int UCPublicProxy::GetContactStatus(const std::string& _uri, int& _status)
{
DEBUG_LOG() << "--- ENTER";
INFO_PARAM1(_uri);
if (_uri.empty())
{
ERROR_LOG() << "_uri is empty.";
DEBUG_LOG() << "--- LEAVE";
return UCSDK_InvalidParam;
}
if (NULL == m_pUCClient)
{
ERROR_LOG() << "m_pUCClient is null.";
DEBUG_LOG() << "--- LEAVE";
return UCSDK_NullPoint;
}
if (NULL == m_pUCClient->ContactSubManager)
{
ERROR_LOG() << "m_pUCClient->ContactSubManager is null.";
DEBUG_LOG() << "--- LEAVE";
return UCSDK_NullPoint;
}
_status = m_pUCClient->ContactSubManager->GetContactStatus(_uri);
INFO_PARAM1(_status);
DEBUG_LOG() << "--- LEAVE";
return UCSDK_Succ;
}
int UCSDK_CALL CanMoveToGroup(const UCContact* member, const UCGroup* _src, const UCGroup* _target)
{
DEBUG_LOG() << "--- ENTER";
CHECK_POINTER(member, false);
CHECK_POINTER(_src, false);
CHECK_POINTER(_target, false);
UCContactMgrAbsProxy* pUCContactMgrAbsProxy = UCContactMgrAbsProxy::GetInstance();
CHECK_POINTER(pUCContactMgrAbsProxy, false);
UCSDKContact contact;
UCSDKGroup srcgroup;
UCSDKGroup targetgroup;
UCStructCopy::Copy_UCSDKContact(contact, *member);
UCStructCopy::Copy_UCSDKGroup(srcgroup, *_src);
UCStructCopy::Copy_UCSDKGroup(targetgroup, *_target);
bool bRet = pUCContactMgrAbsProxy->CanMoveToGroup(contact, srcgroup, targetgroup);
INFO_PARAM1(bRet);
int iRet = UC_Fail;
if (bRet)
{
iRet = UC_Succ;
}
DEBUG_LOG() << "--- LEAVE";
return iRet;
}
bool __UPGRADE_VERSION_CALL Upgrade_SetServerUrl(const char* pchServerUrl)
{
DEBUG_LOG() << "--- ENTER";
INFO_PARAM1(pchServerUrl);
if (NULL == pchServerUrl)
{
ERROR_LOG() << "pchServerUrl is NULL pointer.";
return false;
}
//获取升级模块实例
UpdateVersion *pUpdateVersion = UpdateVersion::GetUpdateVersion();
if (NULL == pUpdateVersion)
{
ERROR_LOG() << "pUpdateVersion is NULL pointer.";
return false;
}
//设置server url
std::string strUrl = pchServerUrl;
bool bRet = pUpdateVersion->SetServerUrl(strUrl);
if (!bRet)
{
ERROR_LOG() << "Set server url fail.";
}
else
{
DEBUG_LOG() << "Set server url success.";
}
DEBUG_LOG() << "--- LEAVE";
return bRet;
}
//设置当前视频设备
int UCDeviceMgr::SetCurrentVideoDev(int index)
{
if (NULL == m_pDevMgr)
{
ERROR_LOG() << "m_pDevMgr is null pointer";
return UC_SDK_NullPtr;
}
if (index < 0 || index >= (int)m_pDevMgr->videodevlist.size())
{
return UC_SDK_InvalidPara;
}
if (!m_pDevMgr->SetVideoCaptureDev((unsigned int)index))
{
INFO_PARAM1(index);
ERROR_LOG() << "SetVideoCaptureDev failed.";
return UC_SDK_Failed;
}
if(NULL == UCRegManager::Instance().m_pSelf)
{
ERROR_LOG() << "m_pSelf is NULL.";
return UC_SDK_NullPtr;
}
UCRegManager::Instance().m_pSelf->simplecfg_.SaveUserConfig(SETTING_MEDIA_VIDEODEVICE,m_pDevMgr->videodevlist[(unsigned int)index]->name);
return UC_SDK_Success;
}
VOID WINAPI ControlHandler(DWORD dwControl)
{
LOG_TRACE();
