def startElement(self, name, attrs, connection):
ret = SCObject.startElement(self, name, attrs, connection)
if ret is not None:
return ret
if name == 'device':
for key, value in attrs.items():
setattr(self, key, value)
elif name == 'volume':
self.volume = Volume(connection)
self.volume.startElement(name, attrs, connection)
return self.volume
elif name == 'provider':
self.provider = Provider(connection)
self.provider.startElement(name, attrs, connection)
return self.provider
elif name == 'partitionList':
partitionList = ResultSet([('partition', Partition)], name)
return self.partitionList
elif name == 'subDevices':
self.__subDevices = ResultSet([('subDevices', Device)], name)
return self.subDevices
else:
return None
def startElement(self, name, attrs, connection):
ret = SCObject.startElement(self, name, attrs, connection)
if ret is not None:
return ret
if name == 'device':
for key, value in attrs.items():
setattr(self, key, value)
elif name == 'volume':
self.volume = Volume(connection)
self.volume.startElement(name, attrs, connection)
return self.volume
elif name == 'provider':
self.provider = Provider(connection)
self.provider.startElement(name, attrs, connection)
return self.provider
elif name == 'partitionList':
partitionList = ResultSet([('partition', Partition)], name)
return self.partitionList
elif name == 'subDevices':
self.__subDevices = ResultSet([('subDevices', Device)], name)
return self.subDevices
else:
return None
def startElement(self, name, attrs, connection):
ret = SCObject.startElement(self, name, attrs, connection)
if ret is not None:
return ret
if name == 'vm':
# keep all attributes
for key, value in attrs.items():
setattr(self, key, value)
elif name == 'provider':
self.provider = Provider(connection)
self.provider.startElement(name, attrs, connection)
return self.provider
elif name == 'securecloudAgent':
self.securecloudAgent = SCAgent(connection)
self.securecloudAgent.startElement(name, attrs, connection)
return self.securecloudAgent
elif name == 'devices':
self.devices = ResultSet([('device', Device)], name)
return self.devices
else:
return None
def startElement(self, name, attrs, connection):
ret = SCObject.startElement(self, name, attrs, connection)
if ret is not None:
return ret
if name == 'vm':
# keep all attributes
for key, value in attrs.items():
setattr(self, key, value)
elif name == 'provider':
self.provider = Provider(connection)
self.provider.startElement(name, attrs, connection)
return self.provider
elif name == 'securecloudAgent':
self.securecloudAgent = SCAgent(connection)
self.securecloudAgent.startElement(name, attrs, connection)
return self.securecloudAgent
elif name == 'devices':
self.devices = ResultSet([('device', Device)], name)
return self.devices
else:
return None
class Device(SCObject):
ValidAttributes = [
'id', 'msUID', "name", 'href', 'deviceType', 'cspDeviceType',
'deviceState', 'deviceStatus', 'info', 'detachable', 'lastModified',
'writeAccess', 'EncryptedName', 'partitionType', 'provisionProgress',
'provisionState', 'raidLevel'
]
def __init__(self, connection):
SCObject.__init__(self, connection)
# Device attributes
self.id = None
self.msUID = None
self.name = None
self.href = None
self.deviceType = None
self.cspDeviceType = None
self.deviceState = None
self.deviceStatus = None
self.info = None
self.detachable = None
self.lastModified = None
self.writeAccess = None
self.EncryptedName = None
self.partitionType = None
self.provisionProgress = None
self.provisionState = None
self.raidLevel = None
# elements
self.description = None
self.fileSystem = None
# subDevices List
self.__subDevices = ResultSet([('subDevices', Device)], 'subDevices')
# volume object
self.volume = None
# provider object
self.provider = None
# partition list
self.partitionList = None
# ---------------
# properties
# ---------------
@property
def subDevices(self):
return self.__subDevices
def startElement(self, name, attrs, connection):
ret = SCObject.startElement(self, name, attrs, connection)
if ret is not None:
return ret
if name == 'device':
for key, value in attrs.items():
setattr(self, key, value)
elif name == 'volume':
self.volume = Volume(connection)
self.volume.startElement(name, attrs, connection)
return self.volume
elif name == 'provider':
self.provider = Provider(connection)
self.provider.startElement(name, attrs, connection)
return self.provider
elif name == 'partitionList':
partitionList = ResultSet([('partition', Partition)], name)
return self.partitionList
elif name == 'subDevices':
self.__subDevices = ResultSet([('subDevices', Device)], name)
