name: "helm: lint and test charts"

on:
  push:
    branches: [ master ]
    paths: ['k8s/**']
  pull_request:
    branches: [ master ]
    paths: ['k8s/**']

permissions:
  contents: read

jobs:
  lint-test:
    runs-on: ubuntu-latest
    steps:
      - name: Checkout
        uses: actions/checkout@3d3c42e5aac5ba805825da76410c181273ba90b1
        with:
          fetch-depth: 0

      - name: Set up Helm
        uses: azure/setup-helm@v5
        with:
          version: v3.18.4

      - uses: actions/setup-python@v7
        with:
          python-version: '3.10'
          check-latest: true

      - name: Set up chart-testing
        uses: helm/chart-testing-action@v2.8.0

      - name: Run chart-testing (list-changed)
        id: list-changed
        run: |
          changed=$(ct list-changed --target-branch ${{ github.event.repository.default_branch }} --chart-dirs k8s/charts)
          if [[ -n "$changed" ]]; then
            echo "::set-output name=changed::true"
          fi

      - name: Run chart-testing (lint)
        run: ct lint --target-branch ${{ github.event.repository.default_branch }} --all --validate-maintainers=false --chart-dirs k8s/charts

      - name: Verify template rendering
        run: |
          set -e
          CHART_DIR="k8s/charts/seaweedfs"
          
          echo "=== Testing default configuration ==="
          helm template test $CHART_DIR > /tmp/default.yaml
          echo "Default configuration renders successfully"
          
          echo "=== Testing with S3 enabled ==="
          helm template test $CHART_DIR --set s3.enabled=true > /tmp/s3.yaml
          grep -q "kind: Deployment" /tmp/s3.yaml && grep -q "seaweedfs-s3" /tmp/s3.yaml
          echo "S3 deployment renders correctly"
          
          echo "=== Testing with all-in-one mode ==="
          helm template test $CHART_DIR --set allInOne.enabled=true > /tmp/allinone.yaml
          grep -q "seaweedfs-all-in-one" /tmp/allinone.yaml
          echo "All-in-one deployment renders correctly"
          
          echo "=== Testing with security enabled ==="
          helm template test $CHART_DIR --set global.seaweedfs.enableSecurity=true > /tmp/security.yaml
          grep -q "security-config" /tmp/security.yaml
          echo "Security configuration renders correctly"

          echo ""
          echo "=== Testing JWT expiration overrides ==="
          helm template test $CHART_DIR \
            --set global.seaweedfs.securityConfig.jwtSigning.expiresAfterSeconds.volumeWrite=11 \
            > /tmp/jwt-volume-write-expiration.yaml
          grep -q "security-config" /tmp/jwt-volume-write-expiration.yaml
          grep -q "expires_after_seconds = 11" /tmp/jwt-volume-write-expiration.yaml

          helm template test $CHART_DIR \
            --set global.seaweedfs.securityConfig.jwtSigning.volumeRead=true \
            --set global.seaweedfs.securityConfig.jwtSigning.filerWrite=true \
            --set global.seaweedfs.securityConfig.jwtSigning.filerRead=true \
            --set global.seaweedfs.securityConfig.jwtSigning.expiresAfterSeconds.volumeWrite=11 \
            --set global.seaweedfs.securityConfig.jwtSigning.expiresAfterSeconds.volumeRead=22 \
            --set global.seaweedfs.securityConfig.jwtSigning.expiresAfterSeconds.filerWrite=33 \
            --set global.seaweedfs.securityConfig.jwtSigning.expiresAfterSeconds.filerRead=44 \
            > /tmp/jwt-expiration.yaml

          assert_jwt_expiration() {
            local section="$1"
            local seconds="$2"
            awk -v section="[$section]" -v seconds="$seconds" '
              /^[[:space:]]*\[.*\][[:space:]]*$/ {
                in_section = index($0, section) > 0
              }
              in_section && $0 ~ "^[[:space:]]*expires_after_seconds = " seconds "$" {
                found = 1
              }
              END { exit !found }
            ' /tmp/jwt-expiration.yaml
          }

          assert_jwt_expiration jwt.signing 11
          assert_jwt_expiration jwt.signing.read 22
          assert_jwt_expiration jwt.filer_signing 33
          assert_jwt_expiration jwt.filer_signing.read 44

          helm template test $CHART_DIR \
            --set global.seaweedfs.enableSecurity=true \
            --set global.seaweedfs.securityConfig.jwtSigning.volumeRead=true \
            --set global.seaweedfs.securityConfig.jwtSigning.filerWrite=true \
            --set global.seaweedfs.securityConfig.jwtSigning.filerRead=true \
            > /tmp/jwt-default-expiration.yaml
          if grep -q "expires_after_seconds =" /tmp/jwt-default-expiration.yaml; then
            echo "FAIL: zero JWT expiration values should preserve runtime defaults"
            exit 1
          fi
          echo "JWT expiration overrides render correctly"

          echo ""
          echo "=== Testing IAM gRPC opt-in path ==="
          # Regression test: the filer registers the IAM gRPC service the
          # Admin UI Users tab calls only when jwt.filer_signing.key is in
          # security.toml. Operators must be able to enable that without
          # the cert-manager mTLS bundle.
          # Install PyYAML explicitly: this block runs before the later
          # security+S3 block that does the same install, and we don't
          # want to rely on the runner image shipping it.
          pip install pyyaml -q
          python3 - "$CHART_DIR" <<'PYEOF'
          import subprocess, sys, yaml
          chart = sys.argv[1]

          def render(values):
              args = ["helm", "template", "test", chart]
              for k, v in values.items():
                  args += ["--set", f"{k}={v}"]
              return subprocess.check_output(args, text=True)

          def docs(manifest):
              return [d for d in yaml.safe_load_all(manifest) if d]

          def configmap(manifest, name):
              for d in docs(manifest):
                  if d.get("kind") == "ConfigMap" and d["metadata"]["name"] == name:
                      return d
              return None

          def workload_mounts(manifest, name):
              for d in docs(manifest):
                  if d.get("kind") not in ("Deployment", "StatefulSet"):
                      continue
                  if d["metadata"]["name"] != name:
                      continue
                  pod = d["spec"]["template"]["spec"]
                  vols = {v["name"] for v in pod.get("volumes", [])}
                  mounts = set()
                  for c in pod.get("containers", []):
                      for vm in c.get("volumeMounts", []):
                          mounts.add(vm["name"])
                  return vols, mounts
              return None, None

          failed = []

          # Case 1: defaults. The chart historically rendered nothing
          # security-related; preserve that so this PR is non-breaking on
          # existing installs.
          out = render({})
          if configmap(out, "test-seaweedfs-security-config") is not None:
              failed.append("defaults: security ConfigMap should not render")
          else:
              print("defaults: no security-config ConfigMap (unchanged)")

          # Case 2: filerWrite=true alone is the documented opt-in for
          # the Admin UI Users tab. Configmap must render with
          # [jwt.filer_signing] and NO [grpc.*] sections (cert paths
          # only exist with mTLS).
          out = render({
              "global.seaweedfs.securityConfig.jwtSigning.filerWrite": "true",
              "admin.enabled": "true",
          })
          cm = configmap(out, "test-seaweedfs-security-config")
          if cm is None:
              failed.append("filerWrite=true: security ConfigMap missing")
          else:
              toml = cm["data"]["security.toml"]
              if "[jwt.filer_signing]" not in toml:
                  failed.append("filerWrite=true: security.toml missing [jwt.filer_signing]")
              if "[grpc" in toml:
                  failed.append("filerWrite=true: security.toml unexpectedly has [grpc.*] (would need cert mounts)")
              if "[jwt.filer_signing]" in toml and "[grpc" not in toml:
                  print("filerWrite=true: security.toml has [jwt.filer_signing], no [grpc.*]")

          # Case 3: filer + admin pods must MOUNT the security ConfigMap
          # under filerWrite=true so the JWT key reaches both processes.
          # Cert volumes must NOT be present (no mTLS).
          for wl in ("test-seaweedfs-filer", "test-seaweedfs-admin"):
              vols, mounts = workload_mounts(out, wl)
              if vols is None:
                  failed.append(f"filerWrite=true: workload {wl} not found")
                  continue
              if "security-config" not in vols or "security-config" not in mounts:
                  failed.append(f"filerWrite=true: {wl} does not mount security-config (IAM gRPC would still fail)")
              else:
                  print(f"filerWrite=true: {wl} mounts security-config")
              cert_vols = {v for v in vols if v.endswith("-cert")}
              if cert_vols:
                  failed.append(f"filerWrite=true: {wl} unexpectedly has cert volumes {sorted(cert_vols)}")

          # Case 4: enableSecurity=true must still render the full toml
          # with both [jwt.signing] and [grpc.*]. Guards against the
          # decoupling change accidentally regressing the mTLS path.
          out = render({"global.seaweedfs.enableSecurity": "true"})
          cm = configmap(out, "test-seaweedfs-security-config")
          if cm is None:
              failed.append("enableSecurity=true: security ConfigMap missing")
          else:
              toml = cm["data"]["security.toml"]
              missing = [s for s in ("[jwt.signing]", "[grpc.master]") if s not in toml]
              if missing:
                  failed.append(f"enableSecurity=true: security.toml missing {missing}")
              else:
                  print("enableSecurity=true: security.toml has [jwt.signing] + [grpc.*] preserved")