INFO_PARAM1(dwControl);
switch (dwControl)
{
case SERVICE_CONTROL_STOP:
{
g_svc_status.dwCurrentState = SERVICE_STOP_PENDING;
SetServiceStatus(g_hSvcCtrl, &g_svc_status);
SSL_Socket::Instance().m_bStopSvc = true;
}
break;
case SERVICE_CONTROL_SHUTDOWN:
{
g_svc_status.dwCurrentState = SERVICE_STOP_PENDING;
SetServiceStatus(g_hSvcCtrl, &g_svc_status);
SSL_Socket::Instance().m_bStopSvc = true;
}
break;
default:
{
LOG_RUN_ERROR("Invalid service control.");
}
break;
}
}
void UCEventMgr::EventAgent::NotifyCallIncoming() const
{
if (NULL == UCCallManager::OnAVSessAddedCB)
{
WARN_LOG() << "OnAVSessAddedCB is null";
return;
}
INFO_PARAM1(m_EventPara);
ctk::xml::XMLInStream xmlStr(m_EventPara);
std::string callerUri;
xmlStr["callerUri"] >> callerUri;
std::string video;
xmlStr["video"] >> video;
std::string callmode;
xmlStr["callmode"] >> callmode;
std::string accountType;
xmlStr["accounttype"] >> accountType;
STAudioVideoParam item = {0};
item.isvideo_ = 0;
item.callMode = 0;
item.AccountType = 0;
Contact ctact;
if(eSDKTool::IsValidUri(callerUri))
{
if(UC_SDK_Success == UCContactMgr::Instance().getContactByUri(callerUri,ctact))
{
ctk::MemSet(item.ucAcc,0,STRING_LENGTH);
ctk::MemCopy(item.ucAcc,ctact.ucAcc_.c_str(),(ctact.ucAcc_.size()<(STRING_LENGTH)) ? (ctact.ucAcc_.size()) : (STRING_LENGTH-1));
}
else
{
ctk::MemSet(item.ucAcc,0,STRING_LENGTH);
ctk::MemCopy(item.ucAcc,callerUri.c_str(),(callerUri.size()<(STRING_LENGTH)) ? (callerUri.size()) : (STRING_LENGTH-1));
}
}
else
{
ctk::MemSet(item.ucAcc,0,STRING_LENGTH);
ctk::MemCopy(item.ucAcc,callerUri.c_str(),(callerUri.size()<(STRING_LENGTH)) ? (callerUri.size()) : (STRING_LENGTH-1));
}
if("true" == video)
{
item.isvideo_ = 1;
}
if("IPPhone" == callmode)
{
item.callMode = 1;
}
if("IPPhone" == accountType)
{
item.AccountType = 1;
}
DEBUG_LOG() << "--- OnAVSessAddedCB ENTER ";
UCCallManager::OnAVSessAddedCB(item);
DEBUG_LOG() << "--- OnAVSessAddedCB LEAVE ";
}
eLTE_RET XMLProcess::SetXmlStringEventNotifySDSStatus(const SdsMessageInfo* pInfo,
CString& xmlStr)
{
/************************************************************************
--- XML 格式 ---
<Content>
<SdsMsgId>消息ID</SdsMsgId>
<SdsRetCode>消息发送状态</SdsRetCode>
</Content>
************************************************************************/
LOG_TRACE();
CXml xml;
(void)xml.AddElem("Content");
(void)xml.AddChildElem("SdsMsgId");
(void)xml.IntoElem();
(void)xml.SetElemValue(pInfo->strSubject.c_str());
(void)xml.AddElem("SdsRetCode");
(void)xml.SetElemValue(pInfo->strRetCode.c_str());
xml.OutOfElem();
IVS_UINT32 uiLen = 0;
const char* pXmlStr = xml.GetXMLStream(uiLen);
if (NULL == pXmlStr)
{
LOG_RUN_ERROR("pXmlStr is null.");
return eLTE_ERR_FAILED;
}
xmlStr = eLTE_Tool::ANSIToUnicode(pXmlStr).c_str();
INFO_PARAM1(pXmlStr);
return eLTE_ERR_SUCCESS;
}