return self.subDevices
else:
return None
def endElement(self, name, value, connection):
if name == 'description':
self.description = value
elif name == 'fileSystem':
self.fileSystem = value
else:
setattr(self, name, value)
def buildElements(self, elements=None):
device = ElementTree.Element('device')
# build attributes
for e in self.ValidAttributes:
if getattr(self, e): device.attrib[e] = getattr(self, e)
if self.description:
ElementTree.SubElement(device,
'description').text = self.description
if self.fileSystem:
ElementTree.SubElement(device, 'fileSystem').text = self.fileSystem
# inner objects
if self.partitionList:
device.append(self.partitionList.buildElements())
if self.volume: device.append(self.volume.buildElements())
if self.provider: device.append(self.provider.buildElements())
if self.__subDevices: device.append(self.__subDevices.buildElements())
return device
# ---------- function ----------
def cancelEncryption(self):
# Build XML elements structures
action = 'vm/%s/device/%s/encrypt' % (self.imageGUID, self.msUID)
data = self.tostring()
response = self.connection.make_request(action,
data=data,
method='DELETE')
return response
def exportKey(self):
action = 'vm/%s/device/%s/keyfile/' % (self.imageGUID, self.msUID)
data = self.tostring()
response = self.connection.make_request(action,
data=data,
method='POST')
return response
def importKey(self):
action = 'vm/%s/device/%s/key/' % (self.imageGUID, self.msUID)
data = self.tostring()
response = self.connection.make_request(action,
data=data,
method='POST')
return response
def deleteKey(self):
action = 'vm/%s/device/%s/key/' % (self.imageGUID, self.msUID)
data = self.tostring()
response = self.connection.make_request(action,
data=data,
method='DELETE')
return response
class VirtualMachine(SCObject):
#===========================================================================
# present vm object
#===========================================================================
# Present valid vm object attributes, not inner objects
ValidAttributes = [ 'SecurityGroupGUID', 'SecurityGroupName',
'autoProvision', 'detectedKeyCount',
'encryptableDeviceCount', 'encryptedDeviceCount', 'encryptingDeviceCount',
'hostname', 'href',
'imageGUID', 'imageID', 'imageName',
'instanceGUID','instanceID', 'lastModified',
'nonEncryptedDeviceCount', 'pendingDeviceCount']
def __init__(self, connection):
SCObject.__init__(self, connection)
#-----------------------------------------------------------------------
# # Attributes
#-----------------------------------------------------------------------
self.SecurityGroupGUID = None
self.SecurityGroupName = None
self.autoProvision = None
self.detectedKeyCount = None
self.encryptableDeviceCount = None
self.encryptedDeviceCount = None
self.encryptingDeviceCount = None
self.href = None
self.hostname = None
self.imageGUID = None
self.imageID = None
self.imageName = None
self.instanceGUID = None
self.instanceID = None
self.lastModified = None
self.nonEncryptedDeviceCount = None
self.pendingDeviceCount = None
#-----------------------------------------------------------------------
# # elements
#-----------------------------------------------------------------------
self.imageDescription = None
#-----------------------------------------------------------------------
# # Inner objects
#-----------------------------------------------------------------------
self.provider = None
self.platform = None
self.securecloudAgent = None
# Device list
self.devices = ResultSet([('device', Device)], 'devices')
pass
def startElement(self, name, attrs, connection):
ret = SCObject.startElement(self, name, attrs, connection)
if ret is not None:
return ret
if name == 'vm':
# keep all attributes
for key, value in attrs.items():
setattr(self, key, value)
elif name == 'provider':
self.provider = Provider(connection)
self.provider.startElement(name, attrs, connection)
return self.provider
elif name == 'securecloudAgent':
self.securecloudAgent = SCAgent(connection)
self.securecloudAgent.startElement(name, attrs, connection)
return self.securecloudAgent
elif name == 'devices':
self.devices = ResultSet([('device', Device)], name)
return self.devices
else:
return None
def endElement(self, name, value, connection):
if name == 'platform':
self.platform = value
elif name == 'imageDescription':
self.imageDescription = value
else:
setattr(self, name, value)
def buildElements(self):
vm = ElementTree.Element('vm')
# build attributes
for e in self.ValidAttributes:
if getattr(self, e): vm.attrib[e] = getattr(self, e)
