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Code Issues Projects Releases Wiki Activity

Cover the outdated runner lifecycle end to end (#4662)

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Co-authored-by: Copilot App <223556219+Copilot@users.noreply.github.com>
This commit is contained in:
Nikola Jokic
2026-09-18 11:18:59 +02:00
committed by GitHub
co-authored by Copilot App
parent 6df0e09f84
commit e8753bcf57
4 changed files with 1203 additions and 2 deletions
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.github/workflows/gha-e2e-tests.yaml
+46
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@@ -440,3 +440,49 @@ jobs:
env:
GITHUB_TOKEN: "${{steps.config-token.outputs.token}}"
shell: bash
outdated-runner-lifecycle:
runs-on: ubuntu-latest
timeout-minutes: 30
if: github.event_name != 'pull_request' ||
github.event.pull_request.head.repo.id == github.repository_id
steps:
- uses: actions/checkout@v7
with:
ref: ${{github.head_ref}}
- name: Get configure token
id: config-token
uses: peter-murray/workflow-application-token-action@dad2b81e50ce3edeb5f3b7ffbd79f731368bd668
with:
application_id: ${{ secrets.E2E_TESTS_ACCESS_APP_ID }}
application_private_key: ${{ secrets.E2E_TESTS_ACCESS_PK }}
organization: ${{ env.TARGET_ORG }}
- name: Run outdated runner lifecycle test
run: hack/e2e-test.sh outdated-runner-lifecycle
env:
GITHUB_TOKEN: "${{steps.config-token.outputs.token}}"
shell: bash
outdated-runner-lifecycle-v2:
runs-on: ubuntu-latest
timeout-minutes: 30
if: github.event_name != 'pull_request' ||
github.event.pull_request.head.repo.id == github.repository_id
steps:
- uses: actions/checkout@v7
with:
ref: ${{github.head_ref}}
- name: Get configure token
id: config-token
uses: peter-murray/workflow-application-token-action@dad2b81e50ce3edeb5f3b7ffbd79f731368bd668
with:
application_id: ${{ secrets.E2E_TESTS_ACCESS_APP_ID }}
application_private_key: ${{ secrets.E2E_TESTS_ACCESS_PK }}
organization: ${{ env.TARGET_ORG }}
- name: Run outdated runner lifecycle test
run: hack/e2e-test.sh outdated-runner-lifecycle-v2
env:
GITHUB_TOKEN: "${{steps.config-token.outputs.token}}"
shell: bash
test/actions.github.com/helper.sh
+13 -2
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@@ -111,10 +111,21 @@ function create_cluster() {
minikube delete || true
log "Creating minikube cluster"
minikube start --driver=docker --container-runtime=docker --wait=all
minikube start --driver=docker --container-runtime=docker --network=bridge --wait=all
log "Verifying ns works"
if ! minikube ssh "nslookup github.com >/dev/null 2>&1"; then
local ns_retries=5
local ns_delay=3
local ns_ok=false
for (( i=1; i<=ns_retries; i++ )); do
if minikube ssh "nslookup github.com >/dev/null 2>&1"; then
ns_ok=true
break
fi
log "DNS check attempt ${i}/${ns_retries} failed, retrying in ${ns_delay}s..."
sleep "${ns_delay}"
done
if [[ "${ns_ok}" != "true" ]]; then
log "Nameserver configuration failed"
exit 1
fi
test/actions.github.com/outdated-runner-lifecycle-v2.test.sh
Executable
+562
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@@ -0,0 +1,562 @@
#!/bin/bash
# Outdated runner lifecycle, on the experimental charts.
#
# outdated-runner-lifecycle.test.sh is the same scenario on the stable charts.
# The assertions are identical because the behaviour is the controller's; only
# the chart paths and the values schema differ.
#
# A runner that exits with code 7 has rejected the runner spec it was handed.
# This test drives that end to end: it installs a scale set with minRunners=1
# and a runner image old enough for the service to reject, queues a job so a
# runner is actually created, and then asserts the parked state and the
# recovery.
#
# The parked state is deliberately not a teardown. The AutoscalingListener
# object survives with its spec and finalizer intact; only its phase moves to
# Stopped, and the listener controller removes the listener *pod* and the child
# resources. Asserting that the listener object is gone would be wrong, so the
# assertions below check the object exists, its .spec.phase is Stopped, and the
# pod named after it is absent.
#
# The phase is also sticky: it is left only when the runner spec itself changes.
# assert_sticky_to_unrelated_change pins that by upgrading minRunners, which
# bumps the AutoscalingRunnerSet generation without touching anything the
# runners objected to, and confirming nothing restarts.
#
# Switched off is not the same as frozen, though, and that is the other half of
# the same step. The minRunners edit still has to reach the parked objects: the
# listener takes the new value while its phase stays Stopped, and the
# EphemeralRunnerSet takes it while staying pinned at Replicas=0, PatchID=0. The
# invariant is "switched off but still current", so the listener's phase and its
# minRunners are read together rather than across two calls that could straddle
# a change.
set -euo pipefail
DIR="$(realpath "$(dirname "${BASH_SOURCE[0]}")")"
ROOT_DIR="$(realpath "${DIR}/../..")"
source "${DIR}/helper.sh" || {
echo "Failed to source helper.sh"
exit 1
}
export VERSION="$(chart_version "${ROOT_DIR}/charts/gha-runner-scale-set-controller-experimental/Chart.yaml")"
SCALE_SET_NAME="outdated-lifecycle-$(date '+%M%S')$(((RANDOM + 100) % 100 + 1))"
SCALE_SET_NAMESPACE="arc-runners"
WORKFLOW_FILE="arc-test-workflow.yaml"
ARC_NAME="arc"
ARC_NAMESPACE="arc-systems"
