def ExecuteActionSendNotification(self,oAction):
"""
WikiDoc:Doc
WikiDoc:Context:ActionsDetails
WikiDoc:Page:Actions-SendNotification
WikiDoc:TOCTitle:noaction
= sendnotification =
Will send an ORCA internal notification
This action will not modify the error code
<div style="overflow:auto; ">
{| border=1 class="wikitable"
! align="left" | string
! align="left" | notification
! align="left" | actionpars
|-
|sendnotification
|notification string to send
|Optional: Actionpars to be submitted: Format "{'parname1':'varvalue1','parname2':'varvalue2'}"
|}</div>
WikiDoc:End
"""
uNotification = ReplaceVars(oAction.dActionPars.get("notification",""))
dActionPars = ToDic(ReplaceVars(oAction.dActionPars.get("actionpars","{}")))
if not isinstance(dActionPars,dict):
dActionPars = ToDic(oAction.dActionPars.get("actionpars", "{}"))
self.oEvenDispatcher.bDoNext = True
self.oEvenDispatcher.LogAction(u'SendNotification',oAction)
Globals.oNotifications.SendNotification(uNotification,**dActionPars)
return -2
def ParseResult(self,uResponse, uParseOptions):
''' The parser function '''
if uParseOptions!= u'':
aParseOptions = ToDic(uParseOptions)
uGetVar = aParseOptions.get('getvar',u'')
uGlobalDestVar = aParseOptions.get('gdestvar',u'')
uLocalDestVar = aParseOptions.get('ldestvar',u'')
uParseResultOption = aParseOptions.get('parseoption',u'store')
uParseResultTokenizeString = aParseOptions.get('parsetoken',u':')
return self.Parse(uResponse,uGetVar,uParseResultOption,uGlobalDestVar,uLocalDestVar,uParseResultTokenizeString)
return "",""
def ParseResult(self, *, uResponse: str,
uParseOptions: str) -> Tuple[str, str]:
"""
The parser function
:param string uResponse: The response to parse
:param string uParseOptions: A string representing the parse options (string of a dict)
:return: The result of the parsing
"""
if uParseOptions != u'':
dParseOptions: Dict = ToDic(uParseOptions)
uGetVar: str = dParseOptions.get('getvar', u'')
uGlobalDestVar: str = dParseOptions.get('gdestvar', u'')
uLocalDestVar: str = dParseOptions.get('ldestvar', u'')
uParseResultOption: str = dParseOptions.get(
'parseoption', u'store')
uParseResultTokenizeString: str = dParseOptions.get(
'parsetoken', u':')
uParseResultFlags: str = dParseOptions.get('parseflags', u'')
return self.Parse(uResponse=uResponse,
uGetVar=uGetVar,
uParseResultOption=uParseResultOption,
uGlobalDestVar=uGlobalDestVar,
uLocalDestVar=uLocalDestVar,
uTokenizeString=uParseResultTokenizeString,
uParseResultFlags=uParseResultFlags)
return "", ""
def ParseAction(self,
*,
vSource: Union[str, Dict, Element],
oParentWidget: Optional[cWidgetBase] = None) -> None:
"""
Parses the action parameter in the action
:param vSource: The sources for the values, could be a string, a dict or a xml element
:param oParentWidget: The parent widget for the action
:return: None
"""
try:
''' parses an action from a given element , could be a dict or a XML node'''
if isinstance(vSource, str):
Logger.error("Invalid Action Parameter:" + vSource)
self.uActionString = 'noaction'
self.iActionId = GetActionID(self.uActionString)
return
if isinstance(vSource, dict):
self.dActionPars = vSource
else:
self.dActionPars = copy(vSource.attrib)
if self.uFunctionContext:
for uKey in self.dActionPars:
self.dActionPars[uKey] = self.dActionPars[uKey].replace(
"$par(",
"$var(" + self.uFunctionContext + "_parameter_")
if "commandparameter" in self.dActionPars:
self.dActionPars["commandparameter"] = ToDic(
self.dActionPars.get("commandparameter"))
self.uActionString = self.dActionPars.get(u'string', u'noaction')
self.SplitAction(uActionString=self.uActionString)
''' Parses an action from a Source object '''
self.oParentWidget = oParentWidget
self.uActionName = self.dActionPars.get(u'name', u'noname')
self.uActionString = self.dActionPars.get(u'string', u'noaction')
self.iActionId = GetActionID(self.uActionString)
self.uActionTapType = self.dActionPars.get(u'taptype', u'both')
# uConfigName:str = u''
uInterFace: str = u''
if self.oParentWidget:
uInterFace = self.dActionPars.get(
u'interface',
oParentWidget.oParentScreenPage.uDefaultInterface)
uInterFace = self.dActionPars.get(u'interface', uInterFace)
if uInterFace:
Globals.oInterFaces.dUsedInterfaces[uInterFace] = True
self.uRetVar = self.dActionPars.get(u'retvar', u'')
self.bForce = self.dActionPars.get(u'force', False)
except Exception as e:
LogError(uMsg="Cant parse Action", oException=e)
def DumpStatus(self, **kwargs) -> None:
""" Dumps the lights and groups status into varsvars """
try:
vResult = kwargs['result']
if isinstance(vResult, str):
vResult = ToDic(ReplaceVars(vResult))
dResult: Dict = vResult
self.dStatus = dResult
uPrefix: str = kwargs.get('retvar', '')
if uPrefix == '':
oAction: cAction = kwargs['oAction']
if oAction is not None:
uPrefix = oAction.uRetVar
dLights: Dict = dResult['lights']
dGroups: Dict = dResult['groups']
# Vars for Lights & Groups in one list
iIndex: int = 0
for uLightKey in dLights:
self.DumpSingleLight(iIndex, uLightKey, dLights[uLightKey],
uPrefix, "Light")
iIndex += 1
for uGroupKey in dGroups:
self.DumpSingleLight(iIndex, uGroupKey, dGroups[uGroupKey],
uPrefix, "Group")
iIndex += 1
return None
except Exception as e:
LogErrorSmall(uMsg="DumpStatus: Error parsing HUE Bridge response",
oException=e)
return None
def DumpGroup(self, **kwargs) -> None:
""" Dumps a specific light status set into customs vars """
try:
vResult = kwargs['result']
if isinstance(vResult, str):
vResult = ToDic(ReplaceVars(vResult))
dResult: Dict = vResult
uPrefix: str = kwargs.get('retvar', '')
uLightKey: str = kwargs.get('index', '')
if uPrefix == '':
oAction: cAction = kwargs['oAction']
if oAction is not None:
uPrefix = oAction.uRetVar
self.DumpSingleLight(iID=-1,
uLightKey=uLightKey,
dLight=dResult,
uPrefix=uPrefix,
uType=u'Group')
return None
except Exception as e:
LogErrorSmall(uMsg="DumpGroup: Error parsing HUE Bridge response",
oException=e)
return None
def GetXMLDicAttribute(*, oXMLNode: Element, uTag: str, bMandatory: bool,
