def add_node(p_pyhouse_obj, p_message_obj):
""" Add node (or update if alreeady present).
@param p_message_obj: is a decoded json message containing node information
"""
l_nodes = p_pyhouse_obj.Computer.Nodes
l_uuid = p_message_obj['UUID']
l_name = p_message_obj['Name']
l_now = datetime.datetime.now()
if l_uuid in l_nodes:
LOG.info('Node already present {} '.format(l_name))
p_pyhouse_obj.Computer.Nodes[l_uuid].LastUpdate = l_now
else:
LOG.info('Node not present - Adding. {} {}'.format(
l_uuid, l_name))
l_obj = NodeData()
l_obj.Name = l_name
l_obj.Key = l_uuid
l_obj.Active = p_message_obj['Active']
l_obj.Comment = p_message_obj['Comment']
l_obj.ConnectionAddr_IPv4 = p_message_obj['ConnectionAddr_IPv4']
l_obj.ConnectionAddr_IPv6 = p_message_obj['ConnectionAddr_IPv6']
l_obj.ControllerCount = p_message_obj['ControllerCount']
l_obj.ControllerTypes = p_message_obj['ControllerTypes']
l_obj.NodeId = p_message_obj['NodeId']
l_obj.NodeRole = p_message_obj['NodeRole']
l_obj.LastUpdate = l_now
l_obj.UUID = l_uuid
p_pyhouse_obj.Computer.Nodes[l_uuid] = l_obj
LOG.info('Contains {} Nodes'.format(len(p_pyhouse_obj.Computer.Nodes)))
def add_node(p_pyhouse_obj, p_message_obj):
""" Add node (or update if alreeady present).
@param p_message_obj: is a decoded json message containing node information
"""
l_nodes = p_pyhouse_obj.Computer.Nodes
l_uuid = p_message_obj['UUID']
l_name = p_message_obj['Name']
l_now = datetime.datetime.now()
if l_uuid in l_nodes:
LOG.info('Node already present {} '.format(l_name))
p_pyhouse_obj.Computer.Nodes[l_uuid].LastUpdate = l_now
else:
LOG.info('Node not present - Adding. {} {}'.format(l_uuid, l_name))
l_obj = NodeData()
l_obj.Name = l_name
l_obj.Key = l_uuid
l_obj.Active = p_message_obj['Active']
l_obj.Comment = p_message_obj['Comment']
l_obj.ConnectionAddr_IPv4 = p_message_obj['ConnectionAddr_IPv4']
l_obj.ConnectionAddr_IPv6 = p_message_obj['ConnectionAddr_IPv6']
l_obj.ControllerCount = p_message_obj['ControllerCount']
l_obj.ControllerTypes = p_message_obj['ControllerTypes']
l_obj.NodeId = p_message_obj['NodeId']
l_obj.NodeRole = p_message_obj['NodeRole']
l_obj.LastUpdate = l_now
l_obj.UUID = l_uuid
p_pyhouse_obj.Computer.Nodes[l_uuid] = l_obj
LOG.info('Contains {} Nodes'.format(len(p_pyhouse_obj.Computer.Nodes)))
def _extract_node(self, p_message):
l_node = NodeData()
l_node.Name = self._get_field(p_message, 'Name')
l_node.Key = l_node.Name
l_node.Active = True
l_node.Comment = ''
l_node.ConnectionAddr_IPv4 = self._get_field(p_message, 'ConnectionAddr_IPv4')
l_node.ConnectionAddr_IPv6 = self._get_field(p_message, 'ConnectionAddr_IPv6')
l_node.ControllerCount = self._get_field(p_message, 'ControllerCount')
l_node.ControllerTypes = self._get_field(p_message, 'ControllerTypes')
l_node.NodeId = self._get_field(p_message, 'NodeId')
l_node.NodeRole = self._get_field(p_message, 'NodeRole')
def _extract_node(self, p_message):
l_node = NodeData()
l_node.Name = self._get_field(p_message, 'Name')
l_node.Key = l_node.Name
l_node.Active = True
l_node.Comment = ''
l_node.ConnectionAddr_IPv4 = self._get_field(p_message,
'ConnectionAddr_IPv4')
l_node.ConnectionAddr_IPv6 = self._get_field(p_message,
'ConnectionAddr_IPv6')
l_node.ControllerCount = self._get_field(p_message, 'ControllerCount')
l_node.ControllerTypes = self._get_field(p_message, 'ControllerTypes')
l_node.NodeId = self._get_field(p_message, 'NodeId')
l_node.NodeRole = self._get_field(p_message, 'NodeRole')
def _read_one_node_xml(p_node_xml):
"""
Read the existing XML file (if it exists) and get the node info.
"""
l_node_obj = NodeData()
XmlConfigTools.read_base_object_xml(l_node_obj, p_node_xml)
l_node_obj.ConnectionAddr_IPv4 = PutGetXML.get_text_from_xml(p_node_xml, 'ConnectionAddressV4')
l_node_obj.ConnectionAddr_IPv6 = PutGetXML.get_text_from_xml(p_node_xml, 'ConnectionAddressV6')
l_node_obj.NodeRole = PutGetXML.get_int_from_xml(p_node_xml, 'NodeRole')
try:
l_node_obj.NodeInterfaces = Xml._read_interfaces_xml(p_node_xml.find('InterfaceSection'))
except AttributeError as e_err:
LOG.error('ERROR OneNodeRead error {}'.format(e_err))
return l_node_obj
def _read_one_node_xml(p_node_xml):
"""
Use the passed in xml to create a node entry.
@param p_node_xml: is the element in the Xml config file that describes a node.
@return: a node object filled in.
"""
l_node_obj = NodeData()
XmlConfigTools.read_base_UUID_object_xml(l_node_obj, p_node_xml)
l_node_obj.ConnectionAddr_IPv4 = PutGetXML.get_text_from_xml(p_node_xml, 'ConnectionAddressV4')
l_node_obj.ConnectionAddr_IPv6 = PutGetXML.get_text_from_xml(p_node_xml, 'ConnectionAddressV6')
l_node_obj.NodeRole = PutGetXML.get_int_from_xml(p_node_xml, 'NodeRole')
try:
l_node_obj.LastUpdate = PutGetXML.get_date_time_from_xml(p_node_xml, 'LastUpdate')
except AttributeError:
l_node_obj.LastUpdate = datetime.datetime.now()
try:
l_node_obj.NodeInterfaces = Xml._read_interfaces_xml(p_node_xml.find('InterfaceSection'))
except AttributeError as e_err:
LOG.error('ERROR OneNodeRead error {}'.format(e_err))
return l_node_obj
def initialize_node(self, p_addr_v4, p_addr_v6):
l_node = NodeData()
l_node.ConnectionAddr_IPv4 = p_addr_v4
l_node.ConnectionAddr_IPv6 = p_addr_v6
return l_node