#ifndef LOBOINIT_INC
#define LOBOINIT_INC

// Defined Values of Non-Volatile UCHAR Variables
#define  fooENABLE_VAL    0       // recycled back as a place holder, feel free to use!
#define  SLOGMODE_VAL     1       // LOBO start of logging sync mode 1=Sync to Given Mins 2=Sync to Given Hours and Mins
#define  DEPLMODE_VAL     1       // LOBO deployment mode, this is TBD
#define  DATAMODE_VAL     1       // LOBO Scheduled Data Collection Mode 1=Real Data 2=Pseudo Data (TEST MODE)
#define  LEDENABLE_VAL    0       // boolean for enabling the CD and STATUS LEDs on the MBARI MODEM Interface Board
#define  WDOGENABLE_VAL   0       // boolean for enabling the hardware watchdog counter
#define  SAMPENABLE_VAL   0x07    // bitfield for enabling instrument sampling
// Address Values into Non-Volatile RTC RAM for respective variables above
#define  fooENABLE_PTR    0x0001
#define  SLOGMODE_PTR     0x0002
#define  DEPLMODE_PTR     0x0003
#define  DATAMODE_PTR     0x0004
#define  LEDENABLE_PTR    0x0005
#define  WDOGENABLE_PTR   0x0006
#define  SAMPENABLE_PTR   0x0007
//

// Defined Values of Non-Volatile USHORT Variables
#define  LFLIMIT_VAL      500     // max size (in kbytes) for any log file
#define  SFLIMIT_VAL      750     // max size (in kbytes) for data spool file before removal
#define  SYNCHR_VAL       6       // local hour to sync start of data logging to
#define  SYNCMIN_VAL      30      // local minute to sync start of data logging to
// Address Values into Non-Volatile RTC RAM for respective variables above
#define  LFLIMIT_PTR      0x0080
#define  SFLIMIT_PTR      0x0082
#define  SYNCHR_PTR       0x0084
#define  SYNCMIN_PTR      0x0086
#define  LASTDOY_PTR      0x0088
//

// Defined Values of Non-Volatile INT Variables
#define  TZOFFSET_VAL     8       // hrs local time is offset from GMT (+) is W (-) is E
// Address Values into Non-Volatile RTC RAM for respective variables above
#define  TZOFFSET_PTR     0x00E0
//

// Defined Values of Non-Volatile ULONG AND LONG Variables
#define  LOBOSLP_VAL      60      // number of minutes of LOBO wakeup period
#define  SAMPSPERTX_VAL   1       // number of samples per radio transmission
#define  FILECTR_VAL      1       // counter indicating number of current/created log files
#define  MODEMBAUD_VAL    57600   // RS232 baud rate for Radio MODEM
#define  SYSRESETCTR_VAL  0       // counter indicating total number of system resets
#define  SYSRESETTIME_VAL 0       // time of the last system reset event
#define  WATCHDOGCTR_VAL  0       // counter indicating total number of system resets due to hardware watchdog
#define  CONNFAILCTR_VAL  0       // counter indicating total number of connection failures (from the MODEM to the Access Point) events
#define  CONNFAILTIME_VAL 0       // time of the last connection failure event
#define  CARRDROPCTR_VAL  0       // counter indicating total number of dropped CARRIRT DETECT events
#define  CARRDROPTIME_VAL 0       // time of the last dropped CARRIER DETECT event
#define  SAMPCTR_VAL      1       // counter indicating number of sample cycles

// Address Values into Non-Volatile RTC RAM for respective variables above
#define  LOBOSLP_PTR      0x0100
#define  SAMPSPERTX_PTR   0x0104
#define  FILECTR_PTR      0x0108
#define  MODEMBAUD_PTR    0x010C
#define  SYSRESETCTR_PTR  0x0110
#define  SYSRESETTIME_PTR 0x0114
#define  WATCHDOGCTR_PTR  0x0118
#define  CONNFAILCTR_PTR  0x011C
#define  CONNFAILTIME_PTR 0x0120
#define  CARRDROPCTR_PTR  0x0124
#define  CARRDROPTIME_PTR 0x0128
#define  SAMPCTR_PTR      0x012C
//

/* loboinit.c */
void InitLOBO(void);
void InitVars(void);
void LoadVarsNV(uchar NVSRAM);
void InitVarsNV(void);
void DisplayInitMsg(void);
int  ioPwrUp(void);
int  ioPwrDown(void);

#endif