          # Case 5: helper must tolerate explicit nulls (gemini-code-assist
          # PR review). securityConfig=null was the parens-pattern crash
          # the helper review caught.
          for null_path in ("global.seaweedfs.securityConfig",
                            "global.seaweedfs.securityConfig.jwtSigning"):
              try:
                  out = render({null_path: "null"})
              except subprocess.CalledProcessError as e:
                  failed.append(f"{null_path}=null: render failed: {e.output[:200] if e.output else e}")
                  continue
              if configmap(out, "test-seaweedfs-security-config") is not None:
                  failed.append(f"{null_path}=null: should not render configmap")
              else:
                  print(f"{null_path}=null: render tolerates explicit null")

          if failed:
              print("\nFAIL:", file=sys.stderr)
              for f in failed:
                  print(f"  - {f}", file=sys.stderr)
              sys.exit(1)
          PYEOF
          echo "IAM gRPC decoupling tests passed"

          echo ""
          echo "=== Testing bucket hook credentials ==="
          # The bucket hook pipes s3.configure into `weed shell`, which needs
          # the filer JWT signing key once jwtSigning.filerWrite is on: the
          # filer rejects unsigned IAM gRPC calls, and `weed shell` still
          # exits 0, so the Job goes green while anonymousRead is dropped.
          # The key reaches the hook either through security.toml or through
          # an environment override in extraEnvironmentVars.
          python3 - "$CHART_DIR" <<'PYEOF'
          import re, subprocess, sys, yaml

          chart = sys.argv[1]

          def render(values):
              args = ["helm", "template", "test", chart]
              for k, v in values.items():
                  args += ["--set", f"{k}={v}"]
              return subprocess.check_output(args, text=True)

          def hook_pod(manifest):
              for d in yaml.safe_load_all(manifest):
                  if d and d.get("kind") == "Job" and d["metadata"]["name"].endswith("-bucket-hook"):
                      return d["spec"]["template"]["spec"]
              return None

          def cluster_endpoints(manifest):
              """Where the chart's own Services put master and filer.

              The hook's WEED_CLUSTER_* values have to match these: a defined
              name pointing anywhere else fails the readiness wait exactly as
              an undefined one does.
              """
              wanted = {"-master": "swfs-master", "-filer-client": "swfs-filer"}
              found = {}
              for d in yaml.safe_load_all(manifest):
                  if not d or d.get("kind") != "Service":
                      continue
                  for suffix, portName in wanted.items():
                      if not d["metadata"]["name"].endswith(suffix):
                          continue
                      port = next((p["port"] for p in d["spec"]["ports"] if p.get("name") == portName), None)
                      if port:
                          found[suffix] = f"{d['metadata']['name']}.{d['metadata']['namespace']}:{port}"
              return found.get("-master"), found.get("-filer-client")

          buckets = {
              "s3.enabled": "true",
              "s3.createBuckets[0].name": "data",
              "s3.createBuckets[0].anonymousRead": "true",
          }
          jwt = dict(buckets, **{"global.seaweedfs.securityConfig.jwtSigning.filerWrite": "true"})

          failed = []

          # The script in the hook addresses master and filer through
          # WEED_CLUSTER_*, now rendered next to extraEnvironmentVars.
          # Duplicate names would be a rendering bug.
          out = render(buckets)
          pod = hook_pod(out)
          if pod is None:
              failed.append("createBuckets: bucket hook Job missing")
          else:
              env = pod["containers"][0]["env"]
              names = [e["name"] for e in env]
              dupes = sorted({n for n in names if names.count(n) > 1})
              if dupes:
                  failed.append(f"createBuckets: duplicate env entries {dupes}")
              values = {e["name"]: e.get("value") for e in env}
              if not values.get("WEED_CLUSTER_DEFAULT"):
                  failed.append("createBuckets: hook env WEED_CLUSTER_DEFAULT is empty")
              rendered = (values.get("WEED_CLUSTER_SW_MASTER"), values.get("WEED_CLUSTER_SW_FILER"))
              expected = cluster_endpoints(out)
              if not all(expected):
                  failed.append(f"createBuckets: no master/filer-client Service to compare against, found {expected}")
              elif rendered != expected:
                  failed.append(f"createBuckets: hook env holds {rendered}, the services are at {expected}")
              elif not dupes:
                  print("createBuckets: hook env resolves the cluster addresses once")
              if any(v["name"] == "security-config" for v in pod.get("volumes", [])):
                  failed.append("createBuckets: hook mounts security-config without JWT signing")

          # filerWrite=true: the hook needs the same security.toml the filer
          # gets, otherwise s3.configure fails with "missing authorization
          # metadata".
          pod = hook_pod(render(jwt))
          if pod is None:
              failed.append("filerWrite=true: bucket hook Job missing")
          else:
              vol = next((v for v in pod.get("volumes", []) if v["name"] == "security-config"), None)
              mount = next((m for m in pod["containers"][0].get("volumeMounts", []) if m["name"] == "security-config"), None)
              # The file has to land on one of weed's config search paths, so
              # the target matters as much as the volume itself - and a volume
              # of that name backed by anything but the chart's ConfigMap
              # leaves `weed shell` without the signing key just the same.
              target = ("/etc/seaweedfs/security.toml", "security.toml")
              configmap = "test-seaweedfs-security-config"
              if vol is None or mount is None:
                  failed.append("filerWrite=true: bucket hook does not mount security-config (s3.configure would fail)")
              elif (mount.get("mountPath"), mount.get("subPath")) != target:
                  failed.append(f"filerWrite=true: bucket hook mounts security-config as {mount}")
              elif vol.get("configMap", {}).get("name") != configmap:
                  failed.append(f"filerWrite=true: security-config is not backed by the {configmap} ConfigMap: {vol}")
              else:
                  print("filerWrite=true: bucket hook mounts security-config at /etc/seaweedfs/security.toml")

          # The readiness waits dereference the cluster env names, so renaming
          # the cluster alias has to rename them too: an undefined name leaves
          # the hook polling "http://" for five minutes and then failing the
          # release. The endpoints stay chart-computed, so an address kept in
          # extraEnvironmentVars is replaced, not rendered twice.
          out = render(dict(buckets, **{
              "global.seaweedfs.extraEnvironmentVars.WEED_CLUSTER_DEFAULT": "prod",
              "global.seaweedfs.extraEnvironmentVars.WEED_CLUSTER_PROD_MASTER": "stale:9333",
              "global.seaweedfs.extraEnvironmentVars.WEED_CLUSTER_SW_MASTER": "null",
              "global.seaweedfs.extraEnvironmentVars.WEED_CLUSTER_SW_FILER": "null",
          }))
          pod = hook_pod(out)
          if pod is None:
              failed.append("cluster alias: bucket hook Job missing")
          else:
              container = pod["containers"][0]
              env = {e["name"]: e.get("value") for e in container["env"]}
              waited = re.findall(r'wait_for_service "http://\$(\w+)', container["command"][2])
              undefined = sorted(n for n in set(waited) if not env.get(n))
              renamed = (env.get("WEED_CLUSTER_PROD_MASTER"), env.get("WEED_CLUSTER_PROD_FILER"))
              expected = cluster_endpoints(out)
              if not waited:
                  failed.append("cluster alias: hook script has no readiness waits")
              elif undefined:
                  failed.append(f"cluster alias: hook waits on undefined env {undefined}")
              elif not all(expected):
                  failed.append(f"cluster alias: no master/filer-client Service to compare against, found {expected}")
              elif renamed != expected:
                  # Both addresses under the renamed alias, not just the one
                  # the values tried to keep: the stale one would fail the
                  # release, and a missing filer address just as much.
                  failed.append(f"cluster alias: hook waits on {renamed}, the services are at {expected}")
              else:
                  print("cluster alias: hook waits on the renamed names and the chart's addresses")

          # Keys kept in a Secret are referenced, not inlined, so the hook
          # must render valueFrom for non-string extraEnvironmentVars.
          out = render(dict(jwt, **{
              "global.seaweedfs.extraEnvironmentVars.WEED_JWT_FILER_SIGNING_KEY.secretKeyRef.name": "signing-keys",
              "global.seaweedfs.extraEnvironmentVars.WEED_JWT_FILER_SIGNING_KEY.secretKeyRef.key": "filerWrite",
          }))
          pod = hook_pod(out)
          if pod is None:
              failed.append("secretKeyRef: bucket hook Job missing")
          else:
              entry = next((e for e in pod["containers"][0]["env"] if e["name"] == "WEED_JWT_FILER_SIGNING_KEY"), None)
              if entry is None:
                  failed.append("secretKeyRef: hook env WEED_JWT_FILER_SIGNING_KEY missing")
              elif entry.get("valueFrom", {}).get("secretKeyRef") != {"name": "signing-keys", "key": "filerWrite"}:
                  failed.append(f"secretKeyRef: hook env rendered as {entry}")
              else:
                  print("secretKeyRef: hook env keeps the secret reference")

          if failed:
              print("\nFAIL:", file=sys.stderr)
              for f in failed:
                  print(f"  - {f}", file=sys.stderr)
              sys.exit(1)
          PYEOF
          echo "Bucket hook credential tests passed"

          echo "=== Testing with monitoring enabled ==="
          helm template test $CHART_DIR \
            --set global.seaweedfs.monitoring.enabled=true \
            --set global.seaweedfs.monitoring.gatewayHost=prometheus \
            --set global.seaweedfs.monitoring.gatewayPort=9091 > /tmp/monitoring.yaml
          echo "Monitoring configuration renders correctly"
          
          echo "=== Testing with PVC storage ==="
          helm template test $CHART_DIR \
            --set master.data.type=persistentVolumeClaim \
            --set master.data.size=10Gi \
            --set master.data.storageClass=standard > /tmp/pvc.yaml
          grep -q "PersistentVolumeClaim" /tmp/pvc.yaml
          echo "PVC configuration renders correctly"
          
