def ELV_getrooms(self, oSetting, oAction, dParams): #check
"""
Returns a list of rooms
:param cInterface.cInterFaceSettings oSetting: The setting object
:param cAction oAction: The action object (unused)
:param dict dParams: The parameter (unused)
:return: list: A list of dicts: key:name=room name , rf_address= Rf Address of Room
:rtype: list
"""
aRet = []
i = 0
for oRoom in oSetting.oDevice.rooms:
dLine = QueryDict()
dLine.uVarSuffix = "[" + str(i) + "]"
dLine.dValue = {
"name": oRoom.name,
"rf_address": str(oRoom.rf_address)
}
aRet.append(dLine)
i = i + 1
return aRet
def __init__(self):
cDiscoverScriptTemplate.__init__(self)
self.uSubType = u'UPNP'
self.bStopWait = False
self.aResults = []
self.aThreads = []
self.oReq = QueryDict()
def __init__(self):
cDiscoverScriptTemplate.__init__(self)
self.uSubType = u'EISCP (Onkyo)'
self.aResults = []
self.aThreads = []
self.oReq = QueryDict()
self.bOnlyOnce = True
self.uIPVersion = "Auto"
def _CreateSimpleResult(self, uResult):
"""
Helper Function to create a simple one line result
:param uResult:
:return: a dict key:result=Result
:rtype: QueryDict
"""
aRet = []
dLine = QueryDict()
dLine.uVarSuffix = ""
dLine.dValue = {"result": uResult}
aRet.append(dLine)
return aRet
def GetDeviceDetails(self,sData,tSenderAddr):
oRet = QueryDict()
oRet.sFoundIP = tSenderAddr[0]
oRet.uFoundPort = tSenderAddr[1]
oRet.bFound = True
oRet.sData = sData
oRet.uIPVersion = self.uIPVersion
return oRet
def ListDiscover(self):
oSetting = self.GetSettingObjectForConfigName(
uConfigName=self.uConfigName)
fTimeOut = oSetting.aScriptIniSettings.fTimeOut
dArgs = {}
dArgs["onlyonce"] = 0
self.Discover(**dArgs)
try:
for dResult in self.aResults:
aDevice = QueryDict()
aDevice.sFoundIP = dResult["ip"]
aDevice.uFoundPort = str(dResult["port"])
aDevice.uFoundModel = dResult["model"]
aDevice.uFoundHostName = dResult["hostname"]
Logger.info(u'Bingo: Discovered device %s:%s' %
(aDevice.uFoundModel, aDevice.sFoundIP))
uTageLine = aDevice.sFoundIP + aDevice.uFoundModel
if self.aDevices.get(uTageLine) is None:
self.aDevices[uTageLine] = aDevice
self.AddLine([
aDevice.sFoundIP, aDevice.uFoundHostName,
aDevice.uFoundPort, aDevice.uFoundModel
], aDevice)
except Exception as e:
LogErrorSmall(u'Error on Enigma discover', e)
def GetDeviceDetails(self, sData, tSenderAddr):
oRet = QueryDict()
oRet.sFoundIP = tSenderAddr[0]
oRet.sData = sData
oRet.uFoundName = sData[0:8].decode('utf-8')
oRet.uFoundSerial = sData[8:18].decode('utf-8')
oRet.uFoundHostName = socket.gethostbyaddr(oRet.sFoundIP)[0]
oRet.uIPVersion = u"IPv4"
Logger.info(u'Bingo: Dicovered device %s:%s:%s at %s' %
(oRet.uFoundName, oRet.uFoundHostName, oRet.uFoundSerial,
oRet.sFoundIP))
return oRet
def Run(self, fTimeOut):
self.bStopThreadEvent = False
Logger.debug(u'iTach Start Discover Thread')
p = re.compile((r'AMXB<-UUID=GlobalCache_(?P<UUID>.{12}).+'