dDefault: Dict) -> Dict:
""" Returns a dict from a xml attribute """
return ToDic(
GetXMLTextAttribute(oXMLNode=oXMLNode,
uTag=uTag,
bMandatory=bMandatory,
vDefault=dDefault))
def TriggerLinkActions(uVarName:str) -> None:
"""
Executes all Actions given as a variable link to a variable. The actions will get excecuted immmediatly
:param str uVarName: The variable name, for which the actions should get executed
"""
aVarLinks:cLinkPar = ORCA.vars.Globals.dUserVarLinks.get(uVarName, [])
if len(aVarLinks)==0:
return
if isinstance(aVarLinks, list):
for uCmd in aVarLinks:
Logger.debug(u'Call Triggered Var Link Actions for: %s -> %s' %(uVarName,ToUnicode(uCmd)))
if isinstance(uCmd, list):
Globals.oTheScreen.AddActionToQueue(aActions=uCmd, bNewQueue=True)
else:
Globals.oTheScreen.AddActionToQueue(aActions=[ToDic(uCmd)], bNewQueue=True)
else:
Globals.oTheScreen.AddActionToQueue(aActions=[ToDic(aVarLinks)], bNewQueue=True)
"""
def _Parse_Dict(self, uResponse: Any, uGetVar: str,
uParseResultFlags: str) -> Tuple:
""" parses the result as dict """
uResult: str = u''
aResult: List
if not isinstance(uResponse, dict):
uResponse = ToDic(uResponse)
if isinstance(uResponse, dict):
if "U" in uParseResultFlags:
aResult = ParseDictAny(vObj=uResponse, uSearchKey=uGetVar)
else:
if "E" in uParseResultFlags:
dResult = ParseDictAll(vObj=uResponse, uPrefix="")
uLocalDestVar = self.uLocalDestVar
uGlobalDestVar = self.uGlobalDestVar
for uFoundKey, uValue in dResult.items():
if uLocalDestVar:
self.uLocalDestVar = uLocalDestVar + "%s" % uFoundKey
if uGlobalDestVar:
self.uGlobalDestVar = uGlobalDestVar + "%s" % uFoundKey
self._SetVar(uValue, u'Dictionary value')
self.uLocalDestVar = uLocalDestVar
self.uGlobalDestVar = uGlobalDestVar
aResult = []
else:
aResult = ParseDictKeyTree(vObj=uResponse,
aKeys=ToList(uGetVar))
if aResult:
if not "A" in uParseResultFlags:
uResult = ToUnicode(aResult[0])
self._SetVar(uResult, u'Dictionary value')
else:
iIndex = 0
uLocalDestVar = self.uLocalDestVar
uGlobalDestVar = self.uGlobalDestVar
for uResult in aResult:
if uLocalDestVar:
self.uLocalDestVar = uLocalDestVar + "[%d]" % iIndex
if uGlobalDestVar:
self.uGlobalDestVar = uGlobalDestVar + "[%d]" % iIndex
self._SetVar(uResult, u'Dictionary value')
iIndex += 1
self.uLocalDestVar = uLocalDestVar
self.uGlobalDestVar = uGlobalDestVar
else:
self._SetVar(uResult, u'Dictionary value')
return uGetVar, uResult
else:
self.ShowDebug(u'Warning: can'
't parse none dict as dict:' + ToUnicode(uResponse))
return u'', u''
def ParseXMLBaseNode(self, oXMLNode: Element,
oParentScreenPage: cScreenPage, uAnchor: str) -> bool:
try:
self.uActionName = GetXMLTextAttribute(oXMLNode=oXMLNode,
uTag=u'action',
bMandatory=False,
vDefault=u'')
self.uActionNameDoubleTap = GetXMLTextAttribute(
oXMLNode=oXMLNode,
uTag=u'actiondoubletap',
bMandatory=False,
vDefault=u'')
self.uActionNameLongTap = GetXMLTextAttribute(
oXMLNode=oXMLNode,
uTag=u'actionlongtap',
bMandatory=False,
vDefault=u'')
self.uActionNameDownOnly = GetXMLTextAttribute(
oXMLNode=oXMLNode,
uTag=u'actiondownonly',
bMandatory=False,
vDefault=u'')
self.uActionNameUpOnly = GetXMLTextAttribute(oXMLNode=oXMLNode,
uTag=u'actionuponly',
bMandatory=False,
vDefault=u'')
uActionPars: str = GetXMLTextAttribute(oXMLNode=oXMLNode,
uTag=u'actionpars',
bMandatory=False,
vDefault=u'{}')
if uActionPars.startswith("$var("):
uActionPars = ReplaceVars(uActionPars)
self.dActionPars = ToDic(uActionPars)
if self.uActionName.startswith("SendCommand "):
if len(self.dActionPars) == 0:
self.dActionPars = {"commandname": self.uActionName[12:]}
self.uActionName = "Send"
if not self.uInterFace == u'':
Globals.oInterFaces.dUsedInterfaces[self.uInterFace] = True
return super().ParseXMLBaseNode(oXMLNode, oParentScreenPage,
uAnchor)
except Exception as e:
LogError(uMsg=u'Error parsing widget from element (Action):[' +
self.uName + "",
oException=e)
return False
def TriggerLinkActions(uVarName):
"""
Executes all Actions given as a variable link to a variable. The actions will get excecuted immmediatly
:rtype: None
:param string uVarName: The variable name, for which the actions should get executed
"""
aVarLinks = ORCA.vars.Globals.dUserVarLinks.get(uVarName, [])
for uCmd in aVarLinks:
Logger.debug(u'Call Triggered Var Link Actions for:' + uVarName)
if isinstance(uCmd, list):
Globals.oTheScreen.AddActionToQueue(aActions=uCmd, bNewQueue=True)
else:
Globals.oTheScreen.AddActionToQueue(aActions=[ToDic(uCmd)],
bNewQueue=True)
def ParseResult(self, uResponse, uParseOptions):
"""
The parser function
:rtype: tuple
:param string uResponse: The reponse to parse
:param string uParseOptions: A string representing the parse options (string of a dict)
:return: The result of the parsing
"""
if uParseOptions != u'':
aParseOptions = ToDic(uParseOptions)
uGetVar = aParseOptions.get('getvar', u'')
uGlobalDestVar = aParseOptions.get('gdestvar', u'')
uLocalDestVar = aParseOptions.get('ldestvar', u'')
uParseResultOption = aParseOptions.get('parseoption', u'store')
uParseResultTokenizeString = aParseOptions.get('parsetoken', u':')
return self.Parse(uResponse, uGetVar, uParseResultOption,
uGlobalDestVar, uLocalDestVar,
uParseResultTokenizeString)
return "", ""
def ExecuteActionRunScript(self, oAction: cAction) -> eReturnCode:
"""
WikiDoc:Doc
WikiDoc:Context:ActionsDetails
WikiDoc:Page:Actions-RunScript
WikiDoc:TOCTitle:runscript
= runscript =
Runs a script. Script results will be parsed by the resultparser.
<div style="overflow:auto; ">
{| class="wikitable"
! align="left" | Attribute
! align="left" | Description
|-
|string
|runscript
|-
|scriptname
|Name of the script to run (without path)
|-
|commandparameter
|Parameters to pass to the script, format (json): '{"arg":"value",...}'
|-
|getvar
|Variable name to parse form result
|-
|gdestvar
|Variable name to parse form result
|-
|ldestvar
|Local destination var for parsed result
|-
|parseoption
|Option, how to parse the result (eg store, split,tokenize...)
