void hexbright::print_charge(unsigned char led) {
unsigned char charge_state = get_charge_state();
if(charge_state == CHARGING && get_led_state(led) == LED_OFF) {
set_led(led, 350, 350);
} else if (charge_state == CHARGED) {
set_led(led,50);
}
}
static void hwnotify_conversation_updated(PurpleConversation *conv,
PurpleConvUpdateType type) {
if( type != PURPLE_CONV_UPDATE_UNSEEN ) {
return;
}
gboolean unread, important;
get_pending_events (&unread, &important);
unsigned char state = get_led_state ();
state = set_led (state, color_unread, unread);
state = set_led (state, color_important, important);
set_led_state (state);
}
/******************************************************************
* blink_green()
* nothing exciting, just blink the GRN LED for half a second
* then return the LED to its original state
*******************************************************************/
int blink_green(){
// record if the led was on or off so we can return later
int old_state = get_led_state(GREEN);
const int us_to_blink = 700000; // 0.7 seconds
const int blink_hz = 10;
const int delay = 1000000/(2*blink_hz);
const int blinks = blink_hz*us_to_blink/1000000;
int i;
for(i=0;i<blinks;i++){
usleep(delay);
set_led(GREEN,!old_state);
usleep(delay);
set_led(GREEN,old_state);
}
return 0;
}
