def SourceSelect(self,oCodesetCode,oSetting,uRetVar,bNoLogOut):
#detect the new source string
uCheck=''
oAction= self.oAction
if oAction.aActionPars['commandname']=="source tv/sat":
uCheck="satellite"
if oAction.aActionPars['commandname']=="source tv/cbl":
uCheck="tv"
elif oAction.aActionPars['commandname']=="source hdmi 1":
uCheck="hdmi1"
elif oAction.aActionPars['commandname']=="source hdmi 2":
uCheck="hdmi2"
elif oAction.aActionPars['commandname']=="source hdmi 3":
uCheck="hdmi3"
elif oAction.aActionPars['commandname']=="source hdmi 4":
uCheck="hdmiside"
elif oAction.aActionPars['commandname']=="source component":
uCheck="ypbpr"
elif oAction.aActionPars['commandname']=="source aux 1":
uCheck="vga"
elif oAction.aActionPars['commandname']=="source aux 2":
uCheck="ext1"
elif oAction.aActionPars['commandname']=="source aux 3":
uCheck="ext2"
#we first siwtch to ZV , as otherwise the TV might return complete bullshit of its curent source
oSetting.uCurrentSource=self.SendCommandHelper(u'source tv',oSetting,bNoLogOut)
fSleep(3)
oSetting.uCurrentSource=self.SendCommandHelper(u'getsource',oSetting,bNoLogOut)
# check the position in the Sources list for the current source
iPosNew=-1
iPosCurrent=-1
for i in range(len(oSetting.aSourcesPos)):
if oSetting.aSourcesPos[i]==oSetting.uCurrentSource:
iPosCurrent=i
break
# check the position in the Sources list for the new source
for i in range(len(oSetting.aSourcesPos)):
if oSetting.aSourcesPos[i]==uCheck:
iPosNew=i
break
# And move the osd!
if iPosNew!=-1 and iPosCurrent!=-1:
iSteps = abs(iPosNew-iPosCurrent)
if iSteps != 0:
if iPosNew > iPosCurrent:
uAction=u"right"
else:
uAction=u"left"
self.OSDSourceSelect(oCodesetCode,oSetting,iSteps,uAction,uRetVar,bNoLogOut)
else:
self.ShowDebug ('Can''t detect current source position or new source position')
def on_onlinestatechecked(self, *largs):
""" called, wehn the tsated has been checked """
Logger.debug("Checking for network connectivity online state checked")
if not self.bIsWaiting:
return
if not self.bIsOnline:
Clock.schedule_once(self.StartNextThread, 0)
fSleep(0.6)
return
self.StopWait()
def on_permissionschecked(self, *largs):
""" called, wehn the tsated has been checked """
# Logger.debug("Checking permissions")
if not self.bIsWaiting:
return
if not self.bHasPermissions:
Clock.schedule_once(self.StartNextThread, 0)
fSleep(fSeconds=0.6)
return
self.StopWait()
def Disconnect(self):
fSleep(0.05,True)
self.bStopThreadEvent=True
if not cBaseInterFaceSettings.Disconnect(self):
self.ShowDebug(u'Interface Disconnect #1: Connection is already closed, no further actions')
return False
self.ShowDebug(u'Interface Disconnect #2:Closing Connection')
#force close of socket, even if in thrad it will be close again
try:
self.oSocket.close()
except Exception as e:
pass
self.bOnError = False
def StopApp(self):
"""
Stops the ORAC App
"""
Logger.debug("Quit App on request")
# self.DeInit()
Globals.oSound.PlaySound('shutdown')
fSleep(0.5)
if Globals.oPathUserDownload:
Globals.oFnLog.Copy(oNewFile=cFileName(Globals.oPathUserDownload) +
'orca.log')
