def __init__(self, repline, controller):
self.repline = repline
self.controller = controller
self.menu = Menu(
structure={
'Record': self.record,
'Settings': {
'Recording': {
'Normalisation': Normalisation(repline)
},
'Track detection': {
SilenceThreshold.title: SilenceThreshold(repline),
MinSilenceLength.title: MinSilenceLength(repline)
},
'Encoding': {
OutputFormat.title:
OutputFormat(repline),
get_quality_setting(repline).title:
get_quality_setting(repline)
},
# 'Saving': {
# },
'Hardware': {
SetInputDevice.title: SetInputDevice(repline),
SetOutputDevice.title: SetOutputDevice(repline),
}
}
},
lcd=lcd)
nav.bind_defaults(self.menu)
def __init__(self):
self.structure = {}
with open('local.json') as f:
self.cards = json.load(f)
self.config = self.cards['CONFIG']
self.cards = self.formatCards(self.cards)
for subject in self.cards:
for topic in self.cards[subject]:
self.cards[subject][topic] = self.CardSession(
self, self.cards[subject][topic], subject + "." + topic)
print(self.config['favorites'])
self.structure.update({
'Continue': {},
'Favorites':
self.CardSession(self, self.config['favorites'], "favorites"),
'View All Cards':
self.cards,
#'Get More Cards' : self.getCards(),
#'Save and Exit' : saveAndExit(),
'Settings': {
# 'Check Server': line.checkServer()
}
})
self.menu = Menu(structure=self.structure, lcd=lcd, idle_timeout=30)
self.updateLastSession(self.config['lastSession'])
touch.bind_defaults(self.menu)
'Clock': Clock(backlight),
'Status': {
'IP': IPAddress(),
'CPU': GraphCPU(backlight),
'Temp': GraphTemp()
},
'Settings': {
'Display': {
'Contrast': Contrast(lcd),
'Backlight': Backlight(backlight)
}
}
},
lcd=lcd,
idle_handler=backlight_idle,
idle_time=5,
input_handler=Text())
# Pass the configuration into the idle handler,
# since the menu class does not do this!
backlight_idle.setup(menu.config)
"""
You can use anything to control dot3k.menu,
but you'll probably want to use dot3k.touch
"""
nav.bind_defaults(menu)
while 1:
menu.redraw()
time.sleep(0.05)
'Power': {
'Restart': lambda: system_power('restart'),
'Shutdown': lambda: system_power('shutdown'),
'Display Off': IdleDisplay(backlight)
},
'Network': NetworkStatus(),
'Updates': PacmanStats(),
'Clock': SimpleClock(),
'Settings': {
'Brightness': Brightness(backlight),
'Backlight': Backlight(backlight),
'Contrast': Contrast(lcd)
},
'Disk': DiskUsage(),
'Status': SystemStatus(),
},
lcd=lcd,
idle_handler=IdleDisplay(backlight),
idle_time=60)
# use touch module to control menu
touch.bind_defaults(menu)
# set initial backlight brightness
# TODO work out how this is actually set on start-up
menu.menu_options['Settings']['Brightness'].set_brightness()
while DO_REDRAW:
menu.redraw()
time.sleep(0.05)
structure={
'WiFi': Wlan(),
'Space Invader': my_invader,
'Clock': Clock(backlight),
'Status': {
'IP': IPAddress(),
'CPU': GraphCPU(backlight),
'Temp': GraphTemp()
},
'Settings': {
'Display': {
'Contrast': Contrast(lcd),
'Backlight': Backlight(backlight)
}
}
},
lcd=lcd,
idle_handler=my_invader,
idle_timeout=30,
input_handler=Text())
"""
You can use anything to control dot3k.menu,
but you'll probably want to use dot3k.captouch
"""
touch.bind_defaults(menu)
while 1:
menu.redraw()
time.sleep(0.05)
def main():
"""
Set up a menu with the Calendar and go straight into it.
"""
menu = Menu(
structure={
'calendar': GoogleCalendar()
},
lcd=lcd
)
# Register a function to turn the lights off on script exit.
atexit.register(cleanup)
# Go straight into out menu plugin, making it an app in this case
menu.right()
# setup default menu handlers
touch.bind_defaults(menu)
while 1:
menu.redraw()
time.sleep(0.02)
