class vmControl(object):
def __init__(self):
self.callbackKey = GenKey()
self.log = logging.getLogger("vmStoreRsync.vmStoreRsync")
self.cfgModel = CfgModel()
self.cfgModel.libvirtConStr.addCallback(self.callbackKey,self._onlibvirtConStr)
self.libVirtModel = vhostMdl()
self.archiveStore = archControler(self.cfgModel)
def LoadConfigCfg(self,configfile):
self.config = ConfigFile1(self.cfgModel)
return self.config.upDateModel(configfile)
def _onlibvirtConStr(self):
connectionStr = self.cfgModel.libvirtConStr.get()
if not isinstance( connectionStr, unicode ):
print "asdaSDASD"
self.libVirtControler = LibVirtCnt(connectionStr,self.libVirtModel)
self.libVirtControler.updateModel()
def Process(self,instructions):
if not isinstance( instructions, dict ):
return None
if not 'vmControl' in instructions.keys():
return None
ting = StorageControler(self.cfgModel)
self.ProcessState = vmState(self.libVirtControler,self.cfgModel,ting,self.archiveStore)
output = {'vmControl' : self.ProcessState.process(instructions)}
return output
def ListBoxes(self):
cfgBoxes = set(self.cfgModel.vmbyName.keys())
livirtBoxes = set(self.libVirtModel.vmsbyName.keys())
BoxesUnion = cfgBoxes.union(livirtBoxes)
boxesOutput = {}
for item in BoxesUnion:
newBox = {'name': str(item)}
if item in livirtBoxes:
newBox['libvirt'] = 1
else:
newBox['libvirt'] = 0
if item in cfgBoxes:
newBox['disk'] = 1
else:
newBox['disk'] = 0
boxesOutput[item] = newBox
return boxesOutput
def _onlibvirtConStr(self):
connectionStr = self.cfgModel.libvirtConStr.get()
if not isinstance( connectionStr, unicode ):
print "asdaSDASD"
self.libVirtControler = LibVirtCnt(connectionStr,self.libVirtModel)
self.libVirtControler.updateModel()