- functional/_mumble_proto.py: stdlib Mumble TLS protocol client (adapted from corpus mumble_connect.py) - 3 parity ports: test_tcp_health, test_protocol_handshake (channel presence+ServerSync), test_web_client - 2 NEW recipe-specific (P3): welcome-text + max-users config round-trips over the protocol - P4: ops.py + test_backup/test_restore seed ci_marker in /data/mumble-server.sqlite (recipe's own backupbot DB), busy_timeout for live-server locks - test_install overlay: voice server listening on 64738 (beyond web-sidecar readiness) - recipe_meta: COMPOSE_FILE=compose.yml:mumbleweb:host-ports; WELCOME_TEXT/USERS markers - PARITY.md mapping table Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
3.7 KiB
mumble — recipe-maintainer → cc-ci parity (Phase 2 P2)
Source corpus: references/recipe-maintainer/recipe-info/mumble/tests/ (/srv/recipe-maintainer/ recipe-info/mumble/). mumble is a TLS voice server (port 64738), not an HTTP app, plus an
optional mumble-web HTTP client overlay. cc-ci deploys it with
COMPOSE_FILE=compose.yml:compose.mumbleweb.yml:compose.host-ports.yml (recipe_meta.EXTRA_ENV):
the web overlay gives the generic harness an HTTP readiness/serving signal; the host-ports overlay
publishes 64738 on the cc-ci host so the on-host (cc-ci-run) protocol tests connect to
127.0.0.1:64738. Both overlays are shipped by the upstream recipe (documented deployment mode).
Parity port mapping (P2 — every recipe-maintainer test has a comparable cc-ci test)
recipe-maintainer test (recipe-info/mumble/tests/) |
what it verifies | cc-ci test | same thing? |
|---|---|---|---|
health_check.py |
mumble server listening on TCP 64738 | functional/test_tcp_health.py |
yes — TCP connect to 64738 (host-published) |
mumble_connect.py |
full TLS protocol handshake: TLS connect, server Version, auth accepted (no Reject), channel list present, ServerSync handshake completes, welcome text | functional/test_protocol_handshake.py (+ functional/_mumble_proto.py, adapted from the corpus's stdlib protobuf/protocol code) |
yes — same handshake; asserts tls_connect + version + auth_accepted + channel presence + ServerSync |
web_client.py |
mumble-web client reachable over HTTPS, HTTP 200, page contains Mumble + config.js, valid HTML |
functional/test_web_client.py |
yes — same 200 + body markers (Mumble, config.js, <!DOCTYPE html>) |
No recipe-maintainer mumble test is omitted — all three are ported. No DECISIONS.md non-port
entry is needed for mumble.
Recipe-specific functional tests (P3 — ≥2 beyond parity)
mumble has no REST "create-an-object" API; its characteristic behaviour is the voice-server control protocol and its deploy-time server configuration. Both new tests are config round-trips that prove our deploy-time configuration propagated into the running murmur server and is enforced/ delivered over the real protocol (version-independent — they assert OUR configured markers, not hard-coded upstream values):
functional/test_welcome_text_roundtrip.py— deploys with a uniqueWELCOME_TEXTmarker (recipe_meta.EXTRA_ENV→MUMBLE_CONFIG_WELCOMETEXT); asserts that exact marker surfaces in the server's ServerSyncwelcome_textdelivered to a connecting client. (create config → read back.)functional/test_server_config_limits.py— deploys with a distinctive non-defaultUSERS=42(max-users cap →MUMBLE_CONFIG_USERS); asserts the server's ServerConfig message reportsmax_users == 42(and a well-formedallow_html), proving the recipe wires deploy-time server-capacity policy into the running server.
Backup data-integrity (P4 — real, recipe-aware)
ops.py + test_backup.py + test_restore.py: seed a ci_marker row into the recipe's own state
DB /data/mumble-server.sqlite (the exact file the recipe's backupbot hooks .backup/restore),
back up, drop the marker (mutate), restore, and assert the row returns as original. Writes use
PRAGMA busy_timeout to wait out the running murmur server's transient sqlite locks. The upgrade
tier seeds upgrade-survives and asserts it survives the prev→PR-head chaos crossover.
Browser flow (P6)
Not applicable as a primary UX: mumble's core UX is the native desktop client over the voice
protocol (covered by the protocol handshake tests). The mumble-web HTTP UI is asserted via
test_web_client.py (HTTP, no interactive flow to drive). No Playwright test.