# The runner only reports that it is outdated if it is both old enough for the
# service to reject it and new enough to know how to say so.
#
# Exit 7 is Constants.Runner.ReturnCode.RunnerVersionDeprecated, added to
# actions/runner in #4285 and first shipped in v2.333.0. Older runners are
# rejected just the same, but they report it as TerminatedError (exit 1), which
# ARC reads as a failed runner and retries forever - the scale set churns and
# never reaches the Outdated phase. So a *newer* image is required here, not an
# older one, which is the opposite of the intuition.
#
# v2.333.0 is the floor of that range, and the floor is the durable choice: it
# is already well past the service's deprecation cutoff, and a version that is
# deprecated today stays deprecated. Do not "make this safer" by moving it
# older - below v2.333.0 the runner loses the ability to report exit 7 at all.
OUTDATED_RUNNER_IMAGE="ghcr.io/actions/actions-runner:2.333.0"
RECOVERED_RUNNER_IMAGE="ghcr.io/actions/actions-runner:latest"
# The EphemeralRunnerSet is named after the AutoscalingRunnerSet, which is named
# after the Helm release.
RUNNER_SET_NAME="${SCALE_SET_NAME}"
LISTENER_SELECTOR="actions.github.com/scale-set-name=${SCALE_SET_NAME},actions.github.com/scale-set-namespace=${SCALE_SET_NAMESPACE}"
RUNNER_POD_SELECTOR="actions.github.com/scale-set-name=${SCALE_SET_NAME}"
# How long to wait for a runner to be created, reject the spec and for the
# parked state to settle. This covers pulling the runner image, registering and
# being turned away, so it is generous on purpose.
OUTDATED_TIMEOUT="${OUTDATED_TIMEOUT:-600}"
# Releasing the runners is a convergence, not an instant. The phase flips as
# soon as the rejection is seen, while the pods it released are still
# terminating and their finalizers are still being processed, so there is a
# window where the phase is Outdated and pods legitimately still exist. Wait
# the window out before treating a live pod as a scale-up.
RELEASE_TIMEOUT="${RELEASE_TIMEOUT:-180}"
RELEASE_INTERVAL="${RELEASE_INTERVAL:-5}"
# How long the parked state is sampled for before it is believed.
STICKY_WINDOW="${STICKY_WINDOW:-60}"
STICKY_INTERVAL="${STICKY_INTERVAL:-5}"
RECOVERY_TIMEOUT="${RECOVERY_TIMEOUT:-300}"
LISTENER_STOP_TIMEOUT="${LISTENER_STOP_TIMEOUT:-120}"
# How long an edit that is not a recovery signal may take to reach the parked
# objects.
PROPAGATION_TIMEOUT="${PROPAGATION_TIMEOUT:-120}"
# minRunners the scale set is installed with, and the value the unrelated-edit
# upgrade moves it to.
INITIAL_MIN_RUNNERS=1
UPGRADED_MIN_RUNNERS=2
RUN_ID=""
function load_outdated_runner_image() {
# create_cluster preloads the latest runner image only. Preloading the old
# one keeps the reject cycle off the critical path, but the kubelet can pull
# it just as well, so a failure here is not a test failure.
log "Preloading ${OUTDATED_RUNNER_IMAGE} into the cluster"
if ! docker pull "${OUTDATED_RUNNER_IMAGE}"; then
log "Failed to pull ${OUTDATED_RUNNER_IMAGE}, leaving it to the kubelet"
return 0
fi
if ! minikube image load "${OUTDATED_RUNNER_IMAGE}"; then
log "Failed to load ${OUTDATED_RUNNER_IMAGE} into minikube, leaving it to the kubelet"
fi
}
function install_arc() {
echo "Installing ARC"
helm install "${ARC_NAME}" \
--namespace "${ARC_NAMESPACE}" \
--create-namespace \
--set controller.manager.container.image="${IMAGE_NAME}:${IMAGE_TAG}" \
"${ROOT_DIR}/charts/gha-runner-scale-set-controller-experimental" \
--debug
if ! NAME="${ARC_NAME}" NAMESPACE="${ARC_NAMESPACE}" wait_for_arc; then
NAMESPACE="${ARC_NAMESPACE}" log_arc
return 1
fi
}
# Helm forgets any --set that is not repeated on upgrade, so every invocation
# goes through the same base values and only appends what it means to change.
# One argument per line, so the caller can read them back with mapfile.
function scale_set_values() {
printf '%s\n' \
"--set" "controllerServiceAccount.name=${ARC_NAME}-gha-rs-controller" \
"--set" "controllerServiceAccount.namespace=${ARC_NAMESPACE}" \
"--set" "auth.url=https://github.com/${TARGET_ORG}/${TARGET_REPO}" \
"--set" "auth.githubToken=${GITHUB_TOKEN}" \
"--set" "scaleset.name=${SCALE_SET_NAME}"
}
function install_scale_set() {
echo "Installing scale set ${SCALE_SET_NAMESPACE}/${SCALE_SET_NAME} with runner image ${OUTDATED_RUNNER_IMAGE}"
local values=()
mapfile -t values < <(scale_set_values)
helm install "${SCALE_SET_NAME}" \
--namespace "${SCALE_SET_NAMESPACE}" \
--create-namespace \
"${values[@]}" \
--set scaleset.minRunners="${INITIAL_MIN_RUNNERS}" \
--set runner.container.image="${OUTDATED_RUNNER_IMAGE}" \
"${ROOT_DIR}/charts/gha-runner-scale-set-experimental" \
--version="${VERSION}" \
--debug
if ! NAME="${SCALE_SET_NAME}" NAMESPACE="${ARC_NAMESPACE}" wait_for_scale_set; then
NAMESPACE="${ARC_NAMESPACE}" log_arc
return 1
fi
}
function upgrade_min_runners() {
echo "Upgrading scale set ${SCALE_SET_NAMESPACE}/${SCALE_SET_NAME} to minRunners=${UPGRADED_MIN_RUNNERS}, leaving the runner spec alone"
local values=()
mapfile -t values < <(scale_set_values)
helm upgrade "${SCALE_SET_NAME}" \
--namespace "${SCALE_SET_NAMESPACE}" \
"${values[@]}" \
--set scaleset.minRunners="${UPGRADED_MIN_RUNNERS}" \
--set runner.container.image="${OUTDATED_RUNNER_IMAGE}" \
"${ROOT_DIR}/charts/gha-runner-scale-set-experimental" \
--version="${VERSION}" \
--debug
}
function upgrade_runner_image() {
echo "Upgrading scale set ${SCALE_SET_NAMESPACE}/${SCALE_SET_NAME} to runner image ${RECOVERED_RUNNER_IMAGE}"
local values=()
mapfile -t values < <(scale_set_values)
helm upgrade "${SCALE_SET_NAME}" \
--namespace "${SCALE_SET_NAMESPACE}" \
"${values[@]}" \
--set scaleset.minRunners="${INITIAL_MIN_RUNNERS}" \
--set runner.container.image="${RECOVERED_RUNNER_IMAGE}" \
"${ROOT_DIR}/charts/gha-runner-scale-set-experimental" \
--version="${VERSION}" \
--debug
}
function trigger_workflow() {
echo "Queueing a job so the scale set has a reason to create a runner"
if ! RUN_ID="$(WORKFLOW_FILE="${WORKFLOW_FILE}" SCALE_SET_NAME="${SCALE_SET_NAME}" start_workflow)"; then
echo "Failed to start workflow"
return 1
fi
echo "Started run ${RUN_ID}"