r'Model=iTach(?P<Model>.+?)>.+'
r'Revision=(?P<Revision>.+?)>.+'
r'Config-URL=http://(?P<IP>.+?)>.+'
r'PCB_PN=(?P<PN>.+?)>.+'
r'Status=(?P<Status>.+?)>'))
try:
self.oSocket.settimeout(fTimeOut)
self.oSocket.bind(('', 9131))
group = socket.inet_aton('239.255.250.250')
mreq = struct.pack('4sL', group, socket.INADDR_ANY)
self.oSocket.setsockopt(socket.IPPROTO_IP,
socket.IP_ADD_MEMBERSHIP, mreq)
except Exception as e:
self.cScript.ShowError("iTach-Discover -3: Error occured", e)
try:
while not self.bStopThreadEvent:
if self.oSocket is not None:
ready = select.select([self.oSocket], [], [],
int(fTimeOut))
# the first element of the returned list is a list of readable sockets
if ready[0]:
data = self.oSocket.recv(1024)
match = p.match(data)
if match:
oiTachEntry = QueryDict()
oiTachEntry.uIP = match.group('IP')
oiTachEntry.uUUID = match.group('UUID')
oiTachEntry.uModel = match.group('Model')
oiTachEntry.uRevision = match.group('Revision')
oiTachEntry.uPartNumber = match.group('PN')
oiTachEntry.uStatus = match.group('Status')
if not oiTachEntry.uIP in self.aDevices:
self.aDevices[oiTachEntry.uIP] = oiTachEntry
Logger.info(
"iTach-Discover: iTach found! IP: %s, UUID:%s, Model:%s, Revision:%s, Part number:%s, Status:%s"
%
(oiTachEntry.uIP, oiTachEntry.uUUID,
oiTachEntry.uModel, oiTachEntry.uRevision,
oiTachEntry.uPartNumber,
oiTachEntry.uStatus))
except socket.timeout:
if len(self.aDevices) == 0:
Logger.debug(
"iTach-Discover: Could not find an iTach on the network")
except Exception as e:
self.cScript.ShowError("iTach-Discover: Error occured", e)
finally:
Logger.debug(u'iTach-Discover: Stop Discover Thread')
self.oSocket.close()
return
class cScript(cDiscoverScriptTemplate):
"""
WikiDoc:Doc
WikiDoc:Context:Scripts
WikiDoc:Page:Scripts-Discover-UPNP
WikiDoc:TOCTitle:Discover UPNP
= Script Discover UPNP =
The UPNP discover script discover devices which runs a upnp server.
You can filter the discover result by passing the following parameters::
<div style="overflow:auto; ">
{| class="wikitable"
! align="left" | Attribute
! align="left" | Description
|-
|discovermanufacturer
|Discover models only from a specific manufacturer
|-
|discovermodels
|Discover specific models
|-
|discoverprettyname
|Some devices reports a pretty name (like mac address, or IP addrees, a a further name). You can specify to discover just aspecific preetty name
|-
|servicetypes
|Specifies the servicetypes for discover (eg.: upnp:rootdevice)
|-
|ipversion
|Specifies which IPVersion to use for discovery: Could be IPv4Only,IPv6Only,All,Auto. Auto prefers IPv6, if available
|-
|timeout
|Specifies the timout for discover
|}</div>
Blank options will not be used. You could eg use the pretty name just to match a specific device, or just the manufacturer name to match all devices in the network of this manufacturer.