self.stop()
sys.exit(0)
def IsConnected(self):
if self.oCodesetCodePing==None:
return True
uMsg=self.oCodesetCodePing.uCmd
try:
self.bPingAnswer=False
self.oSocket.sendall(uMsg)
for i in range(200):
if self.bPingAnswer:
break
fSleep(0.05,True)
return self.bPingAnswer
except Exception as e:
pass
return False
def Disconnect(self):
fSleep(0.05, True)
self.bStopThreadEvent = True
if not cBaseInterFaceSettings.Disconnect(self):
self.ShowDebug(
u'Interface Disconnect #1: Connection is already closed, no further actions'
)
return False
self.ShowDebug(u'Interface Disconnect #2:Closing Connection')
#force close of socket, even if in thrad it will be close again
try:
self.oSocket.close()
except Exception as e:
pass
self.bOnError = False
def GetLocalIPV4_FallBack() -> str:
""" gets the local IP by opening a socket to itself """
def udp_listening_server() -> str:
""" the server component """
bMsg: bytes
tAddress: Tuple
try:
oInSocket: socket.socket = socket.socket(socket.AF_INET,
socket.SOCK_DGRAM)
oInSocket.bind(("0.0.0.0", 18888))
oInSocket.setblocking(False)
while True:
tResult: Tuple = select.select([oInSocket], [], [])
bMsg, tAddress = tResult[0][0].recvfrom(1024)
if bMsg == b'ORCAIPREQUEST':
aIP.append(tAddress[0])
break
oInSocket.close()
except Exception as exc:
LogError(uMsg=u'GetLocalIp:udp_listening_server:', oException=exc)
return u'127.0.0.0'
try:
Logger.debug("Using Fallback to detect V4 IP Address")
aIP: List = []
oThread: threading.Thread = threading.Thread(
target=udp_listening_server)
oThread.aIP = aIP
oThread.start()
oOutSocket: socket.socket = socket.socket(socket.AF_INET,
socket.SOCK_DGRAM)
oOutSocket.setsockopt(socket.SOL_SOCKET, socket.SO_BROADCAST, 1)
i: int = 0
while len(aIP) == 0:
oOutSocket.sendto(b'ORCAIPREQUEST', ("255.255.255.255", 18888))
fSleep(fSeconds=0.1)
i += 1
if i == 10:
break
oOutSocket.close()
if len(aIP) > 0:
return aIP[0]
else:
return u'127.0.0.0'
except Exception as e:
LogError(uMsg='GetLocalIpV4:', oException=e)
return u'127.0.0.0'
def GetLocalIPV4_FallBack():
""" gets the local IP by opening a socket to itself """
def udp_listening_server():
""" the server component """
try:
oInSocket = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
#s.bind(('<broadcast>', 8888))
oInSocket.bind(("0.0.0.0", 18888))
oInSocket.setblocking(0)
while True:
result = select.select([oInSocket], [], [])
msg, address = result[0][0].recvfrom(1024)
if msg == b'ORCAIPREQUEST':
IP.append(address[0])
break
oInSocket.close()
except Exception as e:
LogError(u'GetLocalIp:udp_listening_server:', e)
return
try:
IP = []
thread = threading.Thread(target=udp_listening_server)
thread.IP = IP
thread.start()
oOutSocket = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
oOutSocket.setsockopt(socket.SOL_SOCKET, socket.SO_BROADCAST, 1)
i = 0
while len(IP) == 0:
oOutSocket.sendto(b'ORCAIPREQUEST', ("255.255.255.255", 18888))
fSleep(0.1)
i += 1
if i == 10:
break
oOutSocket.close()
if len(IP) > 0:
return IP[0]
else:
return u'127.0.0.0'
except Exception as e:
LogError('GetLocalIpV4:', e)
return u'127.0.0.0'
def IsConnected(self):