}
function cancel_workflow() {
if [[ -z "${RUN_ID}" ]]; then
return 0
fi
# The job is queued against a scale set that spends most of this test
# refusing to run it, so it is cancelled rather than left hanging.
echo "Cancelling run ${RUN_ID}"
gh run cancel "${RUN_ID}" -R "${TARGET_ORG}/${TARGET_REPO}" || true
}
# Everything below prints what it actually observed. These assertions are only
# ever read when they are red.
function autoscaling_runner_set_phase() {
kubectl get autoscalingrunnerset "${SCALE_SET_NAME}" \
-n "${SCALE_SET_NAMESPACE}" \
-o jsonpath='{.status.phase}' 2>/dev/null || true
}
function ephemeral_runner_set_phase() {
kubectl get ephemeralrunnerset "${RUNNER_SET_NAME}" \
-n "${SCALE_SET_NAMESPACE}" \
-o jsonpath='{.status.phase}' 2>/dev/null || true
}
function listener_name() {
kubectl get autoscalinglisteners -n "${ARC_NAMESPACE}" \
-l "${LISTENER_SELECTOR}" \
-o jsonpath='{.items[0].metadata.name}' 2>/dev/null || true
}
function listener_phase() {
local name="$1"
kubectl get autoscalinglistener "${name}" \
-n "${ARC_NAMESPACE}" \
-o jsonpath='{.spec.phase}' 2>/dev/null || true
}
# Phase and minRunners in a single read, so "took the edit" and "is still
# switched off" are observed on one version of the object rather than across two
# calls that a reconcile could land between.
#
# minRunners is omitempty, so a zero reads back as an empty string rather than
# "0". Callers assert a non-zero value, which is unambiguous; an assertion
# against zero would have to treat empty as zero the way
# assert_runner_set_pinned does for replicas.
function listener_phase_and_min_runners() {
local name="$1"
kubectl get autoscalinglistener "${name}" \
-n "${ARC_NAMESPACE}" \
-o jsonpath='{.spec.phase}|{.spec.minRunners}' 2>/dev/null || true
}
# Replicas is omitempty, so a pinned 0 comes back as an empty string. PatchID is
# not, so it is always serialized and 0 comes back as "0". Both are read
# together and normalized by the caller.
function ephemeral_runner_set_pinned_state() {
kubectl get ephemeralrunnerset "${RUNNER_SET_NAME}" \
-n "${SCALE_SET_NAMESPACE}" \
-o jsonpath='{.spec.replicas}|{.spec.patchID}' 2>/dev/null || true
}
function listener_pod_names() {
kubectl get pods -n "${ARC_NAMESPACE}" \
-l "${LISTENER_SELECTOR}" \
-o jsonpath='{.items[*].metadata.name}' 2>/dev/null || true
}
function runner_pod_names() {
kubectl get pods -n "${SCALE_SET_NAMESPACE}" \
-l "${RUNNER_POD_SELECTOR}" \
-o jsonpath='{.items[*].metadata.name}' 2>/dev/null || true
}
function dump_state() {
local reason="$1"
echo "[!] ${reason}. Current state:"
kubectl get autoscalingrunnerset,ephemeralrunnerset,ephemeralrunner,pods -n "${SCALE_SET_NAMESPACE}" -o wide || true
kubectl get autoscalinglisteners,pods -n "${ARC_NAMESPACE}" -o wide || true
NAMESPACE="${ARC_NAMESPACE}" log_arc || true
}
function assert_scale_set_outdated() {
echo "[*] Waiting up to ${OUTDATED_TIMEOUT}s for the scale set to report the Outdated phase"
local deadline=$((SECONDS + OUTDATED_TIMEOUT))
local ars_phase="" ers_phase=""
while ((SECONDS < deadline)); do
ars_phase="$(autoscaling_runner_set_phase)"
ers_phase="$(ephemeral_runner_set_phase)"
if [[ "${ars_phase}" == "Outdated" && "${ers_phase}" == "Outdated" ]]; then
echo "[*] AutoscalingRunnerSet and EphemeralRunnerSet both report Outdated"
return 0
fi
echo " autoscalingrunnerset=${ars_phase:-<empty>} ephemeralrunnerset=${ers_phase:-<empty>}, waiting"
sleep 10
done
dump_state "Timed out waiting for the Outdated phase, last seen autoscalingrunnerset=${ars_phase:-<empty>} ephemeralrunnerset=${ers_phase:-<empty>}"
return 1
}
# Every runner the set released has to actually go away. None of them can be
# executing a job here, because a runner that rejected its spec never got one,
# so the whole set is expected to drain to zero.
function assert_runners_released() {
echo "[*] Waiting up to ${RELEASE_TIMEOUT}s for the released runner pods to go away"
local deadline=$((SECONDS + RELEASE_TIMEOUT))
local pods=""
while ((SECONDS < deadline)); do
pods="$(runner_pod_names)"
if [[ -z "${pods}" ]]; then
echo "[*] All runner pods released"
return 0
fi
echo " still terminating: ${pods}"
sleep "${RELEASE_INTERVAL}"
done
dump_state "Timed out waiting for runner pods to be released, still present: ${pods}"
