def system(self):
MenuItems = []
text=''
cpu_cores = system.cpu('core_count')[0]
cpu_temp = system.getGpuTemperature()
cpu_takt = system.getCpuTakt()
# print(system.get_lan_ip('eth0'))
mem_free = system.memory('available')
mem_total = system.memory('total')
mem_percent = system.memory('percent_free')
disk_free = system.disks('free')
disk_total = system.disks('total')
disk_percent = system.disks('percent_free')
uptime = system.uptime()
text=text + "CPU-Cores: " + str(cpu_cores) + " with " + str(cpu_takt) + " MHz<br/>"
text=text + "CPU-Temperatur: " + str(cpu_temp) + " °C<br/>"
# text=text + "CPU-Last: " + str(cpu_load) + " %<br/>"
text=text + "RAM (frei): " + str(mem_free) + " / " + str(mem_total) + " MB (" + str(mem_percent) + "%)<br/>"
text=text + "Flashdisk (frei): " + str(disk_free) + " / " + str(disk_total) + " GB (" + str(disk_percent) + "%)<br/>"
text=text + "IP-Adresse: " + system.get_lan_ip('eth0') + " <br/>"
text=text + "Uptime: " + str(uptime) + " Tage<br/>"
return SnomXML.SnomIPPhoneText(Title="Serverstatus ", Text=text)
def read_rss_content(self, feed):
feed = int(feed) - 1
prompt = ""
# print("rss_file: " + config['rss_file'])
try:
fobj = open(config['rss_file'])
except:
# print "Dateizugriff fehlgeschlagen!"
return SnomXML.SnomIPPhoneText("Dateizugriff fehlgeschlagen!", "ERROR", prompt)
sys.exit(0)
itemlist = pickle.load(fobj)
fobj.close()
# print itemlist
# UTF-8 Encoding:
rss_headline = itemlist[feed][0].encode('utf-8')
rss_content = itemlist[feed][1].encode('utf-8')
# print(rss_content)
return SnomXML.SnomIPPhoneText(rss_content, rss_headline, prompt)
def get_temp(self, room, type):
'''
:param typ: 1 - alter Heizungssteller, 4 - neuer Heizungssteller
'''
print(" function get_temp, room: " + room + ", type: " + str(type))
if room == "all":
room_nr = 0
if room == "Wohnzimmer":
room_nr = 1
if room == "Arbeitszimmer":
room_nr = 2
if room == "Schlafzimmer":
room_nr = 3
print "Daten von Raum-ID: " + str(room_nr)
text = ''
if room_nr == 0:
room = 'Raum-Temperaturen'
# text= 'date<br/>'
isttemp = command.get_value('temp_wz')
text = text + "Wohnzimmer: " + str(isttemp) + "°C<br/>"
isttemp = command.get_value('temp_az')
text = text + "Arbeitszimmer: " + str(isttemp) + "°C<br/>"
# isttemp = command.get_value('temp_sz')
# text = text + "Schlafzimmer: " + str(isttemp) + "°C<br/>"
if room_nr == 1 or room_nr == 3:
isttemp = command.get_value('temp_wz')
settemp = command.get_value('settemp_wz')
valve = command.get_value('valve_wz')
control_mode = command.get_value('controlmode_wz')
battery = command.get_value('battery_valve1_wz')
if control_mode == 0 :
str_control_mode = "Auto "
if control_mode == 1 :
str_control_mode = "Manual "
if control_mode == 2 :
str_control_mode = "Party "
if control_mode == 3 :
str_control_mode = "Boost "
text = text + "- Ist-Temperatur: " + str(isttemp) + " °C<br/>"
text = text + "- Soll-Temperatur: " + str(settemp) + " °C<br/>"
text = text + "- Ventilstatus: " + str(valve) + " %<br/>"
text = text + "- Klima Control Mode: " + str_control_mode + " <br/>"
text = text + "- Batterie Spannung: " + str(battery) + " V<br/>"
if room_nr == 2:
isttemp = command.get_value('temp_az')
feuchte = command.get_value('humidity_az')
text = text + "- Ist-Temperatur: " + str(isttemp) + " °C<br/>"
text = text + "- Luftfeuchte: " + str(feuchte) + " %<br/>"
print("Text: " + text)
return SnomXML.SnomIPPhoneText(Title="Heizung - Klima " + room, Text = text)
def wetter(self):
MenuItems=[]
# writeString = SnomXML.SnomIPHeader()+str(snom.get_temp('all','isttemp'))
# MenuItems.append((feed, config['base_url']+'rss'))
# return SnomXML.SnomIPPhoneMenu(Title = feed + "-Feeds", MenuItems = MenuItems)
wetter_txt = "Das Wetter Heute in " + config['city'] + " \n "
prompt = ""
# Use lib pyowm:
observation = owm.weather_at_place(config['city'])
w = observation.get_weather()
# print(w) # <Weather - reference time=2013-12-18 09:20,
# status=Clouds>
# Weather details
temp = w.get_temperature('celsius') # {'temp_max': 10.5, 'temp': 9.7, 'temp_min': 9.0}
# Temperatur einlesen
Temperatur = temp["temp"]
Temp_min = temp["temp_min"]
Temp_max = temp["temp_max"]
# Weather details
wind = w.get_wind() # {'speed': 4.6, 'deg': 330}
wind_speed = wind['speed'] # {'speed': 4.6, 'deg': 330}
# wind_deg = wind['deg'] # {'speed': 4.6, 'deg': 330}
humidity = w.get_humidity() # 87
