Vehicle-cpp/EgoJC/EgoSystem/message_queue.h

#pragma once
#include<mutex>
#include<memory>
#include <fstream>
#include<string>
#include<condition_variable>
#include <vector> 
#include "protocol.pb.h"
#include "../common/iobuffer.h"
#include "../common/socket_client.h"
#include "../common/sensor_socket.h"
#include "../common/update_thread.h"

#include "message.h"
 
int8_t hi_byte(int16_t value);
int8_t lo_byte(int16_t value);
class CRadarSensor;
class CEncoderSensor;
class CCarSensor;
class SocketClient;
class CPeerConnection;
class VideoRenderer;
//class CAutoSensor;
enum MessageType:int32_t
{
    ReqVideo,
    RepVideo,
    Connected,
    Leave,
    StopSensor,
    Ping,
    AsyncMessage,
    

};
enum class ParkingState:int32_t
{
   None,
   Turn,
   Reverse,
   Restore,
   RiseDown,//举升
  // Down, //下降
   TipOut, //倾翻倒出
   TipIn, // 倾倒收回
   TipRise, //倾翻上升
   TipDown,//倾翻下降
    
};
struct Message
{
    MessageType cmd;
    int64_t param_l;
    int64_t param_r;
    
};
 
struct LocalCameraInfo
{
   int32_t index;
   std::string label;
};

struct radar_node;
 
class CIOBuffer;
enum TurnSide
{
    Left,
    Right,
    Other
};
enum ROUT_LIST
{
    FRONT_IN_1,
    BACK_IN_1,
    FRONT_OUT_1,
    FRONT_IN_2,
    BACK_IN_2,
    FRONT_OUT_2,
    FRONT_IN_3,
    BACK_IN_3,
    FRONT_OUT_3,
    ROUT_ALL
};
class CMessageQueue:public INativeNotify
{
public:
   CMessageQueue();
   virtual ~CMessageQueue();
   void Create();
   void EnQueue(CIOBuffer* pBuffer);
   void Process();
   virtual void OnAdd(int32_t uid,bool bRet) override;
   virtual void OnConnected(bool bRet) override;
  // virtual bool IsCarId(int32_t value) override;
 //  virtual void WriteCanMessage(std::unordered_map<int32_t, cannet_frame>& node,bool islidar) override;
#ifdef WIN32
	virtual void OnVideoRep(int32_t index,int32_t peer) override;
#else
    virtual void OnVideoReq(int32_t index,int32_t peer) override;
    virtual void OnMoveBegin(WorkArea area, int32_t no) override;
#endif
	virtual void OnVideoOffer(int32_t index,const char* type, const char* sdp) override;
	virtual void OnVideoAnswer(int32_t index, const char* type, const char* sdp) override;
	virtual void OnVideoCandidate(int32_t index,const char* candidate,
		int32_t sdp_mline_index,
		const char* sdp_mid) override;
	/*virtual void OnVideoAddTrack(RemoteVideoTrackWrapper* ptr) = 0;*/
	//virtual void OnCancelReq(int32_t index) override;
	virtual void OnVideoLeave(int32_t peer,EgoType type) override;
    
   virtual void OnSwitchDriver() override;
   virtual void OnMessageFrameNotify(ChannelType type,int16_t cmd,int16_t length,const void * data) override;
   void  OnNotifyConnected(bool bRet);
   void OnNotifyReq(int32_t index);
   void OnNotifyRep(int32_t index);
   void OnNotifyStopSensor();
   void OnNotifyLeave();
   void OnNotifyMessage();
   void SetNdtPos(ARNdtPos* pos);
   void SetSteerAngle(int16_t);
   void SetLeftAngle(int16_t);
   void SetRightAngle(int16_t);
   void OnGoalFinish(WorkArea are,int32_t no);
   void OnTip(int16_t value);
   void GetParkCanMessage(TPCANMsg* msg);
   void OnNotifyPing(int64_t value);
   void InitPeerConnection(int32_t peer,int32_t index);
   void WriteBuffer(ChannelType type,CIOBuffer& pBufer);
   void WriteBuffer(CIOBuffer& pBuffer);
   void WriteSensor(radar_node* node,int32_t count);
  // void WriteRadarData(radar_node* data);
   void SetAutomous(bool value,int32_t delay);
   void SwitchCamera(bool front);
  // void WriteRobotStatus(int32_t value,int32_t desc);
   const radar_node* GetRadar();
   void StopAutomous();
   ParkingState GetParkingState();
   void SetParkingState(ParkingState state);
   CarType GetCarType();
//#ifdef LIDAR_SENSOR
//   void WriteLidarPoint(const PointCloudMsg<PointXYZI>& msg,ChannelType side);
//#endif
 //  void StopCar();
 //  void StartCar();
   void CheckSignal();
   void ChangeState(UserState state);
   int32_t GetPeer();
   void TestPark();
   void OnRiseDown(TPCANMsg* msg);
  