int UCMeetingProxy::AcceptMeeting(const std::string& convId)
{
DEBUG_LOG() << "--- ENTER";
INFO_PARAM1(convId);
//校验参数
if (convId.empty())
{
ERROR_LOG() << "Meeting is not exist.";
DEBUG_LOG() << "--- LEAVE";
return UCSDK_InvalidParam;
}
if (NULL == m_pConvManager)
{
ERROR_LOG() << "m_pConvManager is null.";
DEBUG_LOG() << "--- LEAVE";
return UCSDK_NullPoint;
}
uc::model::conversation::Conversation* pConversation = m_pConvManager->GetConversation(convId);
if (NULL == pConversation)
{
ERROR_LOG() << "Get conversation by convId failed.";
DEBUG_LOG() << "--- LEAVE";
return UCSDK_Fail;
}
//获取AVsession
uc::model::conversation::AVSession* pAVSession = GetAVSession(pConversation);
if (NULL == pAVSession)
{
ERROR_LOG() << "Get av session failed.";
DEBUG_LOG() << "--- LEAVE";
return UCSDK_Fail;
}
if (!pAVSession->Accept())
{
ERROR_LOG() << "Accept av session failed.";
DEBUG_LOG() << "--- LEAVE";
return UCSDK_Fail;
}
//关联信号
#ifdef ESDKCLIENT_PLATFORM_DEPEND
UCSDK* pUCSDK = UCSDK::CreateInstance();
#else
UCSDK* pUCSDK = UCSDK::Instance();
#endif
if (NULL == pUCSDK)
{
ERROR_LOG() << "Get UCSDK's instance failed.";
DEBUG_LOG() << "--- LEAVE";
return UCSDK_Fail;
}
(void)pUCSDK->ConnectConference(pConversation);
DEBUG_LOG() << "--- LEAVE";
return UCSDK_Succ;
}
void UCEventMgr::EventAgent::NotifyCallClosed() const
{
INFO_PARAM1(m_EventPara);
ctk::xml::XMLInStream xmlStr(m_EventPara);
std::string id;
xmlStr["id"] >> id;
std::string callerNum;
xmlStr["callerNum"] >> callerNum;
std::string reason;
xmlStr["reason"] >> reason;
std::string conversationId;
xmlStr["conversationId"] >> conversationId;
if (conversationId == UCCallManager::Instance().GetConvID())
{
(void)UCCallManager::Instance().ClearCallMember();
(void)UCCallManager::Instance().ClearConvMember();
(void)UCCallManager::Instance().ClearConvID();
}
if(NULL == UCCallManager::OnAVSessionClosedCB)
{
ERROR_LOG() << "UCCallManager::OnAVSessionClosedCB is null.";
return;
}
STMsgAVSessionClosedParam item = {0};
(void)strcpy_s(item.AVSessionId_,id.c_str());
(void)strcpy_s(item.callerUri_,callerNum.c_str());
(void)strcpy_s(item.reason_,reason.c_str());
DEBUG_LOG() << "--- OnAVSessionClosedCB ENTER ";
UCCallManager::OnAVSessionClosedCB(item);
DEBUG_LOG() << "--- OnAVSessionClosedCB LEAVE ";
}
void UCEventMgr::EventAgent::NotifyPublishPJ(void) const
{
INFO_PARAM1(m_EventPara);
int iType = -1;
if(UC_SDK_Success == UCConfigMgr::Instance().GetPhoneJointDevType(iType))
{
(void)UCConfigMgr::Instance().SetPhoneJointDevType(iType);
}
}
void UCEventMgr::EventAgent::NotifyRejectNewCall(void) const
{
INFO_PARAM1(m_EventPara);
ctk::xml::XMLInStream xmlStr(m_EventPara);
std::string conversationID;
xmlStr["conversationID"] >> conversationID;
(void)UCCallManager::Instance().RejectCall(conversationID);
}
void UCEventMgr::onThreadExit(ctk::Thread* _thr)
