Compare commits
1
Commits
| Author | SHA1 | Date | |
|---|---|---|---|
  JMR-devandClaude Opus 5
|
cae050fcfb |
+37
-18
@@ -79,6 +79,21 @@ WEDGE_TIMEOUT=1200
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# package against `pm list packages -d`, and require a 45 s window with zero new aborts.
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# Three rounds, because one is not reliable and the failure is silent.
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# ---------------------------------------------------------------------------
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# Every device probe below is aimed at an emulator that has already failed, and on the wedge path
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# at one that has just finished proving it stopped answering. So each is bounded in time as well as
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# in exit status.
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#
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# `|| true` guards a probe that exits non-zero. It does nothing about one that never exits -- which
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# is how #122's wedge path spent 36 minutes after printing its own diagnosis, lost the job to the
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# 60-minute cap, and so reported `cancelled` instead of the wedge's own status. The header's rule
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# that "a diagnostic must never be the thing that turns a run red" was enforced for exit codes and
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# not for time; this is the other half of it.
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#
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# 20s is far more than any of these needs on a healthy device and far less than any of them costs
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# on a dead one. `-k` because adb itself can ignore the first signal when its server is wedged.
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ADB_PROBE_TIMEOUT=20
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adbq() { timeout -k 5s "$ADB_PROBE_TIMEOUT" adb "$@"; }
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count_aborts() { adb logcat -d -b crash 2> /dev/null | grep -c 'hasReadColorBufferDma'; }
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systemui_disabled() { adb shell pm list packages -d 2> /dev/null | grep -q 'com.android.systemui'; }
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@@ -155,11 +170,11 @@ LOGCAT_PID=$!
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dump_diagnostics() {
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{
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echo "===== E2E api${LABEL} failure diagnostics -- $(date -u +%FT%TZ) ====="
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echo "--- adb devices ---"; adb devices -l 2>&1 || true
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echo "--- guest memory ---"; adb shell cat /proc/meminfo 2>&1 | grep -E 'MemTotal|MemAvailable|SwapTotal' || true
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echo "--- guest storage ---"; adb shell df /data 2>&1 || true
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echo "--- is the app even installed? ---"; adb shell pm list packages 2>&1 | grep -a libremedia || true
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echo "--- native crashes ---"; adb logcat -d -b crash 2>&1 | tail -80 || true
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echo "--- adb devices ---"; adbq devices -l 2>&1 || true
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echo "--- guest memory ---"; adbq shell cat /proc/meminfo 2>&1 | grep -E 'MemTotal|MemAvailable|SwapTotal' || true
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echo "--- guest storage ---"; adbq shell df /data 2>&1 || true
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echo "--- is the app even installed? ---"; adbq shell pm list packages 2>&1 | grep -a libremedia || true
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echo "--- native crashes ---"; adbq logcat -d -b crash 2>&1 | tail -80 || true
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echo "--- runner: kvm ---"; ls -l /dev/kvm 2>&1 || true
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echo "--- runner: memory ---"; free -h 2>&1 || true
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echo "--- runner: disk ---"; df -h 2>&1 || true
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@@ -167,9 +182,9 @@ dump_diagnostics() {
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# Also to the step log, so the common case needs no artifact download.
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echo "----- FAILURE SUMMARY (api${LABEL}) -----"
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adb shell cat /proc/meminfo 2>&1 | grep -E 'MemTotal|MemAvailable' || true
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adbq shell cat /proc/meminfo 2>&1 | grep -E 'MemTotal|MemAvailable' || true
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echo "--- native crashes (tail 60) ---"
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adb logcat -d -b crash 2>&1 | tail -60 || true
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adbq logcat -d -b crash 2>&1 | tail -60 || true
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}
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capture_wedge() {
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@@ -182,35 +197,39 @@ capture_wedge() {
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echo "--- running/last instrumented test (logcat TestRunner) ---"
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grep -a TestRunner "$LOGCAT_LOG" 2>/dev/null | tail -25 || true
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echo "--- boot state ---"
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adb shell getprop sys.boot_completed 2>&1 || true
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adbq shell getprop sys.boot_completed 2>&1 || true
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echo "--- are the binder services published? ---"
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for svc in input window activity media.player; do
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echo " service check $svc:"; adb shell service check "$svc" 2>&1 || true
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echo " service check $svc:"; adbq shell service check "$svc" 2>&1 || true
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done
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APP_PID="$(adb shell pidof "$APP_ID" 2>/dev/null | tr -d '\r')" || true
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TEST_PID="$(adb shell pidof "$TEST_ID" 2>/dev/null | tr -d '\r')" || true
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APP_PID="$(adbq shell pidof "$APP_ID" 2>/dev/null | tr -d '\r')" || true
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TEST_PID="$(adbq shell pidof "$TEST_ID" 2>/dev/null | tr -d '\r')" || true
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echo "--- pids --- app: ${APP_PID:-<none>} test: ${TEST_PID:-<none>}"
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# SIGQUIT makes ART dump every thread's stack to logcat and /data/anr. This is what
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# distinguishes a deadlocked test from a stuck native encode from a dead device.
