def switchon():
socket = int(request.query.socket)
if (socket >= 0 and socket <= 4) :
#print 'Switching on {}'.format(socket)
switch_on (socket)
if (socket == 0) :
return 'Requested switch on ALL'
else :
return 'Requested switch on {}'.format(socket)
def switchon():
socket = int(request.query.socket)
if (socket >= 0 and socket <= 4):
#print 'Switching on {}'.format(socket)
switch_on(socket)
if (socket == 0):
return 'Requested switch on ALL'
else:
return 'Requested switch on {}'.format(socket)
def light_controller(timeOff):
switch_on(0)
print "Turning on light now and going to sleep"
print(datetime.datetime.now().strftime("%d-%m-%Y %H:%M:%S"))
time.sleep(timeOff)
print "Good morning, turning off the light"
print(datetime.datetime.now().strftime("%d-%m-%Y %H:%M:%S"))
switch_off(0)
print "I have finished running"
return
def send_control(control):
if control:
for i in range(3):
switch_on()
sleep(1)
else:
for i in range(3):
switch_off()
sleep(1)
def light_controller():
switch_on(0)
logger = logging.getLogger('plantie')
hdlr = logging.FileHandler('/home/plantie/scripts/plantie.log')
formatter = logging.Formatter('%(asctime)s %(levelname)s %(message)s')
hdlr.setFormatter(formatter)
logger.addHandler(hdlr)
logger.setLevel(logging.INFO)
logger.info('Plantie has switched on')
return
def main():
a = Astral()
a.solar_depression = 'civil'
city = a['Birmingham']
timezone = city.timezone
sun = city.sun(date=datetime.date.today(), local=True)
if is_light_outside(sun['dawn'], sun['dusk']):
logger.info("Its light outside, switching off...")
switch_off()
else:
logger.info("Its dark outside, switching on...")
switch_on()
def toggle_lights(key, state):
"""Toggle lights."""
log.info("Toggling lights {} for key {}".format(state, key))
for attempt in range(3):
log.info("Attempt {} of 3: Sending '{}' command to switch {}..."
.format(attempt, state, key))
if state == 'on':
switch_on(key)
elif state == 'off':
switch_off(key)
time.sleep(1)
def put(self, lamp_id):
lamp = Lamp.get(Lamp.id == lamp_id)
if lamp.state == 'Off':
switch_on(lamp_id)
logger.info('Turned lamp on')
lamp.state = 'On'
lamp.save()
else:
switch_off(lamp_id)
logger.info('Turned lamp Off')
lamp.state = 'Off'
lamp.save()
return '', 200
def now(self):
logit("Launching alarm")
volume = float(self.data["Volume"])
print("Volume is ", volume)
# Turning light on
switch_on(0)
f = MusicFile()
f.set_volume_range(volume * 0.001, volume * 1.1)
f.play(FileAlarm, 3000)
time.sleep(10)
f.fadeout(1000)
time.sleep(2)
loglast("Done")
def switch():
socket = int(request.args.get('socket', ''))
status = request.args.get('status', '')
print("Change socket {} to {}".format(socket, status))
if status == "true":
print("Switch on ", socket)
switch_on(socket)
else:
print("Switch off ", socket)
switch_off(socket)
return jsonify({"socket": socket, "status": status})
def lamp(lamp, toggle):
global ener_one_status
global ener_two_status
if lamp == 1 and toggle == 1:
switch_on(1)
ener_one_status = 1
elif lamp == 1 and toggle == 0:
switch_off(1)
ener_one_status = 0
elif lamp == 2 and toggle == 1:
switch_on(2)
ener_two_status = 1
elif lamp == 2 and toggle == 0:
switch_off(2)
ener_two_status = 0
elif lamp == 3 and toggle == 1:
switch_on(1)
switch_on(2)
ener_one_status = 1
ener_two_status = 1
elif lamp == 3 and toggle == 0:
switch_off(1)
switch_off(2)
ener_one_status = 0
ener_two_status = 0
return ("Ener One: " + str(ener_one_status) + ", Ener Two: " +
str(ener_two_status))
def json_post():
data = request.data
body = json.loads(data, object_hook=lambda d: namedtuple('X', d.keys())(*d.values()))
print body.PlugState
print body.PlugNumber
plugNum = int(body.PlugNumber)
