Single atomic landing for three back-to-back role-meta refactor requirements
(see docs/requirements/008-role-meta-layout.md, 009-per-role-networks-and-ports.md,
010-role-meta-runafter-lifecycle-migration.md).
req-008 — role meta layout
* Move every role's metadata under meta/<topic>.yml with file-root
convention (no wrapping key matching the basename):
- schema/main.yml + config/main.yml.credentials → meta/schema.yml
- users/main.yml → meta/users.yml
- config/main.yml.server → meta/server.yml
- config/main.yml.rbac → meta/rbac.yml
- config/main.yml.compose.services + every other top-level key
of config/main.yml inlined under <entity>.<key>
→ meta/services.yml
- config/main.yml.compose.volumes → meta/volumes.yml
* Drop the legacy schema/, users/, config/ directories from every role.
* meta/schema.yml: support nested credential keys, optional `default:`
field (Jinja literal, not rendered/validated/regenerated), implicit
`algorithm: plain`.
* Materialised paths drop the `compose.` prefix:
compose.services.<e>.<…> → services.<e>.<…>
compose.volumes.<k> → volumes.<k>
<former-top-level>.<…> → services.<entity_name>.<former-top-level>.<…>
* Update every Python consumer (utils/cache, utils/manager, utils/applications,
plugins/lookup, plugins/filter, cli/*) plus every Jinja template, vars/*.yml
and task file to the new paths.
* No legacy fallback. Repository-wide grep for `compose.services.` /
`compose.volumes.` / `schema/main.yml` / `users/main.yml` / `config/main.yml`
is empty outside docs/requirements/ and tasks/utils/migrate_meta_layout.py.
* Add tests/lint/repository/test_role_meta_layout.py guarding against the
old paths returning, and an explicit lint guard that meta/variants.yml
files do not carry a `compose:` wrapper.
req-009 — per-role networks/ports
* Move group_vars/all/08_networks.yml.defaults_networks.local.<role>.{subnet,
dns_resolver} into roles/<role>/meta/server.yml.networks.local.{subnet,
dns_resolver}.
* Delete group_vars/all/09_ports.yml entirely; ports now live on the
service entity that exposes them at
roles/<role>/meta/services.yml.<entity>.ports.{inter,local,public}.
* Rename + int-cast every former top-level `services.<entity>.port`
field to `services.<entity>.ports.inter` (single int).
* Always-category-keyed maps for ports.local / ports.public; relay
spans use {start, end} integers.
* Add PORT_BANDS map to group_vars/all/08_networks.yml — single source
of truth for the per-<scope>.<category> band ranges, consumed by both
the new CLI helpers and the lint test.
* New CLI helpers (cli meta ports suggest, cli meta networks suggest)
walk the live role tree gap-first then increment-fallback, with
deterministic output and non-zero exit on capacity overflow.
* cli create role consumes both helpers when scaffolding a new role.
* Lint extensions: bare-int port shape rejection, host-bound port
collision check (single ints + relay span integers, inter excluded),
band-membership check with documented allow-list for the legacy
web-app-bigbluebutton.bigbluebutton.local.http: 48087 entry.
req-010 — run_after / lifecycle migration
* Move galaxy_info.run_after and galaxy_info.lifecycle out of
meta/main.yml into meta/services.yml.<primary_entity>.{run_after,
lifecycle}; <primary_entity> is the value returned by
get_entity_name(role_name).
* For multi-entity roles whose primary entity has no compose service
(web-app-bluesky → bluesky, web-app-matrix → matrix, desk/dev/drv/
gen roles), create a dedicated metadata-only top-level entry under
<primary_entity>.
* Introduce utils/roles/meta_lookup.py with get_role_run_after /
get_role_lifecycle that resolve <primary_entity> once and read from
meta/services.yml; degrade gracefully when meta/services.yml is
absent OR the field is absent; raise MetaServicesShapeError when the
file exists but is malformed.
* Update every consumer (utils/service_registry, utils/invokable,
cli/meta/applications/resolution/run_after/__main__, cli/meta/roles/
lifecycle_filter/__main__, cli/meta/applications/resolution/combined,
cli/build/{tree,graph,role_include}, cli/deploy/development/{common,
init,deps,deploy}, plugins/filter/canonical_domains_map, etc.) to
use the helper.
* Lint guards: no run_after/lifecycle in meta/main.yml; lifecycle
values restricted to {planned,pre-alpha,alpha,beta,stable,deprecated};
run_after/lifecycle never on a non-primary entity; empty run_after
lists rejected.
Also folded into this change set
* services_disabler now writes `services.<svc>.{enabled,shared}` into
host_vars instead of the old `compose.services.<svc>.{...}` path; the
discover/find pair walks meta/services.yml and only treats entries
carrying enabled/shared/provides as provider declarations (so
metadata-only entries from req-010 do not create spurious provider
rows).
* service_registry skips `run_after` deps whose target was filtered
out via SERVICES_DISABLED instead of failing the whole load.
* cli/mirror/resolver and cli/create/inventory/mirror_overrides emit/
consume the new applications.<role>.services.<svc>.image shape
(mirror.md updated to match).
* utils/domains/list.build_applications_from_roles now reads
meta/server.yml directly (it had been silently returning {} since
config/main.yml stopped existing).
* utils/roles/resource_validation.filter_roles_by_min_storage reads
meta/services.yml.<entity>.min_storage instead of the legacy
compose.services path.
* web-app-bluesky pre-clones the social-app build context BEFORE
sys-svc-compose so the build context is on disk by the time
sys-stk-front-proxy/tasks/main.yml flushes the docker build handler.
* 4 meta/variants.yml files (svc-ai-ollama, web-app-phpmyadmin,
web-app-wordpress, web-app-keycloak) lose their `compose: services:`
wrapper so deep-merge over meta/services.yml lands on the new
file-root shape.
Validation
* Unit tests: 1571 passed.
* Lint tests: 50 passed.
* Integration tests: 161 passed (1 skipped).
* Full-cycle fresh-purged-apps deploy succeeded for the 8-app validation
set: web-app-{nextcloud,wordpress,yourls,bigbluebutton,bluesky,gitea,
discourse,mattermost}.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Java
Overview
This README file is for the Java role, which is part of the infinito. The role is specifically designed to automate the installation of Java on a system, focusing on the OpenJDK 11 version.
Contents of the role
The main.yml file within the java role consists of a single, but crucial task:
- Install Java: This task uses the
community.general.pacmanmodule to install thejdk11-openjdkpackage. It ensures that Java Development Kit 11 (OpenJDK 11) is present on the system.
Purpose
The primary objective of this role is to provide a straightforward and efficient method for setting up Java, specifically JDK 11, on personal computers or development environments. This setup is essential for developers who work with Java or run applications that require the Java runtime environment.
Prerequisites
- Ansible: You need to have Ansible installed on your system to use this role.
- Arch Linux-based System: The role uses the
pacmanpackage manager, indicating that it is intended for use on systems based on Arch Linux or its derivatives.
Running the role
To run this role:
- Clone the
computer-rolerepository to your system. - Navigate to the
roles/javadirectory within the repository. - Execute the role using Ansible. Make sure you have the necessary permissions to install packages on your system.
Customization
This role is focused on installing JDK 11, but it can be easily modified to install different versions of the JDK or additional Java-related tools as per your requirements.
Support and Contribution
For support, feedback, or contributions to the role, please open an issue or submit a pull request in the infinito repository. Contributions that enhance the role or broaden its applicability are greatly appreciated.