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echo "--- SIGQUIT thread dumps ---"
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for pid in $APP_PID $TEST_PID; do
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[ -n "$pid" ] && adb shell kill -3 "$pid" 2>&1 || true
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[ -n "$pid" ] && adbq shell kill -3 "$pid" 2>&1 || true
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done
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sleep 5
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echo "--- /data/anr/* ---"
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adb shell 'cat /data/anr/* 2>/dev/null' 2>&1 || true
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echo "--- dumpsys activity ---"; adb shell dumpsys activity 2>&1 || true
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echo "--- dumpsys window ---"; adb shell dumpsys window 2>&1 || true
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adbq shell 'cat /data/anr/* 2>/dev/null' 2>&1 || true
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echo "--- dumpsys activity ---"; adbq shell dumpsys activity 2>&1 || true
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echo "--- dumpsys window ---"; adbq shell dumpsys window 2>&1 || true
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# FFmpeg and Media3 both run through MediaCodec; a wedged transcode shows up here.
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echo "--- dumpsys media.player ---"; adb shell dumpsys media.player 2>&1 || true
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echo "--- dumpsys media.player ---"; adbq shell dumpsys media.player 2>&1 || true
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echo "--- logcat -d (tail 400, includes the SIGQUIT dump) ---"
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adb logcat -d 2>&1 | tail -400 || true
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adbq logcat -d 2>&1 | tail -400 || true
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} >> "$WEDGE_LOG" 2>&1 || true
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echo "::warning::E2E api${LABEL} WEDGED ($1) -- see the wedge-diagnostics-api${LABEL} artifact"
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}
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echo "::group::E2E api${LABEL}"
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adb shell cat /proc/meminfo 2>&1 | grep -E 'MemTotal|MemAvailable|SwapTotal' || true
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# Bounded like the probes in the two diagnostic functions, and for the same reason. This one runs
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# against a freshly booted emulator rather than a wedged one, so it is the least likely of them to
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# hang -- but it is still a `|| true` diagnostic, and the rule this file now states is that a
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# diagnostic must never be the thing that ends the leg.
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adbq shell cat /proc/meminfo 2>&1 | grep -E 'MemTotal|MemAvailable|SwapTotal' || true
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status=0
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# -k 30s SIGKILLs a gradle client that ignores SIGTERM. The wrapper covers ONLY the foreground
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@@ -7,7 +7,6 @@ import org.junit.Assert.assertNull
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import org.junit.Assert.assertTrue
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import org.junit.Test
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import org.libremediaconverter.model.CodecNames
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import org.libremediaconverter.model.InputProbe
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import org.libremediaconverter.model.VideoCodec
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/**
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@@ -134,38 +133,6 @@ class CodecVocabularyTest {
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* landed, a device with no HEVC decoder answered true for `x265` and Media3 was handed a job it
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* could not do; now the router sends it to FFmpeg without spending the attempt.
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*/
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/**
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* The sentinel is not just another unknown name, and the difference is the whole guard.
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*
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* `canDecode` ends `?: true` -- a name neither table knows keeps the permissive answer, because
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* the app would rather try than refuse a file it might handle. `InputProbe.UNPARSEABLE` has to
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* be the exception: the platform has *already* failed to parse the input, so there is nothing
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* for a decoder to be permissive about, and waving it through spends a Media3 attempt on a job
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* that cannot start.
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*
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* The `cinepak` line is what makes the sentinel line mean something. Without it, deleting the
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* early return leaves this test green -- both names would fall through to the same `?: true`.
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* The pair is the assertion.
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*
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* `DeviceCodecs.PERMISSIVE` carries the same rule and `ConversionRouterTest` pins its routing
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* consequence. This is the implementation that runs on a device.