# Query for daily weather forecast for the next 14 days over London
# fc = owm.daily_forecast(config['city'], limit=6)
fc = owm.three_hours_forecast(config['city'])
f = fc.get_forecast()
# for weather in f:
# print (weather.get_reference_time('iso'),weather.get_status())
# print("Temp.: " + str(Temperatur))
# print("Temp_min: " + str(Temp_min))
# print("Temp_max: " + str(Temp_max))
# wetter_txt = "Wetter heute am " + wday2wtag(Wetter[0][0]) + ":<br/> Temp.: " + str(Temperatur) + u"°C<br/> Min.: " + str(Temp_min) + u"°C, Max.: " + str(Temp_max) + u"°C<br/>Wettersituation: " + Wetterlage + "<br/> Wetter morgen am " + wday2wtag(Wetter[1][0]) + ":<br/>Temp. Min: " + str(Wetter[1][2]) + u"°C, Max: " + str(Wetter[1][3]) + u"°C<br/>Wetter: " + str(Wetter[1][4])
# wetter_txt = "Wetter heute:<br/> Temp.: " + str(Temperatur) + u"°C<br/> Min.: " + str(Temp_min) + u"°C <br/>Max.: " + str(Temp_max) + u"°C<br/>Wind: " + str(wind_speed) + " m/s " + str(wind_deg) + u"°<br/>Luftfeuchte: " + str(humidity) + "%<br/>"
wetter_txt = "Wetter heute:<br/> Temp.: " + str(Temperatur) + u"°C<br/> Min.: " + str(Temp_min) + u"°C <br/>Max.: " + str(Temp_max) + u"°C<br/>Wind: " + str(wind_speed) + " m/s <br/>Luftfeuchte: " + str(humidity) + "%<br/>"
wetter_string = u"Wetterbericht für " + config['city']
# UTF-8 Encoding:
wetter_string = wetter_string.encode('utf-8')
wetter_txt = wetter_txt.encode('utf-8')
# print(wetter_string)
# print(wetter_txt)
return SnomXML.SnomIPPhoneText(wetter_txt, wetter_string, prompt)
def help(self):
text= u"Einfach aus dem Menü das Gewünschte wählen"
# text+="0 = 0-9, "
return SnomXML.SnomIPPhoneText(Title="Homeautomatisierung", Text=text)
def wetter_yahoo(self):
MenuItems=[]
# writeString = SnomXML.SnomIPHeader()+str(snom.get_temp('all','isttemp'))
# MenuItems.append((feed, config['base_url']+'rss'))
# return SnomXML.SnomIPPhoneMenu(Title = feed + "-Feeds", MenuItems = MenuItems)
wetter_txt = "Das Wetter Heute in Berlin \n "
prompt = ""
# Liste fuer den Wetterbericht
# 1. Dimension = heute, 2. Dimension = naechster Tag
# 1. Element = Tag, 2. Element = Datum, 3. = Niedrigste Temperatur, 4. Element = Hoechste Temperatur, 5. Element = Wettersituation
Wetter = [["", "", "", "", ""] , ["", "", "", "", ""]]
# URL oeffnen und XML Daten einlesen
# &u=c am Ende fuer Wetter in Grad Celsius
# https://weather.yahoo.com/deutschland/bundesland-berlin/berlin-638242/#
Baum = urllib.urlopen('http://weather.yahooapis.com/forecastrss?w=638242&u=c').read()
# XML Daten parsen und in Baumstruktur anordnen
Baum = parseString(Baum)
# Ort einlesen
Ort = Baum.getElementsByTagName('yweather:location')[0]
Stadt = Ort.attributes["city"].value
Land = Ort.attributes["country"].value
# Datum einlesen
Datum = Baum.getElementsByTagName('lastBuildDate')[0].firstChild.data
# Koordinaten auslesen
Geo_Lat = Baum.getElementsByTagName('geo:lat')[0].firstChild.data
Geo_Long = Baum.getElementsByTagName('geo:long')[0].firstChild.data
# Wetterdaten von heute einlesen
Today = Baum.getElementsByTagName('yweather:condition')[0]
# Wettertext einlesen
Wetterlage = Today.attributes["text"].value
# Temperatur einlesen
Temperatur = float(Today.attributes["temp"].value)
# Daten in einer Liste speichern
for Counter in range(2):
# Wetterdaten fuer die beiden Tage einlesen
# Daten einlesen
Future = Baum.getElementsByTagName('yweather:forecast')[Counter]
# Daten verarbeiten
Wetter[Counter][0] = Future.attributes["day"].value
Wetter[Counter][1] = Future.attributes["date"].value
Wetter[Counter][2] = float(Future.attributes["low"].value)
Wetter[Counter][3] = float(Future.attributes["high"].value)
Wetter[Counter][4] = Future.attributes["text"].value
wetter_txt = "Wetter heute am " + wday2wtag(Wetter[0][0]) + ":<br/> Temp.: " + str(Temperatur) + u"°C<br/> Min.: " + str(Wetter[0][2]) + u"°C, Max.: " + str(Wetter[0][3]) + u"°C<br/>Wettersituation: " + Wetterlage + "<br/> Wetter morgen am " + wday2wtag(Wetter[1][0]) + ":<br/>Temp. Min: " + str(Wetter[1][2]) + u"°C, Max: " + str(Wetter[1][3]) + u"°C<br/>Wetter: " + str(Wetter[1][4])
wetter_string = u"Wetterbericht für " + Stadt
# UTF-8 Encoding:
wetter_string = wetter_string.encode('utf-8')
wetter_txt = wetter_txt.encode('utf-8')
# print(wetter_string)
# print(wetter_txt)
return SnomXML.SnomIPPhoneText(wetter_txt, wetter_string, prompt)
