pit_driver_optinBoard.h

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#ifndef PIT_DRIVER_OPTINBOARD_H
#define PIT_DRIVER_OPTINBOARD_H

#include "pit_def.h"
#include "pit_comm.h"
#include <log4cpp/BasicConfigurator.hh>
#include <log4cpp/Category.hh>


#include "pit_driver_opticalLink.h"

using namespace std;

// 0x2000000 is the proper optin memory space base address
#define OPTIN_BOARDS_BASE_ADDRESS   0x2000000 
// for debugging I am setting the optin boards base address in the sram memory position 
//#define OPTIN_BOARDS_BASE_ADDRESS   0x1800000
// One OPTIN is plugged in position 0x3000000
//#define OPTIN_BOARDS_BASE_ADDRESS 0x3000000

// The old offset would also leaves us outside the memory space
//#define OPTIN_BOARDS_OFFSET           0x0001000
// following 0x1000000 is the default offset
#define OPTIN_BOARDS_OFFSET         0x1000000
// put OFFSET to 0, so that actually ALL pit_driver_optinBoard objects access the same OPTIN
//#define OPTIN_BOARDS_OFFSET         0x0000000


//****************************************************
// Offsets of optin board registers
#define OPTIN_BOARDS_FWVERSION_OFFSET           0x0  
#define OPTIN_BOARDS_STATUS_OFFSET                      0x1  
#define OPTIN_BOARDS_COMMAND_OFFSET                     0x2  
#define OPTIN_BOARDS_SETTING_OFFSET                     0x3  
#define OPTIN_BOARDS_TIMESTAMP_OFFSET           0x51 
#define OPTIN_BOARDS_MINFOCOUNTS_OFFSET         0x60 

class pit_driver_opticalLink;


class pit_driver_optinBoard
{         

unsigned int boardNumber; 
        

UInt28 baseAddress;   


pit_comm *commFEE;      
        
                
log4cpp::Category *logDriverOptin;


pit_driver_opticalLink *opticalLink[NUMBER_OPTICAL_LINKS];
  

bool boardPlugged; 
        
int fpgaVersion; // fpga firmware version number 
        
        
        // Private member functions
        
void checkBoardPlugged(void); 


UInt32 readOptinStatus(void);


void refreshStatusServices(void);



UInt32 readOptinSetting(void);


UInt32 writeOptinSetting(UInt32 p_optinSetting) ;



UInt32 writeOptinCommand(UInt32 p_optinCommand);


// *****************  PUBLIC interface
public:                         
                                

pit_driver_optinBoard(unsigned int boardNumber, pit_comm *commFEE);
        
~pit_driver_optinBoard(void);
    
        
inline unsigned int getBoardNumber() const { return boardNumber; }  

inline UInt28 getBaseAddress() const { return baseAddress; }

pit_driver_opticalLink& getOpticalLink(unsigned int linkNum);


inline bool IsBoardPlugged(void) const { return boardPlugged; } 

UInt12 refreshLinkStatus(void);


unsigned int getOptinFirmwareVersion();
        
unsigned int readOptinFirmwareVersion();


UInt32 refreshOptinStatus(void);



UInt32  refreshOptinSetting(void); 


UInt32 readTimeStamp(int p_timeStampNumber);
  

int readMinFastorCounts(int layer, int chip);
        

int writeMinFastorCounts(int layer, int chip, unsigned int minCounts);
        

int readMaxFastorCounts(int layer, int chip);
        

int writeMaxFastorCounts(int layer, int chip, unsigned int maxCounts) ;
int refresh();
  
  

};

#endif

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