plugState = int(body.PlugState)
if plugState == 1:
print "inside true"
switch_on(plugNum)
else:
print "inside false"
switch_off(plugNum)
return "200"
def test_sound_level(self):
logit("Testing sound level")
self.read()
volume = float(self.data["Volume"])
# Turning light on
switch_on(0)
f = MusicFile()
f.set_volume_range(volume * 0.001, volume * 1.1)
f.play(FileAlarm, 3000)
time.sleep(1)
f.fadeout(1000)
time.sleep(2)
# Turning light_off
switch_off(0)
loglast("Test done")
def gameWonAnimation(board):
# flash the background color when the player has won
switch_on(0)
sleep(0.5)
pygame.mixer.music.play()
coveredBoxes = generateRevealedBoxesData(True)
color1 = LIGHTBGCOLOR
color2 = BGCOLOR
for i in range(13):
color1, color2 = color2, color1 # swap colors
DISPLAYSURF.fill(color1)
drawBoard(board, coveredBoxes)
pygame.display.update()
pygame.time.wait(300)
def gameWonAnimation(board):
# flash the background color when the player has won
switch_on(0)
sleep(0.5)
pygame.mixer.music.play()
coveredBoxes = generateRevealedBoxesData(True)
color1 = LIGHTBGCOLOR
color2 = BGCOLOR
for i in range(13):
color1, color2 = color2, color1 # swap colors
DISPLAYSURF.fill(color1)
drawBoard(board, coveredBoxes)
pygame.display.update()
pygame.time.wait(300)
def main():
sensor = W1ThermSensor()
lcd.init()
while True:
temp = sensor.get_temperature()
print(temp)
lcd.write("%s" % temp)
if temp < desired_temp:
switch_on()
print("on")
lcd.write("on", 2)
else:
switch_off()
print("off")
lcd.write("off", 2)
sleep(5)
def toggle_socket(action, mysocket):
# do the actual switching here...
if mysocket == 'ALL':
if action.upper() == "ON":
logging.info("Turning ALL on...")
switch_on()
else:
logging.info("Turning ALL off...")
switch_off()
else:
if int(mysocket) > 0 and int(mysocket) < 5:
if action.upper() == "ON":
logging.info("Turning socket '" + mysocket + "' on...")
switch_on(int(mysocket))
else:
logging.info("Turning socket '" + mysocket + "' off...")
switch_off(int(mysocket))
time.sleep(2)
else:
logging.debug("Skipping out of range socket.")
def main():
global INTERVAL
global THINGSPEAKKEY
global THINGSPEAKURL
global SENSOR
print 'Loading OneWire libraries into kernel... '
os.system('modprobe w1-gpio')
os.system('modprobe w1-therm')
print '...done.'
chip_temp = 0.0
sens_temp = 0.0
print 'Entering monitor loop'
print "Date\tTime\tChip\tSensor\tthingspeak response"
sys.stdout.flush()
try:
while True:
output = subprocess.check_output(['/opt/vc/bin/vcgencmd', 'measure_temp'])
chip_temp = float(output[5:9])
sens_temp = read_18b20()
if sens_temp >= 10.0:
switch_off(1)
elif sens_temp < 8.0:
if os.path.isfile(LOCKFILE):
print 'Temperature below 8.0 and locked off.'
else:
print 'Temperature below 8.0 and switching on.'
switch_on(1)
sys.stdout.flush()
sendData(THINGSPEAKURL,THINGSPEAKKEY,chip_temp,sens_temp)
sys.stdout.flush()
time.sleep(INTERVAL*60)
except KeyboardInterrupt:
GPIO.cleanup()
sys.stdout.flush()
def main():
global INTERVAL
global THINGSPEAKKEY
global THINGSPEAKURL
global SENSOR
print 'Loading OneWire libraries into kernel... '
os.system('modprobe w1-gpio')
os.system('modprobe w1-therm')
print '...done.'
chip_temp = 0.0
sens_temp = 0.0
print 'Entering monitor loop'
print "Date\tTime\tChip\tSensor\tthingspeak response"
sys.stdout.flush()
try:
while True:
output = subprocess.check_output(['/opt/vc/bin/vcgencmd', 'measure_temp'])
chip_temp = float(output[5:9])
#print "Measured chip temperature {:.1f} C".format(chip_temp)
sens_temp = read_18b20()
#print "Measured 18b20 temperature {:.1f} C".format(sens_temp)
if sens_temp > 25:
switch_on(1)
else:
switch_off(1)
#print "Sending data..."