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*/
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@Test
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fun `the unparseable sentinel is refused even where an unknown name is waved through`() {
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val everything = AndroidDeviceCodecs.forTesting(
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encoders = emptySet(),
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decoders = setOf("video/avc", "video/hevc"),
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)
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assertFalse(
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"the platform could not parse this input, so there is nothing to decode with",
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everything.canDecode(InputProbe.UNPARSEABLE),
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)
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assertTrue(
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"a merely unknown name still keeps the permissive answer",
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everything.canDecode("cinepak"),
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)
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}
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@Test
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fun `a device without the decoder now says so for the aliases it used to wave through`() {
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val hevcOnly = AndroidDeviceCodecs.forTesting(encoders = emptySet(), decoders = setOf("video/hevc"))
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@@ -232,12 +232,6 @@ class OutputPublisherPublishTest {
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RowShape.NO_SIZE_COLUMN to "a cursor with no SIZE column",
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RowShape.NULL_SIZE to "a cursor whose SIZE cell is null",
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RowShape.NO_ROWS to "a cursor holding no rows",
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// The third case the KDoc names -- "a resolver call that throws" -- and the one the
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// list was missing. It reaches `?: false` through `runCatching` rather than through a
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// cursor answer, so it is the only one of the four that proves the catch is load
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// bearing: a provider that revokes its grant between the picker and the write must not
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// have its document deleted on the way out.
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RowShape.QUERY_THROWS to "a provider that throws out of query",
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).forEach { (shape, description) ->
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FakeSafProvider.deleteRequests.clear()
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FakeSafProvider.backingFile(documentUri).writeBytes(ByteArray(0))
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@@ -451,99 +451,6 @@ class ContainerCapabilitiesTest {
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}
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}
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/**
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* The video twin of `no audio track is accepted by every container in both modes`.
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*
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* Dead in production today, and deliberately so: every caller guards `NONE` before asking the
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* matrix, so nothing reaches this arm through the app. **The asymmetry is the argument, not the
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* reachability** -- its audio counterpart at the top of the same `when` has had a dedicated
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* test since #136, and one of a matched pair being covered is how a later reader concludes the
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* other was considered and exempted. It was not; it was simply missed.
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*
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* Not the same shape as the two `COPY -> error(...)` arms, which `docs/coverage-read-findings.md`
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* records as a named exemption (F4). Those are guards that must not be provokable. This is a
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* documented answer -- "no video track fits anywhere" -- and an answer is a thing to pin.
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*/
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@Test
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fun `no video track is accepted by every container in both modes`() {
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Container.entries.forEach { container ->
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listOf(CodecMode.COPY, CodecMode.ENCODE).forEach { mode ->
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assertTrue(
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"$container should accept no video track ($mode)",
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ContainerCapabilities.accepts(container, VideoCodec.NONE, mode),
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)
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}
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}
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}
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/**
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* A suggestion that keeps the codec the user asked for, rather than falling back to the
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* container's first encodable one.
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*
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* `repairVideo`'s third arm -- "the request is not a copy, and this container can encode it" --
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* is the one that preserves intent, and it was the only arm of the four nothing reached. The
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* property test above executes `repairVideo` on every case it walks and lands elsewhere each
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* time: an explicit COPY that works, a source the container can carry untouched, or no video
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* track at all.
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*
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* The route is indirect because it is the only one the app has. VP9 into WebM is a perfectly
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* good video request; what makes it invalid is the *audio* -- WebM carries Opus and Vorbis, not
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* AAC. So `validateAudio` refuses, `suggestions` looks for a container that can hold what was
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* asked for, and MP4 can encode VP9. The suggestion has to come back carrying VP9: swapping to
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* the container's first encodable codec would discard the choice the user made.
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*/
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@Test
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fun `a repaired suggestion keeps the video codec the user chose`() {
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val invalid = ContainerCapabilities.validate(
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OutputSpec(Container.WEBM, VideoCodec.VP9, AudioCodec.AAC),
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h264Source,
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)
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assertTrue("WebM cannot hold AAC, so this spec is invalid", invalid is Validation.Invalid)
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val suggestions = (invalid as Validation.Invalid).suggestions
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assertTrue(
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"expected a suggestion that still encodes VP9, got $suggestions",
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suggestions.any { it.videoCodec == VideoCodec.VP9 },
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)
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assertEverySuggestionValid(invalid, h264Source)
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}
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/**
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* The fallback in `firstContainerHolding`: when the input's own container cannot hold the
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* codec the user asked for, any container that can will do.
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*
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* The preferred half -- "the container the input already uses" -- is what every other case
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* reaches, because they all start from a file whose own container carries the codec in
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* question. The elvis after it had never run.
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*
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* AVI is the input that makes it run: AVI predates H.265 and has no mapping for it, so asking
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* an AVI for H.265 is refused, and the container the input already uses cannot be part of the
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* answer. Without the fallback the only candidates left are AVI itself and the container
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* holding the *source* codec -- also AVI -- so the refusal still offers something, but what it
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* offers is H.264: the app quietly declines the codec the user asked for instead of moving them
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* to a container that supports it.
