# `checks.module-eval-secret-publisher` — see ./lib.nix for the shared
# rationale (why this suite exists, naming convention, "evaluates
# not executes").
{
  pkgs,
  lib,
  self,
  nixosSystem,
  shared,
}:
let
  inherit
    (import ./lib.nix {
      inherit
        pkgs
        lib
        self
        nixosSystem
        ;
    })
    hive
    runGroup
    ;

  # The IdP and the store on one machine: the shape where minted plaintext and
  # a store identity are both present without an operator placing anything.
  # Two hives in the roster, because the mint walks it — an arm written
  # against a single-hive fixture passes on a hardcoded name.
  secretPublisherHere = hive {
    deploy.bao.enable = true;
    deploy.authelia.enable = true;
    swarm.hives.h2.domain = "h2.t.local";
  };

  # The IdP with no store on the box and a leaf placed by hand, which is the
  # deployment this unit exists for: authelia is the one host the store is
  # guaranteed not to share once either has a machine of its own.
  #
  # ⚠️ `enable` is deliberately NOT set here: leaving it unset is what makes
  # this fixture exercise the default rather than mask it.
  secretPublisherRemote = hive {
    deploy.authelia.enable = true;
    deploy.swarm-secret-publisher.baoClientCertFile = "/etc/pki/publisher.pem";
    deploy.swarm-secret-publisher.baoClientKeyFile = "/etc/pki/publisher-key.pem";
  };

  # The same IdP with the identity taken away. Minting the secrets is not being
  # able to publish them, and this is the arm that separates the two.
  secretPublisherNoIdentity = shared.autheliaOnly;
  # Duplicated from grafana.nix — a case here needs it too.

  # The same UI with the IdP on ANOTHER host and a store leaf placed by hand.
  # Knowing an IdP is not running one: `swarm.authelia.url` is what says this
  # swarm has SSO, and nothing about this host does. Identical to the fixture
  # above in everything the delivery path reads, which is the point.
  grafanaRemoteAuthelia = hive {
    deploy.grafana.enable = true;
    deploy.grafana.plugins = [ ];
    deploy.grafana.package = pkgs.emptyDirectory;
    swarm.authelia.url = "https://auth.example.invalid";
    deploy.bao.clientCertFile = "/etc/pki/bao-client.pem";
    deploy.bao.clientKeyFile = "/etc/pki/bao-client-key.pem";
  };

  # The same collector with the IdP on ANOTHER host and a store leaf placed by
  # hand. Identical to the fixture above in everything the delivery path
  # reads, which is the point.
  otelBaoRemoteAuthelia = shared.otelReaderMissingLeaf;

  inherit (shared) bare;

  # The store and a service that reads from it, versus the store alone. The
  # pair is what makes the reader's absence arm mean anything.
  inherit (shared) baoWithMatrix;

  # The mint runs inside authelia's container.
  inAuthelia = m: m.containers.${m.services.hyperhive.swarm.authelia.machine}.config;
  cases = [
    {
      # Each hive's hive-c0re reads this exact path
      # (`swarm_secret_client::queue::hive_client_path`, pinned by that crate's
      # own test), for every hive in the roster, not only the one this host is.
      name = "the mint stores every hive's own client under that hive's prefix";
      ok =
        let
          s = (inAuthelia secretPublisherHere).systemd.services.authelia-swarm-secrets.script;
        in
        lib.all (h: lib.hasInfix "mint_client_secret hive-${h} secret/swarm/hives/${h}/oidc/client" s) [
          "h1"
          "h2"
        ];
    }
    {
      # The controller reads this exact path
      # (`swarm_secret_client::queue::controller_client_path`, pinned by that
      # crate's own test). Under `controller/`, which no hive reads: this
      # client may read every hive's status.
      name = "the mint stores the controller's client under controller/, never services/";
      ok =
        let
          s = (inAuthelia secretPublisherHere).systemd.services.authelia-swarm-secrets.script;
        in
        lib.hasInfix "secret/swarm/controller/swarm-controller/oidc/client" s
        && lib.hasInfix "mint_client_secret swarm-controller secret/swarm/controller/swarm-controller/oidc/client" s
        && !(lib.hasInfix "secret/swarm/services/swarm-controller" s);