WikiDoc:End
"""
class cScriptSettings(cBaseScriptSettings):
def __init__(self, oScript):
cBaseScriptSettings.__init__(self, oScript)
self.aScriptIniSettings.fTimeOut = 15.0
def __init__(self):
cDiscoverScriptTemplate.__init__(self)
self.uSubType = u'UPNP'
self.bStopWait = False
self.aResults = []
self.aThreads = []
self.oReq = QueryDict()
def Init(self, uScriptName, uScriptFile=u''):
cDiscoverScriptTemplate.Init(self, uScriptName, uScriptFile)
self.oScriptConfig.dDefaultSettings['TimeOut']['active'] = "enabled"
def GetHeaderLabels(self):
return [
'$lvar(5029)', '$lvar(5035)', '$lvar(5030)', '$lvar(5031)',
'$lvar(5032)', '$lvar(SCRIPT_DISC_UPNP_1)'
]
def ListDiscover(self):
dArgs = {}
dArgs["onlyonce"] = 0
dArgs["servicetypes"] = "ssdp:all"
dArgs["ipversion"] = "All"
aDevices = {}
self.Discover(**dArgs)
for aDevice in self.aResults:
uTageLine = aDevice.sFoundIP + aDevice.uFoundHostName + aDevice.uFoundManufacturer + aDevice.uFoundModel + aDevice.uFoundFriendlyName + aDevice.uFoundServiceType
if aDevices.get(uTageLine) is None:
aDevices[uTageLine] = aDevice
self.AddLine([
aDevice.sFoundIP, aDevice.uFoundHostName,
aDevice.uFoundManufacturer, aDevice.uFoundModel,
aDevice.uFoundFriendlyName, aDevice.uFoundServiceType
], aDevice)
return
def CreateDiscoverList_ShowDetails(self, instance):
uText= u"$lvar(5029): %s \n" \
u"$lvar(5035): %s \n" \
u"$lvar(5030): %s \n"\
u"$lvar(5031): %s \n"\
u"$lvar(5032): %s \n"\
u"$lvar(SCRIPT_DISC_UPNP_1): %s \n"\
u"\n"\
u"%s\n"\
u"\n"\
u"%s" % (instance.oDevice.sFoundIP,instance.oDevice.uFoundHostName,instance.oDevice.uFoundManufacturer,instance.oDevice.uFoundModel,instance.oDevice.uFoundFriendlyName,instance.oDevice.uFoundServiceType,instance.oDevice.sData,instance.oDevice.uResult)
ShowMessagePopUp(uMessage=uText)
def Discover(self, **kwargs):
self.oReq.clear()
uConfigName = kwargs.get('configname', self.uConfigName)
oSetting = self.GetSettingObjectForConfigName(uConfigName=uConfigName)
self.oReq.uManufacturer = kwargs.get('manufacturer', "")
self.oReq.uModels = kwargs.get('models', "")
self.oReq.uFriendlyName = kwargs.get('prettyname', "")
self.oReq.bReturnPort = ToBool(kwargs.get('returnport', "0"))
fTimeOut = ToFloat(
kwargs.get('timeout', oSetting.aScriptIniSettings.fTimeOut))
uParST = kwargs.get('servicetypes', "ssdp:all")
uIPVersion = kwargs.get('ipversion', "IPv4Only")
aST = uParST.split(',')
bOnlyOnce = ToBool(kwargs.get('onlyonce', "1"))
Logger.debug(
u'Try to discover %s device by UPNP: Models: %s , PrettyName: %s '
% (self.oReq.uManufacturer, self.oReq.uModels,
self.oReq.uFriendlyName))
del self.aResults[:]
del self.aThreads[:]
try:
for uST in aST:
oThread = None
if uIPVersion == "IPv4Only" or uIPVersion == "All" or (
uIPVersion == "Auto" and Globals.uIPAddressV6 == ""):
oThread = cThread_Discover_UPNP(bOnlyOnce=bOnlyOnce,
oReq=self.oReq,
uIPVersion="IPv4Only",
fTimeOut=fTimeOut,
uST=uST,
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_UPNP(bOnlyOnce=bOnlyOnce,
oReq=self.oReq,
uIPVersion="IPv6Only",
fTimeOut=fTimeOut,
uST=uST,
oCaller=self)
