class FileNodeManager:
def __init__(self):
self.__manager = HenManager()
def fileNodeCreate(self, fileNodeType, owner, path, architecture, osType, version, mustClone, description, attributes, username, password):
return self.__manager.fileNodeCreate(fileNodeType, owner, path, architecture, osType, version, mustClone, description, attributes, username, password)
def elementEdit(self, elementID, parameters, attributes):
return self.__manager. elementEdit(elementID, parameters, attributes)
def elementDelete(self, elementID):
# Send a non-manager delete command
return self.__manager.elementDelete(elementID, False)
class ElementManager:
def __init__(self):
self.__manager = HenManager()
##########################################################################################
# Create functions
##########################################################################################
def computerNodeCreate(self, netbootable, infrastructure, rackName, macAddress, powerID, powerPort, serialID, serialPort, serviceProcessorID, attributes, building, floor, room, rackRow, rackStartUnit, rackEndUnit, rackPosition, status, vendor, model):
return self.__manager.computerNodeCreate(netbootable, infrastructure, rackName, macAddress, powerID, powerPort, serialID, serialPort, serviceProcessorID, attributes, building, floor, room, rackRow, rackStartUnit, rackEndUnit, rackPosition, status, vendor, model)
def serverNodeCreate(self, rackName, serialID, serialPort, managementMAC, infrastructureMAC, externalMAC, externalIP, externalSubnet, attributes, building, floor, room, rackRow, rackStartUnit, rackEndUnit, rackPosition, powerID, powerPort, serviceProcessorID, status, vendor, model):
return self.__manager.serverNodeCreate(rackName, serialID, serialPort, managementMAC, infrastructureMAC, externalMAC, externalIP, externalSubnet, attributes, building, floor, room, rackRow, rackStartUnit, rackEndUnit, rackPosition, powerID, powerPort, serviceProcessorID, status, vendor, model)
def serialNodeCreate(self, vendor, model, macAddress, powerID, powerPort, username, password, rackName, attributes, building, floor, room, rackRow, rackStartUnit, rackEndUnit, rackPosition, status):
return self.__manager.serialNodeCreate(vendor, model, macAddress, powerID, powerPort, username, password, rackName, attributes, building, floor, room, rackRow, rackStartUnit, rackEndUnit, rackPosition, status)
def switchNodeCreate(self, infrastructure, vendor, model, macAddress, powerID, powerPort, serialID, serialPort, rackName, attributes, building, floor, room, rackRow, rackStartUnit, rackEndUnit, rackPosition, status):
return self.__manager.switchNodeCreate(infrastructure, vendor, model, macAddress, powerID, powerPort, serialID, serialPort, rackName, attributes, building, floor, room, rackRow, rackStartUnit, rackEndUnit, rackPosition, status)
def powerswitchNodeCreate(self, vendor, model, macAddress, serialID, serialPort, rackName, username, password, attributes, building, floor, room, rackRow, rackStartUnit, rackEndUnit, rackPosition, status):
return self.__manager.powerswitchNodeCreate(vendor, model, macAddress, serialID, serialPort, rackName, username, password, attributes, building, floor, room, rackRow, rackStartUnit, rackEndUnit, rackPosition, status)
def routerNodeCreate(self, vendor, model, macAddress, powerID, powerPort, serialID, serialPort, rackName, attributes, building, floor, room, rackRow, rackStartUnit, rackEndUnit, rackPosition, status):
return self.__manager.routerNodeCreate(vendor, model, macAddress, powerID, powerPort, serialID, serialPort, rackName, attributes, building, floor, room, rackRow, rackStartUnit, rackEndUnit, rackPosition, status)
def serviceprocessorNodeCreate(self, macAddress, powerID, powerPort, username, password, attributes, status, vendor, model):
return self.__manager.serviceprocessorNodeCreate(macAddress, powerID, powerPort, username, password, attributes, status, vendor, model)
def infrastructureRackCreate(self, vendor, model, description, building, floor, room, rackRow, rowPosition, height, width, depth, rearRightSlots, rearLeftSlots, numberUnits, status, attributes):
return self.__manager.infrastructureRackCreate(vendor, model, description, building, floor, room, rackRow, rowPosition, height, width, depth, rearRightSlots, rearLeftSlots, numberUnits, status, attributes)
def fileNodeCreate(self, fileNodeType, owner, path, architecture, osType, version, mustClone, description, attributes, username, password, status):
return self.__manager.fileNodeCreate(fileNodeType, owner, path, architecture, osType, version, mustClone, description, attributes, username, password, status)
##########################################################################################
# Edit functions
##########################################################################################
def elementEdit(self, elementID, parameters, attributes):
return self.__manager. elementEdit(elementID, parameters, attributes)
##########################################################################################
# Delete functions
##########################################################################################
def elementDelete(self, elementID):
return self.__manager.elementDelete(elementID)
