#pragma once

#include "VMOp.Type.h"

struct MSG_BASE;

//收收收收收收收收收收收收收收收收收收收收收收收收收收收收收收收收收收收收收收
// <TYPE DEFINITIONs>
typedef DWORD		WORK_KEY;

typedef STLX_LIST<WORK_KEY>							WORK_UPDATE_QUEUE;
typedef WORK_UPDATE_QUEUE::iterator								WORK_UPDATE_QUEUE_IT;

typedef Delegator<IVMOp>									WORK_NODE_DELEGATOR;
typedef std::pair<WORK_NODE_DELEGATOR, BOOL>							WORK_NODE_UPDATE_PAIR;
typedef std::pair<WORK_KEY, WORK_NODE_UPDATE_PAIR>					WORK_NODE_PAIR;
typedef STLX_MAP<WORK_KEY, WORK_NODE_UPDATE_PAIR>	WORK_NODE_MAP;
typedef WORK_NODE_MAP::iterator									WORK_NODE_MAP_IT;

class VMOpCPU;
typedef Delegator<VMOpCPU>				VMOp_MANAGER;

//收收收收收收收收收收收收收收收收收收收收收收收收收收收收收收收收收收收收收收
// 棻艇 賅萄縑憮 憮綠蝶煎 瞪�腎歷擊 陽, 濛機ブ 頂羲
class ISession4StartServiceWorkNode
{
public:
	virtual BOOL	IsValidObject( DWORD dwCheckValue ) = 0;
	virtual BOOL	IsValidState( DWORD dwStatusValue ) = 0;
	virtual BOOL	SendPacket4Interface( MSG_BASE* pMsg, WORD wSize ) = 0;
};

class PROCESS_CONNECTION_PHASE_SHIFT_CMD___ON_START_EXCHANGE : public IVMOp
{
public:
	PROCESS_CONNECTION_PHASE_SHIFT_CMD___ON_START_EXCHANGE() {}
	~PROCESS_CONNECTION_PHASE_SHIFT_CMD___ON_START_EXCHANGE() {}

public:
	VOID					SetInformation( ISession4StartServiceWorkNode* pObject, DWORD dwCheckKey, DWORD dwStatusValue )
	{
		m_pIChecker = pObject;
		m_dwCheckValue = dwCheckKey;
		m_dwStatusValue = dwStatusValue;
	}

public:
	// <INTERFACE><IMPLEMENTATION>
	virtual BOOL	DoInit();

	virtual BOOL	DoProcess()
	{
		//return _ACTION_Always_Alive();
		return TRUE;
	}

	virtual BOOL	IsComplete()
	{
		return m_bCompleted;
	}

	virtual BOOL	DoRelease()
	{
		return TRUE;
	}

//private:
//	// SERVICE_FUNCTION_ALWAYS_ALIVE
//	BOOL	_ACTION_Always_Alive();
//	// SERVICE_FUNCTION_SCRIPT_DATA_LOAD
//	BOOL	_ACTION_Script_Data_Load( BOOL bFirst = FALSE );

//private:
//#ifdef __NA_000252_20070208_VERSION_GMCMD
//	VOID	SendPacket_4ScriptData( eSCRIPT_CODE scriptCode );
//	VOID	SetLoadScriptTable( eSCRIPT_CODE scriptCode );
//#else
//	VOID	SendPacket_4ScriptData( SCRIPT_CODE_T scriptCode );
//	VOID	SetLoadScriptTable( SCRIPT_CODE_T scriptCode );
//#endif

private:
	ISession4StartServiceWorkNode*	m_pIChecker;
	DWORD							m_dwCheckValue;
	DWORD							m_dwStatusValue;
	BOOL							m_bCompleted;
//	struct
//	{
//		BOOL						m_bLoadMonitoring;
//		DWORD						m_dwPeer;
//		DWORD						m_dwTail;
//#ifdef __NA_000252_20070208_VERSION_GMCMD
//		BYTE						m_pLoadScriptTable[SCRIPT_LIST_SIZE];
//#else
//		BYTE						m_pLoadScriptTable[SCRIPT_CODE_KEY(LIST_SIZE)];
//#endif
//
//		// METHODs
//#ifdef __NA_000252_20070208_VERSION_GMCMD
//		inline DWORD			GetNextIndex( DWORD dwIndex )
//		{  return ((dwIndex+1)%SCRIPT_LIST_SIZE); }
//#else
//		inline DWORD			GetNextIndex( DWORD dwIndex )
//		{  return ((dwIndex+1)%SCRIPT_CODE_KEY(LIST_SIZE)); }
//#endif
//		inline BOOL				IsEmpty() { return (BOOL)( m_dwPeer == m_dwTail ); }
//		inline BOOL				IsFull() { return (BOOL)( m_dwPeer == GetNextIndex(m_dwTail) ); }
//		// no check "IsEmpty" & "IsFull"
//		inline VOID				EnQueue( BYTE byScriptCode )
//		{
//			m_pLoadScriptTable[m_dwTail] = byScriptCode;
//			m_dwTail = GetNextIndex( m_dwTail );
//		}
//
//		inline BYTE				DeQueue()
//		{
//			BYTE value = m_pLoadScriptTable[m_dwPeer];
//			m_dwPeer = GetNextIndex(m_dwPeer);
//			return value;
//		}
//
//		inline BYTE				Peek() { return m_pLoadScriptTable[m_dwPeer]; }
//	} LOADING_INFO;
};