          echo "=== Testing with custom replicas ==="
          helm template test $CHART_DIR \
            --set master.replicas=3 \
            --set filer.replicas=2 \
            --set volume.replicas=3 > /tmp/replicas.yaml
          echo "Custom replicas configuration renders correctly"
          
          echo "=== Testing filer with S3 gateway ==="
          helm template test $CHART_DIR \
            --set filer.s3.enabled=true \
            --set filer.s3.enableAuth=true > /tmp/filer-s3.yaml
          echo "Filer S3 gateway renders correctly"
          
          echo "=== Testing SFTP enabled ==="
          helm template test $CHART_DIR --set sftp.enabled=true > /tmp/sftp.yaml
          grep -q "seaweedfs-sftp" /tmp/sftp.yaml
          echo "SFTP deployment renders correctly"

          echo ""
          echo "=== Testing SFTP host key generation ==="
          # The chart must not ship host key material: keys are generated
          # per install, land in the secret the deployments mount at
          # sftp.hostKeysFolder, and must be PKCS#8 ed25519 private keys,
          # the shape the server's host key loader parses; it fails to
          # start otherwise.
          pip install pyyaml -q
          python3 - "$CHART_DIR" <<'PYEOF'
          import base64, re, subprocess, sys, yaml

          chart = sys.argv[1]

          def render(values):
              args = ["helm", "template", "test", chart]
              for k, v in values.items():
                  args += ["--set", f"{k}={v}"]
              return subprocess.check_output(args, text=True)

          def docs(manifest):
              return [d for d in yaml.safe_load_all(manifest) if d]

          def secret(manifest, name):
              for d in docs(manifest):
                  if d.get("kind") == "Secret" and d["metadata"]["name"] == name:
                      return d
              return None

          def pod_spec(manifest, name):
              for d in docs(manifest):
                  if d.get("kind") in ("Deployment", "StatefulSet") and d["metadata"]["name"] == name:
                      return d["spec"]["template"]["spec"]
              return None

          def script_of(spec):
              for c in spec["containers"]:
                  cmd = c.get("command", [])
                  if len(cmd) >= 3 and cmd[0] == "/bin/sh":
                      return cmd[2]
              raise AssertionError("no shell command block found")

          def volume_secret(spec, volname):
              for v in spec.get("volumes", []):
                  if v["name"] == volname:
                      return v["secret"]["secretName"]
              return None

          def mount_path(spec, volname):
              for c in spec["containers"]:
                  for vm in c.get("volumeMounts", []):
                      if vm["name"] == volname:
                          return vm["mountPath"]
              return None

          def parse_ed25519(pem):
              m = re.match(r"-----BEGIN PRIVATE KEY-----\n(.+?)-----END PRIVATE KEY-----", pem.strip(), re.S)
              if not m:
                  raise AssertionError("not a PKCS#8 PEM private key")
              der = base64.b64decode(m.group(1))
              # RFC 8410: fixed PKCS#8 prefix, then the 32-byte seed
              prefix = bytes.fromhex("302e020100300506032b657004220420")
              if len(der) != 48 or not der.startswith(prefix):
                  raise AssertionError("not an ed25519 PKCS#8 key")

          failed = []
          # public-key material of the key the chart used to bundle
          BUNDLED = "H4McwcDphteXVullu6q7ephEN1N60z"

          out1 = render({"sftp.enabled": "true"})
          out2 = render({"sftp.enabled": "true"})

          for label, out in (("first", out1), ("second", out2)):
              if BUNDLED in out:
                  failed.append(f"{label} render still contains the formerly bundled host key")

          def folder_key(out):
              s = secret(out, "test-seaweedfs-sftp-ssh-secret")
              if s is None:
                  return None
              return base64.b64decode(s["data"]["ssh_host_ed25519_key"]).decode()

          k1, k2 = folder_key(out1), folder_key(out2)
          if k1 is None or k2 is None:
              failed.append("sftp-ssh-secret not rendered with sftp.enabled=true")
          else:
              try:
                  parse_ed25519(k1)
                  print("generated host key parses as ed25519")
              except Exception as e:
                  failed.append(f"generated host key does not parse: {e}")
              if k1 == k2:
                  failed.append("two renders produced the same host key (key is not generated per install)")
              else:
                  print("host key differs between installs")

          legacy1 = secret(out1, "test-seaweedfs-sftp-secret")["stringData"]["seaweedfs_sftp_ssh_private_key"]
          legacy2 = secret(out2, "test-seaweedfs-sftp-secret")["stringData"]["seaweedfs_sftp_ssh_private_key"]
          try:
              parse_ed25519(legacy1)
          except Exception as e:
              failed.append(f"sftp-secret ssh key does not parse: {e}")
          if legacy1 == legacy2:
              failed.append("sftp-secret ssh key identical across renders")
          else:
              print("sftp-secret ssh key is generated per install")

          spec = pod_spec(out1, "test-seaweedfs-sftp")
          script = script_of(spec)
          if "-sshPrivateKey" in script:
              failed.append("sftp deployment passes -sshPrivateKey by default; the file only exists "
                            "when enableAuth mounts /etc/sw and a missing key file is fatal")
          if "-hostKeysFolder=/etc/sw/ssh" not in script:
              failed.append("sftp deployment missing -hostKeysFolder=/etc/sw/ssh")
          if volume_secret(spec, "config-ssh") != "test-seaweedfs-sftp-ssh-secret":
              failed.append("sftp config-ssh volume does not reference the generated secret")
          else:
              print("sftp deployment mounts the generated secret at the host keys folder")

          out = render({"sftp.enabled": "true", "sftp.existingSshConfigSecret": "my-keys"})
          if secret(out, "test-seaweedfs-sftp-ssh-secret") is not None:
              failed.append("existingSshConfigSecret set but the default ssh secret still renders")
          if volume_secret(pod_spec(out, "test-seaweedfs-sftp"), "config-ssh") != "my-keys":
              failed.append("existingSshConfigSecret is not the config-ssh volume source")
          else:
              print("existingSshConfigSecret replaces the generated secret")

          out = render({"allInOne.enabled": "true", "allInOne.sftp.enabled": "true"})
          spec = pod_spec(out, "test-seaweedfs-all-in-one")
          if secret(out, "test-seaweedfs-sftp-ssh-secret") is None:
              failed.append("all-in-one: ssh secret not rendered")
          if "-sftp.hostKeysFolder=/etc/sw/ssh" not in script_of(spec):
              failed.append("all-in-one: missing -sftp.hostKeysFolder=/etc/sw/ssh")
          if volume_secret(spec, "config-ssh") != "test-seaweedfs-sftp-ssh-secret":
              failed.append("all-in-one: config-ssh volume does not reference the generated secret")
          else:
              print("all-in-one mounts the generated secret")

          out = render({"sftp.enabled": "true", "sftp.hostKeysFolder": "/keys"})
          spec = pod_spec(out, "test-seaweedfs-sftp")
          if "-hostKeysFolder=/keys" not in script_of(spec) or mount_path(spec, "config-ssh") != "/keys":
              failed.append("custom hostKeysFolder: flag and secret mount do not agree")
          else:
              print("custom hostKeysFolder keeps flag and mount aligned")

          out = render({"allInOne.enabled": "true", "allInOne.sftp.enabled": "true",
                        "allInOne.sftp.hostKeysFolder": "/keys"})
          spec = pod_spec(out, "test-seaweedfs-all-in-one")
          if "-sftp.hostKeysFolder=/keys" not in script_of(spec) or mount_path(spec, "config-ssh") != "/keys":
              failed.append("all-in-one custom hostKeysFolder: flag and secret mount do not agree")
          else:
              print("all-in-one custom hostKeysFolder keeps flag and mount aligned")

          if failed:
              print("\nFAIL:", file=sys.stderr)
              for f in failed:
                  print(f"  - {f}", file=sys.stderr)
              sys.exit(1)
          PYEOF
          echo "SFTP host key generation tests passed"
          
          echo "=== Testing ingress configurations ==="
          helm template test $CHART_DIR \
            --set master.ingress.enabled=true \
            --set filer.ingress.enabled=true \
            --set s3.enabled=true \
            --set s3.ingress.enabled=true > /tmp/ingress.yaml
          grep -q "kind: Ingress" /tmp/ingress.yaml
          echo "Ingress configurations render correctly"
          
          echo "=== Testing COSI driver ==="
          helm template test $CHART_DIR --set cosi.enabled=true > /tmp/cosi.yaml
          grep -q "seaweedfs-cosi" /tmp/cosi.yaml
          echo "COSI driver renders correctly"
          
          echo ""
          echo "=== Testing long release name: service names match DNS references ==="
          # Use a release name that, combined with chart name "seaweedfs", exceeds 63 chars.
          # fullname = "my-very-long-release-name-that-will-cause-truncation-seaweedfs" (65 chars before trunc)
          LONG_RELEASE="my-very-long-release-name-that-will-cause-truncation"

          # --- Normal mode: master + filer-client services vs helper-produced addresses ---
          helm template "$LONG_RELEASE" $CHART_DIR \
            --set s3.enabled=true \
            --set global.seaweedfs.createBuckets[0].name=test > /tmp/longname.yaml

          # Extract Service names from metadata
          MASTER_SVC=$(awk '/kind: Service/{found=1} found && /^ *name:/{print $2; found=0}' /tmp/longname.yaml \
            | grep -- '-master$')
          FILER_CLIENT_SVC=$(awk '/kind: Service/{found=1} found && /^ *name:/{print $2; found=0}' /tmp/longname.yaml \
            | grep -- '-filer-client$')