|-
|parseflags
|Flags for parser
|-
|parsetoken
|tokenize token to use
|}</div>
WikiDoc:End
"""
self.oEventDispatcher.LogAction(uTxt=u'RunScript:', oAction=oAction)
uScriptName: str = oAction.dActionPars.get("scriptname", "")
dParameters: Dict = ToDic(
ReplaceVars(oAction.dActionPars.get("commandparameter", "{}")))
Globals.oEvents.CopyActionPars(dTarget=dParameters,
dSource=oAction.dActionPars,
uReplaceOption="donotreplacetarget",
bIgnoreHiddenWords=True)
if isinstance(dParameters, dict):
dParameters["oAction"] = oAction
dParameters["caller"] = "action"
dResponse: Union[Dict, None] = Globals.oScripts.RunScript(
uScriptName, **dParameters)
if dResponse:
oResultParser: cEventScriptResultParser = cEventScriptResultParser(
oAction)
oResultParser.ParseResult(uResponse=ToUnicode(dResponse),
uParseOptions=ToUnicode(
oAction.dActionPars))
else:
Logger.warning("Can't run script, parameter error:" +
str(dParameters))
return eReturnCode.Nothing
def Orca_includesub(oElem: Union[Element, List[Element]],
pLoader: Callable,
uOrgDefinitionContext: str,
oDef: cDefinition,
uFileName: str = "Unknown Filename") -> Element:
""" sub function for the include loader """
global bBlockInclude
aElemens: List[Element] = []
oReplacementVars: cDefinitionVars = cDefinitionVars()
oSaveReplacementVars: cDefinitionVars = cDefinitionVars()
for e in oElem:
aElemens.append(e)
if oDef:
oReplacementVars = oDef.oDefinitionVars
i: int = 0
for e in aElemens:
if oDef:
e.set('definitionalias', oDef.uAlias)
if e.tag == 'startskip':
if CheckCondition(oPar=e):
bBlockInclude = True
if e.tag == 'stopskip':
bBlockInclude = False
if e.tag == ElementInclude.XINCLUDE_INCLUDE:
if CheckCondition(oPar=e) and not bBlockInclude:
# process xinclude directive
uHref: str = e.get("href")
uHref = ReplaceVars(uHref)
uParse: str = e.get("parse", None)
if uParse is None:
uParse = "xml"
if uParse == "xml":
uNewDefinitionContext = u''
if "DEFINITIONPATH[" in uHref:
uNewDefinitionContext, uHref = GetSetDefinitionName(
uText=uHref)
oTmpReplacementVars = e.get("definitionvars")
if oTmpReplacementVars is None:
oTmpReplacementVars = oReplacementVars
aIncludeReplacementVars = e.get("includedefinitionvars")
if aIncludeReplacementVars is None:
aIncludeReplacementVars = cDefinitionVars()
else:
aIncludeReplacementVars = ToDic(
aIncludeReplacementVars)
aIncludeReplacementVars = aIncludeReplacementVars.copy()
if oTmpReplacementVars is not None:
oTmpReplacementVars = oTmpReplacementVars.copy()
oSaveReplacementVars = oReplacementVars
oReplacementVars = oTmpReplacementVars
oReplacementVars.update(aIncludeReplacementVars)
if oDef:
oDef.oDefinitionVars = oTmpReplacementVars
aNodes: List[Element] = pLoader(uHref, uParse, None,
oReplacementVars)
oNodes: Element
# included element not found
if len(aNodes) == 0:
del oElem[i]
i -= 1
else:
uHref2 = uHref
if uNewDefinitionContext == u'':
oNodes = Orca_includesub(aNodes, pLoader,
uOrgDefinitionContext,
oDef, uHref2)
else:
oNodes = Orca_includesub(aNodes, pLoader,
uNewDefinitionContext,
oDef, uHref2)
if oTmpReplacementVars is not None:
oReplacementVars = oSaveReplacementVars
if oDef:
oDef.oDefinitionVars = oSaveReplacementVars
if uNewDefinitionContext != u'':
SetDefinitionContext(
uDefinitionName=uOrgDefinitionContext)
# we got a valid list of nodes
bFirst: bool = True
for oNode in oNodes:
oNode = copy(oNode)
if e.tail:
oNode.tail = (oNode.tail or "") + e.tail
if bFirst:
oElem[i] = oNode
bFirst = False
else:
oElem.insert(i, oNode)
i += 1
else:
Orca_includesub(e, pLoader, uOrgDefinitionContext, oDef, uFileName)
# pass
i += 1
return oElem
def SendCommand(self, oAction, oSetting, uRetVar, bNoLogOut=False):
cBaseInterFace.SendCommand(self, oAction, oSetting, uRetVar, bNoLogOut)
iTryCount = 0
iRet = 1
uRetVar = ReplaceVars(uRetVar)
oSetting.uRetVar = uRetVar
if uRetVar != "":
oAction.uGlobalDestVar = uRetVar
dCmd = ToDic(oAction.uCmd)
uCmd = dCmd["method"]
dParams = dCmd["params"]
while iTryCount < 2:
iTryCount += 1
oSetting.Connect()
if oSetting.bIsConnected:
try:
self.ShowDebug("Sending elv max command: %s" % uCmd)
oFunc = self.dInterfaceFunctions.get(uCmd)
aResult = []
if oFunc is not None:
aResult = oFunc(oSetting=oSetting,
oAction=oAction,
dParams=dParams)
else:
self.ShowError("Function not implemented: %s" % uCmd)
for dLine in aResult:
uGlobalDestVarSave = oAction.uGlobalDestVar
uLocalDestVarSave = oAction.uLocalDestVar
if oAction.uGetVar.startswith('ORCAMULTI'):
aTmpGlobalDestVar = ToList(oAction.uGlobalDestVar)
aTmpLocalDestVar = ToList(oAction.uLocalDestVar)
oAction.uGlobalDestVar = "".join(
'"' + e + dLine.uVarSuffix + '",'
for e in aTmpGlobalDestVar)[:-1]
oAction.uLocalDestVar = "".join(
'"' + e + dLine.uVarSuffix + '",'
for e in aTmpLocalDestVar)[:-1]
else:
oAction.uGlobalDestVar = oAction.uGlobalDestVar + dLine.uVarSuffix
oAction.uLocalDestVar = oAction.uLocalDestVar + dLine.uVarSuffix
uCmd, uRetVal = self.ParseResult(
oAction, dLine.dValue, oSetting)
oAction.uGlobalDestVar = uGlobalDestVarSave
oAction.uLocalDestVar = uLocalDestVarSave
break
except Exception as e:
self.ShowError(u'can\'t Send Message',
oSetting.uConfigName, e)
iRet = 1
else:
oSetting.bIsConnected = False
self.iLastRet = iRet
if not bNoLogOut:
if oSetting.aInterFaceIniSettings.iTimeToClose == 0:
oSetting.Disconnect()
elif oSetting.aInterFaceIniSettings.iTimeToClose != -1:
Clock.unschedule(oSetting.FktDisconnect)
Clock.schedule_once(
oSetting.FktDisconnect,
oSetting.aInterFaceIniSettings.iTimeToClose)
return iRet
def SendCommand(self,
oAction: cAction,
oSetting: cInterFaceSettings,
uRetVar: str,
bNoLogOut: bool = False) -> eReturnCode:
super().SendCommand(oAction=oAction,
oSetting=oSetting,
uRetVar=uRetVar,
