/* Main function */
void main(void) {
/* Disable the timer so it doesn't run when we don't want it to be running */
timer_Control = TIMER1_DISABLE;
/* By using the 32768 kHz clock, we can count for exactly a half second here, or a different interval of time */
timer_1_ReloadValue = timer_1_Counter = HALF_SECOND;
/* Enable the timer, set it to the 32768 kHz clock, enable an interrupt once it reaches 0, and make it count down */
timer_Control = TIMER1_ENABLE | TIMER1_32K | TIMER1_0INT | TIMER1_DOWN;
/* Initialize the interrupt handlers */
int_Initialize();
/* Set the isr_on routine to run when the [ON] key is pressed */
int_SetVector(ON_IVECT, isr_on);
/* Set the isr_timer1 routine to run when the timer expires */
int_SetVector(TIMER1_IVECT, isr_timer1);
/* Tell the interrupt controller that the ON flag should be enabled, as with the timer 1 interrupt*/
int_EnableConfig = INT_ON | INT_TIMER1;
int_LatchConfig = INT_TIMER1;
/* Interrupts can now generate after this */
int_Enable();
/* The interrupts will trigger inside this loop */
while(true);
}
/* Main function */
void main(void) {
/* Randomize things */
srand( rtc_Time() );
/* Clean up the home screen */
prgm_CleanUp();
/* Initialize the interrupt handlers */
int_Initialize();
/* Set the isr_on routine to run when the [ON] key is pressed */
int_SetVector(ON_IVECT, isr_on);
int_SetVector(RTC_IVECT, isr_rtc);
int_EnableConfig = INT_ON | INT_RTC;
/* Configure the RTC */
rtc_LoadSeconds = rtc_LoadMinutes = rtc_LoadHours = rtc_LoadDays = 0;
rtc_Control = RTC_ENABLE | RTC_LOAD | RTC_SEC_INT_SOURCE;
/* Wait for the RTC to load in the new values and then acknowledge all the interrupts */
while( rtc_IsBusy() );
rtc_IntAcknowledge = RTC_INT_MASK;
/* Enable interrupts */
int_Enable();
while(!exit_loop);
/* Reset interrupts and exit */
int_Reset();
prgm_CleanUp();
}
static long write_bo(struct boRecord *pbo) {
switch (((recPrivate*)pbo->dpvt)->function) {
/******* no int ***********
case CPCI_BO_RUN_MODE:
if(pbo->val == 0)
setRunMode(MODE_TEST);
else
setRunMode(MODE_NORMAL);
break;
****************************/
case CPCI_BO_INT_ENABLE:
if(pbo->val == 0)
int_Disable(((recPrivate*)pbo->dpvt)->pCard);
else
int_Enable(((recPrivate*)pbo->dpvt)->pCard);
break;
case CPCI_BO_RF_RESET:
if(pbo->val == 0)
clear_RFReset_Option(((recPrivate*)pbo->dpvt)->pCard);
else
set_RFReset_Option(((recPrivate*)pbo->dpvt)->pCard);
break;
case CPCI_BO_SWEEP_OPTION:
if(pbo->val == 0)
clear_Sweep_Option(((recPrivate*)pbo->dpvt)->pCard);
else
set_Sweep_Option(((recPrivate*)pbo->dpvt)->pCard);
break;
case CPCI_BO_AMP_OPTION:
if(pbo->val == 0)
clear_AMP_Option(((recPrivate*)pbo->dpvt)->pCard);
else
set_AMP_Option(((recPrivate*)pbo->dpvt)->pCard);
break;
case CPCI_BO_AMP_FF_OPTION:
if(pbo->val == 0)
clear_AMP_FF_Option(((recPrivate*)pbo->dpvt)->pCard);
else
set_AMP_FF_Option(((recPrivate*)pbo->dpvt)->pCard);
break;
case CPCI_BO_AMP_MODIFY_OPTION:
if(pbo->val == 0)
clear_AMP_Modify_Option(((recPrivate*)pbo->dpvt)->pCard);
else
set_AMP_Modify_Option(((recPrivate*)pbo->dpvt)->pCard);
break;
case CPCI_BO_TUNE_OPTION:
if(pbo->val == 0)
clear_Tune_Option(((recPrivate*)pbo->dpvt)->pCard);
else
set_Tune_Option(((recPrivate*)pbo->dpvt)->pCard);
break;
case CPCI_BO_FRONT_TUNE_OPTION:
if(pbo->val == 0)
clear_Front_Tune_Option(((recPrivate*)pbo->dpvt)->pCard);
else
set_Front_Tune_Option(((recPrivate*)pbo->dpvt)->pCard);
break;
case CPCI_BO_TUNE_FF_OPTION:
if(pbo->val == 0)
clear_Tune_FF_Option(((recPrivate*)pbo->dpvt)->pCard);
else
set_Tune_FF_Option(((recPrivate*)pbo->dpvt)->pCard);
break;
case CPCI_BO_TUNE_MODIFY_OPTION:
if(pbo->val == 0)
clear_Tune_Modify_Option(((recPrivate*)pbo->dpvt)->pCard);
else
set_Tune_Modify_Option(((recPrivate*)pbo->dpvt)->pCard);
break;
case CPCI_BO_PHASE_OPTION:
if(pbo->val == 0)
clear_Phase_Option(((recPrivate*)pbo->dpvt)->pCard);
else
set_Phase_Option(((recPrivate*)pbo->dpvt)->pCard);
break;
case CPCI_BO_POINT_SWEEP:
if(pbo->val == 0)
point_Sweep_S(((recPrivate*)pbo->dpvt)->pCard);
else
point_Sweep_P(((recPrivate*)pbo->dpvt)->pCard);
break;
case CPCI_BO_ERROR_OPTION:
if(pbo->val == 0)
((recPrivate*)pbo->dpvt)->pCard->errorFlag = 0;
else
((recPrivate*)pbo->dpvt)->pCard->errorFlag = 1;
break;
case CPCI_BO_PHASE_FF_OPTION:
if(pbo->val == 0)
clear_Phase_FF_Option(((recPrivate*)pbo->dpvt)->pCard);
else
set_Phase_FF_Option(((recPrivate*)pbo->dpvt)->pCard);
break;
case CPCI_BO_PHASE_MODIFY_OPTION:
if(pbo->val == 0)
clear_Phase_Modify_Option(((recPrivate*)pbo->dpvt)->pCard);
else
set_Phase_Modify_Option(((recPrivate*)pbo->dpvt)->pCard);
break;
case CPCI_BO_DRV_RESET:
if(pbo->val == 0)
clear_Drv_Option(((recPrivate*)pbo->dpvt)->pCard);
else
set_Drv_Option(((recPrivate*)pbo->dpvt)->pCard);
break;
case CPCI_BO_SG_MODE:
if(pbo->val == 0)
clear_SG_Mode(((recPrivate*)pbo->dpvt)->pCard);
else
set_SG_Mode(((recPrivate*)pbo->dpvt)->pCard);
break;
default:
recGblRecordError(S_db_badField,(void *)pbo,
"devBoD212 Write_bo, bad parm");
return(S_db_badField);
}
pbo->udf=0;
return 0;
}