    }
    {
      # Both ends of a wire nothing at eval time carries end to end: the
      # mint in authelia's container writes the path the reader on
      # Grafana's host reads, and the two files agree only because both compose
      # it from the same swarm-wide client id.
      name = "the mint stores the swarm service path grafana reads";
      ok = lib.hasInfix "secret/swarm/services/swarm-grafana/oidc/client" (
        (inAuthelia secretPublisherHere).systemd.services.authelia-swarm-secrets.script
      );
    }
    {
      # Registering the client cannot live where the rest of grafana's module
      # lives: that block is gated on this host RUNNING grafana, so on the split
      # deployment nothing registered the client, authelia minted no secret, and
      # every layer below had nothing to carry. The second arm is the control —
      # a host with no IdP registers nothing.
      name = "the swarm's grafana client is registered wherever authelia runs";
      ok =
        let
          clients = m: map (c: c.id) m.services.hyperhive.swarm.authelia.oidc.clients;
        in
        lib.elem "swarm-grafana" (clients secretPublisherHere)
        && !(lib.elem "swarm-grafana" (clients grafanaRemoteAuthelia));
    }
    {
      # The collector's half of the same property: the client is not gated on
      # `deploy.swarm-otel.enable`, which would let a split deployment register
      # it nowhere, so authelia would mint nothing to publish.
      name = "the swarm's collector client is registered wherever authelia runs";
      ok =
        let
          clients = m: map (c: c.id) m.services.hyperhive.swarm.authelia.oidc.clients;
        in
        lib.elem "swarm-collector" (clients secretPublisherHere)
        && !(lib.elem "swarm-collector" (clients otelBaoRemoteAuthelia));
    }
    {
      # Registration follows authelia, not the service: the IdP host below runs
      # no controller, queue or homeserver (the first arms), and still lists all
      # three clients. The last arm is the control — a host with no IdP lists
      # none of them.
      name = "an authelia host running no controller, queue or homeserver registers all three clients";
      ok =
        let
          d = secretPublisherRemote.services.hyperhive.deploy;
          clients = m: map (c: c.id) m.services.hyperhive.swarm.authelia.oidc.clients;
          byId =
            id:
            lib.findFirst (
              c: c.id == id
            ) null secretPublisherRemote.services.hyperhive.swarm.authelia.oidc.clients;
          controller = byId "swarm-controller";
          nats = byId "swarm-nats";
          matrix = byId "tuwunel";
        in
        !d.swarm-controller.enable
        && !d.nats.enable
        && !d.matrix.enable
        && controller.kind == "machine"
        && controller.audience == [ "swarm-controller" ]
        && nats.kind == "machine"
        &&
          matrix.redirectUris == [
            "https://chat.t.local/_matrix/client/unstable/login/sso/callback/tuwunel"
          ]
        && matrix.tokenEndpointAuthMethod == "client_secret_post"
        && !(lib.any (id: lib.elem id (clients grafanaRemoteAuthelia)) [
          "swarm-controller"
          "swarm-nats"
          "tuwunel"
        ]);
    }
    {
      # The other half of the queue's, the homeserver's and the forge's one
      # route: the mint on an IdP host that runs none of them stores each
      # secret to the path its reader fetches.
      name = "the mint on an authelia host stores the queue's, homeserver's and forge's secrets";
      ok =
        let
          s = (inAuthelia secretPublisherRemote).systemd.services.authelia-swarm-secrets.script;
        in
        lib.hasInfix "mint_client_secret swarm-nats secret/swarm/services/swarm-nats/oidc/client" s
        && lib.hasInfix "mint_client_secret tuwunel secret/swarm/services/tuwunel/oidc/client" s
        && !secretPublisherRemote.services.hyperhive.deploy.forgejo.enable
        && lib.hasInfix "mint_client_secret forgejo secret/swarm/services/forgejo/oidc/client" s;
    }
    {
      # Both ends of a wire nothing at eval time carries end to end: the
      # mint in authelia's container writes the path the reader on the
      # collector's host reads, and the two files agree only because both
      # compose it from the same swarm-wide client id. `secretPublisherHere`
      # already grew this client when `serviceClientIds` did.
      name = "the mint stores the swarm service path the collector reads";
      ok = lib.hasInfix "secret/swarm/services/swarm-collector/oidc/client" (
        (inAuthelia secretPublisherHere).systemd.services.authelia-swarm-secrets.script
      );