self.aThreads.append(oThread)
self.aThreads[-1].start()
for oT in self.aThreads:
oT.join()
if len(self.aResults) > 0:
return {
"Host": self.aResults[0].sFoundIP,
"Hostname": self.aResults[0].uFoundHostName,
"Model": self.aResults[0].uFoundModel,
"FriendlyName": self.aResults[0].uFoundFriendlyName,
"Manufacturer": self.aResults[0].uFoundManufacturer,
"ServiceType": self.aResults[0].uFoundServiceType,
"IPVersion": self.aResults[0].uIPVersion,
'Exception': None
}
else:
Logger.warning(u'No device found device %s:%s:%s' %
(self.oReq.uManufacturer, self.oReq.uModels,
self.oReq.uFriendlyName))
return {
"Host": "",
"Hostname": "",
"Model": "",
"FriendlyName": "",
"Manufacturer": "",
"ServiceType": "",
"IPVersion": "",
'Exception': None
}
except Exception as e:
LogError(u'Error on discover uPnP', e)
return {
"Host": "",
"Hostname": "",
"Model": "",
"FriendlyName": "",
"Manufacturer": "",
"ServiceType": "",
"IPVersion": "",
'Exception': e
}
@classmethod
def GetConfigJSONforParameters(cls, dDefaults):
return {
"Manufacturer": {
"type": "string",
"order": 0,
"title": "$lvar(6013)",
"desc": "$lvar(6014)",
"key": "manufacturer",
"default": ""
},
"Models": {
"type": "string",
"order": 1,
"title": "$lvar(6015)",
"desc": "$lvar(6016)",
"key": "models",
"default": ""
},
"PrettyName": {
"type": "string",
"order": 2,
"title": "$lvar(6017)",
"desc": "$lvar(6018)",
"key": "prettyname",
"default": ""
},
"ServiceTypes": {
"type":
"string",
"order":
3,
"title":
"$lvar(6023)",
"desc":
"$lvar(6024)",
"key":
"servicetypes",
"default":
"urn:dial-multiscreen-org:service:dial:1,urn:schemas-upnp-org:service:AVTransport:1"
},
"IP Version": {
"type": "scrolloptions",
"order": 4,
"title": "$lvar(6037)",
"desc": "$lvar(6038)",
"key": "ipversion",
"default": "IPv4Only",
"options": ["IPv4Only", "IPv6Only", "All", "Auto"]
},
"TimeOut": {
"type": "numericfloat",
"order": 6,
"title": "$lvar(6019)",
"desc": "$lvar(6020)",
"key": "timeout",
"default": "15.0"
}
}
def GetDeviceDetails(self, sData, tSenderAddr):
oRet = QueryDict()
oRet.uFoundManufacturer = u""
oRet.uFoundModel = u""
oRet.uFoundFriendlyName = u""
oRet.uFoundServiceType = u""
oRet.sFoundIP = tSenderAddr[0]
oRet.uIPVersion = self.uIPVersion[:4]
oRet.bFound = False
oRet.sData = sData
oRet.uResult = u""
oRet.uFoundHostName = u""
uUrl = u""
if not PY2:
oRet.sData = ToUnicode(oRet.sData)
if oRet.uIPVersion == "IPv6":
oRet.sFoundIP = "[%s}" % oRet.sFoundIP
# if we got a response
if '200 OK' in oRet.sData:
aData = oRet.sData.splitlines()
uFoundServiceType = ""
# The location field as part of DIAL specification and contains a link to an XML with further device infos
for uLine in aData:
if uLine.upper().startswith('LOCATION:'):
uUrl = uLine[9:].strip()
if uLine.startswith('ST'):
oRet.uFoundServiceType = uLine[3:].strip()
uFoundServiceType = uFoundServiceType
Logger.debug(u'Trying to get device details from %s' % uUrl)
try:
self.oUrlRequest = UrlRequest(uUrl,
method="GET",
req_body='',
req_headers={
"Connection": "Keep-Alive",
"Accept-Encoding": "gzip"
},
timeout=self.fTimeOut,
on_error=self.OnError)
