高通Camera驱动（3）-- configure_streams
前文回顾
上一篇文章，简单讲述initialize的过程
一、 configure_streams 流程
1.1 原文解读
* 4. The framework calls camera3_device_t->ops->configure_streams() with a list
* of input/output streams to the HAL device.
*
* 5. <= CAMERA_DEVICE_API_VERSION_3_1:
*
* The framework allocates gralloc buffers and calls
* camera3_device_t->ops->register_stream_buffers() for at least one of the
* output streams listed in configure_streams. The same stream is registered
* only once.
*
* >= CAMERA_DEVICE_API_VERSION_3_2:
*
* camera3_device_t->ops->register_stream_buffers() is not called and must
* be NULL.4、配流：framework调用camera_device方法ops调用camera3_device_ops的configure_streams方法配流，camera3_device_t-> ops-> configure_streams()，并把input stream&output stream 的列表作为参数送到Hal层。
5、注册流buffer：API3.1->framework分配gralloc buffer和在configure_streams中，调用camera_device方法ops调用camera3_device_ops的register_stream_buffers方法注册stream buffer，camera3_device_t-> ops-> register_stream_buffers()至少有一个输出流。 同一流仅注册一次。API3.2-> 没有调用camera3_device_t-> ops-> register_stream_buffers()，并且必须为NULL。
1.2 官网文档
《80-pc212-1_a_chi_api_specifications_for_qualcomm_spectra_2xx_camera.pdf》简单介绍configure stream的过程
1.3 代码分析
配流uml内容来自Android : Camera之camx hal架构 - sheldon_blogs - 博客园
vendor/qcom/proprietary/camx/src/core/hal/camxhal3entry.cpp
int configure_streams(
const struct camera3_device* pCamera3DeviceAPI,
camera3_stream_configuration_t* pStreamConfigsAPI)
{
JumpTableHAL3* pHAL3 = static_cast(g_dispatchHAL3.GetJumpTable());
return pHAL3->configure_streams(pCamera3DeviceAPI, pStreamConfigsAPI);
} （1）camxhal3entry.cpp这块 ops都是用JumpTable来获取到 camxhal3.cpp 中的JumpTableHAL3的跳转，configure_streams也不例外
vendor/qcom/proprietary/camx/src/core/hal/camxhal3.cpp
// configure_streams
static int configure_streams(
const struct camera3_device* pCamera3DeviceAPI,
camera3_stream_configuration_t* pStreamConfigsAPI)
{
CAMX_ENTRYEXIT_SCOPE(CamxLogGroupHAL, SCOPEEventHAL3ConfigureStreams);
CamxResult result = CamxResultSuccess;
CAMX_ASSERT(NULL != pCamera3DeviceAPI);
CAMX_ASSERT(NULL != pCamera3DeviceAPI->priv);
CAMX_ASSERT(NULL != pStreamConfigsAPI);
CAMX_ASSERT(pStreamConfigsAPI->num_streams > 0);
CAMX_ASSERT(NULL != pStreamConfigsAPI->streams);
if ((NULL != pCamera3DeviceAPI) &&
(NULL != pCamera3DeviceAPI->priv) &&
(NULL != pStreamConfigsAPI) &&
(pStreamConfigsAPI->num_streams > 0) &&
(NULL != pStreamConfigsAPI->streams))
{
CAMX_LOG_INFO(CamxLogGroupHAL, "Number of streams: %d", pStreamConfigsAPI->num_streams);
HALDevice* pHALDevice = GetHALDevice(pCamera3DeviceAPI);
CAMX_LOG_CONFIG(CamxLogGroupHAL, "HalOp: Begin CONFIG: %p, logicalCameraId: %d, cameraId: %d",
pCamera3DeviceAPI, pHALDevice->GetCameraId(), pHALDevice->GetFwCameraId());
for (UINT32 stream = 0; stream < pStreamConfigsAPI->num_streams; stream++)
{
CAMX_ASSERT(NULL != pStreamConfigsAPI->streams[stream]);
if (NULL == pStreamConfigsAPI->streams[stream])
{
CAMX_LOG_ERROR(CamxLogGroupHAL, "Invalid argument 2 for configure_streams()");
// HAL interface requires -EINVAL (EInvalidArg) for invalid arguments
result = CamxResultEInvalidArg;
break;
}
else
{
CAMX_LOG_INFO(CamxLogGroupHAL, " stream[%d] = %p - info:", stream,
pStreamConfigsAPI->streams[stream]);
CAMX_LOG_INFO(CamxLogGroupHAL, " format : %d, %s",
pStreamConfigsAPI->streams[stream]->format,
FormatToString(pStreamConfigsAPI->streams[stream]->format));
CAMX_LOG_INFO(CamxLogGroupHAL, " width : %d",
pStreamConfigsAPI->streams[stream]->width);
CAMX_LOG_INFO(CamxLogGroupHAL, " height : %d",
pStreamConfigsAPI->streams[stream]->height);
CAMX_LOG_INFO(CamxLogGroupHAL, " stream_type : %08x, %s",
pStreamConfigsAPI->streams[stream]->stream_type,
StreamTypeToString(pStreamConfigsAPI->streams[stream]->stream_type));
CAMX_LOG_INFO(CamxLogGroupHAL, " usage : %08x",
pStreamConfigsAPI->streams[stream]->usage);
CAMX_LOG_INFO(CamxLogGroupHAL, " max_buffers : %d",
pStreamConfigsAPI->streams[stream]->max_buffers);
CAMX_LOG_INFO(CamxLogGroupHAL, " rotation : %08x, %s",
pStreamConfigsAPI->streams[stream]->rotation,
RotationToString(pStreamConfigsAPI->streams[stream]->rotation));
CAMX_LOG_INFO(CamxLogGroupHAL, " data_space : %08x, %s",
pStreamConfigsAPI->streams[stream]->data_space,
DataSpaceToString(pStreamConfigsAPI->streams[stream]->data_space));
CAMX_LOG_INFO(CamxLogGroupHAL, " priv : %p",
pStreamConfigsAPI->streams[stream]->priv);
#if (defined(CAMX_ANDROID_API) && (CAMX_ANDROID_API >= 28)) // Android-P or better
CAMX_LOG_INFO(CamxLogGroupHAL, " physical_camera_id : %s",
pStreamConfigsAPI->streams[stream]->physical_camera_id);
#endif // Android-P or better
pStreamConfigsAPI->streams[stream]->reserved[0] = NULL;
pStreamConfigsAPI->streams[stream]->reserved[1] = NULL;
}
}
CAMX_LOG_INFO(CamxLogGroupHAL, " operation_mode: %d", pStreamConfigsAPI->operation_mode);
Camera3StreamConfig* pStreamConfigs = reinterpret_cast(pStreamConfigsAPI);
result = pHALDevice->ConfigureStreams(pStreamConfigs);
if ((CamxResultSuccess != result) && (CamxResultEInvalidArg != result))
{
// HAL interface requires -ENODEV (EFailed) if a fatal error occurs
result = CamxResultEFailed;
}
if (CamxResultSuccess == result)
{
for (UINT32 stream = 0; stream < pStreamConfigsAPI->num_streams; stream++)
{
CAMX_ASSERT(NULL != pStreamConfigsAPI->streams[stream]);
if (NULL == pStreamConfigsAPI->streams[stream])
{
CAMX_LOG_ERROR(CamxLogGroupHAL, "Invalid argument 2 for configure_streams()");
// HAL interface requires -EINVAL (EInvalidArg) for invalid arguments
result = CamxResultEInvalidArg;
break;
}
else
{
CAMX_LOG_CONFIG(CamxLogGroupHAL, " FINAL stream[%d] = %p - info:", stream,
pStreamConfigsAPI->streams[stream]);
CAMX_LOG_CONFIG(CamxLogGroupHAL, " format : %d, %s",
pStreamConfigsAPI->streams[stream]->format,
FormatToString(pStreamConfigsAPI->streams[stream]->format));
CAMX_LOG_CONFIG(CamxLogGroupHAL, " width : %d",
pStreamConfigsAPI->streams[stream]->width);
CAMX_LOG_CONFIG(CamxLogGroupHAL, " height : %d",
pStreamConfigsAPI->streams[stream]->height);
CAMX_LOG_CONFIG(CamxLogGroupHAL, " stream_type : %08x, %s",
pStreamConfigsAPI->streams[stream]->stream_type,
StreamTypeToString(pStreamConfigsAPI->streams[stream]->stream_type));
CAMX_LOG_CONFIG(CamxLogGroupHAL, " usage : %08x",
pStreamConfigsAPI->streams[stream]->usage);
CAMX_LOG_CONFIG(CamxLogGroupHAL, " max_buffers : %d",
pStreamConfigsAPI->streams[stream]->max_buffers);
CAMX_LOG_CONFIG(CamxLogGroupHAL, " rotation : %08x, %s",
pStreamConfigsAPI->streams[stream]->rotation,
RotationToString(pStreamConfigsAPI->streams[stream]->rotation));
CAMX_LOG_CONFIG(CamxLogGroupHAL, " data_space : %08x, %s",
pStreamConfigsAPI->streams[stream]->data_space,
DataSpaceToString(pStreamConfigsAPI->streams[stream]->data_space));
CAMX_LOG_CONFIG(CamxLogGroupHAL, " priv : %p",
pStreamConfigsAPI->streams[stream]->priv);
CAMX_LOG_CONFIG(CamxLogGroupHAL, " reserved[0] : %p",
pStreamConfigsAPI->streams[stream]->reserved[0]);
CAMX_LOG_CONFIG(CamxLogGroupHAL, " reserved[1] : %p",
pStreamConfigsAPI->streams[stream]->reserved[1]);
Camera3HalStream* pHalStream =
reinterpret_cast(pStreamConfigsAPI->streams[stream]->reserved[0]);
if (pHalStream != NULL)
{
if (TRUE == HwEnvironment::GetInstance()->GetStaticSettings()->enableHALFormatOverride)
{
pStreamConfigsAPI->streams[stream]->format =
static_cast(pHalStream->overrideFormat);
}
CAMX_LOG_CONFIG(CamxLogGroupHAL,
" pHalStream: %p format : 0x%x, overrideFormat : 0x%x consumer usage: %llx, producer usage: %llx",
pHalStream, pStreamConfigsAPI->streams[stream]->format,
pHalStream->overrideFormat, pHalStream->consumerUsage, pHalStream->producerUsage);
}
}
}
}
CAMX_LOG_CONFIG(CamxLogGroupHAL, "HalOp: End CONFIG, logicalCameraId: %d, cameraId: %d",
pHALDevice->GetCameraId(), pHALDevice->GetFwCameraId());
}
else
{
CAMX_LOG_ERROR(CamxLogGroupHAL, "Invalid argument(s) for configure_streams()");
// HAL interface requires -EINVAL (EInvalidArg) for invalid arguments
result = CamxResultEInvalidArg;
}
return Utils::CamxResultToErrno(result);
}
（1）根据pCamera3DeviceAPI 获取 HalDevice的指针
（2）去配流前后，都打印流的结构体
vendor/qcom/proprietary/camx/src/core/hal/camxhaldevice.cpp
CamxResult HALDevice::ConfigureStreams(
Camera3StreamConfig* pStreamConfigs)
{
CamxResult result = CamxResultSuccess;
// Validate the incoming stream configurations
result = CheckValidStreamConfig(pStreamConfigs);
if ((StreamConfigModeConstrainedHighSpeed == pStreamConfigs->operationMode) ||
(StreamConfigModeSuperSlowMotionFRC == pStreamConfigs->operationMode))
{
SearchNumBatchedFrames (pStreamConfigs, &m_usecaseNumBatchedFrames, &m_FPSValue);
CAMX_ASSERT(m_usecaseNumBatchedFrames > 1);
}
else
{
// Not a HFR usecase batch frames value need to set to 1.
