def configure(self, qParentWidget):
try:
d = dict()
d['debug'] = (ValueType.boolean, "Debug",
self.config['GENERAL']['debug'] == "True", None,
None)
d['morerequests'] = (
ValueType.boolean, "Fast Connection",
self.config['GENERAL']['morerequests'] == "True", None, None)
d['serversperpage'] = (
ValueType.integer, "Servers per page:",
int(self.config['GENERAL']['serversperpage']), 0, 250)
d['api'] = (ValueType.string, "API Base URL:",
self.config['GENERAL']['api'], None, 1)
d['alternatebackgroundcolor'] = (
ValueType.string, "Alternate row bg color:",
self.config['GENERAL']['alternatebackgroundcolor'], None, 1)
getValues(None, "Server Browser Settings", d,
self.configDialogClosed)
except:
from traceback import format_exc
try:
ts3.logMessage(format_exc(),
ts3defines.LogLevel.LogLevel_ERROR,
"PyTSon::" + self.name, 0)
except:
print("Error in " + self.name + ".configure: " + format_exc())
def configure(self, qParentWidget):
try:
d = dict()
d['debug'] = (ValueType.boolean, "Debug",
self.cfg['general']['debug'] == "True", None, None)
d['enabled'] = (ValueType.boolean, "Broadcast own changes",
self.cfg['general']['enabled'] == "True", None,
None)
d['pw'] = (ValueType.boolean, "Broadcast server passwords",
self.cfg['general']['pw'] == "True", None, None)
d['channel'] = (ValueType.boolean, "Broadcast new channel",
self.cfg['general']['channel'] == "True", None,
None)
d['channelpw'] = (ValueType.boolean, "Broadcast channel pw",
self.cfg['general']['channelpw'] == "True", None,
None)
d['status'] = (ValueType.string, "AFK status text:",
self.cfg['general']['status'], None, 1)
getValues(None, "{} Settings".format(self.name), d,
self.configDialogClosed)
except:
from traceback import format_exc
try:
ts3.logMessage(format_exc(),
ts3defines.LogLevel.LogLevel_ERROR,
"PyTSon::" + self.name, 0)
except:
print("Error in " + self.name + ".configure: " + format_exc())
def off(force=False):
logging.debug("off called.")
if islocked() and not force:
logging.debug("Asked to swich fan off, but fan is locked")
rrdtool.update(DATADIR + '/fan.rrd',
'N:' + getvalues.getValues()['Fan'])
mqtt.publishFan(getvalues.getValues()['Fan'])
else:
logging.debug("Current fan value is: %s" %
getvalues.getValues()['Fan'])
if getvalues.getValues()['Fan'] != "0":
if not DRYRUN:
subprocess.call([SISPMCTL, "-A " + FANOUTPORT])
subprocess.call([SISPMCTL, "-f " + FANOUTPORT])
if force:
subprocess.call([SISPMCTL, "-A " + FANINPORT])
subprocess.call([SISPMCTL, "-f " + FANINPORT])
else:
subprocess.call([
SISPMCTL, "-A", FANINPORT, "--Aafter", "2", "--Ado",
"off"
])
logging.info("switched fan off.")
rrdtool.update(DATADIR + '/fan.rrd', 'N:0')
mqtt.publishFan(0)
def configure(self, qParentWidget):
try:
d = dict()
for n, v in self.cfg['general'].items():
if n == "cfgversion": continue
d[n] = (ValueType.boolean, n.title(), self.cfg.getboolean('general', n), None, None)
getValues(qParentWidget, self.name, d, self.configDialogClosed)
except: from traceback import format_exc;ts3.logMessage(format_exc(), ts3defines.LogLevel.LogLevel_ERROR, "PyTSon", 0)
def configure(self, qParentWidget):
if not self.dlg: self.dlg = contactStatsFilters(self)
self.dlg.show()
self.dlg.raise_()
self.dlg.activateWindow()
return QDialog.Rejected
d = dict()
for k in self.cfg['filters']:
d[k] = (ValueType.string, k, self.cfg['filters'][k], None, 1)
getValues(None, "Count Contacts Prefixes", d, self.configDialogClosed)
def on(force=False):
logging.debug("on called.")
if islocked() and not force:
logging.debug("Asked to swich fan on, but fan is locked")
rrdtool.update(DATADIR+'/fan.rrd','N:'+getvalues.getValues()['Fan'])
else:
if getvalues.getValues()['Fan'] == "0":
if not DRYRUN:
subprocess.call([SISPMCTL,"-A "+FANINPORT])
subprocess.call([SISPMCTL,"-o "+FANINPORT])
subprocess.call([SISPMCTL,"-A",FANOUTPORT,"--Aafter","2","--Ado","on"])
logging.info("switched fan on.")