bNoLogOut=bNoLogOut)
iTryCount: int = 0
eRet: eReturnCode = eReturnCode.Error
uRetVar = ReplaceVars(uRetVar)
oSetting.uRetVar = uRetVar
if uRetVar != "":
oAction.uGlobalDestVar = uRetVar
dCmd: Dict = ToDic(oAction.uCmd)
uCmd: str = dCmd["method"]
dParams: Dict = dCmd["params"]
while iTryCount < self.iMaxTryCount:
iTryCount += 1
oSetting.Connect()
if oSetting.bIsConnected:
try:
self.ShowDebug(uMsg="Sending elv max command: %s" % uCmd)
oFunc: Callable = self.dInterfaceFunctions.get(uCmd)
aResult: List = []
if oFunc is not None:
aResult = oFunc(oSetting=oSetting,
oAction=oAction,
dParams=dParams)
else:
self.ShowError(uMsg="Function not implemented: %s" %
uCmd)
for dLine in aResult:
uGlobalDestVarSave: str = oAction.uGlobalDestVar
uLocalDestVarSave: str = oAction.uLocalDestVar
if u'L' in oAction.uParseResultFlags:
aTmpGlobalDestVar: List = ToList(
oAction.uGlobalDestVar)
aTmpLocalDestVar: List = ToList(
oAction.uLocalDestVar)
oAction.uGlobalDestVar = "".join(
'"' + e + dLine.uVarSuffix + '",'
for e in aTmpGlobalDestVar)[:-1]
oAction.uLocalDestVar = "".join(
'"' + e + dLine.uVarSuffix + '",'
for e in aTmpLocalDestVar)[:-1]
else:
oAction.uGlobalDestVar = oAction.uGlobalDestVar + dLine.uVarSuffix
oAction.uLocalDestVar = oAction.uLocalDestVar + dLine.uVarSuffix
uCmd, uRetVal = self.ParseResult(
oAction, dLine.dValue, oSetting)
oAction.uGlobalDestVar = uGlobalDestVarSave
oAction.uLocalDestVar = uLocalDestVarSave
eRet = eReturnCode.Success
break
except Exception as e:
self.ShowError(uMsg=u'can\'t Send Message',
uParConfigName=oSetting.uConfigName,
oException=e)
eRet = eReturnCode.Error
else:
oSetting.bIsConnected = False
self.CloseSettingConnection(oSetting=oSetting, bNoLogOut=bNoLogOut)
return eRet
def SendCommand_Helper(self, oAction, oSetting, uInterFaceName):
iRet = None
self.uResponse = u''
uUrlFull = oAction.uProtocol + oSetting.aInterFaceIniSettings.uHost + ":" + oSetting.aInterFaceIniSettings.uPort + oAction.uCmd
uUrlFull = ReplaceVars(uUrlFull,
uInterFaceName + u'/' + oSetting.uConfigName)
uUrlFull = ReplaceVars(uUrlFull)
# oSetting.SetContextVar('Host',oSetting.aInterFaceIniSettings.uHost)
# oSetting.SetContextVar('Port',oSetting.aInterFaceIniSettings.uPort)
sAuth = u''
#self.register_app('http://'+oAction.uHost,oSetting)
#self.register_app(uUrlFull,oSetting)
try:
uData = oAction.uParams
uData = ReplaceVars(uData,
uInterFaceName + u'/' + oSetting.uConfigName)
uData = ReplaceVars(uData)
# we do nothing special on soap actions
if oAction.uType == 'soap':
pass
# we do nothing special on plain string actions
if oAction.uType == 'string':
pass
if oAction.uType == 'none':
return -1
if oAction.uType == 'encode':
if PY2:
uData = urllib.urlencode(uData)
else:
uData = urllib.parse.urlencode(uData)
uData = ReplaceVars(uData,
uInterFaceName + u'/' + oSetting.uConfigName)
uData = ReplaceVars(uData)
SetVar(uVarName='datalenght',
oVarValue=ToUnicode(len(uData)),
uContext=uInterFaceName + u'/' + oSetting.uConfigName)
if oAction.uActionName == 'logon' or True:
# base64 encode the username and password
uTmp = ReplaceVars(
'%s:%s' %
('$cvar(CONTEXT_USER)', '$cvar(CONTEXT_PASSWORD)'),
uInterFaceName + u'/' + oSetting.uConfigName)
if PY2:
sAuth = base64.encodestring(uTmp).replace('\n', '')
else:
bTmp = ToBytes(uTmp)
#bTmp = base64.encodestring(bTmp)
bTmp = base64.encodebytes(bTmp)
uTmp = bTmp.decode('utf-8')
sAuth = uTmp.replace('\n', '')
#sAuth = base64.encodestring(bTmp).replace('\n', '')
#construct and send the header
uHeader = oAction.uHeaders
uHeader = ReplaceVars(uHeader,
uInterFaceName + u'/' + oSetting.uConfigName)
uHeader = ReplaceVars(uHeader)
uHeader = ReplaceVars(uHeader,
uInterFaceName + u'/' + oSetting.uConfigName)
aHeader = ToDic(uHeader)
for uKey in aHeader:
if isinstance(aHeader[uKey], string_types):
aHeader[uKey] = UnEscapeUnicode(aHeader[uKey])
if not sAuth == u'':
aHeader['Authorization'] = "Basic %s" % sAuth
self.ShowInfo(
u'Sending Command [%s]: %s %s to %s' %
(oAction.uActionName, uData, UnEscapeUnicode(uHeader),
uUrlFull), oSetting.uConfigName)
if not oAction.bWaitForResponse:
oSetting.bIgnoreTimeOut = True
fTimeOut = 0.02
else:
oSetting.bIgnoreTimeOut = False
fTimeOut = oSetting.aInterFaceIniSettings.fTimeOut
self.bStopWait = False
self.oReq = UrlRequest(uUrlFull,
method=oAction.uRequestType,
req_body=uData,
req_headers=aHeader,
timeout=fTimeOut,
on_error=oSetting.OnError,
on_success=oSetting.OnReceive,
debug=False)
if oAction.bWaitForResponse:
self.NewWait(0.05)
if self.oReq.resp_status is not None:
uCmd, uRetVal = self.ParseResult(oAction, self.oReq.result,
oSetting)
iRet = self.oReq.resp_status
self.uResponse = self.oReq.result
else:
if self.oReq._error is not None:
self.uResponse = self.oReq._error.strerror
iRet = self.oReq._error.errno
if iRet is None:
iRet = 200
if self.uResponse is None:
self.uResponse = "unknown"
return iRet, self.uResponse
else:
return 200, ''
except Exception as e:
self.ShowError(u'can\'t Send Message #2', oSetting.uConfigName, e)
return -1, ''
def DownloadDownloadQueue(self) -> None:
""" starts to load the complete queue """
uRep: str
tRep: Tuple
bDoRestart: bool = False
bDoRefresh: bool = False
if "setting" in Globals.oTheScreen.uCurrentPageName.lower():
bDoRefresh = True
oEvents = Globals.oEvents
for uRep in self.aQueue:
if uRep.startswith("definitions"):
bDoRestart = True
aActions: List[cAction] = oEvents.CreateSimpleActionList(
aActions=[{
'string': 'setvar',
'varname': 'DOWNLOADERROR',
'varvalue': '0'
}, {
'string': 'showprogressbar',
'title': '$lvar(5015)',
'message': 'Load File',
'max': '100'
}])
for uItem in self.aItemQueue:
uType: str = ToDic(uItem)['Type']
uPrettyRepName: str = '?'
