def toXMLMembersStr(self, ws):
buf = ""
buf += LMCPObject.LMCPObject.toXMLMembersStr(self, ws)
buf += ws + "<ZoneID>" + str(self.ZoneID) + "</ZoneID>\n"
buf += ws + "<MinAltitude>" + str(
self.MinAltitude) + "</MinAltitude>\n"
buf += ws + "<MinAltitudeType>" + AltitudeType.get_AltitudeType_int(
self.MinAltitudeType) + "</MinAltitudeType>\n"
buf += ws + "<MaxAltitude>" + str(
self.MaxAltitude) + "</MaxAltitude>\n"
buf += ws + "<MaxAltitudeType>" + AltitudeType.get_AltitudeType_int(
self.MaxAltitudeType) + "</MaxAltitudeType>\n"
buf += ws + "<AffectedAircraft>\n"
for x in self.AffectedAircraft:
buf += ws + "<int64>" + str(x) + "</int64>\n"
buf += ws + "</AffectedAircraft>\n"
buf += ws + "<StartTime>" + str(self.StartTime) + "</StartTime>\n"
buf += ws + "<EndTime>" + str(self.EndTime) + "</EndTime>\n"
buf += ws + "<Padding>" + str(self.Padding) + "</Padding>\n"
buf += ws + "<Label>" + str(self.Label) + "</Label>\n"
buf += ws + "<Boundary>\n"
if self.Boundary == None:
buf += ws + " <null/>\n"
else:
buf += ws + self.Boundary.toXMLStr(ws + " ")
buf += ws + "</Boundary>\n"
return buf
def toXMLMembersStr(self, ws):
buf = ""
buf += EntityConfiguration.EntityConfiguration.toXMLMembersStr(self, ws)
buf += ws + "<MinimumSpeed>" + str(self.MinimumSpeed) + "</MinimumSpeed>\n"
buf += ws + "<MaximumSpeed>" + str(self.MaximumSpeed) + "</MaximumSpeed>\n"
buf += ws + "<NominalFlightProfile>\n"
if self.NominalFlightProfile == None:
buf += ws + " <null/>\n"
else:
buf += ws + self.NominalFlightProfile.toXMLStr(ws + " ")
buf += ws + "</NominalFlightProfile>\n"
buf += ws + "<AlternateFlightProfiles>\n"
for x in self.AlternateFlightProfiles:
if x == None:
buf += ws + " <null/>\n"
else:
buf += x.toXMLStr(ws + " ")
buf += ws + "</AlternateFlightProfiles>\n"
buf += ws + "<AvailableLoiterTypes>\n"
for x in self.AvailableLoiterTypes:
buf += ws + "<LoiterType>" + LoiterType.get_LoiterType_int(x) + "</LoiterType>\n"
buf += ws + "</AvailableLoiterTypes>\n"
buf += ws + "<AvailableTurnTypes>\n"
for x in self.AvailableTurnTypes:
buf += ws + "<TurnType>" + TurnType.get_TurnType_int(x) + "</TurnType>\n"
buf += ws + "</AvailableTurnTypes>\n"
buf += ws + "<MinimumAltitude>" + str(self.MinimumAltitude) + "</MinimumAltitude>\n"
buf += ws + "<MinAltitudeType>" + AltitudeType.get_AltitudeType_int(self.MinAltitudeType) + "</MinAltitudeType>\n"
buf += ws + "<MaximumAltitude>" + str(self.MaximumAltitude) + "</MaximumAltitude>\n"
buf += ws + "<MaxAltitudeType>" + AltitudeType.get_AltitudeType_int(self.MaxAltitudeType) + "</MaxAltitudeType>\n"
return buf
def unpackFromXMLNode(self, el, seriesFactory):
LMCPObject.LMCPObject.unpackFromXMLNode(self, el, seriesFactory)
for e in el.childNodes:
if e.nodeType == xml.dom.Node.ELEMENT_NODE:
if e.localName == "ZoneID" and len(e.childNodes) > 0 :
self.ZoneID = int(e.childNodes[0].nodeValue)
elif e.localName == "MinAltitude" and len(e.childNodes) > 0 :
self.MinAltitude = float(e.childNodes[0].nodeValue)
elif e.localName == "MinAltitudeType" and len(e.childNodes) > 0 :
