myvtm/Module/mod_guiconsole/guiconsole_define.h

#include <string>
#include <iostream>
#include <vector>
#include <SpUtility.h>

struct EntityEntry
{
	CSimpleStringA Name;
	CSimpleStringA ModuleName;
	int Type;
	int State;
	int Id;
	int Pid;
	int DevelopID;
	int DebugLevel;
	CSmallDateTime lastStartTime;

	static const char* GetTypeName(int type)
	{
		static const char* _names[] = {
			"auto",
			"manual"
		};
		return _names[type % ARRAYSIZE(_names)];
	}

	static const char* GetStateName(int state)
	{
		static const char* _names[] = {
			"NoStart",
			"Starting",
			"Idle",
			"Busy",
			"Pause",
			"UnLoading",
			"Lost",
			"Close",
			"Killed",
		};
		return _names[state % ARRAYSIZE(_names)];
	}

	static const char* GetErrorName(ErrorCodeEnum Error)
	{
		return "Unknown Error";
	}
};


#define OP_STOP_ENTITY			0
#define OP_START_ENTITY			1
#define OP_PAUSE_ENTITY			2
#define OP_TERMINATE_ENTITY		3
#define OP_CONTINUE_ENTITY		4
#define OP_FIRE_ENTITY_STATE	5

struct callback_entry : public IReleasable
{
	virtual ~callback_entry() {}

	CSimpleStringA EntityName;
	union {
		void* pRawData;
		int state;
	};
	int op;
	ErrorCodeEnum ErrorResult;
};


struct TerminalBaseInfo
{
	CSimpleStringA strTerminalNo;
	CSimpleStringA strMachineType;
	CSimpleStringA strSoftwareVersion;

	TerminalBaseInfo()
		:strTerminalNo(true), strMachineType(true), strSoftwareVersion(true) {}
	TerminalBaseInfo(TerminalBaseInfo& rhs)
		:strTerminalNo(rhs.strTerminalNo), strMachineType(rhs.strMachineType), strSoftwareVersion(rhs.strSoftwareVersion) {}
	TerminalBaseInfo(const TerminalBaseInfo& rhs)
		:strTerminalNo(rhs.strTerminalNo), strMachineType(rhs.strMachineType), strSoftwareVersion(rhs.strSoftwareVersion)
	{
	}
};

// ½« process ¸ÄÃûΪ processStatus
struct processStatus {
    std::string processName;
    int ID;
    double PercentProcessorTime;
    unsigned long UsedMemory;
    double PercentMemory;
    int HandleCount;


	char UserName[MAX_PATH];
	//ULONGLONG UpTime;
    //DWORD BasePriority;
    //DWORD ParentPID;
    //ULONGLONG DiskOperationsPrev;
    //ULONGLONG DiskOperations;
    //DWORD DiskUsage;
    //DWORD TreeDepth;

    // Constructor to initialize the fields
    processStatus() {
        ID = 0;
        PercentProcessorTime = 0.0;
        UsedMemory = 0;
        PercentMemory = 0.0;
        
        HandleCount = 0;
        
		ZeroMemory(UserName, sizeof(UserName));
		//Handle = nullptr;
		//UpTime = 0;
		//BasePriority = 0;
        //ParentPID = 0;
        //DiskOperationsPrev = 0;
        //DiskOperations = 0;
        //DiskUsage = 0;
        //TreeDepth = 0;
    }
};

struct system_monitor_status {
    std::vector<processStatus> processList;
    double total_cpu;
    long total_tasks;

    ULONGLONG total_uptime;
    ULONGLONG TotalMemory;
    ULONGLONG UsedMemory;
    double UsedMemoryPerc;

    ULONGLONG TotalPageMemory;
    ULONGLONG UsedPageMemory;
    double UsedPageMemoryPerc;

    // Constructor to initialize the fields
    system_monitor_status()
        : total_cpu(0.0),
        total_tasks(0),
        total_uptime(0),
        TotalMemory(0),
        UsedMemory(0),
        UsedMemoryPerc(0.0),
        TotalPageMemory(0),
        UsedPageMemory(0),
        UsedPageMemoryPerc(0.0)
    {
        processList.clear();
    }
};

#define TO_MB(X) ((X)/1048576)

std::pair<long, std::string> PollProcessList(long UpdateTime, system_monitor_status& curStatus);

std::string GenerateTimeStr();

std::string LogTypeEnumToString(LogTypeEnum logType);
LogTypeEnum StringToLogTypeEnum(const std::string& logTypeStr);
void startProcess(std::string cmdline, bool isWait);