sys.stdout.flush()
sendData(THINGSPEAKURL,THINGSPEAKKEY,chip_temp,sens_temp)
#print "...sent."
sys.stdout.flush()
time.sleep(INTERVAL*60)
except KeyboardInterrupt:
GPIO.cleanup()
sys.stdout.flush()
def button(number):
if number == 13:
shut_down()
if number == 12:
status()
if number == 1:
switch_on(2)
if number == 2:
switch_off(2)
if number == 3:
switch_on(1)
if number == 4:
switch_off(1)
if number == 5:
check_cam_IP()
def main(): global INTERVAL global APIKEY global TALKBACK global LOCKFILE print 'Using lockfile: ' + LOCKFILE print 'Entering command check loop' sys.stdout.flush() try: while True: # Fetch and execute the next command cmd = exec_next_command() if len(cmd) > 0: if cmd == 'ON': print 'Switching ON' os.remove(LOCKFILE) switch_on(1) elif cmd == 'OFF': print 'Switching OFF' switch_off(1) elif cmd == 'LOCKOFF': print 'Locking OFF' lock = open(LOCKFILE, 'w') lock.close() switch_off(1) else: print 'Ignoring: ' + cmd sys.stdout.flush() time.sleep(INTERVAL) except KeyboardInterrupt: print 'Interruped by user at keyboard. Halting' GPIO.cleanup() sys.stdout.flush()
def on():
switch_on()
return render_template('index.html')
def switch_on_plug(self, number = 0):
if (self.__validate_plug_number(number) == True):
switch_on(number)
#!/usr/bin/python
import sys
from energenie import switch_on, switch_off
if len(sys.argv) == 3:
if sys.argv[1] == 'on':
print "switch #"+str(int(sys.argv[2]))+" on"
switch_on(int(sys.argv[2]))
elif sys.argv[1] == 'off':
print "switch #"+str(int(sys.argv[2]))+" off"
switch_off(int(sys.argv[2]))
else:
print "missing argument"
from energenie import switch_on, switch_off from time import sleep switch_on(1) sleep(5) switch_off(1)
(crit_time,
crit_value) = find_crit_val(timestamps, ppm_vals[gas],
cfg.UPPERBOUNDS[gas])
crit_dict[gas] = (crit_time, crit_value)
critical_msg = ''
for k, v in crit_dict.items():
# If we find a critical value, we add this to critical_msg
if v[0] is not None and v[1] is not None:
critical_msg += '\nCritical value for ' + k + ' of ' + str(
v[1]) + cfg.UNITS[k] + ' at ' + str(v[0])
if critical_msg != '':
# Turning/keeping on the ventilation
if not ventilation_on:
energenie.switch_on(1)
ventilation_on = True
try:
# Sending an email (source: https://automatetheboringstuff.com/chapter16/)
msg = MIMEText(
critical_msg,
_charset='utf-8') # Encoding the email message
msg['Subject'] = Header('Air Quality Alert', 'utf-8')
print('Sending email with critical values')
smtpObj = smtplib.SMTP('smtp.gmail.com', 587)
smtpObj.ehlo()
smtpObj.starttls()
smtpObj.login(cfg.EMAIL, cfg.EMAIL_PW)
smtpObj.sendmail(cfg.EMAIL, cfg.EMAIL, msg.as_string())
smtpObj.quit()
def on3():
switch_on(3)
return render_template("index.html")
def turn_on_lamps_once():
switch_on(1)
return schedule.CancelJob
#!/usr/bin/python import sys import time from energenie import switch_on from energenie import switch_off switch = int(sys.argv[1]) print 'Assocating switch with number ', switch switch_on(switch) time.sleep(10) switch_off(switch) print 'Associated with number 1'
def on1():
switch_on(1)
return render_template("index.html")
def turn_on_lamps_once(): switch_on(1) return schedule.CancelJob
from energenie import switch_on, switch_off
print("Sockets 1-4 or 0 for all")
while True:
socket = int(raw_input('Turn socket on: '))
switch_on(socket)
socket = int(raw_input("Turn socket off: "))
switch_off(socket)
from energenie import switch_on, switch_off
from time import sleep
print("Sockets 1-4 or 0 for all")