self.MinAltitudeType = AltitudeType.get_AltitudeType_str(e.childNodes[0].nodeValue)
elif e.localName == "MaxAltitude" and len(e.childNodes) > 0 :
self.MaxAltitude = float(e.childNodes[0].nodeValue)
elif e.localName == "MaxAltitudeType" and len(e.childNodes) > 0 :
self.MaxAltitudeType = AltitudeType.get_AltitudeType_str(e.childNodes[0].nodeValue)
elif e.localName == "AffectedAircraft" and len(e.childNodes) > 0 :
self.AffectedAircraft = []
for c in e.childNodes:
if c.nodeType == xml.dom.Node.ELEMENT_NODE:
self.AffectedAircraft.append( int(c.childNodes[0].nodeValue) )
elif e.localName == "StartTime" and len(e.childNodes) > 0 :
self.StartTime = int(e.childNodes[0].nodeValue)
elif e.localName == "EndTime" and len(e.childNodes) > 0 :
self.EndTime = int(e.childNodes[0].nodeValue)
elif e.localName == "Padding" and len(e.childNodes) > 0 :
self.Padding = float(e.childNodes[0].nodeValue)
elif e.localName == "Label" and len(e.childNodes) > 0 :
self.Label = str(e.childNodes[0].nodeValue)
elif e.localName == "Boundary" and len(e.childNodes) > 0 :
for n in e.childNodes:
if n.nodeType == xml.dom.Node.ELEMENT_NODE:
self.Boundary = seriesFactory.createObjectByName(n.getAttribute('Series'), n.localName)
if self.Boundary != None:
self.Boundary.unpackFromXMLNode(n, seriesFactory)
return
def unpackFromXMLNode(self, el, seriesFactory):
EntityConfiguration.EntityConfiguration.unpackFromXMLNode(
self, el, seriesFactory)
for e in el.childNodes:
if e.nodeType == xml.dom.Node.ELEMENT_NODE:
if e.localName == "MinimumSpeed" and len(e.childNodes) > 0:
self.MinimumSpeed = float(e.childNodes[0].nodeValue)
elif e.localName == "MaximumSpeed" and len(e.childNodes) > 0:
self.MaximumSpeed = float(e.childNodes[0].nodeValue)
elif e.localName == "NominalFlightProfile" and len(
e.childNodes) > 0:
for n in e.childNodes:
if n.nodeType == xml.dom.Node.ELEMENT_NODE:
self.NominalFlightProfile = seriesFactory.createObjectByName(
n.getAttribute('Series'), n.localName)
if self.NominalFlightProfile != None:
self.NominalFlightProfile.unpackFromXMLNode(
n, seriesFactory)
elif e.localName == "AlternateFlightProfiles" and len(
e.childNodes) > 0:
self.AlternateFlightProfiles = []
for c in e.childNodes:
if c.nodeType == xml.dom.Node.ELEMENT_NODE:
obj = seriesFactory.createObjectByName(
c.getAttribute('Series'), c.localName)
if obj != None:
obj.unpackFromXMLNode(c, seriesFactory)
self.AlternateFlightProfiles.append(obj)
elif e.localName == "AvailableLoiterTypes" and len(
e.childNodes) > 0:
self.AvailableLoiterTypes = []
for c in e.childNodes:
if c.nodeType == xml.dom.Node.ELEMENT_NODE:
self.AvailableLoiterTypes.append(
LoiterType.get_LoiterType_str(
c.childNodes[0].nodeValue))
elif e.localName == "AvailableTurnTypes" and len(
e.childNodes) > 0:
self.AvailableTurnTypes = []
for c in e.childNodes:
if c.nodeType == xml.dom.Node.ELEMENT_NODE:
self.AvailableTurnTypes.append(
TurnType.get_TurnType_str(
c.childNodes[0].nodeValue))
elif e.localName == "MinimumAltitude" and len(
e.childNodes) > 0:
self.MinimumAltitude = float(e.childNodes[0].nodeValue)
elif e.localName == "MinAltitudeType" and len(
e.childNodes) > 0:
self.MinAltitudeType = AltitudeType.get_AltitudeType_str(
e.childNodes[0].nodeValue)
elif e.localName == "MaximumAltitude" and len(
e.childNodes) > 0:
self.MaximumAltitude = float(e.childNodes[0].nodeValue)
elif e.localName == "MaxAltitudeType" and len(
e.childNodes) > 0:
self.MaxAltitudeType = AltitudeType.get_AltitudeType_str(
e.childNodes[0].nodeValue)
return
def toXMLMembersStr(self, ws):
buf = ""
buf += LMCPObject.LMCPObject.toXMLMembersStr(self, ws)
buf += ws + "<ID>" + str(self.ID) + "</ID>\n"
buf += ws + "<Affiliation>" + str(self.Affiliation) + "</Affiliation>\n"
buf += ws + "<EntityType>" + str(self.EntityType) + "</EntityType>\n"
buf += ws + "<Label>" + str(self.Label) + "</Label>\n"
buf += ws + "<NominalSpeed>" + str(self.NominalSpeed) + "</NominalSpeed>\n"
buf += ws + "<NominalAltitude>" + str(self.NominalAltitude) + "</NominalAltitude>\n"
buf += ws + "<NominalAltitudeType>" + AltitudeType.get_AltitudeType_int(self.NominalAltitudeType) + "</NominalAltitudeType>\n"
buf += ws + "<PayloadConfigurationList>\n"
for x in self.PayloadConfigurationList:
if x == None:
buf += ws + " <null/>\n"
else:
buf += x.toXMLStr(ws + " ")
buf += ws + "</PayloadConfigurationList>\n"
buf += ws + "<Info>\n"
for x in self.Info:
if x == None:
buf += ws + " <null/>\n"
else:
buf += x.toXMLStr(ws + " ")
buf += ws + "</Info>\n"
return buf
def toXMLMembersStr(self, ws):
buf = ""
buf += LMCPObject.LMCPObject.toXMLMembersStr(self, ws)
buf += ws + "<Latitude>" + str(self.Latitude) + "</Latitude>\n"
buf += ws + "<Longitude>" + str(self.Longitude) + "</Longitude>\n"
buf += ws + "<Altitude>" + str(self.Altitude) + "</Altitude>\n"
buf += ws + "<AltitudeType>" + AltitudeType.get_AltitudeType_int(self.AltitudeType) + "</AltitudeType>\n"
return buf
def toXMLMembersStr(self, ws):
buf = ""
buf += LMCPObject.LMCPObject.toXMLMembersStr(self, ws)
buf += ws + "<VehicleID>" + str(self.VehicleID) + "</VehicleID>\n"
buf += ws + "<TaskID>" + str(self.TaskID) + "</TaskID>\n"
buf += ws + "<Speed>" + str(self.Speed) + "</Speed>\n"
buf += ws + "<Altitude>" + str(self.Altitude) + "</Altitude>\n"
buf += ws + "<AltitudeType>" + AltitudeType.get_AltitudeType_int(self.AltitudeType) + "</AltitudeType>\n"
return buf
def toXMLMembersStr(self, ws):
buf = ""
buf += LMCPObject.LMCPObject.toXMLMembersStr(self, ws)
buf += ws + "<Latitude>" + str(self.Latitude) + "</Latitude>\n"
buf += ws + "<Longitude>" + str(self.Longitude) + "</Longitude>\n"
buf += ws + "<Altitude>" + str(self.Altitude) + "</Altitude>\n"
buf += ws + "<AltitudeType>" + AltitudeType.get_AltitudeType_int(
self.AltitudeType) + "</AltitudeType>\n"
return buf
def unpackFromXMLNode(self, el, seriesFactory):
LMCPObject.LMCPObject.unpackFromXMLNode(self, el, seriesFactory)
for e in el.childNodes:
if e.nodeType == xml.dom.Node.ELEMENT_NODE:
if e.localName == "ZoneID" and len(e.childNodes) > 0:
self.ZoneID = int(e.childNodes[0].nodeValue)
