#ifndef EXTERNALIOMODULE_H
#define EXTERNALIOMODULE_H
#include "GlobalDefine.h"
#ifndef WINDOWS_OS
#include "seamaxlin.h"
#endif
#include "IOModule.h"

typedef enum eExternalModuleType
{
    EXT_IO_TYPE_430 = 430,
    EXT_IO_TYPE_440 = 440,
    EXT_IO_TYPE_470 = 470,
    EXT_IO_TYPE_INVALID = 0
}eExternalModuleType_t;

enum eExternalModuleRetValue
{
    EXT_MOD_RET_OK,
    EXT_MOD_RET_ERR_INVALID_POINTER,
    EXT_MOD_RET_ERR_MODULE_OFFLINE,
    EXT_MOD_RET_ERR_MODULE_TYPE_MISMATCH,
	EXT_MOD_RET_MODULE_ALREADY_OPENED,
	EXT_MOD_RET_WRONG_ANALOG_CONFIGURATION
};

class CExternalIOModule
{
public:

    CExternalIOModule();
	virtual ~CExternalIOModule();
#ifndef WINDOWS_OS
    unsigned int SetModuleDriverPtr(CSeaMaxLin *DriverPtr);
	virtual unsigned int OpenModule(unsigned int SlaveAddress,CSeaMaxLin *DriverPtr, unsigned int ModuleID);
//	unsigned int OpenModule(unsigned int SlaveAddress,SeaMaxLin *DriverPtr, unsigned int ModuleID);

    eExternalModuleType_t GetType(void){return mModuleType;}
    unsigned int GetID(void){return mModuleID;}
#endif


protected:
    bool mIsOpened;
    #ifndef WINDOWS_OS
    CSeaMaxLin *mModuleDriverPtr;
    unsigned int mModuleAddress;
    unsigned int mModuleID;
    eExternalModuleType_t mModuleType;

    seaio_type_t	mSeaIOModuleType;
    address_loc_t	mRegisterStart;
    address_range_t	mRegisterRange;
#endif


    //       pseaMaxModule->Read(2,type,start,range,&data[0]);



};

#endif // EXTERNALIOMODULE_H