class Ambrosio(object): """Class for Ambrosio Personal Digital Butler will run our house""" def __init__(self): super(Ambrosio, self).__init__() self.cl = CommandList() self.channels = [] self.channels.append(ch.TextChannel()) def next_command(self): try: return self.cl.next() except: return None def update_channels(self): for chan in self.channels: while chan.msg_avail(): self.cl.append(chan.get_msg()) def mainloop(self): #while True: # command = get_command # do_command(command) # update while True: command = self.next_command() if command: print command time.sleep(1) self.update_channels()
class Ambrosio(object): """Class for Ambrosio Personal Digital Butler will run our house""" def __init__(self): super(Ambrosio,self).__init__() self.cl = CommandList() self.channels = [] self.channels.append(ch.TextChannel()) def next_command(self): try: return self.cl.next() except: return None def update_channels(self): for chan in self.channels: while chan.msg_avail(): self.cl.append(chan.get_msg()) def mainloop(self): #while True: # command = get_command # do_command(command) # update while True: command = self.next_command() if command: print command time.sleep(1) self.update_channels()
class Ambrosio(object): """Class for Ambrosio Personal Digital Butler Will run our house""" def __init__(self): super(Ambrosio, self).__init__() self.cl = CommandList() self.channels = [] self.channels.append(ch.TextChannel()) self.channels.append(ch.TelegramChannel()) self.actions = [] self.actions.append(ac.MusicPlayer()) def next_command(self): try: return self.cl.next() except: return None, None def update_channels(self): for chan in self.channels: while chan.msg_avail(): self.cl.append((chan, chan.get_msg())) def execute_command(self, command): print "Will execute", command # Foreach Action in actions # if is_for_you # action.do words = command.split() first_words = words[0] rest_words = words[1:] response = None for ac in self.actions: if ac.is_for_you(first_words): response = ac.do(rest_words) break else: print "No t'entenc" return response def mainloop(self): # While True: # command = get_command # do_command(command) # update while True: chan, command = self.next_command() if command: response = self.execute_command(command) chan.respond(response) time.sleep(1) self.update_channels()
class Ambrosio(object): """Class for Ambrosio Digital Butler Will run our house""" def __init__(self): super(Ambrosio, self).__init__() self.c1 = CommandList() self.channels = [] self.channels.append(ch.TextChannel()) self.channels.append(ch.TelegramChannel()) self.actions = [] self.actions.append(ac.MusicPlayer()) def next_command(self): try: return self.c1.next() except: return (None, None) def update_channels(self): for chan in self.channels: while chan.msg_avail(): self.c1.append((chan, chan.get_msg())) def execute_command(self, command): print "Will execute", command #Foreach Action in actions: # if is_for_you() # action.do words = command.split() first_word = words[0] rest_words = words[1:] response = None for a in self.actions: if a.is_for_you(first_word): response = a.do(rest_words) break else: print "No t'entenc" return response def mainloop(self): #While True: # command = get_command # do_command(command) # update while True: chan, command = self.next_command() if command: response = self.execute_command(command) chan.respond(response) time.sleep(1) self.update_channels()
class Nfckeg(): def __init__(self): self.flow_near = None self.flow_out = None self.cl = CommandList() self.config() self.notify = [] self.notify.append(noti.MockObject(self.cfg)) self.notify.append(noti.TelegramChannel(self.cfg)) self.sensors = [] self.sensors.append(sen.Flow()) self.sensors.append(sen.NFC()) def dif_flow(self): difference = self.flow_near - self.flow_out return difference def config(self): with open("config.yaml") as f: self.cfg = yaml.load(f) self.token = self.cfg["telegram"]["token"] def next_command(self): try: return self.cl.next() except: return (None, None) def execute_command(self, command): print "Will execute", command words = command.split() first_word = words[0] rest_words = words[1:] message = None for a in self.sensors: if a.is_for_you(first_word): message = a.do(rest_words) break else: print "No t'entenc" return message
class Alfred(object): """Class for Alfred Personal Digital Butler Will run our house""" def __init__(self): super(Alfred, self).__init__() self.cl = CommandList() self._get_config() self.channels = [] self.channels.append(ch.TextChannel()) self.channels.append(ch.TelegramChannel(self.cfg)) self.actions = [] self.actions.append(ac.MusicPlayer(self.cfg)) self.actions.append(ac.Lights(self.cfg)) self.actions.append(ac.SensorAction(self.cfg)) self.actions.append(ac.WakeAction(self.cfg)) def _get_config(self): with open("Alfred.yaml") as f: self.cfg = yaml.load(f) #print "Configuration:" #print json.dumps(self.cfg, indent=4) def next_command(self): try: return self.cl.next() except: return (None, None) def update_channels(self): for chan in self.channels: while chan.msg_avail(): self.cl.append((chan, chan.get_msg())) def execute_command(self, command): print "\n*Will execute", command words = command.split() first_words = words[0] rest_words = words[1:] response = None for act in self.actions: if act.is_for_you(first_words.lower()): response = act.do(rest_words) break else: print "Command not found" return response def mainloop(self): #while True: # command = get_command # do_command(command) # update while True: chan, command = self.next_command() if command: response = self.execute_command(command) chan.respond(response) time.sleep(1) self.update_channels()