elif e.localName == "MinAltitude" and len(e.childNodes) > 0:
self.MinAltitude = float(e.childNodes[0].nodeValue)
elif e.localName == "MinAltitudeType" and len(
e.childNodes) > 0:
self.MinAltitudeType = AltitudeType.get_AltitudeType_str(
e.childNodes[0].nodeValue)
elif e.localName == "MaxAltitude" and len(e.childNodes) > 0:
self.MaxAltitude = float(e.childNodes[0].nodeValue)
elif e.localName == "MaxAltitudeType" and len(
e.childNodes) > 0:
self.MaxAltitudeType = AltitudeType.get_AltitudeType_str(
e.childNodes[0].nodeValue)
elif e.localName == "AffectedAircraft" and len(
e.childNodes) > 0:
self.AffectedAircraft = []
for c in e.childNodes:
if c.nodeType == xml.dom.Node.ELEMENT_NODE:
self.AffectedAircraft.append(
int(c.childNodes[0].nodeValue))
elif e.localName == "StartTime" and len(e.childNodes) > 0:
self.StartTime = int(e.childNodes[0].nodeValue)
elif e.localName == "EndTime" and len(e.childNodes) > 0:
self.EndTime = int(e.childNodes[0].nodeValue)
elif e.localName == "Padding" and len(e.childNodes) > 0:
self.Padding = float(e.childNodes[0].nodeValue)
elif e.localName == "Label" and len(e.childNodes) > 0:
self.Label = str(e.childNodes[0].nodeValue)
elif e.localName == "Boundary" and len(e.childNodes) > 0:
for n in e.childNodes:
if n.nodeType == xml.dom.Node.ELEMENT_NODE:
self.Boundary = seriesFactory.createObjectByName(
n.getAttribute('Series'), n.localName)
if self.Boundary != None:
self.Boundary.unpackFromXMLNode(
n, seriesFactory)
return
def unpackFromXMLNode(self, el, seriesFactory):
EntityConfiguration.EntityConfiguration.unpackFromXMLNode(self, el, seriesFactory)
for e in el.childNodes:
if e.nodeType == xml.dom.Node.ELEMENT_NODE:
if e.localName == "MinimumSpeed" and len(e.childNodes) > 0 :
self.MinimumSpeed = float(e.childNodes[0].nodeValue)
elif e.localName == "MaximumSpeed" and len(e.childNodes) > 0 :
self.MaximumSpeed = float(e.childNodes[0].nodeValue)
elif e.localName == "NominalFlightProfile" and len(e.childNodes) > 0 :
for n in e.childNodes:
if n.nodeType == xml.dom.Node.ELEMENT_NODE:
self.NominalFlightProfile = seriesFactory.createObjectByName(n.getAttribute('Series'), n.localName)
if self.NominalFlightProfile != None:
self.NominalFlightProfile.unpackFromXMLNode(n, seriesFactory)
elif e.localName == "AlternateFlightProfiles" and len(e.childNodes) > 0 :
self.AlternateFlightProfiles = []
for c in e.childNodes:
if c.nodeType == xml.dom.Node.ELEMENT_NODE:
obj = seriesFactory.createObjectByName(c.getAttribute('Series'), c.localName)
if obj != None:
obj.unpackFromXMLNode(c, seriesFactory)
self.AlternateFlightProfiles.append(obj)
elif e.localName == "AvailableLoiterTypes" and len(e.childNodes) > 0 :
self.AvailableLoiterTypes = []
for c in e.childNodes:
if c.nodeType == xml.dom.Node.ELEMENT_NODE:
self.AvailableLoiterTypes.append( LoiterType.get_LoiterType_str(c.childNodes[0].nodeValue) )
elif e.localName == "AvailableTurnTypes" and len(e.childNodes) > 0 :
self.AvailableTurnTypes = []
for c in e.childNodes:
if c.nodeType == xml.dom.Node.ELEMENT_NODE:
self.AvailableTurnTypes.append( TurnType.get_TurnType_str(c.childNodes[0].nodeValue) )
elif e.localName == "MinimumAltitude" and len(e.childNodes) > 0 :
self.MinimumAltitude = float(e.childNodes[0].nodeValue)
elif e.localName == "MinAltitudeType" and len(e.childNodes) > 0 :
self.MinAltitudeType = AltitudeType.get_AltitudeType_str(e.childNodes[0].nodeValue)
elif e.localName == "MaximumAltitude" and len(e.childNodes) > 0 :
self.MaximumAltitude = float(e.childNodes[0].nodeValue)
elif e.localName == "MaxAltitudeType" and len(e.childNodes) > 0 :
self.MaxAltitudeType = AltitudeType.get_AltitudeType_str(e.childNodes[0].nodeValue)
return
def toXMLMembersStr(self, ws):
buf = ""
buf += NavigationAction.NavigationAction.toXMLMembersStr(self, ws)
buf += ws + "<Speed>" + str(self.Speed) + "</Speed>\n"
buf += ws + "<SpeedType>" + SpeedType.get_SpeedType_int(self.SpeedType) + "</SpeedType>\n"
buf += ws + "<Heading>" + str(self.Heading) + "</Heading>\n"
buf += ws + "<Altitude>" + str(self.Altitude) + "</Altitude>\n"
buf += ws + "<AltitudeType>" + AltitudeType.get_AltitudeType_int(self.AltitudeType) + "</AltitudeType>\n"
buf += ws + "<ClimbRate>" + str(self.ClimbRate) + "</ClimbRate>\n"
return buf
def toXMLMembersStr(self, ws):
buf = ""
buf += EntityConfiguration.EntityConfiguration.toXMLMembersStr(
self, ws)
buf += ws + "<MinimumSpeed>" + str(
self.MinimumSpeed) + "</MinimumSpeed>\n"
buf += ws + "<MaximumSpeed>" + str(
self.MaximumSpeed) + "</MaximumSpeed>\n"
buf += ws + "<NominalFlightProfile>\n"
if self.NominalFlightProfile == None:
buf += ws + " <null/>\n"
else:
buf += ws + self.NominalFlightProfile.toXMLStr(ws + " ")
buf += ws + "</NominalFlightProfile>\n"
buf += ws + "<AlternateFlightProfiles>\n"
for x in self.AlternateFlightProfiles:
if x == None:
buf += ws + " <null/>\n"
else:
buf += x.toXMLStr(ws + " ")
buf += ws + "</AlternateFlightProfiles>\n"
buf += ws + "<AvailableLoiterTypes>\n"
for x in self.AvailableLoiterTypes:
buf += ws + "<LoiterType>" + LoiterType.get_LoiterType_int(
x) + "</LoiterType>\n"
buf += ws + "</AvailableLoiterTypes>\n"
buf += ws + "<AvailableTurnTypes>\n"
for x in self.AvailableTurnTypes:
buf += ws + "<TurnType>" + TurnType.get_TurnType_int(
x) + "</TurnType>\n"
buf += ws + "</AvailableTurnTypes>\n"
buf += ws + "<MinimumAltitude>" + str(
self.MinimumAltitude) + "</MinimumAltitude>\n"
buf += ws + "<MinAltitudeType>" + AltitudeType.get_AltitudeType_int(
self.MinAltitudeType) + "</MinAltitudeType>\n"
buf += ws + "<MaximumAltitude>" + str(
self.MaximumAltitude) + "</MaximumAltitude>\n"
buf += ws + "<MaxAltitudeType>" + AltitudeType.get_AltitudeType_int(
self.MaxAltitudeType) + "</MaxAltitudeType>\n"
return buf
def toXMLMembersStr(self, ws):
buf = ""
buf += NavigationAction.NavigationAction.toXMLMembersStr(self, ws)
buf += ws + "<Speed>" + str(self.Speed) + "</Speed>\n"
buf += ws + "<SpeedType>" + SpeedType.get_SpeedType_int(
self.SpeedType) + "</SpeedType>\n"
buf += ws + "<Heading>" + str(self.Heading) + "</Heading>\n"
buf += ws + "<Altitude>" + str(self.Altitude) + "</Altitude>\n"