{
if(NULL == _thr)
{
ERROR_LOG() << "thread is null";
return;
}
ctk::ThreadId::type threadId = _thr->id().id_;
INFO_PARAM1(threadId);
}
eLTE_RET XMLProcess::SetXmlStringEventNotifyGisReport(const GisReportInfo* pInfo,
CString& xmlStr)
{
/************************************************************************
--- XML 格式 ---
<Content>
<ResourceID>上报方</ResourceID>
<Time>最后一次上报时间</Time>
<Altitude>高度</Altitude>
<Latitude>纬度</Latitude>
<Longtitude>经度</Longtitude>
<TriggerCode>周期上报(0)，特定事件（1、紧急呼叫）</TriggerCode>
<ReportStatus>GPS正常开启(0)，GPS搜星失败(1)或其它异常(2)</ReportStatus>
</Content>
************************************************************************/
LOG_TRACE();
if (NULL == pInfo)
{
LOG_RUN_ERROR("pInfo is null.");
return eLTE_ERR_FAILED;
}
CXml xml;
(void)xml.AddElem("Content");
(void)xml.AddChildElem("ResourceID");
(void)xml.IntoElem();
(void)xml.SetElemValue(pInfo->strSender.c_str());
(void)xml.AddElem("Time");
(void)xml.SetElemValue(pInfo->strTime.c_str());
(void)xml.AddElem("Altitude");
(void)xml.SetElemValue(pInfo->strAltitude.c_str());
(void)xml.AddElem("Latitude");
(void)xml.SetElemValue(pInfo->strLatitude.c_str());
(void)xml.AddElem("Longtitude");
(void)xml.SetElemValue(pInfo->strLongtitude.c_str());
(void)xml.AddElem("TriggerCode");
(void)xml.SetElemValue(eLTE_Tool::Int2String(pInfo->iTriggerCode).c_str());
(void)xml.AddElem("ReportStatus");
(void)xml.SetElemValue(eLTE_Tool::Int2String(pInfo->iReportState).c_str());
xml.OutOfElem();
IVS_UINT32 uiLen = 0;
const char* pXmlStr = xml.GetXMLStream(uiLen);
if (NULL == pXmlStr)
{
LOG_RUN_ERROR("pXmlStr is null.");
return eLTE_ERR_FAILED;
}
xmlStr = eLTE_Tool::ANSIToUnicode(pXmlStr).c_str();
INFO_PARAM1(pXmlStr);
return eLTE_ERR_SUCCESS;
}
int UCMeetingProxy::StartMeeting(const std::string& convId)
{
DEBUG_LOG() << "--- ENTER";
INFO_PARAM1(convId);
//校验参数
if (convId.empty())
{
ERROR_LOG() << "Meeting is not exist.";
DEBUG_LOG() << "--- LEAVE";
return UCSDK_InvalidParam;
}
if (NULL == m_pConvManager)
{
ERROR_LOG() << "m_pConvManager is null.";
DEBUG_LOG() << "--- LEAVE";
return UCSDK_NullPoint;
}
uc::model::conversation::Conversation* pConversation = m_pConvManager->GetConversation(convId);
if (NULL == pConversation)
{
ERROR_LOG() << "Get conversation by convId failed.";
DEBUG_LOG() << "--- LEAVE";
return UCSDK_Fail;
}
if (pConversation->HasSession(AudioVideo))
{
ERROR_LOG() << "Meeting is started.";
DEBUG_LOG() << "--- LEAVE";
return UCSDK_Fail;
}
conversation::AVSession* pAVSess = dynamic_cast<conversation::AVSession*>(pConversation->AddSession(AudioVideo));
if (NULL == pAVSess)
{
ERROR_LOG() << "Add av session failed.";
DEBUG_LOG() << "--- LEAVE";
return UCSDK_Fail;
}
if (!pAVSess->Connect())
{
pConversation->RemoveSession(AudioVideo);
ERROR_LOG() << "AV session connect failed.";