   void OnTipRise(TPCANMsg* msg);
   void OnTipDown(TPCANMsg* msg);
   void OnTipOut(TPCANMsg* msg);
   void OnTipIn(TPCANMsg* msg);
   void OnTurn(TPCANMsg* msg);
   void OnReverse(TPCANMsg* msg);
   void OnRestore(TPCANMsg* msg);
public:
  //  void BegRecord();
//    void EndRecord();
   // void PlayRecord(ROUT_LIST index);
 //   bool IsRecord(){ return _start_record;}
 //  void WriteRecord(TPCANMsg * msg);
 
private:
 //    void LoadRecord(ROUT_LIST dir,const char * file);
   
 //    void OnPlayrecord(TPCANMsg* msg);  
  //     bool _start_record=false;
    
   //bool _start_play=false;
 //  ROUT_LIST _rout_index;
 //  std::fstream _ofile;
 //  std::vector<cannet_frame> frames[ROUT_LIST::ROUT_ALL];
 //  int32_t _play_index=0;

private:
   std::mutex _mlock;
   std::condition_variable _cv;
   CIOBuffer* Head;
   CIOBuffer* Tail;
//	std::unique_ptr<PeerConnectionWrapper> _peer_video;
	std::vector<std::unique_ptr<CPeerConnection> > _peerArray;
   std::vector<LocalCameraInfo> _cameraArray;
    
	//EgoType _egoType;
    //int32_t _indexOffset;
   // std::vector<std::unique_ptr<VideoRenderer> > _windowArray;
//	std::unique_ptr<VideoRenderer> _main_window;
//	std::unique_ptr<VideoRenderer> _arm_window;
	std::unique_ptr<SocketClient>  _client;
   std::unique_ptr<SensorSocket<CRadarSensor>> _radar;
   std::unique_ptr<SensorSocket<CEncoderSensor>> _encoder;
 //  std::unique_ptr<SensorSocket<CLidarSensor>> _lidar; 
   std::unique_ptr<SensorSocket<CCarSensor>> _robot;
   //std::unique_ptr<SensorSocket<CAutoSensor>> _auto;
    
   int32_t _peerId;
  //  int32_t _canport;
  //  int32_t _hostport;
   // int32_t _lidarport;
   // std::string _canip;
	std::string _serial; 
 
   std::string _name;
   CarType _car;
    bool _camera_inited=false;
  
    bool bStopedCar;
    CUpdateThread _updatethread;
    std::mutex _canLock;
    int64_t _curTick;
   
    int32_t _uid=0;
    ParkingState _parking=ParkingState::None;
    std::mutex _pose_lock;
    ARNdtPos _curpos;
     
 
    int16_t _steer_angle;
    FVector3d _initpos;
    WorkArea _workarea=WorkArea::Area_A;
    Metal_Area _metalArea=Metal_Area::Put_Wait;
    int32_t _no=0;
    TurnSide _side=TurnSide::Left;
    
    int16_t _left_length=0;
    int16_t _right_length=0;
    int16_t pre_left_length=-1;
    int16_t pre_right_length=-1;
    //int16_t _tip_length=0;
    int16_t max_left_length=0;
    int16_t max_right_length=0;
    int16_t min_left_length=0;
    int16_t min_right_length=0;
    int32_t tipin_time=0;
    int32_t tipout_time=0;
    int32_t _start_time=0;
    int32_t _diff_degree=30;
    int32_t _angle_value=10;
    int32_t _sq_length=102;
    int32_t _turn_base=1000;
    bool _start_check=false;

    


    
 
 
};