def idle_input(self, conn):
while True:
GPIO.wait_for_edge(int(self.trigger), GPIO.BOTH)
conn.send("inputchange:"+str(self.trigger)+":on")
gui.change_input_state(str(self.trigger), 1, "reg")
GPIO.wait_for_edge(int(self.trigger), GPIO.BOTH)
conn.send("inputchange:"+str(self.trigger)+":off")
gui.change_input_state(self.trigger, 0, "reg")
def event_disable_on_input(self, conn):
while True:
GPIO.wait_for_edge(int(self.trigger), GPIO.RISING)
conn.send("inputchange:"+self.trigger+":on")
gui.change_input_state(self.trigger, 1, "reg")
conn.send("eventchange:"+self.who+":disable")
gui.change_event_state(self.who, 0)
GPIO.wait_for_edge(int(self.trigger), GPIO.FALLING)
conn.send("inputchange:"+self.trigger+":off")
gui.change_input_state(self.trigger, 0, "reg")
def refresh_gui_sensors(self):
gui.console("Started sensor gui refresh process")
while self.run_sensor_refresh:
for i in temp_sensors:
temp = self.get_temperature(sensor_name = i, return_cache = False)
self.temp[i] = temp
gui.change_input_state(temp_sensors[i], temp, "temp")
for i in light_sensors:
light = self.get_light_level(sensor_name = i)
gui.change_input_state(light_sensors[i], light, "light")
time.sleep(5)
def output_off_on_input(self, conn):
while True:
GPIO.wait_for_edge(int(self.trigger), GPIO.RISING)
conn.send("inputchange:"+self.trigger+":on")
gui.change_input_state(self.trigger, 1, "reg")
for i in self.who:
outputs[i].output(1)
gui.change_output_state(i, 0)
GPIO.wait_for_edge(int(self.trigger), GPIO.FALLING)
conn.send("inputchange:"+self.trigger+":off")
gui.change_input_state(self.trigger, 0, "reg")
def output_toggle_on_input(self, conn):
state = 0
while True:
alreadyon = []
GPIO.wait_for_edge(self.trigger, GPIO.RISING)
conn.send("inputchange:"+str(self.trigger)+":on")
gui.change_input_state(self.trigger, 1, "reg")
for i in self.who:
outputs[i].output(state)
gui.change_output_state(i, not state)
if state == 0:
state = 1
else:
state = 0
GPIO.wait_for_edge(int(self.trigger), GPIO.FALLING)
gui.change_input_state(self.trigger, 0, "reg")
def output_toggle_on_input_timeout(self, conn):
while True:
alreadyon = []
GPIO.wait_for_edge(int(self.trigger), GPIO.BOTH)
conn.send("inputchange:"+str(self.trigger)+":on")
gui.change_input_state(int(self.trigger), 1, "reg")
for i in self.who:
if outputs[i].input() == 0:
alreadyon.append(i)
gui.console("Pin already on")
else:
outputs[i].output(1)
gui.change_output_state(int(i), 1)
conn.send("pinchange:"+i+":on")
targettime = int(time.time()) + int(self.timeout)
changed = False
while not targettime == int(time.time()):
if GPIO.input(int(self.trigger)):
if changed:
conn.send("inputchange:"+str(self.trigger)+":on")
gui.change_input_state(int(self.trigger), 1, "reg")
changed = False
targettime = int(time.time()) + self.timeout - 3
else:
changed = True
conn.send("inputchange:"+str(self.trigger)+":off")
gui.change_input_state(int(self.trigger), 0, "reg")
time.sleep(0.2)
for i in self.who:
if not i in alreadyon:
outputs[i].output(1)
conn.send("pinchange:"+i+":off")
gui.change_output_state(int(i), 0)
def input_idle(self, conn):
goahead = True
goahead1 = True
while True:
if goahead:
try:
GPIO.wait_for_edge(self.pin, GPIO.RISING)
conn.send("inputchange:"+str(self.pin)+":on")
gui.change_input_state(self.pin, 1, "reg")
goahead1 = True
except RuntimeError:
goahead1 = False
time.sleep(0.5)
if goahead1:
try:
GPIO.wait_for_edge(self.pin, GPIO.FALLING)
conn.send("inputchange:"+str(self.pin)+":off")
gui.change_input_state(self.pin, 0, "reg")
goahead = True
except RuntimeError:
goahead = False
time.sleep(0.5)