          # Extract the hostname from WEED_CLUSTER_SW_MASTER in post-install-bucket-hook
          MASTER_ADDR=$(grep 'WEED_CLUSTER_SW_MASTER' -A1 /tmp/longname.yaml \
            | grep 'value:' | head -1 | sed 's/.*value: *"\{0,1\}\([^":]*\).*/\1/')
          FILER_ADDR=$(grep 'WEED_CLUSTER_SW_FILER' -A1 /tmp/longname.yaml \
            | grep 'value:' | head -1 | sed 's/.*value: *"\{0,1\}\([^":]*\).*/\1/')

          # Extract the hostname from S3 deployment -filer= argument
          S3_FILER_HOST=$(grep '\-filer=' /tmp/longname.yaml \
            | head -1 | sed 's/.*-filer=\([^:]*\).*/\1/')

          # The address helpers produce "<svc>.<namespace>:<port>"; extract just the svc name
          MASTER_ADDR_SVC=$(echo "$MASTER_ADDR" | cut -d. -f1)
          FILER_ADDR_SVC=$(echo "$FILER_ADDR" | cut -d. -f1)
          S3_FILER_SVC=$(echo "$S3_FILER_HOST" | cut -d. -f1)

          echo "  master Service.name:       $MASTER_SVC"
          echo "  cluster.masterAddress svc:  $MASTER_ADDR_SVC"
          echo "  filer-client Service.name:  $FILER_CLIENT_SVC"
          echo "  cluster.filerAddress svc:   $FILER_ADDR_SVC"
          echo "  S3 -filer= svc:             $S3_FILER_SVC"

          [ "$MASTER_SVC" = "$MASTER_ADDR_SVC" ] || { echo "FAIL: master service name mismatch"; exit 1; }
          [ "$FILER_CLIENT_SVC" = "$FILER_ADDR_SVC" ] || { echo "FAIL: filer-client service name mismatch"; exit 1; }
          [ "$FILER_CLIENT_SVC" = "$S3_FILER_SVC" ] || { echo "FAIL: S3 -filer= does not match filer-client service"; exit 1; }
          echo "Normal mode: service names match DNS references with long release name"

          # --- All-in-one mode: all-in-one service vs both helper addresses ---
          helm template "$LONG_RELEASE" $CHART_DIR \
            --set allInOne.enabled=true \
            --set global.seaweedfs.createBuckets[0].name=test > /tmp/longname-aio.yaml

          AIO_SVC=$(awk '/kind: Service/{found=1} found && /^ *name:/{print $2; found=0}' /tmp/longname-aio.yaml \
            | grep -- '-all-in-one$')
          AIO_MASTER_ADDR_SVC=$(grep 'WEED_CLUSTER_SW_MASTER' -A1 /tmp/longname-aio.yaml \
            | grep 'value:' | head -1 | sed 's/.*value: *"\{0,1\}\([^":]*\).*/\1/' | cut -d. -f1)
          AIO_FILER_ADDR_SVC=$(grep 'WEED_CLUSTER_SW_FILER' -A1 /tmp/longname-aio.yaml \
            | grep 'value:' | head -1 | sed 's/.*value: *"\{0,1\}\([^":]*\).*/\1/' | cut -d. -f1)

          echo "  all-in-one Service.name:    $AIO_SVC"
          echo "  cluster.masterAddress svc:  $AIO_MASTER_ADDR_SVC"
          echo "  cluster.filerAddress svc:   $AIO_FILER_ADDR_SVC"

          [ "$AIO_SVC" = "$AIO_MASTER_ADDR_SVC" ] || { echo "FAIL: all-in-one master address mismatch"; exit 1; }
          [ "$AIO_SVC" = "$AIO_FILER_ADDR_SVC" ] || { echo "FAIL: all-in-one filer address mismatch"; exit 1; }
          echo "All-in-one mode: service names match DNS references with long release name"

          echo ""
          echo "=== Testing security+S3: no blank lines in shell command blocks ==="
          # Render the three manifests that include seaweedfs.s3.tlsArgs:
          #   filer-statefulset, s3-deployment, all-in-one-deployment
          helm template test $CHART_DIR \
            --set global.seaweedfs.enableSecurity=true \
            --set filer.s3.enabled=true \
            --set s3.enabled=true > /tmp/security-s3.yaml
          helm template test $CHART_DIR \
            --set global.seaweedfs.enableSecurity=true \
            --set allInOne.enabled=true \
            --set allInOne.s3.enabled=true > /tmp/security-aio.yaml

          pip install pyyaml -q
          python3 - /tmp/security-s3.yaml /tmp/security-aio.yaml <<'PYEOF'
          import yaml, sys
          errors = []
          for path in sys.argv[1:]:
              with open(path) as f:
                  docs = list(yaml.safe_load_all(f))
              for doc in docs:
                  if not doc or doc.get("kind") not in ("Deployment", "StatefulSet"):
                      continue
                  name = doc["metadata"]["name"]
                  for c in doc["spec"]["template"]["spec"].get("containers", []):
                      cmd = c.get("command", [])
                      if len(cmd) >= 3 and cmd[0] == "/bin/sh" and cmd[1] == "-ec":
                          script = cmd[2]
                          for i, line in enumerate(script.splitlines(), 1):
                              if line.strip() == "":
                                  errors.append(f"{path}: {name}/{c['name']} has blank line at script line {i}")
          if errors:
              for e in errors:
                  print(f"FAIL: {e}", file=sys.stderr)
              print("Rendered with: global.seaweedfs.enableSecurity=true, filer.s3.enabled=true, s3.enabled=true, allInOne.enabled=true", file=sys.stderr)
              sys.exit(1)
          print("No blank lines in security+S3 command blocks")
          PYEOF

          echo ""
          echo "=== Testing security+S3: -cert.file/-key.file gated on httpsPort (issue #9202) ==="
          # Regression test: when enableSecurity=true but *.httpsPort is 0 (the default),
          # the chart must NOT emit -cert.file / -key.file to the S3 frontend. Passing
          # them promotes weed s3's main -port to HTTPS (see weed/command/s3.go), which
          # makes the HTTP readinessProbe spam "TLS handshake error ... client sent an
          # HTTP request to an HTTPS server" into the pod log.
          #
          # When *.httpsPort > 0, both -port.https and cert/key args MUST be emitted
          # together so the opt-in HTTPS listener actually has credentials.
          python3 - "$CHART_DIR" <<'PYEOF'
          import subprocess, sys, yaml
          chart = sys.argv[1]

          def render(values):
              args = ["helm", "template", "test", chart]
              for k, v in values.items():
                  args += ["--set", f"{k}={v}"]
              return subprocess.check_output(args, text=True)

          def script_of(manifest, kind_name):
              for doc in yaml.safe_load_all(manifest):
                  if not doc or doc.get("kind") not in ("Deployment", "StatefulSet"):
                      continue
                  if doc["metadata"]["name"] != kind_name:
                      continue
                  for c in doc["spec"]["template"]["spec"]["containers"]:
                      cmd = c.get("command", [])
                      if len(cmd) >= 3 and cmd[0] == "/bin/sh" and cmd[1] == "-ec":
                          return cmd[2]
              raise AssertionError(f"no container script for {kind_name}")

          cases = [
              # (values, workload-name, httpsPort-set?, arg-prefix)
              ({"global.seaweedfs.enableSecurity": "true",
                "s3.enabled": "true"},
               "test-seaweedfs-s3", False, ""),
              ({"global.seaweedfs.enableSecurity": "true",
                "s3.enabled": "true",
                "s3.httpsPort": "8443"},
               "test-seaweedfs-s3", True, ""),
              ({"global.seaweedfs.enableSecurity": "true",
                "filer.s3.enabled": "true"},
               "test-seaweedfs-filer", False, "s3."),
              ({"global.seaweedfs.enableSecurity": "true",
                "filer.s3.enabled": "true",
                "filer.s3.httpsPort": "8444"},
               "test-seaweedfs-filer", True, "s3."),
              ({"global.seaweedfs.enableSecurity": "true",
                "allInOne.enabled": "true",
                "allInOne.s3.enabled": "true"},
               "test-seaweedfs-all-in-one", False, "s3."),
              ({"global.seaweedfs.enableSecurity": "true",
                "allInOne.enabled": "true",
                "allInOne.s3.enabled": "true",
                "allInOne.s3.httpsPort": "8445"},
               "test-seaweedfs-all-in-one", True, "s3."),
          ]

          failed = False
          for values, name, https_on, prefix in cases:
              script = script_of(render(values), name)
              cert_flag = f"-{prefix}cert.file="
              key_flag = f"-{prefix}key.file="
              https_flag = f"-{prefix}port.https="
              has_cert = cert_flag in script
              has_key = key_flag in script
              has_https = https_flag in script
              label = f"{name} (httpsPort {'set' if https_on else 'unset'})"
              if https_on:
                  if not (has_cert and has_key and has_https):
                      print(f"FAIL: {label}: expected {cert_flag}, {key_flag}, {https_flag} all present "
                            f"(got cert={has_cert} key={has_key} https={has_https})", file=sys.stderr)
                      failed = True
                  else:
                      print(f"{label}: cert/key/https args emitted together")
              else:
                  if has_cert or has_key or has_https:
                      print(f"FAIL: {label}: expected none of {cert_flag}/{key_flag}/{https_flag}; "
                            f"main S3 -port would silently become HTTPS and break HTTP probes "
                            f"(got cert={has_cert} key={has_key} https={has_https})", file=sys.stderr)
                      failed = True
                  else:
                      print(f"{label}: no TLS args emitted, main -port stays HTTP")

