def setupNMA(keyFile):
"""Return and instance of PyNMA with the NMA api key loaded"""
p = PyNMA()
nmaKey = open(keyFile, 'r').readline().strip()
p.addkey(nmaKey)
return p
def sendAlert(key, usage, date):
if not has_pynma:
raise ImportError("No module named PyNMA ")
global p
pkey = None
p = PyNMA()
p.addkey(key)
message = "You have used %sGB bandwidth in %s" % (usage,date)
res = p.push("Comcast Bandwidth Check", 'Daily Update', message, 'http://misfoc.us', batch_mode=False)
def sendAlert(key, usage, date):
if not has_pynma:
raise ImportError("No module named PyNMA ")
global p
pkey = None
p = PyNMA()
p.addkey(key)
message = "You have used %sGB bandwidth in %s" % (usage, date)
res = p.push("Comcast Bandwidth Check", 'Daily Update', message, 'http://misfoc.us', batch_mode=False)
def main(keys):
global p
pkey = None
p = PyNMA()
if os.path.isfile("mydeveloperkey"):
dkey = open("mydeveloperkey",'r').readline().strip()
p.developerkey(dkey)
p.addkey(keys)
res = p.push("test app", 'test event', 'test msg <a href="http://www.google.com/">google</a>', 'http://example.com', batch_mode=False, html=True)
pprint(res)
def main(keys):
global p
pkey = None
p = PyNMA()
if os.path.isfile("mydeveloperkey"):
dkey = open("mydeveloperkey",'r').readline().strip()
p.developerkey(dkey)
p.addkey(keys)
res = p.push("test app", 'test event', 'test msg', 'http://example.com', batch_mode=False)
pprint(res)
def notify(keys, app, event, msg, url):
global p
pkey = None
p = PyNMA()
if os.path.isfile("mydeveloperkey"):
dkey = open("mydeveloperkey",'r').readline().strip()
p.developerkey(dkey)
p.addkey(keys)
res = p.push(app, event, msg, url, batch_mode=False)
pprint(res)
def main(keys):
global p
pkey = None
p = PyNMA()
if os.path.isfile("mydeveloperkey"):
dkey = open("mydeveloperkey",'r').readline().strip()
p.developerkey(dkey)
p.addkey(keys)
res = p.push(options.app_name, options.evn_title, options.evn_desc, options.evn_url, options.evn_pri, batch_mode=False)
if options.debug:
pprint(res)
def reportSensor( sensorId ):
myconfig = ConfigParser.ConfigParser()
myconfig.read("/home/pi/Surveillance/uploader-no-ip.cfg")
#Domoticz account credentials
username = myconfig.get('domoticz', 'user')
password = myconfig.get('domoticz', 'password')
output = ''
p = urllib2.HTTPPasswordMgrWithDefaultRealm()
process = Popen(["/home/pi/Surveillance/extractLast433.sh", str(sensorId)], stdout=PIPE)
(output, err) = process.communicate()
exit_code = process.wait()
output = output[:-1]
csv_data = output.split(",")
if len(output)>0:
csv_data = output.split(",")
humStat = 0
if (sensorId==2):
if (float(csv_data[3]) < 40): humStat = 2
elif(float(csv_data[3]) > 70): humStat = 3
url = "http://caquiroga.no-ip.biz:8081/json.htm?type=command¶m=udevice&idx=8&nvalue=0&svalue=" + str(csv_data[2]) + ";" + str(csv_data[3]) + ";" + str(humStat) + ";"
elif sensorId==1:
if (float(csv_data[3]) < 40): humStat = 2
elif(float(csv_data[3]) > 70): humStat = 3
url = "http://caquiroga.no-ip.biz:8081/json.htm?type=command¶m=udevice&idx=9&nvalue=0&svalue=" + str(csv_data[2]) + ";" + str(csv_data[3]) + ";" + str(humStat) + ";"
elif sensorId==10:
nma = PyNMA()
temp = shelve.open("/home/pi/Surveillance/tmp/raintemp")
nma.addkey(temp['nmakey'])
print temp['nmakey']
url = "http://caquiroga.no-ip.biz:8081/json.htm?type=command¶m=udevice&idx=11&nvalue=0&svalue=0;" + str(csv_data[2]) + ";"
if (float(csv_data[2]) > temp['rain']+2): nma.push("Maceda", 'Plou molt a Maceda', '', '', batch_mode=False)
elif (float(csv_data[2]) > temp['rain']): nma.push("Maceda", 'Plou a Maceda', '', '', batch_mode=False)
temp['rain'] = float(csv_data[2])
temp.close()
print url
p.add_password(None, url, username, password)
handler = urllib2.HTTPBasicAuthHandler(p)
opener = urllib2.build_opener(handler)
urllib2.install_opener(opener)
page = urllib2.urlopen(url).read()
return
def main(argv, apikey):
p = PyNMA()
p.addkey(apikey)
message = argv[3] + ' [' + argv[5] + ']'
status = ''
if argv[7] == '0':