DEBUG_LOG() << "--- LEAVE";
return UCSDK_Fail;
}
DEBUG_LOG() << "--- LEAVE";
return UCSDK_Succ;
}
ELTE_INT32 SharedMemoryMgr::SetPlayWindow(const std::string& strResId, HWND hWnd)
{
LOG_TRACE();
INFO_PARAM1(strResId);
std::map <std::string, SharedMemory*>::iterator iter = m_sharedMemorys.find(strResId);
if(iter == m_sharedMemorys.end())
{
return eLTE_SDK_ERR_NULL_POINTER;
}
iter->second->SetPlayWindow(hWnd);
return eLTE_SDK_ERR_SUCCESS;
}
// 设置标题栏文本
void CVideoPane::SetCaptionText(const CString& strText)
{
LOG_TRACE();
INFO_PARAM1(strText);
m_strCaptionText = strText;
SetWindowText(m_strCaptionText);
CRect rect;
GetClientRect(rect);
rect.bottom = CAPTION_HEIGHT;
InvalidateRect(rect, TRUE);
}
void UCEventMgr::EventAgent::NotifyPhoneJointCB() const
{
INFO_PARAM1(m_EventPara);
ctk::xml::XMLInStream xmlStr(m_EventPara);
std::string strStatus;
xmlStr["status"] >> strStatus;
int iStatus = -1;
if("0" == strStatus)
{
iStatus = STATUS_START_SUCC;
}
else if("1" == strStatus)
{
iStatus = STATUS_START_FAILED;
}
else if("2" == strStatus)
{
iStatus = STATUS_STOP_SUCC;
}
else if("3" == strStatus)
{
iStatus = STATUS_STOP_FAILED;
}
else if("4" == strStatus)
{
iStatus = STATUS_ONLINE;
}
else if("5" == strStatus)
{
iStatus = STATUS_OFFLINE;
}
else if("6" == strStatus)
{
iStatus = STATUS_OFFHOOK;
}
if(NULL == UCConfigMgr::m_OnPJEventCB)
{
WARN_LOG() << "m_OnPJEventCB is null";
return;
}
DEBUG_LOG() << "--- OnPJEventCB ENTER ";
UCConfigMgr::m_OnPJEventCB((EM_PhoneJointStatusType)iStatus);
DEBUG_LOG() << "--- OnPJEventCB LEAVE ";
return;
}
ELTE_VOID SharedMemoryMgr::DeleteSharedMemory(const std::string& strResId)
{
LOG_TRACE();
INFO_PARAM1(strResId);
std::map <std::string, SharedMemory*>::iterator iter = m_sharedMemorys.find(strResId);
if(iter == m_sharedMemorys.end())
{
return;
}
delete iter->second;
m_sharedMemorys.erase(iter);
}
ELTE_INT32 SharedMemoryMgr::CreateSharedMemory(const std::string& strResId)
{
LOG_TRACE();
INFO_PARAM1(strResId);
std::map <std::string, SharedMemory*>::iterator iter = m_sharedMemorys.find(strResId);
if(m_sharedMemorys.end() != iter)
{
return eLTE_SDK_ERR_SUCCESS;
}
SharedMemory* pSharedMemory = new SharedMemory(strResId);
if (NULL == pSharedMemory)
{
return eLTE_SDK_ERR_NULL_POINTER;
}
//初始化资源
ELTE_INT32 iRet = pSharedMemory->InitResource();
if(eLTE_SDK_ERR_SUCCESS != iRet)
{
delete pSharedMemory;
pSharedMemory = NULL;
return iRet;//lint !e438
}
//开启接受视频流线程
iRet = pSharedMemory->StartYuvFrameProcess();
if(eLTE_SDK_ERR_SUCCESS != iRet)
{
delete pSharedMemory;
pSharedMemory = NULL;
return iRet;//lint !e438
}
//开启发送视频流线程
iRet = pSharedMemory->StartRevMsg();
if(eLTE_SDK_ERR_SUCCESS != iRet)
{
delete pSharedMemory;
pSharedMemory = NULL;
return iRet;//lint !e438
}
(ELTE_VOID)m_sharedMemorys.insert(std::pair <std::string, SharedMemory*> (strResId, pSharedMemory));