if self.imageDescription:
description = ElementTree.SubElement(vm, "imageDescription")
description.text = self.imageDescription
# append inner objects
if getattr(self, 'provider'): vm.append( self.provider.buildElements() )
if getattr(self, 'platform'): vm.append( self.platform.buildElements() )
if getattr(self, 'securecloudAgent'): vm.append( self.securecloudAgent.buildElements() )
if getattr(self, 'devices'): vm.append( self.devices.buildElements() )
return vm
def _update(self, updated):
self.__dict__.update(updated.__dict__)
# ----- functions start
def update(self):
action = 'vm/%s/' % self.imageGUID
data = self.tostring()
updated = self.connection.get_object(action, VirtualMachine, data=data, method='POST')
if updated:
self._update(updated)
return self
return updated
def delete(self):
#-----------------------------------------------------------------------
# delete vm itself
#-----------------------------------------------------------------------
action = 'vm/%s/' % self.imageGUID
return self.connection.get_status(action, method='DELETE')
def getDevice(self, deviceID):
#-----------------------------------------------------------------------
# list all devices
#-----------------------------------------------------------------------
action = 'vm/%s/device/%s/' % (self.imageGUID, deviceID)
return self.connection.get_object(action, Device)
def deleteDevice(self, deviceID):
#-----------------------------------------------------------------------
# delete device inside a virtual machine
#-----------------------------------------------------------------------
# :deviceID the targe device to be delete in a virtual machine'
action = 'vm/%s/device/%s/' % (self.imageGUID, deviceID)
return self.connection.get_status(action, method='DELETE')
# ----- Encryption -----
def encrypt(self, deviceID):
#-----------------------------------------------------------------------
# encrypt a VM/Computer
#-----------------------------------------------------------------------
action = 'vm/%s/encrypt/' % (self.imageGUID)
return self.connection.get_status(action)
# ----- Create RAID device
def createRAID(self, name, filesystem, mountpoint, device_id_list, deviceID=None):
# create raid device object
dev = Device(self.connection)
dev.name = name
if deviceID:
dev.msUID = deviceID
else:
dev.msUID = str(uuid.uuid4())
dev.raidLevel = 'RAID0'
dev.fileSystem = filesystem
dev.volume = Volume(self.connection)
dev.volume.mountPoint = mountpoint
for d in device_id_list:
new = Device(self.connection)
new.msUID = d
dev.subDevices.append(new)
# call create RAID API
action = 'vm/%s/device/raid/' % (self.imageGUID)
data = dev.tostring()
return self.connection.get_status(action, Device, data=data, method='POST')
class VirtualMachine(SCObject):
#===========================================================================
# present vm object
#===========================================================================
# Present valid vm object attributes, not inner objects
ValidAttributes = [
'SecurityGroupGUID', 'SecurityGroupName', 'autoProvision',
'detectedKeyCount', 'encryptableDeviceCount', 'encryptedDeviceCount',
'encryptingDeviceCount', 'hostname', 'href', 'imageGUID', 'imageID',
'imageName', 'instanceGUID', 'instanceID', 'lastModified',
'nonEncryptedDeviceCount', 'pendingDeviceCount'
]
def __init__(self, connection):
SCObject.__init__(self, connection)
#-----------------------------------------------------------------------
# # Attributes
#-----------------------------------------------------------------------
self.SecurityGroupGUID = None
self.SecurityGroupName = None
self.autoProvision = None
self.detectedKeyCount = None
self.encryptableDeviceCount = None
self.encryptedDeviceCount = None
self.encryptingDeviceCount = None
self.href = None
self.hostname = None
self.imageGUID = None
self.imageID = None
self.imageName = None
self.instanceGUID = None
self.instanceID = None
self.lastModified = None
self.nonEncryptedDeviceCount = None
self.pendingDeviceCount = None
#-----------------------------------------------------------------------
# # elements
#-----------------------------------------------------------------------
self.imageDescription = None
#-----------------------------------------------------------------------
# # Inner objects
#-----------------------------------------------------------------------
self.provider = None
self.platform = None
self.securecloudAgent = None
# Device list
self.devices = ResultSet([('device', Device)], 'devices')
pass
def startElement(self, name, attrs, connection):