buf += ws + "<AltitudeType>" + AltitudeType.get_AltitudeType_int(
self.AltitudeType) + "</AltitudeType>\n"
buf += ws + "<ClimbRate>" + str(self.ClimbRate) + "</ClimbRate>\n"
return buf
def unpackFromXMLNode(self, el, seriesFactory):
LMCPObject.LMCPObject.unpackFromXMLNode(self, el, seriesFactory)
for e in el.childNodes:
if e.nodeType == xml.dom.Node.ELEMENT_NODE:
if e.localName == "Latitude" and len(e.childNodes) > 0 :
self.Latitude = float(e.childNodes[0].nodeValue)
elif e.localName == "Longitude" and len(e.childNodes) > 0 :
self.Longitude = float(e.childNodes[0].nodeValue)
elif e.localName == "Altitude" and len(e.childNodes) > 0 :
self.Altitude = float(e.childNodes[0].nodeValue)
elif e.localName == "AltitudeType" and len(e.childNodes) > 0 :
self.AltitudeType = AltitudeType.get_AltitudeType_str(e.childNodes[0].nodeValue)
return
def unpackFromXMLNode(self, el, seriesFactory):
LMCPObject.LMCPObject.unpackFromXMLNode(self, el, seriesFactory)
for e in el.childNodes:
if e.nodeType == xml.dom.Node.ELEMENT_NODE:
if e.localName == "Latitude" and len(e.childNodes) > 0:
self.Latitude = float(e.childNodes[0].nodeValue)
elif e.localName == "Longitude" and len(e.childNodes) > 0:
self.Longitude = float(e.childNodes[0].nodeValue)
elif e.localName == "Altitude" and len(e.childNodes) > 0:
self.Altitude = float(e.childNodes[0].nodeValue)
elif e.localName == "AltitudeType" and len(e.childNodes) > 0:
self.AltitudeType = AltitudeType.get_AltitudeType_str(
e.childNodes[0].nodeValue)
return
def toXMLMembersStr(self, ws):
buf = ""
buf += LMCPObject.LMCPObject.toXMLMembersStr(self, ws)
buf += ws + "<ZoneID>" + str(self.ZoneID) + "</ZoneID>\n"
buf += ws + "<MinAltitude>" + str(self.MinAltitude) + "</MinAltitude>\n"
buf += ws + "<MinAltitudeType>" + AltitudeType.get_AltitudeType_int(self.MinAltitudeType) + "</MinAltitudeType>\n"
buf += ws + "<MaxAltitude>" + str(self.MaxAltitude) + "</MaxAltitude>\n"
buf += ws + "<MaxAltitudeType>" + AltitudeType.get_AltitudeType_int(self.MaxAltitudeType) + "</MaxAltitudeType>\n"
buf += ws + "<AffectedAircraft>\n"
for x in self.AffectedAircraft:
buf += ws + "<int64>" + str(x) + "</int64>\n"
buf += ws + "</AffectedAircraft>\n"
buf += ws + "<StartTime>" + str(self.StartTime) + "</StartTime>\n"
buf += ws + "<EndTime>" + str(self.EndTime) + "</EndTime>\n"
buf += ws + "<Padding>" + str(self.Padding) + "</Padding>\n"
buf += ws + "<Label>" + str(self.Label) + "</Label>\n"
buf += ws + "<Boundary>\n"
if self.Boundary == None:
buf += ws + " <null/>\n"
else:
buf += ws + self.Boundary.toXMLStr(ws + " ")
buf += ws + "</Boundary>\n"
return buf
def unpackFromXMLNode(self, el, seriesFactory):
NavigationAction.NavigationAction.unpackFromXMLNode(self, el, seriesFactory)
for e in el.childNodes:
if e.nodeType == xml.dom.Node.ELEMENT_NODE:
if e.localName == "Speed" and len(e.childNodes) > 0 :
self.Speed = float(e.childNodes[0].nodeValue)
elif e.localName == "SpeedType" and len(e.childNodes) > 0 :
self.SpeedType = SpeedType.get_SpeedType_str(e.childNodes[0].nodeValue)