return 1
}
# The Outdated phase has to hold, not just appear. minRunners is 1, so a set
# that trusted the listener's target instead of the rejected spec would scale
# back up inside this window. The runners have already drained by this point,
# so any pod seen here is a fresh one, which is exactly the regression.
function assert_stays_outdated() {
echo "[*] Sampling the parked state for ${STICKY_WINDOW}s to confirm it holds"
local deadline=$((SECONDS + STICKY_WINDOW))
while ((SECONDS < deadline)); do
local ars_phase ers_phase pods
ars_phase="$(autoscaling_runner_set_phase)"
ers_phase="$(ephemeral_runner_set_phase)"
pods="$(runner_pod_names)"
if [[ "${ers_phase}" != "Outdated" ]]; then
dump_state "EphemeralRunnerSet left the Outdated phase, saw '${ers_phase:-<empty>}'"
return 1
fi
if [[ "${ars_phase}" != "Outdated" ]]; then
dump_state "AutoscalingRunnerSet left the Outdated phase, saw '${ars_phase:-<empty>}'"
return 1
fi
if [[ -n "${pods}" ]]; then
dump_state "Runner pods reappeared while the scale set is Outdated: ${pods}"
return 1
fi
sleep "${STICKY_INTERVAL}"
done
echo "[*] Parked state held for ${STICKY_WINDOW}s with no runner pods"
}
function assert_no_runner_pods() {
echo "[*] Asserting no runner pod exists"
local pods
pods="$(runner_pod_names)"
if [[ -n "${pods}" ]]; then
dump_state "Expected no runner pods, found: ${pods}"
return 1
fi
echo "[*] No runner pods, as expected"
}
# The listener is switched off, not deleted: the object stays as the record of a
# scale set that is meant to come back, and only the pod goes away.
function assert_listener_stopped() {
echo "[*] Asserting the listener object survives with .spec.phase=Stopped and no pod"
local deadline=$((SECONDS + LISTENER_STOP_TIMEOUT))
local name="" phase="" pods=""
while ((SECONDS < deadline)); do
name="$(listener_name)"
if [[ -z "${name}" ]]; then
dump_state "AutoscalingListener object is gone, but a parked scale set must keep it"
return 1
fi
phase="$(listener_phase "${name}")"
pods="$(listener_pod_names)"
if [[ "${phase}" == "Stopped" && -z "${pods}" ]]; then
echo "[*] Listener ${name} is Stopped and its pod is gone"
return 0
fi
echo " listener=${name} phase=${phase:-<empty>} pods=${pods:-<none>}, waiting"
sleep 5
done
dump_state "Listener did not reach the stopped state, last seen listener=${name:-<none>} phase=${phase:-<empty>} pods=${pods:-<none>}"
return 1
}
# A parked EphemeralRunnerSet is held at zero. This is what stops it scaling
# back up while it carries edits that are not a recovery signal.
function assert_runner_set_pinned() {
echo "[*] Asserting the EphemeralRunnerSet is pinned at Replicas=0, PatchID=0"
local state replicas patch_id
state="$(ephemeral_runner_set_pinned_state)"
replicas="${state%%|*}"
patch_id="${state##*|}"
if [[ "${replicas:-0}" != "0" || "${patch_id:-0}" != "0" ]]; then
dump_state "EphemeralRunnerSet is not pinned, saw replicas='${replicas:-<empty>}' patchID='${patch_id:-<empty>}'"
return 1
fi
echo "[*] EphemeralRunnerSet is pinned (replicas='${replicas:-<empty, means 0>}' patchID='${patch_id}')"
}
# Switched off is not frozen. An edit that is not a recovery signal still has to
# land on the parked objects, and it has to land without switching anything back
# on: the listener takes the new minRunners while its phase stays Stopped, and
# the EphemeralRunnerSet takes it while staying pinned at zero.
function assert_parked_objects_updated() {
local want_min_runners="$1"
echo "[*] Waiting up to ${PROPAGATION_TIMEOUT}s for minRunners=${want_min_runners} to reach the parked objects"
local deadline=$((SECONDS + PROPAGATION_TIMEOUT))
local name="" state="" phase="" min_runners=""
while ((SECONDS < deadline)); do
name="$(listener_name)"
if [[ -z "${name}" ]]; then
dump_state "AutoscalingListener object is gone, but a parked scale set must keep it"
return 1
fi
state="$(listener_phase_and_min_runners "${name}")"
phase="${state%%|*}"
min_runners="${state##*|}"
# Leaving Stopped is a failure at any point, not something to wait out:
# the edit must never be what starts the listener again.
if [[ "${phase}" != "Stopped" ]]; then
dump_state "Listener ${name} left the stopped phase while the scale set is parked, saw '${phase:-<empty>}' with minRunners='${min_runners:-<empty>}'"
return 1
fi
if [[ "${min_runners}" == "${want_min_runners}" ]]; then
echo "[*] Listener ${name} is Stopped and carries .spec.minRunners=${min_runners}"
assert_runner_set_pinned || return 1
assert_no_runner_pods || return 1
return 0
fi
echo " listener=${name} phase=${phase} minRunners=${min_runners:-<empty>}, waiting for ${want_min_runners}"
sleep 5
done
dump_state "Timed out waiting for the parked listener to take minRunners=${want_min_runners}, last seen listener=${name:-<none>} phase=${phase:-<empty>} minRunners=${min_runners:-<empty>}"
return 1
}
# minRunners is not part of the runner spec, so it must not un-park the scale
# set no matter how much it bumps the generation. It must still reach the parked
# objects, though, which is what assert_parked_objects_updated covers.
function assert_sticky_to_unrelated_change() {
echo "[*] Asserting an edit outside the runner spec lands without recovering the scale set"
upgrade_min_runners || return 1
assert_parked_objects_updated "${UPGRADED_MIN_RUNNERS}" || return 1
assert_stays_outdated || return 1
assert_listener_stopped || return 1
echo "[*] Scale set stayed Outdated across a minRunners change and took the edit anyway"
}
function assert_recovered() {
echo "[*] Waiting up to ${RECOVERY_TIMEOUT}s for the scale set to recover"
local deadline=$((SECONDS + RECOVERY_TIMEOUT))
local ars_phase="" name="" phase="" listener_pods="" runner_pods=""
while ((SECONDS < deadline)); do
ars_phase="$(autoscaling_runner_set_phase)"
name="$(listener_name)"
phase=""
if [[ -n "${name}" ]]; then
phase="$(listener_phase "${name}")"
fi
listener_pods="$(listener_pod_names)"
runner_pods="$(runner_pod_names)"
