def _loaded(self, node_data):
super(VersionedAttribute, self)._loaded(node_data)
self.name = node_data['data'][0]
self.atype = node_data['data'][1]
self.values = node_data['data'][2]
self.max_versions = node_data['data'][3]
def _get_value(self):
return self.values[-1]
def _set_value(self, val):
self.transport.setValue(self.oid, val)
self.values.append(val)
if len(self.values) > self.max_versions:
self.values.pop(0)
value = property(_get_value, _set_value)
def _copySelf(self, target):
return target.add('versioned attribute', self.name, self.atype, self.value, self.max_versions)
# Add the objects in this module to the object registry.
o = object_registry.registerClass(Attribute)
o.registerChild(Attribute)
o.registerChild(VersionedAttribute)
o = object_registry.registerClass(VersionedAttribute)
o.registerChild(Attribute)
o.registerChild(VersionedAttribute)
def range_from_string(range):
"""Return a Range object matching an range string.
The range string must be two ipv6 address, start and end.
End must be equal to or higher than start
If a Range object is passed in it is returned untouched.
"""
if type(range) not in [str, unicode]:
return range
split = range.split()
if len(split) != 2:
raise errors.SiptrackError('invalid range string')
return Range(split[0], split[1])
# Add the objects in this module to the object registry.
o = object_registry.registerClass(Network)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(Network)
o.registerChild(NetworkRange)
o.registerChild(template.NetworkTemplate)
o.registerChild(confignode.ConfigValue)
o.registerChild(permission.Permission)
o = object_registry.registerClass(NetworkRange)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(confignode.ConfigValue)
o.registerChild(permission.Permission)
def _loaded(self, node_data):
super(TemplateRuleFlushAssociations, self)._loaded(node_data)
self.include = node_data['data'][0]
self.exclude = node_data['data'][1]
def _created(self):
"""Called when an object has been newly created."""
self.oid = self.transport.add(self.parent.oid, self.include,
self.exclude)
def _copySelf(self, target):
return target.add(self.class_name, self.include, self.exclude)
# Add the objects in this module to the object registry.
o = object_registry.registerClass(DeviceTemplate)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(TemplateRulePassword)
o.registerChild(TemplateRuleAssignNetwork)
o.registerChild(TemplateRuleSubdevice)
o.registerChild(TemplateRuleText)
o.registerChild(TemplateRuleFixed)
o.registerChild(TemplateRuleRegmatch)
o.registerChild(TemplateRuleBool)
o.registerChild(TemplateRuleInt)
o.registerChild(TemplateRuleDeleteAttribute)
o.registerChild(TemplateRuleFlushNodes)
o.registerChild(TemplateRuleFlushAssociations)
o = object_registry.registerClass(NetworkTemplate)
def _set_password_key(self, val):
return
password_key = property(_get_password_key, _set_password_key)
class PublicKey(treenodes.BaseNode):
class_id = 'PUK'
class_name = 'public key'
class_data_len = 0
class PendingSubKey(treenodes.BaseNode):
class_id = 'PSK'
class_name = 'pending sub key'
class_data_len = 0
# Add the objects in this module to the object registry.
o = object_registry.registerClass(PasswordTree)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(permission.Permission)
o.registerChild(PasswordCategory)
o.registerChild(PasswordKey)
o.registerChild(Password)
o = object_registry.registerClass(PasswordCategory)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(permission.Permission)
o.registerChild(Password)
o.registerChild(PasswordCategory)
o = object_registry.registerClass(Password)
# Rack
rack = dt.add('device template', False, [units])
rack.attributes['description'] = 'Rack template.'
rack.attributes['name'] = 'Rack'
rack.attributes['device_creation'] = True
rack.add('template rule text', 'name', 1)
rack.add('template rule fixed', 'class', 'rack', False, 1)
# Add the objects in this module to the object registry.
o = object_registry.registerClass(ViewTree)
o.registerChild(View)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(user.UserManagerLocal)
o.registerChild(user.UserManagerLDAP)
o.registerChild(user.UserManagerActiveDirectory)
o.registerChild(confignode.ConfigValue)
o.registerChild(permission.Permission)
o.registerChild(event.CommandQueue)
o.registerChild(event.EventTrigger)
o = object_registry.registerClass(View)
o.registerChild(container.ContainerTree)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
class UserLDAP(BaseUser):
class_id = 'UL'
class_name = 'user ldap'
class_data_len = 2
class UserActiveDirectory(BaseUser):
class_id = 'UAD'
class_name = 'user active directory'
class_data_len = 2
# Add the objects in this module to the object registry.
o = object_registry.registerClass(UserManagerLocal)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(UserLocal)
o.registerChild(UserGroup)
o = object_registry.registerClass(UserManagerLDAP)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(UserLDAP)
o.registerChild(UserGroup)
o.registerChild(UserGroupLDAP)
o = object_registry.registerClass(UserManagerActiveDirectory)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
else:
raise errors.SiptrackError('unknown protocol in network tree')
def isValidAddress(self, address):
if self.protocol == 'ipv4':
return ipv4.is_valid_address_string(address)
elif self.protocol == 'ipv6':
return ipv6.is_valid_address_string(address)
else:
raise errors.SiptrackError('unknown protocol in network tree')
def isValidRange(self, range):
if self.protocol == 'ipv4':
return ipv4.is_valid_range_string(range)
elif self.protocol == 'ipv6':
return ipv6.is_valid_range_string(range)
else:
raise errors.SiptrackError('unknown protocol in network tree')