elif e.localName == "Heading" and len(e.childNodes) > 0 :
self.Heading = float(e.childNodes[0].nodeValue)
elif e.localName == "Altitude" and len(e.childNodes) > 0 :
self.Altitude = float(e.childNodes[0].nodeValue)
elif e.localName == "AltitudeType" and len(e.childNodes) > 0 :
self.AltitudeType = AltitudeType.get_AltitudeType_str(e.childNodes[0].nodeValue)
elif e.localName == "ClimbRate" and len(e.childNodes) > 0 :
self.ClimbRate = float(e.childNodes[0].nodeValue)
return
def unpackFromXMLNode(self, el, seriesFactory):
NavigationAction.NavigationAction.unpackFromXMLNode(
self, el, seriesFactory)
for e in el.childNodes:
if e.nodeType == xml.dom.Node.ELEMENT_NODE:
if e.localName == "Speed" and len(e.childNodes) > 0:
self.Speed = float(e.childNodes[0].nodeValue)
elif e.localName == "SpeedType" and len(e.childNodes) > 0:
self.SpeedType = SpeedType.get_SpeedType_str(
e.childNodes[0].nodeValue)
elif e.localName == "Heading" and len(e.childNodes) > 0:
self.Heading = float(e.childNodes[0].nodeValue)
elif e.localName == "Altitude" and len(e.childNodes) > 0:
self.Altitude = float(e.childNodes[0].nodeValue)
elif e.localName == "AltitudeType" and len(e.childNodes) > 0:
self.AltitudeType = AltitudeType.get_AltitudeType_str(
e.childNodes[0].nodeValue)
elif e.localName == "ClimbRate" and len(e.childNodes) > 0:
self.ClimbRate = float(e.childNodes[0].nodeValue)
return
def unpackFromXMLNode(self, el, seriesFactory):
LMCPObject.LMCPObject.unpackFromXMLNode(self, el, seriesFactory)
for e in el.childNodes:
if e.nodeType == xml.dom.Node.ELEMENT_NODE:
if e.localName == "ID" and len(e.childNodes) > 0 :
self.ID = int(e.childNodes[0].nodeValue)
elif e.localName == "Affiliation" and len(e.childNodes) > 0 :
self.Affiliation = str(e.childNodes[0].nodeValue)
elif e.localName == "EntityType" and len(e.childNodes) > 0 :
self.EntityType = str(e.childNodes[0].nodeValue)
elif e.localName == "Label" and len(e.childNodes) > 0 :
self.Label = str(e.childNodes[0].nodeValue)
elif e.localName == "NominalSpeed" and len(e.childNodes) > 0 :
self.NominalSpeed = float(e.childNodes[0].nodeValue)
elif e.localName == "NominalAltitude" and len(e.childNodes) > 0 :
self.NominalAltitude = float(e.childNodes[0].nodeValue)
elif e.localName == "NominalAltitudeType" and len(e.childNodes) > 0 :
self.NominalAltitudeType = AltitudeType.get_AltitudeType_str(e.childNodes[0].nodeValue)
elif e.localName == "PayloadConfigurationList" and len(e.childNodes) > 0 :
self.PayloadConfigurationList = []
for c in e.childNodes:
if c.nodeType == xml.dom.Node.ELEMENT_NODE:
obj = seriesFactory.createObjectByName(c.getAttribute('Series'), c.localName)
if obj != None:
obj.unpackFromXMLNode(c, seriesFactory)
self.PayloadConfigurationList.append(obj)
elif e.localName == "Info" and len(e.childNodes) > 0 :
self.Info = []
for c in e.childNodes:
if c.nodeType == xml.dom.Node.ELEMENT_NODE:
obj = seriesFactory.createObjectByName(c.getAttribute('Series'), c.localName)
if obj != None:
obj.unpackFromXMLNode(c, seriesFactory)
self.Info.append(obj)
return