self.NewWait(0.05)
iStatusCode = self.oUrlRequest.resp_status
if iStatusCode == 200 and "device" in self.oUrlRequest.result:
oRet.uResult = RemoveURN(self.oUrlRequest.result)
oNode = ElementTree(fromstring(oRet.uResult))
oNode = oNode.find("device")
oRet.uFoundManufacturer = oNode.find("manufacturer").text
oRet.uFoundModel = oNode.find("modelName").text
try:
oRet.uFoundFriendlyName = oNode.find(
"friendlyName").text
except Exception as e:
pass
oRet.bFound = True
Logger.debug(u'Found Device %s:%s:%s (%s)' %
(oRet.uFoundManufacturer, oRet.uFoundModel,
oRet.uFoundFriendlyName, oRet.sFoundIP))
except Exception as e:
LogError("Can''t get device details. skipping device: " + uUrl,
e)
return oRet
def Discover(self, **kwargs):
oSendSocket = None
oReceiveSocket = None
iPort = 23272
uSerial = kwargs.get('serialnumber', "")
uConfigName = kwargs.get('configname', self.uConfigName)
oSetting = self.GetSettingObjectForConfigName(uConfigName=uConfigName)
fTimeOut = ToFloat(
kwargs.get('timeout', oSetting.aScriptIniSettings.fTimeOut))
del self.aResults[:]
Logger.debug(u'Try to discover ELV MAX device: %s ' % uSerial)
try:
oSendSocket = socket.socket(socket.AF_INET, socket.SOCK_DGRAM,
socket.IPPROTO_UDP)
oSendSocket.setsockopt(socket.SOL_SOCKET, socket.SO_BROADCAST,
True)
oSendSocket.settimeout(10)
bData = bytearray("eQ3Max", "utf-8") + \
bytearray("*\0", "utf-8") + \
bytearray('*' * 10, "utf-8") + \
bytearray('I', "utf-8")
oSendSocket.sendto(bData, ("255.255.255.255", iPort))
oReceiveSocket = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
oReceiveSocket.settimeout(fTimeOut)
oReceiveSocket.bind(("0.0.0.0", iPort))
# sData, tSenderAddr = oReceiveSocket.recvfrom(50)
# oRet = self.GetDeviceDetails(sData, tSenderAddr)
# if uSerial == "" or oRet.uSerial == uSerial:
# self.aResults.append(oRet)
while True:
# we do not wait too long
ready = select.select([oReceiveSocket], [], [], fTimeOut)
if ready[0]:
# Get a response
sData, tSenderAddr = oReceiveSocket.recvfrom(50)
oRet = self.GetDeviceDetails(sData, tSenderAddr)
if uSerial == "" or oRet.uSerial == uSerial:
self.aResults.append(oRet)
else:
break
if oSendSocket:
oSendSocket.close()
if oReceiveSocket:
oReceiveSocket.close()
if len(self.aResults) > 0:
return QueryDict([("Host", self.aResults[0].sFoundIP),
("Hostname",
self.aResults[0].uFoundHostName),
("Serial", self.aResults[0].uFoundSerial),
("Name", self.aResults[0].uFoundName)])
except Exception as e:
pass
if oSendSocket:
oSendSocket.close()
if oReceiveSocket:
oReceiveSocket.close()
Logger.warning(u'No ELV MAX Cube found %s' % uSerial)
return QueryDict([("Host", ""), ("Hostname", ""), ("Serial", ""),
("Name", "")])
def __init__(self):
cDiscoverScriptTemplate.__init__(self)
self.uSubType = u'Keene Kira'
self.aResults = []
self.aThreads = []
self.oReq = QueryDict()
class cScript(cDiscoverScriptTemplate):
"""
WikiDoc:Doc
WikiDoc:Context:Scripts
WikiDoc:Page:Scripts-Discover-Kira
WikiDoc:TOCTitle:Discover Kira
= Script Discover Keene Kira =
The Kira discover script discover Keene Kira Infrared transmitter devices.