    }
    {
      # The third swarm service on that list, and the one whose absence is
      # hardest to see: the store's own forwarder holds a client authelia
      # registers and mints for, so every layer above looks complete while
      # the one hop that CARRIES the value skips it and the reader on the
      # store's host waits forever on a path nothing writes.
      name = "the mint stores the store forwarder's secret too";
      ok = lib.hasInfix "secret/swarm/services/swarm-bao-collector/oidc/client" (
        (inAuthelia secretPublisherHere).systemd.services.authelia-swarm-secrets.script
      );
    }
    {
      # The forwarders in the CI runner's, Grafana's, the log store's, the
      # forge's, the homeserver's and authelia's containers read their secrets
      # from these paths, and the metrics store's host reads its container's.
      name = "the mint stores the CI runner, Grafana, log store, cache, forge, homeserver, metrics store and authelia forwarders' secrets";
      ok =
        lib.all
          (
            id:
            lib.hasInfix "secret/swarm/services/${id}/oidc/client" (
              (inAuthelia secretPublisherHere).systemd.services.authelia-swarm-secrets.script
            )
          )
          [
            "swarm-ci-runner-collector"
            "swarm-grafana-collector"
            "swarm-victorialogs-collector"
            "swarm-forge-collector"
            "swarm-matrix-collector"
            "swarm-victoriametrics-collector"
            "swarm-authelia-collector"
            "swarm-attic-collector"
          ];
    }
    {
      # The review classifier reads its queue client secret from the store
      # inside its container; authelia registers it on every IdP host.
      name = "the review classifier's client is registered as a machine, and the mint stores its secret";
      ok =
        let
          c = lib.findFirst (
            c: c.id == "swarm-review-classifier"
          ) null secretPublisherHere.services.hyperhive.swarm.authelia.oidc.clients;
        in
        c != null
        && c.kind == "machine"
        && lib.hasInfix "secret/swarm/services/swarm-review-classifier/oidc/client" (
          (inAuthelia secretPublisherHere).systemd.services.authelia-swarm-secrets.script
        );
    }
    {
      # The store's UI login: authelia registers the client with the callback
      # the store's `oidc` role allows, and the mint stores its secret
      # to the path `swarm-bao-operator-viewer-policy` reads. Not registered
      # where authelia is not.
      name = "the store UI's client is registered interactive at its callback, and the mint stores its secret";
      ok =
        let
          ui = lib.findFirst (
            c: c.id == "swarm-bao-ui"
          ) null secretPublisherHere.services.hyperhive.swarm.authelia.oidc.clients;
        in
        ui != null
        && ui.kind == "interactive"
        && ui.redirectUris == [ "https://bao-ui.t.local/ui/vault/auth/oidc/oidc/callback" ]
        && lib.hasInfix "secret/swarm/services/swarm-bao-ui/oidc/client" (
          (inAuthelia secretPublisherHere).systemd.services.authelia-swarm-secrets.script
        )
        && !(lib.any (
          c: c.id == "swarm-bao-ui"
        ) grafanaRemoteAuthelia.services.hyperhive.swarm.authelia.oidc.clients);
    }
    {
      # The same hole the controller's case above names, open a second time: the
      # PKI script grew a third leaf and no case read it.
      name = "the store mints a leaf for the secret publisher, and the publisher is pointed at it";
      ok =
        let
          m = secretPublisherHere;
          p = m.services.hyperhive.deploy.swarm-secret-publisher;
        in
        lib.hasInfix "secret-publisher.pem" m.systemd.services.swarm-bao-pki.script
        && p.baoClientCertFile == "/var/lib/swarm-bao-pki/secret-publisher.pem"
        && p.baoClientKeyFile == "/var/lib/swarm-bao-pki/secret-publisher-key.pem";
    }
    {
      # mara caught this by reading, which means no arm existed for it: the
      # default asked `authelia.enable && bao.enable`, so the split deployment
      # this unit is FOR defaulted off and published nothing, silently. The
      # default is set by ../host-modules/glue-secret-publisher-authelia.nix.
      #
      # The second clause is the control. Without it this passes on a default
      # of plain `true`, which would be a different bug with the same symptom
      # — an IdP-less host claiming it publishes secrets it never mints.
      name = "the publisher defaults on where secrets are minted, whether or not the store is local";
      ok =
        secretPublisherRemote.services.hyperhive.deploy.swarm-secret-publisher.enable
        && !bare.services.hyperhive.deploy.swarm-secret-publisher.enable;