              # bash -n: pin down that the rendered script parses. Guards against
              # a future helper change that leaves a dangling `\` with nothing
              # after it (every current caller already exits cleanly because
              # bash treats trailing `\<newline><EOF>` as line-continuation to
              # an empty line — but keep the contract explicit).
              parse = subprocess.run(["bash", "-n"], input=script, text=True,
                                     capture_output=True)
              if parse.returncode != 0:
                  print(f"FAIL: {label}: bash -n rejected rendered script: {parse.stderr.strip()}",
                        file=sys.stderr)
                  failed = True

          sys.exit(1 if failed else 0)
          PYEOF

          echo ""
          echo "=== Testing all-in-one env: a key in both global and component renders once ==="
          # Regression: all-in-one looped global and component extraEnvironmentVars
          # in two separate ranges, emitting duplicate env entries for any key set
          # in both maps. Render a shared key and assert it appears exactly once in
          # the all-in-one container, with the component value winning (consistent
          # with the merge helper the other components already use). pyyaml is
          # installed by the earlier IAM gRPC block in this same step.
          helm template test $CHART_DIR \
            --set allInOne.enabled=true \
            --set global.seaweedfs.extraEnvironmentVars.WEED_SHARED=fromGlobal \
            --set allInOne.extraEnvironmentVars.WEED_SHARED=fromComponent > /tmp/aio-env.yaml
          python3 - /tmp/aio-env.yaml <<'PYEOF'
          import sys, yaml
          from collections import Counter
          docs = [d for d in yaml.safe_load_all(open(sys.argv[1])) if d]
          dep = next(d for d in docs if d.get("kind") == "Deployment"
                     and d["metadata"]["name"].endswith("all-in-one"))
          envs = [e["name"] for c in dep["spec"]["template"]["spec"]["containers"]
                  for e in c.get("env", [])]
          dups = {k: v for k, v in Counter(envs).items() if v > 1}
          if dups:
              print(f"FAIL: duplicate env entries in all-in-one container: {dups}", file=sys.stderr)
              sys.exit(1)
          val = next(e.get("value") for c in dep["spec"]["template"]["spec"]["containers"]
                     for e in c.get("env", []) if e["name"] == "WEED_SHARED")
          if val != "fromComponent":
              print(f"FAIL: WEED_SHARED should take the component value 'fromComponent', got '{val}'",
                    file=sys.stderr)
              sys.exit(1)
          print("all-in-one env: shared key renders once, component value wins")
          PYEOF

          echo "=== Testing bucket versioning: YAML bool false suspends like string \"false\" ==="
          # bool false used to be a silent no-op while string "false" suspended.
          BOOL_FALSE=$(helm template test $CHART_DIR \
            --set s3.enabled=true \
            --set s3.createBuckets[0].name=verbucket \
            --set s3.createBuckets[0].versioning=false | grep 's3.bucket.versioning -name verbucket' || true)
          echo "$BOOL_FALSE" | grep -q -- '-status Suspended' || { echo "FAIL: bool false versioning did not Suspend the bucket"; exit 1; }
          echo "Bucket versioning: YAML bool false suspends consistently with string \"false\""

          echo ""
          echo "=== Testing hook Job labels ==="
          # The hook Jobs were the only pods in the chart without the standard
          # app.kubernetes.io label set, so nothing label-based could target
          # them - NetworkPolicy podSelectors, monitoring, kubectl -l. Assert
          # both the Job and its pod template carry the same name/instance/
          # component triple the other components use, and that the triple is
          # the hook's own so a per-component selector cannot match it too.
          #
          # Only the bucket hook is covered: the volume resize hook is gated on
          # lookup finding a StatefulSet with a smaller PVC than requested, and
          # lookup returns nothing under helm template, so it never renders here.
          python3 - "$CHART_DIR" <<'PYEOF'
          import subprocess, sys, yaml

          chart = sys.argv[1]
          # The three a selector keys on, and the full set the other workloads
          # carry - a missing chart or managed-by label is not a selector
          # problem, but it does leave the hook Jobs looking unlike everything
          # else the release owns.
          TRIPLE = ("app.kubernetes.io/name", "app.kubernetes.io/instance",
                    "app.kubernetes.io/component")
          # The labels that identify the release rather than the workload, and
          # so have to hold the same values everywhere. They are compared
          # against a workload that already renders them instead of being
          # spelled out here, which keeps the chart version out of the test.
          # managed-by is not among them on purpose: the chart puts it on
          # workload metadata but not on pod templates, so it cannot be part of
          # a cross-workload comparison. Its presence is still checked below.
          RELEASE = ("app.kubernetes.io/name", "app.kubernetes.io/instance",
                     "helm.sh/chart")
          STANDARD = TRIPLE + ("helm.sh/chart", "app.kubernetes.io/managed-by")

          def render(values):
              args = ["helm", "template", "test", chart]
              for k, v in values.items():
                  args += ["--set", f"{k}={v}"]
              return subprocess.check_output(args, text=True)

          def docs(manifest):
              return [d for d in yaml.safe_load_all(manifest) if d]

          def hook_job(manifest):
              for d in docs(manifest):
                  if d.get("kind") == "Job" and d["metadata"]["name"].endswith("-bucket-hook"):
                      return d
              return None

          def triple(labels):
              return {k: labels.get(k) for k in TRIPLE}

          def release(labels):
              return {k: labels.get(k) for k in RELEASE}

          def reference(manifest):
              """Any long-running workload; they all carry the release labels."""
              for d in docs(manifest):
                  if d.get("kind") in ("Deployment", "StatefulSet"):
                      return d
              return None

          modes = {
              "s3": {"s3.enabled": "true",
                     "s3.createBuckets[0].name": "b"},
              "filer.s3": {"filer.s3.enabled": "true",
                           "filer.s3.createBuckets[0].name": "b"},
              "allInOne": {"allInOne.enabled": "true",
                           "allInOne.s3.enabled": "true",
                           "allInOne.s3.createBuckets[0].name": "b"},
          }

          failed = []
          for mode, values in modes.items():
              before = len(failed)
              out = render(values)
              job = hook_job(out)
              if job is None:
                  failed.append(f"{mode}: bucket hook Job not rendered")
                  continue
              job_labels = job["metadata"].get("labels", {})
              pod_labels = job["spec"]["template"]["metadata"].get("labels", {})
              ref = reference(out)
              if ref is None:
                  failed.append(f"{mode}: no workload to compare the release labels against")
                  continue
              ref_labels = release(ref["spec"]["template"]["metadata"].get("labels", {}))
              for where, labels in (("Job", job_labels), ("pod", pod_labels)):
                  missing = [k for k in STANDARD if not labels.get(k)]
                  if missing:
                      failed.append(f"{mode}: bucket hook {where} has no {missing}, "
                                    "nothing can select it")
                  component = labels.get("app.kubernetes.io/component")
                  if component != "bucket-hook":
                      failed.append(f"{mode}: bucket hook {where} component is "
                                    f"{component!r}, expected 'bucket-hook'")
                  # Present is not enough: the values have to be the release's
                  # own, or a selector written for this release misses the hook.
                  if release(labels) != ref_labels:
                      failed.append(f"{mode}: bucket hook {where} release labels "
                                    f"{release(labels)} differ from "
                                    f"{ref['metadata']['name']}'s {ref_labels}")
              # A selector written against the Job has to find its pods.
              if triple(job_labels) != triple(pod_labels):
                  failed.append(f"{mode}: bucket hook Job and pod disagree: "
                                f"{triple(job_labels)} vs {triple(pod_labels)}")
              # The triple must not also match another component's pods, or a
              # selector meant for that component would pull the hook pod in.
              for d in docs(out):
                  if d.get("kind") not in ("Deployment", "StatefulSet"):
                      continue
                  other = d["spec"]["template"]["metadata"].get("labels", {})
                  if triple(other) == triple(pod_labels):
                      failed.append(f"{mode}: bucket hook pod shares its label triple "
                                    f"with {d['metadata']['name']}")
              if len(failed) == before:
                  print(f"{mode}: bucket hook Job and pod carry a distinct label triple")

          if failed:
              print("\nFAIL:", file=sys.stderr)
              for f in failed:
                  print(f"  - {f}", file=sys.stderr)
              sys.exit(1)
          PYEOF
          echo "Hook Job label tests passed"

          echo ""
          echo "=== Testing NetworkPolicy rendering ==="
          # The policies are only exercised for real by the networkpolicy-install
          # job below. These assertions cover what template rendering can see:
          # that the flag stays off by default, that every deployed component has
          # exactly one policy, that each policy allows every port its workload
          # declares, and that egress stays a separate opt-in.
          python3 - "$CHART_DIR" <<'PYEOF'
          import subprocess, sys, yaml

          chart = sys.argv[1]

          def render(values, json_values=None):
              args = ["helm", "template", "test", chart]
              for k, v in values.items():
                  args += ["--set", f"{k}={v}"]
              for k, v in (json_values or {}).items():
                  args += ["--set-json", f"{k}={v}"]
              return subprocess.check_output(args, text=True, stderr=subprocess.STDOUT)

          def expect_failure(values, needle, label, json_values=None):
              try:
                  render(values, json_values)
              except subprocess.CalledProcessError as e:
                  if needle not in (e.output or ""):
                      failed.append(f"{label}: unexpected error: {(e.output or '')[:200]}")
                  else:
                      print(label)
                  return
              failed.append(f"{label}: render should have failed")

          def docs(manifest):
              return [d for d in yaml.safe_load_all(manifest) if d]

          def component(labels):
              return labels.get("app.kubernetes.io/component")

          def policies(manifest):
              out = {}
              for d in docs(manifest):
                  if d.get("kind") != "NetworkPolicy":
                      continue
                  out[component(d["spec"]["podSelector"]["matchLabels"])] = d
              return out

          def workloads(manifest, kinds=("Deployment", "StatefulSet")):
              out = {}
              for d in docs(manifest):
                  if d.get("kind") in kinds:
                      out[component(d["spec"]["template"]["metadata"]["labels"])] = d
              return out

          def allowed_ports(policy):
              ports = set()
              for rule in policy["spec"].get("ingress") or []:
                  for p in rule.get("ports") or []:
                      ports.add(p["port"])
              return ports

          def container_ports(workload):
              ports = set()
              for c in workload["spec"]["template"]["spec"].get("containers", []):
                  for p in c.get("ports") or []:
                      ports.add(p["containerPort"])
              return ports

