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Tooling integration
* add .markdownlint-cli2.jsonc, .ansible-lint, .ansible-lint-ignore
configs (permissive day-1: cosmetic rules disabled, semantic ones on)
* extend scripts/install/lint.sh with generic install_pip_pkg helper +
ensure_ansible_lint / ensure_galaxy_importer / ensure_markdownlint_cli2
ensure_* functions (pip / npm with sudo / --user / --break-system-packages
fallbacks). install_ansible_tools now also pulls ansible-lint and
galaxy-importer; new `markdown` install group.
* extend scripts/lint/ansible.sh to run ansible-lint after the existing
syntax-check.
* add scripts/lint/markdown.sh and scripts/lint/galaxy.sh runners. The
galaxy runner parallelizes via xargs (-P=$(nproc)), prints OK/FAIL per
role, and treats `bare-name dependency` errors as success since our
roles/ tree is not a Galaxy collection layout. All other Galaxy schema
errors still fail.
* Makefile: new lint-markdown and lint-galaxy targets, both wired into
`make lint`.
* CI: new workflows lint-markdown.yml and lint-galaxy.yml; lint-ansible.yml
now installs ansible-core + ansible-lint; ci-orchestrator wires both
new lint workflows into lint-gate.
Galaxy schema fixes
* shorten the canonical `galaxy_info.company` block from three lines to
two ("Kevin Veen-Birkenbach\nhttps://www.veen.world", 45 chars) so it
stays under Galaxy's hard 50-char limit. Updated everywhere: 229 role
meta/main.yml plus _CANONICAL_COMPANY in
tests/lint/repository/test_role_meta_main_galaxy_schema.py.
* shorten 19 over-long role descriptions to <=255 chars.
* add stub READMEs for sys-svc-compose-ca and sys-utils-service-loader.
Markdown baseline fixes
* markdownlint-cli2 --fix run repo-wide (formatting normalization
across CHANGELOG, role READMEs, docs).
* manual MD041 fixes: prepend H1 in 15 files (CHANGELOG, LICENSE,
TODO.md helpers, role README templates, etc.).
* MD025 / MD003 / MD001 / MD032 manual fixes for heading-style and
list-spacing edge cases.
* role README content polish: "## Single Point of Truth (SPOT)" headings
renamed to "## User data resolution" (D3 self-label rule).
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
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1.3 KiB
Wildcard Certificate Setup with Let's Encrypt
If you enabled enable_wildcard_certificate, follow these steps to manually request a wildcard certificate.
Run the Certbot Command
certbot certonly --manual --preferred-challenges=dns --agree-tos \
--email administrator@DOMAIN_PRIMARY -d DOMAIN_PRIMARY -d "*.DOMAIN_PRIMARY"
Add DNS TXT Record for Validation
Certbot will prompt you to add a DNS TXT record:
Please create a TXT record under the name:
_acme-challenge.DOMAIN_PRIMARY.
with the following value:
9oVizYIYVGlZ3VtWQIKRS5UghyXiqGoUNlCtIE7LiA
➡ Go to your DNS provider and create a new TXT record:
- Host:
_acme-challenge.DOMAIN_PRIMARY - Value:
"9oVizYIYVGlZ3VtWQIKRS5UghyXiqGoUNlCtIE7LiA" - TTL: Set to 300 seconds (or lowest possible)
✅ Verify the DNS record before continuing:
dig TXT _acme-challenge.DOMAIN_PRIMARY @8.8.8.8 # nocheck: hardcoded-dns-resolver
Complete the Certificate Request
Once the DNS changes have propagated, press Enter in the Certbot terminal.
If successful, Certbot will save the certificates under:
/etc/letsencrypt/live/DOMAIN_PRIMARY/
- fullchain.pem → The certificate
- privkey.pem → The private key