ret = SCObject.startElement(self, name, attrs, connection)
if ret is not None:
return ret
if name == 'vm':
# keep all attributes
for key, value in attrs.items():
setattr(self, key, value)
elif name == 'provider':
self.provider = Provider(connection)
self.provider.startElement(name, attrs, connection)
return self.provider
elif name == 'securecloudAgent':
self.securecloudAgent = SCAgent(connection)
self.securecloudAgent.startElement(name, attrs, connection)
return self.securecloudAgent
elif name == 'devices':
self.devices = ResultSet([('device', Device)], name)
return self.devices
else:
return None
def endElement(self, name, value, connection):
if name == 'platform':
self.platform = value
elif name == 'imageDescription':
self.imageDescription = value
else:
setattr(self, name, value)
def buildElements(self):
vm = ElementTree.Element('vm')
# build attributes
for e in self.ValidAttributes:
if getattr(self, e): vm.attrib[e] = getattr(self, e)
if self.imageDescription:
description = ElementTree.SubElement(vm, "imageDescription")
description.text = self.imageDescription
# append inner objects
if getattr(self, 'provider'): vm.append(self.provider.buildElements())
if getattr(self, 'platform'): vm.append(self.platform.buildElements())
if getattr(self, 'securecloudAgent'):
vm.append(self.securecloudAgent.buildElements())
if getattr(self, 'devices'): vm.append(self.devices.buildElements())
return vm
def _update(self, updated):
self.__dict__.update(updated.__dict__)
# ----- functions start
def update(self):
action = 'vm/%s/' % self.imageGUID
data = self.tostring()
updated = self.connection.get_object(action,
VirtualMachine,
data=data,
method='POST')
if updated:
self._update(updated)
return self
return updated
def delete(self):
#-----------------------------------------------------------------------
# delete vm itself
#-----------------------------------------------------------------------
action = 'vm/%s/' % self.imageGUID
return self.connection.get_status(action, method='DELETE')
def getDevice(self, deviceID):
#-----------------------------------------------------------------------
# list all devices
#-----------------------------------------------------------------------
action = 'vm/%s/device/%s/' % (self.imageGUID, deviceID)
return self.connection.get_object(action, Device)
def deleteDevice(self, deviceID):
#-----------------------------------------------------------------------
# delete device inside a virtual machine
#-----------------------------------------------------------------------
# :deviceID the targe device to be delete in a virtual machine'
action = 'vm/%s/device/%s/' % (self.imageGUID, deviceID)
return self.connection.get_status(action, method='DELETE')
# ----- Encryption -----
def encrypt(self, deviceID):
#-----------------------------------------------------------------------
# encrypt a VM/Computer
#-----------------------------------------------------------------------
action = 'vm/%s/encrypt/' % (self.imageGUID)
return self.connection.get_status(action)
# ----- Create RAID device
def createRAID(self,
name,
filesystem,
mountpoint,
device_id_list,
deviceID=None):
# create raid device object
dev = Device(self.connection)
dev.name = name
if deviceID:
dev.msUID = deviceID
else:
dev.msUID = str(uuid.uuid4())
dev.raidLevel = 'RAID0'
dev.fileSystem = filesystem
dev.volume = Volume(self.connection)
dev.volume.mountPoint = mountpoint
for d in device_id_list:
new = Device(self.connection)
new.msUID = d
dev.subDevices.append(new)
# call create RAID API
action = 'vm/%s/device/raid/' % (self.imageGUID)
data = dev.tostring()
return self.connection.get_status(action,
Device,
data=data,
method='POST')
class Device(SCObject):
ValidAttributes = ['id', 'msUID', "name", 'href',
'deviceType', 'cspDeviceType', 'deviceState', 'deviceStatus',
'info', 'detachable', 'lastModified', 'writeAccess',
'EncryptedName', 'partitionType', 'preserveData',
'provisionProgress', 'provisionState',
'raidLevel']
def __init__(self, connection, tag='Device'):
SCObject.__init__(self, connection, tag)
#----------------------------------------------------------------------
# Attributes
#----------------------------------------------------------------------
self.id = None
self.msUID = None
self.name = None
self.href = None
self.deviceType = None
self.cspDeviceType = None
self.deviceState = None
self.deviceStatus = None
self.info = None
self.detachable = None
self.lastModified = None
self.writeAccess = None
self.EncryptedName = None
self.preserveData = None
self.partitionType = None
self.provisionProgress = None
