void main_app_init()
{
printf("Starting the\ntimer.");
pulse_register_timer(3000, &display_message, "3 seconds.");
pulse_register_timer(5000, &display_message, "5 seconds.");
pulse_register_timer(7000, &display_message, "7 seconds.");
}
void main_app_handle_button_down()
{
if(current_screen == SCREEN_CLOCK)
{
current_screen = SCREEN_NOTIFICATION_LIST;
cancel_sleep();
notification_list_first_draw = true;
notification_selected = 0xFF;
}
else if(current_screen == SCREEN_NOTIFICATION_LIST)
{
if(notification_list_size == 0)
{
return_to_clock_screen();
}
else
{
// Set timer for button hold
button_timer_id = pulse_register_timer(BUTTON_HOLD_TIME, &handle_pulse_protocol_notification,
notification_id);
}
}
else
{
return_to_clock_screen();
}
}
void main_app_handle_button_down()
{
if (current_screen == SCREEN_GAME_OVER)// || current_screen == SCREEN_CLOCK)
button_timer_id = pulse_register_timer(BUTTON_HOLD_TIME, &long_press, 0);
else if (current_screen == SCREEN_GAMEPLAY)
press = true;
}
void main_app_handle_button_down()
{
//if (current_screen == SCREEN_CLOCK || current_screen == SCREEN_GAME_OVER)
if ( current_screen == SCREEN_GAME_OVER)
button_timer_id = pulse_register_timer(BUTTON_HOLD_TIME, &long_press, 0);
else if ((current_screen == SCREEN_GAMEPLAY) && (jumps_available > 0)) {
press = true;
jump_ticks = 15;
jumps_available--;
}
}
void get_ready()
{
pulse_blank_canvas();
state = 1;
printf("Wait for it...\n\n");
int wait_time = 1000 + rand()%5000;
hold_timer_value = pulse_register_timer(wait_time, &go, wait_time);
}
// This is called regularly to stop the watch "going to sleep"; all we
// want to do here is cancel our existing timer and create a new one
void mode_displaysleep_update_power_down(int iPowerDownMS) {
multi_debug("mode_displaysleep_update_power_down %i\n", iPowerDownMS);
// Ensure our own personal "active" loop is cancelled
pulse_cancel_timer(&modeDisplaysleepingTimerID);
assert(modeDisplaysleepingTimerID == -1);
pulse_cancel_timer(&modeDisplaysleepPowerDownTimerID); // pulse
assert(modeDisplaysleepPowerDownTimerID == -1);
modeDisplaysleepPowerDownTimerID = pulse_register_timer(iPowerDownMS,
&mode_displaysleep_power_down, 0); // pulse
assert(modeDisplaysleepPowerDownTimerID != -1);
}
// Print the time to the screen to and set a timer to call
// this function on the minute mark
void update_time()
{
print_time_into_text_buffer();
// Draw a black box over the text area to clear it
// There are other more effecient solutions
pulse_set_draw_window(0,0, SCREEN_WIDTH, 30);
for (int i = 0; i < 30 * SCREEN_WIDTH; i++) {
pulse_draw_point24(COLOR_BLACK24);
}
pulse_render_text(&clock_text_box, &clock_text_widget);
// Register a timer to update the time on the minute mark
pulse_register_timer(60000 - current_time.tm_sec * 1000, &update_time, 0);
}
void mode_displaysleep_tick_tock() {
multi_debug("mode_displaysleep_tick_tock\n");
pulse_cancel_timer(&modeDisplaysleepingTimerID);
assert(modeDisplaysleepingTimerID == -1);
modeDisplaysleepingTimerID = pulse_register_timer(10000, // slow
&mode_displaysleep_tick_tock, 0); // pulse
assert(modeDisplaysleepingTimerID != -1);
mode_displaysleep_draw_digit(0, multiTimeNow.tm_hour / 10); // Digit *?:??
mode_displaysleep_draw_digit(1, multiTimeNow.tm_hour % 10); // Digit ?*:??
// position 2 has the colon!
mode_displaysleep_draw_digit(3, multiTimeNow.tm_min / 10); // Digit ??:*?
mode_displaysleep_draw_digit(4, multiTimeNow.tm_min % 10); // Digit ??:?*
}
// Will put processor to sleep in predetermined number of ms
void prepare_to_sleep()
{
pulse_cancel_timer(&sleep_timer_id);
sleep_timer_id = pulse_register_timer(TIME_BEFORE_SLEEP, &pulse_update_power_down_timer, 0);
}