m_usecaseNumBatchedFrames = 1;
}
if (CamxResultSuccess == result)
{
ClearFrameworkRequestBuffer();
m_numPipelines = 0;
if (TRUE == m_bCHIModuleInitialized)
{
GetCHIAppCallbacks()->chi_teardown_override_session(reinterpret_cast(&m_camera3Device), 0, NULL);
}
m_bCHIModuleInitialized = CHIModuleInitialize(pStreamConfigs);
if (FALSE == m_bCHIModuleInitialized)
{
CAMX_LOG_ERROR(CamxLogGroupHAL, "CHI Module failed to configure streams");
result = CamxResultEFailed;
}
else
{
CAMX_LOG_VERBOSE(CamxLogGroupHAL, "CHI Module configured streams ... CHI is in control!");
}
}
return result;
} （1）如果之前有过配流的操作，m_bCHIModuleInitialized会被赋值，然后销毁 session的操作
（2）同文件下调用CHIModuleInitialize函数操作，然后m_bCHIModuleInitialized赋值
BOOL HALDevice::CHIModuleInitialize(
Camera3StreamConfig* pStreamConfigs)
{
BOOL isOverrideEnabled = FALSE;
if (TRUE == HAL3Module::GetInstance()->IsCHIOverrideModulePresent())
{
/// @todo (CAMX-1518) Handle private data from Override module
VOID* pPrivateData;
chi_hal_callback_ops_t* pCHIAppCallbacks = GetCHIAppCallbacks();
pCHIAppCallbacks->chi_initialize_override_session(GetCameraId(),
reinterpret_cast(&m_camera3Device),
&m_HALCallbacks,
reinterpret_cast(pStreamConfigs),
&isOverrideEnabled,
&pPrivateData);
}
return isOverrideEnabled;
}
vendor/qcom/proprietary/chi-cdk/vendor/chioverride/default/chxextensioninterface.cpp
static CDKResult chi_initialize_override_session(
uint32_t cameraId,
const camera3_device_t* camera3_device,
const chi_hal_ops_t* chiHalOps,
camera3_stream_configuration_t* stream_config,
int* override_config,
void** priv)
{
ExtensionModule* pExtensionModule = ExtensionModule::GetInstance();
pExtensionModule->InitializeOverrideSession(cameraId, camera3_device, chiHalOps, stream_config, override_config, priv);
return CDKResultSuccess;
}
vendor/qcom/proprietary/chi-cdk/vendor/chioverride/default/chxextensionmodule.cpp
CDKResult ExtensionModule::InitializeOverrideSession(
uint32_t logicalCameraId,
const camera3_device_t* pCamera3Device,
const chi_hal_ops_t* chiHalOps,
camera3_stream_configuration_t* pStreamConfig,
int* pIsOverrideEnabled,
VOID** pPrivate)
{
CDKResult result = CDKResultSuccess;
UINT32 modeCount = 0;
ChiSensorModeInfo* pAllModes = NULL;
UINT32 fps = *m_pDefaultMaxFPS;
BOOL isVideoMode = FALSE;
uint32_t operation_mode;
static BOOL fovcModeCheck = EnableFOVCUseCase();
UsecaseId selectedUsecaseId = UsecaseId::NoMatch;
UINT minSessionFps = 0;
UINT maxSessionFps = 0;
*pPrivate = NULL;
*pIsOverrideEnabled = FALSE;
m_aFlushInProgress = FALSE;
m_firstResult = FALSE;
m_hasFlushOccurred = FALSE;
if (NULL == m_hCHIContext)
{
m_hCHIContext = g_chiContextOps.pOpenContext();
}
ChiVendorTagsOps vendorTagOps = { 0 };
g_chiContextOps.pTagOps(&vendorTagOps);
operation_mode = pStreamConfig->operation_mode >> 16;
operation_mode = operation_mode & 0x000F;
pStreamConfig->operation_mode = pStreamConfig->operation_mode & 0xFFFF;
for (UINT32 stream = 0; stream < pStreamConfig->num_streams; stream++)
{
if (0 != (pStreamConfig->streams[stream]->usage & GrallocUsageHwVideoEncoder))
{
isVideoMode = TRUE;
break;
}
}
if ((isVideoMode == TRUE) && (operation_mode != 0))
{
UINT32 numSensorModes = m_logicalCameraInfo[logicalCameraId].m_cameraCaps.numSensorModes;
CHISENSORMODEINFO* pAllSensorModes = m_logicalCameraInfo[logicalCameraId].pSensorModeInfo;
if ((operation_mode - 1) >= numSensorModes)
{
result = CDKResultEOverflow;
CHX_LOG_ERROR("operation_mode: %d, numSensorModes: %d", operation_mode, numSensorModes);
}
else
{
fps = pAllSensorModes[operation_mode - 1].frameRate;
}
}
m_pResourcesUsedLock->Lock();
if (m_totalResourceBudget > CostOfAnyCurrentlyOpenLogicalCameras())
{
UINT32 myLogicalCamCost = CostOfLogicalCamera(logicalCameraId, pStreamConfig);
if (myLogicalCamCost > (m_totalResourceBudget - CostOfAnyCurrentlyOpenLogicalCameras()))
{
CHX_LOG_ERROR("Insufficient HW resources! myLogicalCamCost = %d, remaining cost = %d",
myLogicalCamCost, (m_totalResourceBudget - CostOfAnyCurrentlyOpenLogicalCameras()));
result = CamxResultEResource;
}
else
{
m_IFEResourceCost[logicalCameraId] = myLogicalCamCost;
m_resourcesUsed += myLogicalCamCost;
}
}
else
{
CHX_LOG_ERROR("Insufficient HW resources! TotalResourceCost = %d, CostOfAnyCurrentlyOpencamera = %d",
m_totalResourceBudget, CostOfAnyCurrentlyOpenLogicalCameras());
result = CamxResultEResource;
}
m_pResourcesUsedLock->Unlock();
if (CDKResultSuccess == result)
{
#if defined(CAMX_ANDROID_API) && (CAMX_ANDROID_API >= 28) //Android-P or better
camera_metadata_t *metadata = const_cast(pStreamConfig->session_parameters);
camera_metadata_entry_t entry = { 0 };
entry.tag = ANDROID_CONTROL_AE_TARGET_FPS_RANGE;
// The client may choose to send NULL sesssion parameter, which is fine. For example, torch mode
// will have NULL session param.
if (metadata != NULL)
{
int ret = find_camera_metadata_entry(metadata, entry.tag, &entry);
if(ret == 0) {
minSessionFps = entry.data.i32[0];
maxSessionFps = entry.data.i32[1];
m_usecaseMaxFPS = maxSessionFps;
}
}
#endif
CHIHANDLE staticMetaDataHandle = const_cast(
m_logicalCameraInfo[logicalCameraId].m_cameraInfo.static_camera_characteristics);
UINT32 metaTagPreviewFPS = 0;
UINT32 metaTagVideoFPS = 0;
CHITAGSOPS vendorTagOps;
m_previewFPS = 0;
m_videoFPS = 0;
GetInstance()->GetVendorTagOps(&vendorTagOps);
result = vendorTagOps.pQueryVendorTagLocation("org.quic.camera2.streamBasedFPS.info", "PreviewFPS",
&metaTagPreviewFPS);
if (CDKResultSuccess == result)
{
vendorTagOps.pGetMetaData(staticMetaDataHandle, metaTagPreviewFPS, &m_previewFPS,
sizeof(m_previewFPS));
}
result = vendorTagOps.pQueryVendorTagLocation("org.quic.camera2.streamBasedFPS.info", "VideoFPS", &metaTagVideoFPS);
if (CDKResultSuccess == result)
{
vendorTagOps.pGetMetaData(staticMetaDataHandle, metaTagVideoFPS, &m_videoFPS,
sizeof(m_videoFPS));
}
if ((StreamConfigModeConstrainedHighSpeed == pStreamConfig->operation_mode) ||
(StreamConfigModeSuperSlowMotionFRC == pStreamConfig->operation_mode))
{
SearchNumBatchedFrames(logicalCameraId, pStreamConfig,
&m_usecaseNumBatchedFrames, &m_usecaseMaxFPS, maxSessionFps);
if (480 > m_usecaseMaxFPS)
{
m_CurrentpowerHint = PERF_LOCK_POWER_HINT_VIDEO_ENCODE_HFR;
}
else
{
// For 480FPS or higher, require more aggresive power hint
m_CurrentpowerHint = PERF_LOCK_POWER_HINT_VIDEO_ENCODE_HFR_480FPS;
}
}
else
{
// Not a HFR usecase, batch frames value need to be set to 1.