self.provisionState = None
self.raidLevel = None
#----------------------------------------------------------------------
# Elements
#----------------------------------------------------------------------
self.description = None
self.fileSystem = None
#----------------------------------------------------------------------
# subDevices List
#----------------------------------------------------------------------
self.__subDevices = ResultSet([('subDevices', Device)], 'subDevices')
#----------------------------------------------------------------------
# volume object
#----------------------------------------------------------------------
self.volume = None
#----------------------------------------------------------------------
# Provider object
#----------------------------------------------------------------------
self.provider = None
#----------------------------------------------------------------------
# partition list
#----------------------------------------------------------------------
self.partitionList = None
# ---------------
# properties
# ---------------
@property
def subDevices(self):
return self.__subDevices
def startElement(self, name, attrs, connection):
ret = SCObject.startElement(self, name, attrs, connection)
if ret is not None:
return ret
if name == 'device':
for key, value in attrs.items():
setattr(self, key, value)
elif name == 'volume':
self.volume = Volume(connection)
self.volume.startElement(name, attrs, connection)
return self.volume
elif name == 'provider':
self.provider = Provider(connection)
self.provider.startElement(name, attrs, connection)
return self.provider
elif name == 'partitionList':
partitionList = ResultSet([('partition', Partition)], name)
return self.partitionList
elif name == 'subDevices':
self.__subDevices = ResultSet([('subDevices', Device)], name)
return self.subDevices
else:
return None
def endElement(self, name, value, connection):
if name == 'description':
self.description = value
elif name == 'fileSystem':
self.fileSystem = value
else:
setattr(self, name, value)
def buildElements(self, elements=None):
device = ElementTree.Element('device')
# build attributes
for e in self.ValidAttributes:
if getattr(self, e):
device.attrib[e] = getattr(self, e)
if self.description:
ElementTree.SubElement(
device, 'description').text = self.description
if self.fileSystem:
ElementTree.SubElement(device, 'fileSystem').text = self.fileSystem
# inner objects
if self.partitionList:
device.append(self.partitionList.buildElements())
if self.volume:
device.append(self.volume.buildElements())
if self.provider:
device.append(self.provider.buildElements())
if self.__subDevices:
device.append(self.__subDevices.buildElements())
return device
def _update(self, updated):
self.__dict__.update(updated.__dict__)
def update(self, imageGUID):
action = 'vm/%s/device/%s/' % (imageGUID, self.msUID)
data = self.tostring()
updated = self.connection.make_request(action, data=data, method='POST')
if updated:
self._update(updated)
return self
return updated
#
# ---------- encryption key function ----------
#
# TODO: wait bug fixing for self.href attribute to present correct device URL
#
def exportKey(self):
action = '%s/keyfile/' % (self.href)
data = self.tostring()
response = self.connection.make_request(
action, data=data, method='POST')
return response
def importKey(self):
action = '%s/key/' % (self.href)
data = self.tostring()
response = self.connection.make_request(
action, data=data, method='POST')
return response
def deleteKey(self):
action = '%s/key/' % (self.href)
data = self.tostring()
response = self.connection.make_request(
action, method='DELETE')
return response
class VirtualMachine(SCObject):
# =========================================================================
# present vm object
# =========================================================================
# Present valid vm object attributes, not inner objects
ValidAttributes = [
"SecurityGroupGUID",
"autoProvision",
"nonEncryptedDeviceCount",
"detectedKeyCount",
"encryptableDeviceCount",
"encryptedDeviceCount",
"encryptingDeviceCount",
"pendingDeviceCount",
"hostname",
"href",
"imageGUID",
"imageID",
"imageName",
"instanceID",
"instanceGUID",
"lastModified",
]
def __init__(self, connection, tag="vm"):
SCObject.__init__(self, connection, tag)
# ----------------------------------------------------------------------
# Attributes
# ----------------------------------------------------------------------
self.SecurityGroupGUID = None
self.autoProvision = None
self.detectedKeyCount = None