# The listener is re-created with the phase unset when its spec drifted
# while parked, so anything other than Stopped counts as running.
if [[ "${ars_phase}" != "Outdated" && "${phase}" != "Stopped" && -n "${listener_pods}" && -n "${runner_pods}" ]]; then
echo "[*] Recovered: autoscalingrunnerset=${ars_phase} listener=${name} phase=${phase:-<empty>} listener pods=${listener_pods} runner pods=${runner_pods}"
return 0
fi
echo " autoscalingrunnerset=${ars_phase:-<empty>} listener=${name:-<none>} phase=${phase:-<empty>} listener pods=${listener_pods:-<none>} runner pods=${runner_pods:-<none>}, waiting"
sleep 10
done
dump_state "Timed out waiting for recovery, last seen autoscalingrunnerset=${ars_phase:-<empty>} listener=${name:-<none>} phase=${phase:-<empty>} listener pods=${listener_pods:-<none>} runner pods=${runner_pods:-<none>}"
return 1
}
function main() {
local failed=()
build_image
create_cluster
load_outdated_runner_image
install_arc
install_scale_set
trigger_workflow || failed+=("trigger_workflow")
if assert_scale_set_outdated; then
assert_runners_released || failed+=("assert_runners_released")
assert_stays_outdated || failed+=("assert_stays_outdated")
assert_no_runner_pods || failed+=("assert_no_runner_pods")
assert_runner_set_pinned || failed+=("assert_runner_set_pinned")
assert_listener_stopped || failed+=("assert_listener_stopped")
assert_sticky_to_unrelated_change || failed+=("assert_sticky_to_unrelated_change")
upgrade_runner_image || failed+=("upgrade_runner_image")
assert_recovered || failed+=("assert_recovered")
else
failed+=("assert_scale_set_outdated")
fi
cancel_workflow
INSTALLATION_NAME="${SCALE_SET_NAME}" NAMESPACE="${SCALE_SET_NAMESPACE}" cleanup_scale_set || failed+=("cleanup_scale_set")
NAMESPACE="${ARC_NAMESPACE}" log_arc || failed+=("log_arc")
delete_cluster
print_results "${failed[@]}"
}
main
test/actions.github.com/outdated-runner-lifecycle.test.sh
Executable
+582
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@@ -0,0 +1,582 @@
#!/bin/bash
# Outdated runner lifecycle, on the stable charts.
#
# outdated-runner-lifecycle-v2.test.sh is the same scenario on the experimental
# charts. The assertions are identical because the behaviour is the
# controller's; only the chart paths and the values schema differ.
#
# A runner that exits with code 7 has rejected the runner spec it was handed.
# This test drives that end to end: it installs a scale set with minRunners=1
# and a runner image old enough for the service to reject, queues a job so a
# runner is actually created, and then asserts the parked state and the
# recovery.
#
# The parked state is deliberately not a teardown. The AutoscalingListener
# object survives with its spec and finalizer intact; only its phase moves to
# Stopped, and the listener controller removes the listener *pod* and the child
# resources. Asserting that the listener object is gone would be wrong, so the
# assertions below check the object exists, its .spec.phase is Stopped, and the
# pod named after it is absent.
#
# The phase is also sticky: it is left only when the runner spec itself changes.
# assert_sticky_to_unrelated_change pins that by upgrading minRunners, which
# bumps the AutoscalingRunnerSet generation without touching anything the
# runners objected to, and confirming nothing restarts.
#
# Switched off is not the same as frozen, though, and that is the other half of
# the same step. The minRunners edit still has to reach the parked objects: the
# listener takes the new value while its phase stays Stopped, and the
# EphemeralRunnerSet takes it while staying pinned at Replicas=0, PatchID=0. The
# invariant is "switched off but still current", so the listener's phase and its
# minRunners are read together rather than across two calls that could straddle
# a change.
set -euo pipefail
DIR="$(realpath "$(dirname "${BASH_SOURCE[0]}")")"
ROOT_DIR="$(realpath "${DIR}/../..")"
source "${DIR}/helper.sh" || {
echo "Failed to source helper.sh"
exit 1
}
export VERSION="$(chart_version "${ROOT_DIR}/charts/gha-runner-scale-set-controller/Chart.yaml")"
SCALE_SET_NAME="outdated-lifecycle-$(date '+%M%S')$(((RANDOM + 100) % 100 + 1))"
SCALE_SET_NAMESPACE="arc-runners"
WORKFLOW_FILE="arc-test-workflow.yaml"
ARC_NAME="arc"
ARC_NAMESPACE="arc-systems"
# The runner only reports that it is outdated if it is both old enough for the
# service to reject it and new enough to know how to say so.
#
# Exit 7 is Constants.Runner.ReturnCode.RunnerVersionDeprecated, added to
# actions/runner in #4285 and first shipped in v2.333.0. Older runners are
# rejected just the same, but they report it as TerminatedError (exit 1), which
# ARC reads as a failed runner and retries forever - the scale set churns and
# never reaches the Outdated phase. So a *newer* image is required here, not an
# older one, which is the opposite of the intuition.
#
# v2.333.0 is the floor of that range, and the floor is the durable choice: it
# is already well past the service's deprecation cutoff, and a version that is
# deprecated today stays deprecated. Do not "make this safer" by moving it
# older - below v2.333.0 the runner loses the ability to report exit 7 at all.
OUTDATED_RUNNER_IMAGE="ghcr.io/actions/actions-runner:2.333.0"
RECOVERED_RUNNER_IMAGE="ghcr.io/actions/actions-runner:latest"
# The EphemeralRunnerSet is named after the AutoscalingRunnerSet, which is named
# after the Helm release.
RUNNER_SET_NAME="${SCALE_SET_NAME}"
LISTENER_SELECTOR="actions.github.com/scale-set-name=${SCALE_SET_NAME},actions.github.com/scale-set-namespace=${SCALE_SET_NAMESPACE}"
RUNNER_POD_SELECTOR="actions.github.com/scale-set-name=${SCALE_SET_NAME}"
# How long to wait for a runner to be created, reject the spec and for the
# parked state to settle. This covers pulling the runner image, registering and
# being turned away, so it is generous on purpose.
OUTDATED_TIMEOUT="${OUTDATED_TIMEOUT:-600}"
# Releasing the runners is a convergence, not an instant. The phase flips as
# soon as the rejection is seen, while the pods it released are still
# terminating and their finalizers are still being processed, so there is a
# window where the phase is Outdated and pods legitimately still exist. Wait
# the window out before treating a live pod as a scale-up.
RELEASE_TIMEOUT="${RELEASE_TIMEOUT:-180}"
RELEASE_INTERVAL="${RELEASE_INTERVAL:-5}"
# How long the parked state is sampled for before it is believed.
STICKY_WINDOW="${STICKY_WINDOW:-60}"
STICKY_INTERVAL="${STICKY_INTERVAL:-5}"
RECOVERY_TIMEOUT="${RECOVERY_TIMEOUT:-300}"
LISTENER_STOP_TIMEOUT="${LISTENER_STOP_TIMEOUT:-120}"
# How long an edit that is not a recovery signal may take to reach the parked
# objects.
PROPAGATION_TIMEOUT="${PROPAGATION_TIMEOUT:-120}"
