| /chre-3.4.0/apps/test/chqts/src/general_test/ |
| D | timer_cancel_test.cc | 47 Stage *stage = &mStages[i]; in startStages() local
48 stage->timerId = chreTimerSet(kDuration, stage, stage->oneShot); in startStages()
49 if (stage->timerId == CHRE_TIMER_INVALID) { in startStages()
52 if (stage->expectCallback) { in startStages()
57 if (!chreTimerCancel(stage->timerId)) { in startStages()
60 if (chreTimerCancel(stage->timerId)) { in startStages()
104 void TimerCancelTest::handleStageEvent(Stage *stage) { in handleStageEvent() argument
105 if (!stage->expectCallback) { in handleStageEvent()
106 sendFatalFailureToHost("Timer didn't cancel:", &stage->stage); in handleStageEvent()
110 stage->expectCallback = false; in handleStageEvent()
[all …]
|
| D | timer_set_test.cc | 55 TimerSetTest::Stage::Stage(uint32_t stage, uint64_t duration, in Stage() argument
59 mStage(stage), in Stage()
172 Stage *stage = getStageFromCookie(eventData); in handleEvent() local
173 if (stage == nullptr) { in handleEvent()
176 stage->processEvent(timestamp, this); in handleEvent()
181 void TimerSetTest::markSuccess(uint32_t stage) { in markSuccess() argument
182 chreLog(CHRE_LOG_DEBUG, "Stage %" PRIu32 " succeeded", stage); in markSuccess()
183 uint32_t finishedBit = (1 << stage); in markSuccess()
185 sendFatalFailureToHost("markSuccess bad stage", &stage); in markSuccess()
|
| D | timer_cancel_test.h | 41 uint32_t stage; member
48 : stage(stage_), in Stage()
63 void handleStageEvent(Stage *stage);
64 void markSuccess(uint32_t stage);
|
| D | timer_stress_test.cc | 156 void TimerStressTest::markSuccess(uint32_t stage) { in markSuccess() argument
157 chreLog(CHRE_LOG_DEBUG, "Stage %" PRIu32 " succeeded", stage); in markSuccess()
158 uint32_t finishedBit = (1 << stage); in markSuccess()
160 sendFatalFailureToHost("markSuccess bad stage:", &stage); in markSuccess()
163 sendFatalFailureToHost("timer over-triggered:", &stage); in markSuccess()
|
| D | send_message_to_host_test.cc | 117 uint32_t stage = getSmallDataIndex(msg); in smallMessageCallback() local
119 switch (stage) { in smallMessageCallback()
131 sendInternalFailureToHost("Invalid index", &stage); in smallMessageCallback()
137 markSuccess(stage); in smallMessageCallback()
197 void SendMessageToHostTest::markSuccess(uint32_t stage) { in markSuccess() argument
198 chreLog(CHRE_LOG_DEBUG, "Stage %" PRIu32 " succeeded", stage); in markSuccess()
199 uint32_t finishedBit = (1 << stage); in markSuccess()
201 sendFatalFailureToHost("callback called multiple times for stage:", &stage); in markSuccess()
204 sendFatalFailureToHost("markSuccess bad stage", &stage); in markSuccess()
|
| D | heap_exhaustion_stability_test.cc | 264 void HeapExhaustionStabilityTest::markSuccess(uint32_t stage) { in markSuccess() argument
265 chreLog(CHRE_LOG_DEBUG, "Stage %" PRIu32 " succeeded", stage); in markSuccess()
266 uint32_t finishedBit = (1 << stage); in markSuccess()
268 sendFatalFailureToHost("markSuccess bad stage", &stage); in markSuccess()
273 sendFatalFailureToHost("markSuccess stage triggered twice", &stage); in markSuccess()
|
| D | timer_set_test.h | 34 void markSuccess(uint32_t stage);
44 Stage(uint32_t stage, uint64_t duration, const void *cookie, bool oneShot);
|
| D | timer_stress_test.h | 49 void markSuccess(uint32_t stage);
|
| D | heap_exhaustion_stability_test.h | 66 void markSuccess(uint32_t stage);
|
| D | send_message_to_host_test.h | 92 static void markSuccess(uint32_t stage);
|
| /chre-3.4.0/apps/test/chqts/src/shared/ |
| D | test_success_marker.cc | 32 void TestSuccessMarker::markStage(uint32_t stage) { in markStage() argument
33 uint32_t finishedBit = (1 << stage); in markStage()
35 sendFatalFailureToHost("markSuccess invalid stage", &stage); in markStage()
38 chreLog(CHRE_LOG_DEBUG, "Stage %" PRIu32 " succeeded", stage); in markStage()
47 bool TestSuccessMarker::isStageMarked(uint32_t stage) { in isStageMarked() argument
49 if (stage <= 32) { in isStageMarked()
50 uint32_t finishedBit = (1 << stage); in isStageMarked()
56 void TestSuccessMarker::markStageAndSuccessOnFinish(uint32_t stage) { in markStageAndSuccessOnFinish() argument
57 if (!isStageMarked(stage)) { in markStageAndSuccessOnFinish()
58 markStage(stage); in markStageAndSuccessOnFinish()
|
| D | test_success_marker.h | 41 void markStage(uint32_t stage);
49 void markStageAndSuccessOnFinish(uint32_t stage);
60 bool isStageMarked(uint32_t stage);
|
| /chre-3.4.0/external/kiss_fft/ |
| D | kissfft.hh | 78 … void kf_work( int stage,cpx_type * Fout, const cpx_type * f, size_t fstride,size_t in_stride) in kf_work() argument
80 int p = _stageRadix[stage]; in kf_work()
81 int m = _stageRemainder[stage]; in kf_work()
96 kf_work(stage+1, Fout , f, fstride*p,in_stride); in kf_work()
|
| /chre-3.4.0/doc/ |
| D | porting_guide.md | 113 At this stage, the core functionality has been enabled, and further steps should
|
| D | compatibility.md | 192 * Binary compatibility at this stage must be maintained. For example the NSL
|