class Ambrosio(object): """Class for Ambrosio Personal Digital Butler Will run our house""" def __init__(self): super(Ambrosio, self).__init__() self.cl = CommandList() self._get_config() self.channels = [] c=ch.TextChannel(self.cfg) self.channels.append(c) self.channels.append(ch.TelegramChannel(self.cfg)) self.actions = [] self.actions.append(ac.MusicPlayer(self.cfg)) #self.actions.append(ac.SensorActions(self.cfg)) self.actions.append(ac.WakeAction(self.cfg)) def _get_config(self): with open("ambrosio.yaml") as f: self.cfg = yaml.load(f) print "Configuracio: " print json.dumps(self.cfg, indent=4) def next_command(self): try: return self.cl.next() except: return (None, None) def update_channels(self): for chan in self.channels: while chan.msg_avail(): self.cl.append((chan, chan.get_msg())) def execute_command(self, command): print "Will execute", command # Foreach Action in actions. # if is_for_you() # action.do words = command.split() first_word = words[0] rest_words = words[1:] response = None for a in self.actions: if a.is_for_you(first_word): response = a.do(rest_words) break else: print "No t'entenc" return response def mainloop(self): # While True: # command = get_command # do_command(command) # update while True: chan, command = self.next_command() if command: response = self.execute_command(command) chan.respond(response) time.sleep(1) self.update_channels()
class Ambrosio(object): """Class for Ambrosio Personal Digital Butler Will run our house""" def __init__(self): super(Ambrosio, self).__init__() self.cl = CommandList() self._get_config() self.channels = [] c = ch.TextChannel(self.cfg) self.channels.append(c) self.channels.append(ch.TelegramChannel(self.cfg)) self.actions = [] self.actions.append(ac.MusicPlayer(self.cfg)) #self.actions.append(ac.SensorActions(self.cfg)) self.actions.append(ac.WakeAction(self.cfg)) def _get_config(self): with open("ambrosio.yaml") as f: self.cfg = yaml.load(f) print "Configuracio: " print json.dumps(self.cfg, indent=4) def next_command(self): try: return self.cl.next() except: return (None, None) def update_channels(self): for chan in self.channels: while chan.msg_avail(): self.cl.append((chan, chan.get_msg())) def execute_command(self, command): print "Will execute", command # Foreach Action in actions. # if is_for_you() # action.do words = command.split() first_word = words[0] rest_words = words[1:] response = None for a in self.actions: if a.is_for_you(first_word): response = a.do(rest_words) break else: print "No t'entenc" return response def mainloop(self): # While True: # command = get_command # do_command(command) # update while True: chan, command = self.next_command() if command: response = self.execute_command(command) chan.respond(response) time.sleep(1) self.update_channels()
class NFCKEG(object): """Class for NFCKEG """ def __init__(self): super(NFCKEG, self).__init__() #crear lo primordial self._get_config() self.Datab = db.DataBase() self.actions = [] self.actions.append(act.telegram(self.Datab)) self.actions.append(act.nfc(self.Datab)) self.cl = CommandList() #sensor simulat en una llista self.channels = [] self.channels.append(ch.TelegramChannel(self.cfg)) self.channels.append(ch.TextChannel()) self.sensors = [] self.sensors.append(sn.NfcSensor()) self.sensors.append(sn.FlowSensor()) def _get_config(self): with open("configuration.yaml") as f: self.cfg = yaml.load(f) self.token = self.cfg["beer-coholic"]["token"] def entry(self): try: return self.cl.next() except: return (None, None) def next_command(self, list1): words = list1.split(",") chanel = words[0] try: info1 = words[1] info2 = words[2] except: info1=None info2=None response = "Command not found" for ha in self.actions: if ha.is_for_you(chanel): response = ha.do(info1, info2) return response def update_channels(self): for chan in self.channels: while chan.msg_avail(): self.cl.append((chan, chan.get_msg())) print chan, " ", chan.get_msg def mainloop(self): while True: (chan, entry) = self.entry() if entry: print "\n*", entry response = self.next_command(entry) chan.respond(response) time.sleep(1) self.update_channels()
class nfckeg(object): def __init__(self): super(nfckeg, self).__init__() self.cl = CommandList() self._get_config() self.database = [] self.database.append(db.Database(self.cfg)) self.channels = [] self.channels.append(ch.TelegramChannel(self.cfgtel)) self.sensors = [] self.sensors.append(sen.NfcSensor()) self.actions = [] self.actions.append(ac.TotalDrink()) for b in self.database: b.save_data(self.cfg) #guardar usuaris des del fitxer de configuració b.get_data() # b.set_data(self.set_nfcuser) for a in self.sensors: a.setup() #activar sensor NFC break def _get_config(self): with open("nfckeg.yaml") as f: self.cfg = yaml.load(f) with open ("telegram.yaml") as f1: self.cfgtel = yaml.load(f1) def next_command(self): try: return self.cl.next() except: return (None, None) def update_channels(self): for chan in self.channels: while chan.msg_avail(): self.cl.append((chan, chan.get_msg())) def execute_command(self, command): words = command.split() print words first_word = words[0] rest_words = words[1:] response = None for a in self.actions: if a.is_for_you(first_word): response = a.do(first_word) break return response def mainloop(self): while True: chan, command = self.next_command() if command: response = self.execute_command(command) chan.respond(response) time.sleep(1) self.update_channels()