LPC3Reg.h

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#ifndef LPC3REG_H_
#define LPC3REG_H_

class LPC3Reg
{
public:

// Constructor
    LPC3Reg( unsigned long baseAddress, int bytesMapped );

// Destructor
    virtual ~LPC3Reg();

    // Clock Control - 0x40004000 base
    static volatile int& AdcClkCtrl1_;
    static volatile int& AdcClkCtrl_;
    static volatile int& TimClkCtrl_;
    static volatile int& U3ClkPhys_;
    static volatile int& U4ClkPhys_;
    static volatile int& U6ClkPhys_;
    static volatile int& UartClkCtrl_;

    // Main Interrupt Controller - 0x40008000 base

    // Sub Interrupt Controller 1 - 0x4000C000 base
    static volatile int& Sic1Er_;
    static volatile int& Sic1Rsr_;
    static volatile int& Sic1Sr_;
    static volatile int& Sic1Apr_;
    static volatile int& Sic1Atr_;
    static volatile int& Sic1Itr_;

    // Sub Interrupt Controller 2 - 0x40010000 base

    // High Speed Uart 1 - 40014000 base
    static volatile int& Hsu1Ctrl_;
    static volatile int& Hsu1RX_;

    // High Speed Uart 2 - 40018000 base
    static volatile int& Hsu2Level_;
    static volatile int& Hsu2RX_;

    // High Speed Uart 7 - 0x4001C000 base
    static volatile int& Hsu7RX_;

    // GPIO Registers
    static volatile int& P3InpStatePhys_;
    static volatile int& PioOutpSetPhys_;
    static volatile int& PioOutpClrPhys_;
    static volatile int& PioMuxSetPhys_;
    static volatile int& PioMuxClrPhys_;
    static volatile int& P0InpStatePhys_;
    static volatile int& P0OutpSetPhys_;
    static volatile int& P0OutpClrPhys_;
    static volatile int& P3MuxSetPhys_;
    static volatile int& P3MuxClrPhys_;

    // ADC Control - 0x40048000 base
    static volatile int& AdcSelect_;
    static volatile int& AdcCtrl_;
    static volatile int& AdcValue_;

    // UART Control - 0x40054000 base
    static volatile int& UartCtrlPhys_;
    static volatile int& UartClkModePhys_;

    // Regular Uart 3 - 0x40080000 base
    static volatile int& U3LsrPhys_;
    static volatile int& U3DllPhys_;

    // Regular Uart 4 - 0x40088000 base
    static volatile int& U4DllPhys_;
    static volatile int& U4LsrPhys_;

    // Regular Uart 5 - 0x40090000 base
    static volatile int& U5LsrPhys_;

    // Regular Uart 6 - 0x40098000 base
    static volatile int& U6LsrPhys_;
    static volatile int& U6DllPhys_;
    static volatile int& U6IERPhys_;

    // Watchdog Timer - 0x4003C000 base
    static volatile int& WDTimCtrl_;
    static volatile int& WDTimCounter_;
    static volatile int& WDTimMCtrl_;
    static volatile int& WDTimMatch0_;
    static volatile int& WDTimEMR_;
    static volatile int& WDTimPulse_;
    static volatile int& WDTimRes_;

    static bool IsDropweightOK( void );

    static bool IsBurnwireActive()
    {
        return BurnwireActive_;
    }

private:
    // Note that the copy constructor below is private and not given a body.
    // Any attempt to call it will return a compiler error.
    LPC3Reg( const LPC3Reg& old ); // disallow copy constructor

    int devFD_;
    int* map_;
    unsigned long baseAddress_;
    int bytesMapped_;

    static bool BurnwireActive_;

    // Clock Control - 0x40004000 base
    static LPC3Reg SysCtrlPhys_;

    // Main Interrupt Controller - 0x40008000 base

    // Sub Interrupt Controller 1 - 0x4000C000 base
    static LPC3Reg Sic1_;

    // Sub Interrupt Controller 2 - 0x40010000 base

    // High Speed Uart 1 - 40014000 base
    static LPC3Reg Hsu1RxPhys_;

    // High Speed Uart 2 - 0x40018000 base
    static LPC3Reg Hsu2RxPhys_;

    // High Speed Uart 7 - 0x4001C000 base
    static LPC3Reg Hsu7RxPhys_;

    // GPIO Registers - 0x40028000 base
    static LPC3Reg PioPhys_;

    // ADC Control - 0x40048000 base
    static LPC3Reg Adc_;

    // UART Control - 0x40054000 base
    static LPC3Reg UartGenCtrlPhys_;

    // Regular Uart 3 - 0x40080000 base
    static LPC3Reg Uart3Phys_;

    // Regular Uart 4 - 0x40088000 base
    static LPC3Reg Uart4Phys_;

    // Regular Uart 5 - 0x40090000 base
    static LPC3Reg Uart5Phys_;

    // Regular Uart 6 - 0x40098000 base
    static LPC3Reg Uart6Phys_;

    // Watchdog Timer - 0x4003C000 base
    static LPC3Reg WDTPhys_;


private:

    friend class CBIT;
    friend class SBIT;
    friend class IBIT;
    friend class Supervisor;
    friend class CommandLine;
    friend class LoadControl;
    friend class VerticalControl;

    static void SoftwareReset( void );

    static void InitializeHBC( void );

    static void CheckBatt( void );

    static bool InitializeWDT( void );

    static void StrobeWDT( void );

    static void StrobeHBC( void );

    static bool PowerOffLoads( void );

    static bool PowerOnLoads( void );

    static bool QueryShorepower( void );

    static bool QueryBattPower( void );

    static bool QueryBackplanePower( void );

    static bool WaterDetected( void );

    static bool CFMissing( void );

    static void ActivateBurnwire( void );

    static void DeactivateBurnwire( void );

    static void DeactivateRadio( void );

    // Asserts reset signal
    static void SWReset( void );

    static void UninitializeWDT( void );

    static bool HeartbeatHi_;

    static bool BackplanePowerOn_;

    typedef enum { CHAN_0 = 0x4,      // GPO_02  - bit 2 -- changed on mobo w/ blue wire since GPO_1 is buffered and current limited
                   CHAN_1 = 0x20000,  // GPO_17  - bit 17
                   CHAN_2 = 0x40000,  // GPO_18  - bit 18
                   // Channel 3 is not actually made. Channel unused
                   CHAN_4 = 0x800,    // GPO_11  - bit 11
                   CHAN_5 = 0x1000,   // GPO_12  - bit 12
                 } GFChan;


    static void ActivateGF( GFChan channel );

    static void DeactivateGF( GFChan channel );

};

#endif /*LPC3REG_H_*/