while True:
socket = int(raw_input('Turn socket on: '))
switch_on(socket)
socket = int(raw_input("Turn socket off: "))
switch_off(socket)
from energenie import switch_on, switch_off from time import sleep # turn all plug sockets on and off switch_on() switch_off() # turn a plug socket on and off by number switch_on(1) switch_off(1) switch_on(2) switch_off(2)
def toggle_lamp_on():
try:
switch_on(1)
return True
except:
return False
def switch(socket, action):
if action == 'on':
energenie.switch_on(int(socket))
elif action == 'off':
energenie.switch_off(int(socket))
return redirect(url_for('index'))
def fish_pump_on():
switch_on()
logging.info("Switching on")
s = sched.scheduler(time.time, time.sleep)
s.enter(ON_DURATION, 1, fish_pump_off, ())
s.run()
def on2():
switch_on(2)
return render_template("index.html")
def on():
for x in xrange(RETRIES):
switch_on()
time.sleep(0.1)
def on4():
switch_on(4)
return render_template("index.html")
def button(number):
if number == 13:
shut_down()
if number == 12:
status()
if number == 1:
switch_on(2)
if number == 2:
switch_off(2)
if number == 3:
switch_on(1)
if number == 4:
switch_off(1)
if number == 5:
check_cam_IP()
if number == 6:
subprocess.call("mpc play ", shell=True)
if number == 7:
subprocess.call("mpc stop ", shell=True)
if number == 8:
subprocess.call("mpc volume -2 ", shell=True)
if number == 9:
subprocess.call("mpc volume +2 ", shell=True)
if number == 10:
subprocess.call("mpc prev ", shell=True)
if number == 11:
subprocess.call("mpc next ", shell=True)
if number == 14:
pygame.draw.rect(screen, black, (160,14,325,246),0)
weather()
pygame.draw.rect(screen, yellow, (163,290, 420, 40),0)
station_font=pygame.font.Font(None,20)
title_font=pygame.font.Font(None,34)
station = subprocess.check_output("mpc current", shell=True )
station=str(station)
print (station)
lines=station.split(":")
print (lines)
length = len(lines)
if length==1:
line1 = lines[0]
line2 = "No additional info: "
else:
line1 = lines[0]
line2 = lines[1]
line1 = line1.replace("b'", "")
line1 = line1[:45]
line2 = line2[:45]
line2 = line2[:-3]
print ("line1")
print (line1)
print ("line2")
print (line2)
#trap no station data
if line1 =="'":
line1 = "No Station information available"
line2 = "Press PLAY or REFRESH"
station_status = "stopped"
status_font = red
else:
station_status = "playing"
status_font = green
station_name=station_font.render(line1, 1, (red))
additional_data=station_font.render(line2, 1, (blue))
station_label=title_font.render(station_status, 1, (status_font))
screen.blit(station_label,(166,290))
screen.blit(station_name,(270,295))
screen.blit(additional_data,(270,315))
pygame.draw.rect(screen, cream, (504,225, 120, 30),0)
## check to see if the Radio is connected to the internet
font=pygame.font.Font(None,22)
IP = subprocess.check_output("hostname -I", shell=True )
IP = str(IP)
print (IP)
if "10" in IP:
network_status = "online"
status_font = green
else:
network_status = "offline"
status_font = red
network_status_label = font.render(network_status, 1, (status_font))
screen.blit(network_status_label, (505,230))
volume = subprocess.check_output("mpc volume", shell=True )
volume = volume[8:]
volume = volume[:-1]
if volume == "00%":
volume = "max"
volume_tag=font.render(volume, 1, (black))
screen.blit(volume_tag,(560,230))
pygame.display.flip()
from energenie import switch_on, switch_off
from time import sleep
while True:
print("switching on...")
switch_on()
sleep(2)
print("switching off...")