# minRunners the scale set is installed with, and the value the unrelated-edit
# upgrade moves it to.
INITIAL_MIN_RUNNERS=1
UPGRADED_MIN_RUNNERS=2
RUN_ID=""
function load_outdated_runner_image() {
# create_cluster preloads the latest runner image only. Preloading the old
# one keeps the reject cycle off the critical path, but the kubelet can pull
# it just as well, so a failure here is not a test failure.
log "Preloading ${OUTDATED_RUNNER_IMAGE} into the cluster"
if ! docker pull "${OUTDATED_RUNNER_IMAGE}"; then
log "Failed to pull ${OUTDATED_RUNNER_IMAGE}, leaving it to the kubelet"
return 0
fi
if ! minikube image load "${OUTDATED_RUNNER_IMAGE}"; then
log "Failed to load ${OUTDATED_RUNNER_IMAGE} into minikube, leaving it to the kubelet"
fi
}
function install_arc() {
echo "Installing ARC"
helm install "${ARC_NAME}" \
--namespace "${ARC_NAMESPACE}" \
--create-namespace \
--set image.repository="${IMAGE_NAME}" \
--set image.tag="${IMAGE_TAG}" \
"${ROOT_DIR}/charts/gha-runner-scale-set-controller" \
--debug
if ! NAME="${ARC_NAME}" NAMESPACE="${ARC_NAMESPACE}" wait_for_arc; then
NAMESPACE="${ARC_NAMESPACE}" log_arc
return 1
fi
}
# Helm forgets any --set that is not repeated on upgrade, so every invocation
# goes through the same base values and only appends what it means to change.
# One argument per line, so the caller can read them back with mapfile.
function scale_set_values() {
printf '%s\n' \
"--set" "controllerServiceAccount.name=${ARC_NAME}-gha-rs-controller" \
"--set" "controllerServiceAccount.namespace=${ARC_NAMESPACE}" \
"--set" "githubConfigUrl=https://github.com/${TARGET_ORG}/${TARGET_REPO}" \
"--set" "githubConfigSecret.github_token=${GITHUB_TOKEN}" \
"--set" "runnerScaleSetName=${SCALE_SET_NAME}"
}
# The stable chart carries the runner container as a list entry, and a --set on
# a list index replaces the whole entry rather than merging into it. Overriding
# just the image would silently drop the name and the command the chart
# defaults ship, so all three are always set together.
function runner_container_values() {
local image="$1"
printf '%s\n' \
"--set" "template.spec.containers[0].name=runner" \
"--set" "template.spec.containers[0].image=${image}" \
"--set" "template.spec.containers[0].command={/home/runner/run.sh}"
}
function install_scale_set() {
echo "Installing scale set ${SCALE_SET_NAMESPACE}/${SCALE_SET_NAME} with runner image ${OUTDATED_RUNNER_IMAGE}"
local values=()
mapfile -t values < <(scale_set_values)
local runner_values=()
mapfile -t runner_values < <(runner_container_values "${OUTDATED_RUNNER_IMAGE}")
helm install "${SCALE_SET_NAME}" \
--namespace "${SCALE_SET_NAMESPACE}" \
--create-namespace \
"${values[@]}" \
--set minRunners="${INITIAL_MIN_RUNNERS}" \
"${runner_values[@]}" \
"${ROOT_DIR}/charts/gha-runner-scale-set" \
--version="${VERSION}" \
--debug
if ! NAME="${SCALE_SET_NAME}" NAMESPACE="${ARC_NAMESPACE}" wait_for_scale_set; then
NAMESPACE="${ARC_NAMESPACE}" log_arc
return 1
fi
}
function upgrade_min_runners() {
echo "Upgrading scale set ${SCALE_SET_NAMESPACE}/${SCALE_SET_NAME} to minRunners=${UPGRADED_MIN_RUNNERS}, leaving the runner spec alone"
local values=()
mapfile -t values < <(scale_set_values)
local runner_values=()
mapfile -t runner_values < <(runner_container_values "${OUTDATED_RUNNER_IMAGE}")
helm upgrade "${SCALE_SET_NAME}" \
--namespace "${SCALE_SET_NAMESPACE}" \
"${values[@]}" \
--set minRunners="${UPGRADED_MIN_RUNNERS}" \
"${runner_values[@]}" \
"${ROOT_DIR}/charts/gha-runner-scale-set" \
--version="${VERSION}" \
--debug
}
function upgrade_runner_image() {
echo "Upgrading scale set ${SCALE_SET_NAMESPACE}/${SCALE_SET_NAME} to runner image ${RECOVERED_RUNNER_IMAGE}"
local values=()
mapfile -t values < <(scale_set_values)
local runner_values=()
mapfile -t runner_values < <(runner_container_values "${RECOVERED_RUNNER_IMAGE}")
helm upgrade "${SCALE_SET_NAME}" \
--namespace "${SCALE_SET_NAMESPACE}" \
"${values[@]}" \
--set minRunners="${INITIAL_MIN_RUNNERS}" \
"${runner_values[@]}" \
"${ROOT_DIR}/charts/gha-runner-scale-set" \
--version="${VERSION}" \
--debug
}
function trigger_workflow() {
echo "Queueing a job so the scale set has a reason to create a runner"
if ! RUN_ID="$(WORKFLOW_FILE="${WORKFLOW_FILE}" SCALE_SET_NAME="${SCALE_SET_NAME}" start_workflow)"; then
echo "Failed to start workflow"
return 1
fi
echo "Started run ${RUN_ID}"
}
function cancel_workflow() {
if [[ -z "${RUN_ID}" ]]; then
return 0
fi
# The job is queued against a scale set that spends most of this test
# refusing to run it, so it is cancelled rather than left hanging.
echo "Cancelling run ${RUN_ID}"
gh run cancel "${RUN_ID}" -R "${TARGET_ORG}/${TARGET_REPO}" || true
}
# Everything below prints what it actually observed. These assertions are only
# ever read when they are red.
function autoscaling_runner_set_phase() {
kubectl get autoscalingrunnerset "${SCALE_SET_NAME}" \
-n "${SCALE_SET_NAMESPACE}" \
-o jsonpath='{.status.phase}' 2>/dev/null || true
}
function ephemeral_runner_set_phase() {
kubectl get ephemeralrunnerset "${RUNNER_SET_NAME}" \
-n "${SCALE_SET_NAMESPACE}" \
-o jsonpath='{.status.phase}' 2>/dev/null || true
}
function listener_name() {
kubectl get autoscalinglisteners -n "${ARC_NAMESPACE}" \
-l "${LISTENER_SELECTOR}" \
-o jsonpath='{.items[0].metadata.name}' 2>/dev/null || true
}
function listener_phase() {
local name="$1"
