QTSS_Error EasyCameraSource::StartStreaming(Easy_StartStream_Params* inParams)
{
QTSS_Error theErr = QTSS_NoErr;
do
{
if (NULL == fPusherHandle)
{
if (!cameraLogin())
{
theErr = QTSS_RequestFailed;
break;
}
std::map<HI_U32, Easy_U32> mapSDK2This;
mapSDK2This[HI_NET_DEV_AUDIO_TYPE_G711] = EASY_SDK_AUDIO_CODEC_G711A;
mapSDK2This[HI_NET_DEV_AUDIO_TYPE_G726] = EASY_SDK_AUDIO_CODEC_G726;
EASY_MEDIA_INFO_T mediainfo;
memset(&mediainfo, 0x00, sizeof(EASY_MEDIA_INFO_T));
mediainfo.u32VideoCodec = EASY_SDK_VIDEO_CODEC_H264;
HI_S32 s32Ret = HI_FAILURE;
HI_S_Video sVideo;
sVideo.u32Channel = HI_NET_DEV_CHANNEL_1;
sVideo.blFlag = sStreamType ? HI_TRUE : HI_FALSE;
s32Ret = HI_NET_DEV_GetConfig(m_u32Handle, HI_NET_DEV_CMD_VIDEO_PARAM, &sVideo, sizeof(HI_S_Video));
if (s32Ret == HI_SUCCESS)
{
mediainfo.u32VideoFps = sVideo.u32Frame;
}
else
{
mediainfo.u32VideoFps = 25;
}
HI_S_Audio sAudio;
sAudio.u32Channel = HI_NET_DEV_CHANNEL_1;
sAudio.blFlag = sStreamType ? HI_TRUE : HI_FALSE;
s32Ret = HI_NET_DEV_GetConfig(m_u32Handle, HI_NET_DEV_CMD_AUDIO_PARAM, &sAudio, sizeof(HI_S_Audio));
if (s32Ret == HI_SUCCESS)
{
mediainfo.u32AudioCodec = mapSDK2This[sAudio.u32Type];
mediainfo.u32AudioChannel = sAudio.u32Channel;
}
else
{
mediainfo.u32AudioCodec = EASY_SDK_AUDIO_CODEC_G711A;
mediainfo.u32AudioChannel = 1;
}
mediainfo.u32AudioSamplerate = 8000;
fPusherHandle = EasyPusher_Create();
if (fPusherHandle == NULL)
{
//EasyPusher初始化创建失败,可能是EasyPusher SDK未授权
theErr = QTSS_Unimplemented;
break;
}
// 注册流推送事件回调
EasyPusher_SetEventCallback(fPusherHandle, __EasyPusher_Callback, 0, NULL);
// 根据接收到的命令生成流信息
char sdpName[128] = { 0 };
sprintf(sdpName, "%s/%s/%s.sdp", inParams->inStreamID, inParams->inSerial, inParams->inChannel);
// 开始推送流媒体数据
EasyPusher_StartStream(fPusherHandle, (char*)inParams->inIP, inParams->inPort, sdpName, "", "", &mediainfo, 1024/* 1M Buffer*/, 0);
saveStartStreamParams(inParams);
}
theErr = netDevStartStream();
} while (0);
if (theErr != QTSS_NoErr)
{
// 如果推送不成功，需要释放之前已经开启的资源
StopStreaming(NULL);
}
else
{
// 推送成功，将当前正在推送的参数信息回调
inParams->inChannel = fStartStreamInfo.channel;
inParams->inIP = fStartStreamInfo.ip;
inParams->inPort = fStartStreamInfo.port;
inParams->inProtocol = fStartStreamInfo.protocol;
inParams->inSerial = fStartStreamInfo.serial;
inParams->inStreamID = fStartStreamInfo.streamId;
}
return theErr;
}
static int
bsm_get_device_config(struct service *srv, int parm_id, void *parm)
{
int ret = HI_FAILURE;
int user_id;
JDevCap *dev_cap;
bsm_config_t *config;
bsm_service_t*bsm_srv;
NMP_ASSERT(srv && parm);
bsm_srv = (bsm_service_t*)srv;
user_id = bsm_get_user_id(&bsm_srv->parm);