m_usecaseNumBatchedFrames = 1;
if (maxSessionFps == 0)
{
m_usecaseMaxFPS = fps;
}
if (TRUE == isVideoMode)
{
if (30 >= m_usecaseMaxFPS)
{
m_CurrentpowerHint = PERF_LOCK_POWER_HINT_VIDEO_ENCODE;
}
else
{
m_CurrentpowerHint = PERF_LOCK_POWER_HINT_VIDEO_ENCODE_60FPS;
}
}
else
{
m_CurrentpowerHint = PERF_LOCK_POWER_HINT_PREVIEW;
}
}
if ((NULL != m_pPerfLockManager[logicalCameraId]) && (m_CurrentpowerHint != m_previousPowerHint))
{
m_pPerfLockManager[logicalCameraId]->ReleasePerfLock(m_previousPowerHint);
}
// Example [B == batch]: (240 FPS / 4 FPB = 60 BPS) / 30 FPS (Stats frequency goal) = 2 BPF i.e. skip every other stats
*m_pStatsSkipPattern = m_usecaseMaxFPS / m_usecaseNumBatchedFrames / 30;
if (*m_pStatsSkipPattern < 1)
{
*m_pStatsSkipPattern = 1;
}
m_VideoHDRMode = (StreamConfigModeVideoHdr == pStreamConfig->operation_mode);
m_torchWidgetUsecase = (StreamConfigModeQTITorchWidget == pStreamConfig->operation_mode);
// this check is introduced to avoid set *m_pEnableFOVC == 1 if fovcEnable is disabled in
// overridesettings & fovc bit is set in operation mode.
// as well as to avoid set,when we switch Usecases.
if (TRUE == fovcModeCheck)
{
*m_pEnableFOVC = ((pStreamConfig->operation_mode & StreamConfigModeQTIFOVC) == StreamConfigModeQTIFOVC) ? 1 : 0;
}
SetHALOps(chiHalOps, logicalCameraId);
m_logicalCameraInfo[logicalCameraId].m_pCamera3Device = pCamera3Device;
selectedUsecaseId = m_pUsecaseSelector->GetMatchingUsecase(&m_logicalCameraInfo[logicalCameraId],
pStreamConfig);
CHX_LOG_CONFIG("Session_parameters FPS range %d:%d, previewFPS %d, videoFPS %d,"
"BatchSize: %u FPS: %u SkipPattern: %u,"
"cameraId = %d selected use case = %d",
minSessionFps,
maxSessionFps,
m_previewFPS,
m_videoFPS,
m_usecaseNumBatchedFrames,
m_usecaseMaxFPS,
*m_pStatsSkipPattern,
logicalCameraId,
selectedUsecaseId);
// FastShutter mode supported only in ZSL usecase.
if ((pStreamConfig->operation_mode == StreamConfigModeFastShutter) &&
(UsecaseId::PreviewZSL != selectedUsecaseId))
{
pStreamConfig->operation_mode = StreamConfigModeNormal;
}
m_operationMode[logicalCameraId] = pStreamConfig->operation_mode;
}
if (UsecaseId::NoMatch != selectedUsecaseId)
{
m_pSelectedUsecase[logicalCameraId] =
m_pUsecaseFactory->CreateUsecaseObject(&m_logicalCameraInfo[logicalCameraId],
selectedUsecaseId, pStreamConfig);
if (NULL != m_pSelectedUsecase[logicalCameraId])
{
m_pStreamConfig[logicalCameraId] = static_cast(
CHX_CALLOC(sizeof(camera3_stream_configuration_t)));
m_pStreamConfig[logicalCameraId]->streams = static_cast(
CHX_CALLOC(sizeof(camera3_stream_t*) * pStreamConfig->num_streams));
m_pStreamConfig[logicalCameraId]->num_streams = pStreamConfig->num_streams;
for (UINT32 i = 0; i< m_pStreamConfig[logicalCameraId]->num_streams; i++)
{
m_pStreamConfig[logicalCameraId]->streams[i] = pStreamConfig->streams[i];
}
m_pStreamConfig[logicalCameraId]->operation_mode = pStreamConfig->operation_mode;
// use camera device / used for recovery only for regular session
m_SelectedUsecaseId[logicalCameraId] = (UINT32)selectedUsecaseId;
CHX_LOG_CONFIG("Logical cam Id = %d usecase addr = %p", logicalCameraId, m_pSelectedUsecase[
logicalCameraId]);
m_pCameraDeviceInfo[logicalCameraId].m_pCamera3Device = pCamera3Device;
*pIsOverrideEnabled = TRUE;
}
else
{
CHX_LOG_ERROR("For cameraId = %d CreateUsecaseObject failed", logicalCameraId);
m_logicalCameraInfo[logicalCameraId].m_pCamera3Device = NULL;
m_pResourcesUsedLock->Lock();
// Reset the m_resourcesUsed & m_IFEResourceCost if usecase creation failed
if (m_resourcesUsed >= m_IFEResourceCost[logicalCameraId]) // to avoid underflow
{
m_resourcesUsed -= m_IFEResourceCost[logicalCameraId]; // reduce the total cost
m_IFEResourceCost[logicalCameraId] = 0;
}
m_pResourcesUsedLock->Unlock();
}
}
return result;
}
(1) 判断是否是视频模式，做帧率的操作
(2) 获取camera资源消耗情况，并对相关参数赋值
（3）根据logicalCameraId 匹配 usecase
（4）根据usecaseId 创建usecase
vendor/qcom/proprietary/chi-cdk/vendor/chioverride/default/chxutils.cpp
UsecaseId UsecaseSelector::GetMatchingUsecase(
const LogicalCameraInfo* pCamInfo,
camera3_stream_configuration_t* pStreamConfig)
{
UsecaseId usecaseId = UsecaseId::Default;
UINT32 VRDCEnable = ExtensionModule::GetInstance()->GetDCVRMode();
if ((pStreamConfig->num_streams == 2) && IsQuadCFASensor(pCamInfo) &&
(LogicalCameraType_Default == pCamInfo->logicalCameraType))
{
// need to validate preview size <= binning size, otherwise return error
/// If snapshot size is less than sensor binning size, select defaut zsl usecase.
/// Only if snapshot size is larger than sensor binning size, select QuadCFA usecase.
/// Which means for snapshot in QuadCFA usecase,
/// - either do upscale from sensor binning size,
/// - or change sensor mode to full size quadra mode.
if (TRUE == QuadCFAMatchingUsecase(pCamInfo, pStreamConfig))
{
usecaseId = UsecaseId::QuadCFA;
CHX_LOG_CONFIG("Quad CFA usecase selected");
return usecaseId;
}
}
if (pStreamConfig->operation_mode == StreamConfigModeSuperSlowMotionFRC)
{
usecaseId = UsecaseId::SuperSlowMotionFRC;
CHX_LOG_CONFIG("SuperSlowMotionFRC usecase selected");
return usecaseId;
}
/// Reset the usecase flags
VideoEISV2Usecase = 0;
VideoEISV3Usecase = 0;
GPURotationUsecase = FALSE;
GPUDownscaleUsecase = FALSE;
if ((NULL != pCamInfo) && (pCamInfo->numPhysicalCameras > 1) && VRDCEnable)
{
CHX_LOG_CONFIG("MultiCameraVR usecase selected");
usecaseId = UsecaseId::MultiCameraVR;
}
else if ((NULL != pCamInfo) && (pCamInfo->numPhysicalCameras > 1) && (pStreamConfig->num_streams > 1))
{
CHX_LOG_CONFIG("MultiCamera usecase selected");
usecaseId = UsecaseId::MultiCamera;
}
else
{
switch (pStreamConfig->num_streams)
{
case 2:
if (TRUE == IsRawJPEGStreamConfig(pStreamConfig))
{
CHX_LOG_CONFIG("Raw + JPEG usecase selected");
usecaseId = UsecaseId::RawJPEG;
break;
}
/// @todo Enable ZSL by setting overrideDisableZSL to FALSE
if (FALSE == m_pExtModule->DisableZSL())
{
if (TRUE == IsPreviewZSLStreamConfig(pStreamConfig))
{
usecaseId = UsecaseId::PreviewZSL;
CHX_LOG_CONFIG("ZSL usecase selected");
}
}
if(TRUE == m_pExtModule->UseGPURotationUsecase())
{
CHX_LOG_CONFIG("GPU Rotation usecase flag set");
GPURotationUsecase = TRUE;
}
if (TRUE == m_pExtModule->UseGPUDownscaleUsecase())
{
CHX_LOG_CONFIG("GPU Downscale usecase flag set");
GPUDownscaleUsecase = TRUE;
}
if (TRUE == m_pExtModule->EnableMFNRUsecase())
{
if (TRUE == MFNRMatchingUsecase(pStreamConfig))
{
usecaseId = UsecaseId::MFNR;
CHX_LOG_CONFIG("MFNR usecase selected");
}
}
if (TRUE == m_pExtModule->EnableHFRNo3AUsecas())
{
CHX_LOG_CONFIG("HFR without 3A usecase flag set");
HFRNo3AUsecase = TRUE;
}
break;
case 3:
VideoEISV2Usecase = m_pExtModule->EnableEISV2Usecase();
VideoEISV3Usecase = m_pExtModule->EnableEISV3Usecase();
if(TRUE == IsRawJPEGStreamConfig(pStreamConfig))
{
CHX_LOG_CONFIG("Raw + JPEG usecase selected");
usecaseId = UsecaseId::RawJPEG;
}
else if((FALSE == IsVideoEISV2Enabled(pStreamConfig)) && (FALSE == IsVideoEISV3Enabled(pStreamConfig)) &&
(TRUE == IsVideoLiveShotConfig(pStreamConfig)))
{
CHX_LOG_CONFIG("Video With Liveshot, ZSL usecase selected");
usecaseId = UsecaseId::VideoLiveShot;
}
break;
case 4:
if(TRUE == IsYUVInBlobOutConfig(pStreamConfig))
{
CHX_LOG_CONFIG("YUV callback and Blob");
usecaseId = UsecaseId::YUVInBlobOut;
