def getCachedRSSI(urssi=-1): global _lastRSSIval, _lastRSSItime if ((time.time()-_lastRSSItime)>=3) and (urssi==-1): _lastRSSIval = OS.get_rssi() _lastRSSItime = time.time() try: if urssi != -1: rssi = urssi else: rssi = int(_lastRSSIval) except: pass return str(rssi)
def p026_get_value(self, ptype):
value = 0
if ptype == 1:
value = rpieTime.getuptime(0)
elif ptype == 2:
value = OS.FreeMem()
elif ptype == 3:
value = OS.get_rssi()
elif ptype == 4:
value = OS.read_cpu_usage()
elif ptype == 5:
value = OS.read_cpu_temp()
return value
def display_wifibars(self):
connected = True
try:
rssi = int(OS.get_rssi())
except:
rssi = -100
connected = False
if rssi < -99:
connected = False
nbars_filled = (rssi + 100) / 8
x = self.device.width - 23 # 105
y = 0
size_x = 15
if self.width != 128: # correct x coords
size_x = int(size_x * (self.width / 128))
x = int(x * (self.width / 128))
size_y = 10
if self.height != 64: # correct y coords
size_y = int(size_y * (self.height / 64))
nbars = 5
width = int(size_x / nbars)
size_x = width * nbars - 1
if self.lastwifistrength != nbars_filled:
self.lastwifistrength = nbars_filled
draw = ImageDraw.Draw(self.dispimage)
draw.rectangle(((x, y), (x + size_x, y + size_y)), fill="black")
if connected:
for ibar in range(0, nbars):
height = size_y * (ibar + 1) / nbars
xpos = x + ibar * width
ypos = y + size_y - height
if (ibar <= nbars_filled):
draw.rectangle(
((xpos, ypos), (xpos + width - 1, ypos + height)),
fill="white")
else:
draw.rectangle(
((xpos, ypos), (xpos + width - 1, ypos + 1)),
fill="white")
draw.rectangle(((xpos, y + size_y - 1),
(xpos + width - 1, y + size_y)),
fill="white")
return True
def mapRSSItoDomoticz(urssi=-1):
global _lastRSSIval, _lastRSSItime
res = 12
if ((time.time() - _lastRSSItime) >= 3) and (urssi == -1):
_lastRSSIval = OS.get_rssi()
_lastRSSItime = time.time()
try:
if urssi != -1:
rssi = urssi
else:
rssi = int(_lastRSSIval)
if (-50 < rssi):
res = 10
elif (rssi <= -98):
res = 0
else:
res = int(round((rssi + 97) / 5, 0) + 1)
except:
pass
return str(res)
def getglobalvar(varname):
global SysVars
svname = varname.strip().lower()
res = ""
if svname in SysVars:
if svname == SysVars[0]: #%systime% 01:23:54
return datetime.now().strftime('%H:%M:%S')
elif svname == SysVars[1]: #%systm_hm% 01:23
return datetime.now().strftime('%H:%M')
elif svname == SysVars[2]: #%lcltime% 2018-03-16 01:23:54
return datetime.now().strftime('%Y-%m-%d %H:%M:%S')
elif svname == SysVars[3]: #%syshour% 11 Current hour (hh)
return datetime.now().strftime('%H')
elif svname == SysVars[4]: #%sysmin% 22 Current minute (mm)
return datetime.now().strftime('%M')
elif svname == SysVars[5]: #%syssec% 33 Current second (ss)
return datetime.now().strftime('%S')
elif svname == SysVars[6]: #%sysday% 16 Current day of month (DD)
return datetime.now().strftime('%d')
elif svname == SysVars[7]: #%sysmonth% 3 Current month (MM)
return datetime.now().strftime('%m')
elif svname == SysVars[8]: #%sysyear% 2018 4 digits (YYYY)
return datetime.now().strftime('%Y')
elif svname == SysVars[9]: #%sysyears% 18 2 digits (YY)
return datetime.now().strftime('%y')
elif svname == SysVars[
10]: #%sysweekday% 5 Weekday (integer) - 1, 2, 3... (1=Sunday, 2=Monday etc.)