class FileNodeManager:
def __init__(self):
self.__manager = HenManager()
def fileNodeCreate(self, fileNodeType, owner, path, architecture, osType,
version, mustClone, description, attributes, username,
password):
return self.__manager.fileNodeCreate(fileNodeType, owner, path,
architecture, osType, version,
mustClone, description,
attributes, username, password)
def elementEdit(self, elementID, parameters, attributes):
return self.__manager.elementEdit(elementID, parameters, attributes)
def elementDelete(self, elementID):
# Send a non-manager delete command
return self.__manager.elementDelete(elementID, False)
class ElementManager:
def __init__(self):
self.__manager = HenManager()
##########################################################################################
# Create functions
##########################################################################################
def computerNodeCreate(self, netbootable, infrastructure, rackName,
macAddress, powerID, powerPort, serialID,
serialPort, serviceProcessorID, attributes,
building, floor, room, rackRow, rackStartUnit,
rackEndUnit, rackPosition, status, vendor, model):
return self.__manager.computerNodeCreate(
netbootable, infrastructure, rackName, macAddress, powerID,
powerPort, serialID, serialPort, serviceProcessorID, attributes,
building, floor, room, rackRow, rackStartUnit, rackEndUnit,
rackPosition, status, vendor, model)
def serverNodeCreate(self, rackName, serialID, serialPort, managementMAC,
infrastructureMAC, externalMAC, externalIP,
externalSubnet, attributes, building, floor, room,
rackRow, rackStartUnit, rackEndUnit, rackPosition,
powerID, powerPort, serviceProcessorID, status,
vendor, model):
return self.__manager.serverNodeCreate(
rackName, serialID, serialPort, managementMAC, infrastructureMAC,
externalMAC, externalIP, externalSubnet, attributes, building,
floor, room, rackRow, rackStartUnit, rackEndUnit, rackPosition,
powerID, powerPort, serviceProcessorID, status, vendor, model)
def serialNodeCreate(self, vendor, model, macAddress, powerID, powerPort,
username, password, rackName, attributes, building,
floor, room, rackRow, rackStartUnit, rackEndUnit,
rackPosition, status):
return self.__manager.serialNodeCreate(vendor, model, macAddress,
powerID, powerPort, username,
password, rackName, attributes,
building, floor, room, rackRow,
rackStartUnit, rackEndUnit,
rackPosition, status)
def switchNodeCreate(self, infrastructure, vendor, model, macAddress,
powerID, powerPort, serialID, serialPort, rackName,
attributes, building, floor, room, rackRow,
rackStartUnit, rackEndUnit, rackPosition, status):
return self.__manager.switchNodeCreate(
infrastructure, vendor, model, macAddress, powerID, powerPort,
serialID, serialPort, rackName, attributes, building, floor, room,
rackRow, rackStartUnit, rackEndUnit, rackPosition, status)
def powerswitchNodeCreate(self, vendor, model, macAddress, serialID,
serialPort, rackName, username, password,
attributes, building, floor, room, rackRow,
rackStartUnit, rackEndUnit, rackPosition,
status):
return self.__manager.powerswitchNodeCreate(
vendor, model, macAddress, serialID, serialPort, rackName,
username, password, attributes, building, floor, room, rackRow,
rackStartUnit, rackEndUnit, rackPosition, status)
def routerNodeCreate(self, vendor, model, macAddress, powerID, powerPort,
serialID, serialPort, rackName, attributes, building,
floor, room, rackRow, rackStartUnit, rackEndUnit,
rackPosition, status):
return self.__manager.routerNodeCreate(
vendor, model, macAddress, powerID, powerPort, serialID,
serialPort, rackName, attributes, building, floor, room, rackRow,
rackStartUnit, rackEndUnit, rackPosition, status)
def serviceprocessorNodeCreate(self, macAddress, powerID, powerPort,
username, password, attributes, status,
vendor, model):
return self.__manager.serviceprocessorNodeCreate(
macAddress, powerID, powerPort, username, password, attributes,
status, vendor, model)
def infrastructureRackCreate(self, vendor, model, description, building,
floor, room, rackRow, rowPosition, height,
width, depth, rearRightSlots, rearLeftSlots,
numberUnits, status, attributes):
return self.__manager.infrastructureRackCreate(
vendor, model, description, building, floor, room, rackRow,
rowPosition, height, width, depth, rearRightSlots, rearLeftSlots,
numberUnits, status, attributes)
def fileNodeCreate(self, fileNodeType, owner, path, architecture, osType,
version, mustClone, description, attributes, username,
password, status):
return self.__manager.fileNodeCreate(fileNodeType, owner, path,
architecture, osType, version,
mustClone, description,
attributes, username, password,
status)
##########################################################################################
# Edit functions
##########################################################################################
def elementEdit(self, elementID, parameters, attributes):
return self.__manager.elementEdit(elementID, parameters, attributes)
##########################################################################################
# Delete functions
##########################################################################################
def elementDelete(self, elementID):
return self.__manager.elementDelete(elementID)