interval_check_status = 19
memory_usage_check = True
cache_next_screen = True
#Detect resolution
resolution = get_resolution()
screens_cfg = cfg['essentials']['screens']
#Timers for statistics
uniqid = stats.generate_uniqid()
start_time = stats.start_timer()
loop_counter = 0
screen_manager_main = ScreenManager('screen_manager_main', resolution,
screens_cfg, fixed_width, fixed_height,
cache_next_screen)
#First rotate to init first run
screen_manager_main.rotate_next()
logger.debug("MAIN: bootstrap update_active_screen")
screen_manager_main.update_active_screen()
while True:
#Handle stats
handle_stats(loop_counter)
loop_counter += 1
#Handle keypresses
handle_keypresses()
#Check free mem and log warning
if len(displays) > 1:
logger.info(
"Globally force disable caching screen if more than one display is detected, since this takes too much resources for the pi on dual hdmi screen"
)
enable_opportunistic_caching_next_screen = False
screenmanagers = []
count = 0
for display in displays:
disable_pygame = True
# Only one screenmanager may be the master of the pygame in the case we have multiple instances. choose the first screen detected
if count == 0:
disable_pygame = False
screen_manager = ScreenManager(
f'screen_manager_{count}', display,
enable_opportunistic_caching_next_screen, disable_pygame)
screenmanagers.append(screen_manager)
count = count + 1
#First rotate to init first run
for screenmanager in screenmanagers:
screenmanager.rotate_next()
logger.debug(
f"MAIN {screenmanager.name}: bootstrap update_active_screen")
screenmanager.update_active_screen()
while True:
#Handle stats
handle_stats(loop_counter)
loop_counter += 1