return eLTE_SDK_ERR_SUCCESS;//lint !e429
}
ELTE_INT32 SharedMemoryMgr::LocalSnapshot(const std::string& strResourceID, const std::string& strSnapshotPath, const ELTE_ULONG& ulSnapshotFormat)
{
LOG_TRACE();
INFO_PARAM1(strResourceID);
std::map <std::string, SharedMemory*>::iterator iter = m_sharedMemorys.find(strResourceID);
if(iter == m_sharedMemorys.end())
{
return eLTE_SDK_ERR_NULL_POINTER;
}
ELTE_INT32 iRet = iter->second->LocalSnapshot(strSnapshotPath, ulSnapshotFormat);
if(eLTE_SDK_ERR_SUCCESS != iRet)
{
return iRet;
}
return eLTE_SDK_ERR_SUCCESS;
}
// 解析入参Mute_UL_parameter
eLTE_RET XMLProcess::XmlParseMuteULParameter(const std::string& xmlStr, // 入参
std::string& strCallType) // 出参
{
/************************************************************************
--- XML 格式 ---
<Content>
<MuteParam>
<CallType>"0"点呼，"1"组呼，"2"视频回传</CallType>
</MuteParam>
</Content>
************************************************************************/
LOG_TRACE();
INFO_PARAM1(xmlStr);
CXml xmlParse;
if (!xmlParse.Parse(xmlStr.c_str()))
{
LOG_RUN_ERROR("parse xml failed.");
return eLTE_ERR_FAILED;
}
if (!xmlParse.FindElem("Content"))
{
LOG_RUN_ERROR("FindElem Content failed.");
return eLTE_ERR_FAILED;
}
(void)xmlParse.IntoElem();
if (!xmlParse.FindElem("MuteParam"))
{
LOG_RUN_ERROR("FindElem MuteParam failed.");
return eLTE_ERR_FAILED;
}
(void)xmlParse.IntoElem();
const unsigned int XML_VAR_LENGTH = 20;
char elemValue[XML_VAR_LENGTH] = {0};
const char* srcValue;
unsigned int uiMaxLen = XML_VAR_LENGTH;
memset(elemValue, 0, sizeof(char)*XML_VAR_LENGTH);
GET_XML_ELEM_VALUE_CHAR(xmlParse, "CallType", srcValue, elemValue, uiMaxLen);
strCallType = elemValue;
return eLTE_ERR_SUCCESS;
}
int UCSDK_CALL HasContact(const char* pUri)
{
DEBUG_LOG() << "--- ENTER";
CHECK_POINTER(pUri, false);
UCContactMgrAbsProxy* pUCContactMgrAbsProxy = UCContactMgrAbsProxy::GetInstance();
CHECK_POINTER(pUCContactMgrAbsProxy, false);
bool bRet = pUCContactMgrAbsProxy->HasContact(pUri);
INFO_PARAM1(bRet);
int iRet = UC_Fail;
if (bRet)
{
iRet = UC_Succ;
}
DEBUG_LOG() << "--- LEAVE";
return iRet;
}
int UCMeetingProxy::LeaveMeeting(const std::string& convId)
{
DEBUG_LOG() << "--- ENTER";
INFO_PARAM1(convId);
if (convId.empty())
{
ERROR_LOG() << "convId is empty.";
DEBUG_LOG() << "--- LEAVE";
return UCSDK_InvalidParam;
}
//获取conversation
uc::model::conversation::Conversation* pConversation = GetConversation(convId);
if (NULL == pConversation)
{
ERROR_LOG() << "Get conversation failed.";
DEBUG_LOG() << "--- LEAVE";
return UCSDK_Fail;
}
//获取AVsession
uc::model::conversation::AVSession* pAVSession = GetAVSession(pConversation);
if (NULL == pAVSession)
{
ERROR_LOG() << "Get av session failed.";
DEBUG_LOG() << "--- LEAVE";
return UCSDK_Fail;
}
pAVSession->Disconnect();
