static uint8_t EnterTimeState_handleIr( uint8_t cmdCode )
{
uint8_t caller = g_stateStack[ g_currentIdxs[MS_enterTime] - 1];
if( ( (MS_setSystemTime == caller)
&& (UI_SET_TIME == cmdCode))
|| ( (MS_setOnOffTime == caller)
&& (UI_SET_ONOFF_TIMES == cmdCode)))
{
if( ETS_hour == mode_enterTimeState.curSubState ){
log_time("TM\n");
mode_enterTimeState.curSubState = ETS_minutes;
}else if( ETS_minutes == mode_enterTimeState.curSubState){
log_time("TS\n");
mode_enterTimeState.time.ss = 0;
mode_enterTimeState.prohibitLeave = FALSE;
pwm_release_brightness();
quitMyself(MS_enterTime, &(mode_enterTimeState.time));
return TRUE;
}
}else if( UI_UP == cmdCode
|| UI_DOWN == cmdCode)
{
log_state("CHS\n");
int8_t dir = UI_UP == cmdCode?1:-1;
if( ETS_hour == mode_enterTimeState.curSubState )
{
incDecRangeOverflow(&(mode_enterTimeState.time.hh), dir, 23);
if( mode_enterTimeState.time.hh >=USER_ENTERTIME_DAY_NIGHT_CHANGE_HOUR
&& mode_enterTimeState.time.hh < USER_ENTERTIME_DAY_NIGHT_CHANGE_HOUR+12 )
{
pwm_lock_brightness_val(USER_ENTERTIME_DAY_BRIGHTNESS);
}else{
pwm_lock_brightness_val(USER_ENTERTIME_NIGHT_BRIGHTNESS);
}
}else if( ETS_minutes == mode_enterTimeState.curSubState){
if( MS_setOnOffTime == caller ){
dir *= USER_ENTER_ONOFF_TIME_STEP;
}
incDecRangeOverflow(&(mode_enterTimeState.time.mm), dir, 59);
}
}else{
//return FALSE;
}
dispInternalTime(&mode_enterTimeState.time,
((ETS_hour == mode_enterTimeState.curSubState)
? display_getHoursMask()
: display_getMinuteMask()
) | display_getTimeSetIndicatorMask()) ;
return TRUE;
}
static void NormalState_enter( const void* param )
{
log_state("nm\n");
#if (MONO_COLOR_CLOCK != 1)
pwm_set_color_step( g_params->colorPresets[g_params->curColorProfile].r,
g_params->colorPresets[g_params->curColorProfile].g,
g_params->colorPresets[g_params->curColorProfile].b);
if( ((uint16_t)param) != 0 ){
addSubState(MS_normalMode, MS_showNumber, (void*)(((uint16_t)g_params->curColorProfile+1)) ); /* doulbe cast to avoid warning */
}
#else
dispInternalTime( &g_dateTime, 0); // force update of display (in multicolor this is done on substate exit)
#endif
}
static void EnterTimeState_enter( const void* param )
{
log_time("TH\n");
mode_enterTimeState.time = *((DATETIME*)param);
mode_enterTimeState.curSubState = ETS_hour;
mode_enterTimeState.prohibitLeave = TRUE;
if( mode_enterTimeState.time.hh >=USER_ENTERTIME_DAY_NIGHT_CHANGE_HOUR
&& mode_enterTimeState.time.hh < USER_ENTERTIME_DAY_NIGHT_CHANGE_HOUR+12 )
{
pwm_lock_brightness_val(USER_ENTERTIME_DAY_BRIGHTNESS);
}else{
pwm_lock_brightness_val(USER_ENTERTIME_NIGHT_BRIGHTNESS);
}
dispInternalTime( &mode_enterTimeState.time, display_getHoursMask()|display_getTimeSetIndicatorMask() );
}
/**
* @brief Makes the given state to quit itself
*
* This will invoke leaveSubState() on the current index of the given mode
* (g_currentIdxs). It will then reset the display state, and invoke
* UserState_SubstateFinished() on the "parent" of the state just left.
*
* This is expected to be used on states that have fulfilled their actual task,
* and want to hand over control to the "parent" again.
*
* @param state The state that should leave itself
* @param result Result to be handed over to the "parent", might be NULL
*
* @see leaveSubState()
* @see g_currentIdxs
* @see UserState_SubstateFinished()
*/
void quitMyself(menu_state_t state, const void* result)
{
bool success;
int8_t currentIdx = g_currentIdxs[state];
log_state("quit self\n");
success = leaveSubState(currentIdx);
if (!success) {
log_state("ERROR: leaving substates failed\n");
}
dispInternalTime(datetime_get(), 0);
UserState_SubstateFinished(g_stateStack[currentIdx - 1], state, result);
log_state("quit self finished\n");
}
