def test_find_nodegroup_looks_up_only_configured_interfaces(self): network = IPNetwork("192.168.41.0/24") factory.make_node_group( network=network, management=NODEGROUPINTERFACE_MANAGEMENT.UNMANAGED) ip = factory.getRandomIPInNetwork(network) self.assertIsNone(find_nodegroup(get_request(ip)))
def test_more_than_1_unmanaged_interface(self): nodegroup1 = factory.make_node_group( management=NODEGROUPINTERFACE_MANAGEMENT.UNMANAGED, network=IPNetwork("192.168.41.0/16")) factory.make_node_group( management=NODEGROUPINTERFACE_MANAGEMENT.UNMANAGED, network=IPNetwork("192.168.41.0/24")) self.assertEqual( nodegroup1, find_nodegroup(get_request('192.168.41.199')))
def test_more_than_1_unmanaged_interface(self): nodegroup1 = factory.make_node_group( management=NODEGROUPINTERFACE_MANAGEMENT.UNMANAGED, network=IPNetwork("192.168.41.0/16")) factory.make_node_group( management=NODEGROUPINTERFACE_MANAGEMENT.UNMANAGED, network=IPNetwork("192.168.41.0/24")) self.assertEqual(nodegroup1, find_nodegroup(get_request('192.168.41.199')))
def test_find_nodegroup_handles_multiple_matches_on_same_nodegroup(self): self.patch(nodegroupinterface, "MINIMUM_NETMASK_BITS", 1) nodegroup = factory.make_node_group(network=IPNetwork("10/8")) NodeGroupInterface.objects.create( nodegroup=nodegroup, ip='10.0.0.2', subnet_mask='255.0.0.0', broadcast_ip='10.0.0.1', interface='eth71') NodeGroupInterface.objects.create( nodegroup=nodegroup, ip='10.0.0.3', subnet_mask='255.0.0.0', broadcast_ip='10.0.0.2', interface='eth72') self.assertEqual(nodegroup, find_nodegroup(get_request('10.0.0.9')))
def test_1_managed_interface_and_1_unmanaged(self): # The managed nodegroup is chosen in preference to the unmanaged # nodegroup. nodegroup = factory.make_node_group( management=NODEGROUPINTERFACE_MANAGEMENT.DHCP_AND_DNS, network=IPNetwork("192.168.41.0/24")) factory.make_node_group( management=NODEGROUPINTERFACE_MANAGEMENT.UNMANAGED, network=IPNetwork("192.168.41.0/16")) self.assertEqual( nodegroup, find_nodegroup(get_request('192.168.41.199')))
def test_1_managed_interface_and_1_unmanaged(self): # The managed nodegroup is chosen in preference to the unmanaged # nodegroup. nodegroup = factory.make_node_group( management=NODEGROUPINTERFACE_MANAGEMENT.DHCP_AND_DNS, network=IPNetwork("192.168.41.0/24")) factory.make_node_group( management=NODEGROUPINTERFACE_MANAGEMENT.UNMANAGED, network=IPNetwork("192.168.41.0/16")) self.assertEqual(nodegroup, find_nodegroup(get_request('192.168.41.199')))
def test_1_managed_interface(self): nodegroup = factory.make_node_group( management=NODEGROUPINTERFACE_MANAGEMENT.DHCP_AND_DNS, network=IPNetwork("192.168.41.0/24")) self.assertEqual( nodegroup, find_nodegroup(get_request('192.168.41.199')))
def test_find_nodegroup_returns_None_if_not_found(self): self.assertIsNone( find_nodegroup(get_request(factory.getRandomIPAddress())))
def test_find_nodegroup_looks_up_nodegroup_by_controller_ip(self): nodegroup = factory.make_node_group() ip = nodegroup.get_managed_interface().ip self.assertEqual( nodegroup, find_nodegroup(get_request(ip)))
def create_node(request): """Service an http request to create a node. The node will be in the New state. :param request: The http request for this node to be created. :return: A `Node`. :rtype: :class:`maasserver.models.Node`. :raises: ValidationError """ # For backwards compatibilty reasons, requests may be sent with: # architecture with a '/' in it: use normally # architecture without a '/' and no subarchitecture: assume 'generic' # architecture without a '/' and a subarchitecture: use as specified # architecture with a '/' and a subarchitecture: error given_arch = request.data.get('architecture', None) given_subarch = request.data.get('subarchitecture', None) altered_query_data = request.data.copy() if given_arch and '/' in given_arch: if given_subarch: # Architecture with a '/' and a subarchitecture: error. raise ValidationError('Subarchitecture cannot be specified twice.') # Architecture with a '/' in it: use normally. elif given_arch: if given_subarch: # Architecture without a '/' and a subarchitecture: # use as specified. altered_query_data['architecture'] = '/'.join( [given_arch, given_subarch]) del altered_query_data['subarchitecture'] else: # Architecture without a '/' and no subarchitecture: # assume 'generic'. altered_query_data['architecture'] += '/generic' if 'nodegroup' not in altered_query_data: # If 'nodegroup' is not explicitely specified, get the origin of the # request to figure out which nodegroup the new node should be # attached to. if request.data.get('autodetect_nodegroup', None) is None: # We insist on this to protect command-line API users who # are manually enlisting nodes. You can't use the origin's # IP address to indicate in which nodegroup the new node belongs. raise ValidationError( "'autodetect_nodegroup' must be specified if 'nodegroup' " "parameter missing") nodegroup = find_nodegroup(request) if nodegroup is not None: altered_query_data['nodegroup'] = nodegroup Form = get_node_create_form(request.user) form = Form(data=altered_query_data) if form.is_valid(): node = form.save() # Hack in the power parameters here. store_node_power_parameters(node, request) maaslog.info("%s: Enlisted new node", node.hostname) return node else: raise ValidationError(form.errors)
def test_1_managed_interface(self): nodegroup = factory.make_node_group( management=NODEGROUPINTERFACE_MANAGEMENT.DHCP_AND_DNS, network=IPNetwork("192.168.41.0/24")) self.assertEqual(nodegroup, find_nodegroup(get_request('192.168.41.199')))
def test_find_nodegroup_returns_None_if_not_found(self): self.assertIsNone( find_nodegroup(get_request(factory.getRandomIPAddress())))
def test_find_nodegroup_looks_up_nodegroup_by_controller_ip(self): nodegroup = factory.make_node_group() ip = nodegroup.get_managed_interface().ip self.assertEqual(nodegroup, find_nodegroup(get_request(ip)))
def test_find_nodegroup_accepts_any_ip_in_nodegroup_subnet(self): nodegroup = factory.make_node_group( network=IPNetwork("192.168.41.0/24")) self.assertEqual( nodegroup, find_nodegroup(get_request('192.168.41.199')))
def read(self, request, version): check_version(version) nodegroup = find_nodegroup(request) return HttpResponse( get_enlist_userdata(nodegroup=nodegroup), mimetype="text/plain")
def get_enlist_preseed(self, request, version=None): """Render and return a preseed script for enlistment.""" nodegroup = find_nodegroup(request) return HttpResponse( get_enlist_preseed(nodegroup=nodegroup), mimetype="text/plain")
def test_finds_nodegroup_by_network_address(self): nodegroup = factory.make_node_group( network=IPNetwork("192.168.28.1/24")) self.assertEqual( nodegroup, find_nodegroup(get_request('192.168.28.0')))