status = 'Complete'
elif argv[7] == '1':
status = 'Failed Verification'
elif argv[7] == '2':
status = 'Failed Unpack'
elif argv[7] == '3':
status = 'Failed Unpack + Verification'
else:
status = 'Failed'
res = p.push('SABnzbd+', message, status, priority=0)
pprint(res)
def sendAlert(key, usage, date):
if not has_pynma and not has_notifo:
raise ImportError("No notification modules loaded")
global p
pkey = None
message = "You have used %sGB bandwidth in %s" % (usage,date)
if has_pynma:
p = PyNMA()
p.addkey(key)
res = p.push("Comcast Bandwidth Check", 'Daily Update', message, 'http://misfoc.us', batch_mode=False)
if has_notifo:
if notifo_username == '' or notifo_secret == '':
raise SystemExit("No API username/secret specified for Notifo notifications.")
res = notifo.send_notification(notifo_username, notifo_secret, notifo_username, message, "Comcast Bandwidth Check", "Daily Update")
def plugin(srv, item):
''' expects (apikey, appname, eventname) in addrs'''
srv.logging.debug("*** MODULE=%s: service=%s, target=%s", __file__,
item.service, item.target)
if not HAVE_NMA:
srv.logging.warn("PyNMA is not installed")
return False
try:
apikey, appname, event = item.addrs
except:
srv.logging.warn("NMA incorrect # of target params passed")
return False
text = item.message
priority = item.get('priority', 0)
try:
p = PyNMA()
p.addkey(apikey)
res = p.push(application=appname,
event=event,
description=text,
url="",
contenttype=None,
priority=priority,
batch_mode=False)
srv.logging.debug("NMA returns %s" % (res))
# {'xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx': {'message': '', u'code': u'200', 'type': u'success', u'remaining': u'798', u'resettimer': u'46'}}
# FIXME: test for code 200
except Exception, e:
srv.logging.warn("NMA failed: %s" % (str(e)))
return False
def plugin(srv, item):
''' expects (apikey, appname, eventname) in addrs'''
srv.logging.debug("*** MODULE=%s: service=%s, target=%s", __file__, item.service, item.target)
if not HAVE_NMA:
srv.logging.warn("PyNMA is not installed")
return False
try:
apikey, appname, event = item.addrs
except:
srv.logging.warn("NMA incorrect # of target params passed")
return False
text = item.message
priority = item.get('priority', 0)
try:
p = PyNMA()
p.addkey(apikey)
res = p.push(application=appname,
event=event,
description=text,
url="",
contenttype=None,
priority=priority,
batch_mode=False)
srv.logging.debug("NMA returns %s" % (res))
# {'xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx': {'message': '', u'code': u'200', 'type': u'success', u'remaining': u'798', u'resettimer': u'46'}}
# FIXME: test for code 200
except Exception, e:
srv.logging.warn("NMA failed: %s" % (str(e)))
return False
def main(keys):
print ("In main(), loop")
# Read settings
do_read_settings()
print ("Settings ok")
# Setup logging
logger = logging.getLogger('washpower')
hdlr = logging.FileHandler('/var/tmp/washpower.log')
formatter = logging.Formatter('%(asctime)s %(levelname)s %(message)s')
hdlr.setFormatter(formatter)
logger.addHandler(hdlr)
logger.setLevel(logging.INFO)
logger.info('Start log')
print ("Log started")
# Variables
runs = 0
running = 0
notrunning = 0
washerrunning = 0
# Eternal loop
while(1):
# Get data from Emoncms
# TODO Find a better way to get data (locally)
# Get value from Emoncms
#response = urllib2.urlopen('http://192.168.1.6/emoncms/feed/value.json?id=23&apikey=1b3bdd0f474738012cb85b79f1b7e104')
response = urllib2.urlopen('http://192.168.1.6/emoncms/feed/value.json?id=23&apikey='+emonapi)
html = response.read()
power = ''.join(e for e in html if e.isalnum())
ipower=int(power)
#print ("Current power: " + str(ipower))
# For debug, store values constantly
# Theese values can be used to analyze the current consumption
#
#logger.info(power)
#logtext = "running: " + str(running) + "---notrunning: " + str(notrunning)
#logger.info(logtext)
# For debug, read "power" from a local file
#f = open('test', 'r')
#power = int(f.read())
#print str(power)
#ipower=int(power)