pConversation->RemoveSession(uc::model::InstantMessage);
pConversation->RemoveSession(uc::model::AudioVideo);
if (NULL != m_pConvManager)
{
m_pConvManager->RemoveConversation(convId);
}
DEBUG_LOG() << "--- LEAVE";
return UCSDK_Succ;
}
void UCEventMgr::EventAgent::NotifyCallConnect() const
{
if (NULL == UCCallManager::OnAVSessionConnectedCB)
{
WARN_LOG() << "OnAVSessionConnectedCB is null";
return;
}
INFO_PARAM1(m_EventPara);
ctk::xml::XMLInStream xmlStr(m_EventPara);
std::string caller;
xmlStr["caller"] >> caller;
std::string conID ;
xmlStr["convid"] >> conID;
DEBUG_LOG() << "--- OnAVSessionConnectedCB ENTER ";
UCCallManager::OnAVSessionConnectedCB();
DEBUG_LOG() << "--- OnAVSessionConnectedCB LEAVE ";
}
int UCSDK_CALL IsFavourite(const UCContact* member)
{
DEBUG_LOG() << "--- ENTER";
CHECK_POINTER(member, false);
UCContactMgrAbsProxy* pUCContactMgrAbsProxy = UCContactMgrAbsProxy::GetInstance();
CHECK_POINTER(pUCContactMgrAbsProxy, false);
UCSDKContact contact;
UCStructCopy::Copy_UCSDKContact(contact, *member);
bool bRet = pUCContactMgrAbsProxy->IsFavourite(contact);
INFO_PARAM1(bRet);
int iRet = UC_Fail;
if (bRet)
{
iRet = UC_Succ;
}
DEBUG_LOG() << "--- LEAVE";
return iRet;
}
uc::model::conversation::AVSession* UCMeetingProxy::GetAVSession(conversation::Conversation* pConversation) const
{
DEBUG_LOG() << "--- ENTER";
INFO_PARAM1(pConversation);
uc::model::conversation::AVSession* pAVSession = NULL;
if (NULL == pConversation)
{
ERROR_LOG() << "pConversation is null.";
DEBUG_LOG() << "--- LEAVE";
return pAVSession;
}
pAVSession = dynamic_cast<uc::model::conversation::AVSession*>(pConversation->GetSession(uc::model::AudioVideo));
if (NULL == pAVSession)
{
ERROR_LOG() << "Get av session failed.";
}
DEBUG_LOG() << "--- LEAVE";
return pAVSession;
}
void UCEventMgr::EventAgent::NotifyContactStatus(void) const
{
INFO_PARAM1(m_EventPara);
ctk::xml::XMLInStream xmlStr(m_EventPara);
std::string uri;
xmlStr["caller"] >> uri;
Contact _contact;
if(UC_SDK_Success != UCContactMgr::Instance().getContactByUri(uri,_contact))
{
return;
}
if(NULL == UCRegManager::Instance().m_pSubscribeMgr)
{
WARN_LOG() << "m_pSubscribeMgr is null";
return;
}
std::string _desc;
ContactAvailability _state = UCRegManager::Instance().m_pSubscribeMgr->GetContactStatus(uri,_desc);
(void)UCRegManager::Instance().NotifyStatus(_contact,_state,_desc);
}
int UCSDK_CALL CanStartSession(const UCContact* member, int _type)
{
DEBUG_LOG() << "--- ENTER";
CHECK_POINTER(member, false);
UCContactMgrAbsProxy* pUCContactMgrAbsProxy = UCContactMgrAbsProxy::GetInstance();
CHECK_POINTER(pUCContactMgrAbsProxy, false);
UCSDKContact contact;
UCStructCopy::Copy_UCSDKContact(contact, *member);
bool bRet = pUCContactMgrAbsProxy->CanStartSession(contact, (SESSION_TYPE_E)_type);
INFO_PARAM1(bRet);
int iRet = UC_Fail;
if (bRet)
{