You can filter the discover result by passing the following parameters::
<div style="overflow:auto; ">
{| class="wikitable"
! align="left" | Attribute
! align="left" | Description
|-
|timeout
|Specifies the timout for discover
|}</div>
WikiDoc:End
"""
class cScriptSettings(cBaseScriptSettings):
def __init__(self,oScript):
cBaseScriptSettings.__init__(self,oScript)
self.aScriptIniSettings.fTimeOut = 10.0
def __init__(self):
cDiscoverScriptTemplate.__init__(self)
self.uSubType = u'Keene Kira'
self.aResults = []
self.aThreads = []
self.oReq = QueryDict()
def Init(self,uScriptName,uScriptFile=u''):
"""
Init function for the script
:param string uScriptName: The name of the script (to be passed to all scripts)
:param uScriptFile: The file of the script (to be passed to all scripts)
"""
cDiscoverScriptTemplate.Init(self, uScriptName, uScriptFile)
self.oScriptConfig.dDefaultSettings['TimeOut']['active'] = "enabled"
def GetHeaderLabels(self):
return ['$lvar(5029)','$lvar(5035)','$lvar(6002)']
def ListDiscover(self):
dArgs = {}
dArgs["onlyonce"] = 0
dArgs["ipversion"] = "IPv4Only"
aDevices = {}
self.Discover(**dArgs)
for aDevice in self.aResults:
uTageLine=aDevice.sFoundIP+aDevice.uFoundHostName+aDevice.uFoundPort
if aDevices.get(uTageLine) is None:
aDevices[uTageLine]=aDevice
self.AddLine([aDevice.sFoundIP,aDevice.uFoundHostName,aDevice.uFoundPort],aDevice)
return
def CreateDiscoverList_ShowDetails(self,instance):
uText= u"$lvar(5029): %s \n" \
u"$lvar(6002): %s \n" \
u"$lvar(5035): %s \n"\
u"\n"\
u"%s" % (instance.oDevice.sFoundIP,instance.oDevice.uFoundPort,instance.oDevice.uFoundHostName,instance.oDevice.sData)
ShowMessagePopUp(uMessage=uText)
def Discover(self,**kwargs):
self.oReq.clear()
uConfigName = kwargs.get('configname',self.uConfigName)
oSetting = self.GetSettingObjectForConfigName(uConfigName=uConfigName)
self.oReq.bReturnPort = ToBool(kwargs.get('returnport',"0"))
fTimeOut = ToFloat(kwargs.get('timeout',oSetting.aScriptIniSettings.fTimeOut))
uIPVersion = kwargs.get('ipversion',"IPv4Only")
bOnlyOnce = ToBool(kwargs.get('onlyonce',"1"))
Logger.debug (u'Try to discover device by Kira Discovery (%s)' % uIPVersion)
del self.aResults[:]
del self.aThreads[:]
try:
oThread = None
if uIPVersion == "IPv4Only" or uIPVersion == "All" or (uIPVersion == "Auto" and Globals.uIPAddressV6 == ""):
oThread = cThread_Discover_Kira(bOnlyOnce=bOnlyOnce,oReq=self.oReq,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, oReq=self.oReq, uIPVersion="IPv6Only", fTimeOut=fTimeOut, oCaller=self)
self.aThreads.append(oThread)
self.aThreads[-1].start()
for oT in self.aThreads:
oT.join()
if len(self.aResults)>0:
return {"Host":self.aResults[0].sFoundIP,
"Hostname": self.aResults[0].uFoundHostName,
'Exception': None}
else:
Logger.warning(u'Kira Discover: No device found' )
return {"Host": "",
"Hostname": "",
'Exception': None}
except Exception as e:
LogError(u'Error on discover uPnP',e)
return {"Host": "",
"Hostname": "",
'Exception': e}
@classmethod
def GetConfigJSONforParameters(cls,dDefaults):
return {"Name": {"type": "string", "order":0, "title": "$lvar(6013)", "desc": "$lvar(6014)", "key": "name", "default":"" },