# Power is (much) higher than idle current? (Which in this case is 11).
# But we use a higher value, sometimes the washer is using a little more
# power when idle.
if ipower > 50:
running+=1
notrunning=0
#print "running:"+str(running)
print ("Current power: " + power + " (above limit)")
if (running >= 3 and washerrunning == 0):
# The power is high for three runs in a row
logger.info("Washer is running")
print "Washer is running"
# Send NMA
global p
pkey = None
p = PyNMA()
if os.path.isfile("mydeveloperkey"):
dkey = open("mydeveloperkey",'r').readline().strip()
p.developerkey(dkey)
p.addkey(keys)
res = p.push("Emoncms alarm", 'Washer', 'Washer is running', '', batch_mode=False)
pprint(res)
washerrunning = 1
else:
#print "Washer idle"
if (washerrunning == 1):
# Washer has been running but power is below limit
notrunning+=1
if (notrunning >=6):
# Power has been below limit for three runs
# so the washer is done
washerrunning = 0
# Reset running counter
running = 0
logger.info("Washer is done")
print "Washer is done"
# Send NMA
#global p
pkey = None
p = PyNMA()
if os.path.isfile("mydeveloperkey"):
dkey = open("mydeveloperkey",'r').readline().strip()
p.developerkey(dkey)
p.addkey(keys)
res = p.push("Emoncms alarm", 'Washer', 'Washer is done', '', batch_mode=False)
pprint(res)
# Wait 2 minutes
time.sleep(120)
def main(keys):
print("In main(), loop")
# Read settings
do_read_settings()
print("Settings ok")
# Setup logging
logger = logging.getLogger('washpower')
hdlr = logging.FileHandler('/var/tmp/washpower.log')
formatter = logging.Formatter('%(asctime)s %(levelname)s %(message)s')
hdlr.setFormatter(formatter)
logger.addHandler(hdlr)
logger.setLevel(logging.INFO)
logger.info('Start log')
print("Log started")
# Variables
runs = 0
running = 0
notrunning = 0
washerrunning = 0
# Eternal loop
while (1):
# Get data from Emoncms
# TODO Find a better way to get data (locally)
# Get value from Emoncms
#response = urllib2.urlopen('http://192.168.1.6/emoncms/feed/value.json?id=23&apikey=1b3bdd0f474738012cb85b79f1b7e104')
response = urllib2.urlopen(
'http://192.168.1.6/emoncms/feed/value.json?id=23&apikey=' +
emonapi)
html = response.read()
power = ''.join(e for e in html if e.isalnum())
ipower = int(power)
#print ("Current power: " + str(ipower))
# For debug, store values constantly
# Theese values can be used to analyze the current consumption
#
#logger.info(power)
#logtext = "running: " + str(running) + "---notrunning: " + str(notrunning)
#logger.info(logtext)
# For debug, read "power" from a local file
#f = open('test', 'r')
#power = int(f.read())
#print str(power)
#ipower=int(power)