self.encryptableDeviceCount = None
self.encryptedDeviceCount = None
self.encryptingDeviceCount = None
self.href = None
self.hostname = None
self.imageGUID = None
self.imageID = None
self.imageName = None
self.instanceGUID = None
self.instanceID = None
self.lastModified = None
self.nonEncryptedDeviceCount = None
self.pendingDeviceCount = None
# ----------------------------------------------------------------------
# elements
# ----------------------------------------------------------------------
self.imageDescription = None
# ----------------------------------------------------------------------
# Inner objects
# ----------------------------------------------------------------------
self.provider = None
self.platform = None
self.securecloudAgent = None
# Device list
self.devices = ResultSet([("device", Device)], "devices")
pass
def startElement(self, name, attrs, connection):
ret = SCObject.startElement(self, name, attrs, connection)
if ret is not None:
return ret
if name == "vm":
# keep all attributes
for key, value in attrs.items():
setattr(self, key, value)
elif name == "provider":
self.provider = Provider(connection)
self.provider.startElement(name, attrs, connection)
return self.provider
elif name == "securecloudAgent":
self.securecloudAgent = SCAgent(connection)
self.securecloudAgent.startElement(name, attrs, connection)
return self.securecloudAgent
elif name == "devices":
self.devices = ResultSet([("device", Device)], name)
return self.devices
else:
return None
def endElement(self, name, value, connection):
if name == "platform":
self.platform = value
elif name == "imageDescription":
self.imageDescription = value
else:
setattr(self, name, value)
def buildElements(self):
vm = ElementTree.Element("vm")
# build attributes
for e in self.ValidAttributes:
if getattr(self, e):
vm.attrib[e] = getattr(self, e)
if self.imageDescription:
description = ElementTree.SubElement(vm, "imageDescription")
description.text = self.imageDescription
# append inner objects
if getattr(self, "provider"):
vm.append(self.provider.buildElements())
if getattr(self, "platform"):
vm.attrib["platform"] = self.platform
if getattr(self, "securecloudAgent"):
vm.append(self.securecloudAgent.buildElements())
if getattr(self, "devices"):
vm.append(self.devices.buildElements())
return vm
def _update(self, to_update):
self.__dict__.update(to_update.__dict__)
# ----------------------------------------------------------------------
# Member functions
# ----------------------------------------------------------------------
def update(self):
action = "vm/%s/" % self.imageGUID
data = self.tostring()
update = self.connection.get_object(action, VirtualMachine, data=data, method="POST")
if update:
self._update(update)
return self
return update
def delete(self):
# ----------------------------------------------------------------------
# delete vm itself
# ----------------------------------------------------------------------
action = "vm/%s/" % (self.imageGUID)
return self.connection.get_status(action, method="DELETE")
def getDevice(self, deviceID):
# ----------------------------------------------------------------------
# list all devices
# ----------------------------------------------------------------------
action = "vm/%s/device/%s/" % (self.imageGUID, deviceID)
return self.connection.get_object(action, Device)
def deleteDevice(self, deviceID):
# ----------------------------------------------------------------------
# delete device inside a virtual machine
# ----------------------------------------------------------------------
# :deviceID the targe device to be delete in a virtual machine'
action = "vm/%s/device/%s/" % (self.imageGUID, deviceID)
return self.connection.get_status(action, method="DELETE")
# ----- Encryption -----
def encrypt(self):
# -----------------------------------------------------------------------
# encrypt a VM/Computer
# -----------------------------------------------------------------------
action = "vm/%s/encrypt/" % (self.imageGUID)
vm = VirtualMachine(self.connection)
vm.imageGUID = self.imageGUID
for objDevice in self.devices:
device = Device(self.connection)
device.msUID = objDevice.msUID
device.preserveData = "yes"
device.fileSystem = objDevice.fileSystem
# Create inner volume object
device.volume = Volume(self.connection)
device.volume.mountPoint = objDevice.volume.mountPoint
vm.devices.append(device)
data = vm.tostring()
return self.connection.get_status(action, data=data, method="POST")
def encryptDevice(self, DeviceObj, filesystem, mountpoint, preserveData="no"):