switch_off()
sleep(2)
def on(self):
switch_on(self.socket)
self._is_on = True
#!/usr/bin/python import cgitb cgitb.enable() import energenie energenie.switch_on() energenie.cleanup()
def muc_message(self, msg):
"""
[ MUC CHATS. In this section we handle messages from MUC (multi-user chat rooms) our bot participates in. ]
"""
#
# Ignore messages from offline storage, track only real time messages
#
delay_element = msg.xml.find('{urn:xmpp:delay}delay')
if delay_element is not None:
return
#
# Reply to help request (any message containing "powerbot" in it)
#
if msg['mucnick'] != self.nick and "powerbot" in msg['body']:
reply_test_message = self.make_message(mto=msg['from'].bare,
mbody="Powerbot is greeting you, %s! Usage: [powerbot] lamp [on|off] to control socket 1, [powerbot] all [on:off] to control all sockets. Example: 'lamp on' switches socket 1 on." % msg['mucnick'],
mtype='groupchat')
self.copy_dialog_id(msg, reply_test_message)
reply_test_message.send()
print "Sent help text: " + str(reply_test_message)
#
# Handle "lamp on" command
#
if msg['mucnick'] != self.nick and "lamp on" in msg['body']:
switch_on(lampSocket)
confirmation_message = self.make_message(mto=msg['from'].bare,
mbody="Lamp has been switched on, %s." % msg['mucnick'],
mtype='groupchat')
self.copy_dialog_id(msg, confirmation_message)
confirmation_message.send()
print "Lamp switched on, sent confirmation: " + str(confirmation_message)
#
# Handle "lamp off" command
#
if msg['mucnick'] != self.nick and "lamp off" in msg['body']:
switch_off(lampSocket)
confirmation_message = self.make_message(mto=msg['from'].bare,
mbody="Lamp has been switched off, %s." % msg['mucnick'],
mtype='groupchat')
self.copy_dialog_id(msg, confirmation_message)
confirmation_message.send()
print "Lamp switched off, sent confirmation: " + str(confirmation_message)
#
# Handle "all on" command
#
if msg['mucnick'] != self.nick and "all on" in msg['body']:
switch_off(allSockets)
confirmation_message = self.make_message(mto=msg['from'].bare,
mbody="All sockets have been switched on, %s." % msg['mucnick'],
mtype='groupchat')
self.copy_dialog_id(msg, confirmation_message)
confirmation_message.send()
print "All sockets switched on, sent confirmation: " + str(confirmation_message)
#
# Handle "all off" command
#
if msg['mucnick'] != self.nick and "all off" in msg['body']:
switch_off(allSockets)
confirmation_message = self.make_message(mto=msg['from'].bare,
mbody="All sockets have been switched off, %s." % msg['mucnick'],
mtype='groupchat')
self.copy_dialog_id(msg, confirmation_message)
confirmation_message.send()
print "All sockets switched off, sent confirmation: " + str(confirmation_message)
from energenie import switch_on, switch_off from time import sleep # turn a plug socket on and off by number switch_on(1) switch_off(1) switch_on(3) switch_off(3) # turn all plug sockets on and off switch_on(0) switch_off(0) # turn some plug sockets on, then turn them off after 10 seconds switch_on(1) switch_on(4) sleep(10) switch_off(1) switch_off(4)
def message(self, msg):
"""
[ 1:1 CHATS. In this section we handle private (1:1) chat messages received by our bot. These may include system messages such as MUC invitations. ]
"""
#
# Reply to help request (any message containing "powerbot" in it)
#
if msg['from'] != self.nick and "powerbot" in msg['body']:
reply_test_message = self.make_message(
mto=msg['from'].bare,
mbody=
"Powerbot is greeting you! Usage: [powerbot] lamp [on|off] to control socket 1, [powerbot] all [on:off] to control all sockets. Example: 'lamp on' switches socket 1 on.",
mtype='chat')
self.copy_dialog_id(msg, reply_test_message)
reply_test_message.send()
print "Sent help text: " + str(reply_test_message)
#
# Handle "lamp on" command
#
if msg['from'] != self.nick and "lamp on" in msg['body']:
switch_on(lampSocket)
confirmation_message = self.make_message(
mto=msg['from'].bare,
mbody="Lamp has been switched on.",
mtype='chat')
self.copy_dialog_id(msg, confirmation_message)
confirmation_message.send()
print "Lamp switched on, sent confirmation: " + str(
confirmation_message)
#
# Handle "lamp off" command
#
if msg['from'] != self.nick and "lamp off" in msg['body']:
switch_off(lampSocket)
confirmation_message = self.make_message(
mto=msg['from'].bare,
mbody="Lamp has been switched off.",
mtype='chat')
self.copy_dialog_id(msg, confirmation_message)
confirmation_message.send()
print "Lamp switched off, sent confirmation: " + str(
confirmation_message)
#
# Handle "all on" command
#
if msg['from'] != self.nick and "all on" in msg['body']:
switch_off(lampSocket)
confirmation_message = self.make_message(
mto=msg['from'].bare,
mbody="All sockets have been switched on",
mtype='chat')
self.copy_dialog_id(msg, confirmation_message)
confirmation_message.send()
print "All sockets switched on, sent confirmation: " + str(
confirmation_message)
#
# Handle "all off" command
#
if msg['from'] != self.nick and "all off" in msg['body']:
switch_off(lampSocket)
confirmation_message = self.make_message(
mto=msg['from'].bare,
mbody="All sockets have been switched off",
mtype='chat')
self.copy_dialog_id(msg, confirmation_message)
confirmation_message.send()
print "All sockets switched off, sent confirmation: " + str(
confirmation_message)
"""
MUC auto-join:
Let's listen for any MUC invites and join the corresponding MUC rooms once invited.