    }
    {
      # The one security property of the mint's write: `bao` is an external
      # binary, so an argument is world-readable in /proc for the life of the
      # call. `value=-` makes bao read the value from stdin.
      #
      # The arms below the real script are what make it mean anything: a
      # `value=-` elsewhere in the text can sit beside a put that passes the
      # plaintext as an argument.
      #
      # ⚠️ Comments are stripped first, and that is not tidiness. A `script`
      # renders its own comments into the text, and a comment can name the
      # hazard verbatim. Without the strip this case would read that warning
      # and fail — a check the artifact defeats by DESCRIBING the thing it is
      # checked for.
      name = "the mint hands bao the secret on stdin, never as an argument";
      ok =
        let
          code = s: lib.filter (l: builtins.match "[[:space:]]*#.*" l == null) (lib.splitString "\n" s);
          puts = s: lib.filter (l: lib.hasInfix "kv put" l) (code s);
          onStdin = s: puts s != [ ] && lib.all (l: lib.hasInfix "value=-" l) (puts s);
        in
        onStdin (inAuthelia secretPublisherHere).systemd.services.authelia-swarm-secrets.script
        && !(onStdin "printf '%s' \"$secret\" | bao kv put -cas=0 x value=\"$secret\"")
        && !(onStdin "# kv put x value=-\nbao kv put x value=@/tmp/f")
        && onStdin "printf '%s' \"$secret\" | bao kv put -cas=0 x value=-";
    }
    {
      # No hive holds a shared queue credential for its agents, so authelia
      # mints no agent client and the mint stores no such path. The
      # control: the same script stores each hive's own client.
      name = "the mint stores no hive-shared agent queue credential";
      ok =
        let
          s = (inAuthelia secretPublisherHere).systemd.services.authelia-swarm-secrets.script;
        in
        !(lib.hasInfix "/queue/agent" s)
        && !(lib.hasInfix "hive-h1-agent" s)
        && lib.hasInfix "mint_client_secret hive-h1 secret/swarm/hives/h1/oidc/client" s;
    }
    {
      # A property of the SET, not of one unit: both of these authenticate by
      # certificate, and `BAO_CLIENT_CERT` is transport rather than identity, so
      # a script that reaches `bao kv` without a token asks a token helper this
      # host does not carry and fails before the store ever answers. `-token-only`
      # is what keeps the token off the helper on the way back out.
      #
      # Ordering, not presence: the login has to come first, so the check is
      # that nothing before it is a data command. Comments are stripped because
      # both units explain this in prose directly above the code.
      name = "the cert-identity bao units log in before their first read or write, and keep the token out of the helper";
      ok =
        let
          code =
            s:
            lib.concatStringsSep "\n" (
              lib.filter (l: builtins.match "[[:space:]]*#.*" l == null) (lib.splitString "\n" s)
            );
          holdsTokenFirst =
            s:
            let
              c = code s;
            in
            lib.hasInfix "bao login" c
            && lib.hasInfix "-token-only" c
            && !(lib.hasInfix "bao kv" (lib.head (lib.splitString "bao login" c)));
        in
        holdsTokenFirst (inAuthelia secretPublisherHere).systemd.services.authelia-swarm-secrets.script
        && holdsTokenFirst (inAuthelia secretPublisherHere).systemd.services.swarm-authelia-bridge.preStart
        && holdsTokenFirst baoWithMatrix.systemd.services.swarm-bao-matrix-oidc.script
        # Controls, so a clean verdict above means something. In order: a bare
        # read is refused, a read placed before the login is refused, and a
        # login that exists only in a comment is refused — that last one is the
        # arm the comment-stripping exists for.
        && !(holdsTokenFirst "bao kv get -field=value secret/x")
        && !(holdsTokenFirst "bao kv get secret/x\nBAO_TOKEN=\"$(bao login -method=cert -token-only)\"")
        && !(holdsTokenFirst "# bao login -method=cert -token-only goes here\nbao kv get secret/x")
        && holdsTokenFirst "BAO_TOKEN=\"$(bao login -method=cert -token-only)\"\nbao kv get secret/x";
    }
    {
      # The doctrine three glue files state, as a property a rewrite has to
      # keep: a client is defined by holding a certificate the store accepts,
      # never by standing next to the store. Gating this on `deploy.bao.enable`
      # would have left the unit rendering only on the one deployment that has
      # no use for it. It runs beside the mint, in authelia's container, and
      # never on the host.
      name = "the mint holding an identity runs in authelia's container on a host with no store";
      ok =
        let
          m = secretPublisherRemote;
          c = inAuthelia m;
        in
        !m.services.hyperhive.deploy.bao.enable
        && lib.hasInfix "mint_client_secret" c.systemd.services.authelia-swarm-secrets.script
        && !(m.systemd.services ? authelia-swarm-secrets)
