def piholeStatus():
device = oled.getDevice()
with canvas(device, dither=None) as draw:
queries = pihole.getQueries()
blocked = pihole.getBlocked()
percentage = pihole.getPercentage()
if pihole.getStatus():
ph_status = "(Running)"
else:
ph_status = "(Stopped)"
if ((queries == -1) or (blocked == -1) or (percentage == -1)):
oled.oPrint(oled.center("PiHole") + "\n\n" + oled.center("Fehler"))
else:
fnt = oled.getFont()
draw.text((0, 0),
font=fnt,
text=oled.center("PiHole " + ph_status))
draw.text((0, 20), font=fnt, text=oled.concat("Queries:", queries))
draw.text((0, 30),
font=fnt,
text=oled.concat("Blocking:", blocked))
draw.text((0, 40),
font=fnt,
text=oled.concat("Percent:",
str(percentage) + "%"))
pct_bar = 127 * (percentage / 100)
draw.rectangle((pct_bar, 63, 0, 50), fill="white")
draw.rectangle((127, 63, 0, 50), outline="grey")
time.sleep(INTERVALL)
def piholeStatus():
if (DEBUG):
print('piHole Status')
device = oled.getDevice()
try:
piholeip = cfg['pihole']['ip']
except Exception as e:
oled.scPrint(oled.center('Error [PiHole]'), '',
oled.center('Could not'), oled.center('find config!'))
time.sleep(INTERVALL)
return
for i in range(0, INTERVALL): #refresh every second for INTERVALL times
with canvas(device, dither=None) as draw:
queries = pihole.getQueries(piholeip)
blocked = pihole.getBlocked(piholeip)
percentage = pihole.getPercentage(piholeip)
if pihole.getStatus(piholeip):
ph_status = "(Active)"
else:
ph_status = "(STOPPED)"
if ((queries == -1) or (blocked == -1) or (percentage == -1)):
oled.oPrint(
oled.center("PiHole") + "\n\n" + oled.center("Fehler"))
else:
fnt = oled.getFont()
draw.text((0, 0),
font=fnt,
text=oled.center("PiHole " + ph_status))
draw.text((0, 20),
font=fnt,
text=oled.concat("Queries:", queries))
draw.text((0, 30),
font=fnt,
text=oled.concat("Blocking:", blocked))
draw.text((0, 40),
font=fnt,
text=oled.concat("Percentage:",
str(percentage) + "%"))
pct_bar = 127 * (percentage / 100)
draw.rectangle((pct_bar, 63, 0, 50), fill="white")
draw.rectangle((127, 63, 0, 50), outline="grey")
time.sleep(1)
def pistatus():
temp = os.popen('vcgencmd measure_temp').read()
tempprint = temp[(temp.rfind("=") + 1):]
tempprint = tempprint[:4]
try:
ip = url.urlopen('http://api.ipify.org').read()
except:
ip = "Offline"
temp = os.popen('vcgencmd measure_volts').read()
voltprint = temp[(temp.rfind("=") + 1):]
voltprint = voltprint[:7]
oled.oPrint(
oled.center("Pi Status") + "\n\n" +
oled.concat("CPU-Temp: ", str(tempprint + degreeSymbol)) + "\n" +
oled.concat("CPU-Volt: ", str(voltprint)) + "\n" +
oled.concat("IP: ", str(ip)))
time.sleep(INTERVALL)
def __oldPiholeStatus():
queries = pihole.getQueries()
blocked = pihole.getBlocked()
percentage = pihole.getPercentage()
if pihole.getStatus():
ph_status = "(Running)"
else:
ph_status = "(Stopped)"
if ((queries == -1) or (blocked == -1) or (percentage == -1)):
oled.oPrint(
oled.center("PiHole " + chr(4)) + "\n\n" + oled.center("Fehler"))
else:
oled.oPrint(
oled.center("PiHole " + ph_status) + "\n" +
oled.concat("Queries: ", str(queries)) + "\n" +
oled.concat("Blocked: ", str(blocked)) + "\n" +
oled.concat("Percentage: ",
str(percentage) + "%"))
time.sleep(INTERVALL)
def timetable():
haltestelle = "Koeln Hbf"
try:
fplan = fpl.getFahrplan()
except Exception as e:
oled.oPrint("\n" + oled.center("FEHLER (Fahrplan)") + "\n" + str(e))
time.sleep(INTERVALL)
else:
if fplan:
for i in range(0, len(fplan)):
if ((fplan[i].dest == "") or
(fplan[i].train == "")): #Fehlerhafte Daten nicht anzeigen
continue
depart = fplan[i].timeDepart
if (fplan[i].delay > 0):
depart = "(+" + str(
fplan[i].delay) + ")" + fplan[i].timeDepart
oled.oPrint(
oled.concat(haltestelle, fplan[i].platform) +
"\n---------------------\n" +
oled.concat(fplan[i].train, depart) + "\n" + fplan[i].via +
"\n" + fplan[i].dest + "\n" + fplan[i].messages)
time.sleep(INTERVALL / 2)
else:
oled.oPrint(haltestelle + "\n---------------------\n\n" +
oled.center("Keine Abfahrten") + "\n" +
oled.center("gefunden!"))
time.sleep(INTERVALL / 2)
def weather():
try:
w_in = open("weather.wtd", "r")
#Wetter 1
name1 = oled.center("")
temp1 = w_in.readline().rstrip()
condition1 = oled.center(umlaute(w_in.readline().rstrip()))
#Wetter 2
name2 = oled.center("")
temp2 = w_in.readline().rstrip()
condition2 = oled.center(umlaute(w_in.readline().rstrip()))
w_in.close()
if not condition1:
condition1 = oled.center("Fehler!")