return str(int(datetime.now().strftime('%w')) + 1)
elif svname == SysVars[
11]: #%sysweekday_s% Fri Weekday (verbose) - Sun, Mon, Tue
return datetime.now().strftime('%a')
elif svname == SysVars[
12]: #%unixtime% 1521731277 Unix time (seconds since epoch, 1970-01-01 00:00:00)
return str(int(time.time()))
elif svname == SysVars[13]: #%uptime% 3244 Uptime in minutes
return str(rpieTime.getuptime(2))
elif svname == SysVars[14]: #%rssi% -45 WiFi signal strength (dBm)
return str(OS.get_rssi())
elif svname == SysVars[15]: #%ip% 192.168.0.123 Current IP address
return str(OS.get_ip())
elif svname == SysVars[16]: #%ip4% ipcim 4.byte
res2 = str(OS.get_ip())
resarr = res2.split(".")
if len(resarr) > 3:
return resarr[3]
elif svname == SysVars[17]: #%sysname% name
return Settings.Settings["Name"]
elif svname == SysVars[18]: #%unit% 32 Unit number
return Settings.Settings["Unit"]
elif svname == SysVars[19]: #%ssid% H4XX0R njietwork!
wdev = False
try:
wdev = Settings.NetMan.getfirstwirelessdev()
except:
wdev = False
if wdev:
res = str(Network.get_ssid(wdev))
elif svname == SysVars[20]: #%mac% 00:14:22:01:23:45 MAC address
pd = -1
try:
pd = Settings.NetMan.getprimarydevice()
except:
pd = -1
if pd < 0 and len(Settings.NetworkDevices) > 0:
pd = 0
if pd != "" and pd >= 0:
return Settings.NetworkDevices[pd].mac
elif svname == SysVars[
21]: #%mac_int% 2212667 MAC address in integer to be used in rules (only the last 24 bit)
pd = -1
try:
pd = Settings.NetMan.getprimarydevice()
except:
pd = -1
if pd < 0 and len(Settings.NetworkDevices) > 0:
pd = 0
if pd >= 0:
try:
res2 = Settings.NetworkDevices[pd].mac
resarr = res2.split(":")
if len(resarr) > 5:
res = str(
int("0x" + resarr[3] + resarr[4] + resarr[5], 16))
except:
res = ""
return res
def getglobalvar(varname):
global SysVars, suntimesupported
svname = varname.strip().lower()
par = ""
if ("-" in svname):
resarr = svname.split("-")
svname = resarr[0]
par = "-" + resarr[1]
if ("+" in svname):
resarr = svname.split("+")
svname = resarr[0]
par = "+" + resarr[1]
res = ""
if svname in SysVars:
if svname == SysVars[0]: #%systime% 01:23:54
return datetime.now().strftime('%H:%M:%S')
elif svname == SysVars[1]: #%systm_hm% 01:23
return datetime.now().strftime('%H:%M')
elif svname == SysVars[2]: #%lcltime% 2018-03-16 01:23:54
return datetime.now().strftime('%Y-%m-%d %H:%M:%S')
elif svname == SysVars[3]: #%syshour% 11 Current hour (hh)
return int(datetime.now().strftime('%H'))
elif svname == SysVars[4]: #%sysmin% 22 Current minute (mm)
return int(datetime.now().strftime('%M'))
elif svname == SysVars[5]: #%syssec% 33 Current second (ss)
return int(datetime.now().strftime('%S'))
elif svname == SysVars[6]: #%sysday% 16 Current day of month (DD)
return int(datetime.now().strftime('%d'))
elif svname == SysVars[7]: #%sysmonth% 3 Current month (MM)
return int(datetime.now().strftime('%m'))
elif svname == SysVars[8]: #%sysyear% 2018 4 digits (YYYY)
return datetime.now().strftime('%Y')
elif svname == SysVars[9]: #%sysyears% 18 2 digits (YY)
return datetime.now().strftime('%y')
elif svname == SysVars[
10]: #%sysweekday% 5 Weekday (integer) - 1, 2, 3... (1=Sunday, 2=Monday etc.)
return str(int(datetime.now().strftime('%w')) + 1)
elif svname == SysVars[
11]: #%sysweekday_s% Fri Weekday (verbose) - Sun, Mon, Tue
return datetime.now().strftime('%a')
elif svname == SysVars[
12]: #%unixtime% 1521731277 Unix time (seconds since epoch, 1970-01-01 00:00:00)
return str(int(time.time()))
elif svname == SysVars[13]: #%uptime% 3244 Uptime in minutes
return str(rpieTime.getuptime(2))
elif svname == SysVars[14]: #%rssi% -45 WiFi signal strength (dBm)
return str(OS.get_rssi())
elif svname == SysVars[15]: #%ip% 192.168.0.123 Current IP address
return str(OS.get_ip())
elif svname == SysVars[16]: #%ip4% ipcim 4.byte
res2 = str(OS.get_ip())
resarr = res2.split(".")