for tRep in Globals.aRepNames:
if tRep[1] == uType:
uPrettyRepName = ReplaceVars(tRep[0])
break
uName: str = '%s: %s' % (uPrettyRepName, ToDic(uItem)['Name'])
oEvents.AddToSimpleActionList(aActionList=aActions,
aActions=[{
'string': 'showprogressbar',
'message': uName,
'current': '0'
}, {
'string':
'loadresource',
'resourcereference':
uItem,
'condition':
"$var(DOWNLOADERROR)==0"
}])
oEvents.AddToSimpleActionList(aActionList=aActions,
aActions=[{
'string': 'showprogressbar'
}, {
'string':
'showquestion',
'title':
'$lvar(595)',
'message':
'$lvar(698)',
'actionyes':
'dummy',
'condition':
'$var(DOWNLOADERROR)==1'
}])
if bDoRefresh and not bDoRestart:
oEvents.AddToSimpleActionList(aActionList=aActions,
aActions=[{
'string':
'updatewidget',
'widgetname':
'SettingsDownload'
}])
if bDoRestart:
oEvents.AddToSimpleActionList(aActionList=aActions,
aActions=[{
'string':
'restartafterdefinitiondownload',
'condition':
'$var(DOWNLOADERROR)==0'
}])
#Execute the Queue
StopWait()
oEvents.ExecuteActionsNewQueue(aActions=aActions, oParentWidget=None)
def Orca_includesub(elem,
loader,
uOrgDefinitionContext,
oDef,
uFileName="Unknown Filename"):
""" sub function for the include loader """
global bBlockInclude
elemens = []
oReplacementVars = cDefinitionVars()
for e in elem:
elemens.append(e)
if oDef:
oReplacementVars = oDef.oDefinitionVars
i = 0
for e in elemens:
e.set('definitioncontext', uOrgDefinitionContext)
if oDef:
e.set('definitionalias', oDef.uAlias)
e.set('linefilename', uFileName)
if e.tag == 'startskip':
if CheckCondition(e):
bBlockInclude = True
if e.tag == 'stopskip':
bBlockInclude = False
if e.tag == ElementInclude.XINCLUDE_INCLUDE:
if CheckCondition(e) and not bBlockInclude:
# process xinclude directive
href = e.get("href")
parse = e.get("parse", "xml")
if parse == "xml":
uNewDefinitionContext = u''
if "DEFINITIONPATH[" in href:
uNewDefinitionContext, href = GetSetDefinitionName(
href)
oTmpReplacementVars = e.get("definitionvars")
if oTmpReplacementVars is None:
oTmpReplacementVars = oReplacementVars
aIncludeReplacementVars = e.get("includedefinitionvars")
if aIncludeReplacementVars is None:
aIncludeReplacementVars = cDefinitionVars()
else:
aIncludeReplacementVars = ToDic(
aIncludeReplacementVars)
#
aIncludeReplacementVars = aIncludeReplacementVars.copy()
if oTmpReplacementVars is not None:
oTmpReplacementVars = oTmpReplacementVars.copy()
#oTmpReplacementVars=ToDic(oTmpReplacementVars)
aSaveReplacementVars = oReplacementVars
oReplacementVars = oTmpReplacementVars
oReplacementVars.update(aIncludeReplacementVars)
if oDef:
oDef.oDefinitionVars = oTmpReplacementVars
oFnHRefRedirect = Globals.oTheScreen.oSkin.dSkinRedirects.get(
cFileName(u'').ImportFullPath(ReplaceVars(href)))
if oFnHRefRedirect is not None:
oFnHRef = oFnHRefRedirect.string
oFnHRef = cFileName(u'').ImportFullPath(ReplaceVars(href))
nodes = loader(oFnHRef.string, parse, None,
oReplacementVars)
if nodes is not None:
if uNewDefinitionContext == u'':
nodes = Orca_includesub(nodes, loader,
uOrgDefinitionContext,
oDef, oFnHRef.string)
else:
nodes = Orca_includesub(nodes, loader,
uNewDefinitionContext,
oDef, oFnHRef.string)
if oTmpReplacementVars is not None:
oReplacementVars = aSaveReplacementVars
if oDef:
oDef.oDefinitionVars = aSaveReplacementVars
if uNewDefinitionContext != u'':
SetDefinitionContext(uOrgDefinitionContext)
if isinstance(nodes, list):
bFirst = True
for node in nodes:
node = copy(node)
if e.tail:
node.tail = (node.tail or "") + e.tail
if bFirst:
elem[i] = node
bFirst = False
else:
elem.insert(i, node)
i = i + 1
elif nodes is None:
del elem[i]
i = i - 1
else:
nodes = copy(nodes)
if e.tail:
nodes.tail = (nodes.tail or "") + e.tail
elem[i] = nodes
else:
Orca_includesub(e, loader, uOrgDefinitionContext, oDef, uFileName)
i = i + 1
return elem
def GetXMLDicAttribute(oXMLNode, uTag, bMandantory, aDefault):
""" Returns a dict from a xml attribute """
return ToDic(GetXMLTextAttribute(oXMLNode, uTag, bMandantory, aDefault))
def ExecuteActionSendCommand(self, oAction: cAction) -> eReturnCode:
"""
WikiDoc:Doc
WikiDoc:Context:ActionsDetails
WikiDoc:Page:Actions-SendCommand
WikiDoc:TOCTitle:sendcommand
= sendcommand =
The core action. This sends a command to an interface. The command parameter are passed to the interface, refer to the interface documentation, which parameters are used.
<div style="overflow:auto; ">
{| class="wikitable"
! align="left" | Attribute
! align="left" | Description
|-
|string
|sendcommand
|-
|commandname
|Name of the command to send to the interface
|-
|commandparameter
|additional parameter to pass to interface/codeset
|-
|interface
|Interface to use. If not given, it will be used as given in the following order: widget, anchor, page
|-
|configname
|Configuration to use
|}</div>
A short example:
<div style="overflow-x: auto;"><syntaxhighlight lang="xml">
<action name="Send Set Volume Sub" string="sendcommand setvolumesub" commandparameter='{"volumetoset":"$var(volumetoset)"}'/>
</syntaxhighlight></div>
WikiDoc:End
"""
uInterFace: str = u''
uConfigName: str = u''
uCommandName: str
vCommandParameter: Union[str, Dict] = oAction.dActionPars.get(
"commandparameter", "{}")
if isinstance(vCommandParameter, str):
oAction.dCommandParameter = ToDic(ReplaceVars(vCommandParameter))
if isinstance(vCommandParameter, dict):
oAction.dCommandParameter = ToDic(
ReplaceVars(DictToUnicode(vCommandParameter)))
uCommandName = ReplaceVars(oAction.dActionPars.get("commandname", ""))
try:
uInterFace, uConfigName = self.oEventDispatcher.GetTargetInterfaceAndConfig(
oAction=oAction)
oInterface: cBaseInterFace = Globals.oInterFaces.GetInterface(
uInterFace)
if oInterface:
if not oInterface.bIsInit:
oInterface.Init(uInterFace)
oTmpAction: cAction = copy(oAction)
oTmpAction.uActionString = ReplaceVars(
oTmpAction.uActionString)
oTmpAction.dActionPars[u'configname'] = uConfigName
Logger.debug(
u'Action: Send Command: [%s] Interface: %s Config: %s' %
(uCommandName, uInterFace, uConfigName))
eRet: eReturnCode = oInterface.DoAction(oTmpAction)
SetVar(uVarName=u'INTERFACEERRORCODE_' + uInterFace + u'_' +
uConfigName,
oVarValue=ToUnicode(eRet))
return eRet
else:
if uInterFace != "":
SetVar(uVarName=u'INTERFACEERRORCODE_' + uInterFace +
u'_' + uConfigName,
oVarValue=u'1')
LogError(
uMsg=
u'Action: Send Command failed #1: [%s] Interface: %s Config: %s : Interface not found!'
% (uCommandName, uInterFace, uConfigName))
else:
LogError(
uMsg=
u'Action: Send Command failed #2: [%s]: No Interface given!'
