Middlewares-Linux/FreeSWITCH-l.../OperationRea...

#pragma once
#include "FsLinkInc.h"
#include "DevInfoInc.h"
#include <map>
#include <mutex>
class VirtualChan;
class COperation;
class COperationReactor
{
public:
	static COperationReactor* GetInstance() { return &instance; };

	bool procOperation(long Instance, uint32_t OpType, uint32_t ResID, LineOpParam* pParam);

	// 操作相关事件处理
	void onOpProcess(long Instance, uint32_t HostChanNo, uint32_t AssoChanNo, DEV_RES_TYPE AssoChanType, std::string CallerNum, std::string CalleeNum);	// 操作执行进展
	void onOpResult(long Instance, bool IsSucceed);
	void onOpResult(long Instance, COperation* pOp, bool IsSucceed, std::string DestNum, std::string CurOpType="");
	void onOpFromDev(VirtualChan* pChan, DEV_OP OpType, std::string CallerNum, std::string CalleeNum);   // 手动外呼
	
	void releaseOpResult(COperation* pOp);
	bool onExtenCallFromDev(VirtualChan* pHostChan, PCHAN_EVENT_NOTIFY pNotify);  // 设备直接操作的处理

	void onEslEvtBgJobDone(PBG_JOB_NOTIFY pNotify);
	virtual void onEslEvtChanState(long OpInstance, VirtualChan* pChan);

private:
	COperationReactor();
	~COperationReactor();
	COperationReactor(const COperationReactor&)=default;
	COperationReactor& operator = (const COperationReactor&) = default;

	void __addOperation(COperation* pOperation);
	bool __delOperation(COperation* pOperation);
	COperation* __getOperation(long OpId);

	bool __execOp(COperation* pOp, LineOpParam* pParam);			// 执行OP

	// 线路操作分类处理
	bool __procOpMakeCall(long Instance, uint32_t ResID, LineOpParam* pParam);				// 外呼
	bool __procOpHangUp(long Instance, uint32_t ResID, LineOpParam* pParam);				// 挂机
	bool __procOpTransfer(long Instance, uint32_t ResID, LineOpParam* pParam);				// 呼叫转移
	bool __procOpMeeting(long Instance, uint32_t ResID, LineOpParam* pParam);				// 单步会议
	bool __procOpMultiMeeting(long Instance, uint32_t ResID, LineOpParam* pParam);		    // 多步会议
	bool __procOpMultiMeetingTakeBack(long Instance, uint32_t ResID, LineOpParam* pParam);  // 多步会议接回
	bool __procOpHold(long Instance, uint32_t ResID, LineOpParam* pParam);					// 通话保持
	bool __procOpTakeBack(long Instance, uint32_t ResID, LineOpParam* pParam);				// 通话接回
	bool __procOpMuteOn(long Instance, uint32_t ResID, LineOpParam* pParam);				// 静音启动
	bool __procOpMuteOff(long Instance, uint32_t ResID, LineOpParam* pParam);				// 静音结束
	bool __procOpListen(long Instance, uint32_t ResID, LineOpParam* pParam);				// 监听
	bool __procOpInsert(long Instance, uint32_t ResID, LineOpParam* pParam);				// 强插
	bool __procOpInstead(long Instance, uint32_t ResID, LineOpParam* pParam);				// 代接
	bool __procOpIntercept(long Instance, uint32_t ResID, LineOpParam* pParam);			    // 强截
	bool __procOpRecord(long Instance, uint32_t ResID, LineOpParam* pParam);				// 录音
	bool __procOpMyd(long Instance, uint32_t ResID, LineOpParam* pParam);			     	// 满意度
	bool __procOpAutoCall(long Instance, uint32_t ResID, LineOpParam* pParam);			    // 自动外呼
	bool __procOpForceAgentState(long Instance, uint32_t ResID, LineOpParam* pParam);		// 强制状态控制
	bool __procOpSendDtmf(long Instance, uint32_t ResID, LineOpParam* pParam);              // 发送按键

private:
	static COperationReactor instance;

	std::mutex m_TaskLock;
	std::map<long,COperation*> m_TableOperation;
};