          EVERYTHING = {
              "s3.enabled": "true",
              "sftp.enabled": "true",
              "admin.enabled": "true",
              "worker.enabled": "true",
              "cosi.enabled": "true",
              "s3.createBuckets[0].name": "b",
              "volumes.ssd.port": "8081",
              "global.seaweedfs.monitoring.enabled": "true",
          }

          failed = []

          # Off by default: the chart has never shipped a NetworkPolicy and must not
          # start now, or every existing release in a default-deny namespace changes
          # behaviour on the next upgrade.
          if policies(render(EVERYTHING)):
              failed.append("networkPolicy.enabled unset: policies rendered anyway")
          else:
              print("networkPolicy off by default: no policies rendered")

          on = dict(EVERYTHING, **{"networkPolicy.enabled": "true"})
          out = render(on)
          pols = policies(out)
          wls = workloads(out)

          # Every workload gets exactly one policy, and every policy has a workload.
          # A component with no policy is wide open under default-deny; a policy with
          # no component is dead weight that hides a renamed label.
          for comp in wls:
              if comp not in pols:
                  failed.append(f"{comp}: workload has no NetworkPolicy")
          for comp in pols:
              # The bucket hook Job is covered too, and a Job is not a workload here.
              if comp not in wls and comp != "bucket-hook":
                  failed.append(f"{comp}: NetworkPolicy selects a component that is not deployed")

          # The ports a component listens on come from the same values as its
          # containerPorts, so the two must agree. This is what catches a port added to
          # a workload and forgotten in the policy - the failure mode that only shows up
          # once someone turns the flag on.
          for comp, wl in wls.items():
              if comp not in pols:
                  continue
              declared = container_ports(wl)
              allowed = allowed_ports(pols[comp])
              missing = sorted(declared - allowed)
              if missing:
                  failed.append(f"{comp}: listens on {missing} but its policy does not allow it")
          if not failed:
              print("every workload has a policy covering all of its containerPorts")

          # The bucket hook Job and its policy are gated on one shared helper, and
          # this pins that down: a Job without its policy hangs under default-deny,
          # a policy without its Job is noise. The combinations cover the modes that
          # decide it, including the ones where a bucket list is ignored.
          hook_cases = {
              "nothing": {},
              "s3 without buckets": {"s3.enabled": "true"},
              "s3 with buckets": {"s3.enabled": "true", "s3.createBuckets[0].name": "b"},
              "filer.s3 without buckets": {"filer.s3.enabled": "true"},
              "filer.s3 with buckets": {"filer.s3.enabled": "true",
                                        "filer.s3.createBuckets[0].name": "b"},
              "s3 gateway, buckets on filer.s3": {"s3.enabled": "true",
                                                  "filer.s3.createBuckets[0].name": "b"},
              "allInOne without buckets": {"allInOne.enabled": "true",
                                           "allInOne.s3.enabled": "true"},
              "allInOne with buckets": {"allInOne.enabled": "true",
                                        "allInOne.s3.enabled": "true",
                                        "allInOne.s3.createBuckets[0].name": "b"},
              # allInOne reads only its own bucket list, so s3.createBuckets is
              # not enough to produce the Job.
              "allInOne, buckets on s3": {"allInOne.enabled": "true",
                                          "allInOne.s3.enabled": "true",
                                          "s3.createBuckets[0].name": "b"},
              "master off": {"master.enabled": "false", "s3.enabled": "true",
                             "s3.createBuckets[0].name": "b"},
              "buckets but no S3 endpoint": {"s3.createBuckets[0].name": "b"},
          }
          for label, values in hook_cases.items():
              out = render(dict(values, **{"networkPolicy.enabled": "true"}))
              job = any(d.get("kind") == "Job"
                        and d["metadata"]["name"].endswith("-bucket-hook")
                        for d in docs(out))
              policy = "bucket-hook" in policies(out)
              if job != policy:
                  failed.append(f"{label}: bucket hook Job={job} but its policy={policy}; "
                                "the two are gated on seaweedfs.bucketHookEnabled and "
                                "have to appear together")
          if not failed:
              print(f"bucket hook Job and policy agree across {len(hook_cases)} modes")

          # Egress is its own opt-in: with it off the policies must not constrain
          # outbound traffic at all, or enabling networkPolicy alone would cut the filer
          # off from its store.
          for comp, p in pols.items():
              if "Egress" in p["spec"]["policyTypes"]:
                  failed.append(f"{comp}: Egress in policyTypes while networkPolicy.egress.enabled is false")
          if not any("Egress" in p["spec"]["policyTypes"] for p in pols.values()):
              print("egress off by default: policies are ingress-only")

          # Components that need the API server must not silently lose it: rendering
          # fails with a pointer to the value instead.
          expect_failure(dict(on, **{"networkPolicy.egress.enabled": "true"}),
                         "kubeApiServer.cidrs is empty",
                         "empty kubeApiServer.cidrs fails the render with a pointer to the value")

          egress_on = dict(on, **{
              "networkPolicy.egress.enabled": "true",
              "networkPolicy.egress.kubeApiServer.cidrs[0]": "10.96.0.1/32",
          })

          # An empty port or peer list is "everything" in a NetworkPolicy, not
          # "nothing", so the two places that could be emptied have to be refused
          # rather than quietly widened.
          expect_failure(egress_on, "kubeApiServer.ports is empty",
                         "empty kubeApiServer.ports is refused instead of allowing every port",
                         json_values={"networkPolicy.egress.kubeApiServer.ports": "[]"})
          expect_failure(egress_on, "allowDNS is on but both",
                         "DNS with no selector is refused instead of allowing every pod",
                         json_values={"networkPolicy.egress.dnsNamespaceSelector": "null",
                                      "networkPolicy.egress.dnsPodSelector": "null"})

          # Dropping one of the two DNS selectors must leave the key out, not
          # render it as null - null namespaceSelector means this namespace and
          # null podSelector means every pod in the peer namespace.
          for dropped in ("dnsNamespaceSelector", "dnsPodSelector"):
              out = render(egress_on, {f"networkPolicy.egress.{dropped}": "null"})
              nulls = [(c, k) for c, p in policies(out).items()
                       for r in p["spec"]["egress"]
                       for t in r.get("to") or []
                       for k, v in t.items() if v is None]
              nulls += [(c, "ports") for c, p in policies(out).items()
                        for r in p["spec"]["egress"] if "ports" in r and r["ports"] is None]
              if nulls:
                  failed.append(f"{dropped}=null: rendered null keys {sorted(set(nulls))}")
              else:
                  print(f"{dropped}=null: the key is left out rather than rendered as null")

          # Helm allows a release named "123", and an unquoted label value then
          # renders as a YAML integer. Label values are strings in the API, so the
          # whole object gets rejected - a policy that never applies, silently.
          # Every label the policies emit, in metadata and in every selector, has
          # to survive that release name as a string.
          numeric = subprocess.check_output(
              ["helm", "template", "123", chart,
               "--set", "networkPolicy.enabled=true",
               "--set", "networkPolicy.egress.enabled=true",
               "--set", "networkPolicy.egress.kubeApiServer.cidrs[0]=10.96.0.1/32",
               "--set", "s3.enabled=true", "--set", "s3.createBuckets[0].name=b"],
              text=True, stderr=subprocess.STDOUT)

          def label_maps(policy):
              yield "metadata", policy["metadata"].get("labels", {})
              yield "podSelector", policy["spec"]["podSelector"]["matchLabels"]
              for direction in ("ingress", "egress"):
                  for i, rule in enumerate(policy["spec"].get(direction) or []):
                      for peer in rule.get("to") or rule.get("from") or []:
                          for key in ("podSelector", "namespaceSelector"):
                              sel = peer.get(key) or {}
                              yield f"{direction}[{i}].{key}", sel.get("matchLabels", {})

          coerced = [(comp, where, k, v)
                     for comp, p in policies(numeric).items()
                     for where, labels in label_maps(p)
                     for k, v in labels.items() if not isinstance(v, str)]
          if coerced:
              failed.append(f"release name 123: label values are not strings, so the API "
                            f"server rejects the policy: {coerced}")
          else:
              print("a numeric release name keeps every policy label a string")

          out = render(egress_on)
          pols = policies(out)

          # DNS for everyone: every component addresses its peers by service name.
          for comp, p in pols.items():
              dns = [r for r in p["spec"]["egress"]
                     if {x["port"] for x in r.get("ports") or []} == {53}]
              if not dns:
                  failed.append(f"{comp}: egress on but no DNS rule")
          if not failed:
              print("every policy allows DNS when egress is on")

          # The API server rule goes only to what talks to it, which is the COSI
          # sidecar and, on an upgrade that grows a PVC, the resize hook. No
          # seaweedfs binary does - there is no client-go in go.mod - so admin
          # must not be in here: it would force everyone running admin to name an
          # API server address for a connection that is never made.
          apiserver = {c for c, p in pols.items()
                       if any("ipBlock" in t for r in p["spec"]["egress"] for t in r.get("to") or [])}
          expected = {"objectstorage-provisioner"}
          if apiserver != expected:
              failed.append(f"API server egress granted to {sorted(apiserver)}, expected {sorted(expected)}")
          else:
              print(f"API server egress limited to {sorted(expected)}")