% uCommandName)
return eReturnCode.Error
except Exception as e:
SetVar(uVarName=u'INTERFACEERRORCODE_' + uInterFace + u'_' +
uConfigName,
oVarValue=u"1")
LogError(
uMsg=
u'Action: Send Command failed #2: [%s] Interface: %s Config: %s'
% (uCommandName, uInterFace, uConfigName),
oException=e)
return eReturnCode.Error
def ParseXMLBaseNode(self, oXMLNode, oParentScreenPage, uAnchor):
try:
global oLastWidget
self.GetWidgetTypeFromXmlNode(oXMLNode)
uDefinitionContext = GetXMLTextAttribute(
oXMLNode, u'definitioncontext', False,
Globals.uDefinitionContext)
uAlias = oXMLNode.get('definitionalias')
oDef = None
if uAlias is not None:
oDef = Globals.oDefinitions.dDefinitionList_Dict[uAlias]
self.oDef = oDef
self.uDefinitionContext = uDefinitionContext
self.uName = GetXMLTextAttribute(oXMLNode, u'name', True,
u'NoName')
self.oParentScreenPage = oParentScreenPage
self.uPageName = self.oParentScreenPage.uPageName
#default anchor is screen
self.iAnchorPosX = 0
self.iAnchorPosY = 0
self.iAnchorWidth = self.oDef.iDefMaxX
self.iAnchorHeight = self.oDef.iDefMaxY
self.iGapX = oDef.iGapX
self.iGapY = oDef.iGapY
self.fRationX = oDef.fRationX
self.fRationY = oDef.fRationY
self.uAnchorName = GetXMLTextAttribute(oXMLNode, u'anchor', False,
u'')
if self.uAnchorName == u'':
self.uAnchorName = uAnchor
if self.uAnchorName:
self.oTmpAnchor = self.oParentScreenPage.dWidgets.get(
self.uAnchorName)
if self.oTmpAnchor is not None:
# oTmpAnchor is already aligned to screen size
self.iAnchorPosX = self.oTmpAnchor.iPosX
self.iAnchorPosY = self.oTmpAnchor.iPosY
self.iAnchorWidth = self.oTmpAnchor.iWidth
self.iAnchorHeight = self.oTmpAnchor.iHeight
# We parse for Text and change later to integer
self.iWidth = ReplaceVars(
GetXMLTextAttribute(oXMLNode, u'width', False, u''))
self.iHeight = ReplaceVars(
GetXMLTextAttribute(oXMLNode, u'height', False, u''))
iAnchorWidth = (self.iAnchorWidth)
iAnchorHeight = (self.iAnchorHeight)
bApplyWidth = False
if self.iWidth == u'':
self.iWidth = iAnchorWidth
elif self.iWidth.startswith('of:height:self'):
bApplyWidth = True
elif self.iWidth.startswith('of:toleft'):
bApplyWidth = True
elif self.iWidth.startswith('of:'):
self.iWidth = self._ParseDimPosValue(self.iWidth)
elif self.iWidth[0] == u'%':
fPercentage = float(self.iWidth[1:])
self.iWidth = ((fPercentage / 100) * iAnchorWidth)
elif self.iWidth[0] == u'd':
# we define: First Value is dp value,
# second value is absolute value (unscaled)
# eg d20:50 would result either d20 or 50, whatever is larger
tTmp = SplitMax(self.iWidth[1:])
if tTmp[1] == 0:
uVar = dp(tTmp[0])
else:
uVar = max(dp(tTmp[0]), tTmp[1])
self.iWidth = uVar
else:
#Logger.warning("Depriciated absolute width used:"+self.uName+ " from:"+self.uPageName)
self.iWidth = int(self.iWidth)
if self.iHeight == u'':
self.iHeight = iAnchorHeight
elif self.iHeight[0] == u'%':
fPercentage = float(self.iHeight[1:])
self.iHeight = ((fPercentage / 100) * iAnchorHeight)
elif self.iHeight.startswith('of:'):
if not bApplyWidth:
self.iHeight = self._ParseDimPosValue(self.iHeight)
else:
self.iHeight = self._ParseDimPosValue(self.iHeight)
elif self.iHeight[0] == u'd':
# we define: First Value is dp value,
# second value is absolute value (unscaled)
tTmp = SplitMax(self.iHeight[1:])
if tTmp[1] == 0:
uVar = dp(tTmp[0])
else:
uVar = max(dp(tTmp[0]), tTmp[1])
self.iHeight = uVar
else:
#Logger.warning("Depriciated absolute height used:"+self.uName+ " from:"+self.uPageName)
self.iHeight = int(self.iHeight)
if bApplyWidth:
self.iWidth = self._ParseDimPosValue(self.iWidth)
#We parse for Text and change later to integer
self.iPosX = ReplaceVars(
GetXMLTextAttribute(oXMLNode, u'posx', False, u'left'))
self.iPosY = ReplaceVars(
GetXMLTextAttribute(oXMLNode, u'posy', False, u'top'))
self.bEnabled = GetXMLBoolAttribute(oXMLNode, u'enabled', False,
True)
self.uCaption = u''
self.uBackGroundColor = GetXMLTextAttribute(
oXMLNode, u'backgroundcolor', False, u'#00000000')
self.tBackGroundColor = GetColorFromHex(
ReplaceVars(self.uBackGroundColor))
self.uActionName = GetXMLTextAttribute(oXMLNode, u'action', False,
u'')
self.uActionNameDoubleTap = GetXMLTextAttribute(
oXMLNode, u'actiondoubletap', False, u'')
self.uActionNameLongTap = GetXMLTextAttribute(
oXMLNode, u'actionlongtap', False, u'')
self.uActionNameDownOnly = GetXMLTextAttribute(
oXMLNode, u'actiondownonly', False, u'')
self.uActionNameUpOnly = GetXMLTextAttribute(
oXMLNode, u'actionuponly', False, u'')
self.uInterFace = GetXMLTextAttribute(oXMLNode, u'interface',
False, u'')
self.uConfigName = GetXMLTextAttribute(oXMLNode, u'configname',
False, u'')
uActionPars = GetXMLTextAttribute(oXMLNode, u'actionpars', False,
u'{}')
if uActionPars.startswith("$var("):
uActionPars = ReplaceVars(uActionPars)
self.dActionPars = ToDic(uActionPars)
if self.uActionName.startswith("SendCommand "):
if len(self.dActionPars) == 0:
self.dActionPars = {"commandname": self.uActionName[12:]}
self.uActionName = "Send"
if not self.uInterFace == u'':
Globals.oInterFaces.dUsedInterfaces[self.uInterFace] = True
fPercentage = -1.0
if not self.iPosY == u'':
if self.iPosY == u'bottom':
fPercentage = 100.0
elif self.iPosY.startswith('of:'):
self.iPosY = self._ParseDimPosValue(self.iPosY)
elif self.iPosY == u'top':
fPercentage = 0.0
elif self.iPosY == u'middle':
fPercentage = 50.0
elif self.iPosY.isdigit():
Logger.warning("Depriciated absolute PosY used:" +
self.uName + " from:" + self.uPageName)
self.iPosY = (int(self.iPosY) + self.iAnchorPosY)
elif self.iPosY[0] == u'%':
fPercentage = float(self.iPosY[1:])
elif self.iPosY[0] == u'd':
self.iPosY = dp(float(self.iPosY[1:])) + self.iAnchorPosY
self.iPosY = Globals.iAppHeight - self.iHeight - self.iPosY
elif self.iPosY[0] == u's':
self.iPosY = sp(float(self.iPosY[1:])) + self.iAnchorPosY
self.iPosY = Globals.iAppHeight - self.iHeight - self.iPosY
else:
LogError(u'WidgetBase: Fatal Error:Wrong ypos:' +
self.uName)
self.iPosY = 0
if not fPercentage == -1.0:
self.iPosY = self.iAnchorPosY + (
(fPercentage / 100) *
self.iAnchorHeight) - (self.iHeight *
(fPercentage / 100))
fPercentage = -1.0
if not self.iPosX == u'':
if self.iPosX == u'right':