}
break;
default:
CHX_LOG_CONFIG("Default usecase selected");
break;
}
}
if (TRUE == ExtensionModule::GetInstance()->IsTorchWidgetUsecase())
{
CHX_LOG_CONFIG("Torch widget usecase selected");
usecaseId = UsecaseId::Torch;
}
CHX_LOG_INFO("usecase ID:%d",usecaseId);
return usecaseId;
}
（1）匹配usecase：根据 stream_number、operation_mode、numPhysicalCameras来判断选择哪个usecaseId
vendor/qcom/proprietary/chi-cdk/vendor/chioverride/default/chxusecaseutils.cpp
Usecase* UsecaseFactory::CreateUsecaseObject(
LogicalCameraInfo* pLogicalCameraInfo, ///< camera info
UsecaseId usecaseId, ///< Usecase Id
camera3_stream_configuration_t* pStreamConfig) ///< Stream config
{
Usecase* pUsecase = NULL;
UINT camera0Id = pLogicalCameraInfo->ppDeviceInfo[0]->cameraId;
switch (usecaseId)
{
case UsecaseId::PreviewZSL:
case UsecaseId::VideoLiveShot:
pUsecase = AdvancedCameraUsecase::Create(pLogicalCameraInfo, pStreamConfig, usecaseId);
break;
case UsecaseId::MultiCamera:
{
#if defined(CAMX_ANDROID_API) && (CAMX_ANDROID_API >= 28) //Android-P or better
LogicalCameraType logicalCameraType = m_pExtModule->GetCameraType(pLogicalCameraInfo->cameraId);
if (LogicalCameraType_DualApp == logicalCameraType)
{
pUsecase = UsecaseDualCamera::Create(pLogicalCameraInfo, pStreamConfig);
}
else
#endif
{
pUsecase = UsecaseMultiCamera::Create(pLogicalCameraInfo, pStreamConfig);
}
break;
}
case UsecaseId::MultiCameraVR:
//pUsecase = UsecaseMultiVRCamera::Create(pLogicalCameraInfo, pStreamConfig);
break;
case UsecaseId::QuadCFA:
if (TRUE == ExtensionModule::GetInstance()->UseFeatureForQuadCFA())
{
pUsecase = AdvancedCameraUsecase::Create(pLogicalCameraInfo, pStreamConfig, usecaseId);
}
else
{
pUsecase = UsecaseQuadCFA::Create(pLogicalCameraInfo, pStreamConfig);
}
break;
case UsecaseId::Torch:
pUsecase = UsecaseTorch::Create(camera0Id, pStreamConfig);
break;
#if (!defined(LE_CAMERA)) // SuperSlowMotion not supported in LE
case UsecaseId::SuperSlowMotionFRC:
pUsecase = UsecaseSuperSlowMotionFRC::Create(pLogicalCameraInfo, pStreamConfig);
break;
#endif
default:
pUsecase = AdvancedCameraUsecase::Create(pLogicalCameraInfo, pStreamConfig, usecaseId);
break;
}
return pUsecase;
}
（1）创建usecase：根据usecaseId选择，创建不同的usecase（AdvancedCameraUsecase ：ZSL、VideoLiveShot
UsecaseDualCamera：双摄
UsecaseMultiCamera：多摄
UsecaseQuadCFA：四合一、九合一处理
UsecaseTorch：闪光灯模式
UsecaseSuperSlowMotionFRC：慢动作
vendor/qcom/proprietary/chi-cdk/vendor/chioverride/default/chxadvancedcamerausecase.cpp
AdvancedCameraUsecase* AdvancedCameraUsecase::Create(
LogicalCameraInfo* pCameraInfo, ///< Camera info
camera3_stream_configuration_t* pStreamConfig, ///< Stream configuration
UsecaseId usecaseId) ///< Identifier for usecase function
{
CDKResult result = CDKResultSuccess;
AdvancedCameraUsecase* pAdvancedCameraUsecase = CHX_NEW AdvancedCameraUsecase;
if ((NULL != pAdvancedCameraUsecase) && (NULL != pStreamConfig))
{
result = pAdvancedCameraUsecase->Initialize(pCameraInfo, pStreamConfig, usecaseId);
if (CDKResultSuccess != result)
{
pAdvancedCameraUsecase->Destroy(FALSE);
pAdvancedCameraUsecase = NULL;
}
}
else
{
result = CDKResultEFailed;
}
return pAdvancedCameraUsecase;
}
CDKResult AdvancedCameraUsecase::Initialize(
LogicalCameraInfo* pCameraInfo, ///< Camera info
camera3_stream_configuration_t* pStreamConfig, ///< Stream configuration
UsecaseId usecaseId) ///< Identifier for the usecase function
{
ATRACE_BEGIN("AdvancedCameraUsecase::Initialize");
CDKResult result = CDKResultSuccess;
m_usecaseId = usecaseId;
m_cameraId = pCameraInfo->cameraId;
m_pLogicalCameraInfo = pCameraInfo;
m_pResultMutex = Mutex::Create();
m_pSetFeatureMutex = Mutex::Create();
m_pRealtimeReconfigDoneMutex = Mutex::Create();
m_isReprocessUsecase = FALSE;
m_numOfPhysicalDevices = pCameraInfo->numPhysicalCameras;
m_isUsecaseCloned = FALSE;
for (UINT32 i = 0 ; i < m_numOfPhysicalDevices; i++)
{
m_cameraIdMap[i] = pCameraInfo->ppDeviceInfo[i]->cameraId;
}
ExtensionModule::GetInstance()->GetVendorTagOps(&m_vendorTagOps);
CHX_LOG("pGetMetaData:%p, pSetMetaData:%p", m_vendorTagOps.pGetMetaData, m_vendorTagOps.pSetMetaData);
pAdvancedUsecase = GetXMLUsecaseByName(ZSL_USECASE_NAME);
if (NULL == pAdvancedUsecase)
{
CHX_LOG_ERROR("Fail to get ZSL usecase from XML!");
result = CDKResultEFailed;
}
ChxUtils::Memset(m_enabledFeatures, 0, sizeof(m_enabledFeatures));
ChxUtils::Memset(m_rejectedSnapshotRequestList, 0, sizeof(m_rejectedSnapshotRequestList));
if (TRUE == IsMultiCameraUsecase())
{
m_isRdiStreamImported = TRUE;
m_isFdStreamImported = TRUE;
}
else
{
m_isRdiStreamImported = FALSE;
m_isFdStreamImported = FALSE;
}
for (UINT32 i = 0; i < m_numOfPhysicalDevices; i++)
{
if (FALSE == m_isRdiStreamImported)
{
m_pRdiStream[i] = static_cast(CHX_CALLOC(sizeof(CHISTREAM)));
}
if (FALSE == m_isFdStreamImported)
{
m_pFdStream[i] = static_cast(CHX_CALLOC(sizeof(CHISTREAM)));
}
m_pBayer2YuvStream[i] = static_cast(CHX_CALLOC(sizeof(CHISTREAM)));
m_pJPEGInputStream[i] = static_cast(CHX_CALLOC(sizeof(CHISTREAM)));
}
for (UINT32 i = 0; i < MaxPipelines; i++)
{
m_pipelineToSession[i] = InvalidSessionId;
}
m_realtimeSessionId = static_cast(InvalidSessionId);
if (NULL == pStreamConfig)
{
CHX_LOG_ERROR("pStreamConfig is NULL");
result = CDKResultEFailed;
}
if (CDKResultSuccess == result)
{
CHX_LOG_INFO("AdvancedCameraUsecase::Initialize usecaseId:%d num_streams:%d", m_usecaseId, pStreamConfig->num_streams);
CHX_LOG_INFO("CHI Input Stream Configs:");
for (UINT stream = 0; stream < pStreamConfig->num_streams; stream++)
{
CHX_LOG_INFO("\tstream = %p streamType = %d streamFormat = %d streamWidth = %d streamHeight = %d",
pStreamConfig->streams[stream],
pStreamConfig->streams[stream]->stream_type,
pStreamConfig->streams[stream]->format,
pStreamConfig->streams[stream]->width,
pStreamConfig->streams[stream]->height);
if (CAMERA3_STREAM_INPUT == pStreamConfig->streams[stream]->stream_type)
{
CHX_LOG_INFO("Reprocess usecase");
m_isReprocessUsecase = TRUE;
}
}
result = CreateMetadataManager(m_cameraId, false, NULL, true);
}
// Default sensor mode pick hint
m_defaultSensorModePickHint.sensorModeCaps.value = 0;
m_defaultSensorModePickHint.postSensorUpscale = FALSE;
m_defaultSensorModePickHint.sensorModeCaps.u.Normal = TRUE;
if (TRUE == IsQuadCFAUsecase() && (CDKResultSuccess == result))
{
CHIDIMENSION binningSize = { 0 };
// get binning mode sensor output size,
// if more than one binning mode, choose the largest one
for (UINT i = 0; i < pCameraInfo->m_cameraCaps.numSensorModes; i++)
{
CHX_LOG("i:%d, sensor mode:%d, size:%dx%d",
i, pCameraInfo->pSensorModeInfo[i].sensorModeCaps.value,
pCameraInfo->pSensorModeInfo[i].frameDimension.width,
pCameraInfo->pSensorModeInfo[i].frameDimension.height);
if (1 == pCameraInfo->pSensorModeInfo[i].sensorModeCaps.u.Normal)
{
if ((pCameraInfo->pSensorModeInfo[i].frameDimension.width > binningSize.width) ||
(pCameraInfo->pSensorModeInfo[i].frameDimension.height > binningSize.height))
{
binningSize.width = pCameraInfo->pSensorModeInfo[i].frameDimension.width;
binningSize.height = pCameraInfo->pSensorModeInfo[i].frameDimension.height;
}
}
}
CHX_LOG("sensor binning mode size:%dx%d", binningSize.width, binningSize.height);
// For Quad CFA sensor, should use binning mode for preview.