if (BSM_LOGOUT == user_id)
{
show_debug("Proxy device logout!!!!!!!!!!!!!!\n");
return -1;
}
switch (parm_id)
{
case GET_DEVICE_CONFIG:
goto GET_CFG;
case GET_NETWORK_CONFIG:
goto GET_CFG;
case GET_FTP_CONFIG:
goto GET_CFG;
case GET_SMTP_CONFIG:
goto GET_CFG;
case GET_DDNS_CONFIG:
goto GET_CFG;
case GET_DISK_LIST:
goto GET_CFG;
case GET_ENCODE_CONFIG:
goto GET_CFG;
case GET_DISPLAY_CONFIG:
goto GET_CFG;
case GET_OSD_CONFIG:
goto GET_CFG;
case GET_PTZ_CONFIG:
goto GET_CFG;
case GET_MOTION_CONFIG:
goto GET_CFG;
case GET_CAPABILITY_SET:
dev_cap = (JDevCap*)parm;
dev_cap->cap0 = DEV_CAP_VIDEO_IN | DEV_CAP_AUDIO | DEV_CAP_IRIS | DEV_CAP_PTZ |
DEV_CAP_ALARM_IN | DEV_CAP_ALARM_OUT | DEV_CAP_STORAGE | DEV_CAP_WEB | DEV_CAP_PLATFORM |
DEV_CAP_INTELLIGENT_ANALYSIS | DEV_CAP_UPDATE | DEV_CAP_VIDEO_OUT;// | DEV_CAP_IR;
dev_cap->ftp_enable = 1;
dev_cap->upnp_enable = 0;
dev_cap->chn_cap.size = sizeof(JChnCap);
dev_cap->chn_cap.encode = VIDEO_ENCODE_H264_E | VIDEO_ENCODE_MJPEG_E |
VIDEO_ENCODE_JPEG_E | VIDEO_ENCODE_MPEG4_E;
dev_cap->chn_cap.supp_mask = 1;
dev_cap->chn_cap.mask_count = 4;
dev_cap->chn_cap.supp_hide_alarm = 1;
dev_cap->chn_cap.hide_alarm_count = 1;
dev_cap->chn_cap.supp_move_alarm = 1;
dev_cap->chn_cap.move_alarm_count = 1;
dev_cap->chn_cap.supp_video_lost_alarm = 1;
dev_cap->chn_cap.osd_count = 1;
dev_cap->chn_cap.stream_count = 2;
dev_cap->chn_cap.stream_supp_resolution[0] = CAP_VIDEO_QCIF | CAP_VIDEO_CIF |
CAP_VIDEO_D1 | CAP_VIDEO_QQVGA | CAP_VIDEO_QVGA | CAP_VIDEO_VGA | CAP_VIDEO_720P;
dev_cap->chn_cap.stream_supp_resolution[1] = CAP_VIDEO_QCIF | CAP_VIDEO_CIF |
CAP_VIDEO_D1 | CAP_VIDEO_QQVGA | CAP_VIDEO_QVGA | CAP_VIDEO_VGA | CAP_VIDEO_720P;
dev_cap->chn_cap.stream_supp_resolution[2] = CAP_VIDEO_QCIF | CAP_VIDEO_CIF |
CAP_VIDEO_D1 | CAP_VIDEO_QQVGA | CAP_VIDEO_QVGA | CAP_VIDEO_VGA | CAP_VIDEO_720P;
dev_cap->chn_cap.stream_supp_resolution[3] = CAP_VIDEO_QCIF | CAP_VIDEO_CIF |
CAP_VIDEO_D1 | CAP_VIDEO_QQVGA | CAP_VIDEO_QVGA | CAP_VIDEO_VGA | CAP_VIDEO_720P;
dev_cap->chn_cap.stream_max_frate_rate[0] = 25;
dev_cap->chn_cap.img_cap = IMA_BRIGHTNESS | IMA_CONTRAST | IMA_SATURATION | IMA_HUE;
ret = HI_SUCCESS;
break;
default:
ret = HI_FAILURE;
show_warn("parm_id Invalid!!!!!\n");
break;
}
if (HI_SUCCESS == ret)
return 0;
else
return -1;
GET_CFG:
config = (bsm_config_t*)parm;
ret = HI_NET_DEV_GetConfig(
(HI_U32) user_id,
(HI_U32) config->command,
(HI_VOID*)config->buffer,
(HI_U32) config->b_size);
show_debug("HI_NET_DEV_GetConfig: %s<-------------------------------\n",
(ret == HI_SUCCESS) ? "Success" : "Failure");
if (HI_SUCCESS == ret)
return 0;
else
return -1;
}
