continue
free, modified = config_net.network_tree.get().getFreeNetwork(
config_net.range_start.get(), config_net.range_end.get(), user)
if not free:
continue
self.associate(free)
if modified is None:
modified = []
modified.append(self)
return free, modified
raise errors.SiptrackError(
'device unable to autoassign, no available networks')
# 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(config.ConfigNetworkAutoassign)
o.registerChild(config.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 iterMissingNetworks(self):
if self.protocol == 'ipv4':
return ipv4.iter_missing_networks_from_tree(self)
elif self.protocol == 'ipv6':
return ipv6.iter_missing_networks_from_tree(self)
else:
raise errors.SiptrackError(
'confused, invalid protocol in network tree?')
def _get_protocol(self):
return self._protocol.get()
def _set_protocol(self, val):
self._protocol.set(val)
protocol = property(_get_protocol, _set_protocol)
# 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(config.ConfigValue)
o.registerChild(permission.Permission)
def _encodeKeywords(self, keywords):
ret = {}
for key, value in keywords.iteritems():
if type(key) == unicode:
key = key.encode('utf-8')
if type(value) == unicode:
value = value.encode('utf-8')
ret[key] = value
return ret
@defer.inlineCallbacks
def expand(self, keywords):
tmpl = yield self.template.get()
tmpl = Template(tmpl)
attributes = self._gatherAttributes()
attributes.update(keywords)
attributes = self._encodeKeywords(attributes)
ret = tmpl.safe_substitute(attributes)
defer.returnValue(ret)
# 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)
if self.all_users.get():
return True
if not user:
return False
for u in self.users.get():
if user.oid == u.oid:
return True
for g in self.groups.get():
for u in g.users.get():
if user.oid == u.oid:
return True
return False
def _remove(self, *args, **kwargs):
super(Permission, self)._remove(*args, **kwargs)
# Clear the global permission cache when a permission
# is removed.
self.perm_cache.clear()
def _relocate(self, *args, **kwargs):
super(Permission, self)._relocate(*args, **kwargs)
# Clear the global permission cache when a permission
# is moved.
self.perm_cache.clear()
# Add the objects in this module to the object registry.
o = object_registry.registerClass(Permission)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
def set(self, new_value):
match = False
for pos, value in enumerate(self._values.get()):
if new_value == value:
match = pos
break
if not match:
raise errors.SiptrackError('invalid value for set')
self._value_pos.set(pos)
def getValues(self):
return self._values.get()
def setValues(self, values):
if type(values) != list or len(values) < 1:
raise errors.SiptrackError('invalid counter values supplied')
self._values.set(values)
self._value_pos.set(0)
# 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 atype(self, val):
self._atype = val
self.storageAction(
'write_data',
{'name': 'attr-type', 'value': self._atype}
)
@property
def lock_data(self):
return self._lock_data.get()
@lock_data.setter
def lock_data(self, val):
self._lock_data.set(val)
# 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(EncryptedAttribute)
o.registerChild(Attribute)
o.registerChild(VersionedAttribute)
super(ConfigValue, self)._created(user)
self.name.commit()
self.value.commit()
def _loaded(self, data):
super(ConfigValue, self)._loaded()
self.name.preload(data)
self.value.preload(data)
def _nameValidator(self, value):
if type(value) not in [str, unicode]:
raise errors.SiptrackError('invalid name for ConfigValue')
for node in self.parent.listChildren(include=['config value']):
if node == self:
continue
if node.name.get() == value:
raise errors.SiptrackError(
'duplicate ConfigValue name detected')
# 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)
range = range_from_string(range)
parent = network_tree
while True:
prev_parent = parent
for net in parent.listChildren(include=[Network.class_name]):
if range <= net.address:
parent = net
break
# Found our nearest parent.
if parent is prev_parent:
break
return parent
# 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(config.ConfigValue)
o.registerChild(permission.Permission)
o = object_registry.registerClass(NetworkRange)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(config.ConfigValue)
o.registerChild(permission.Permission)
class View(treenodes.BaseNode):
"""A network/device/everything view.
A view is the main toplevel object type. It contains everything from
networks to devices to counters etc.
"""
class_id = 'V'
class_name = 'view'
def __init__(self, oid, branch):
super(View, self).__init__(oid, branch)
# 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)
if user._have_ldap:
o.registerChild(user.UserManagerLDAP)
o.registerChild(user.UserManagerActiveDirectory)
o.registerChild(config.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)
continue
free, modified = config_net.network_tree.get().getFreeNetwork(
config_net.range_start.get(),
config_net.range_end.get(),
user)
if not free:
continue
self.associate(free)
if modified is None:
modified = []
modified.append(self)
return free, modified
raise errors.SiptrackError('device unable to autoassign, no available networks')
# 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(config.ConfigNetworkAutoassign)
o.registerChild(config.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)
class_name = 'container tree'
def __init__(self, oid, branch):
super(ContainerTree, self).__init__(oid, branch)
class Container(treenodes.BaseNode):
"""Container for attributes.
This object type is pretty much obsolete.