// So set postSensorUpscale flag here to allow sensor pick binning sensor mode.
m_QuadCFASensorInfo.sensorModePickHint.sensorModeCaps.value = 0;
m_QuadCFASensorInfo.sensorModePickHint.postSensorUpscale = TRUE;
m_QuadCFASensorInfo.sensorModePickHint.sensorModeCaps.u.Normal = TRUE;
m_QuadCFASensorInfo.sensorModePickHint.sensorOutputSize.width = binningSize.width;
m_QuadCFASensorInfo.sensorModePickHint.sensorOutputSize.height = binningSize.height;
// For Quad CFA usecase, should use full size mode for snapshot.
m_defaultSensorModePickHint.sensorModeCaps.value = 0;
m_defaultSensorModePickHint.postSensorUpscale = FALSE;
m_defaultSensorModePickHint.sensorModeCaps.u.QuadCFA = TRUE;
}
if (CDKResultSuccess == result)
{
FeatureSetup(pStreamConfig);
result = SelectUsecaseConfig(pCameraInfo, pStreamConfig);
}
if ((NULL != m_pChiUsecase) && (CDKResultSuccess == result))
{
CHX_LOG_INFO("Usecase %s selected", m_pChiUsecase->pUsecaseName);
m_pCallbacks = static_cast(CHX_CALLOC(sizeof(ChiCallBacks) * m_pChiUsecase->numPipelines));
CHX_LOG_INFO("Pipelines need to create in advance usecase:%d", m_pChiUsecase->numPipelines);
for (UINT i = 0; i < m_pChiUsecase->numPipelines; i++)
{
CHX_LOG_INFO("[%d/%d], pipeline name:%s, pipeline type:%d, session id:%d, camera id:%d",
i,
m_pChiUsecase->numPipelines,
m_pChiUsecase->pPipelineTargetCreateDesc[i].pPipelineName,
GetAdvancedPipelineTypeByPipelineId(i),
(NULL != m_pPipelineToSession) ? m_pPipelineToSession[i] : i,
m_pPipelineToCamera[i]);
}
if (NULL != m_pCallbacks)
{
for (UINT i = 0; i < m_pChiUsecase->numPipelines; i++)
{
m_pCallbacks[i].ChiNotify = AdvancedCameraUsecase::ProcessMessageCb;
m_pCallbacks[i].ChiProcessCaptureResult = AdvancedCameraUsecase::ProcessResultCb;
m_pCallbacks[i].ChiProcessPartialCaptureResult = AdvancedCameraUsecase::ProcessDriverPartialCaptureResultCb;
}
result = CameraUsecaseBase::Initialize(m_pCallbacks, pStreamConfig);
for (UINT index = 0; index < m_pChiUsecase->numPipelines; ++index)
{
INT32 pipelineType = GET_PIPELINE_TYPE_BY_ID(m_pipelineStatus[index].pipelineId);
UINT32 rtIndex = GET_FEATURE_INSTANCE_BY_ID(m_pipelineStatus[index].pipelineId);
if (CDKInvalidId == m_metadataClients[index])
{
result = CDKResultEFailed;
break;
}
if ((rtIndex < MaxRealTimePipelines) && (pipelineType < AdvancedPipelineType::PipelineCount))
{
m_pipelineToClient[rtIndex][pipelineType] = m_metadataClients[index];
m_pMetadataManager->SetPipelineId(m_metadataClients[index], m_pipelineStatus[index].pipelineId);
}
}
}
PostUsecaseCreation(pStreamConfig);
UINT32 maxRequiredFrameCnt = GetMaxRequiredFrameCntForOfflineInput(0);
if (TRUE == IsMultiCameraUsecase())
{
//todo: it is better to calculate max required frame count according to pipeline,
// for example,some customer just want to enable MFNR feature for wide sensor,
// some customer just want to enable SWMF feature for tele sensor.
// here suppose both sensor enable same feature simply.
for (UINT i = 0; i < m_numOfPhysicalDevices; i++)
{
maxRequiredFrameCnt = GetMaxRequiredFrameCntForOfflineInput(i);
UpdateValidRDIBufferLength(i, maxRequiredFrameCnt + 1);
UpdateValidFDBufferLength(i, maxRequiredFrameCnt + 1);
CHX_LOG_CONFIG("physicalCameraIndex:%d,validBufferLength:%d",
i, GetValidBufferLength(i));
}
}
else
{
if (m_rdiStreamIndex != InvalidId)
{
UpdateValidRDIBufferLength(m_rdiStreamIndex, maxRequiredFrameCnt + 1);
CHX_LOG_INFO("m_rdiStreamIndex:%d validBufferLength:%d",
m_rdiStreamIndex, GetValidBufferLength(m_rdiStreamIndex));
}
else
{
CHX_LOG_INFO("No RDI stream");
}
if (m_fdStreamIndex != InvalidId)
{
UpdateValidFDBufferLength(m_fdStreamIndex, maxRequiredFrameCnt + 1);
CHX_LOG_INFO("m_fdStreamIndex:%d validBufferLength:%d",
m_fdStreamIndex, GetValidBufferLength(m_fdStreamIndex));
}
else
{
CHX_LOG_INFO("No FD stream");
}
}
}
else
{
result = CDKResultEFailed;
}
ATRACE_END();
return result;
}
（1）GetXMLUsecaseByName：获取XML文件中Usecase配置信息
（2）FeatureSetup ：创建Feature
（3）SelectUsecaseConfig：根据流配置和camera_info重新配置usecase
(4) CameraUsecaseBase::Initialize :调用父类CameraUsecaseBase的initialize方法，进行一些常规初始化工作
CDKResult CameraUsecaseBase::Initialize(
ChiCallBacks* pCallbacks,
camera3_stream_configuration_t* pStreamConfig)
{
ATRACE_BEGIN("CameraUsecaseBase::Initialize");
CDKResult result = Usecase::Initialize(false);
BOOL bReprocessUsecase = FALSE;
m_lastResultMetadataFrameNum = -1;
m_effectModeValue = ANDROID_CONTROL_EFFECT_MODE_OFF;
m_sceneModeValue = ANDROID_CONTROL_SCENE_MODE_DISABLED;
m_rtSessionIndex = InvalidId;
m_finalPipelineIDForPartialMetaData = InvalidId;
m_deferOfflineThreadCreateDone = FALSE;
m_pDeferOfflineDoneMutex = Mutex::Create();
m_pDeferOfflineDoneCondition = Condition::Create();
m_deferOfflineSessionDone = FALSE;
m_pCallBacks = pCallbacks;
m_GpuNodePresence = FALSE;
m_debugLastResultFrameNumber = static_cast(-1);
m_pEmptyMetaData = ChxUtils::AndroidMetadata::AllocateMetaData(0,0);
m_rdiStreamIndex = InvalidId;
m_fdStreamIndex = InvalidId;
m_isRequestBatchingOn = false;
m_batchRequestStartIndex = UINT32_MAX;
m_batchRequestEndIndex = UINT32_MAX;
// Default to 1-1 mapping of sessions and pipelines
if (0 == m_numSessions)
{
m_numSessions = m_pChiUsecase->numPipelines;
}
CHX_ASSERT(0 != m_numSessions);
if (CDKResultSuccess == result)
{
ChxUtils::Memset(m_pClonedStream, 0, (sizeof(ChiStream*)*MaxChiStreams));
ChxUtils::Memset(m_pFrameworkOutStreams, 0, (sizeof(ChiStream*)*MaxChiStreams));
m_bCloningNeeded = FALSE;
m_numberOfOfflineStreams = 0;
for (UINT i = 0; i < m_pChiUsecase->numPipelines; i++)
{
if (m_pChiUsecase->pPipelineTargetCreateDesc[i].sourceTarget.numTargets > 0)
{
bReprocessUsecase = TRUE;
break;
}
}
for (UINT i = 0; i < m_pChiUsecase->numPipelines; i++)
{
if (TRUE == m_pChiUsecase->pPipelineTargetCreateDesc[i].pipelineCreateDesc.isRealTime)
{
// Cloning of streams needs when source target stream is enabled and
// all the streams are connected in both real time and offline pipelines
// excluding the input stream count
m_bCloningNeeded = bReprocessUsecase && (UsecaseId::PreviewZSL != m_usecaseId) &&
(m_pChiUsecase->pPipelineTargetCreateDesc[i].sinkTarget.numTargets == (m_pChiUsecase->numTargets - 1));
if (TRUE == m_bCloningNeeded)
{
break;
}
}
}
CHX_LOG("m_bCloningNeeded = %d", m_bCloningNeeded);
// here just generate internal buffer index which will be used for feature to related target buffer
GenerateInternalBufferIndex() ;
for (UINT i = 0; i < m_pChiUsecase->numPipelines; i++)
{
// use mapping if available, otherwise default to 1-1 mapping
UINT sessionId = (NULL != m_pPipelineToSession) ? m_pPipelineToSession[i] : i;
UINT pipelineId = m_sessions[sessionId].numPipelines++;
// Assign the ID to pipelineID
m_sessions[sessionId].pipelines[pipelineId].id = i;
CHX_LOG("Creating Pipeline %s at index %u for session %u, session's pipeline %u, camera id:%d",
m_pChiUsecase->pPipelineTargetCreateDesc[i].pPipelineName, i, sessionId, pipelineId, m_pPipelineToCamera[i]);
result = CreatePipeline(m_pPipelineToCamera[i],
&m_pChiUsecase->pPipelineTargetCreateDesc[i],
&m_sessions[sessionId].pipelines[pipelineId],
pStreamConfig);
if (CDKResultSuccess != result)
{
CHX_LOG_ERROR("Failed to Create Pipeline %s at index %u for session %u, session's pipeline %u, camera id:%d",
m_pChiUsecase->pPipelineTargetCreateDesc[i].pPipelineName, i, sessionId, pipelineId, m_pPipelineToCamera[i]);
break;
}
m_sessions[sessionId].pipelines[pipelineId].isHALInputStream = PipelineHasHALInputStream(&m_pChiUsecase->pPipelineTargetCreateDesc[i]);
if (FALSE == m_GpuNodePresence)
{
for (UINT nodeIndex = 0;
nodeIndex < m_pChiUsecase->pPipelineTargetCreateDesc[i].pipelineCreateDesc.numNodes; nodeIndex++)
{
UINT32 nodeIndexId =
m_pChiUsecase->pPipelineTargetCreateDesc[i].pipelineCreateDesc.pNodes->nodeId;
if (255 == nodeIndexId)
{
if (NULL != m_pChiUsecase->pPipelineTargetCreateDesc[i].pipelineCreateDesc.pNodes->pNodeProperties)
{
const CHAR* gpuNodePropertyValue = "com.qti.node.gpu";
const CHAR* nodePropertyValue = (const CHAR*)
m_pChiUsecase->pPipelineTargetCreateDesc[i].pipelineCreateDesc.pNodes->pNodeProperties->pValue;
if (!strcmp(gpuNodePropertyValue, nodePropertyValue))
{
m_GpuNodePresence = TRUE;
break;
}
}
}
}
}
PipelineCreated(sessionId, pipelineId);
}
if (CDKResultSuccess == result)
{
//create internal buffer
CreateInternalBufferManager();
//If Session's Pipeline has HAL input stream port,
//create it on main thread to return important Stream
//information during configure_stream call.