fPercentage = 100.0
elif self.iPosX.startswith('of:'):
self.iPosX = self._ParseDimPosValue(self.iPosX)
elif self.iPosX == u'left':
fPercentage = 0.0
elif self.iPosX == u'center':
fPercentage = 50.0
elif self.iPosX.isdigit():
Logger.warning("Depriciated absolute PosX used:" +
self.uName + " from:" + self.uPageName)
self.iPosX = (int(self.iPosX)) + self.iAnchorPosX
elif self.iPosX[0] == u'%':
fPercentage = float(self.iPosX[1:])
elif self.iPosX[0] == u'd':
self.iPosX = dp(float(self.iPosX[1:])) + self.iAnchorPosX
elif self.iPosX[0] == u's':
self.iPosX = sp(float(self.iPosX[1:])) + self.iAnchorPosX
else:
LogError(u'WidgetBase: Fatal Error:Wrong xpos:' +
self.uName + " " + str(self.iPosX))
self.iPosX = 0
if not fPercentage == -1.0:
self.iPosX = self.iAnchorPosX + (
(fPercentage / 100) *
self.iAnchorWidth) - (self.iWidth *
(fPercentage / 100))
if self.bHasText:
self.uhTextAlign = GetXMLTextAttribute(oXMLNode, u'htextalign',
False, u'center')
self.uvTextAlign = GetXMLTextAttribute(oXMLNode, u'vtextalign',
False, u'middle')
self.bBold = GetXMLBoolAttribute(oXMLNode, u'bold', False,
False)
self.bItalic = GetXMLBoolAttribute(oXMLNode, u'italic', False,
False)
self.uFontIndex = GetXMLTextAttribute(oXMLNode, u'fontid',
False, oDef.uDefaultFont)
self.uOrgFontIndex = self.uFontIndex
sFontSize = GetXMLTextAttribute(oXMLNode, u'fontsize', False,
'0')
sIconFontSize = GetXMLTextAttribute(oXMLNode, u'iconfontsize',
False, sFontSize)
self.tTextColor = GetXMLTextAttribute(oXMLNode, u'textcolor',
False, u'')
self.SetCaption(
GetXMLTextAttribute(oXMLNode, u'caption', False, u''))
self.uOrgSecondCaption = GetXMLTextAttribute(
oXMLNode, u'secondcaption', False, u'')
Globals.oTheScreen.oFonts.dUsedFonts[self.uFontIndex] = True
if self.tTextColor == u'':
if self.iWidgetType == oWidgetType.Button or self.iWidgetType == oWidgetType.DropDown or self.iWidgetType == oWidgetType.Switch:
self.tTextColor = Globals.oTheScreen.oSkin.dSkinAttributes.get(
'fontcolor button')
elif self.iWidgetType == oWidgetType.TextField or self.iWidgetType == oWidgetType.TextInput or self.iWidgetType == oWidgetType.Slider:
self.tTextColor = Globals.oTheScreen.oSkin.dSkinAttributes.get(
'fontcolor text')
elif self.iWidgetType == oWidgetType.FileViewer or self.iWidgetType == oWidgetType.Settings:
self.tTextColor = Globals.oTheScreen.oSkin.dSkinAttributes.get(
'fontcolor file')
elif self.iWidgetType == oWidgetType.BackGround:
self.tTextColor = GetColorFromHex(u'#FFFFFFFF')
if self.tTextColor is None or self.tTextColor == u'':
self.tTextColor = GetColorFromHex(u'#FFFFFFFF')
else:
self.tTextColor = GetColorFromHex(self.tTextColor)
if sFontSize == "0":
if self.iWidgetType == oWidgetType.Button or self.iWidgetType == oWidgetType.DropDown or self.iWidgetType == oWidgetType.Switch:
sFontSize = str(oDef.iFontSize_Button)
elif self.iWidgetType == oWidgetType.TextField or self.iWidgetType == oWidgetType.TextInput or self.iWidgetType == oWidgetType.Slider:
sFontSize = str(oDef.iFontSize_Text)
elif self.iWidgetType == oWidgetType.FileViewer or self.iWidgetType == oWidgetType.Settings:
sFontSize = str(oDef.iFontSize_File)
if sIconFontSize == "0":
if self.iWidgetType == oWidgetType.Button or self.iWidgetType == oWidgetType.DropDown or self.iWidgetType == oWidgetType.Switch:
sIconFontSize = str(oDef.iFontSize_Button)
elif self.iWidgetType == oWidgetType.TextField or self.iWidgetType == oWidgetType.TextInput or self.iWidgetType == oWidgetType.Slider:
sIconFontSize = str(oDef.iFontSize_Text)
elif self.iWidgetType == oWidgetType.FileViewer or self.iWidgetType == oWidgetType.Settings:
sIconFontSize = str(oDef.iFontSize_File)
# todo: check where to scale fonts
if sFontSize[0] == u'd':
self.iFontSize = dp(sFontSize[1:]) * self.fRationX
elif sFontSize[0] == u's':
self.iFontSize = sp(sFontSize[1:]) * self.fRationX
elif sFontSize.startswith(u'%h'):
self.iFontSize = ((int(sFontSize[2:]) * self.iHeight) / 100
) # *self.fRationY
elif sFontSize.startswith(u'%w'):
self.iFontSize = ((int(sFontSize[2:]) * self.iWidth) / 100
) # *self.fRationX
else:
self.iFontSize = ToInt(sFontSize)
if self.iFontSize != 0:
Logger.warning("Depriciated absolute fontsize used:" +
self.uName + " from:" + self.uPageName)
if sIconFontSize[0] == u'd':
self.iIconFontSize = dp(sIconFontSize[1:]) * self.fRationX
elif sIconFontSize[0] == u's':
self.iIconFontSize = sp(sIconFontSize[1:]) * self.fRationX
elif sIconFontSize.startswith(u'%h'):
self.iIconFontSize = (
(int(sIconFontSize[2:]) * self.iHeight) / 100
) # *self.fRationY
elif sIconFontSize.startswith(u'%w'):
self.iIconFontSize = (
(int(sIconFontSize[2:]) * self.iWidth) / 100
) # *self.fRationX
else:
self.iIconFontSize = ToInt(sIconFontSize)
if self.iIconFontSize != 0:
Logger.warning("Depriciated absolute fontsize used:" +
self.uName + " from:" + self.uPageName)
if not hasattr(self, 'bIsDropButton'):
oLastWidget = self
self.iPosXInit = self.iPosX
self.iPosYInit = self.iPosY
self.iWidthInit = self.iWidth
self.iHeightInit = self.iHeight
self.iFontSizeInit = self.iFontSize
return True
except Exception as e:
LogError(u'Error parsing widget from element:[' + self.uName + "",
e)
return False
def __GetUsedDefinitions_Sub(self, uDefinitionName, bImportActions,
bImportLanguages, bImportPages,
bImportSettings, uParentDefinitionName,
uParentDefinitionAlias,
aDefinitionVarsFromParent, uAlias):
aAdditionalDefVars = {}
if not uAlias in self.dDefinitionList_Dict:
oDefinitionPathes = cDefinitionPathes(uDefinitionName)
SetVar(uVarName="DEFINITIONPATH[%s]" % (uDefinitionName),
oVarValue=oDefinitionPathes.oPathDefinition.string)
SetVar(
uVarName="DEFINITIONPATHSKINELEMENTS[%s]" % (uDefinitionName),
oVarValue=oDefinitionPathes.oPathDefinitionSkinElements.string)
Globals.dDefinitionPathes[uDefinitionName] = oDefinitionPathes
SetDefinitionPathes(uDefinitionName)
oFnDefinition = Globals.oDefinitionPathes.oFnDefinition
Logger.debug(u'TheScreen: Load Definition XmlFile:' +
oFnDefinition)
oDefinition = cDefinition(uDefinitionName, self)
oDefinition.uParentDefinitionName = uParentDefinitionName
oDefinition.bImportActions = bImportActions
oDefinition.bImportLanguages = bImportLanguages