"IP Version": {"type": "scrolloptions","order":4, "title": "$lvar(6037)", "desc": "$lvar(6038)", "key": "ipversion", "default":"IPv4Only", "options":["IPv4Only","IPv6Only","All","Auto"]},
"TimeOut": {"type": "numericfloat", "order":6, "title": "$lvar(6019)", "desc": "$lvar(6020)", "key": "timeout", "default":"15.0"}
}
def _ELV_getroomdevices(self, oSetting, oAction, dParams,
bAddRoom): #check
"""
Internal Helper function to get a list of devices of a room
:param cInterface.cInterFaceSettings oSetting: The setting object
:param cAction oAction: The action object (unused)
:param dict dParams: The parameter, needs to include room
:param boolean bAddRoom: Flag to include the room name as first element
:return: list: A list of dicts: key:name=room name , rf_address= Rf Address of Room
:rtype: list
"""
aRet = []
i = 0
uRoom = ReplaceVars(dParams["room"],
self.uInterFaceName + u'/' + oSetting.uConfigName)
aTmpDestVar = ToList(oAction.uGlobalDestVar)
for uVarName in aTmpDestVar:
Var_DelArray(uVarName=uVarName + u'[]')
for oRoom in oSetting.oDevice.rooms:
if oRoom.name == uRoom:
if bAddRoom:
dLine = QueryDict()
dLine.uVarSuffix = "[" + str(i) + "]"
dLine.dValue = {}
uRfAddress = str(oRoom.rf_address)
dLine.dValue = {
"name": oRoom.name,
"rf_address": uRfAddress
}
aRet.append(dLine)
i = i + 1
for oDevice in oSetting.oDevice.devices_by_room(oRoom):
dLine = QueryDict()
dLine.uVarSuffix = "[" + str(i) + "]"
uRfAddress = str(oDevice.rf_address)
dLine.dValue = {}
dLine.dValue["name"] = oDevice.name
dLine.dValue["rf_address"] = str(uRfAddress)
aRet.append(dLine)
i = i + 1
break
return aRet
class cScript(cDiscoverScriptTemplate):
"""
WikiDoc:Doc
WikiDoc:Context:Scripts
WikiDoc:Page:Scripts-Discover-EISCP
WikiDoc:TOCTitle:Discover EISCP
= Script Discover EISCP =
The EISCP discover script discover ONKYO devices which supports the EISCP protocol.
You can filter the discover result by passing the following parameters::
<div style="overflow:auto; ">
{| class="wikitable"
! align="left" | Attribute
! align="left" | Description
|-
|models
|Discover only specific Onkyo models
|-
|timeout
|Specifies the timout for discover
|}</div>
Blank options will not be used.
WikiDoc:End
"""
class cScriptSettings(cBaseScriptSettings):
def __init__(self, oScript):
cBaseScriptSettings.__init__(self, oScript)
self.aScriptIniSettings.fTimeOut = 10.0
def __init__(self):
cDiscoverScriptTemplate.__init__(self)
self.uSubType = u'EISCP (Onkyo)'
self.aResults = []
self.aThreads = []
self.oReq = QueryDict()
self.bOnlyOnce = True
self.uIPVersion = "Auto"
def Init(self, uScriptName, uScriptFile=u''):
"""
Init function for the script
:param string uScriptName: The name of the script (to be passed to all scripts)
:param uScriptFile: The file of the script (to be passed to all scripts)
"""
cDiscoverScriptTemplate.Init(self, uScriptName, uScriptFile)
self.oScriptConfig.dDefaultSettings['TimeOut']['active'] = "enabled"
def GetHeaderLabels(self):
return ['$lvar(5029)', '$lvar(6002)', '$lvar(5031)', '$lvar(5032)']
def ListDiscover(self):
dArgs = {}
dArgs["onlyonce"] = 0
dArgs["ipversion"] = "All"
aDevices = {}
self.Discover(**dArgs)
for aDevice in self.aResults:
uTageLine = aDevice.sFoundIP + aDevice.uFoundModel + aDevice.uFoundIdentifier
if aDevices.get(uTageLine) is None:
aDevices[uTageLine] = aDevice
self.AddLine([
