feat(1d): migrate keycloak/cryptpad/matrix-synapse/n8n/lasuite-docs overlays to deploy-once contract (DG7)
Mechanical port to the assertion-only contract (no softened/skipped assertions): install uses live_app + generic.assert_serving (extend) + the recipe's http/playwright/api checks; upgrade seeds its data marker then generic.do_upgrade + asserts survival; backup/restore split into test_backup.py (seed->do_backup->mutate) + new test_restore.py (do_restore->assert original). Recipe-specifics preserved verbatim (keycloak realm+admin-console+kc_admin, matrix/lasuite db-service psql markers, cryptpad/n8n volume markers). No recipe now double-deploys under the deploy-once orchestrator. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
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@ -1,6 +1,7 @@
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"""matrix-synapse — backup/restore stage (D2): write a postgres marker, backup (the recipe's
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pg_backup.sh pre-hook dumps the DB to backup.sql), mutate (drop the marker), restore (post-hook
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reloads the dump), assert the restored DB matches the pre-mutation state.
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"""matrix-synapse — BACKUP overlay (Phase 1d, DG4): seed a postgres marker, back it up (the recipe's
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pg_backup.sh pre-hook dumps the DB to backup.sql; assert a snapshot artifact), then mutate (drop the
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marker) so the RESTORE overlay (test_restore.py) can prove the backed-up state returns. Runs on the
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shared deployment; the mutated state persists for the restore tier.
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This exercises the real DB-dump backup hook (backupbot.backup.pre-hook / restore.post-hook), not a
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plain volume copy — the meaningful data path for a postgres-backed app."""
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@ -9,7 +10,7 @@ import os
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import sys
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sys.path.insert(0, os.path.join(os.path.dirname(__file__), "..", "..", "runner"))
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from harness import lifecycle # noqa: E402
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from harness import generic, lifecycle # noqa: E402
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def _psql(domain, sql):
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@ -17,17 +18,19 @@ def _psql(domain, sql):
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return lifecycle.exec_in_app(domain, ["sh", "-c", cmd], service="db").strip()
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def test_backup_mutate_restore(deployed, meta):
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domain = deployed
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def test_backup_captures_state(live_app, meta):
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domain = live_app
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# 1) establish original state in postgres, then back up (pg_backup.sh dumps the DB)
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# 1) establish original state in postgres, then back up (reuse the generic op: backup +
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# assert a snapshot artifact; pg_backup.sh dumps the DB)
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_psql(
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domain,
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"CREATE TABLE IF NOT EXISTS ci_marker(v text); DELETE FROM ci_marker; "
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"INSERT INTO ci_marker VALUES('original');",
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)
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assert _psql(domain, "SELECT v FROM ci_marker;") == "original"
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lifecycle.backup_app(domain)
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snap = generic.do_backup(domain)
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assert snap, "backup produced no snapshot artifact"
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# 2) mutate: drop the marker table (diverge from the backup)
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_psql(domain, "DROP TABLE ci_marker;")
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@ -35,16 +38,3 @@ def test_backup_mutate_restore(deployed, meta):
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"",
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"NULL",
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), "drop did not take"
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# 3) restore -> the dumped DB (with the marker) is reloaded
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lifecycle.restore_app(domain)
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lifecycle.wait_healthy(
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domain,
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ok_codes=tuple(meta["HEALTH_OK"]),
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path=meta["HEALTH_PATH"],
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deploy_timeout=meta["DEPLOY_TIMEOUT"],
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http_timeout=meta["HTTP_TIMEOUT"],
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)
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assert (
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_psql(domain, "SELECT v FROM ci_marker;") == "original"
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), "restore did not return the pre-mutation postgres state"
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