oDefinition.bImportPages = bImportPages
oDefinition.bImportSettings = bImportSettings
oDefinition.oDefinitionVarsFromParent = aDefinitionVarsFromParent
#we read the definitionvars first with raw funtions
sET_Data = CachedFile(Globals.oDefinitionPathes.oFnDefinition)
oET_Root = fromstring(sET_Data)
oRef = oET_Root.find('def_parameter')
# And merge / Replace the existing Vars
oDefinition.oDefinitionVars.clear()
oDefinition.oDefinitionVars.update(
ToOrderedDic(
GetXMLTextValue(oRef, u'definitionvars', False, u'{}')))
if len(aDefinitionVarsFromParent) > 0:
for uVarName in oDefinition.oDefinitionVars:
if uVarName in oDefinition.oDefinitionVarsFromParent:
oDefinition.oDefinitionVars[
uVarName] = oDefinition.oDefinitionVarsFromParent[
uVarName]
else:
Logger.warning(
"Importing definition %s from %s: Definition varname not passed: '%s', using default %s"
%
(oDefinition.uName, uParentDefinitionName,
uVarName, oDefinition.oDefinitionVars[uVarName]))
for uVarName in aDefinitionVarsFromParent:
if not uVarName in oDefinition.oDefinitionVars:
oDefinition.oDefinitionVars[
uVarName] = oDefinition.oDefinitionVarsFromParent[
uVarName]
aAdditionalDefVars[
uVarName] = oDefinition.oDefinitionVarsFromParent[
uVarName]
for uKey in oDefinition.oDefinitionVars:
uVar = oDefinition.oDefinitionVars[uKey]
if "$cookie(" in uVar:
uValue = GetCookieValue(uVar)
oDefinition.oDefinitionVars[uKey] = uValue
if uAlias == u'':
# this works on all python versions
for uKey in oDefinition.oDefinitionVars:
uAlias = oDefinition.oDefinitionVars[uKey]
break
if uAlias == '':
uAlias = uDefinitionName
oDefinition.uDefPublicTitle = uDefinitionName
#create a default alias def var
uAliasDefVar = "definition_alias_" + uAlias
if oDefinition.oDefinitionVars.get(uAliasDefVar) is None:
SetDefVar(uVarName=uAliasDefVar,
uVarValue=uAlias,
dArray=oDefinition.oDefinitionVars)
else:
oDefinition.uDefPublicTitle = "%s [%s]" % (uAlias,
uDefinitionName)
oDefinition.uAlias = uAlias
if not uAlias in self.dDefinitionList_Dict:
# create defvars for import pages
aTmpDefinitionVars = copy(oDefinition.oDefinitionVars)
for uVar in aTmpDefinitionVars:
if not uVar.endswith("_IMPORTPAGES"):
if bImportPages:
SetDefVar(uVarName=uVar + "_IMPORTPAGES",
uVarValue="1",
dArray=oDefinition.oDefinitionVars)
else:
SetDefVar(uVarName=uVar + "_IMPORTPAGES",
uVarValue="0",
dArray=oDefinition.oDefinitionVars)
#and now again with adjusted definitionvars
oET_Root = Orca_FromString(sET_Data, oDefinition, "root")
oDefinition.oET_Root = oET_Root
oDefinition.sET_Data = sET_Data
self.AddDefinition(oDefinition)
oXMLIncludes = oET_Root.find('definitionimports')
if oXMLIncludes is not None:
for oXMLInclude in oXMLIncludes.findall('definition'):
uDefinitionNameImp = GetXMLTextValue(
oXMLInclude, u'', True, '')
bImportActionsImp = GetXMLBoolAttribute(
oXMLInclude, u'importactions', False, False)
bImportLanguagesImp = GetXMLBoolAttribute(
oXMLInclude, u'importlanguages', False, False)
bImportPagesImp = GetXMLBoolAttribute(
oXMLInclude, u'importpages', False, False)
bImportSettingsImp = GetXMLBoolAttribute(
oXMLInclude, u'importsettings', False, False)
uAliasImp = GetXMLTextAttribute(
oXMLInclude, u'alias', False, '')
aDefinitionVarsImp = cDefinitionVars()
aDefinitionVarsImp.update(
ToDic(
GetXMLTextAttribute(oXMLInclude,
u'definitionvars', False,
{})))
# Pass Through of additional Definitionvars
for uVarName in aAdditionalDefVars:
if not uVarName in aDefinitionVarsImp:
aDefinitionVarsImp[
uVarName] = aAdditionalDefVars[uVarName]
self.__GetUsedDefinitions_Sub(
uDefinitionNameImp, bImportActionsImp,
bImportLanguagesImp, bImportPagesImp,
bImportSettingsImp, oDefinition.uName,
oDefinition.uAlias, aDefinitionVarsImp, uAliasImp)
else:
Logger.debug(
u'GetUsedDefinitions: Skipping duplicate xml %s [%s]' %
(uAlias, uDefinitionName))
else:
Logger.debug(
u'GetUsedDefinitions: Skipping duplicate xml %s [%s]' %
(uAlias, uDefinitionName))
def DoAction(self, oAction):
"""
Main entry function for performing an action. Handles repeating actions
:rtype: int
:param cAction oAction:
:return: 0 if successfull, 1 onnexception error, -10 if codeset not found
"""
uConfigName = oAction.dActionPars.get(u'configname', u'')
oSetting = self.GetSettingObjectForConfigName(uConfigName)
uCmdName = ReplaceVars(oAction.dActionPars.get('commandname', ""))
uCmdNameLocal = oSetting.MakeLocalActionName(uCmdName)
aActions = Globals.oActions.GetActionList(uActionName=uCmdNameLocal,
bNoCopy=False)
if aActions is None:
self.ShowError("Action not found:" + uCmdName, uConfigName)
return -10
for uKey in oAction.dCommandParameter:
oSetting.SetContextVar(uKey, oAction.dCommandParameter[uKey])
SetVar(uVarName=uKey, oVarValue=oAction.dCommandParameter[uKey])
aExecActions = []
uCmd = u''
try:
for oTmpAction in aActions:
uCmd = oTmpAction.uCmd
if uCmd.startswith('{"REPEAT":'):
dRepeatCmds = ToDic(uCmd)
uRepeatCmd = dRepeatCmds["REPEAT"]["REPEATCMD"]
uRepeatVarName = dRepeatCmds["REPEAT"]["REPEATVAR"]
uRepeatVar = ReplaceVars(
uRepeatVarName,
self.uInterFaceName + u'/' + oSetting.uConfigName)
if uRepeatVar == "":
uRepeatVar = ReplaceVars(uRepeatVarName)
iLen = len(uRepeatVar)
for i in range(iLen):
uRepeatChar = uRepeatVar[i]
uKey2 = uRepeatCmd + uRepeatChar
aActionRepeatActions = Globals.oActions.GetActionList(
uActionName=oSetting.MakeLocalActionName(
ReplaceVars(uKey2)),
bNoCopy=False)
if aActionRepeatActions is not None:
for oRepeatAction in aActionRepeatActions:
if oRepeatAction.iActionId == Globals.oActions.oActionType.Codeset:
oRepeatAction.dActionPars['nologout'] = '1'
aExecActions.append(oRepeatAction)
else:
Logger.error(
u'Error Parsing/Sending Repeats, RepeatCommand not found %s'
% (uKey2))
for oTmpAction1 in reversed(aExecActions):
if oTmpAction1.iActionId == Globals.oActions.oActionType.Codeset:
oTmpAction1.dActionPars['nologout'] = '0'
break
else:
if oAction.uRetVar:
oTmpAction.uRetVar = oAction.uRetVar
aExecActions.append(oTmpAction)
except Exception as e:
self.ShowError(u'Error Parsing/Sending Repeats %s' % (uCmd), "", e)
return 1
Globals.oEvents.ExecuteActionsNewQueue(aExecActions,
oAction.oParentWidget)
return 0