result = CreateSessionsWithInputHALStream(pCallbacks);
}
if (CDKResultSuccess == result)
{
result = StartDeferThread(); //offline session，在独立线程创建
}
if (CDKResultSuccess == result)
{
result = CreateRTSessions(pCallbacks); //realtime session，在主线程创建
}
if (CDKResultSuccess == result)
{
INT32 frameworkBufferCount = BufferQueueDepth;
for (UINT32 sessionIndex = 0; sessionIndex < m_numSessions; ++sessionIndex)
{
PipelineData* pPipelineData = m_sessions[sessionIndex].pipelines;
for (UINT32 pipelineIndex = 0; pipelineIndex < m_sessions[sessionIndex].numPipelines; pipelineIndex++)
{
Pipeline* pPipeline = pPipelineData[pipelineIndex].pPipeline;
if (TRUE == pPipeline->IsRealTime())
{
m_metadataClients[pPipelineData[pipelineIndex].id] =
m_pMetadataManager->RegisterClient(
pPipeline->IsRealTime(),
pPipeline->GetTagList(),
pPipeline->GetTagCount(),
pPipeline->GetPartialTagCount(),
pPipeline->GetMetadataBufferCount() + BufferQueueDepth,
ChiMetadataUsage::RealtimeOutput);
pPipelineData[pipelineIndex].pPipeline->SetMetadataClientId(
m_metadataClients[pPipelineData[pipelineIndex].id]);
frameworkBufferCount += pPipeline->GetMetadataBufferCount();
}
}
}
m_pMetadataManager->InitializeFrameworkInputClient(frameworkBufferCount);
}
}
ATRACE_END();
return result;
}
(1) 创建pipeline ：遍历 m_pChiUsecase->numPipelines循环，PipelineCreated创建pipeline
（2）创建session ：根据pipeline，CreateSessionsWithInputHALStream创建session
CDKResult CameraUsecaseBase::CreatePipeline(
UINT32 cameraId,
ChiPipelineTargetCreateDescriptor* pPipelineDesc,
PipelineData* pPipelineData,
camera3_stream_configuration_t* pStreamConfig)
{
CDKResult result = CDKResultSuccess;
pPipelineData->pPipeline = Pipeline::Create(cameraId, PipelineType::Default, pPipelineDesc->pPipelineName);
if (NULL != pPipelineData->pPipeline)
{
UINT numStreams = 0;
ChiTargetPortDescriptorInfo* pSinkTarget = &pPipelineDesc->sinkTarget;
ChiTargetPortDescriptorInfo* pSrcTarget = &pPipelineDesc->sourceTarget;
ChiPortBufferDescriptor pipelineOutputBuffer[MaxChiStreams];
ChiPortBufferDescriptor pipelineInputBuffer[MaxChiStreams];
ChxUtils::Memset(pipelineOutputBuffer, 0, sizeof(pipelineOutputBuffer));
ChxUtils::Memset(pipelineInputBuffer, 0, sizeof(pipelineInputBuffer));
UINT32 tagId = ExtensionModule::GetInstance()->GetVendorTagId(FastShutterMode);
UINT8 isFSMode = 0;
if (StreamConfigModeFastShutter == ExtensionModule::GetInstance()->GetOpMode(m_cameraId))
{
isFSMode = 1;
}
result = pPipelineData->pPipeline->SetVendorTag(tagId, static_cast(&isFSMode), 1);
if (CDKResultSuccess != result)
{
CHX_LOG_ERROR("Failed to set metadata FSMode");
result = CDKResultSuccess;
}
if (NULL != pStreamConfig)
{
pPipelineData->pPipeline->SetAndroidMetadata(pStreamConfig);
}
for (UINT sinkIdx = 0; sinkIdx < pSinkTarget->numTargets; sinkIdx++)
{
ChiTargetPortDescriptor* pSinkTargetDesc = &pSinkTarget->pTargetPortDesc[sinkIdx];
UINT previewFPS = ExtensionModule::GetInstance()->GetPreviewFPS();
UINT videoFPS = ExtensionModule::GetInstance()->GetVideoFPS();
UINT pipelineFPS = ExtensionModule::GetInstance()->GetUsecaseMaxFPS();
pSinkTargetDesc->pTarget->pChiStream->streamParams.streamFPS = pipelineFPS;
// override ChiStream FPS value for Preview/Video streams with stream-specific values only IF
// APP has set valid stream-specific fps
if (UsecaseSelector::IsPreviewStream(reinterpret_cast(pSinkTargetDesc->pTarget->pChiStream)))
{
pSinkTargetDesc->pTarget->pChiStream->streamParams.streamFPS = (previewFPS == 0) ? pipelineFPS : previewFPS;
}
else if (UsecaseSelector::IsVideoStream(reinterpret_cast(pSinkTargetDesc->pTarget->pChiStream)))
{
pSinkTargetDesc->pTarget->pChiStream->streamParams.streamFPS = (videoFPS == 0) ? pipelineFPS : videoFPS;
}
if ((pSrcTarget->numTargets > 0) && (TRUE == m_bCloningNeeded))
{
m_pFrameworkOutStreams[m_numberOfOfflineStreams] = pSinkTargetDesc->pTarget->pChiStream;
m_pClonedStream[m_numberOfOfflineStreams] = static_cast(CHX_CALLOC(sizeof(CHISTREAM)));
ChxUtils::Memcpy(m_pClonedStream[m_numberOfOfflineStreams], pSinkTargetDesc->pTarget->pChiStream, sizeof(CHISTREAM));
pipelineOutputBuffer[sinkIdx].pStream = m_pClonedStream[m_numberOfOfflineStreams];
pipelineOutputBuffer[sinkIdx].pNodePort = pSinkTargetDesc->pNodePort;
pipelineOutputBuffer[sinkIdx].numNodePorts = pSinkTargetDesc->numNodePorts;
pPipelineData->pStreams[numStreams++] = pipelineOutputBuffer[sinkIdx].pStream;
m_numberOfOfflineStreams++;
CHX_LOG("CloningNeeded sinkIdx %d numStreams %d pStream %p nodePortId %d",
sinkIdx,
numStreams-1,
pipelineOutputBuffer[sinkIdx].pStream,
pipelineOutputBuffer[sinkIdx].pNodePort[0].nodePortId);
}
else
{
pipelineOutputBuffer[sinkIdx].pStream = pSinkTargetDesc->pTarget->pChiStream;
pipelineOutputBuffer[sinkIdx].pNodePort = pSinkTargetDesc->pNodePort;
pipelineOutputBuffer[sinkIdx].numNodePorts = pSinkTargetDesc->numNodePorts;
pPipelineData->pStreams[numStreams++] = pipelineOutputBuffer[sinkIdx].pStream;
CHX_LOG("sinkIdx %d numStreams %d pStream %p format %u %d:%d nodePortID %d",
sinkIdx,
numStreams - 1,
pipelineOutputBuffer[sinkIdx].pStream,
pipelineOutputBuffer[sinkIdx].pStream->format,
pipelineOutputBuffer[sinkIdx].pNodePort[0].nodeId,
pipelineOutputBuffer[sinkIdx].pNodePort[0].nodeInstanceId,
pipelineOutputBuffer[sinkIdx].pNodePort[0].nodePortId);
}
}
for (UINT sourceIdx = 0; sourceIdx < pSrcTarget->numTargets; sourceIdx++)
{
UINT i = 0;
ChiTargetPortDescriptor* pSrcTargetDesc = &pSrcTarget->pTargetPortDesc[sourceIdx];
pipelineInputBuffer[sourceIdx].pStream = pSrcTargetDesc->pTarget->pChiStream;
pipelineInputBuffer[sourceIdx].pNodePort = pSrcTargetDesc->pNodePort;
pipelineInputBuffer[sourceIdx].numNodePorts = pSrcTargetDesc->numNodePorts;
for (i = 0; i < numStreams; i++)
{
if (pPipelineData->pStreams[i] == pipelineInputBuffer[sourceIdx].pStream)
{
break;
}
}
if (numStreams == i)
{
pPipelineData->pStreams[numStreams++] = pipelineInputBuffer[sourceIdx].pStream;
}
for (UINT portIndex = 0; portIndex < pipelineInputBuffer[sourceIdx].numNodePorts; portIndex++)
{
CHX_LOG("sourceIdx %d portIndex %d numStreams %d pStream %p format %u %d:%d nodePortID %d",
sourceIdx,
portIndex,
numStreams - 1,
pipelineInputBuffer[sourceIdx].pStream,
pipelineInputBuffer[sourceIdx].pStream->format,
pipelineInputBuffer[sourceIdx].pNodePort[portIndex].nodeId,
pipelineInputBuffer[sourceIdx].pNodePort[portIndex].nodeInstanceId,
pipelineInputBuffer[sourceIdx].pNodePort[portIndex].nodePortId);
}
}
pPipelineData->pPipeline->SetOutputBuffers(pSinkTarget->numTargets, &pipelineOutputBuffer[0]);
pPipelineData->pPipeline->SetInputBuffers(pSrcTarget->numTargets, &pipelineInputBuffer[0]);
pPipelineData->pPipeline->SetPipelineNodePorts(&pPipelineDesc->pipelineCreateDesc);
