A Multisite subsite served `/wp-login.php` with no SSO entry point even once
the OIDC settings reached every site (e1901fb88e), because the plugin was
never running there:
wp plugin activate <name> --path=<docroot>
Without `--network` that activates the main site only, so a subsite had the
settings and no plugin. `--network` appears on no branch of this repository,
so the gap was everywhere.
`services.wordpress.multisite.enabled` now resolves once, in vars/main.yml,
and feeds the activation, the multisite conversion gate and playwright.env.j2,
which until now recomputed the same lookup inline. The conversion gate also
drops a `| default(false)` on a key meta/services.yml always declares.
The installer moves out of Ansible into files/shell/install_plugin.sh. Eight
tasks interlocking through register/when/until/failed_when read as one linear
script, and the contract arrives as environment assignments. The container
address stays an inline shell assignment rather than an `environment:` entry
because in swarm it is the literal text `"$(resolve-container-id ...)"`, which
only the shell evaluates; the body streams over stdin because swarm workers
carry no role checkout (03ed52eea5).
Moving the logic across languages would have dropped the WP-CLI 255 contract
to shellcheck coverage, since the suite has no shell tests. The unit suite
therefore now drives the real script against a stubbed `container` wrapper
instead of evaluating the task file's `when:` expressions, which exercises the
behaviour rather than the text describing it.
A mutation pass over that suite -- eight mutations, each required to turn its
own guard red -- found two defects before any deploy:
* `set -e` is suspended inside an `if` condition, so a probe folded into
`if needs_install; then` turned an unreadable version into "nothing to
do". The version read is now a standalone call that aborts with 67.
* a bare `return` propagates the status of the preceding test, so
`[ -n "$WP_PINNED_VERSION" ] || return` aborted the script whenever an
unpinned plugin was already present -- the path every redeploy takes.
The second hid behind a vacuously passing check, which is why the suite gained
exit-code assertions where it previously only counted calls.
This commit carries a fix and a refactor together. The `--network` fix lives
inside the extracted script's activate(), so separating them would mean
reverting the extraction, committing the flag, and reapplying it.
No deploy has run any of this, in compose or in swarm.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
wp user application-password delete takes uuids as positional arguments and knows no --name flag, so the call ended on 'Error: Parameter errors: unknown --name parameter' with rc 1 and failed the deploy at mcp.yml:51. Run 34653754175, the compose WordPress#0.
The list now asks for --fields=uuid,name --format=json instead of --field=name, and a single fact holds the uuids carrying the wanted name. That one list answers both questions the block asks: whether a password of that name exists at all, and which ids to delete. Two expressions over the same fact could drift; one cannot.
The semantics are unchanged. The drop still runs only when the store cannot read the token back and WordPress holds a password under that name, and the mint follows it.
The fact is named wordpress_mcp_credential_uuids rather than ..._app_password_uuids because the password-quote lint matches the token 'password' anywhere in a shell expression and requires a trailing | quote, which map('quote') per element does not satisfy. Renaming was the fix; no suppression was added.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Nine roles reached their MCP surface as the deployment administrator or with
an account password kept beside the account in credentials. A Moodle site
admin bypasses every capability check, a Nextcloud app password is not
scopable, a Gitea token reads every private repository, and a GitLab token on
root reads every private project. Each role now declares its own principal in
meta/users.yml and provisions it, so the exposed surface is what the service
role permits. jellyfin, zammad and snipe-it kept their account but took its
password from a credential named token; they read the registry too.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
The structure lint requires files sharing a name prefix to live in a
directory of that name. tasks/utils/install_plugin.yml and
tasks/utils/install_mu_plugin.yml violated that from the moment they
landed in 4d9bf6da3; move both into tasks/utils/install/ and repoint the
three includes.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
The deploy died in the drill's second pass on `wp plugin install activitypub
--activate`: the first pass had installed it, the DR restore put the tree back,
and wp-cli refuses to unpack onto an occupied directory. `--force` would have
made that green by overwriting whatever the restore produced - on a branch about
NFS-backed volumes, the worst possible place to paper over a restore. The probe
keeps it red instead: `wp plugin is-installed` answers from `get_plugins()`
alone (verified in the pinned wp-cli phar: `Fetchers\Plugin::get()` iterates
`get_plugins()` and nothing else), so a tree WordPress cannot parse still
reaches the install and still fails on folder_exists.
Activation moves into its own step. Chained to `install --activate`, wp-cli sets
chained_command and skips the result check, so an activation failure returns 0
today.
The same install path now serves both call sites; the addon hook carried its own
copy, which is why one defect needed fixing twice.
mu-plugins follow the declaration the way discourse already does. The loop reads
`mechanism: mu_plugin` from meta/addons/ instead of spelling two filenames, which
is how `infinito-http-ca-trust` shipped undeclared while `infinito-oidc-rbac-mapper`
carried a `required: true` that nothing evaluated. Both install paths honour that
field now - a required addon aborts the play, an optional one warns and is
skipped - which is the first place in the repo to read it.
Three guards, because the loop replaced two guaranteed literals: an assert that
every required addon is claimed by some install path, a lint pairing each
vendored addon with its shipped file in both directions, and the spec the addon
contract demands.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
kevinveenbirkenbachandClaude Opus 5
Alejandro Roman