def event_disable_at_time(self, conn):
while True:
nowtime = time.strftime("%I:%M %p", time.localtime())
if self.trigger == nowtime:
conn.send("eventchange:"+self.who+":disable")
gui.change_event_state(self.who, 0)
time.sleep(60)
def stop_event(self):
if self.event_process != None:
cur.execute("""DELETE FROM helper_processes WHERE pid = %s""",(self.event_process.pid))
con.commit()
self.event_process.terminate()
self.event_process = None
gui.change_event_state(self.id, 0)
self.keep_piping = False
if self.has_input:
inputs[self.trigger].start_input_idle()
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 run_event(self):
if self.action == "output_toggle_on_input_timeout":
self.event_process = Process(target=self.output_toggle_on_input_timeout, args=(self.child_conn,))
self.has_input = True
globals.inputs[self.trigger].event_id = self.id
globals.inputs[self.trigger].stop_input_idle()
elif self.action == "output_toggle_on_input":
self.event_process = Process(target=self.output_toggle_on_input, args=(self.child_conn,))
self.has_input = True
globals.inputs[self.trigger].event_id = self.id
globals.inputs[self.trigger].stop_input_idle()
elif self.action == "output_off_on_input":
self.event_process = Process(target=self.output_off_on_input, args=(self.child_conn,))
self.has_input = True
globals.inputs[self.trigger].event_id = self.id
globals.inputs[self.trigger].stop_input_idle()
elif self.action == "output_on_on_input":
self.event_process = Process(target=self.output_on_on_input, args=(self.child_conn,))
self.has_input = True
globals.inputs[self.trigger].event_id = self.id
globals.inputs[self.trigger].stop_input_idle()
elif self.action == "event_disable_on_input":
self.event_process = Process(target=self.event_disable_on_input, args=(self.child_conn,))
self.has_input = True
globals.inputs[self.trigger].event_id = self.id
globals.inputs[self.trigger].stop_input_idle()
elif self.action == "event_enable_on_input":
self.event_process = Process(target=self.event_enable_on_input, args=(self.child_conn,))
self.has_input = True
globals.inputs[self.trigger].event_id = self.id
globals.inputs[self.trigger].stop_input_idle()
elif self.action == "output_on_at_time":
self.event_process = Process(target=self.output_on_at_time, args=(self.child_conn,))
elif self.action == "output_off_at_time":
self.event_process = Process(target=self.output_off_at_time, args=(self.child_conn,))
elif self.action == "event_enable_at_time":
self.event_process = Process(target=self.event_enable_at_time, args=(self.child_conn,))
elif self.action == "event_disable_at_time":
self.event_process = Process(target=self.event_disable_at_time, args=(self.child_conn,))
time.sleep(1)
self.event_process.start()
globals.cur.execute(
'INSERT INTO helper_processes VALUES (%s,"%s",%s)' % (self.event_process.pid, "event", self.id)
)
globals.con.commit()
gui.change_event_state(self.id, 1)