        # Control: the host's own unit set is the one read above.
        && (m.systemd.services ? "container@swarm-authelia");
    }
    {
      # What makes the arm above able to fail. Without a certificate the
      # plaintext has no store to go to, so the mint keeps it in a file beside
      # the digest as before, the bridge reads
      # that file, and nspawn gets no credential to load.
      name = "an IdP host with no store identity keeps the client secrets in files";
      ok =
        let
          m = secretPublisherNoIdentity;
          c = inAuthelia m;
          mint = c.systemd.services.authelia-swarm-secrets.script;
        in
        m.services.hyperhive.deploy.authelia.enable
        && lib.hasInfix "mint() {" mint
        && !(lib.hasInfix "mint_client_secret" mint)
        &&
          c.systemd.services.swarm-authelia-bridge.environment.SWARM_AUTHELIA_BRIDGE_CLIENT_SECRET_FILE
          == "/var/lib/authelia-swarm/oidc-clients/swarm-authelia-bridge.secret"
        && !(c.systemd.services.swarm-authelia-bridge.serviceConfig ? RuntimeDirectory)
        && !(lib.any (lib.hasPrefix "--load-credential=") m.containers.swarm-authelia.extraFlags)
        # Controls: with an identity, the same lookups find the other shape.
        && lib.hasInfix "mint_client_secret" (
          (inAuthelia secretPublisherHere).systemd.services.authelia-swarm-secrets.script
        )
        && lib.any (lib.hasPrefix "--load-credential=") secretPublisherHere.containers.swarm-authelia.extraFlags;
    }
    {
      # With a store identity no unit writes a plaintext client secret under
      # /var/lib: the mint keeps no `$sec` file, no redirect in the container
      # writes one, and the bridge reads its secret from a file in /run that it
      # fetches from the store before each start. The no-identity host is the
      # control: the same lookups find the write there.
      name = "no unit writes a plaintext oidc client secret to disk, and the bridge's source is the store";
      ok =
        let
          writesPlaintext =
            m:
            lib.any (u: lib.hasInfix "> \"$sec\"" (u.script or "")) (
              lib.attrValues (inAuthelia m).systemd.services
            );
          here = inAuthelia secretPublisherHere;
          bridge = here.systemd.services.swarm-authelia-bridge;
          leaf = "secret/swarm/services/swarm-authelia-bridge/oidc/client";
        in
        !(writesPlaintext secretPublisherHere)
        && writesPlaintext secretPublisherNoIdentity
        &&
          bridge.environment.SWARM_AUTHELIA_BRIDGE_CLIENT_SECRET_FILE
          == "/run/swarm-authelia-bridge/client-secret"
        && bridge.serviceConfig.RuntimeDirectory == "swarm-authelia-bridge"
        && lib.hasInfix "client_secret_read ${leaf}" bridge.preStart
        && lib.hasInfix "mint_client_secret swarm-authelia-bridge ${leaf}" here.systemd.services.authelia-swarm-secrets.script
        && lib.elem "publisher-bao-cert" bridge.serviceConfig.LoadCredential
        && bridge.serviceConfig.Restart == "on-failure";
    }
    {
      # Every non-native client is minted at the leaf its reader
      # fetches, not only the ones with a reader in the publisher's list: the
      # bridge's own, which only the bridge reads, is the one that list lacks.
      name = "the mint stores every client at the leaf its reader fetches";
      ok =
        let
          c = inAuthelia secretPublisherHere;
          mint = c.systemd.services.authelia-swarm-secrets;
          pairs = [
            "hive-h1 secret/swarm/hives/h1/oidc/client"
            "hive-h2 secret/swarm/hives/h2/oidc/client"
            "swarm-grafana secret/swarm/services/swarm-grafana/oidc/client"
            "swarm-controller secret/swarm/controller/swarm-controller/oidc/client"
            "swarm-authelia-bridge secret/swarm/services/swarm-authelia-bridge/oidc/client"
          ];