          # Which means egress on its own must render for a release that runs
          # neither COSI nor a resize: no component of it reaches the API server,
          # so nothing may demand a CIDR for one.
          for label, values in {"defaults": {}, "admin": {"admin.enabled": "true"}}.items():
              try:
                  render(dict(values, **{"networkPolicy.enabled": "true",
                                         "networkPolicy.egress.enabled": "true"}))
                  print(f"egress on {label} renders without kubeApiServer.cidrs")
              except subprocess.CalledProcessError as e:
                  failed.append(f"{label}: egress needs kubeApiServer.cidrs but nothing "
                                f"in the release talks to the API server: {(e.output or '')[:200]}")

          # The resize hook's policy is gated on the same lookup as its Job, so
          # neither is ever in a rendered set - a policy on its own would be an
          # orphaned hook resource on every install, since Helm does not collect
          # those. The hook annotations it carries when the lookup does hit are
          # only reachable against a live cluster.
          if "volume-resize-hook" in pols:
              failed.append("volume-resize-hook policy rendered without its Job; the two "
                            "are gated on seaweedfs.volumeResizeHookCommands and have to "
                            "appear together")
          else:
              print("volume-resize-hook policy tracks its Job rather than rendering always")

          # A components key that names nothing reads as "these rules are applied"
          # and silently does not apply them.
          expect_failure(dict(on, **{"networkPolicy.components.filerr.extraIngress[0].ports[0].port": "1"}),
                         '"filerr" is not a component of this chart',
                         "a misspelled networkPolicy.components key fails the render")

          # The bucket hook is post-install, so the release manifest is already applied;
          # its policy must be a plain resource that uninstall cleans up.
          if "helm.sh/hook" in (pols["bucket-hook"]["metadata"].get("annotations") or {}):
              failed.append("bucket-hook policy is a hook resource; post-install runs after the manifest is applied")
          else:
              print("bucket-hook policy is a plain release resource")

          if failed:
              print("\nFAIL:", file=sys.stderr)
              for f in failed:
                  print(f"  - {f}", file=sys.stderr)
              sys.exit(1)
          PYEOF
          echo "NetworkPolicy rendering tests passed"

          echo ""
          echo "=== Testing enterprise license mount + master persistence ==="
          python3 - "$CHART_DIR" <<'PYEOF'
          import subprocess, sys, yaml
          chart = sys.argv[1]

          def render(values):
              args = ["helm", "template", "test", chart]
              for k, v in values.items():
                  args += ["--set", f"{k}={v}"]
              return subprocess.check_output(args, text=True)

          def workloads(manifest):
              for d in yaml.safe_load_all(manifest):
                  if d and d.get("kind") in ("Deployment", "StatefulSet"):
                      yield d

          ALL_ON = {
              "admin.enabled": "true",
              "s3.enabled": "true",
              "sftp.enabled": "true",
              "worker.enabled": "true",
          }
          failed = []

          # Case 1: unconfigured renders nothing, so existing installs are unaffected.
          out = render(ALL_ON)
          if "SEAWEED_LICENSE" in out or "seaweedfs-license" in out:
              failed.append("defaults: license plumbing should not render")
          else:
              print("defaults: no license volume/env (unchanged)")

          # Case 2: only the workloads that run a master carry the license.
          LICENSE_PATH = "/etc/seaweedfs/license/seaweed-license.json"
          out = render(dict(ALL_ON, **{
              "global.seaweedfs.license.existingSecret": "lic",
          }))
          carrying = set()
          for d in workloads(out):
              name = d["metadata"]["name"]
              pod = d["spec"]["template"]["spec"]
              vols = [v for v in pod.get("volumes", []) if v.get("name") == "seaweedfs-license"]
              if not vols:
                  continue
              carrying.add(name)
              secret = vols[0].get("secret", {})
              if secret.get("secretName") != "lic":
                  failed.append(f"{name}: license volume points at {secret.get('secretName')!r}, not the configured Secret")
              items = [i.get("key") for i in secret.get("items", [])]
              if items != ["seaweed-license.json"]:
                  failed.append(f"{name}: license volume projects {items}, expected only the license key")
              for c in pod.get("containers", []):
                  mounts = [m for m in c.get("volumeMounts", []) if m["name"] == "seaweedfs-license"]
                  if not mounts:
                      failed.append(f"{name}/{c['name']}: license volume not mounted")
                      continue
                  # subPath would freeze the file at container start.
                  if any("subPath" in m for m in mounts):
                      failed.append(f"{name}/{c['name']}: license mount uses subPath (renewals would not propagate)")
                  if not all(m.get("readOnly") for m in mounts):
                      failed.append(f"{name}/{c['name']}: license mount is not readOnly")
                  env = {e["name"]: e.get("value") for e in c.get("env", [])}
                  if env.get("SEAWEED_LICENSE") != LICENSE_PATH:
                      failed.append(f"{name}/{c['name']}: SEAWEED_LICENSE not set to the mounted file")
          if carrying != {"test-seaweedfs-master"}:
              failed.append(f"license: expected only the master to carry it, got {sorted(carrying)}")
          else:
              print("license: master only, key-scoped, readOnly, no subPath, SEAWEED_LICENSE set")

          # all-in-one runs `weed server -master`, so it needs the license too.
          out = render({
              "allInOne.enabled": "true",
              "master.enabled": "false",
              "volume.enabled": "false",
              "filer.enabled": "false",
              "global.seaweedfs.license.existingSecret": "lic",
          })
          aio = [d for d in workloads(out) if d["metadata"]["name"].endswith("-all-in-one")]
          if len(aio) != 1:
              failed.append(f"all-in-one: expected 1 workload, got {len(aio)}")
          else:
              pod = aio[0]["spec"]["template"]["spec"]
              if not any(v.get("name") == "seaweedfs-license" for v in pod.get("volumes", [])):
                  failed.append("all-in-one: missing the license volume")
              else:
                  print("all-in-one: carries the license")

          # SEAWEED_LICENSE is reserved on both env paths.
          out = render({
              "global.seaweedfs.license.existingSecret": "lic",
              "global.seaweedfs.extraEnvironmentVars.SEAWEED_LICENSE": "/tmp/bogus.json",
          })
          for d in workloads(out):
              if not d["metadata"]["name"].endswith("-master"):
                  continue
              for c in d["spec"]["template"]["spec"].get("containers", []):
                  names = [e["name"] for e in c.get("env", [])]
                  if names.count("SEAWEED_LICENSE") != 1:
                      failed.append(f"SEAWEED_LICENSE rendered {names.count('SEAWEED_LICENSE')} times")
                  else:
                      value = next(e.get("value") for e in c["env"] if e["name"] == "SEAWEED_LICENSE")
                      if value != LICENSE_PATH:
                          failed.append(f"SEAWEED_LICENSE overridden to {value!r} by extraEnvironmentVars")
                      else:
                          print("SEAWEED_LICENSE: reserved, rendered once, points at the mount")

          # secretExtraEnvironmentVars is rendered outside the merge helper.
          out = render({
              "allInOne.enabled": "true",
              "master.enabled": "false",
              "volume.enabled": "false",
              "filer.enabled": "false",
              "global.seaweedfs.license.existingSecret": "lic",
              "allInOne.secretExtraEnvironmentVars.SEAWEED_LICENSE.secretKeyRef.name": "x",
              "allInOne.secretExtraEnvironmentVars.SEAWEED_LICENSE.secretKeyRef.key": "y",
          })
          for d in workloads(out):
              if not d["metadata"]["name"].endswith("-all-in-one"):
                  continue
              for c in d["spec"]["template"]["spec"].get("containers", []):
                  names = [e["name"] for e in c.get("env", [])]
                  if names.count("SEAWEED_LICENSE") != 1:
                      failed.append(f"all-in-one: SEAWEED_LICENSE rendered {names.count('SEAWEED_LICENSE')} times via secretExtraEnvironmentVars")
                  elif next(e.get("value") for e in c["env"] if e["name"] == "SEAWEED_LICENSE") != LICENSE_PATH:
                      failed.append("all-in-one: secretExtraEnvironmentVars overrode SEAWEED_LICENSE")
                  else:
                      print("all-in-one: SEAWEED_LICENSE reserved on the secret env path too")

          # Case 3: the default stays hostPath. volumeClaimTemplates is immutable,
          # so growing one here would break helm upgrade on existing releases.
          masters = [d for d in workloads(render({})) if d["metadata"]["name"].endswith("-master")]
          if len(masters) != 1:
              failed.append(f"master: expected 1 StatefulSet by default, got {len(masters)}")
          else:
              d = masters[0]
              claims = [c["metadata"]["name"] for c in d["spec"].get("volumeClaimTemplates", [])]
              if any(c.startswith("data-") for c in claims):
                  failed.append(f"master: default grew a data volumeClaimTemplate ({claims}); "
                                "that breaks helm upgrade on existing releases")
              data_host = [v["name"] for v in d["spec"]["template"]["spec"].get("volumes", [])
                           if v.get("hostPath") and v["name"].startswith("data-")]
              if not data_host:
                  failed.append("master: default no longer renders a hostPath data volume")
              else:
                  print("master: default still hostPath (upgrade-compatible)")

          # Case 4: opting into a claim renders one, with the requested size.
          masters = [d for d in workloads(render({"master.data.type": "persistentVolumeClaim"}))
                     if d["metadata"]["name"].endswith("-master")]
          if len(masters) != 1:
              failed.append(f"master.data.type=persistentVolumeClaim: expected 1 StatefulSet, got {len(masters)}")
          else:
              d = masters[0]
              claims = {c["metadata"]["name"]: c["spec"]["resources"]["requests"]["storage"]
                        for c in d["spec"].get("volumeClaimTemplates", [])}
              data = {k: v for k, v in claims.items() if k.startswith("data-")}
              if not data:
                  failed.append(f"master.data.type=persistentVolumeClaim: no data claim rendered ({claims})")
              elif set(data.values()) != {"1Gi"}:
                  failed.append(f"master.data.type=persistentVolumeClaim: unexpected size {data}")
              else:
                  print(f"master.data.type=persistentVolumeClaim: renders {sorted(data)} at 1Gi")
              if any(v.get("hostPath") and v["name"].startswith("data-")
                     for v in d["spec"]["template"]["spec"].get("volumes", [])):
                  failed.append("master.data.type=persistentVolumeClaim: data still on a hostPath")

          if failed:
              print("\nFAIL:", file=sys.stderr)
              for f in failed:
                  print(f"  - {f}", file=sys.stderr)
              sys.exit(1)
          PYEOF
          echo "License + master persistence tests passed"

          echo "All template rendering tests passed!"