rrdtool.update(DATADIR+'/fan.rrd','N:1')
def configure(self, qParentWidget):
try:
# Start QDialog method +
if not self.dlg:
self.dlg = SettingsDialog(self)
self.dlg.show()
self.dlg.raise_()
self.dlg.activateWindow()
# End QDialog method -
# Start getValues method +
d = dict()
d['api'] = (ValueType.string, "Example String:",
self.cfg['general']['example string'], None, 1)
widgets = getValues(None, self.name + " Settings", d,
self.configDialogClosed)
# End getValues method -
# Start QInputDialog method +
result = QInputDialog.getText(
qParentWidget, self.name + " Settings", "Example String:",
QLineEdit.Normal, self.cfg['general']['example string'])
if not result: return
self.cfg.set('general', 'api', result)
with open(self.ini, 'w') as configfile:
self.cfg.write(configfile)
# End QInputDialog method -
except:
from traceback import format_exc
logMessage(format_exc(), ts3defines.LogLevel.LogLevel_ERROR,
"PyTSon", 0)
def cron():
currentState = getvalues.getValues()
Fan = currentState["Fan"]
logging.debug("cron called. Current values are %s" % currentState)
if "U" in currentState.itervalues():
logging.info("cron: switching fan off due to invalid state (%s)" %
currentState)
off()
else:
AHkeller = float(currentState["AHkeller"])
AHaussen = float(currentState["AHaussen"])
if Fan == "0":
margin = AHmargin
else:
margin = AHmargin - AHhysterese
if AHaussen > AHkeller - margin:
logging.debug("abs. hum. outside is larger, switching fan off")
off()
else:
logging.debug(
"abs. hum. outside is smaller, considering further...")
Tkeller = float(currentState["Tkeller"])
DPkeller = float(currentState["DPkeller"])
Taussen = float(currentState["Taussen"])
if Taussen > Tkeller:
if Fan == "0":
margin = Thysterese
else:
margin = 0.0
if (Taussen < Tkellermax) or (Tkeller < Tkellermax - margin):
logging.debug(
"temp. outside is higher and cellar is not too warm, switching fan on."
)
on()
else:
logging.debug(
"temp. outside is higher but cellar is too warm, switching fan off."
)
off()
else:
if Fan == "0":
marginT = Thysterese
marginDP = DPmargin
else:
marginT = 0.0
marginDP = DPmargin - DPhysterese
if ((Taussen > Tkellermin) or
(Tkeller > Tkellermin + marginT)) and (
Tkeller > DPkeller + marginDP):
logging.debug(
"temp. outside is lower but cellar is warm enough and well above dew point, switching fan on."
)
on()
else:
logging.debug(
"temp. outside is lower and cellar is too cold or too close to dew point, switching fan off."
)
off()
subprocess.call(BINDIR + '/makegraphs.sh')
def configure(self, qParentWidget):
d = dict()
d['debug'] = (ValueType.boolean, "Debug",
self.cfg['general']['debug'] == "True", None, None)
d['enabled'] = (ValueType.boolean, "Broadcast own changes",
self.cfg['general']['enabled'] == "True", None, None)
d['pw'] = (ValueType.boolean, "Broadcast server passwords",
self.cfg['general']['pw'] == "True", None, None)
d['channel'] = (ValueType.boolean, "Broadcast new channel",
self.cfg['general']['channel'] == "True", None, None)
d['channelpw'] = (ValueType.boolean, "Broadcast channel pw",
self.cfg['general']['channelpw'] == "True", None,
None)
d['status'] = (ValueType.string, "AFK status text:",
self.cfg['general']['status'], None, 1)
getValues(None, "{} Settings".format(self.name), d,
self.configDialogClosed)
def on(force=False):
logging.debug("on called.")
if islocked() and not force:
logging.debug("Asked to swich fan on, but fan is locked")
rrdtool.update(DATADIR + '/fan.rrd',
'N:' + getvalues.getValues()['Fan'])
mqtt.publishFan(getvalues.getValues()['Fan'])
else:
if UseInterval and (LockInterval or not force):
FanRatio = str(
round(float(IntervalOn) / (IntervalOn + IntervalOff), 3))
logging.debug("Interval ventilation in use, setting ratio to " +
FanRatio)
else:
FanRatio = "1"
if getvalues.getValues()['Fan'] != FanRatio:
if not DRYRUN:
if UseInterval and (LockInterval or not force):
subprocess.call([SISPMCTL, "-A " + FANINPORT])
subprocess.call([SISPMCTL, "-o " + FANINPORT])
subprocess.call([
SISPMCTL, "-A", FANINPORT, "--Aafter",
str(IntervalOn), "--Ado", "off", "--Aafter",
str(IntervalOff), "--Ado", "on", "--Aloop",
str(IntervalOn + IntervalOff)
])
subprocess.call([
SISPMCTL, "-A", FANOUTPORT, "--Aafter", "2", "--Ado",
"on", "--Aafter",
str(IntervalOn - 2), "--Ado", "off", "--Aloop",
str(IntervalOn + IntervalOff)
])
else:
subprocess.call([SISPMCTL, "-A " + FANINPORT])
subprocess.call([SISPMCTL, "-o " + FANINPORT])
subprocess.call([
SISPMCTL, "-A", FANOUTPORT, "--Aafter", "2", "--Ado",
"on"
])
logging.info("switched fan on.")
rrdtool.update(DATADIR + '/fan.rrd', 'N:' + FanRatio)
mqtt.publishFan(FanRatio)
def configure(self, qParentWidget):
try:
d = dict()
d['enabled'] = (ValueType.boolean, "Enabled",
self.config['general']['enabled'] == "True", None,
None)
d['debug'] = (ValueType.boolean, "Debug",
self.config['general']['debug'] == "True", None,
None)
d['cids'] = (ValueType.string, "CIDS:",
self.config['general']['cids'], None, 1)
d['clids'] = (ValueType.string, "CLIDS:",
self.config['general']['clids'], None, 1)
getValues(None, self.name + " Settings", d,
self.configDialogClosed)
except:
from traceback import format_exc
try:
ts3lib.logMessage(format_exc(),
ts3defines.LogLevel.LogLevel_ERROR,
"PyTSon::" + self.name, 0)
except:
print("Error in " + self.name + ".configure: " + format_exc())
def cron():
currentState = getvalues.getValues()
Fan = currentState["Fan"]
logging.debug("cron called. Current values are %s" % currentState)
if "U" in currentState.itervalues():
logging.info("cron: switching fan off due to invalid state (%s)" % currentState)
off()
else:
AHkeller = float(currentState["AHkeller"])
AHaussen = float(currentState["AHaussen"])
if Fan == "0":
margin = AHmargin
else:
margin = AHmargin - AHhysterese
if AHaussen > AHkeller - margin:
logging.debug("abs. hum. outside is larger, switching fan off")
off()
else:
logging.debug("abs. hum. outside is smaller, considering further...")
Tkeller = float(currentState["Tkeller"])
DPkeller = float(currentState["DPkeller"])
Taussen = float(currentState["Taussen"])
if Taussen > Tkeller:
if Fan == "0":
margin = Thysterese
else:
margin = 0.0
if ( Taussen < Tkellermax ) or ( Tkeller < Tkellermax - margin ):
logging.debug("temp. outside is higher and cellar is not too warm, switching fan on.")
on()
else:
logging.debug("temp. outside is higher but cellar is too warm, switching fan off.")
off()
else:
if Fan == "0":
marginT = Thysterese
marginDP = DPmargin
else:
marginT = 0.0
marginDP = DPmargin - DPhysterese
if ( ( Taussen > Tkellermin ) or ( Tkeller > Tkellermin + marginT ) ) and ( Tkeller > DPkeller + marginDP ):
logging.debug("temp. outside is lower but cellar is warm enough and well above dew point, switching fan on.")
on()
else:
logging.debug("temp. outside is lower and cellar is too cold or too close to dew point, switching fan off.")
off()
subprocess.call(BINDIR+'/makegraphs.sh')
def lock(state,duration):
if duration == "inf":
unlocktime = "inf"
else:
try:
unlocktime = int(duration)
unlocktime = int(time.time())+unlocktime*60
except:
logging.error("Ungültige Angabe für Sperrdauer: %s" % duration)
return False
logging.info("Locking fan to %s for %s minutes" % ( state, duration ))
f = open(LOCKFILE,'w')
f.write(str(unlocktime))
f.close()
currentState = getvalues.getValues()['Fan']
if str(state) == currentState:
logging.debug("lock: Fan is already in state %s, not switching" % state)
else:
logging.debug("lock: Switching fan to state %s" % state)
if state == 0:
off(force=True)
elif state == 1:
on(force=True)
def lock(state, duration):
if duration == "inf":
unlocktime = "inf"
else:
try:
unlocktime = int(duration)
unlocktime = int(time.time()) + unlocktime * 60
except:
logging.error("Ungültige Angabe für Sperrdauer: %s" % duration)
return False
logging.info("Locking fan to %s for %s minutes" % (state, duration))
f = open(LOCKFILE, 'w')
f.write(str(unlocktime))
f.close()
currentState = getvalues.getValues()['Fan']
if str(state) == currentState:
logging.debug("lock: Fan is already in state %s, not switching" %
state)
else:
logging.debug("lock: Switching fan to state %s" % state)
if state == 0:
off(force=True)
elif state == 1:
on(force=True)
#!/usr/bin/env python
import time
import serial
import getvalues as gv
ser = serial.Serial(
port='/dev/ttyAMA0',
baudrate = 9600,
parity=serial.PARITY_NONE,
stopbits=serial.STOPBITS_ONE,
bytesize=serial.EIGHTBITS,
timeout=1
)
counter=0
while counter<200:
data=gv.getValues()
if len(data) != 0:
ser.write('%s'%data)
counter += 1
time.sleep(1)
def updateValues(self):
currentState = getvalues.getValues()
if currentState['Tkeller'] == "U":
Tkeller = "--"
else:
Tkeller = "%5.1f°C" % float(currentState['Tkeller'])
if currentState['RHkeller'] == "U":
RHkeller = "--"
else:
RHkeller = "%2.0f%%" % float(currentState['RHkeller'])
if currentState['DPkeller'] == "U":
DPkeller = "--"
else:
DPkeller = "%5.1f°C" % float(currentState['DPkeller'])
if currentState['AHkeller'] == "U":
AHkeller = "--"
else:
AHkeller = "%3.1fg/m³" % float(currentState['AHkeller'])
if currentState['Taussen'] == "U":
Taussen = "--"
else:
Taussen = "%5.1f°C" % float(currentState['Taussen'])
if currentState['RHaussen'] == "U":
RHaussen = "--"
else:
RHaussen = "%2.0f%%" % float(currentState['RHaussen'])
if currentState['DPaussen'] == "U":
DPaussen = "--"
else:
DPaussen = "%5.1f°C" % float(currentState['DPaussen'])
if currentState['AHaussen'] == "U":
AHaussen = "--"
else:
AHaussen = "%3.1fg/m³" % float(currentState['AHaussen'])
if currentState['Fan'] == "U":
Fan = "--"
self.FanLabel.configure(background="black")
self.FanLabel.configure(foreground="white")
else:
if float(currentState['Fan']) > .99:
Fan = "AN"
self.FanLabel.configure(background="green")
self.FanLabel.configure(foreground="white")
else:
Fan = "AUS"
self.FanLabel.configure(background="red")
self.FanLabel.configure(foreground="white")
RHimage = PhotoImage(file=GRAPHDIR + '/rhsmall.png')
AHimage = PhotoImage(file=GRAPHDIR + '/ahsmall.png')
self.RHLabel.configure(image=RHimage)
self.AHLabel.configure(image=AHimage)
self.RHLabel.image = RHimage
self.AHLabel.image = AHimage
self.KellerLine1.set(Tkeller + " " + RHkeller)
self.KellerLine2.set(DPkeller + " " + AHkeller)
self.AussenLine1.set(Taussen + " " + RHaussen)
self.AussenLine2.set(DPaussen + " " + AHaussen)
self.FanLine.set("Lüfter: " + Fan)
root.after(60000, self.updateValues)
def updateValues(self):
currentState = getvalues.getValues()
if currentState['Tkeller'] == "U":
self.Tkeller.set("-- ")
else:
self.Tkeller.set("%5.1f°C" % float(currentState['Tkeller']))
if currentState['RHkeller'] == "U":
self.RHkeller.set("--")
self.RHkellerLabel.configure(foreground="black")
else:
RHkeller = float(currentState['RHkeller'])
self.RHkeller.set("%2.0f%%" % RHkeller)
if RHkeller > 60.0:
self.RHkellerLabel.configure(foreground="red")
else:
self.RHkellerLabel.configure(foreground="black")
