GrpcPrint/TestClient/log/LogDao.h

#pragma once
#include "../stdafx.h"
#include <vector>
#include <map>
#include "LogBean.h"
#include "Jobbean.h"
#include "LogImage.h"
#include "HistoryAlarm.h"
//#include "../UI/UIBean.h"
#include "../external/SQLiteCpp/SQLiteCpp.h"
#include "PartAddition.h"
#include "AxisLog.h"
#include "ScannerStatus.h"
//#include "../ScannerCtrl/IntelliScanState.h"
#include "ScannerPowerLog.h"
#include "FocusStatus.h"
#include "PartPosBean.h"

using namespace std;
class LogDao
{
public:
	LogDao();
	~LogDao();
	void Init();

	void  GetLogs(struct tm &begin, struct tm &end);
	void AddLog(string prefix, string content);


	bool GetCheckJob(string uid, JobBean& bean);
	void UpdateJobInvalid(long jid);
	void LogJobStart(JobBean* job);
	void UpdateJobPauseTime(JobBean* job);
	void UpdateJobAfterPrintLayer(JobBean* job);

	void GetJobsByTaskId(string taskid, vector<JobBean*>& jobs);
	void GetJobsByTime(struct tm& begin, struct tm& end, vector<JobBean*>& jobs);
	void GetJobs(struct tm &begin, struct tm &end);
	//void GetJobMaximun(JobBean* jobbean);

	void LogLayerStatus(LayerStatus& status);
	//void GetLayerStatusTable(LogAssist& la, bool isRemote = false);
	//void GetLayerStatusByLayer(LogAssist& la, bool isRemote = false);
	//void GetLayerStatusByTime(LogAssist& la, bool isRemote = false);
	//void GetLayerStatus(LogAssist& la, bool isRemote = false);
	//void GetLayerStatusByLevel(LogAssist& la, bool isRemote = false);

	void GetAlarms(struct tm &begin, struct tm &end, bool isRemote = false);
	void AddHistoryAlarm(string jobname, int type, string code);

	//void DeleteImageAfterPrint();
	void AddImage(LogImage& image);
	void FindImageInfo(bool isRemote = false);
	bool FindImage(unsigned int layerindex, unsigned char** image, unsigned long* imagesize, bool isRemote = false);
	//void LogImageBeforePrint(int jobid, bool iscontinue);
	bool DelJobImage(string str);
	void ResetImageDB();

	void AddPartAddition(PartAddition& pa);
	void UpdatePartAdditionOffset(string jid, int partid, float x, float y, float rotate);
	void DeletePartAddition(string jid, int partid);
	void FindPartAddition(string jid, vector<PartAddition*>& vec);

	void AddAxisLog(AxisLog* axisLog);
	void FindAxisLogInfo(bool isRemote = false);
	void FindAxisLogData(AxisLog* axisLog, bool isRemote = false);

	//void StartExport(string path, LogAssist& assist);
	void StopExport();
	bool IsExportFinished();
	string GetExportInfo() { return m_ExportInfo; }
	float GetExportProgress() { return m_ExportProgress; }

	void LogScannerStatus(vector<ScannerStatus*>& scannerStatus);
	void FindScanState();

	void LogFocusStatus(vector<FocusStatus*>& focusStatus);
	void FindFocusState();

	void SaveScannerPower(ScannerPowerLog* log);
	void FindScannerPowerInfo();
	void FindScannerPowerData(ScannerPowerLog* spl);

	void AddPartPos(string jid, vector<int>& pids);
	void FindPartPos(string jid, vector<PartPosBean*>& partPos);
	void UpdatePartPos(string jid, int partid, float x, float y, float rotate);

	void FindRecordByJob();
	bool IsFindingRecord() {
		bool rel = true;
		EnterCriticalSection(&m_FindRecordCS);
		rel = m_IsFindingRecord;
		LeaveCriticalSection(&m_FindRecordCS);
		return rel;
	}
	void SetIsFindingRecord(bool bvalue) {
		EnterCriticalSection(&m_FindRecordCS);
		m_IsFindingRecord = bvalue;
		LeaveCriticalSection(&m_FindRecordCS);
	}
private:
	//static DWORD WINAPI DeleteImageProc(LogDao* _this);
	//void DeleteImageRun();
	static DWORD WINAPI ExportProc(LogDao* _this);
	//void ExportRun();
	static DWORD WINAPI FindRecordProc(LogDao* _this);
	void FindRecordRun();
public:
	CRITICAL_SECTION m_LogCs;
	vector<string> m_Logs;
	CRITICAL_SECTION m_JobCs;
	vector<JobBean*> m_JobBaens;
	CRITICAL_SECTION m_StatusCs;
	vector<LayerStatus*> m_LayerStatus;
	CRITICAL_SECTION m_LogImageCs;
	vector<LogImage*> m_LogImages;
	vector<HistoryAlarm*> m_Alarms;
	CRITICAL_SECTION m_AlarmCs;

	CRITICAL_SECTION m_ScannerStatusCS;
	vector<ScannerStatus*> m_ScannerStatus;

	CRITICAL_SECTION m_FocusStatusCS;
	vector<FocusStatus*> m_FocusStatus;

	vector<AxisLog*> m_AxisLogs;
	CRITICAL_SECTION m_AxisLogCs;
	AxisLog* m_ShowAxisLog;
	JobBean* m_CurrentShowJob;

	vector<ScannerPowerLog*> m_ScannerPower;
	ScannerPowerLog* m_ShowScannerPower;

	CRITICAL_SECTION m_RemoteJobCs;
	vector<JobBean*> m_RemoteJobBaens;
	CRITICAL_SECTION m_RemoteStatusCs;
	vector<LayerStatus*> m_RemoteLayerStatus;
	CRITICAL_SECTION m_RemoteLogImageCs;
	vector<LogImage*> m_RemoteLogImages;
	vector<HistoryAlarm*> m_RemoteAlarms;
	CRITICAL_SECTION m_RemoteAlarmCs;
	vector<AxisLog*> m_RemoteAxisLogs;
	CRITICAL_SECTION m_RemoteAxisLogCs;
	JobBean* m_RemoteCurrentShowJob;

	//LogAssist m_LogAssist;
private:
	HANDLE m_ImageThread;
	bool m_ImageFlag;
	SQLite::Database* m_pDB;
	std::map<int, SQLite::Database*> m_DBMap;
	//SQLite::Database* m_pImgDB;
	//std::map<int, SQLite::Database*> m_ImgDBMap;

	SQLite::Database* m_LogImageDB;
	SQLite::Database* m_ShowImageDB;
	CRITICAL_SECTION m_ImgDbCs;
	string m_RootPath;
	CRITICAL_SECTION m_DbCs;
	string m_ImagePath;

	HANDLE m_ExportThread;
	float m_ExportProgress;
	bool m_ExportFlag;
	string m_ExportPath;
	string m_ExportInfo;
	bool m_IsExportData;
	bool m_IsExportAxisData;
	bool m_IsExportImage;
	bool m_IsExportScanData;

	CRITICAL_SECTION m_FindRecordCS;
	bool m_IsFindingRecord;
};