# ----------------------------------------------------------------------
# encrypt devices in a VM/Computer
# ----------------------------------------------------------------------
# Create New Virtual Machine message for encrypt device object
response = None
if isinstance(DeviceObj, Device):
vm = VirtualMachine(self.connection)
vm.imageGUID = self.imageGUID
device = Device(self.connection)
device.msUID = DeviceObj.msUID
device.preserveData = preserveData
device.fileSystem = filesystem
# Create inner volume object
device.volume = Volume(self.connection)
device.volume.mountPoint = mountpoint
vm.devices.append(device)
# Do Request
action = "vm/%s/encrypt/" % (self.imageGUID)
data = vm.tostring()
response = self.connection.get_status(action, method="POST", data=data)
return response
def cancelEncryption(self, DeviceObj):
# Create New Virtual Machine message for encrypt device object
response = None
if isinstance(DeviceObj, Device):
action = "vm/%s/device/%s/encrypt/" % (self.imageGUID, DeviceObj.msUID)
response = self.connection.get_status(action, method="DELETE")
return response
def deleteKey(self, DeviceObj):
# Create New Virtual Machine message for encrypt device object
response = None
if isinstance(DeviceObj, Device):
action = "vm/%s/device/%s/key/" % (self.imageGUID, DeviceObj.msUID)
response = self.connection.get_status(action, method="DELETE")
return response
# ----- Create RAID device
def createRAID(self, name, filesystem, mountpoint, device_id_list, deviceID=None):
# create raid device object
dev = Device(self.connection)
dev.name = name
if deviceID:
dev.msUID = deviceID
else:
dev.msUID = str(uuid.uuid4())
dev.raidLevel = "RAID0"
dev.fileSystem = filesystem
dev.volume = Volume(self.connection)
dev.volume.mountPoint = mountpoint
for d in device_id_list:
new = Device(self.connection)
new.msUID = d
dev.subDevices.append(new)
# call create RAID API
action = "vm/%s/device/raid/" % (self.imageGUID)
data = dev.tostring()
return self.connection.get_status(action, Device, data=data, method="POST")
class VirtualMachine(SCObject):
#=========================================================================
# present vm object
#=========================================================================
# Present valid vm object attributes, not inner objects
ValidAttributes = ['SecurityGroupGUID',
'autoProvision', 'nonEncryptedDeviceCount', 'detectedKeyCount',
'encryptableDeviceCount', 'encryptedDeviceCount', 'encryptingDeviceCount', 'pendingDeviceCount',
'hostname', 'href',
'imageGUID', 'imageID', 'imageName', 'instanceID', 'instanceGUID',
'lastModified']
def __init__(self, connection, tag='vm'):
SCObject.__init__(self, connection, tag)
#----------------------------------------------------------------------
# Attributes
#----------------------------------------------------------------------
self.SecurityGroupGUID = None
self.autoProvision = None
self.detectedKeyCount = None
self.encryptableDeviceCount = None
self.encryptedDeviceCount = None
self.encryptingDeviceCount = None
self.href = None
self.hostname = None
self.imageGUID = None
self.imageID = None
self.imageName = None
self.instanceGUID = None
self.instanceID = None
self.lastModified = None
self.nonEncryptedDeviceCount = None
self.pendingDeviceCount = None
#----------------------------------------------------------------------
# elements
#----------------------------------------------------------------------
self.imageDescription = None
#----------------------------------------------------------------------
# Inner objects
#----------------------------------------------------------------------
self.provider = None
self.platform = None
self.securecloudAgent = None
# Device list
self.devices = ResultSet([('device', Device)], 'devices')
pass
def startElement(self, name, attrs, connection):
ret = SCObject.startElement(self, name, attrs, connection)
if ret is not None:
return ret
if name == 'vm':
# keep all attributes
for key, value in attrs.items():
setattr(self, key, value)
elif name == 'provider':
self.provider = Provider(connection)
self.provider.startElement(name, attrs, connection)
return self.provider
elif name == 'securecloudAgent':
self.securecloudAgent = SCAgent(connection)
self.securecloudAgent.startElement(name, attrs, connection)
return self.securecloudAgent
elif name == 'devices':
self.devices = ResultSet([('device', Device)], name)
return self.devices
else:
return None
def endElement(self, name, value, connection):
if name == 'platform':
self.platform = value
elif name == 'imageDescription':
self.imageDescription = value
else:
setattr(self, name, value)
def buildElements(self):
vm = ElementTree.Element('vm')
# build attributes
for e in self.ValidAttributes:
if getattr(self, e):
vm.attrib[e] = getattr(self, e)
if self.imageDescription:
description = ElementTree.SubElement(vm, "imageDescription")
description.text = self.imageDescription
# append inner objects
if getattr(self, 'provider'):
vm.append(self.provider.buildElements())
if getattr(self, 'platform'):
vm.attrib['platform'] = self.platform
if getattr(self, 'securecloudAgent'):
vm.append(self.securecloudAgent.buildElements())
if getattr(self, 'devices'):
vm.append(self.devices.buildElements())
return vm
def _update(self, to_update):
self.__dict__.update(to_update.__dict__)
#----------------------------------------------------------------------
# Member functions
#----------------------------------------------------------------------
def update(self):
action = 'vm/%s/' % self.imageGUID
data = self.tostring()
update = self.connection.get_object(
action, VirtualMachine, data=data, method='POST')
if update:
self._update(update)
return self
return update
def delete(self):
#----------------------------------------------------------------------
# delete vm itself
#----------------------------------------------------------------------
action = 'vm/%s/' % (self.imageGUID)
return self.connection.get_status(action, method='DELETE')
def getDevice(self, deviceID):
#----------------------------------------------------------------------
# list all devices
#----------------------------------------------------------------------
action = 'vm/%s/device/%s/' % (self.imageGUID, deviceID)
return self.connection.get_object(action, Device)
def deleteDevice(self, deviceID):
#----------------------------------------------------------------------
# delete device inside a virtual machine
#----------------------------------------------------------------------
# :deviceID the targe device to be delete in a virtual machine'
action = 'vm/%s/device/%s/' % (self.imageGUID, deviceID)
return self.connection.get_status(action, method='DELETE')
# ----- Encryption -----
def encrypt(self):
#-----------------------------------------------------------------------
# encrypt a VM/Computer
#-----------------------------------------------------------------------
action = 'vm/%s/encrypt/' % (self.imageGUID)
vm = VirtualMachine(self.connection)
vm.imageGUID = self.imageGUID
for objDevice in self.devices:
device = Device(self.connection)
device.msUID = objDevice.msUID
device.preserveData = 'yes'
device.fileSystem = objDevice.fileSystem
# Create inner volume object
device.volume = Volume(self.connection)
device.volume.mountPoint = objDevice.volume.mountPoint
vm.devices.append(device)
data = vm.tostring()
return self.connection.get_status(action, data=data, method='POST')
def encryptDevice(self, DeviceObj, filesystem, mountpoint, preserveData="no"):
#----------------------------------------------------------------------
# encrypt devices in a VM/Computer
#----------------------------------------------------------------------
# Create New Virtual Machine message for encrypt device object
response = None
if isinstance(DeviceObj, Device):
vm = VirtualMachine(self.connection)
vm.imageGUID = self.imageGUID
device = Device(self.connection)
device.msUID = DeviceObj.msUID
device.preserveData = preserveData
device.fileSystem = filesystem
# Create inner volume object
device.volume = Volume(self.connection)
device.volume.mountPoint = mountpoint
vm.devices.append(device)
# Do Request
action = 'vm/%s/encrypt/' % (self.imageGUID)
data = vm.tostring()
response = self.connection.get_status(
action, method='POST', data=data)
return response
def cancelEncryption(self, DeviceObj):
# Create New Virtual Machine message for encrypt device object
response = None
if isinstance(DeviceObj, Device):
action = 'vm/%s/device/%s/encrypt/' % (self.imageGUID,
DeviceObj.msUID)
response = self.connection.get_status(
action, method='DELETE')
return response
def deleteKey(self, DeviceObj):
# Create New Virtual Machine message for encrypt device object
response = None
if isinstance(DeviceObj, Device):
action = 'vm/%s/device/%s/key/' % (self.imageGUID,
DeviceObj.msUID)
response = self.connection.get_status(
action, method='DELETE')
return response
# ----- Create RAID device
def createRAID(self, name, raid_level, filesystem, writeAccess, mountpoint, device_id_list, deviceID=None):
# create raid device object
dev = Device(self.connection)
dev.name = name
if deviceID:
dev.msUID = deviceID
else:
dev.msUID = str(uuid.uuid4())
