its own `egress-proxies-operator-test-e2e`
cluster. I checked `KIND_CLUSTER` first, because the two clusters already on the
machine (`kind`, `proxy-operator-demo`) must not be torn down by `cleanup-test-e2e`:
```bash
make test-e2e > <scratch>/e2e.log 2>&1
# Ran 3 of 5 Specs in 86.210 seconds
# SUCCESS! -- 3 Passed | 0 Failed | 0 Pending | 2 Skipped
```
In the deployed manager, the `kubernetes` ProviderHealth reported `Ready=True` about a
second after the pod was up (20:30:05.6 → 20:30:06.7). The metrics scrape that followed
contained `proxy_operator_provider_target_up{provider="kubernetes",target="apiserver"} 1`.
That exercises the generated RBAC, the API-reader path and the `main.go` gauge wiring
end to end. The two skipped specs are the Tempo-gated tracing specs; `TEMPO_URL` was not
set.