if len(resarr) > 3:
return resarr[3]
elif svname == SysVars[17]: #%sysname% name
return Settings.Settings["Name"]
elif svname == SysVars[18]: #%unit% 32 Unit number
return Settings.Settings["Unit"]
elif svname == SysVars[19]: #%ssid% H4XX0R njietwork!
wdev = False
try:
wdev = Settings.NetMan.getfirstwirelessdev()
except:
wdev = False
if wdev:
res = str(Network.get_ssid(wdev))
elif svname == SysVars[20]: #%mac% 00:14:22:01:23:45 MAC address
pd = -1
try:
pd = Settings.NetMan.getprimarydevice()
except:
pd = -1
if pd < 0 and len(Settings.NetworkDevices) > 0:
pd = 0
if pd != "" and pd >= 0:
return Settings.NetworkDevices[pd].mac
elif svname == SysVars[
21]: #%mac_int% 2212667 MAC address in integer to be used in rules (only the last 24 bit)
pd = -1
try:
pd = Settings.NetMan.getprimarydevice()
except:
pd = -1
if pd < 0 and len(Settings.NetworkDevices) > 0:
pd = 0
if pd >= 0:
try:
res2 = Settings.NetworkDevices[pd].mac
resarr = res2.split(":")
if len(resarr) > 5:
res = str(
int("0x" + resarr[3] + resarr[4] + resarr[5], 16))
except:
res = ""
return res
elif svname == SysVars[22]: #%build%
bstr = str(rpieGlobals.BUILD)
return bstr
elif svname == SysVars[23]: #sunrise
try:
from suntime import Sun
suntimesupported = 1
except:
suntimesupported = 0
if suntimesupported == 1:
try:
sun = Sun(Settings.AdvSettings["Latitude"],
Settings.AdvSettings["Longitude"])
abd_sr = sun.get_local_sunrise_time(datetime.now())
if par != "":
abd_sr = addtoTime(abd_sr, par)
res = abd_sr.strftime('%H:%M')
except Exception as e:
res = "00:00"
return res
elif svname == SysVars[24]: #sunset
try:
from suntime import Sun
suntimesupported = 1
except:
suntimesupported = 0
if suntimesupported == 1:
try:
sun = Sun(Settings.AdvSettings["Latitude"],
Settings.AdvSettings["Longitude"])
abd_ss = sun.get_local_sunset_time(datetime.now())
if par != "":
abd_ss = addtoTime(abd_ss, par)
res = abd_ss.strftime('%H:%M')
except Exception as e:
res = "00:00"
return res
elif svname == SysVars[25]: #sun altitude
try:
from pytz import reference
from pysolar.solar import get_altitude
pysolarsupported = 1
except:
pysolarsupported = 0
res = "0"
if pysolarsupported == 1:
try:
localtime = reference.LocalTimezone()
today = datetime.now(localtime)
res = get_altitude(Settings.AdvSettings["Latitude"],
Settings.AdvSettings["Longitude"],
today)
except Exception as e:
print(e)
res = "0"
return res
elif svname == SysVars[26]: #sun azimuth
try:
from pytz import reference
from pysolar.solar import get_azimuth
pysolarsupported = 1
except:
pysolarsupported = 0
res = "0"
if pysolarsupported == 1:
try:
localtime = reference.LocalTimezone()
today = datetime.now(localtime)
res = get_azimuth(Settings.AdvSettings["Latitude"],
Settings.AdvSettings["Longitude"], today)
except Exception as e:
print(e)
res = "0"
return res
elif svname == SysVars[27]: #sun radiation
try:
from pytz import reference
from pysolar.solar import get_altitude
from pysolar.radiation import get_radiation_direct
pysolarsupported = 1
except:
pysolarsupported = 0
res = "-1"
if pysolarsupported == 1:
try:
localtime = reference.LocalTimezone()
today = datetime.now(localtime)
altitude_deg = get_altitude(
Settings.AdvSettings["Latitude"],
Settings.AdvSettings["Longitude"], today)
res = get_radiation_direct(today, altitude_deg)
except Exception as e:
print(e)
return res
return res