return False
if self.oCodesetCodePing==None:
return True
uMsg=self.oCodesetCodePing.uCmd
uMsg=uMsg[:-1]+",\"id\":\"" +self.uID+"\"}"
self.bPingAnswer=False
try:
self.oSocket.sendall(uMsg)
for i in range(200):
if self.bPingAnswer:
break
fSleep(0.05,True)
return self.bPingAnswer
except Exception as e:
pass
return False
def WriteWikiPages(self):
""" Write all wiki entries to wikipedia """
oSite = None
try:
oSite = mwclient.Site(self.uHost,
path=self.uWikiPath,
force_login=True)
oSite.login(self.uUser, self.uPassword)
try:
for uImageKey in self.dImageFileList:
oFnImage = self.dImageFileList[uImageKey]
Logger.debug("Uploading Image:" + oFnImage.string)
jRec = oSite.upload(open(oFnImage.string, 'rb'),
filename=oFnImage.basename,
description='')
# print (jRec["warnings"].keys()[0]," ",jRec["warnings"][jRec["warnings"].keys()[0]])
dWarnings = jRec.get("warnings")
if dWarnings is not None:
if "was-deleted" in dWarnings.keys()[0]:
Logger.error(
"You need Undelete File in Mediawiki:" +
oFnImage.basename)
if "exists" in dWarnings.keys()[0]:
jRec = oSite.upload(open(oFnImage.string, 'rb'),
filename=oFnImage.basename,
description='',
ignore=True)
except Exception as e:
Logger.error("Error writing image:" + str(e))
for oPage in self.aDocs:
if oPage.uPage:
oPage.WriteWiki(oSite)
fSleep(1.0)
except Exception as e:
Logger.error("Error writing page:" + str(e))
def StartWait(iWaitTime:int=-1) -> None:
"""
wait function for interfaces / and to stop the queue if necessary
iWaitTime 0: Stops Wait and let the status pass thought
iWaittime -1: Sets the App on Pause
iWaittime > 0: Holds the queue for the given time
"""
if iWaitTime == -1:
ORCA.utils.wait.Globals.bOnPause = True
Logger.debug("System start wait")
return
ORCA.utils.wait.Globals.oWaitLock.acquire() # will block if lock is already held
if iWaitTime == 0:
ORCA.utils.wait.Globals.oWaitEndTime = ORCA.utils.wait.Globals.oWaitZeroTime
fSleep(fSeconds=0.01)
else:
ORCA.utils.wait.Globals.oWaitEndTime = datetime.now() + timedelta(milliseconds=iWaitTime)
ORCA.utils.wait.Globals.oWaitLock.release()
def IsWaiting():
"""
returns if we are in a interface wait state or app wait state
"""
if ORCA.utils.wait.Globals.bOnPause:
fSleep(0.001)
return True
ORCA.utils.wait.Globals.oWaitLock.acquire()
if ORCA.utils.wait.Globals.fWaitEndTime == 0:
ORCA.utils.wait.Globals.oWaitLock.release()
return False
if datetime.now() > ORCA.utils.wait.Globals.fWaitEndTime:
Logger.warning("Interface waiting timed out!!")
ORCA.utils.wait.Globals.fWaitEndTime = 0
ORCA.utils.wait.Globals.oWaitLock.release()
return False
fSleep(0.01)
ORCA.utils.wait.Globals.oWaitLock.release()
return True
def OSDSourceSelect(self,oCodesetCode,oSetting,iSteps,uAction,uRetVar,bNoLogOut):
self.SendCommandHelper(u'source',oSetting,bNoLogOut)
fSleep(4)
for i in range(iSteps):
self.SendCommandHelper(uAction,oSetting,bNoLogOut)
fSleep(1)
fSleep(1)
self.SendCommandHelper(u'ok',oSetting,bNoLogOut)
def NLSPage(self,uCmd,oOrgAction,oCodesetCode):
if uCmd=='NLSpgup':
iSteps=self.iCursorPos-(self.iCntNLS+1)-1
iSteps=(self.iCursorPos*-1)-1
else:
iSteps=(self.iCntNLS+1)-self.iCursorPos-1
if iSteps==0:
iSteps=1
Logger.error('Cmd:'+uCmd+" count:"+str(self.iCntNLS)+" Pos:"+str(self.iCursorPos)+ " Steps:"+str(iSteps))
if iSteps>0:
oOrgAction.aActionPars['commandname']=u'down'
for i in range(iSteps):
fSleep(0.3,True)
self.DoAction(oOrgAction)
else:
oOrgAction.aActionPars['commandname']=u'up'
for i in range(abs(iSteps)):
fSleep(0.3,True)
self.DoAction(oOrgAction)
def Receive(self):
#Main Listening Thread to receive json messages
#Loop until closed by external flag
try:
while not self.bStopThreadEvent:
if self.oSocket is not None:
ready = select.select([self.oSocket], [], [], 1.0)
# the first element of the returned list is a list of readable sockets
if ready[0]:
self.bHandled = False
sResponses = self.oSocket.recv(self.iBufferSize)
uResponses = ToUnicode(sResponses)
# there could be more than one response, so we need to split them
# unfortunately, there is no end char in a json respone
aResponses = uResponses.split('}{')
if not len(aResponses) == 1:
i = 0
while i < len(aResponses):
if i == 0:
aResponses[i] += '}'
else:
aResponses[i] = u'{' + aResponses[i]
i += 1
uID = 0
for uResponse in aResponses:
if not uResponse == u'':
if '"result":"pong"' in uResponse:
pass
else:
# Get the Command and the payload
# If the returned Command is a response to the send message
uCommand, uID = self.oInterFace.ParseResult_JsonHeader(
uResponse)
if uID == self.uID:
uCmd, uRetVal = self.oInterFace.ParseResult(
self.oAction, uResponse, self)
self.ShowDebug(
u'Parsed Respones:' + uRetVal)
if not self.uRetVar == u'' and not uRetVal == u'':
SetVar(uVarName=self.uRetVar,
oVarValue=uRetVal)
# We do not need to wait for an response anymore
StartWait(0)
self.bHandled = True
if not self.bHandled:
# we have a notification issued by the device, so lets have a look, if we have a trigger assigned to it
oActionTrigger = self.GetTrigger(
uCommand)
if oActionTrigger is not None:
self.CallTrigger(
oActionTrigger, uResponse)
else:
self.ShowDebug(
u'Discard message:' +
uCommand + ':' + uResponse)
#print "LEAVE PARSE"
fSleep(0.01)
except Exception as e:
if self.bIsConnected:
self.ShowError(u'Error Receiving Response:', e)
self.bIsConnected = False
try:
if self.oSocket is not None:
self.ShowDebug(u'Closing socket in Thread')
self.oSocket.close()
except Exception as e:
self.ShowError(u'Error closing socket in Thread', e)
def SendCommand(self,oCodesetCode,oSetting,uRetVar,bNoLogOut=False):
oSetting.oCodesetCode=oCodesetCode
if uRetVar!="":
oCodesetCode.uGlobalDestVar=uRetVar
oSetting.SetContextVar('Host',oCodesetCode.uHost)
oSetting.SetContextVar('Port',oCodesetCode.uPort)
iTryCount=0
iRet=1
#Logger.info ('Interface '+self.sInterFaceName+': Sending Command: '+sCommand + ' to '+oSetting.sHost+':'+oSetting.sPort)
while iTryCount<2:
iTryCount+=1
oSetting.Connect()
# we need to verify if we are really connected, as the connection might have died
# and .sendall will not return on error in this case
bIsConnected=oSetting.IsConnected()
if not bIsConnected:
self.ShowDebug(u'Connection has died, need to reconnect...')