pPipelineData->pPipeline->SetPipelineName(pPipelineDesc->pPipelineName);
CHX_LOG("set sensor mode pick hint: %p", GetSensorModePickHint(pPipelineData->id));
pPipelineData->pPipeline->SetSensorModePickHint(GetSensorModePickHint(pPipelineData->id));
pPipelineData->numStreams = numStreams;
result = pPipelineData->pPipeline->CreateDescriptor();
}
return result;
}
（1）、生成 pipeline ：Pipeline::Create
vendor/qcom/proprietary/chi-cdk/vendor/chioverride/default/chxpipeline.cpp
Pipeline* Pipeline::Create(
UINT32 cameraId,
PipelineType type,
const CHAR* pName)
{
Pipeline* pPipeline = CHX_NEW Pipeline;
if (NULL != pPipeline)
{
pPipeline->Initialize(cameraId, type);
pPipeline->m_pPipelineName = pName;
}
return pPipeline;
}
CamxResult Pipeline::Initialize(
PipelineCreateInputData* pPipelineCreateInputData,
PipelineCreateOutputData* pPipelineCreateOutputData)
{
CamxResult result = CamxResultEFailed;
m_pChiContext = pPipelineCreateInputData->pChiContext;
m_flags.isSecureMode = pPipelineCreateInputData->isSecureMode;
m_flags.isHFRMode = pPipelineCreateInputData->pPipelineDescriptor->flags.isHFRMode;
m_flags.isInitialConfigPending = TRUE;
m_pThreadManager = pPipelineCreateInputData->pChiContext->GetThreadManager();
m_pPipelineDescriptor = pPipelineCreateInputData->pPipelineDescriptor;
m_pipelineIndex = pPipelineCreateInputData->pipelineIndex;
m_cameraId = m_pPipelineDescriptor->cameraId;
m_hCSLLinkHandle = CSLInvalidHandle;
m_numConfigDoneNodes = 0;
m_lastRequestId = 0;
m_configDoneCount = 0;
m_hCSLLinkHandle = 0;
// Create lock and condition for config done
m_pConfigDoneLock = Mutex::Create("PipelineConfigDoneLock");
m_pWaitForConfigDone = Condition::Create("PipelineWaitForConfigDone");
// Resource lock, used to syncronize acquire resources and release resources
m_pResourceAcquireReleaseLock = Mutex::Create("PipelineResourceAcquireReleaseLock");
m_pNodesRequestDoneLock = Mutex::Create("PipelineAllNodesRequestDone");
if (NULL == m_pNodesRequestDoneLock)
{
CAMX_LOG_ERROR(CamxLogGroupCore, "Out of memory!!");
return CamxResultENoMemory;
}
m_pWaitAllNodesRequestDone = Condition::Create("PipelineWaitAllNodesRequestDone");
if (NULL == m_pWaitAllNodesRequestDone)
{
CAMX_LOG_ERROR(CamxLogGroupCore, "Out of memory!!");
return CamxResultENoMemory;
}
// Create external Sensor when sensor module is enabled
// External Sensor Module is created so as to test CAMX ability to work with OEMs
// who has external sensor (ie they do all sensor configuration outside of driver
// and there is no sensor node in the pipeline )
HwContext* pHwcontext = pPipelineCreateInputData->pChiContext->GetHwContext();
if (TRUE == pHwcontext->GetStaticSettings()->enableExternalSensorModule)
{
m_pExternalSensor = ExternalSensor::Create();
CAMX_ASSERT(NULL != m_pExternalSensor);
}
CAMX_ASSERT(NULL != m_pConfigDoneLock);
CAMX_ASSERT(NULL != m_pWaitForConfigDone);
CAMX_ASSERT(NULL != m_pResourceAcquireReleaseLock);
OsUtils::SNPrintF(m_pipelineIdentifierString, sizeof(m_pipelineIdentifierString), "%s_%d",
GetPipelineName(), GetPipelineId());
// We can't defer UsecasePool since we are publishing preview dimension to it.
m_pUsecasePool = MetadataPool::Create(PoolType::PerUsecase, m_pipelineIndex, NULL, 1, GetPipelineIdentifierString(), 0);
if (NULL != m_pUsecasePool)
{
m_pUsecasePool->UpdateRequestId(0); // Usecase pool created, mark the slot as valid
}
else
{
CAMX_LOG_ERROR(CamxLogGroupCore, "Out of memory!!");
return CamxResultENoMemory;
}
SetLCRRawformatPorts();
SetNumBatchedFrames(m_pPipelineDescriptor->numBatchedFrames, m_pPipelineDescriptor->maxFPSValue);
m_pCSLSyncIDToRequestId = static_cast(CAMX_CALLOC(sizeof(UINT64) * MaxPerRequestInfo * GetNumBatchedFrames()));
if (NULL == m_pCSLSyncIDToRequestId)
{
CAMX_LOG_ERROR(CamxLogGroupCore, "Out of memory!!");
return CamxResultENoMemory;
}
m_pStreamBufferBlob = static_cast(CAMX_CALLOC(sizeof(StreamBufferInfo) * GetNumBatchedFrames() *
MaxPerRequestInfo));
if (NULL == m_pStreamBufferBlob)
{
CAMX_LOG_ERROR(CamxLogGroupCore, "Out of memory!!");
return CamxResultENoMemory;
}
for (UINT i = 0; i < MaxPerRequestInfo; i++)
{
m_perRequestInfo[i].pSequenceId = static_cast(CAMX_CALLOC(sizeof(UINT32) * GetNumBatchedFrames()));
if (NULL == m_perRequestInfo[i].pSequenceId)
{
CAMX_LOG_ERROR(CamxLogGroupCore, "Out of memory!!");
return CamxResultENoMemory;
}
m_perRequestInfo[i].request.pStreamBuffers = &m_pStreamBufferBlob[i * GetNumBatchedFrames()];
}
MetadataSlot* pMetadataSlot = m_pUsecasePool->GetSlot(0);
MetaBuffer* pInitializationMetaBuffer = m_pPipelineDescriptor->pSessionMetadata;
MetaBuffer* pMetadataSlotDstBuffer = NULL;
// Copy metadata published by the Chi Usecase to this pipeline's UsecasePool
if (NULL != pInitializationMetaBuffer)
{
result = pMetadataSlot->GetMetabuffer(&pMetadataSlotDstBuffer);
if (CamxResultSuccess == result)
{
pMetadataSlotDstBuffer->Copy(pInitializationMetaBuffer, TRUE);
}
else
{
CAMX_LOG_ERROR(CamxLogGroupMeta, "Cannot copy! Error Code: %u", result);
}
}
else
{
CAMX_LOG_WARN(CamxLogGroupMeta, "No init metadata found!");
}
ConfigureMaxPipelineDelay(m_pPipelineDescriptor->maxFPSValue, DefaultMaxPipelineDelay);
QueryEISCaps();
if (TRUE == IsRealTime())
{
PublishOutputDimensions();
PublishTargetFPS();
}
result = CreateNodes(pPipelineCreateInputData, pPipelineCreateOutputData);
if (CamxResultSuccess == result)
{
for (UINT i = 0; i < m_nodeCount; i++)
{
result = FilterAndUpdatePublishSet(m_ppNodes[i]);
}
}
if (HwEnvironment::GetInstance()->GetStaticSettings()->numMetadataResults > SingleMetadataResult)
{
m_bPartialMetadataEnabled = TRUE;
}
if (CamxResultSuccess == result)
{
m_pPerRequestInfoLock = Mutex::Create("PipelineRequestInfo");
if (NULL != m_pPerRequestInfoLock)
{
if (IsRealTime())
{
m_metaBufferDelay = Utils::MaxUINT32(
GetMaxPipelineDelay(),
DetermineFrameDelay());
}
else
{
m_metaBufferDelay = 0;
}
}
else
{
result = CamxResultENoMemory;
}
}
if (CamxResultSuccess == result)
{
if (IsRealTime())
{
m_metaBufferDelay = Utils::MaxUINT32(
GetMaxPipelineDelay(),
DetermineFrameDelay());
}
else
{
m_metaBufferDelay = 0;
}
UpdatePublishTags();
}
if (CamxResultSuccess == result)
{
pPipelineCreateOutputData->pPipeline = this;
SetPipelineStatus(PipelineStatus::INITIALIZED);
}
return result;
}
（1）、生成metadataPool：MetadataPool::Create
（2）、生成通用的Node：CreateNodes 在接下来走这个函数 result = Node::Create(&createInputData, &createOutputData); 再接下来走这个函数 pNode->Initialize(pCreateInputData, pCreateOutputData);
vendor/qcom/proprietary/camx/src/core/hal/camxnode.cpp
（1）node的初始化，就不粘贴了
（2）pipeline中有哪些node，在获取usecase中已经确定了。具体细节看g_pipelines.h
下面还有 processRequest()和processResult() 在postJob来启动
二、LOG
