def test_change(self):
# Create an observable dict
observable_dict = ObservableDict({"good": "bye"})
# Subscribe to change events
subscription = observable_dict.subscribe("change", self.callback)
# Change an item in it
observable_dict["good"] = "morning"
# Ensure this triggered the callback
self.assertEqual(("good", "morning"), self.callback_result)
def test_remove(self):
# Create an observable dict
observable_dict = ObservableDict({"good": "bye"})
# Subscribe to remove events
subscription = observable_dict.subscribe("remove", self.callback)
# Remove an item from it
del observable_dict["good"]
# Ensure this triggered the callback
self.assertEqual(("good", "bye"), self.callback_result)
def test_add(self):
# Create an observable dict
observable_dict = ObservableDict()
# Subscribe to add events
subscription = observable_dict.subscribe("add", self.callback)
# Add an item to it
observable_dict["foo"] = "bar"
# Ensure this triggered the callback
self.assertEqual(("foo", "bar"), self.callback_result)
def test_propagation(self):
class Alerter(SimpleObservable):
def alert(self):
self._notify(None, "alert", "Alert!")
# Create an observable dict that contains other observables
observable_dict = ObservableDict({
"this": Alerter(),
"that": Alerter()
})
# Subscribe to all events
subscription = observable_dict.subscribe("__all__", self.callback)
# Trigger an alert on something in the dict
observable_dict["that"].alert()
# Ensure this triggered the callback
self.assertEqual((("that", None), "alert", "Alert!"), self.callback_result)
class archiveStore(object):
def __init__(self):
self.collection = ObservableDict()
self.collection.addCbPost(self,self.onachiveColection)
def addCollection(self,archive):
if not isinstance(archive,archiveCollection):
return
CollectionKeys = set(self.collection.keys())
newCollection = archiveCollection()
newCollectionPath = archive.path.get()
if newCollectionPath in CollectionKeys:
return self.collection[newCollectionPath]
newCollection.path.update(newCollectionPath)
self.collection[newCollectionPath] = newCollection
return self.collection[newCollectionPath]
def onachiveColection(self):
# cleans up structure
for item in self.collection.keys():
itemName = self.collection[item].path.get()
if itemName != item:
print "shoudl not happen"
class archiveCollection(object):
def __init__(self):
self.path = Observable(None)
self.archives = ObservableDict()
def addArchive(self,archiveAdd):
if not isinstance(archiveAdd,archiveInstance):
return
CollectionKeys = set(self.archives.keys())
newCollection = archiveInstance()
newName = archiveAdd.Name.get()
if newName in CollectionKeys:
return self.archives[newName]
newCollection.update(archiveAdd)
newCollection.Directory.update(self.path.get())
self.archives[newName] = newCollection
return self.archives[newName]
class mountedModel(object):
def __init__(self):
self.ByTarget = ObservableDict()
self.BySource = ObservableDict()
def _readMtabLine(self, line):
stripedLine = line.strip()
splitLine = stripedLine.split(" ")
lenSplitLine = len(splitLine)
if lenSplitLine < 3:
return None
Source = splitLine[0]
Target = splitLine[1]
FileSystem = splitLine[2]
info = {"Source": Source, "Target": Target, "FileSystem": FileSystem}
return info
def readMtab(self):
fp = open("/etc/mtab")
ByTarget = {}
BySource = {}
for line in fp:
result = self._readMtabLine(line)
if result == None:
continue
ByTarget[result["Target"]] = result
BySource[result["Source"]] = result
# Shoudl handle updating here
self.ByTarget.update(ByTarget)
self.BySource.update(BySource)
def mounted(self, HostRootSpace, target):
self.readMtab()
targetKeys = set(self.ByTarget.keys())
sourceKeys = set(self.BySource.keys())
if not target in self.ByTarget.keys():
return False
if not HostRootSpace in self.BySource.keys():
return False
return True
def __init__(self):
self.ByTarget = ObservableDict()
self.BySource = ObservableDict()
def __init__(self):
self.collection = ObservableDict()
self.collection.addCbPost(self,self.onachiveColection)
def __init__(self):
self.path = Observable(None)
self.archives = ObservableDict()
def __init__(self):
self.callbackKey = GenKey()
self.vmsbyName = ObservableDict()
self.vmsbyId = ObservableDict()
self.vmsByUuid = ObservableDict()
class vhostMdl:
def __init__(self):
self.callbackKey = GenKey()
self.vmsbyName = ObservableDict()
self.vmsbyId = ObservableDict()
self.vmsByUuid = ObservableDict()
def getVmMatch(self,vmModel):
Uuid = vmModel.libvirtUuid.get()
candidateUuid = []
candidates = []
if Uuid != None:
if Uuid in self.vmsByUuid:
candidateUuid.append(self.vmsByUuid[Uuid])
candidateId = []
ID = vmModel.libvirtId.get()
if ID != None and ID != -1:
if ID in self.vmsbyId:
candidateId.append(self.vmsbyId[ID])
candidateName = []