oSetting.bOnError=True
oSetting.Disconnect()
oSetting.Connect()
if oSetting.bIsConnected:
uMsg=oCodesetCode.uCmd
try:
uMsg=ReplaceVars(uMsg,self.uInterFaceName+'/'+oSetting.uConfigName)
uMsg=ReplaceVars(uMsg)
oCodesetCode.uGetVar = ReplaceVars(oCodesetCode.uGetVar,self.uInterFaceName+'/'+oSetting.uConfigName)
oCodesetCode.uGetVar = ReplaceVars(oCodesetCode.uGetVar)
uMsg=uMsg[:-1]+",\"id\":\"" +oSetting.uID+"\"}"
oSetting.uMsg=uMsg
oSetting.uRetVar=uRetVar
oSetting.oCodesetCode=oCodesetCode
oSetting.uRetVar=uRetVar
self.ShowInfo (u'Sending Command: '+uMsg + ' to '+oCodesetCode.uHost+':'+oCodesetCode.uPort,oSetting.uConfigName)
#All response comes to receiver thread, so we should hold the queue until vars are set
if oSetting.oCodesetCode.bWaitForResponse==True:
oORCA.StartWait(self.iWaitMs)
oSetting.oSocket.sendall(uMsg)
fSleep(0.01)
iRet=0
break
except Exception as e:
self.ShowError(u'Can\'t send message',oSetting.uConfigName,e)
iRet=1
oSetting.Disconnect()
oSetting.bOnError=True
if not uRetVar==u'':
SetVar(uRetVar,u"Error")
else:
if not uRetVar==u'':
SetVar(uRetVar,u"Error")
if oSetting.bIsConnected:
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 Receive(self):
#Main Listening Thread to receive json messages
#Loop until closed by external flag
try:
while self.bStopThreadEvent==False:
if not self.oSocket==None:
ready = select.select([self.oSocket], [], [],1.0)
# the first element of the returned list is a list of readable sockets
if ready[0]:
self.bHandled=False
sResponses = self.oSocket.recv(self.iBufferSize)
uResponses = ToUnicode(sResponses)
# there could be more than one response, so we need to split them
# unfortunately, there is no end char in a json respone
aResponses=uResponses.split('}{')
if not len(aResponses)==1:
i=0
while i<len(aResponses):
if i==0:
aResponses[i]+='}'
else:
aResponses[i]=u'{'+aResponses[i]
i+=1
uID=0
for uResponse in aResponses:
if not uResponse==u'':
if '"result":"pong"' in uResponse:
self.bPingAnswer=True
else:
# Get the Command and the payload
# If the returned Command is a response to the send message
uCommand,uID=self.oInterFace.ParseResult_JsonHeader(uResponse)
if uID==self.uID:
uCmd,uRetVal=self.oInterFace.ParseResult(self.oCodesetCode,uResponse,self)
self.ShowDebug(u'Parsed Respones:'+uRetVal)
if not self.uRetVar==u'' and not uRetVal==u'':
SetVar(self.uRetVar,uRetVal)
# We do not need to wait for an response anymore
oORCA.StartWait(0)
self.bHandled=True
if self.bHandled==False:
# we have a notification issued by the device, so lets have a look, if we have a trigger assigned to it
oActionTrigger=self.GetTrigger(uCommand)
if not oActionTrigger==None:
self.CallTrigger(oActionTrigger,uResponse)
else:
self.ShowDebug(u'Discard message:'+uCommand +':'+uResponse)
#print "LEAVE PARSE"
fSleep(0.01)
except Exception as e:
if self.bIsConnected:
self.ShowError(u'Error Receiving Response:',e)
self.bIsConnected=False
try:
if not self.oSocket==None:
self.ShowDebug(u'Closing socket in Thread')
self.oSocket.close()
except Exception as e:
self.ShowError(u'Error closing socket in Thread',e)
def SendCommand(self, oAction, oSetting, uRetVar, bNoLogOut=False):
cBaseInterFace.SendCommand(self, oAction, oSetting, uRetVar, bNoLogOut)
if uRetVar != "":
oAction.uGlobalDestVar = uRetVar
iTryCount = 0
iRet = 1
#Logger.info ('Interface '+self.sInterFaceName+': Sending Command: '+sCommand + ' to '+oSetting.sHost+':'+oSetting.sPort)
while iTryCount < 2:
iTryCount += 1
oSetting.Connect()