# Add the objects in this module to the object registry.
o = object_registry.registerClass(NetworkTree)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(ipv4.Network)
o.registerChild(ipv4.NetworkRange)
o.registerChild(ipv6.Network)
o.registerChild(ipv6.NetworkRange)
o.registerChild(template.NetworkTemplate)
o.registerChild(confignode.ConfigValue)
o.registerChild(permission.Permission)
def _get_value(self):
return self._value
def _set_value(self, val):
self._value = val
self.transport.set(self.oid, val)
value = property(_get_value, _set_value)
def _get_values(self):
return self._values
def _set_values(self, val):
self._values = val
self.transport.setValues(self.oid, val)
values = property(_get_values, _set_values)
# Add the objects in this module to the object registry.
o = object_registry.registerClass(Counter)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(permission.Permission)
o = object_registry.registerClass(CounterLoop)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(permission.Permission)
def __init__(self, parent):
super(ContainerTree, self).__init__(parent)
class Container(treenodes.BaseNode):
"""Container for attributes.
This object type is pretty much obsolete.
"""
class_id = 'C'
class_name = 'container'
class_data_len = 0
def __init__(self, parent):
super(Container, self).__init__(parent)
# Add the objects in this module to the object registry.
o = object_registry.registerClass(ContainerTree)
o.registerChild(Container)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(permission.Permission)
o = object_registry.registerClass(Container)
o.registerChild(Container)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(permission.Permission)
"""Called when an object has been newly created."""
self.oid = self.transport.add(self.parent.oid, self._values)
pass
def _get_value(self):
return self._value
def _set_value(self, val):
self._value = val
self.transport.set(self.oid, val)
value = property(_get_value, _set_value)
def _get_values(self):
return self._values
def _set_values(self, val):
self._values = val
self.transport.setValues(self.oid, val)
values = property(_get_values, _set_values)
# Add the objects in this module to the object registry.
o = object_registry.registerClass(Counter)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(permission.Permission)
o = object_registry.registerClass(CounterLoop)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(permission.Permission)
self.name = node_data['data'][0]
self.atype = node_data['data'][1]
self._value = node_data['data'][2]
@property
def value(self):
return self._value
@value.setter
def value(self, val):
self._value = val
self.transport.setValue(self.oid, val)
def _copySelf(self, target):
return target.add('encrypted attribute', self.name, self.atype,
self._value)
# Add the objects in this module to the object registry.
o = object_registry.registerClass(Attribute)
o.registerChild(Attribute)
o.registerChild(VersionedAttribute)
o = object_registry.registerClass(VersionedAttribute)
o.registerChild(Attribute)
o.registerChild(VersionedAttribute)
o = object_registry.registerClass(EncryptedAttribute)
o.registerChild(Attribute)
o.registerChild(VersionedAttribute)
self.oid = self.transport.add(self.parent.oid, self._name,
self._value)
def _get_name(self):
return self._name
def _set_name(self, val):
self.transport.setName(self.oid, val)
self._name = val
name = property(_get_name, _set_name)
def _get_value(self):
return self._value
def _set_value(self, val):
self.transport.setValue(self.oid, val)
self._value = val
value = property(_get_value, _set_value)
# Add the objects in this module to the object registry.
o = object_registry.registerClass(ConfigNetworkAutoassign)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(permission.Permission)
o = object_registry.registerClass(ConfigValue)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(permission.Permission)
units.attributes['description'] = 'Create rack units.'
units.attributes['name'] = 'Rack Units'
units.attributes['device_creation'] = False
units.add('template rule bool', 'reverse-device-sort-order', True, 1)
units.add('template rule subdevice', 42, unit, 1)
# Rack
rack = dt.add('device template', False, [units])
rack.attributes['description'] = 'Rack template.'
rack.attributes['name'] = 'Rack'
rack.attributes['device_creation'] = True
rack.add('template rule text', 'name', 1)
rack.add('template rule fixed', 'class', 'rack', False, 1)
# Add the objects in this module to the object registry.
o = object_registry.registerClass(ViewTree)
o.registerChild(View)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(user.UserManagerLocal)
o.registerChild(user.UserManagerLDAP)
o.registerChild(user.UserManagerActiveDirectory)
o.registerChild(confignode.ConfigValue)
o.registerChild(permission.Permission)
o.registerChild(event.CommandQueue)
o.registerChild(event.EventTrigger)
o = object_registry.registerClass(View)
o.registerChild(container.ContainerTree)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
return self._code
def _set_code(self, val):
self._code = val
self.transport.setCode(self.oid, val)
code = property(_get_code, _set_code)
@property
def error(self):
return self._error
@property
def error_timestamp(self):
return self._error_timestamp
# Add the objects in this module to the object registry.
o = object_registry.registerClass(Command)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(permission.Permission)
o = object_registry.registerClass(CommandQueue)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(permission.Permission)
o.registerChild(Command)
o = object_registry.registerClass(EventTriggerRulePython)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(permission.Permission)
super(DeviceConfigTemplate, self)._loaded(node_data)
def _created(self):
"""Called when an object has been newly created."""