Name = vmModel.libvirtName.get()
if Name != None:
if Name in self.vmsbyName:
candidateName.append(self.vmsbyName[Name])
candidateUuidSet = set(candidateUuid)
candidateUuidSetLen = len(candidateUuidSet)
candidateIdSet = set(candidateId)
candidateIdSetLen = len(candidateIdSet)
candidateNameSet = set(candidateName)
candidateNameSetLen = len(candidateNameSet)
if ((candidateNameSetLen > 0) and (candidateIdSetLen > 0) and (candidateUuidSetLen > 0)):
completeSet = candidateUuidSet.intersection(candidateNameSet).intersection(candidateIdSet)
if len(completeSet) == 1:
return completeSet.pop()
if ((candidateNameSetLen > 0) and (candidateUuidSetLen > 0)):
nameUuidSet = candidateUuidSet.intersection(candidateNameSet)
if len(nameUuidSet) == 1:
return nameUuidSet.pop()
if ((candidateNameSetLen > 0) and (candidateIdSetLen > 0)):
nameIdSet = candidateIdSet.intersection(candidateNameSet)
if len(nameIdSet) == 1:
return nameIdSet.pop()
if (candidateUuidSetLen > 0):
nameUuidSetLen = len(candidateUuidSet)
#print "nameUuidSetLen",nameUuidSetLen
if nameUuidSetLen == 1:
return candidateUuidSet.pop()
if (candidateNameSetLen > 0):
nameIdSetLen = len(candidateNameSet)
#print "nameIdSetLen",nameIdSetLen
if nameIdSetLen == 1:
return candidateNameSet.pop()
if (candidateIdSetLen > 0):
nameIdSetLen = len(candidateIdSet)
#print "nameIdSetLen",nameIdSetLen
if nameIdSetLen == 1:
return candidateIdSet.pop()
lenAllSets = candidateUuidSetLen + candidateIdSetLen + candidateNameSetLen
#print lenAllSets
if lenAllSets == 0:
# If we have no results return
return None
if candidateUuidSetLen == 1:
return candidateUuidSet.pop()
# This code will never be exxecuted
candidates = candidateUuid + candidateId + candidateName
if len(candidates) > 0:
return candidates[0]
return None
def addVM(self,vmModel):
#debugVm(vmModel)
match = self.getVmMatch(vmModel)
if match != None:
vmModel.update(match)
return match
newOne = vmMdl()
newOne.libvirtUuid.addCallback(self.callbackKey,partialfn(self._onUuidPost,newOne))
newOne.libvirtId.addCallback(self.callbackKey,partialfn(self._onIdPost,newOne))
newOne.libvirtName.addCallback(self.callbackKey,partialfn(self._onNamePost,newOne))
vmModel.update(newOne)
return newOne
def _onIdPost(self,NewItem):
identifier = NewItem.libvirtId.get()
validIdentifier = True
if identifier == None:
validIdentifier = False
if identifier == -1:
validIdentifier = False
#print "_onIdPdddddddddddddost" ,identifier
matches = self.getVmMatch(NewItem)
if matches == None:
#print "fddddddddddddddddddddxxssddddd"
#debugVm(NewItem)
self.vmsbyId[identifier] = NewItem
matches = self.vmsbyId[identifier]
OldId = matches.libvirtId.get()
if OldId != None:
#print 'herere;',debugVm(matches)
if OldId != identifier:
if OldId in self.vmsbyId.keys():
if validIdentifier:
self.vmsbyId[identifier] = self.vmsbyId[OldId]
del self.vmsbyId[OldId]
if not validIdentifier:
return None
if not identifier in self.vmsbyId.keys():
self.vmsbyId[identifier] = matches
#NewItem.update(self.vmsbyId[identifier])
return self.vmsbyId[identifier]
def _onUuidPost(self,NewItem):
Uuid = NewItem.libvirtUuid.get()
#print "_onUuidPost" ,Uuid
validIdentifier = True
if Uuid == None:
validIdentifier = False
matches = self.getVmMatch(NewItem)
#print "matches", matches
if matches == None:
#debugVm(NewItem)
if not validIdentifier:
return None
if not Uuid in self.vmsByUuid.keys():
self.vmsByUuid[Uuid] = NewItem
matches = self.getVmMatch(NewItem)
for UuidNow in self.vmsByUuid.keys():
CurrentUuId = self.vmsByUuid[UuidNow].libvirtUuid.get()
if CurrentUuId != UuidNow:
del self.vmsByUuid[UuidNow]
if not Uuid in self.vmsByUuid.keys():
self.vmsByUuid[Uuid] = matches
#NewItem.update(self.vmsByUuid[Uuid])
self.vmsByUuid[Uuid]
return self.vmsByUuid[Uuid]
def _onNamePost(self,NewItem):
Name = NewItem.libvirtName.get()
#print "_onNamePost" ,Name
validIdentifier = True
if Name == None:
validIdentifier = False
matches = self.getVmMatch(NewItem)
if matches == None:
vmModel = vmMdl()
#vmModel.libvirtName.update(Name)
Uuid = NewItem.libvirtUuid.get()
if Uuid != None:
vmModel.libvirtUuid.update(Uuid)
ID = NewItem.libvirtId.get()
if ID != None and ID != -1:
vmModel.libvirtId.update(ID)
#print "fddddddddddddddddddddddddd"
#debugVm(NewItem)
if validIdentifier:
self.vmsbyName[Name] = NewItem
matches = self.vmsbyName[Name]
else:
return None
OldName = matches.libvirtName.get()
if OldName != None:
#print 'herere;',debugVm(matches)
if OldName != Name:
if OldName in self.vmsbyName.keys():
if validIdentifier:
self.vmsbyName[Name] = self.vmsbyName[OldName]
del self.vmsbyName[OldName]
if not validIdentifier:
return None
#print "OldName",OldName,"Name",Name
if not Name in self.vmsbyName.keys():
self.vmsbyName[Name] = matches
#NewItem.update(self.vmsbyName[Name])
return self.vmsbyName[Name]