# Power is (much) higher than idle current? (Which in this case is 11).
# But we use a higher value, sometimes the washer is using a little more
# power when idle.
if ipower > 50:
running += 1
notrunning = 0
#print "running:"+str(running)
print("Current power: " + power + " (above limit)")
if (running >= 3 and washerrunning == 0):
# The power is high for three runs in a row
logger.info("Washer is running")
print "Washer is running"
# Send NMA
global p
pkey = None
p = PyNMA()
if os.path.isfile("mydeveloperkey"):
dkey = open("mydeveloperkey", 'r').readline().strip()
p.developerkey(dkey)
p.addkey(keys)
res = p.push("Emoncms alarm",
'Washer',
'Washer is running',
'',
batch_mode=False)
pprint(res)
washerrunning = 1
else:
#print "Washer idle"
if (washerrunning == 1):
# Washer has been running but power is below limit
notrunning += 1
if (notrunning >= 6):
# Power has been below limit for three runs
# so the washer is done
washerrunning = 0
# Reset running counter
running = 0
logger.info("Washer is done")
print "Washer is done"
# Send NMA
#global p
pkey = None
p = PyNMA()
if os.path.isfile("mydeveloperkey"):
dkey = open("mydeveloperkey", 'r').readline().strip()
p.developerkey(dkey)
p.addkey(keys)
res = p.push("Emoncms alarm",
'Washer',
'Washer is done',
'',
batch_mode=False)
pprint(res)
# Wait 2 minutes
time.sleep(120)
cur.execute("INSERT INTO EventLog(EventDesc, EventInfo) VALUES('WARNING: Motion detected during Start-up', '{0} - GPIO {1}')".format(PIR[0], GPIO_value))
con.commit()
print "Setting initial value for {0} - {1}".format(PIR[0], GPIO_value)
PIR[4] = GPIO_value
#GPIO.setup(GPIO_HALL_PIR, GPIO.IN, pull_up_down=GPIO.PUD_DOWN)
print "Waiting for PIR to settle ..."
# Loop until PIR output is 0 (no motion)
while GPIO.input(GPIO_STUDY_PIR)==1:
Current_State = 0
print " Ready"
p = PyNMA()
p.addkey("769dd5e70415a3e4610298ac28176229c2fa33f068eedbb7")
try:
while True:
cur.execute("SELECT KeyPair FROM Control WHERE KeyVal = 'Monitor' limit 1")
CONTROL_MONITOR = cur.fetchone()[0]
if CONTROL_MONITOR == "ON":
print "Switching GPIO checking on!"
cur.execute("INSERT INTO EventLog(EventDesc, EventInfo) VALUES('Switching GPIO checking ON!', 'CONTROL_MONITOR has changed in main loop.')")
con.commit()
# Send NMA push notification
res = p.push("Sec53", 'GPIO switch', 'Switching GPOI checking on!', 'http://mckerral.ddns.net/Sec53/events.php', batch_mode=False)
check_GPIO = 1
"""
# Hook command
w.hook_command("nma", "Activate NotifyMyAndroid notifications",
"on | off",
""" on : Activate notifications
off : Deactivate notifications\n
""",
"on || off",
"nma_cmd_cb", "");
# Hook privmsg/hilights
w.hook_print("", "irc_privmsg", "", 1, "priv_msg_cb", "")
from pynma import PyNMA
p = PyNMA()
p.addkey(w.config_get_plugin("apikey"))
"""
Helpers
"""
def _debug(text):
if w.config_string_to_boolean(w.config_get_plugin("debug")):
w.prnt("", text)
"""
Functions
"""
"""
Hooks
"""
# Hook command
w.hook_command(
"nma", "Activate NotifyMyAndroid notifications", "on | off",
""" on : Activate notifications
off : Deactivate notifications\n
""", "on || off", "nma_cmd_cb", "")
# Hook privmsg/hilights
w.hook_print("", "irc_privmsg", "", 1, "priv_msg_cb", "")
from pynma import PyNMA
p = PyNMA()
p.addkey(w.config_get_plugin("apikey"))
"""
Helpers
"""
def _debug(text):
if w.config_string_to_boolean(w.config_get_plugin("debug")):
w.prnt("", text)
"""
Functions
"""