"""
"""if msg['mucnick'] != self.nick and "created a group" in msg['body']:"""
if msg['mucnick'] != self.nick and "Create new chat" in msg['body']:
from bs4 import BeautifulSoup
y = BeautifulSoup(str(msg))
roomToJoin = y.xmpp_room_jid.string
print("Got an invite to join room")
botId = subprocess.Popen([
selfPath + " -d -j " + qbChatLogin + " -r " + str(roomToJoin) +
" -n " + qbChatNick + " -p " + qbUserPass
],
shell=True)
print "spawned new bot ID="
print botId
self.send_message(
mto=msg['from'].bare,
mbody=
"Thank you for your kind invitation, joining your new room now!",
mtype='chat')
def message(self, msg):
"""
[ 1:1 CHATS. In this section we handle private (1:1) chat messages received by our bot. These may include system messages such as MUC invitations. ]
"""
#
# Reply to help request (any message containing "powerbot" in it)
#
if msg['from'] != self.nick and "powerbot" in msg['body']:
reply_test_message = self.make_message(mto=msg['from'].bare,
mbody="Powerbot is greeting you! Usage: [powerbot] lamp [on|off] to control socket 1, [powerbot] all [on:off] to control all sockets. Example: 'lamp on' switches socket 1 on.",
mtype='chat')
self.copy_dialog_id(msg, reply_test_message)
reply_test_message.send()
print "Sent help text: " + str(reply_test_message)
#
# Handle "lamp on" command
#
if msg['from'] != self.nick and "lamp on" in msg['body']:
switch_on(lampSocket)
confirmation_message = self.make_message(mto=msg['from'].bare,
mbody="Lamp has been switched on.",
mtype='chat')
self.copy_dialog_id(msg, confirmation_message)
confirmation_message.send()
print "Lamp switched on, sent confirmation: " + str(confirmation_message)
#
# Handle "lamp off" command
#
if msg['from'] != self.nick and "lamp off" in msg['body']:
switch_off(lampSocket)
confirmation_message = self.make_message(mto=msg['from'].bare,
mbody="Lamp has been switched off.",
mtype='chat')
self.copy_dialog_id(msg, confirmation_message)
confirmation_message.send()
print "Lamp switched off, sent confirmation: " + str(confirmation_message)
#
# Handle "all on" command
#
if msg['from'] != self.nick and "all on" in msg['body']:
switch_off(lampSocket)
confirmation_message = self.make_message(mto=msg['from'].bare,
mbody="All sockets have been switched on",
mtype='chat')
self.copy_dialog_id(msg, confirmation_message)
confirmation_message.send()
print "All sockets switched on, sent confirmation: " + str(confirmation_message)
#
# Handle "all off" command
#
if msg['from'] != self.nick and "all off" in msg['body']:
switch_off(lampSocket)
confirmation_message = self.make_message(mto=msg['from'].bare,
mbody="All sockets have been switched off",
mtype='chat')
self.copy_dialog_id(msg, confirmation_message)
confirmation_message.send()
print "All sockets switched off, sent confirmation: " + str(confirmation_message)
"""
MUC auto-join:
Let's listen for any MUC invites and join the corresponding MUC rooms once invited.
