def run(self):
"""Thread loop"""
log.info('Waiting %ds...' % self.start_interval)
time.sleep(self.start_interval)
log.info('Starting playlist')
if settings.inputlistener and KeyListener.device_available:
background = KeyListener(self)
background.start()
while (app.running):
log.debug("Current playlist: %s" % self.playlist)
self.index = 0
self.size = len(self.playlist['screens'])
while (self.index < self.size):
# reset shared data
try:
server_item = beacon.queue.get_nowait()
log.debug("Current server item: %s" % server_item)
stay = self.handle_item(server_item)
beacon.queue.task_done()
if not stay:
log.debug("Exiting loop")
break
except Empty:
pass
item = self.playlist['screens'][self.index]
log.debug("Current item: %s" % self.index)
if app.running: # state may have changed
self.handle_item(item)
self.index += 1
log.info("Exiting player thread.")
def launch_keylisten_thread(self):
"""
Launch a KeyListener thread to get key presses in the command line
"""
self.keylisten_thread = KeyListener(self.on_key_press)
self.keylisten_thread.setDaemon(True)
self.logger.info("starting keylistener")
self.keylisten_thread.start()
def main():
bridge = "192.168.1.3"
username = "******"
# Mapping a numbering to whatever numerical
# id the bridge has given to bulbs/lights.
bulb2hue = {1: 10, 2: 12, 3: 11, 4: 9, 5: 7, 6: 8}
# Mapping the numerical keys to keycodes
keys = {
"7": 74,
"8": 78,
"9": 96,
"4": 73,
"5": 77,
"6": 81,
"1": 72,
"2": 76,
"3": 80,
"0": 71,
"*": 75,
"#": 79,
}
# Keyboard device
dev = "/dev/input/by-id/usb-GASIA_USB_KB_V11-event-kbd"
b = Bridge(bridge, username) # Construct Bridge object
l = KeyListener(dev) # Contruct keyboard listener
# Register callbacks
l.register_keyPress(keys["0"], lambda event: b.toggle())
l.register_keyPress(keys["1"], lambda event: b.toggle(bulb2hue[1]))
l.register_keyPress(keys["2"], lambda event: b.toggle(bulb2hue[2]))
l.register_keyPress(keys["3"], lambda event: b.toggle(bulb2hue[3]))
l.register_keyPress(keys["4"], lambda event: b.toggle(bulb2hue[4]))
l.register_keyPress(keys["5"], lambda event: b.toggle(bulb2hue[5]))
l.register_keyPress(keys["6"], lambda event: b.toggle(bulb2hue[6]))
#l.register_keyPress(keys["6"], lambda event: b.set_state(states["Energize"]))
l.register_keyPress(keys["7"],
lambda event: b.set_state(states["Concentrate"]))
l.register_keyPress(keys["8"],
lambda event: b.set_state(states["Reading"]))
l.register_keyPress(keys["9"], lambda event: b.set_state(states["Relax"]))
l.register_keyPress(
keys["*"],
lambda event: b.set_bri({k: v - 51
for (k, v) in b.get_bri().items()}))
l.register_keyPress(
keys["#"],
lambda event: b.set_bri({k: v + 51
for (k, v) in b.get_bri().items()}))
l.listen() # Listen for events
from keylistener import KeyListener
from sqliterecorder import SQLiteRecorder
listener = KeyListener()
recorder = SQLiteRecorder()
listener.set_recorder(lambda x : recorder.record(x))
listener.setup()
i = ""
while i != "stop":
i = raw_input()
def run(self):
listener = KeyListener()
listener.start()