self.oid = self.transport.add(self.parent.oid, self._template)
def _get_template(self):
return self.transport.getTemplate(self.oid)
def _set_template(self, template):
self.transport.setTemplate(self.oid, template)
self._template = template
template = property(_get_template, _set_template)
def expand(self, keywords = None):
if not keywords:
keywords = {}
return self.transport.expand(self.oid, keywords)
# Add the objects in this module to the object registry.
o = object_registry.registerClass(DeviceConfig)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(permission.Permission)
o = object_registry.registerClass(DeviceConfigTemplate)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(permission.Permission)
self._users.set(node_data['data'][2])
self._groups.set(node_data['data'][3])
self.all_users = node_data['data'][4]
self.recursive = node_data['data'][5]
def _created(self):
"""Called when an object has been newly created."""
users = self._users.oids
groups = self._groups.oids
self.oid = self.transport.add(self.parent.oid, self.read_access,
self.write_access, users, groups, self.all_users,
self.recursive)
def _get_users(self):
return self._users.get()
def _set_users(self, val):
return
users = property(_get_users, _set_users)
def _get_groups(self):
return self._groups.get()
def _set_groups(self, val):
return
groups = property(_get_groups, _set_groups)
# Add the objects in this module to the object registry.
o = object_registry.registerClass(Permission)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
class_data_len = 0
def __init__(self, parent):
super(ContainerTree, self).__init__(parent)
class Container(treenodes.BaseNode):
"""Container for attributes.
This object type is pretty much obsolete.
"""
class_id = 'C'
class_name = 'container'
class_data_len = 0
def __init__(self, parent):
super(Container, self).__init__(parent)
# Add the objects in this module to the object registry.
o = object_registry.registerClass(ContainerTree)
o.registerChild(Container)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(permission.Permission)
o = object_registry.registerClass(Container)
o.registerChild(Container)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(permission.Permission)
self.oid = self.transport.add(self.parent.oid, self.num_devices,
device_template_oid)
def setNumDevices(self, num_devices):
self.transport.setNumDevices(self.oid, num_devices)
self.num_devices = num_devices
def setDeviceTemplate(self, device_template):
device_template_oid = ''
if device_template:
device_template_oid = device_template.oid
self.transport.setDeviceTemplate(self.oid, device_template_oid)
self.device_template = device_template
# Add the objects in this module to the object registry.
o = object_registry.registerClass(DeviceTree)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(Device)
o.registerChild(DeviceCategory)
o.registerChild(template.DeviceTemplate)
o.registerChild(confignode.ConfigNetworkAutoassign)
o.registerChild(confignode.ConfigValue)
o.registerChild(permission.Permission)
o = object_registry.registerClass(DeviceCategory)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(Device)
o.registerChild(DeviceCategory)
o.registerChild(template.DeviceTemplate)
def _get_name(self):
return self._name
def _set_name(self, val):
self.transport.setName(self.oid, val)
self._name = val
name = property(_get_name, _set_name)
def _get_value(self):
return self._value
def _set_value(self, val):
self.transport.setValue(self.oid, val)
self._value = val
value = property(_get_value, _set_value)
# Add the objects in this module to the object registry.
o = object_registry.registerClass(ConfigNetworkAutoassign)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(permission.Permission)
o = object_registry.registerClass(ConfigValue)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(permission.Permission)
The range string must be two ipv4 address, start and end.
End must be equal to or higher than start
If a Range object is passed in it is returned untouched.
"""
if type(range) == Range:
return range
split = range.split()
if len(split) != 2:
raise errors.SiptrackError('invalid range string')
start = dotted_quad_to_num(split[0])
end = dotted_quad_to_num(split[1])
return Range(start, end)
# Add the objects in this module to the object registry.
o = object_registry.registerClass(Network)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(Network)
o.registerChild(NetworkRange)
o.registerChild(template.NetworkTemplate)
o.registerChild(confignode.ConfigValue)
o.registerChild(permission.Permission)
o = object_registry.registerClass(NetworkRange)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(confignode.ConfigValue)
o.registerChild(permission.Permission)
class_id = 'U'
class_name = 'user local'
class_data_len = 2
class UserLDAP(BaseUser):
class_id = 'UL'
class_name = 'user ldap'
class_data_len = 2
class UserActiveDirectory(BaseUser):
class_id = 'UAD'
class_name = 'user active directory'
class_data_len = 2
# Add the objects in this module to the object registry.
o = object_registry.registerClass(UserManagerLocal)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(UserLocal)
o.registerChild(UserGroup)
o = object_registry.registerClass(UserManagerLDAP)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(UserLDAP)
o.registerChild(UserGroup)
o.registerChild(UserGroupLDAP)
o = object_registry.registerClass(UserManagerActiveDirectory)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