if not condition2:
condition2 = oled.center("Fehler!")
oled.oPrint(
oled.center("Wetter") + "\n\n" + name1 + "\n" + condition1 + "\n" +
oled.center(temp1 + degreeSymbol))
time.sleep(INTERVALL / 2)
oled.oPrint(
oled.center("Wetter") + "\n\n" + name2 + "\n" + condition2 + "\n" +
oled.center(temp2 + degreeSymbol))
time.sleep(INTERVALL / 2)
except Exception as e:
print(e)
oled.oPrint("\n" + oled.center("Wetter") + "\n" +
oled.center("Fehler"))
time.sleep(INTERVALL)
def pistatus():
if (DEBUG):
print('PiStatus')
temp = os.popen('vcgencmd measure_temp').read()
tempprint = temp[(temp.rfind("=") + 1):]
tempprint = tempprint[:4]
try:
ip = url.urlopen('https://api.ipify.org').read()
#ip = "-"
except:
ip = "Offline"
temp = os.popen('vcgencmd measure_volts').read()
voltprint = temp[(temp.rfind("=") + 1):]
voltprint = voltprint[:7]
oled.oPrint(
oled.center("Pi Status") + "\n\n" +
oled.concat("CPU-Temp: ", str(tempprint + '°C')) + "\n" +
oled.concat("CPU-Volt: ", str(voltprint)) + "\n" +
oled.concat("IP: ", str(ip.decode('utf-8'))))
time.sleep(INTERVALL)
def storm():
if (DEBUG):
print('Storm')
try:
u_in = open("storm.wtd", "r")
except Exception as e:
oled.oPrint("\n" + oled.center("Fehler Unwetter") + "\n" + str(e))
u_in.close()
else:
#Amtliche Warnung
try:
w_count = u_in.readline().rstrip()
except Exception as e:
oled.oPrint("\n" + oled.center("Fehler Unwetter") + "\n" +
oled.center(str(e)))
time.sleep(INTERVALL)
else:
try:
int(w_count)
except:
return
if (str(w_count) == 'error'):
oled.oPrint(
oled.center("Unwetter") + "\n\n" +
oled.center("Fehler beim Abrufen!"))
time.sleep(INTERVALL / 2)
return
if int(w_count) > 0:
try:
w_region = umlaute(u_in.readline().rstrip())
for i in range(0, int(w_count)):
w_headline = umlaute(u_in.readline().rstrip())
w_description = umlaute(u_in.readline().rstrip())
w_start = u_in.readline().rstrip()
w_end = u_in.readline().rstrip()
oled.oPrint(
w_region + "\n\n" + w_headline + "\n" +
w_description + "\n" + oled.concat('', w_start) +
"\n" +
oled.concat('(' + str(i + 1) + "|" + w_count +
")", w_end))
time.sleep(INTERVALL / 2)
except Exception as e:
oled.oPrint("\n" + oled.center("Fehler Unwetter") + "\n" +
oled.center(str(e)))
time.sleep(INTERVALL)
#Vorwarnung
try:
v_count = u_in.readline().rstrip()
except Exception as e:
oled.oPrint("\n" + oled.center("Fehler Unwetter") + "\n" +
oled.center(str(e)))
time.sleep(INTERVALL)
else:
if int(v_count) > 0:
try:
v_region = umlaute(u_in.readline().rstrip())
for i in range(0, int(v_count)):
v_headline = umlaute(u_in.readline().rstrip())
v_description = umlaute(u_in.readline().rstrip())
oled.oPrint(v_region + "\n\n" + v_headline + "\n" +
v_description + "\n\n(" + str(i + 1) +
"|" + v_count + ")")
time.sleep(INTERVALL / 2)
except Exception as e:
oled.oPrint("\n" + oled.center("Fehler Unwetter") + "\n" +
oled.center(str(e)))
time.sleep(INTERVALL)
def storm():
try:
u_in = open("storm.wtd", "r")
except:
oled.oPrint("\n" + oled.center("Fehler Unwetter") + "\n" +
oled.center("O"))
w_in.close()
else:
#Amtliche Warnung
try:
w_count = u_in.readline().rstrip()
except Exception as e:
oled.oPrint("\n" + oled.center("Fehler Unwetter") + "\n" +
oled.center(str(e)))
time.sleep(INTERVALL)
else:
if w_count > 0:
try:
w_region = umlaute(u_in.readline().rstrip())
for i in range(0, int(w_count)):
w_headline = umlaute(u_in.readline().rstrip())
w_description = umlaute(u_in.readline().rstrip())
oled.oPrint(w_region + "\n\n" + w_headline + "\n" +
w_description + "\n\n(" + str(i + 1) +
"|" + w_count + ")")
time.sleep(INTERVALL / 2)
except Exception as e:
oled.oPrint("\n" + oled.center("Fehler Unwetter") + "\n" +
oled.center(str(e)))
time.sleep(INTERVALL)
#Vorwarnung
try:
v_count = u_in.readline().rstrip()
except Exception as e:
oled.oPrint("\n" + oled.center("Fehler Unwetter") + "\n" +
oled.center(str(e)))
time.sleep(INTERVALL)
else:
if v_count > 0:
try:
v_region = umlaute(u_in.readline().rstrip())
for i in range(0, int(v_count)):
v_headline = umlaute(u_in.readline().rstrip())
v_description = umlaute(u_in.readline().rstrip())
oled.oPrint(v_region + "\n\n" + v_headline + "\n" +
v_description + "\n\n(" + str(i + 1) +
"|" + v_count + ")")
time.sleep(INTERVALL / 2)
except Exception as e:
oled.oPrint("\n" + oled.center("Fehler Unwetter") + "\n" +
oled.center(str(e)))
time.sleep(INTERVALL)