"""
class_id = 'C'
class_name = 'container'
def __init__(self, oid, branch):
super(Container, self).__init__(oid, branch)
# 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)
if event_type in ['node add', 'node remove', 'node update', 'node relocate']:
node = args[0]
elif event_type in ['node associate', 'node disassociate']:
node1, node2 = args
try:
exec self._code.get()
if self._error_timestamp.get() != 0:
self._error_timestamp.set(0)
self._error.set('')
except Exception, e:
log.msg('Exception caught when running %s: %s' % (self, str(e)))
self._error_timestamp.set(int(time.time()))
self._error.set(str(e))
# 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)
def validate(self, node, user):
pass
def apply(self, node, overwrite, user):
include = ['attribute', 'versioned attribute']
updated = [node]
for assoc in list(
node.listAssocRef(include=self.include.get(),
exclude=self.exclude.get())):
node.disAssocRef(assoc)
updated.append(assoc)
return updated
o = object_registry.registerClass(DeviceTemplate)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(TemplateRuleText)
o.registerChild(TemplateRuleFixed)
o.registerChild(TemplateRuleRegmatch)
o.registerChild(TemplateRuleBool)
o.registerChild(TemplateRuleDeleteAttribute)
o.registerChild(TemplateRuleInt)
o.registerChild(TemplateRulePassword)
o.registerChild(TemplateRuleAssignNetwork)
o.registerChild(TemplateRuleSubdevice)
o.registerChild(TemplateRuleFlushNodes)
o.registerChild(TemplateRuleFlushAssociations)
o = object_registry.registerClass(NetworkTemplate)
updated += sk._updated_create
if remove_self:
updated += self.remove(recursive=True)
return updated
def _get_password_key(self):
return self._password_key.get()
def _set_password_key(self, val):
self._password_key.set(val)
password_key = property(_get_password_key, _set_password_key)
# 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(Password)
o.registerChild(PasswordKey)
o.registerChild(PasswordCategory)
o.registerChild(permission.Permission)
o = object_registry.registerClass(PasswordCategory)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(Password)
o.registerChild(permission.Permission)
o.registerChild(PasswordCategory)
o = object_registry.registerClass(Password)
ret = None
if subkey and self.password:
ret = subkey.getEncryptionString(self.password)
return ret
def _get_administrator(self):
return self.user._administrator.get()
def _set_administrator(self, val):
self.user._administrator.set(val)
administrator = property(_get_administrator, _set_administrator)
# 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)
if _have_ldap:
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)
def _created(self, user):
super(ConfigValue, self)._created(user)
self.name.commit()
self.value.commit()
def _loaded(self, data):
super(ConfigValue, self)._loaded()
self.name.preload(data)
self.value.preload(data)
def _nameValidator(self, value):
if type(value) not in [str, unicode]:
raise errors.SiptrackError('invalid name for ConfigValue')
for node in self.parent.listChildren(include = ['config value']):
if node == self:
continue
if node.name.get() == value:
raise errors.SiptrackError('duplicate ConfigValue name detected')
# 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)
range = range_from_string(range)
parent = network_tree
while True:
prev_parent = parent
for net in parent.listChildren(include = [Network.class_name]):
if range <= net.address:
parent = net
break
# Found our nearest parent.
if parent is prev_parent:
break
return parent
# 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(config.ConfigValue)
o.registerChild(permission.Permission)
o = object_registry.registerClass(NetworkRange)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(config.ConfigValue)
o.registerChild(permission.Permission)
class_name = 'container tree'
def __init__(self, oid, branch):
super(ContainerTree, self).__init__(oid, branch)
class Container(treenodes.BaseNode):
"""Container for attributes.
This object type is pretty much obsolete.
"""
class_id = 'C'
class_name = 'container'
def __init__(self, oid, branch):
super(Container, self).__init__(oid, branch)
# 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)
def getSubkeyEncryptionStringForPasswordKey(self, password_key):
subkey = self.getSubKeyForPasswordKey(password_key)
ret = None
if subkey and self.password:
ret = subkey.getEncryptionString(self.password)
return ret
def _get_administrator(self):
return self.user._administrator.get()
def _set_administrator(self, val):
self.user._administrator.set(val)
administrator = property(_get_administrator, _set_administrator)
# 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)
if _have_ldap:
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)
sk = user.add(None, 'subkey', password_key, user_password, pk_password)
updated = [sk]
if hasattr(sk, '_updated_create'):
updated += sk._updated_create
if remove_self:
updated += self.remove(recursive=True)
return updated
def _get_password_key(self):
return self._password_key.get()
def _set_password_key(self, val):
self._password_key.set(val)
password_key = property(_get_password_key, _set_password_key)
# 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(Password)
o.registerChild(PasswordKey)
o.registerChild(PasswordCategory)
o.registerChild(permission.Permission)
o = object_registry.registerClass(PasswordCategory)
o.registerChild(attribute.Attribute)
o.registerChild(attribute.VersionedAttribute)
o.registerChild(Password)
o.registerChild(permission.Permission)
o.registerChild(PasswordCategory)
o = object_registry.registerClass(Password)
pass
return False
def iterMissingNetworks(self):
if self.protocol == 'ipv4':
return ipv4.iter_missing_networks_from_tree(self)
elif self.protocol == 'ipv6':
return ipv6.iter_missing_networks_from_tree(self)
else:
raise errors.SiptrackError('confused, invalid protocol in network tree?')
def _get_protocol(self):
return self._protocol.get()
def _set_protocol(self, val):
self._protocol.set(val)
protocol = property(_get_protocol, _set_protocol)
# 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(config.ConfigValue)
o.registerChild(permission.Permission)