      - name: Create kind cluster
        uses: helm/kind-action@v1.14.0

      - name: Run chart-testing (install)
        run: ct install --target-branch ${{ github.event.repository.default_branch }} --all --chart-dirs k8s/charts

      - name: Verify SFTP host key secret lifecycle
        run: |
          set -e
          CHART_DIR="k8s/charts/seaweedfs"
          NS="sftp-hostkey"
          SECRET="hk-seaweedfs-sftp-ssh-secret"
          SFTP_ARGS="--set sftp.enabled=true --set master.enabled=false --set volume.enabled=false --set filer.enabled=false"
          kubectl create namespace "$NS"

          echo "=== install generates a host key, upgrade keeps it ==="
          helm install hk $CHART_DIR -n "$NS" $SFTP_ARGS
          KEY1=$(kubectl get secret "$SECRET" -n "$NS" -o jsonpath='{.data.ssh_host_ed25519_key}')
          [ -n "$KEY1" ] || { echo "FAIL: install did not create a host key"; exit 1; }
          echo "$KEY1" | base64 -d | grep -q "BEGIN PRIVATE KEY" || { echo "FAIL: host key is not a PEM private key"; exit 1; }
          helm upgrade hk $CHART_DIR -n "$NS" $SFTP_ARGS
          KEY2=$(kubectl get secret "$SECRET" -n "$NS" -o jsonpath='{.data.ssh_host_ed25519_key}')
          [ "$KEY1" = "$KEY2" ] || { echo "FAIL: host key changed across upgrade"; exit 1; }
          echo "host key survives upgrade"

          echo "=== the key the chart used to bundle is replaced ==="
          kubectl delete secret "$SECRET" -n "$NS"
          kubectl create secret generic "$SECRET" -n "$NS" \
            --from-literal=ssh_host_ed25519_key="stand-in H4McwcDphteXVullu6q7ephEN1N60z stand-in"
          helm upgrade hk $CHART_DIR -n "$NS" $SFTP_ARGS
          ROTATED=$(kubectl get secret "$SECRET" -n "$NS" -o jsonpath='{.data.ssh_host_ed25519_key}' | base64 -d)
          case "$ROTATED" in
            *H4McwcDphteXVullu6q7ephEN1N60z*) echo "FAIL: bundled key survived the upgrade"; exit 1;;
          esac
          echo "$ROTATED" | grep -q "BEGIN PRIVATE KEY" || { echo "FAIL: replacement is not a generated key"; exit 1; }
          echo "bundled key rotated to a generated one"

          echo "=== operator-managed keys are kept as-is ==="
          kubectl delete secret "$SECRET" -n "$NS"
          ssh-keygen -q -t ed25519 -N "" -C "" -f /tmp/operator_key
          kubectl create secret generic "$SECRET" -n "$NS" --from-file=my_key=/tmp/operator_key
          helm upgrade hk $CHART_DIR -n "$NS" $SFTP_ARGS
          kubectl get secret "$SECRET" -n "$NS" -o jsonpath='{.data.my_key}' | base64 -d | cmp -s - /tmp/operator_key \
            || { echo "FAIL: operator key was modified"; exit 1; }
          NKEYS=$(kubectl get secret "$SECRET" -n "$NS" -o json | jq '.data | length')
          [ "$NKEYS" = "1" ] || { echo "FAIL: expected only the operator key, found $NKEYS entries"; exit 1; }
          echo "operator key kept, no extra key generated"

          kubectl delete namespace "$NS"
          echo "SFTP host key lifecycle tests passed"

      - name: Verify install into a default-deny namespace
        run: |
          set -e
          CHART_DIR="k8s/charts/seaweedfs"
          NS="netpol"

          # kind enforces NetworkPolicy out of the box since v0.24 (kindnetd
          # runs sigs.k8s.io/kube-network-policies), so the cluster created for
          # chart-testing above is enough and no extra CNI is needed. The two
          # probes at the end fail loudly if that ever stops being true, rather
          # than letting this pass vacuously.
          kubectl create namespace "$NS"
          kubectl apply -n "$NS" -f - <<'EOF'
          apiVersion: networking.k8s.io/v1
          kind: NetworkPolicy
          metadata:
            name: default-deny
          spec:
            podSelector: {}
            policyTypes: [Ingress, Egress]
          EOF

          # The backend address, not the kubernetes service ClusterIP: kube-proxy
          # rewrites the destination, so an ipBlock has to name the real endpoint.
          APISERVER=$(kubectl get endpointslice kubernetes \
            -o jsonpath='{.endpoints[0].addresses[0]}' 2>/dev/null || true)
          if [ -z "$APISERVER" ]; then
            APISERVER=$(kubectl get endpoints kubernetes -o jsonpath='{.subsets[0].addresses[0].ip}')
          fi
          echo "kube-apiserver at $APISERVER"

          echo "=== install with the policies on ==="
          # Without them this hangs: the components cannot resolve or reach each
          # other, and the post-install bucket hook waits on master and filer
          # until it gives up. --wait covers the components, and helm fails the
          # release if the hook Job does not finish, so a clean install is the
          # assertion.
          helm install np $CHART_DIR -n "$NS" --wait --timeout 8m \
            --set s3.enabled=true \
            --set s3.createBuckets[0].name=testbucket \
            --set networkPolicy.enabled=true \
            --set networkPolicy.egress.enabled=true \
            --set networkPolicy.egress.kubeApiServer.cidrs[0]="$APISERVER/32"
          echo "release came up and the bucket hook finished under default-deny"

          FILER_IP=$(kubectl get pod -n "$NS" -l app.kubernetes.io/component=filer \
            -o jsonpath='{.items[0].status.podIP}')
          echo "filer pod at $FILER_IP"

          # Both probes get their own all-egress policy, so the namespace-wide
          # default-deny is not what decides the outcome: the only thing left in
          # the way is the filer's own policy, which admits release pods only.
          # Probing the pod IP keeps DNS out of it.
          kubectl apply -n "$NS" -f - <<'EOF'
          apiVersion: networking.k8s.io/v1
          kind: NetworkPolicy
          metadata:
            name: probe-egress
          spec:
            podSelector:
              matchExpressions:
                - key: probe
                  operator: Exists
            policyTypes: [Egress]
            egress:
              - {}
          EOF

          # Only the marker line, so a probe that never produced one cannot be
          # mistaken for a verdict: "pod/x created" on stdout would read as
          # "not exit=0", which is how the denied case passes. busybox wget
          # reports a timeout on stderr even under -q and kubectl logs returns
          # both streams, so the marker has to be picked out rather than taken
          # as the whole log. Empty output stays empty - the callers fail on it.
          probe() {
            local name=$1
            local labels=$2
            kubectl run "$name" -n "$NS" --image=busybox:1.36 --restart=Never \
              --labels="probe=$name,$labels" --command -- \
              sh -c "wget -T 5 -q -O /dev/null http://$FILER_IP:8888/; echo exit=\$?" >/dev/null
            kubectl wait -n "$NS" --for=jsonpath='{.status.phase}'=Succeeded \
              "pod/$name" --timeout=120s >/dev/null
            kubectl logs -n "$NS" "$name" | grep '^exit=' || true
          }

          # A pod carrying the release labels is what the filer's policy allows.
          # This has to succeed, otherwise the policies are blocking traffic they
          # are supposed to permit - or nothing is enforced and the next probe
          # would be meaningless.
          ALLOWED=$(probe probe-allowed "app.kubernetes.io/name=seaweedfs,app.kubernetes.io/instance=np")
          echo "labelled probe: $ALLOWED"
          case "$ALLOWED" in
            exit=0) echo "a pod with the release labels reaches the filer";;
            *) echo "FAIL: the filer policy rejects a pod carrying the release labels"; exit 1;;
          esac

          # The same probe without those labels must not get through. Assert the
          # wget failure rather than the absence of a success, so an empty log
          # fails the job instead of reading as a denial.
          DENIED=$(probe probe-denied "role=outsider")
          echo "unlabelled probe: $DENIED"
          case "$DENIED" in
            exit=0) echo "FAIL: a pod outside the release reached the filer; the policy over-allows"; exit 1;;
            exit=*) echo "the filer policy refuses a pod outside the release";;
            *) echo "FAIL: the probe produced no result, so nothing was tested: '$DENIED'"; exit 1;;
          esac

          kubectl delete namespace "$NS" --wait=false
          echo "default-deny namespace tests passed"