        in
        lib.all (p: lib.hasInfix "mint_client_secret ${p}" mint.script) pairs
        # A native client is public: it has no secret to mint.
        && !(lib.hasInfix "mint_client_secret swarmctl" mint.script)
        # The mint answers authelia's password prompt through a pty.
        && lib.any (p: lib.hasPrefix "util-linux" (p.name or "")) mint.path;
    }
    {
      # Every key authelia signs or encrypts with comes from the store, seeded
      # from the file it was generated into, and lands at the path the config
      # already names. The storage-encryption key encrypts authelia's database,
      # so a value that moved would leave it unreadable. With no identity the
      # unit still generates the files, which is the control for each absence:
      # the generator and the store sequence are found by the same lookups.
      name = "authelia's keys are read from the store with the publisher's identity, and generated on disk without one";
      ok =
        let
          unit = m: (inAuthelia m).systemd.services.authelia-swarm-secrets;
          viaStore = unit secretPublisherHere;
          onDisk = unit secretPublisherNoIdentity;
        in
        lib.hasInfix "store_seeded secret/swarm/services/swarm-authelia/keys/\"$name\" \"$p\" \"$@\"" viaStore.script
        && lib.hasInfix "p=/var/lib/authelia-swarm/\"$name\".key" viaStore.script
        && lib.hasInfix "keep_key oidc-issuer mint_issuer" viaStore.script
        && lib.hasInfix "for f in jwt session storage-encryption oidc-hmac; do\n  keep_key \"$f\" mint_hex" viaStore.script
        && !(lib.hasInfix "genrsa -out" viaStore.script)
        &&
          viaStore.environment.BAO_CLIENT_CERT
          == "/run/credentials/authelia-swarm-secrets.service/publisher-bao-cert"
        && lib.elem "publisher-bao-cert" viaStore.serviceConfig.LoadCredential
        && viaStore.serviceConfig.Restart == "on-failure"
        && !(lib.hasInfix "store_seeded" onDisk.script)
        && lib.hasInfix "genrsa -out" onDisk.script
        && lib.hasInfix "if [ ! -s \"$p\" ]; then" onDisk.script
        && !(onDisk.environment ? BAO_ADDR)
        && !(onDisk.serviceConfig ? LoadCredential);
    }
    {
      # The leaf crosses into the container as nspawn system credentials, and
      # the unit loads them and names them in its environment. On the store's
      # host the container waits for the unit that mints the leaf, since nspawn
      # refuses a missing credential source; with the leaf placed by hand,
      # those paths cross.
      name = "the store identity reaches authelia's container as system credentials";
      ok =
        let
          dir = "/run/credentials/authelia-swarm-secrets.service";
          unit = m: (inAuthelia m).systemd.services.authelia-swarm-secrets;
          flags = m: m.containers.swarm-authelia.extraFlags;
          here = unit secretPublisherHere;
        in
        lib.elem "--load-credential=publisher-bao-cert:/var/lib/swarm-bao-pki/secret-publisher.pem" (
          flags secretPublisherHere
        )
        && lib.elem "--load-credential=publisher-bao-key:/var/lib/swarm-bao-pki/secret-publisher-key.pem" (
          flags secretPublisherHere
        )
        && lib.elem "--load-credential=publisher-bao-server-ca:/var/lib/swarm-bao-pki/ca.pem" (
          flags secretPublisherHere
        )
        &&
          lib.sort lib.lessThan here.serviceConfig.LoadCredential == [
            "publisher-bao-cert"
            "publisher-bao-key"
            "publisher-bao-server-ca"
          ]
        && here.environment.BAO_CLIENT_CERT == "${dir}/publisher-bao-cert"
        && here.environment.BAO_CLIENT_KEY == "${dir}/publisher-bao-key"
        && here.environment.BAO_CACERT == "${dir}/publisher-bao-server-ca"
        &&
          lib.elem "swarm-bao-pki.service"
            secretPublisherHere.systemd.services."container@swarm-authelia".after
        && lib.elem "--load-credential=publisher-bao-cert:/etc/pki/publisher.pem" (
          flags secretPublisherRemote
        )
        && lib.elem "--load-credential=publisher-bao-key:/etc/pki/publisher-key.pem" (
          flags secretPublisherRemote
        )
        && (unit secretPublisherRemote).environment.BAO_CLIENT_CERT == "${dir}/publisher-bao-cert";
    }
  ];
in
runGroup "secret-publisher" cases