# we need to verify if we are really connected, as the connection might have died
# and .sendall will not return on error in this case
#bIsConnected=oSetting.IsConnected()
if oSetting.bIsConnected:
uMsg = oAction.uCmd
try:
uMsg = ReplaceVars(
uMsg, self.uInterFaceName + '/' + oSetting.uConfigName)
uMsg = ReplaceVars(uMsg)
oAction.uGetVar = ReplaceVars(
oAction.uGetVar,
self.uInterFaceName + '/' + oSetting.uConfigName)
oAction.uGetVar = ReplaceVars(oAction.uGetVar)
oSetting.uMsg = uMsg
oSetting.uRetVar = uRetVar
oSetting.uRetVar = uRetVar
self.ShowInfo(
u'Sending Command: ' + uMsg + ' to ' +
oSetting.aInterFaceIniSettings.uHost + ':' +
oSetting.aInterFaceIniSettings.uPort,
oSetting.uConfigName)
#All response comes to receiver thread, so we should hold the queue until vars are set
if oSetting.oAction.bWaitForResponse:
StartWait(self.iWaitMs)
oSetting.oWebSocket.send(uMsg)
fSleep(0.01)
iRet = 0
break
except Exception as e:
self.ShowError(u'Can\'t send message',
oSetting.uConfigName, e)
iRet = 1
oSetting.Disconnect()
oSetting.bOnError = True
if not uRetVar == u'':
SetVar(uVarName=uRetVar, oVarValue=u"Error")
else:
if not uRetVar == u'':
SetVar(uVarName=uRetVar, oVarValue=u"Error")
if oSetting.bIsConnected:
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 ExecuteActionShowPage(self, oAction):
"""
WikiDoc:Doc
WikiDoc:Context:ActionsDetails
WikiDoc:Page:Actions-ShowPage
WikiDoc:TOCTitle:showpage
The showpage action shows a specific page. You need to provide the name of the page as defined in your page definition. Do not mix file name and page name. If page name is 'settings' , the settings dialog will be shown. For android devices, the settings dialog will be shown, if you press the settings button of your Android device.
You can also set, how a page is displayed. For this, you can pass the same parameter as described in 'setpageeffect'. This is optional, if you don't pass this the last global effects are used. Passing effect types here will not change global settings.
If a page get shown, the pagestop actions for the leaving page and the pagestart actions for the new page are executed. This will not happen if the new page/leaving page is a popup. If you want to get the pagestop actions/pagestart actions executed, if you show a popup, you have to set the enforce parameter. Pagestop actions and pagestart actions of the popup page are always executed
You also could use a short form, where the pagename is added directly to the string. eg. string="showpage $(LASTPAGE)"
<div style="overflow:auto; ">
{| class="wikitable"
! align="left" | Attribute
! align="left" | Description
|-
|string
|showpage
|-
|pagename
|Page name, name of the page to display
|-
|effect
|Page effect (optional)
|-
|direction
|Page effect direction (optional)
|-
|enforce
|Force pagestop actions & pagestop actions on popup call.
Valid options are
* ENFORCESTARTACTIONS
* ENFORCESTOPACTIONS
|}</div>
A short example:
<div style="overflow-x: auto;"><syntaxhighlight lang="xml">
<action name="gotolastpage" string="showpage" pagename="$var(LASTPAGE)" />
</syntaxhighlight></div>
WikiDoc:End
"""
self.oEvenDispatcher.LogAction(u'ShowPage', oAction)
uEffect = ReplaceVars(oAction.dActionPars.get("effect", ""))
uDirection = ReplaceVars(oAction.dActionPars.get("direction", ""))
uPageName = ReplaceVars(oAction.dActionPars.get("pagename", ""))
uCurrentEffect = ""
if uEffect:
uCurrentEffect = Globals.oTheScreen.uCurrentEffect
if uDirection:
uCurrentDirection = Globals.oTheScreen.uCurrentEffectDirection
if uEffect or uDirection:
self.ExecuteActionSetPageEffect(oAction)
iRet = Globals.oTheScreen.ShowPage(uPageName)
if uEffect:
Globals.oTheScreen.SetPageEffect(uCurrentEffect)
if uDirection:
Globals.oTheScreen.SetPageEffectDirection(
uDirection=uCurrentDirection)
self.oEvenDispatcher.bDoNext = False
fSleep(0.1)
return iRet
def WorkOnQueue(self, bForce: bool, *largs) -> Union[eReturnCode, None]:
""" runs the queue, until finished """
oAction: cAction
self.bForceState = bForce
eRet: eReturnCode = eReturnCode.Nothing
eRetReal: eReturnCode
# We need to ensure, that only actions in the last queue will be executed
# All other Queues are still scheduled, so just skip them
if not self == aActiveQueueStack[-1]:
return None
if IsWaiting() and not self.bForceState:
Clock.schedule_once(partial(self.WorkOnQueue, bForce))
return None
if Globals.oTheScreen.bIntransition and not self.bForceState:
Clock.schedule_once(partial(self.WorkOnQueue, bForce))
return None
fNextFrame: float = 0.0
#fNextFrame=0.0001
fStart = time.time()
while True:
if self.iActionQueuePos < len(self.aActionQueue):
oAction = self.aActionQueue[self.iActionQueuePos]
Globals.oEvents.bDoNext = True
eRetReal = self.WorkOnQueueDoAction(oAction=oAction)
if eRetReal != eReturnCode.Nothing:
eRet = eRetReal
self.iActionQueuePos += 1
if not self == aActiveQueueStack[-1]:
#Logger.debug ("Not own queue")
return eRet
if oAction.iActionId == Globals.oActions.oActionType.Wait:
'''
fWait=ToFloat(ReplaceVars(oAction.dActionPars.get('time','1')))
Globals.oEvents.LogAction(u'Wait',oAction)
if not self.bForceState:
fNextFrame = fWait/1000.0
Globals.oEvents.bDoNext = False
else:
fSleep (fWait/1000.0)
'''
fWait = ToFloat(
ReplaceVars(oAction.dActionPars.get('time', '1')))
Globals.oEvents.LogAction(uTxt=u'Wait', oAction=oAction)
Globals.oEvents.bDoNext = False
fSleep(fSeconds=fWait / 1000) # Todo: Check division
Globals.oEvents.LogAction(uTxt=u'Wait2', oAction=oAction)
#We will execute some basic Actions like Var manipulation immediately, to make it faster
#If we wait, then prevent fast execution
if IsWaiting():
Globals.oEvents.bDoNext = False
# to ensure, that we get screen updates and detect touches, even on long queues
if time.time() - fStart > 0.2:
Globals.oEvents.bDoNext = False
fStart = time.time()
#If we do not force working the queue and nothing to accelerate, the next execution is not next frame (to ensure screen updates)
if not self.bForceState and not Globals.oEvents.bDoNext:
if not bStop:
if Globals.bOnSleep:
fNextFrame = 0.5 # if we are on sleep , we switch to timed minimum queue activity
Clock.schedule_once(partial(self.WorkOnQueue, False),
fNextFrame)
return eRet
else:
del self.aActionQueue[:]
self.iActionQueuePos = 0
if not len(aActiveQueueStack) == 1:
aInActiveQueueStack.append(aActiveQueueStack.pop())
if not self.bForceState:
if not bStop:
Clock.schedule_once(
partial(GetActiveQueue().WorkOnQueue, bForce),
fNextFrame)
return eRet
def Disconnect(self):
self.bStopThreadEvent=True
if not cBaseInterFaceSettings.Disconnect(self):
return False
fSleep(0.05,True)
self.bOnError = False
def WorkOnQueue(self, bForce, *largs):
""" runs the queue, until finished """
self.bForceState = bForce
iRet = -2
# We need to ensure, that only actions in the last queue will be executed
# All other Queues are still scheduled, so just skip them
if not self == aActiveQueueStack[-1]:
return
if IsWaiting() and not self.bForceState:
Clock.schedule_once(partial(self.WorkOnQueue, bForce))
return
if Globals.oTheScreen.bIntransition and not self.bForceState:
Clock.schedule_once(partial(self.WorkOnQueue, bForce))
return
#fNextFrame=0.0
fNextFrame = 0.0001
while True:
if self.iActionQueuePos < len(self.aActionQueue):
oAction = self.aActionQueue[self.iActionQueuePos]
Globals.oEvents.bDoNext = True
iRetReal = Globals.oEvents.WorkOnQueueDoAction(oAction)
if iRetReal != -2:
iRet = iRetReal
self.iActionQueuePos = self.iActionQueuePos + 1
if not self == aActiveQueueStack[-1]:
#Logger.debug ("Not own queue")
return iRet
if oAction.iActionId == Globals.oActions.oActionType.Wait:
'''
fWait=ToFloat(ReplaceVars(oAction.dActionPars.get('time','1')))
Globals.oEvents.LogAction(u'Wait',oAction)
if not self.bForceState:
fNextFrame = fWait/1000.0
Globals.oEvents.bDoNext = False
else:
fSleep (fWait/1000.0)
'''
fWait = ToFloat(
ReplaceVars(oAction.dActionPars.get('time', '1')))
Globals.oEvents.LogAction(u'Wait', oAction)
Globals.oEvents.bDoNext = False
fSleep(fWait / 1000)
Globals.oEvents.LogAction(u'Wait2', oAction)
#We will execute some basic Actions like Var manipulation immediatly, to make it faster
#If we wait, then prevent fast execution
if IsWaiting():
Globals.oEvents.bDoNext = False
#If we do not force working the queue and nothing to accelerate, the next execution is not next frame (to ensure screen updates)
if not self.bForceState and not Globals.oEvents.bDoNext:
if not bStop:
if Globals.bOnSleep:
fNextFrame = 0.5 # if we are on sleep , we switch to timed minimum queue activity
Clock.schedule_once(partial(self.WorkOnQueue, False),
fNextFrame)
return iRet
else:
del self.aActionQueue[:]
self.iActionQueuePos = 0
if not len(aActiveQueueStack) == 1:
aInActiveQueueStack.append(aActiveQueueStack.pop())
if not self.bForceState:
if not bStop:
Clock.schedule_once(
partial(GetActiveQueue().WorkOnQueue, bForce),
fNextFrame)
return iRet
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)
if uRetVar != "":
oAction.uGlobalDestVar = uRetVar
iTryCount = 0
eRet: eReturnCode = eReturnCode.Error
#Logger.info ('Interface '+self.sInterFaceName+': Sending Command: '+sCommand + ' to '+oSetting.sHost+':'+oSetting.sPort)
while iTryCount < self.iMaxTryCount:
iTryCount += 1
oSetting.Connect()
# we need to verify if we are really connected, as the connection might have died
# and .sendall will not return on error in this case
#bIsConnected=oSetting.IsConnected()
if oSetting.bIsConnected:
uMsg = oAction.uCmd
try:
uMsg = ReplaceVars(
uMsg, self.uObjectName + '/' + oSetting.uConfigName)
uMsg = ReplaceVars(uMsg)
oAction.uGetVar = ReplaceVars(
oAction.uGetVar,
self.uObjectName + '/' + oSetting.uConfigName)
oAction.uGetVar = ReplaceVars(oAction.uGetVar)
oSetting.uMsg = uMsg
oSetting.uRetVar = uRetVar
oSetting.uRetVar = uRetVar
self.ShowInfo(uMsg=u'Sending Command: ' + uMsg + ' to ' +
oSetting.aIniSettings.uHost + ':' +
oSetting.aIniSettings.uPort,
uParConfigName=oSetting.uConfigName)
#All response comes to receiver thread, so we should hold the queue until vars are set
if oSetting.oAction.bWaitForResponse:
StartWait(self.iWaitMs)
oSetting.oWebSocket.send(uMsg)
fSleep(fSeconds=0.01)
eRet = eReturnCode.Success
break
except Exception as e:
self.ShowError(uMsg=u'Can\'t send message',
uParConfigName=oSetting.uConfigName,
oException=e)
eRet = eReturnCode.Error
oSetting.Disconnect()
oSetting.bOnError = True
if not uRetVar == u'':
SetVar(uVarName=uRetVar, oVarValue=u"Error")
else:
if not uRetVar == u'':
SetVar(uVarName=uRetVar, oVarValue=u"Error")
self.CloseSettingConnection(oSetting=oSetting, bNoLogOut=bNoLogOut)
return eRet