kubectl get autoscalinglistener "${name}" \
-n "${ARC_NAMESPACE}" \
-o jsonpath='{.spec.phase}' 2>/dev/null || true
}
# Phase and minRunners in a single read, so "took the edit" and "is still
# switched off" are observed on one version of the object rather than across two
# calls that a reconcile could land between.
#
# minRunners is omitempty, so a zero reads back as an empty string rather than
# "0". Callers assert a non-zero value, which is unambiguous; an assertion
# against zero would have to treat empty as zero the way
# assert_runner_set_pinned does for replicas.
function listener_phase_and_min_runners() {
local name="$1"
kubectl get autoscalinglistener "${name}" \
-n "${ARC_NAMESPACE}" \
-o jsonpath='{.spec.phase}|{.spec.minRunners}' 2>/dev/null || true
}
# Replicas is omitempty, so a pinned 0 comes back as an empty string. PatchID is
# not, so it is always serialized and 0 comes back as "0". Both are read
# together and normalized by the caller.
function ephemeral_runner_set_pinned_state() {
kubectl get ephemeralrunnerset "${RUNNER_SET_NAME}" \
-n "${SCALE_SET_NAMESPACE}" \
-o jsonpath='{.spec.replicas}|{.spec.patchID}' 2>/dev/null || true
}
function listener_pod_names() {
kubectl get pods -n "${ARC_NAMESPACE}" \
-l "${LISTENER_SELECTOR}" \
-o jsonpath='{.items[*].metadata.name}' 2>/dev/null || true
}
function runner_pod_names() {
kubectl get pods -n "${SCALE_SET_NAMESPACE}" \
-l "${RUNNER_POD_SELECTOR}" \
-o jsonpath='{.items[*].metadata.name}' 2>/dev/null || true
}
function dump_state() {
local reason="$1"
echo "[!] ${reason}. Current state:"
kubectl get autoscalingrunnerset,ephemeralrunnerset,ephemeralrunner,pods -n "${SCALE_SET_NAMESPACE}" -o wide || true
kubectl get autoscalinglisteners,pods -n "${ARC_NAMESPACE}" -o wide || true
NAMESPACE="${ARC_NAMESPACE}" log_arc || true
}
function assert_scale_set_outdated() {
echo "[*] Waiting up to ${OUTDATED_TIMEOUT}s for the scale set to report the Outdated phase"
local deadline=$((SECONDS + OUTDATED_TIMEOUT))
local ars_phase="" ers_phase=""
while ((SECONDS < deadline)); do
ars_phase="$(autoscaling_runner_set_phase)"
ers_phase="$(ephemeral_runner_set_phase)"
if [[ "${ars_phase}" == "Outdated" && "${ers_phase}" == "Outdated" ]]; then
echo "[*] AutoscalingRunnerSet and EphemeralRunnerSet both report Outdated"
return 0
fi
echo " autoscalingrunnerset=${ars_phase:-<empty>} ephemeralrunnerset=${ers_phase:-<empty>}, waiting"
sleep 10
done
dump_state "Timed out waiting for the Outdated phase, last seen autoscalingrunnerset=${ars_phase:-<empty>} ephemeralrunnerset=${ers_phase:-<empty>}"
return 1
}
# Every runner the set released has to actually go away. None of them can be
# executing a job here, because a runner that rejected its spec never got one,
# so the whole set is expected to drain to zero.
function assert_runners_released() {
echo "[*] Waiting up to ${RELEASE_TIMEOUT}s for the released runner pods to go away"
local deadline=$((SECONDS + RELEASE_TIMEOUT))
local pods=""
while ((SECONDS < deadline)); do
pods="$(runner_pod_names)"
if [[ -z "${pods}" ]]; then
echo "[*] All runner pods released"
return 0
fi
echo " still terminating: ${pods}"
sleep "${RELEASE_INTERVAL}"
done
dump_state "Timed out waiting for runner pods to be released, still present: ${pods}"
return 1
}
# The Outdated phase has to hold, not just appear. minRunners is 1, so a set
# that trusted the listener's target instead of the rejected spec would scale
# back up inside this window. The runners have already drained by this point,
# so any pod seen here is a fresh one, which is exactly the regression.
function assert_stays_outdated() {
echo "[*] Sampling the parked state for ${STICKY_WINDOW}s to confirm it holds"
local deadline=$((SECONDS + STICKY_WINDOW))
while ((SECONDS < deadline)); do
local ars_phase ers_phase pods
ars_phase="$(autoscaling_runner_set_phase)"
ers_phase="$(ephemeral_runner_set_phase)"
pods="$(runner_pod_names)"
if [[ "${ers_phase}" != "Outdated" ]]; then
dump_state "EphemeralRunnerSet left the Outdated phase, saw '${ers_phase:-<empty>}'"
return 1
fi
if [[ "${ars_phase}" != "Outdated" ]]; then
dump_state "AutoscalingRunnerSet left the Outdated phase, saw '${ars_phase:-<empty>}'"
return 1
fi
if [[ -n "${pods}" ]]; then
dump_state "Runner pods reappeared while the scale set is Outdated: ${pods}"
return 1
fi
sleep "${STICKY_INTERVAL}"
done
echo "[*] Parked state held for ${STICKY_WINDOW}s with no runner pods"
}
function assert_no_runner_pods() {
echo "[*] Asserting no runner pod exists"
local pods
pods="$(runner_pod_names)"
if [[ -n "${pods}" ]]; then
dump_state "Expected no runner pods, found: ${pods}"
return 1
fi
echo "[*] No runner pods, as expected"
