def init_power_management():
pm.set_timeout(5 * 60 * 1000) # Set timeout to 5 minutes
pm.callback(pm_cb) # Go to splash instead of sleep
pm.feed(True)
global stopThreads#scrollerTask#, ledTask
if neopixel:
neopixel.send(bytes([0x00]*3*12))
if idleTime == None:
idleTime = virtualtimers.idle_time()
gui_redraw = True
#virtualtimers.delete(scrollerTask)
#virtualtimers.delete(ledTask)
stopThreads = True
display.windowHide("scroller")
drawTask(True)
display.flush()
time.sleep(0.1)
system.sleep(idleTime, True)
pm.callback(cbSleep)
pm.enable()
pm.feed()
# WiFi
wifi_status_prev = False
wifi_status_curr = False
ota_available = False
def wifiTask():
global wifi_status_prev, wifi_status_curr, gui_redraw, ota_available
wifi_status_prev = wifi_status_curr
wifi_status_curr = wifi.status()
if wifi_status_curr:
wifi.ntp(True)
if wifi_status_curr != wifi_status_prev:
def init_power_management():
virtualtimers.activate(1000) # Start scheduler with 1 second ticks
pm.set_timeout(5 * 60 * 1000) # Set timeout to 5 minutes
pm.callback(cbSleep) # Show sleep message
pm.feed() # Feed the power management task, starts the countdown...
def init_power_management():
virtualtimers.activate(1000) # Start scheduler with 1 second ticks
pm.set_timeout(5*60*1000) # Set timeout to 5 minutes
pm.callback(pm_cb) # Go to splash instead of sleep
pm.feed() # Feed the power management task, starts the countdown...
ugfx.input_attach(ugfx.JOY_RIGHT, btn_unhandled)
# Task scheduler
virtualtimers.activate(25)
# Power management
def onSleep(idleTime=None):
if idleTime == None:
idleTime = virtualtimers.idle_time()
gui_redraw = True
drawTask(True)
deepsleep.start_sleeping(idleTime)
pm.callback(onSleep)
pm.feed()
# WiFi
wifi_status_prev = False
wifi_status_curr = False
ota_available = False
def wifiTask():
global wifi_status_prev, wifi_status_curr, gui_redraw, ota_available
wifi_status_prev = wifi_status_curr
wifi_status_curr = wifi.status()
if wifi_status_curr:
wifi.ntp(True)
if wifi_status_curr != wifi_status_prev:
