def UpdateWidget(self) -> None:
""" Updates the silder pos, based on the assigned Var """
uValue: str
fMax: float
fMin: float
super().UpdateWidget()
if not self.uDestVar == u'':
uValue = GetVar(uVarName=self.uDestVar)
fNewValue = ToFloat(uValue)
if GetVar(uVarName=self.uMax) != u'':
fMax = ToFloat(GetVar(uVarName=self.uMax))
else:
fMax = self.fMax
if GetVar(uVarName=self.uMin) != u'':
fMin = ToFloat(GetVar(uVarName=self.uMin))
else:
fMin = self.fMin
if fNewValue > fMax:
fNewValue = fMax
if fNewValue < fMin:
fNewValue = fMin
if self.oObject:
self.oObject.SetValue(fNewValue)
self.fValue = Round(fNewValue, self.iRoundPos)
self.UpdateVars()
def Create(self, oParent: Widget) -> bool:
""" creates the Widget """
try:
self.fMin = ToFloat(ReplaceVars(self.uMin))
self.fMax = ToFloat(ReplaceVars(self.uMax))
self.AddArg('min', self.fMin)
self.AddArg('max', self.fMax)
self.AddArg('orientation', self.uDeviceOrientation)
self.AddArg('value', self.fMin)
self.AddArg('background_pic',
ToAtlas(oFileName=self.oFnPictureNormal))
self.AddArg('button_pic', ToAtlas(oFileName=self.oFnPictureButton))
if self.CreateBase(Parent=oParent, Class=cSliderEx):
self.fDataRange = abs(self.fMax - self.fMin)
self.oObject.bind(on_slider_moved=self.OnNotifyChange)
# Capability to click on Knobs as well (needs to be implemented)
if not self.uActionName == u'':
self.oObject.bind(on_release=self.On_Button_Up)
self.oObject.bind(on_press=self.On_Button_Down)
self.oParent.add_widget(self.oObject)
self.UpdateWidget()
return True
return False
except Exception as e:
LogError(uMsg=u'cWidgetSlider:Unexpected error Creating Object:',
oException=e)
return False
def Var_Power(uVarName: str, uPower: str) -> str:
"""
Exponentiate a given variable value.
The changed variable value will be return and stored in the user vars (Triggers raised if set)
:param str uVarName: The variable name for the action, from where the value is pulled
:param str uPower: The value to exponentiate the original value with, can be a variable itself
:return: The changed variable value
"""
try:
uValue: str = GetVar(uVarName=uVarName)
uValueOrg: str = uValue
if uValue == u'':
return u''
uPowerToUse: str = GetVar(uVarName=uPower)
if uPowerToUse == u'':
uPowerToUse = uPower
uPowerToUse = ReplaceVars(uPowerToUse)
fPower: float = ToFloat(uPowerToUse)
fValue: float = ToFloat(uValue)
fValue = fValue**fPower
uValue = ToUnicode(fValue)
uValue = Var_NormalizeInt(uValue)
SetVar(uVarName=uVarName, oVarValue=uValue)
Logger.debug(
u'Var_Power: [%s] ^ [%s] returned [%s] (stored in [%s])' %
(uValueOrg, uPowerToUse, uValue, uVarName))
return uValue
except Exception as e:
LogError(uMsg=u'Var_Power: Invalid Argument', oException=e)
return u'Error'
def Var_Format(uVarName: str, uFormat: str):
"""
Formats a variable content to a given format
The changed variable value will be return and stored in the user vars (Triggers raised if set)
:param str uVarName: The variable name for the action, from where the value is pulled
:param str uFormat: The format to use (python syntax)
:return: The changed variable value
"""
try:
uValue: str = GetVar(uVarName=uVarName)
if uValue is None:
return u''
uFormatToUse: str = ORCA.vars.Globals.dUserVars.get(uFormat)
if uFormatToUse is None:
uFormatToUse = uFormat
if uFormatToUse.startswith('(int)'):
uFormatToUse = uFormatToUse[5:]
uValue = uFormatToUse.format(int(ToFloat(uValue)))
elif uFormatToUse.startswith('(float)'):
uFormatToUse = uFormatToUse[7:]
uValue = uFormatToUse.format(ToFloat(uValue))
SetVar(uVarName=uVarName, oVarValue=uValue)
return uValue
except Exception as e:
LogError(uMsg=u'Var_Format: Invalid Argument', oException=e)
return u''
def __init__(self, **kwargs):
self.register_event_type('on_release')
super(SettingNumericSlider,
self).__init__(**RemoveNoClassArgs(kwargs, SettingNumeric))
self.fMin = ToFloat(kwargs["min"])
self.fMax = ToFloat(kwargs["max"])
self.iRoundPos = int(kwargs["roundpos"])
self.slider = None
self.textvalue = None
def __init__(self, **kwargs):
self.register_event_type('on_release')
super().__init__(
**RemoveNoClassArgs(dInArgs=kwargs, oObject=SettingNumeric))
self.fMin: float = ToFloat(kwargs["min"])
self.fMax: float = ToFloat(kwargs["max"])
self.iRoundPos: int = int(kwargs["roundpos"])
self.slider: Union[Slider, None] = None
self.textvalue: Union[TextInput, None] = None
def LogToSplashScreen2(self, *, uText: str, uPercentage: str = '') -> None:
""" Logs a sub text message to the splash screen """
self.oSplashLogger2.size = (Globals.iAppWidth * 0.95,
Globals.iAppHeight / 3)
self.oSplashLogger2.text_size = (Globals.iAppWidth * 0.95, None)
self.oSplashLogger2.text = ReplaceVars(uText)
if uPercentage != '':
fPercentage: float
if uPercentage.startswith('+'):
fPercentage = self.oProgessBar.value + ToFloat(uPercentage[1:])
else:
fPercentage = ToFloat(uPercentage)
self.oProgessBar.value = fPercentage
return None
def LogToSplashScreen2(self,uText,uPercentage=''):
""" Logs a sub text message to the splash screen """
self.oSplashLogger2.size =(Globals.iAppWidth*0.95,Globals.iAppHeight/3)
self.oSplashLogger2.text_size =(Globals.iAppWidth*0.95,None)
self.oSplashLogger2.text = ReplaceVars(uText)
if uPercentage!='':
fPercentage=0
if isinstance(uPercentage, string_types):
if uPercentage.startswith('+'):
fPercentage=self.oProgessBar.value+ToFloat(uPercentage[1:])
else:
fPercentage=ToFloat(uPercentage)
else:
fPercentage=ToFloat(uPercentage)
self.oProgessBar.value=fPercentage
def On_ConfigChange(self, oSettings: KivySettings,
oConfig: KivyConfigParser, uSection: str, uKey: str,
uValue: str):
""" reacts, if user changes a setting """
if uKey == u'configchangebuttons':
self.uCurrentSection = uSection
if uValue == u'button_add':
SetVar(uVarName=u'SCRIPTINPUT', oVarValue=u'DEVICE_dummy')
self.oInputKeyboard = ShowKeyBoard(uDestVar=u'SCRIPTINPUT',
oFktNotify=self.On_InputAdd)
if uValue == u'button_delete':
ShowQuestionPopUp(uTitle=u'$lvar(5003)',
uMessage=u'$lvar(5044)',
fktYes=self.On_InputDel,
uStringYes=u'$lvar(5001)',
uStringNo=u'$lvar(5002)')
if uValue == u'button_rename':
SetVar(uVarName=u'SCRIPTINPUT', oVarValue=uSection)
self.oInputKeyboard = ShowKeyBoard(uDestVar=u'SCRIPTINPUT',
oFktNotify=self.On_InputRen)
else:
oSetting = self.oObject.GetSettingObjectForConfigName(
uConfigName=uSection)
if uKey in self.dSettingsCombined:
uType = self.dSettingsCombined[uKey].get("type")
if uType == "numeric" or uType == "numericslider":
oSetting.aIniSettings[uKey] = ToInt(uValue)
elif uType == "numericfloat":
oSetting.aIniSettings[uKey] = ToFloat(uValue)
elif uType == "bool":
oSetting.aIniSettings[uKey] = ToBool(uValue)
else:
oSetting.aIniSettings[uKey] = uValue
def Discover(self, **kwargs):
uConfigName = self.uConfigName
if "configname" in kwargs:
uConfigName = kwargs['configname']
oSetting = self.GetSettingObjectForConfigName(uConfigName=uConfigName)
fTimeOut = oSetting.aScriptIniSettings.fTimeOut
if "timeout" in kwargs:
fTimeOut = ToFloat(kwargs['timeout'])
self.fTimeOut = fTimeOut
if self.oThread is None:
self.StartThread()
if not self.oThread.is_alive():
self.StartThread()
iCount = self.fTimeOut * 100
while len(self.aiTachDevices
) == 0 and iCount > 0 and self.oThread.is_alive():
sleep(0.01)
iCount = iCount - 1
self.StopThread()
if len(self.aiTachDevices) == 0:
return {"Host": ""}
else:
uKey = self.aiTachDevices.keys()[0]
return {"Host": self.aiTachDevices[uKey].uIP}
def Var_Round(uVarName: str, uPos: str) -> str:
"""
Rounds a var value to the given round position.
The changed variable value will be return and stored in the user vars (Triggers raised if set)
Example: Round(1.81,0) return 2. Round(1.81,1) returns 1.80
:param str uVarName: The variable name for the action, from where the value is pulled
:param str uPos: The round position
:return: The changed variable value
"""
uValue: str = GetVar(uVarName=uVarName)
try:
if uValue == u'':
return u''
uPosToUse: str = GetVar(uVarName=uPos)
if uPosToUse == u'':
uPosToUse = uPos
iPos: int = int(uPosToUse)
uValue = ToUnicode(Round(ToFloat(uValue), iPos))
SetVar(uVarName=uVarName, oVarValue=uValue)
return uValue
except Exception as e:
LogError(uMsg=u'Var_Round: Invalid Argument [' + uVarName + u'=' +
uValue + u']:',
oException=e)
return u'Error'
def InitWidgetFromXml(self, *, oXMLNode: Element,
oParentScreenPage: cScreenPage,
uAnchor: str) -> bool:
""" Reads further Widget attributes from a xml node """
bRet: bool = self.ParseXMLBaseNode(oXMLNode, oParentScreenPage,
uAnchor)
if bRet:
self.uLineWidth = GetXMLTextAttributeVar(oXMLNode=oXMLNode,
uTag=u'linewidth',
bMandatory=False,
uDefault="1.0")
if self.uBackGroundColor == "#00000000":
self.aBackGroundColor = Globals.oTheScreen.oSkin.dSkinAttributes.get(
'color border')
fPercentage: float = -1.0
if not self.uLineWidth == u'':
if self.uLineWidth.startswith('of:'):
self.iLineWidth = self._ParseDimPosValue(self.uLineWidth)
elif self.uLineWidth[0] == u'%':
fPercentage = ToFloat(self.uLineWidth[1:])
elif self.uLineWidth[0] == u'd':
self.iLineWidth = dp(ToInt(
self.uLineWidth[1:])) + self.iAnchorPosX
else:
self.iLineWidth = ToInt(self.uLineWidth)
if not fPercentage == -1.0:
self.iLineWidth = ToInt(self.iAnchorPosX + (
(fPercentage / 100) * self.iAnchorWidth) -
(self.iWidth * (fPercentage / 100)))
self.iLineWidth = max(1, self.iLineWidth)
return bRet
def Config_GetDefault_Float(*, oConfig: ConfigParser, uSection: str,
uOption: str, uDefaultValue: str) -> float:
return ToFloat(
Config_GetDefault_Str(oConfig=oConfig,
uSection=uSection,
uOption=uOption,
vDefaultValue=uDefaultValue))
def GetXMLFloatAttribute(*, oXMLNode: Element, uTag: str, bMandatory: bool,
fDefault: float) -> float:
""" Returns an float from a xml attribute """
return ToFloat(
GetXMLTextAttribute(oXMLNode=oXMLNode,
uTag=uTag,
bMandatory=bMandatory,
vDefault=fDefault))
def XY2RGB(self, **kwargs) -> None:
""" Converts HUE xy to rgb and dumps it into vars """
try:
r: float
g: float
b: float
fX: float
fY: float
fX = ToFloat(kwargs.get('x', 1.0))
fY = ToFloat(kwargs.get('y', 1.0))
uPrefix = kwargs.get('retvar', '')
uLightKey = kwargs.get('index', '')
uType = kwargs.get('type', 'Light')
if uType == "Group":
uType = "groups"
else:
uType = "lights"
tGammut: Tuple = self._GetGamut(self.dStatus[uType][uLightKey].get(
'modelid', ""))
oConverter = self.oHueConverter.Converter(tGammut)
r, g, b = oConverter.xy_to_rgb(fX, fY)
dStatusLight: Dict = self.dStatus.get(uLightKey, {})
if len(dStatusLight) > 0:
uType = dStatusLight["lightstype"]
self.oResultParser.SetVar2(str(r),
"",
uPrefix,
u'Storing R-Value',
uAddName=u"_r")
self.oResultParser.SetVar2(str(g),
"",
uPrefix,
u'Storing G-Value',
uAddName=u"_g")
self.oResultParser.SetVar2(str(b),
"",
uPrefix,
u'Storing B-Value',
uAddName=u"_b")
return None
except Exception as e:
LogErrorSmall(uMsg="XY2RGB: Error parsing parameter", oException=e)
return None
def GetXMLFloatAttributeVar(*, oXMLNode: Element, uTag: str, bMandatory: bool,
fDefault: float) -> float:
""" Returns an float from a xml attribute (given as var)"""
return ToFloat(
ReplaceVars(
GetXMLTextAttribute(oXMLNode=oXMLNode,
uTag=uTag,
bMandatory=bMandatory,
vDefault=ToUnicode(fDefault))))
def ReadConfigFromIniFile(self, uConfigName):
""" Reads the script config file """
if self.aScriptIniSettings.bInitCompleted:
return
self.aScriptIniSettings.bInitCompleted = True
if uConfigName != u'':
self.uConfigName = uConfigName
self.uContext = self.oScript.uScriptName + u'/' + self.uConfigName
self.uSection = self.uConfigName
try:
self.oScript.oScriptConfig.LoadConfig()
SetVar(uVarName=u'ScriptConfigSection', oVarValue=uConfigName)
dIniDef = self.oScript.oScriptConfig.CreateSettingJsonCombined(
self)
for uKey2 in dIniDef:
oLine = dIniDef[uKey2]
uType = oLine.get("type")
uKey = oLine.get("key")
uDefault = oLine.get("default")
if uKey is None or uDefault is None:
continue
# we replace JSON defaults by script-settings defaults, if exists
if self.aScriptIniSettings.queryget(uKey) is not None:
uDefault = self.aScriptIniSettings.queryget(uKey)
uResult = Config_GetDefault_Str(
self.oScript.oScriptConfig.oConfigParser, self.uSection,
uKey, uDefault)
if uType == "scrolloptions" or uType == "string":
self.aScriptIniSettings[uKey] = ReplaceVars(uResult)
elif uType == "numeric" or uType == "numericslider":
self.aScriptIniSettings[uKey] = ToInt(uResult)
elif uType == "numericfloat":
self.aScriptIniSettings[uKey] = ToFloat(uResult)
elif uType == "bool":
self.aScriptIniSettings[uKey] = ToBool(uResult)
elif uType == "title" or uType == "buttons" or uType == "path" or uType == "varstring":
pass
else:
self.ShowError(
u'Cannot read config name (base), wrong attribute:' +
self.oScript.oScriptConfig.oFnConfig.string +
u' Section:' + self.uSection + " " + oLine["type"])
self.oScript.oScriptConfig.oConfigParser.write()
except Exception as e:
self.ShowError(uMsg=u'Cannot read config name (base):' +
self.oScript.oScriptConfig.oFnConfig.string +
u' Section:' + self.uSection,
oException=e)
return
def Var_Increase(uVarName, uStep='1', uMax=''):
"""
Increase a given variable value.
The changed variable value will be return and stored in the user vars (Triggers raised if set)
:rtype: string
:param string uVarName: The variable name for the action, from where the value is pulled
:param string uStep: The value to added to the original value, can be a variable itself
:param string uMax: The maximum value, which can't be exceeded, can be a variable itself, If empty, no limit is used
:return: The changed variable value
"""
uValue = u''
try:
uValue = GetVar(uVarName=uVarName)
uValueOrg = uValue
if uValue == u'':
uValue = '0'
uStepToUse = GetVar(uVarName=uStep)
if uStepToUse == u'':
uStepToUse = uStep
uStepToUse = ReplaceVars(uStepToUse)
uMaxToUse = GetVar(uVarName=uMax)
if uMaxToUse == u'':
uMaxToUse = uMax
fValue = ToFloat(uValue)
fValue += ToFloat(uStepToUse)
if not uMaxToUse == u'':
fMaxToUse = ToFloat(uMaxToUse)
if fValue > fMaxToUse:
fValue = fMaxToUse
uValue = ToUnicode(fValue)
uValue = Var_NormalizeInt(uValue)
SetVar(uVarName=uVarName, oVarValue=uValue)
Logger.debug(
u'Var_Increase: [%s] plus [%s] returned [%s] (stored in [%s])' %
(uValueOrg, uStepToUse, uValue, uVarName))
except Exception as e:
LogError(u'Var_Increase: Invalid Argument', e)
return u'Error'
return uValue
def UpdateWidget(self):
if not self.uDestVar == u'':
if not self.fDataRange == 0:
uValue = GetVar(uVarName=self.uDestVar)
fNewValue = ToFloat(uValue)
iNewProz = (fNewValue - self.fMin) / self.fDataRange
iNewDegree = self.iLeftBoundaryAngle + self.iRange * iNewProz
self.oObject.SetValue(iNewDegree)
self.fValue = Round(fNewValue, self.iRoundPos)
self.UpdateVars()
def Var_Decrease(uVarName: str, uStep: str, uMin: str) -> str:
"""
Decrease a given variable value.
The changed variable value will be return and stored in the user vars (Triggers raised if set)
:param str uVarName: The variable name for the action, from where the value is pulled
:param str uStep: The value to added to the original value, can be a variable itself
:param str uMin: The minimum value, which can't be deceeded, can be a variable itself, If empty, no limit is used
:return: The changed variable value
"""
try:
uValue: str = GetVar(uVarName=uVarName)
uValueOrg: str = uValue
if uValue == u'':
uValue = '0'
uStepToUse: str = GetVar(uVarName=uStep)
if uStepToUse == u'':
uStepToUse = uStep
uMinToUse: str = GetVar(uVarName=uMin)
uMinToUse = ReplaceVars(uMinToUse)
if uMinToUse == u'':
uMinToUse = uMin
fValue: float = ToFloat(uValue)
fValue -= ToFloat(uStepToUse)
if not uMinToUse == u'':
fMinToUse = ToFloat(uMinToUse)
if fValue < fMinToUse:
fValue = fMinToUse
uValue = ToUnicode(fValue)
uValue = Var_NormalizeInt(uValue)
SetVar(uVarName=uVarName, oVarValue=uValue)
Logger.debug(
u'Var_Decrease: [%s] minus [%s] returned [%s] (stored in [%s])' %
(uValueOrg, uStepToUse, uValue, uVarName))
return uValue
except Exception as e:
LogError(uMsg=u'Var_Decrease: Invalid Argument', oException=e)
return u'Error'
def UpdateWidget(self):
if not self.uDestVar==u'':
h=GetVar(uVarName = self.uDestVar+u'_h')
s=GetVar(uVarName = self.uDestVar+u'_s')
v=GetVar(uVarName = self.uDestVar+u'_v')
r=''
if h!='':
h=ToFloat(h)/255
s=ToFloat(s)/255
v=ToFloat(v)/255
r,g,b=hsv_to_rgb(h,s,v)
else:
r=GetVar(uVarName = self.uDestVar+u'_r')
g=GetVar(uVarName = self.uDestVar+u'_g')
b=GetVar(uVarName = self.uDestVar+u'_b')
if r=='':
oColor=GetColorFromHex(GetVar(uVarName = self.uDestVar))
if len(oColor)==0:
oColor= Color(1, 1, 1, 1)
else:
r,g,b,a=GetColorFromHex(GetVar(uVarName = self.uDestVar))
if r!='':
r = ToFloat(r) / 255
g = ToFloat(g) / 255
b = ToFloat(b) / 255
self.oObjectColorPicker.color=(r,g,b,1)
def PlaySound(self,
*,
uSoundName: str,
vSoundVolume: Union[float, str] = -1.0) -> bool:
""" plays a given sound with a given volume """
iSoundVolume: int
fVolume: float
vVolume: Union[str, float]
dSound: Optional[Dict[str, Union[cFileName, int]]]
oFnSound: cFileName
if self.bMute:
return True
try:
dSound = self.aSounds.get(uSoundName)
vVolume = vSoundVolume
if dSound is not None:
oFnSound = dSound["oFnSound"]
iSoundVolume = dSound["iSoundVolume"]
else:
oFnSound = cFileName('').ImportFullPath(uFnFullName=uSoundName)
iSoundVolume = 100
if oFnSound and not oFnSound.IsEmpty():
oSound = self.dSoundObjects.get(oFnSound.string)
# temporary disabled
if oSound is None or True:
oSound = SoundLoader.load(oFnSound.string)
self.dSoundObjects[oFnSound.string] = oSound
if oSound:
if oSound.state != 'stop':
oSound.stop()
if isinstance(vSoundVolume, str):
if vSoundVolume != u'':
vVolume = ToFloat(vSoundVolume)
if not vVolume == -1.0 and not vVolume == u'':
fVolume = cast(float, vVolume) * (iSoundVolume / 100.0)
else:
fVolume = iSoundVolume * 1.0
fVolume = fVolume / 100.0
oSound.volume = fVolume
if fVolume > 0:
oSound.play()
return True
except Exception as e:
LogError(uMsg=u'Playing sound failed:' + uSoundName, oException=e)
return False
def Var_Divide(uVarName, uDivisor):
"""
Divides a given variable value.
The changed variable value will be return and stored in the user vars (Triggers raised if set)
:rtype: string
:param string uVarName: The variable name for the action, from where the value is pulled
:param string uDivisor: The value to divide the original value with, can be a variable itself
:return: The changed variable value
"""
uValue = u''
try:
uValue = GetVar(uVarName=uVarName)
uValueOrg = uValue
if uValue == u'':
return u''
uDivisorToUse = GetVar(uVarName=uDivisor)
if uDivisorToUse == '':
uDivisorToUse = uDivisor
uDivisorToUse = ReplaceVars(uDivisorToUse)
fDivisor = ToFloat(uDivisorToUse)
if fDivisor == 0:
return uValue
fValue = ToFloat(uValue)
fValue = fValue / fDivisor
uValue = ToUnicode(fValue)
uValue = Var_NormalizeInt(uValue)
SetVar(uVarName=uVarName, oVarValue=uValue)
Logger.debug(
u'Var_Divide: [%s] / [%s] returned [%s] (stored in [%s])' %
(uValueOrg, uDivisorToUse, uValue, uVarName))
except Exception as e:
LogError(u'Var_Divide: Invalid Argument', e)
return u'Error'
return uValue
def Discover(self, **kwargs):
uConfigName = kwargs.get('configname', self.uConfigName)
oSetting = self.GetSettingObjectForConfigName(uConfigName=uConfigName)
fTimeOut = ToFloat(
kwargs.get('timeout', oSetting.aScriptIniSettings.fTimeOut))
bOnlyOnce = ToBool(kwargs.get('onlyonce', "1"))
del self.aResults[:]
del self.aThreads[:]
uIPSubNet = Globals.uIPGateWayAssumedV4
uIPSubNet = uIPSubNet[:uIPSubNet.rfind(".")] + "."
for i in range(154, 155):
uIP = uIPSubNet + str(i)
oThread = cThread_CheckIP(uIP=uIP,
bOnlyOnce=bOnlyOnce,
fTimeOut=fTimeOut,
oCaller=self)
self.aThreads.append(oThread)
oThread.start()
for oT in self.aThreads:
oT.join()
if len(self.aResults):
uHost = self.aResults[0]["ip"]
uPort = self.aResults[0]["port"]
uModel = self.aResults[0]["model"]
uHostName = self.aResults[0]["hostname"]
uIPVersion = self.aResults[0]["ipversion"]
return {
'Host': uHost,
'Port': uPort,
'Model': uModel,
'Hostname': uHostName,
"IPVersion": uIPVersion,
'Exception': None
}
LogErrorSmall(
"Enigma-Discover: Could not find a Enigma Receiver on the network")
return {
'Host': '',
'Port': '',
'Model': '',
'Hostname': '',
"IPVersion": '',
'Exception': None
}
def Discover(self, **kwargs):
self.dReq.uSerial = kwargs.get('serialnumber', "")
uConfigName: str = kwargs.get('configname', self.uConfigName)
oSetting: cBaseScriptSettings = self.GetSettingObjectForConfigName(
uConfigName=uConfigName)
fTimeOut: float = ToFloat(
kwargs.get('timeout', oSetting.aIniSettings.fTimeOut))
bOnlyOnce: bool = ToBool(kwargs.get('onlyonce', "1"))
self.bDoNotWait = ToBool(kwargs.get('donotwait', "0"))
del self.aResults[:]
del self.aThreads[:]
self.ShowDebug(uMsg=u'Try to discover ELV MAX device: %s ' %
self.dReq.uSerial)
try:
oThread = cThread_Discover_ELVMAX(bOnlyOnce=bOnlyOnce,
dReq=self.dReq,
uIPVersion="IPv4Only",
fTimeOut=fTimeOut,
oCaller=self)
self.aThreads.append(oThread)
self.aThreads[-1].start()
if not self.bDoNotWait:
for oT in self.aThreads:
oT.join()
self.SendEndNotification()
if len(self.aResults) > 0:
return TypedQueryDict([
("Host", self.aResults[0].uFoundIP),
("Hostname", self.aResults[0].uFoundHostName),
("Serial", self.aResults[0].uFoundSerial),
("Name", self.aResults[0].uFoundName)
])
else:
self.ShowWarning(uMsg=u'No ELV MAX Cube found %s' %
self.dReq.uSerial)
TypedQueryDict([("Host", ""), ("Hostname", ""),
("Serial", ""), ("Name", "")])
else:
self.ClockCheck = Clock.schedule_interval(
self.CheckFinished, 0.1)
except Exception as e:
self.ShowError(uMsg="Error on Discover", oException=e)
return TypedQueryDict([("Host", ""), ("Hostname", ""), ("Serial", ""),
("Name", "")])
def RGB2XY(self, **kwargs) -> None:
""" Converts rgb values to hue xy and dumps it into vars """
try:
fR: float = ToFloat(ReplaceVars(kwargs.get('r', 1.0)))
fG: float = ToFloat(ReplaceVars(kwargs.get('g', 1.0)))
fB: float = ToFloat(ReplaceVars(kwargs.get('b', 1.0)))
uPrefix: str = ReplaceVars(kwargs.get('retvar', ''))
uLightKey: str = ReplaceVars(kwargs.get('index', ''))
uType: str = ReplaceVars(kwargs.get('type', 'Light'))
if uType == "Group":
uType = "groups"
else:
uType = "lights"
tGammut: Tuple = self._GetGamut(self.dStatus[uType][uLightKey].get(
'modelid', ""))
oConverter = self.oHueConverter.Converter(tGammut)
x, y = oConverter.rgb_to_xy(fR, fG, fB)
if uPrefix == '':
oAction = kwargs['oAction']
if oAction is not None:
uPrefix = oAction.uRetVar
self.oResultParser.SetVar2(str(x),
"",
uPrefix,
u'Storing X-Value',
uAddName=u"_x")
self.oResultParser.SetVar2(str(y),
"",
uPrefix,
u'Storing Y-Value',
uAddName=u"_y")
return None
except Exception as e:
LogErrorSmall(uMsg="RGB2XY: Error parsing parameter", oException=e)
return None
def UpdateWidget(self):
""" Updates the silder pos, based on the assigned Var """
if not self.uDestVar == u'':
uValue = GetVar(uVarName=self.uDestVar)
fNewValue = ToFloat(uValue)
if isinstance(self.fMax, float):
fMax = self.fMax
else:
fMax = ToFloat(GetVar(uVarName=self.fMax))
if isinstance(self.fMin, float):
fMin = self.fMin
else:
fMin = ToFloat(GetVar(uVarName=self.fMin))
if fNewValue > fMax:
fNewValue = fMax
if fNewValue < fMin:
fNewValue = fMin
if self.oObject:
self.oObject.SetValue(fNewValue)
self.fValue = Round(fNewValue, self.iRoundPos)
self.UpdateVars()
def Discover(self,**kwargs):
self.dReq.clear()
uConfigName:str = kwargs.get('configname',self.uConfigName)
oSetting:cBaseScriptSettings = self.GetSettingObjectForConfigName(uConfigName=uConfigName)
self.dReq.bReturnPort = ToBool(kwargs.get('returnport',"0"))
fTimeOut:float = ToFloat(kwargs.get('timeout',oSetting.aIniSettings.fTimeOut))
uIPVersion:str = kwargs.get('ipversion',"IPv4Only")
bOnlyOnce:bool = ToBool(kwargs.get('onlyonce',"1"))
self.bDoNotWait = ToBool(kwargs.get('donotwait',"0"))
Logger.debug (u'Try to discover device by Kira Discovery (%s)' % uIPVersion)
del self.aResults[:]
del self.aThreads[:]
try:
if uIPVersion == "IPv4Only" or uIPVersion == "All" or (uIPVersion == "Auto" and Globals.uIPAddressV6 == ""):
oThread = cThread_Discover_Kira(bOnlyOnce=bOnlyOnce,dReq=self.dReq,uIPVersion="IPv4Only", fTimeOut=fTimeOut, oCaller=self)
self.aThreads.append(oThread)
self.aThreads[-1].start()
if uIPVersion == "IPv6Only" or uIPVersion == "All" or (uIPVersion == "Auto" and Globals.uIPAddressV6 != ""):
oThread = cThread_Discover_Kira(bOnlyOnce=bOnlyOnce, dReq=self.dReq, uIPVersion="IPv6Only", fTimeOut=fTimeOut, oCaller=self)
self.aThreads.append(oThread)
self.aThreads[-1].start()
if not self.bDoNotWait:
for oT in self.aThreads:
oT.join()
self.SendEndNotification()
if len(self.aResults)>0:
return {"Host":self.aResults[0].uFoundIP,
"Hostname": self.aResults[0].uFoundHostName,
'Exception': None}
else:
Logger.warning(u'Kira Discover: No device found' )
else:
self.ClockCheck=Clock.schedule_interval(self.CheckFinished,0.1)
return {"Host": "",
"Hostname": "",
'Exception': None}
except Exception as e:
LogError(uMsg=u'Error on discover uPnP',oException=e)
return {"Host": "",
"Hostname": "",
'Exception': e}
def Discover(self, **kwargs) -> Dict[str, str]:
uConfigName: str = kwargs.get('configname', self.uConfigName)
oSetting: cBaseScriptSettings = self.GetSettingObjectForConfigName(
uConfigName=uConfigName)
self.fTimeOut: float = ToFloat(
kwargs.get('timeout', oSetting.aIniSettings.fTimeOut))
self.dReq.uModels = kwargs.get('models', "")
self.uIPVersion: str = kwargs.get('ipversion', "IPv4Only")
self.bDoNotWait = ToBool(kwargs.get('donotwait', "0"))
self.ShowDebug(uMsg=u'Try to discover iTach device')
del self.aResults[:]
try:
oThread: cThread_Discover_iTach
if len(self.aThreads) == 0:
self.StartThread()
if not self.aThreads[0].is_alive():
self.StartThread()
for oT in self.aThreads:
oT.join()
self.SendEndNotification()
if len(self.aResults) > 0:
return {"Host": self.aResults[0].uFoundIP}
if len(self.aResults) > 0:
#for dDevice in self.aResults:
# Globals.oNotifications.SendNotification(uNotification="DISCOVER_SCRIPTFOUND",**{"script":self,"scriptname":self.uObjectName,"line":[dDevice.uIP , dDevice.uUUID , dDevice.uModel ,dDevice.uRevision ],"device":dRet})
return {
'Model': self.aResults[0].uModel,
'Host': self.aResults[0].uIP,
'Port': '4998',
'Exception': None
}
else:
self.ShowWarning(uMsg='No iTach device found')
except Exception as e:
self.ShowError(uMsg=u'No iTach device found, possible timeout',
oException=e)
return {"Host": ""}
def UpdateWidget(self) -> None:
super().UpdateWidget()
fNewValue: float
fNewProz: float
fNewDegree: float
uValue: str
if not self.uDestVar == u'':
if not self.fDataRange == 0:
uValue = GetVar(uVarName=self.uDestVar)
fNewValue = ToFloat(uValue)
fNewProz = (fNewValue - self.fMin) / self.fDataRange
fNewDegree = self.iLeftBoundaryAngle + self.iRange * fNewProz
self.oObject.SetValue(fNewDegree)
self.fValue = Round(fNewValue, self.iRoundPos)
self.UpdateVars()