if currentState['DPkeller'] == "U":
self.DPkeller.set("-- ")
else:
self.DPkeller.set("%5.1f°C" % float(currentState['DPkeller']))
if currentState['AHkeller'] == "U":
self.AHkeller.set("--")
else:
self.AHkeller.set("%3.1fg/m³" % float(currentState['AHkeller']))
if currentState['Taussen'] == "U":
self.Taussen.set("-- ")
else:
self.Taussen.set("%5.1f°C" % float(currentState['Taussen']))
if currentState['RHaussen'] == "U":
self.RHaussen.set("--")
else:
self.RHaussen.set("%2.0f%%" % float(currentState['RHaussen']))
if currentState['DPaussen'] == "U":
self.DPaussen.set("-- ")
else:
self.DPaussen.set("%5.1f°C" % float(currentState['DPaussen']))
if currentState['AHaussen'] == "U":
self.AHaussen.set("--")
else:
self.AHaussen.set("%4.1fg/m³" % float(currentState['AHaussen']))
if currentState['Fan'] == "U":
Fan = "--"
self.FanLabel.configure(background="black")
self.FanLabel.configure(foreground="white")
else:
if float(currentState['Fan']) > .99:
Fan = "AN"
self.FanLabel.configure(background="green")
self.FanLabel.configure(foreground="white")
else:
Fan = "AUS"
self.FanLabel.configure(background="red")
self.FanLabel.configure(foreground="white")
RHimage = PhotoImage(file=GRAPHDIR+'/rhsmall.png')
AHimage = PhotoImage(file=GRAPHDIR+'/ahsmall.png')
self.RHLabel.configure(image=RHimage)
self.AHLabel.configure(image=AHimage)
self.RHLabel.image = RHimage
self.AHLabel.image = AHimage
self.FanLine.set("Lüfter: "+Fan)
islocked = fanctl.islocked()
if islocked:
self.LockLabel.configure(background="red")
if islocked == "inf":
self.LockLine.set("gesperrt")
else:
if islocked > ( 6*24*60*60 ):
n = ( islocked -1 ) / ( 7*24*60*60 ) + 1
unit = "Woche"
plural = "n"
elif islocked > ( 23*60*60 ):
n = ( islocked - 1 ) / ( 24*60*60 ) + 1
unit = "Tag"
plural = "e"
self.LockLine.set("%i Tage" % n)
elif islocked > ( 59*60 ):
n = ( islocked - 1 ) / ( 60*60 ) + 1
unit = "Stunde"
plural = "n"
self.LockLine.set("%i Stunden" % n)
else:
n = ( islocked -1 ) / 60 + 1
unit = "Minute"
plural = "n"
self.LockLine.set("% i Minuten" % n)
if n > 1:
unit += plural
self.LockLine.set("%i %s" % (n,unit))
else:
self.LockLabel.configure(background="blue")
self.LockLine.set("Auto")
self.TimeLine.set(time.strftime("%a %-d.%-m.%Y %H:%M"))
def updateValues(self):
currentState = getvalues.getValues()
if currentState['Tkeller'] == "U":
Tkeller = "--"
else:
Tkeller = "%5.1f°C" % float(currentState['Tkeller'])
if currentState['RHkeller'] == "U":
RHkeller = "--"
else:
RHkeller = "%2.0f%%" % float(currentState['RHkeller'])
if currentState['DPkeller'] == "U":
DPkeller = "--"
else:
DPkeller = "%5.1f°C" % float(currentState['DPkeller'])
if currentState['AHkeller'] == "U":
AHkeller = "--"
else:
AHkeller = "%3.1fg/m³" % float(currentState['AHkeller'])
if currentState['Taussen'] == "U":
Taussen = "--"
else:
Taussen = "%5.1f°C" % float(currentState['Taussen'])
if currentState['RHaussen'] == "U":
RHaussen = "--"
else:
RHaussen = "%2.0f%%" % float(currentState['RHaussen'])
if currentState['DPaussen'] == "U":
DPaussen = "--"
else:
DPaussen = "%5.1f°C" % float(currentState['DPaussen'])
if currentState['AHaussen'] == "U":
AHaussen = "--"
else:
AHaussen = "%3.1fg/m³" % float(currentState['AHaussen'])
if currentState['Fan'] == "U":
Fan = "--"
self.FanLabel.configure(background="black")
self.FanLabel.configure(foreground="white")
else:
if float(currentState['Fan']) > .99:
Fan = "AN"
self.FanLabel.configure(background="green")
self.FanLabel.configure(foreground="white")
else:
Fan = "AUS"
self.FanLabel.configure(background="red")
self.FanLabel.configure(foreground="white")
RHimage = PhotoImage(file=GRAPHDIR+'/rhsmall.png')
AHimage = PhotoImage(file=GRAPHDIR+'/ahsmall.png')
self.RHLabel.configure(image=RHimage)
self.AHLabel.configure(image=AHimage)
self.RHLabel.image = RHimage
self.AHLabel.image = AHimage
self.KellerLine1.set(Tkeller+" "+RHkeller)
self.KellerLine2.set(DPkeller+" "+AHkeller)
self.AussenLine1.set(Taussen+" "+RHaussen)
self.AussenLine2.set(DPaussen+" "+AHaussen)
self.FanLine.set("Lüfter: "+Fan)
root.after(60000,self.updateValues)