iRet = UC_Succ;
}
DEBUG_LOG() << "--- LEAVE";
return iRet;
}
void UCEventMgr::EventAgent::NotifyVideo() const
{
if(NULL == UCCallManager::OnVideoCallEventCB)
{
WARN_LOG() << "OnVideoCallEventCB is null";
return;
}
INFO_PARAM1(m_EventPara);
ctk::xml::XMLInStream xmlStr(m_EventPara);
std::string strVideoState;
xmlStr["video"] >> strVideoState;
std::string strAcc;
xmlStr["account"] >> strAcc;
STVideoCallParam st={0};
ctk::MemSet(st.ucAcc,0,STRING_LENGTH);
ctk::MemCopy(st.ucAcc,strAcc.c_str(),(strAcc.size()<(STRING_LENGTH)) ? (strAcc.size()) : (STRING_LENGTH-1));
if("connecting" == strVideoState)
{
st.callStatus = CALL_VIDEO_REQ;
}
else if("connected" == strVideoState)
{
st.callStatus = CALL_VIDEO_CONNECTED;
}
else
{
st.callStatus = CALL_VIDEO_CLOSE;
}
DEBUG_LOG() << "--- OnVideoCallEventCB ENTER ";
UCCallManager::OnVideoCallEventCB(st);
DEBUG_LOG() << "--- OnVideoCallEventCB LEAVE ";
}
// 解析入参Video_UL_parameter
eLTE_RET XMLProcess::XmlParseVideoULParameter(const std::string& xmlStr, // 入参
std::string& strVideoFormat, std::string& strCameraType, // 出参
std::string& strUserConfirmType, std::string& strMuteType) // 出参
{
/************************************************************************
--- XML 格式 ---
<Content>
<VideoParam>
<VideoFormat>D1、CIF、QCIF、720P或1080P</VideoFormat>
<CameraType>“0”表示前置，“1”表示后置。</CameraType>
<UserConfirmType>“0”表示不需要用户确认，“1”表示需要用户确认。</UserConfirmType>
<MuteType>“0”表示需要伴音；“1”表示不需要伴音</MuteType>
</VideoParam>
</Content>
************************************************************************/
LOG_TRACE();
INFO_PARAM1(xmlStr);
CXml xmlParse;
if (!xmlParse.Parse(xmlStr.c_str()))
{
LOG_RUN_ERROR("parse xml failed.");
return eLTE_ERR_FAILED;
}
if (!xmlParse.FindElem("Content"))
{
LOG_RUN_ERROR("FindElem Content failed.");
return eLTE_ERR_FAILED;
}
(void)xmlParse.IntoElem();
if (!xmlParse.FindElem("VideoParam"))
{
LOG_RUN_ERROR("FindElem VideoParam failed.");
return eLTE_ERR_FAILED;
}
(void)xmlParse.IntoElem();
const unsigned int XML_VAR_LENGTH = 20;
char elemValue[XML_VAR_LENGTH] = {0};
const char* srcValue;
unsigned int uiMaxLen = XML_VAR_LENGTH;
GET_XML_ELEM_VALUE_CHAR(xmlParse, "VideoFormat", srcValue, elemValue, uiMaxLen);
strVideoFormat = elemValue;
uiMaxLen = XML_VAR_LENGTH;
memset(elemValue, 0, sizeof(char)*XML_VAR_LENGTH);
GET_XML_ELEM_VALUE_CHAR(xmlParse, "CameraType", srcValue, elemValue, uiMaxLen);
strCameraType = elemValue;
uiMaxLen = XML_VAR_LENGTH;
memset(elemValue, 0, sizeof(char)*XML_VAR_LENGTH);
GET_XML_ELEM_VALUE_CHAR(xmlParse, "UserConfirmType", srcValue, elemValue, uiMaxLen);
strUserConfirmType = elemValue;
uiMaxLen = XML_VAR_LENGTH;
memset(elemValue, 0, sizeof(char)*XML_VAR_LENGTH);
GET_XML_ELEM_VALUE_CHAR(xmlParse, "MuteType", srcValue, elemValue, uiMaxLen);
strMuteType = elemValue;
return eLTE_ERR_SUCCESS;
}