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*
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* That is why this asserts the codec survives rather than that the list is non-empty. A
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* non-empty assertion passes with the fallback deleted -- measured, not assumed.
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*/
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@Test
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fun `an input whose container cannot hold the requested codec is moved, not downgraded`() {
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val aviSource = InputProbe(videoCodec = "h264", audioCodec = "aac", container = Container.AVI)
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val invalid = ContainerCapabilities.validate(
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OutputSpec(Container.AVI, VideoCodec.H265, AudioCodec.AAC),
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aviSource,
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)
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assertTrue("AVI has no mapping for H.265", invalid is Validation.Invalid)
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val suggestions = (invalid as Validation.Invalid).suggestions
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assertTrue(
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"expected a container that can actually hold H.265, got $suggestions",
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suggestions.any { it.videoCodec == VideoCodec.H265 },
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)
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assertEverySuggestionValid(invalid, aviSource)
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}
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@Test
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fun `resolving audio COPY before asking the matrix is required`() {
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// The audio twin of `resolving COPY before asking the matrix is required`, and the reason is
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@@ -1,88 +0,0 @@
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package org.libremediaconverter.work
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import android.content.pm.ServiceInfo
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import org.junit.Assert.assertEquals
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import org.junit.Test
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import org.junit.runner.RunWith
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import org.robolectric.RobolectricTestRunner
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import org.robolectric.annotation.Config
|
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/**
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* [ConversionForegroundType.current] answers differently on each of the three API regimes, and
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* until this file only one of them was ever executed.
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*
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* `app/src/test/resources/robolectric.properties` pins the whole JVM suite to `sdk=36`, so every
|
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* Robolectric test that reaches a `ForegroundInfo` takes the `mediaProcessing` arm and no other.
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* The 33 and 34 arms were cold: 3 lines and 3 of 4 branches, measured on `main` at `d354f64`.
|
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*
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* **The instrumented test is not a substitute, and the reason is specific.**
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* `ConversionWorkerTest.foregroundTypeMatchesTheRunningApiLevel` asserts against whichever API the
|
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* leg happens to be — one arm per leg, never the other two — and the legs that would cover 33 and
|
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* 34 are the ones issue #122 wedges. `docs/coverage-read-findings.md` records an API 33 run that
|
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* reported `received: 60` and `failed: unknown`: the regime *was* exercised, and that leg could
|
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* not have said so if it had broken. Four `@Config` classes here pin all three arms
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* deterministically, in the same `./gradlew` invocation as everything else.
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*
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* `minSdk` is 33, so none of these is dead code — each is a device someone is running the app on.
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||||
*
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* **SDK 35 is in the list for the boundary, not for the answer.** It shares its answer with 36,
|
||||
* which would make it look redundant. It is not: relaxing `>= VANILLA_ICE_CREAM` to `>` is invisible
|
||||
* at every level except exactly 35, so without this class that mutation survives the suite.
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||||
*/
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@RunWith(RobolectricTestRunner::class)
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@Config(sdk = [33])
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||||
class ForegroundTypeApi33Test {
|
||||
|
||||
/**
|
||||
* Zero rather than a named constant because there is no constant to name: API 33 does not
|
||||
* require a type, and `mediaProcessing` does not exist here to pass. `ForegroundInfo` reads 0
|
||||
* as "no type at all", which is what this regime wants.
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||||
*/
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@Test
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||||
fun `api 33 asks for no foreground service type`() {
|
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assertEquals(0, ConversionForegroundType.current())
|
||||
}
|
||||
}
|
||||
|
||||
/**
|
||||
* API 34 makes a type mandatory and still has no `mediaProcessing`, so `dataSync` is the only
|
||||
* sensible fit. See [ForegroundTypeApi33Test] for why this file exists.
|
||||
*/
|
||||
@RunWith(RobolectricTestRunner::class)
|
||||
@Config(sdk = [34])
|
||||
class ForegroundTypeApi34Test {
|
||||
|
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@Test
|
||||
fun `api 34 falls back to dataSync, the only type that fits`() {
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assertEquals(ServiceInfo.FOREGROUND_SERVICE_TYPE_DATA_SYNC, ConversionForegroundType.current())
|
||||
}
|
||||
}
|
||||
|
||||
/**
|
||||
* The first level with `mediaProcessing`, and therefore the one that tells `>=` from `>`.
|
||||
* See [ForegroundTypeApi33Test].