01-24 13:29:53.374 779 779 I CamX : [CONFIG][HAL ] camxhal3.cpp:904 configure_streams() HalOp: Begin CONFIG: 0xb400006ed035e5f0, logicalCameraId: 0, cameraId: 0
01-24 13:29:53.377 779 779 E CHIUSECASE: [CONFIG ] chxsensorselectmode.cpp:587 FindBestSensorMode() Selected Usecase: 7, SelectedMode W=4624, H=3472, FPS:30, NumBatchedFrames:1, modeIndex:1
01-24 13:29:53.377 779 779 D CHIUSECASE: [FULL ] chxusecaseutils.cpp:534 IsQuadCFASensor() i:0, sensor mode:16
01-24 13:29:53.377 779 779 D CHIUSECASE: [FULL ] chxusecaseutils.cpp:494 QuadCFAMatchingUsecase() i:0, sensor mode:16
01-24 13:29:53.377 779 779 D CHIUSECASE: [FULL ] chxusecaseutils.cpp:499 QuadCFAMatchingUsecase() sensor binning size:4624x3472
01-24 13:29:53.377 779 779 E CHIUSECASE: [CONFIG ] chxusecaseutils.cpp:613 GetMatchingUsecase() ZSL usecase selected
01-24 13:29:53.377 779 779 I CHIUSECASE: [INFO ] chxusecaseutils.cpp:686 GetMatchingUsecase() usecase ID:3
01-24 13:29:53.378 779 779 E CHIUSECASE: [CONFIG ] chxextensionmodule.cpp:1824 InitializeOverrideSession() Session_parameters FPS range 8:30, previewFPS 0, videoFPS 0,BatchSize: 1 FPS: 30 SkipPattern: 1,cameraId = 0 selected use case = 3
01-24 13:29:53.383 779 779 D CHIUSECASE: [FULL ] chxadvancedcamerausecase.cpp:4484 Initialize() pGetMetaData:0x6d0df36b20, pSetMetaData:0x6d0df36a18
01-24 13:29:53.383 779 779 D CHIUSECASE: [FULL ] chxadvancedcamerausecase.cpp:3448 GetXMLUsecaseByName() E. usecaseName:UsecaseZSL
01-24 13:29:53.384 779 779 D CHIUSECASE: [FULL ] chxadvancedcamerausecase.cpp:3469 GetXMLUsecaseByName() pUsecase:0x6d09b0b8a0
01-24 13:29:53.384 779 779 I CHIUSECASE: [INFO ] chxadvancedcamerausecase.cpp:4539 Initialize() AdvancedCameraUsecase::Initialize usecaseId:3 num_streams:2
01-24 13:29:53.384 779 779 I CHIUSECASE: [INFO ] chxadvancedcamerausecase.cpp:4540 Initialize() CHI Input Stream Configs:
01-24 13:29:53.384 779 779 I CHIUSECASE: [INFO ] chxadvancedcamerausecase.cpp:4548 Initialize() stream = 0xb400006e10336ea8 streamType = 0 streamFormat = 34 streamWidth = 1440 streamHeight = 1080
01-24 13:29:53.384 779 779 I CHIUSECASE: [INFO ] chxadvancedcamerausecase.cpp:4548 Initialize() stream = 0xb400006e103667b8 streamType = 0 streamFormat = 33 streamWidth = 4608 streamHeight = 3456
01-24 13:29:53.401 779 779 I CHIUSECASE: [INFO ] chxmetadata.cpp:1079 Initialize() [CMB_DEBUG] Metadata manager initialized
01-24 13:29:53.401 779 779 I CHIUSECASE: [INFO ] chxmetadata.cpp:914 AllocateBuffers() [CMB_DEBUG] Buffer count 16 16
01-24 13:29:53.401 779 779 I CHIUSECASE: [INFO ] chxmetadata.cpp:922 AllocateBuffers() [CMB_DEBUG] Allocate buffers for client 0xb400006f204b4fb8 16
01-24 13:29:53.402 779 779 I CHIUSECASE: [INFO ] chxmetadata.cpp:1345 RegisterExclusiveClient() [CMB_DEBUG] Register success index 1 id 1 16 usage 0
01-24 13:29:53.402 779 779 D CHIUSECASE: [FULL ] chxfeaturemfnr.cpp:146 Initialize() MFNR: Offline noise reprocessing pipeline enabled: 0
01-24 13:29:53.403 779 779 I CHIUSECASE: [INFO ] chxadvancedcamerausecase.cpp:5637 SelectFeatures() num features selected:3, FeatureType for preview:1
01-24 13:29:53.407 779 779 I CHIUSECASE: [INFO ] chxadvancedcamerausecase.cpp:4612 Initialize() Usecase UsecaseZSL selected
01-24 13:29:53.407 779 779 I CHIUSECASE: [INFO ] chxadvancedcamerausecase.cpp:4616 Initialize() Pipelines need to create in advance usecase:9
01-24 13:29:53.407 779 779 I CHIUSECASE: [INFO ] chxadvancedcamerausecase.cpp:4625 Initialize() [0/9], pipeline name:ZSLSnapshotJpeg, pipeline type:0, session id:0, camera id:0
01-24 13:29:53.407 779 779 I CHIUSECASE: [INFO ] chxadvancedcamerausecase.cpp:4625 Initialize() [1/9], pipeline name:ZSLPreviewRaw, pipeline type:5, session id:1, camera id:0
01-24 13:29:53.407 779 779 I CHIUSECASE: [INFO ] chxadvancedcamerausecase.cpp:4625 Initialize() [2/9], pipeline name:InternalZSLYuv2Jpeg, pipeline type:2, session id:2, camera id:0
01-24 13:29:53.407 779 779 I CHIUSECASE: [INFO ] chxadvancedcamerausecase.cpp:4625 Initialize() [3/9], pipeline name:Merge3YuvCustomTo1Yuv, pipeline type:4, session id:3, camera id:0
01-24 13:29:53.407 779 779 I CHIUSECASE: [INFO ] chxadvancedcamerausecase.cpp:4625 Initialize() [4/9], pipeline name:ZSLSnapshotYUV, pipeline type:1, session id:4, camera id:0
01-24 13:29:53.407 779 779 I CHIUSECASE: [INFO ] chxadvancedcamerausecase.cpp:4625 Initialize() [5/9], pipeline name:MfnrPrefilter, pipeline type:8, session id:5, camera id:0
01-24 13:29:53.407 779 779 I CHIUSECASE: [INFO ] chxadvancedcamerausecase.cpp:4625 Initialize() [6/9], pipeline name:MfnrBlend, pipeline type:9, session id:5, camera id:0
01-24 13:29:53.408 779 779 I CHIUSECASE: [INFO ] chxadvancedcamerausecase.cpp:4625 Initialize() [7/9], pipeline name:MfnrPostFilter, pipeline type:10, session id:5, camera id:0
01-24 13:29:53.408 779 779 I CHIUSECASE: [INFO ] chxadvancedcamerausecase.cpp:4625 Initialize() [8/9], pipeline name:InternalZSLYuv2JpegMFNR, pipeline type:3, session id:5, camera id:0
01-24 13:29:53.409 779 779 E CHIUSECASE: [CONFIG ] chxpipeline.cpp:225 CreateDescriptor() Pipeline[ZSLSnapshotJpeg] pipeline pointer 0xb400006f003a8da0 numInputs=1, numOutputs=1 stream wxh=4608x3456
01-24 13:29:53.409 779 779 I CamX : [CONFIG][CORE ] camxpipeline.cpp:1179 CreateNodes() Topology: Creating Pipeline ZSLSnapshotJpeg_0, numNodes 5 isSensorInput 0 isRealTime 0
01-24 13:29:53.409 779 779 I CamX : [CONFIG][CORE ] camxnode.cpp:579 InitializeSinkPortBufferProperties() Topology: Node::ZSLSnapshotJpeg_JPEG_Aggregator0 has a sink port id 2 using format 0 dim 4608x3456
01-24 13:29:53.409 779 779 I CamX : [CONFIG][CORE ] camxpipeline.cpp:1356 CreateNodes() Topology: Pipeline[ZSLSnapshotJpeg_0] Link: Node::ZSLSnapshotJpeg_BPS0(outPort 4) --> (inPort 3) Node::ZSLSnapshotJpeg_IPE2 using format 18
01-24 13:29:53.470 779 779 D CHIUSECASE: [FULL ] chxadvancedcamerausecase.cpp:1061 CreateSession() Creating session 1
01-24 13:29:53.470 779 779 I CamX : [CONFIG][CORE ] camxsession.cpp:5380 SetRealtimePipeline() Session 0xb400006fe04d9090 Pipeline[ZSLPreviewRaw] Selected Sensor Mode W=4624 H=3472
01-24 13:29:53.524 779 17016 D CHIUSECASE: [FULL ] chxadvancedcamerausecase.cpp:931 CreateOfflineSessions() success Creating Session 4
01-24 13:29:53.524 1011 2224 V ActivityTaskManager: Calling mServicetracker.OnActivityStateChange with flag falsestateSTOPPING
01-24 13:29:53.524 779 17016 I CHIUSECASE: [INFO ] chxmetadata.cpp:914 AllocateBuffers() [CMB_DEBUG] Buffer count 6 6
01-24 13:29:53.524 779 17016 I CHIUSECASE: [INFO ] chxmetadata.cpp:1432 RegisterSharedClient() [CMB_DEBUG] Register success index 2 id 40002 6
01-24 13:29:53.540 779 17016 I CamX : [CONFIG][CORE ] camxsession.cpp:1224 Initialize() Session (0xb400006fe06290f0) Initialized
三、常见问题
//TODO，喝口水，远眺下，继续撸代码