aDevice.sFoundIP, aDevice.uFoundPort, aDevice.uFoundModel,
aDevice.uFoundIdentifier
], aDevice)
return
def CreateDiscoverList_ShowDetails(self, instance):
uText= u"$lvar(5029): %s \n"\
u"$lvar(6002): %s \n"\
u"$lvar(5031): %s \n"\
u"$lvar(5032): %s \n"\
u"\n"\
u"%s" % (instance.oDevice.sFoundIP,instance.oDevice.uFoundPort,instance.oDevice.uFoundModel,instance.oDevice.uFoundIdentifier,instance.oDevice.sData)
ShowMessagePopUp(uMessage=uText)
def Discover(self, **kwargs):
self.oReq.clear()
uConfigName = kwargs.get('configname', self.uConfigName)
oSetting = self.GetSettingObjectForConfigName(uConfigName=uConfigName)
fTimeOut = ToFloat(
kwargs.get('timeout', oSetting.aScriptIniSettings.fTimeOut))
self.oReq.uModels = kwargs.get('models', "")
bOnlyOnce = ToBool(kwargs.get('onlyonce', "1"))
uIPVersion = kwargs.get('ipversion', "IPv4Only")
Logger.debug(u'Try to discover Onkyo device by EISCP: Models: %s ' %
self.oReq.uModels)
del self.aResults[:]
del self.aThreads[:]
try:
oThread = None
if uIPVersion == "IPv4Only" or uIPVersion == "All" or (
uIPVersion == "Auto" and Globals.uIPAddressV6 == ""):
oThread = cThread_Discover_EISCP(bOnlyOnce=bOnlyOnce,
oReq=self.oReq,
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_EISCP(bOnlyOnce=bOnlyOnce,
oReq=self.oReq,
uIPVersion="IPv6Only",
fTimeOut=fTimeOut,
oCaller=self)
self.aThreads.append(oThread)
self.aThreads[-1].start()
for oT in self.aThreads:
oT.join()
if len(self.aResults) > 0:
return {
'Model': self.aResults[0].uFoundModel,
'Host': self.aResults[0].sFoundIP,
'Port': self.aResults[0].uFoundPort,
'Category': self.aResults[0].uFoundCategory,
'Exception': None
}
else:
Logger.warning(u'No device found Models: %s' %
self.oReq.uModels)
return {
'Model': '',
'Host': '',
'Port': '',
'Category': '',
'Exception': None
}
except Exception as e:
Logger.debug(u'No EISCP device found, possible timeout')
return {
'Model': '',
'Host': '',
'Port': '',
'Category': '',
'Exception': e
}
@classmethod
def GetConfigJSONforParameters(cls, dDefaults):
return {
"TimeOut": {
"type": "numericfloat",
"active": "enabled",
"order": 0,
"title": "$lvar(6019)",
"desc": "$lvar(6020)",
"key": "timeout",
"default": "2.0"
},
"Models": {
"type": "string",
"active": "enabled",
"order": 1,
"title": "$lvar(SCRIPT_DISC_EISCP_1)",
"desc": "$lvar(SCRIPT_DISC_EISCP_2)",
"key": "models",
"default": ""
},
"IP Version": {
"type": "scrolloptions",
"order": 4,
"title": "$lvar(6037)",
"desc": "$lvar(6038)",
"key": "ipversion",
"default": "IPv4Only",
"options": ["IPv4Only", "IPv6Only", "All", "Auto"]
}
}
def GetDeviceDetails(self, sData, tSenderAddr):
oRet = QueryDict()
oRet.bFound = False
oRet.sFoundIP = ""
oRet.uFoundPort = ""
oRet.uFoundModel = ""
oRet.uFoundIdentifier = ""
oRet.uFoundCategory = ""
oRet.sData = ""
if PY2:
uResponse = sData[16:]
else:
uResponse = ToUnicode(sData)[16:]
if uResponse.find('ECN') != -1:
info = re.match(self.rMatch, uResponse.strip(),
re.VERBOSE).groupdict()
uResponse = uResponse[10:]
oRet.sFoundIP = tSenderAddr[0]
oRet.uFoundPort = ToUnicode(info['iscp_port'])
oRet.uFoundModel = info['model_name']
oRet.uFoundIdentifier = info['identifier']
oRet.uFoundCategory = ToUnicode(info['device_category'])
oRet.sData = uResponse
oRet.bFound = True
return oRet