|
||||
*/
|
||||
@RunWith(RobolectricTestRunner::class)
|
||||
@Config(sdk = [35])
|
||||
class ForegroundTypeApi35Test {
|
||||
|
||||
@Test
|
||||
fun `api 35 is the first level that takes mediaProcessing`() {
|
||||
assertEquals(ServiceInfo.FOREGROUND_SERVICE_TYPE_MEDIA_PROCESSING, ConversionForegroundType.current())
|
||||
}
|
||||
}
|
||||
|
||||
/**
|
||||
* The level the rest of the suite runs at, asserted here rather than assumed — it is the one arm
|
||||
* that was already covered, and leaving it out would make this file look like it is about the old
|
||||
* levels rather than about all three regimes. See [ForegroundTypeApi33Test].
|
||||
*/
|
||||
@RunWith(RobolectricTestRunner::class)
|
||||
@Config(sdk = [36])
|
||||
class ForegroundTypeApi36Test {
|
||||
|
||||
@Test
|
||||
fun `api 36 keeps mediaProcessing`() {
|
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assertEquals(ServiceInfo.FOREGROUND_SERVICE_TYPE_MEDIA_PROCESSING, ConversionForegroundType.current())
|
||||
}
|
||||
}
|
||||
@@ -16,7 +16,6 @@ import androidx.work.testing.WorkManagerTestInitHelper
|
||||
import androidx.work.workDataOf
|
||||
import kotlinx.coroutines.runBlocking
|
||||
import org.junit.Assert.assertEquals
|
||||
import org.junit.Assert.assertFalse
|
||||
import org.junit.Assert.assertTrue
|
||||
import org.junit.Before
|
||||
import org.junit.Test
|
||||
@@ -126,39 +125,6 @@ class JobSnapshotsTest {
|
||||
assertEquals(newer.absolutePath, Reattachment.choose(snapshots)?.job?.outputPath)
|
||||
}
|
||||
|
||||
/**
|
||||
* A job in the tag query that never recorded an output path at all.
|
||||
*
|
||||
* Distinct from the three cases above, which all *have* a path and differ in what it names. A
|
||||
* job still running, or one that finished without writing its result key, carries no path at
|
||||
* all -- and `getWorkInfosByTagFlow` returns it alongside the finished ones, because the tag is
|
||||
* the worker class and every attempt ever enqueued carries it.
|
||||
*
|
||||
* The guard is the `?.` in `path?.let(::File)`. Without it the null goes straight into a `File`
|
||||
* constructor. What this pins is the consequence rather than the null check: such a job must
|
||||
* not be offered as a result, so `Reattachment.choose` has to walk past it to the job that
|
||||
* really produced a file. Choosing it would put a Converted screen in front of the user with a
|
||||
* Save button that has nothing to save.
|
||||
*/
|
||||
@Test
|
||||
fun `a job that recorded no output path is not offered as a result`() {
|
||||
val real = stagedFile("real.mp4", bytes = 4096)
|
||||
finishedWithOutput(real)
|
||||
finishedWithNoOutput()
|
||||
|
||||
val snapshots = snapshots()
|
||||
|
||||
assertEquals("both jobs carry the tag, so both come back", 2, snapshots.size)
|
||||
val silent = snapshots.single { it.outputPath == null }
|
||||
assertFalse("no path means no output, not an empty one", silent.outputExists)
|
||||
assertEquals("and no time either, for the same reason", 0L, silent.outputModifiedAt)
|
||||
assertEquals(
|
||||
"the reattachment has to walk past it to the job that really produced a file",
|
||||
real.absolutePath,
|
||||
Reattachment.choose(snapshots)?.job?.outputPath,
|
||||
)
|
||||
}
|
||||
|
||||
private fun snapshots(): List<JobSnapshot> = runBlocking {
|
||||
workManager.jobSnapshots(
|
||||
tag = ConversionWorker::class.java.name,
|
||||
@@ -186,11 +152,6 @@ class JobSnapshotsTest {
|
||||
).result.get()
|
||||
}
|
||||
|
||||
/** A job that carries the tag and no result key -- still running, or finished without one. */
|
||||
private fun finishedWithNoOutput() {
|
||||
workManager.enqueue(OneTimeWorkRequestBuilder<ConversionWorker>().build()).result.get()
|
||||
}
|
||||
|
||||
private companion object {
|
||||
/** Two fixed moments a day apart, so the ordering is stated rather than raced for. */
|
||||
const val OLDER_MS = 1_700_000_000_000L
|
||||
|
||||
Reference in New Issue
Block a user