"""
"""if msg['mucnick'] != self.nick and "created a group" in msg['body']:"""
if msg['mucnick'] != self.nick and "Create new chat" in msg['body']:
from bs4 import BeautifulSoup
y = BeautifulSoup(str(msg))
roomToJoin = y.xmpp_room_jid.string
print ("Got an invite to join room")
botId = subprocess.Popen([selfPath + " -d -j " + qbChatLogin + " -r " + str(roomToJoin) + " -n " + qbChatNick + " -p " + qbUserPass], shell=True)
print "spawned new bot ID="
print botId
self.send_message(mto=msg['from'].bare,
mbody="Thank you for your kind invitation, joining your new room now!",
mtype='chat')
async def start_bottle_warmer(self, msg, timeout=4.5 * 60):
e.switch_on(1)
await self.sender.sendMessage("Started bottle warmer.")
await asyncio.sleep(timeout)
e.switch_off(1)
await self.sender.sendMessage("Stopped bottle warmer.")
from energenie import switch_on, switch_off from time import sleep switch_on(0) switch_on(1) switch_on(2) switch_on(3) #switch_off(0) #switch_off(1) #switch_off(2) #switch_off(3)
def muc_message(self, msg):
"""
[ MUC CHATS. In this section we handle messages from MUC (multi-user chat rooms) our bot participates in. ]
"""
#
# Ignore messages from offline storage, track only real time messages
#
delay_element = msg.xml.find('{urn:xmpp:delay}delay')
if delay_element is not None:
return
#
# Reply to help request (any message containing "powerbot" in it)
#
if msg['mucnick'] != self.nick and "powerbot" in msg['body']:
reply_test_message = self.make_message(
mto=msg['from'].bare,
mbody=
"Powerbot is greeting you, %s! Usage: [powerbot] lamp [on|off] to control socket 1, [powerbot] all [on:off] to control all sockets. Example: 'lamp on' switches socket 1 on."
% msg['mucnick'],
mtype='groupchat')
self.copy_dialog_id(msg, reply_test_message)
reply_test_message.send()
print "Sent help text: " + str(reply_test_message)
#
# Handle "lamp on" command
#
if msg['mucnick'] != self.nick and "lamp on" in msg['body']:
switch_on(lampSocket)
confirmation_message = self.make_message(
mto=msg['from'].bare,
mbody="Lamp has been switched on, %s." % msg['mucnick'],
mtype='groupchat')
self.copy_dialog_id(msg, confirmation_message)
confirmation_message.send()
print "Lamp switched on, sent confirmation: " + str(
confirmation_message)
#
# Handle "lamp off" command
#
if msg['mucnick'] != self.nick and "lamp off" in msg['body']:
switch_off(lampSocket)
confirmation_message = self.make_message(
mto=msg['from'].bare,
mbody="Lamp has been switched off, %s." % msg['mucnick'],
mtype='groupchat')
self.copy_dialog_id(msg, confirmation_message)
confirmation_message.send()
print "Lamp switched off, sent confirmation: " + str(
confirmation_message)
#
# Handle "all on" command
#
if msg['mucnick'] != self.nick and "all on" in msg['body']:
switch_off(allSockets)
confirmation_message = self.make_message(
mto=msg['from'].bare,
mbody="All sockets have been switched on, %s." %
msg['mucnick'],
mtype='groupchat')
self.copy_dialog_id(msg, confirmation_message)
confirmation_message.send()
print "All sockets switched on, sent confirmation: " + str(
confirmation_message)
#
# Handle "all off" command
#
if msg['mucnick'] != self.nick and "all off" in msg['body']:
switch_off(allSockets)
confirmation_message = self.make_message(
mto=msg['from'].bare,
mbody="All sockets have been switched off, %s." %
msg['mucnick'],
mtype='groupchat')
self.copy_dialog_id(msg, confirmation_message)
confirmation_message.send()
print "All sockets switched off, sent confirmation: " + str(
confirmation_message)
def really_switch_on(tries=5, *sockets):
print "Switching on %s at %s" % (",".join([str(s) for s in sockets]),datetime.datetime.now().isoformat())
for x in range(tries):
energenie.switch_on(*sockets)
time.sleep(1)
#!/usr/bin/env python
#--------------------------------------
#
# Script to switch ON or OFF the Energenie sockets through PiMote
# add-on board for the Raspberry Pi. This is using Energenie Python
# module. On Raspberry Pi, install the energenie module in pip (Python 3)
#
# sudo apt-get install python3-pip
# sudo pip-3.2 install energenie
#
#--------------------------------------
# Import modules
import energenie as e
import time
import sys
# Get command line arguments
socketID = int(sys.argv[1])
action = sys.argv[2]
if (socketID > 4 or socketID < 1 or (action != 'on' and action != 'off')):
exit("Invalid arguments")
if (sys.argv[2] == 'on'):
e.switch_on(socketID)
elif (sys.argv[2] == 'off'):
e.switch_off(socketID)
