* test(integration): build worker stacks concurrently and record proxy boot phases
The controller built every xdist worker's database, Redis, upstream and gateway
proxy one after another before any test ran, about 95 s per extensions shard,
and since every multi-worker suite is now isolated the same serial wait hits
mcp, security and cost too. The stacks now start on a thread pool bounded by
the CPU count. Each stack reads its endpoints and results directory from an
explicit environment instead of a patched os.environ, every stack that started
is registered for cleanup, and a failure in one stops the others before the
error is raised
Owned proxy startup.json now records the wall-clock spawn time, the worker
count and when the Prisma CLI child ran, when the port started accepting and
when the first worker answered readiness, and exit.json records when the stop
started and ended, so the boot time can be split and overlapping gateway boots
can be seen in the artifacts
* test(integration): boot one uvicorn worker where a test does not assert cross-worker behaviour
A 2-worker owned proxy takes about twice as long to become ready as a 1-worker
one, because the uvicorn parent imports the app and each spawned worker imports
it again. The passthrough upstream error visibility cases, the single-request
S3 dedupe cases and the single-request spend log payload cases send one or two
requests and assert on the response, the proxy log and the spend row, none of
which depends on a second worker, so they now boot the default single worker
Cases that do rely on two workers keep them, the concurrent S3 burst through a
sink outage, previous_response_id replay, response cache hits, the concurrent
spend bursts and upstream stop and recovery
* test(observability): settle OTel excluded-services traces by a quiet period instead of a full window
_trace_spans slept through its whole 15 or 30 s window on every call even when
the trace had long stopped growing. It now polls and returns once the trace
has spans and has not gained one for five tenant export intervals, and the
module pins the tenant batch exporter's schedule delay to 1 s so that bound is
set by the test rather than by the SDK default. Absence checks still run only
after the trace stopped growing, and against a build that leaks postgres spans
to the tenant they still fail
These cases also boot one uvicorn worker now. None of them asserts anything
about a second worker
---------
Co-authored-by: Yuneng Jiang <yuneng@berri.ai>
* test(integration): give chaos and timing tests a harness API and gate raw signals
Chaos tests killed and suspended proxy workers with raw os.kill and psutil
calls and bounded elapsed time with fixed literals, so they raced the uvicorn
worker healthcheck and failed on slow CI boxes
OwnedProxy now offers kill_worker and replacing_worker, which return only once
a replacement answers readiness with its own pid, and suspended, which is
refused unless the proxy was launched with a lenient worker healthcheck.
timing.py bounds durations against a measured control or the injected delay.
run.py measures the proxy import time once and derives readiness deadlines and
the per-test timeout from it, writing boot-calibration.json
check_test_quality.py adds TQ010 (raw process signals) and TQ011 (elapsed time
asserted under a numeric literal) for tests/integration outside _support, and
every call site is migrated so both report zero with no suppressions
* test(integration): steer the assistants wire burst onto both workers
The mixed-status burst assumed the OS would spread 48 connections across both workers and failed when one worker took them all. Each half is now sent while the other worker is suspended, and the test asserts an exact 24 and 24 split
* test(integration): restore product-enforced timing bounds lost in the migration
Some TQ011 migrations dropped or loosened a bound whose time is the behaviour
under test. The websocket session cap only kept its floor, so a cap closing at
300 s would have passed, and several timeouts were bounded by the injected stall
instead of the configured product value
assert_enforced_within bounds an elapsed time by the configured value plus
explicit slack, with an optional floor. The websocket cap, the MCP validation
timeout, the guardrail litellm_params timeout, the prisma command timeouts, the
baseline projection lock timeout and the key metadata statement timeout use it.
The device code refusal keeps its 15 s margin, and the langfuse retried prompt
fetch is now bounded by a cold fetch of a steady prompt as well as by the
ignored retry-after
* fix(tests): wait for the supervisor to reap killed workers and fix real-kill migrations
The lenient worker healthcheck was the whole case budget, so uvicorn's supervisor sat
in a ping on the killed worker for up to that long before respawning it. It now uses
the graceful stop budget, and a worker kill returns only after the victim is reaped,
so pooled connections no longer race the dead worker's socket.
Several tests on main picked the multiprocessing resource tracker as their victim and
never killed a worker. Now that they kill a real one, presidio counts streams cut by
the death, delete_model waits for the config reload that removes a deleted model from
a replacement worker, and the wedged coordination Redis test kills before the wedge
and waits for every parked publish to fail before resuming Redis.
The redis cluster test imports the harness through the tests package so it collects
in the unit job, and the per-model fallback rig exposes the owned proxy it now needs.
* test(observability): only require S3 deliveries the killed worker could not have buffered
A real SIGKILL drops the victim's unflushed batch, so requests it already answered can't be expected to land. The test now requires every request served after the replacement to land, some of the surviving worker's burst share to land, and nothing unsent to land
---------
Co-authored-by: Yuneng Jiang <yuneng@berri.ai>
* test(integration): wait for customer spend rows and use owned OpenRouter cost
* ci: isolate integration workers and clean up resources after crashes
* docs: describe isolated extensions workers and shard census
* fix(ci): restore integration service and fixture guarantees
* fix(integration): preserve replay IDs and native route fixtures
* fix(tests): scope integration harness imports to each unit case
* fix(ci): preserve fixtures and wait for owned workers
* fix(ci): isolate nested runs and telemetry cases
* fix(ci): make worker readiness and fault tests deterministic
* chore(ci): drop MCP fixture repair already covered by main
* chore(ci): keep the local catalog fix from main
---------
Co-authored-by: yuneng <yuneng@berri.ai>
* perf(ci): distribute unit cases and reuse security sweep connections
* revert(ci): reject first speed trial after new failures
* perf(ci): avoid repeated test discovery and parsing
* perf(ci): isolate parallel security workers
* revert(ci): restore measured security execution isolation
* perf(tests): reuse source scans and deduplicate cache cleanup
* perf(ci): restore parallel security with safe log batching
* test(ci): isolate fixture state and schema comparisons
* test(ci): make schema and scheduler fixtures deterministic
* test(ci): drain queued logging before fixture teardown
* test(ci): preserve logging delivery without idle worker restarts
* test(ci): keep guardrail sinks available during parallel bursts
* test(ci): isolate full proxy lifecycle from gateway imports
* test(ci): preserve first failure responses and sweep evidence
* test(ci): restore documentation URL settings between cases
* test(ci): isolate open MCP tools in private gateways
* test(ci): group private MCP cases and handle exited workers
* test(ci): retain proxy exits and MCP failure details
* test(ci): repair merge interactions with main
Key the schema shard's full clone on artifact-name, since main removed the
unit-flag input. Give each owned Redis its own log file again. Hand the
realtime transcription tests main added a logging object whose dispatch
handlers are awaitable, so the per-test logging drain no longer waits on a
MagicMock task forever
* perf(ci): shard owned integration cases and close lifecycle leaks
* fix(ci): qualify shard execution and harden interrupted cleanup
* fix(ci): bound worker supervision and own fault traffic
* perf(ci): reuse unparametrized fixtures across bounded case groups
* fix(ci): preserve boot fault allowances and complete exit records
* test(ci): tolerate startup retries and retain readiness details
* perf(ci): balance integration shards by recorded duration
* fix(ci): load migration database helpers only for workers
* fix(tests): match the OS bind error in the owned-proxy port-race retry
* test(integration): keep the port-race predicate pure so its unit tests stay in-process
---------
Co-authored-by: mateo-berri <277851410+mateo-berri@users.noreply.github.com>
