/system/chre/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 …]
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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()
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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);
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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()
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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()
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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()
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D | timer_set_test.h | 34 void markSuccess(uint32_t stage); 44 Stage(uint32_t stage, uint64_t duration, const void *cookie, bool oneShot);
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D | timer_stress_test.h | 49 void markSuccess(uint32_t stage);
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D | heap_exhaustion_stability_test.h | 66 void markSuccess(uint32_t stage);
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D | send_message_to_host_test.h | 92 static void markSuccess(uint32_t stage);
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/system/chre/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()
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D | test_success_marker.h | 41 void markStage(uint32_t stage); 49 void markStageAndSuccessOnFinish(uint32_t stage); 60 bool isStageMarked(uint32_t stage);
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/system/bt/btif/src/ |
D | btif_sock_sdp.cc | 112 const char* stage = "protocol_list"; in create_base_record() local 118 stage = "service_name"; in create_base_record() 124 stage = "browseable"; in create_base_record() 138 stage, channel, name, with_obex); in create_base_record() 169 const char* stage = "create_base_record"; in add_sdp_by_uuid() local 179 stage = "service_class_sequence"; in add_sdp_by_uuid() 199 __func__, stage, name); in add_sdp_by_uuid() 220 const char* stage = "create_base_record"; in add_pbap_sdp() local 225 stage = "service_class"; in add_pbap_sdp() 229 stage = "profile_descriptor_list"; in add_pbap_sdp() [all …]
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/system/tools/hidl/ |
D | Type.cpp | 163 status_t Type::recursivePass(ParseStage stage, const std::function<status_t(Type*)>& func, in recursivePass() argument 165 if (mParseStage > stage) return OK; in recursivePass() 166 if (mParseStage < stage) return UNKNOWN_ERROR; in recursivePass() 175 err = nextType->recursivePass(stage, func, visited); in recursivePass() 180 err = nextRef->shallowGet()->recursivePass(stage, func, visited); in recursivePass() 187 status_t Type::recursivePass(ParseStage stage, const std::function<status_t(const Type*)>& func, in recursivePass() argument 189 if (mParseStage > stage) return OK; in recursivePass() 190 if (mParseStage < stage) return UNKNOWN_ERROR; in recursivePass() 199 err = nextType->recursivePass(stage, func, visited); in recursivePass() 204 err = nextRef->shallowGet()->recursivePass(stage, func, visited); in recursivePass() [all …]
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D | Type.h | 97 status_t recursivePass(ParseStage stage, const std::function<status_t(Type*)>& func, 99 status_t recursivePass(ParseStage stage, const std::function<status_t(const Type*)>& func, 146 void setParseStage(ParseStage stage);
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/system/core/shell_and_utilities/ |
D | Android.bp | 59 // shell and utilities for first stage console. The list of binaries are
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/system/chre/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()
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/system/sepolicy/private/ |
D | init.te | 61 # Second-stage init performs a test for whether the kernel has SELinux hooks 73 # from the first-stage daemon to the second-stage.
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D | snapuserd.te | 23 # This arises due to first-stage init opening /dev/null without F_CLOEXEC
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/system/sepolicy/prebuilts/api/29.0/private/ |
D | gsid.te | 63 # first-stage init. So instead of directly writing to /data, we: 75 # gsid uses /metadata/gsi to communicate GSI boot information to first-stage 77 # stage.
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/system/core/fs_mgr/libfiemap/ |
D | README.md | 14 - Mapping the image as a block device during first-stage init. This is simple 23 This is a super partition header that allows first-stage init to create dynamic 31 mounted, so first-stage init has no issues mapping dynamic partitions from
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/system/sepolicy/prebuilts/api/31.0/private/ |
D | init.te | 61 # Second-stage init performs a test for whether the kernel has SELinux hooks 73 # from the first-stage daemon to the second-stage.
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D | snapuserd.te | 23 # This arises due to first-stage init opening /dev/null without F_CLOEXEC
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/system/bt/ |
D | README.md | 100 build each stage separately (if you want to iterate on something specific): 109 You can choose to run only a specific stage by passing an arg via `--target`. 111 Currently, Rust builds are a separate stage that uses Cargo to build. See
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/system/sepolicy/prebuilts/api/30.0/private/ |
D | gsid.te | 88 # first-stage init. So instead of directly writing to /data, we: 100 # gsid uses /metadata/gsi to communicate GSI boot information to first-stage 102 # stage.
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