}
# The listener is switched off, not deleted: the object stays as the record of a
# scale set that is meant to come back, and only the pod goes away.
function assert_listener_stopped() {
echo "[*] Asserting the listener object survives with .spec.phase=Stopped and no pod"
local deadline=$((SECONDS + LISTENER_STOP_TIMEOUT))
local name="" phase="" pods=""
while ((SECONDS < deadline)); do
name="$(listener_name)"
if [[ -z "${name}" ]]; then
dump_state "AutoscalingListener object is gone, but a parked scale set must keep it"
return 1
fi
phase="$(listener_phase "${name}")"
pods="$(listener_pod_names)"
if [[ "${phase}" == "Stopped" && -z "${pods}" ]]; then
echo "[*] Listener ${name} is Stopped and its pod is gone"
return 0
fi
echo " listener=${name} phase=${phase:-<empty>} pods=${pods:-<none>}, waiting"
sleep 5
done
dump_state "Listener did not reach the stopped state, last seen listener=${name:-<none>} phase=${phase:-<empty>} pods=${pods:-<none>}"
return 1
}
# A parked EphemeralRunnerSet is held at zero. This is what stops it scaling
# back up while it carries edits that are not a recovery signal.
function assert_runner_set_pinned() {
echo "[*] Asserting the EphemeralRunnerSet is pinned at Replicas=0, PatchID=0"
local state replicas patch_id
state="$(ephemeral_runner_set_pinned_state)"
replicas="${state%%|*}"
patch_id="${state##*|}"
if [[ "${replicas:-0}" != "0" || "${patch_id:-0}" != "0" ]]; then
dump_state "EphemeralRunnerSet is not pinned, saw replicas='${replicas:-<empty>}' patchID='${patch_id:-<empty>}'"
return 1
fi
echo "[*] EphemeralRunnerSet is pinned (replicas='${replicas:-<empty, means 0>}' patchID='${patch_id}')"
}
# Switched off is not frozen. An edit that is not a recovery signal still has to
# land on the parked objects, and it has to land without switching anything back
# on: the listener takes the new minRunners while its phase stays Stopped, and
# the EphemeralRunnerSet takes it while staying pinned at zero.
function assert_parked_objects_updated() {
local want_min_runners="$1"
echo "[*] Waiting up to ${PROPAGATION_TIMEOUT}s for minRunners=${want_min_runners} to reach the parked objects"
local deadline=$((SECONDS + PROPAGATION_TIMEOUT))
local name="" state="" phase="" min_runners=""
while ((SECONDS < deadline)); do
name="$(listener_name)"
if [[ -z "${name}" ]]; then
dump_state "AutoscalingListener object is gone, but a parked scale set must keep it"
return 1
fi
state="$(listener_phase_and_min_runners "${name}")"
phase="${state%%|*}"
min_runners="${state##*|}"
# Leaving Stopped is a failure at any point, not something to wait out:
# the edit must never be what starts the listener again.
if [[ "${phase}" != "Stopped" ]]; then
dump_state "Listener ${name} left the stopped phase while the scale set is parked, saw '${phase:-<empty>}' with minRunners='${min_runners:-<empty>}'"
return 1
fi
if [[ "${min_runners}" == "${want_min_runners}" ]]; then
echo "[*] Listener ${name} is Stopped and carries .spec.minRunners=${min_runners}"
assert_runner_set_pinned || return 1
assert_no_runner_pods || return 1
return 0
fi
echo " listener=${name} phase=${phase} minRunners=${min_runners:-<empty>}, waiting for ${want_min_runners}"
sleep 5
done
dump_state "Timed out waiting for the parked listener to take minRunners=${want_min_runners}, last seen listener=${name:-<none>} phase=${phase:-<empty>} minRunners=${min_runners:-<empty>}"
return 1
}
# minRunners is not part of the runner spec, so it must not un-park the scale
# set no matter how much it bumps the generation. It must still reach the parked
# objects, though, which is what assert_parked_objects_updated covers.
function assert_sticky_to_unrelated_change() {
echo "[*] Asserting an edit outside the runner spec lands without recovering the scale set"
upgrade_min_runners || return 1
assert_parked_objects_updated "${UPGRADED_MIN_RUNNERS}" || return 1
assert_stays_outdated || return 1
assert_listener_stopped || return 1
echo "[*] Scale set stayed Outdated across a minRunners change and took the edit anyway"
}
function assert_recovered() {
echo "[*] Waiting up to ${RECOVERY_TIMEOUT}s for the scale set to recover"
local deadline=$((SECONDS + RECOVERY_TIMEOUT))
local ars_phase="" name="" phase="" listener_pods="" runner_pods=""
while ((SECONDS < deadline)); do
ars_phase="$(autoscaling_runner_set_phase)"
name="$(listener_name)"
phase=""
if [[ -n "${name}" ]]; then
phase="$(listener_phase "${name}")"
fi
listener_pods="$(listener_pod_names)"
runner_pods="$(runner_pod_names)"
# The listener is re-created with the phase unset when its spec drifted
# while parked, so anything other than Stopped counts as running.
if [[ "${ars_phase}" != "Outdated" && "${phase}" != "Stopped" && -n "${listener_pods}" && -n "${runner_pods}" ]]; then
echo "[*] Recovered: autoscalingrunnerset=${ars_phase} listener=${name} phase=${phase:-<empty>} listener pods=${listener_pods} runner pods=${runner_pods}"
return 0
fi
echo " autoscalingrunnerset=${ars_phase:-<empty>} listener=${name:-<none>} phase=${phase:-<empty>} listener pods=${listener_pods:-<none>} runner pods=${runner_pods:-<none>}, waiting"
sleep 10
done
dump_state "Timed out waiting for recovery, last seen autoscalingrunnerset=${ars_phase:-<empty>} listener=${name:-<none>} phase=${phase:-<empty>} listener pods=${listener_pods:-<none>} runner pods=${runner_pods:-<none>}"
return 1
}
function main() {
local failed=()
build_image
create_cluster
load_outdated_runner_image
install_arc
install_scale_set
trigger_workflow || failed+=("trigger_workflow")
if assert_scale_set_outdated; then
assert_runners_released || failed+=("assert_runners_released")
assert_stays_outdated || failed+=("assert_stays_outdated")
assert_no_runner_pods || failed+=("assert_no_runner_pods")
assert_runner_set_pinned || failed+=("assert_runner_set_pinned")
assert_listener_stopped || failed+=("assert_listener_stopped")
assert_sticky_to_unrelated_change || failed+=("assert_sticky_to_unrelated_change")
upgrade_runner_image || failed+=("upgrade_runner_image")
assert_recovered || failed+=("assert_recovered")
else
failed+=("assert_scale_set_outdated")
fi
cancel_workflow
INSTALLATION_NAME="${SCALE_SET_NAME}" NAMESPACE="${SCALE_SET_NAMESPACE}" cleanup_scale_set || failed+=("cleanup_scale_set")
NAMESPACE="${ARC_NAMESPACE}" log_arc || failed+=("log_arc")
delete_cluster
print_results "${failed[@]}"
}
main