def test_it_should_not_register_an_invalid_test_suite(self):
try:
ComplianceTestSuite.register('my-test-suite', 'a')
self.fail("allowed an invalid ComplianceTestSuite to be registered")
except InvalidComplianceTestSuiteError, e:
self.assertEqual('a', e.test_suite)
def test_it_should_not_register_an_invalid_test_suite(self):
try:
ComplianceTestSuite.register('my-test-suite', 'a')
self.fail(
"allowed an invalid ComplianceTestSuite to be registered")
except InvalidComplianceTestSuiteError, e:
self.assertEqual('a', e.test_suite)
def test_it_should_not_register_two_test_suites_with_the_same_identifier(self):
ComplianceTestSuite.register('my-test-suite', ComplianceTestSuiteTestCase.MyTestSuite)
try:
ComplianceTestSuite.register('my-test-suite', ComplianceTestSuiteTestCase.AnotherTestSuite)
self.fail("allowed two ComplianceTestSuites to be registered with the same id")
except DuplicateComplianceTestSuiteIdentifier, e:
self.assertEqual('my-test-suite', e.identifier)
def test_it_should_not_register_the_same_test_suite_with_two_identifiers(self):
ComplianceTestSuite.register('my-test-suite', ComplianceTestSuiteTestCase.MyTestSuite)
try:
ComplianceTestSuite.register('another-test-suite', ComplianceTestSuiteTestCase.MyTestSuite)
self.fail("allowed two identifiers to be assigned to a ComplianceTestSuite")
except DuplicateComplianceTestSuite, e:
self.assertEqual(ComplianceTestSuiteTestCase.MyTestSuite, e.test_suite)
def test_it_should_raise_if_try_to_get_a_non_existent_test_suite(self):
ComplianceTestSuite.register('my-test-suite', ComplianceTestSuiteTestCase.MyTestSuite)
try:
ComplianceTestSuite.get('aaa')
self.fail("expected an UnknownComplianceTestSuite error")
except UnknownComplianceTestSuiteError, e:
self.assertEqual('aaa', e.identifier)
def test_it_should_raise_if_try_to_get_a_non_existent_test_suite(self):
ComplianceTestSuite.register('my-test-suite',
ComplianceTestSuiteTestCase.MyTestSuite)
try:
ComplianceTestSuite.get('aaa')
self.fail("expected an UnknownComplianceTestSuite error")
except UnknownComplianceTestSuiteError, e:
self.assertEqual('aaa', e.identifier)
def test_it_should_not_register_two_test_suites_with_the_same_identifier(
self):
ComplianceTestSuite.register('my-test-suite',
ComplianceTestSuiteTestCase.MyTestSuite)
try:
ComplianceTestSuite.register(
'my-test-suite', ComplianceTestSuiteTestCase.AnotherTestSuite)
self.fail(
"allowed two ComplianceTestSuites to be registered with the same id"
)
except DuplicateComplianceTestSuiteIdentifier, e:
self.assertEqual('my-test-suite', e.identifier)
def test_it_should_not_register_the_same_test_suite_with_two_identifiers(
self):
ComplianceTestSuite.register('my-test-suite',
ComplianceTestSuiteTestCase.MyTestSuite)
try:
ComplianceTestSuite.register(
'another-test-suite', ComplianceTestSuiteTestCase.MyTestSuite)
self.fail(
"allowed two identifiers to be assigned to a ComplianceTestSuite"
)
except DuplicateComplianceTestSuite, e:
self.assertEqual(ComplianceTestSuiteTestCase.MyTestSuite,
e.test_suite)
def test_plan(self):
suites = []
for suite in self.test_suites():
if self.__enable_test_suite(suite):
suites.append(suite)
return map(lambda s: ComplianceTestSuite.get(s), suites)
def __enable_test_suite(self, suite):
if self.has_option("ts-" + suite, self.klass):
if self.suite_rx != None:
if ComplianceTestSuite.get(suite).title().lower().find(self.suite_rx.lower()) == -1:
return False
for configuration in map(lambda c: c.strip(), self.get("ts-" + suite, self.klass).split("|")):
options = map(lambda s: s.strip(), configuration.split(","))
mandatory = options[0] == "mandatory"
protocols = options[1::]
if (mandatory or not self.skip_optional) and (not False in map(lambda p: p in self.protocols, protocols)):
return True
return False
class BasicIPv6TransitionMechanisms(ComplianceTestSuite):
"""
Basic IPv6 Transition Mechanisms for IPv6 Hosts and Routers
The key to a successful IPv6 transition is compatibility with the large
installed base of IPv4 hosts and routers. Maintaining compatibility with
IPv4 while deploying IPv6 will streamline the task of transitioning the
Internet to IPv6.
These tests cover establishing point-to-point tunnels by encapsulating IPv6
packets within IPv4 headers to carry them over IPv4 routing infrastructures.
@private
Author: MWR
Source: RFC4213
"""
TestCase_001 = encapsulation.IPv4HeaderAddedTestCase
TestCase_002 = encapsulation.CorrectVersionFieldTestCase
TestCase_003 = encapsulation.CorrectLengthFieldTestCase
TestCase_004 = encapsulation.CorrectProtocolFieldTestCase
TestCase_005 = encapsulation.CorrectIPv4SourceAddressTestCase
TestCase_006 = encapsulation.CorrectIPv4DestinationAddressTestCase
TestCase_007 = encapsulation.CorrectIPv6SourceAddressTestCase
TestCase_008 = encapsulation.CorrectIPv6DestinationAddressTestCase
TestCase_009 = neighbor_discovery.RespondsToNUDProbeTestCase
TestCase_010 = static_tunnel_fragmentation.ReassemblesTo1500TestCase
TestCase_011 = static_tunnel_fragmentation.DontFragmentBitNotSetTestCase
ComplianceTestSuite.register('basic-ipv6-transition-mechanisms', BasicIPv6TransitionMechanisms)
def test_it_should_register_a_test_suite(self):
ComplianceTestSuite.register('my-test-suite',
ComplianceTestSuiteTestCase.MyTestSuite)
self.assertEqual(1, len(ComplianceTestSuite.all()))
self.assertEqual('my-test-suite', ComplianceTestSuite.all()[0])
TestCase_229 = options_processing_destination_options_header.OptionsProcessingDestinationOptionsHeaderPad1TestCase
TestCase_230 = options_processing_destination_options_header.OptionsProcessingDestinationOptionsHeaderPadNTestCase
TestCase_231 = options_processing_destination_options_header.OptionsProcessingDestinationOptionsHeaderMostSignificantBits00TestCase
TestCase_232 = options_processing_destination_options_header.OptionsProcessingDestinationOptionsHeaderMostSignificantBits01TestCase
TestCase_233 = options_processing_destination_options_header.OptionsProcessingDestinationOptionsHeaderMostSignificantBits10UnicastDestinationTestCase
TestCase_234 = options_processing_destination_options_header.OptionsProcessingDestinationOptionsHeaderMostSignificantBits11UnicastDestinationTestCase
TestCase_235 = options_processing_destination_options_header.OptionsProcessingDestinationOptionsHeaderMostSignificantBits10MulticastDestinationTestCase
TestCase_236 = options_processing_destination_options_header.OptionsProcessingDestinationOptionsHeaderMostSignificantBits11MulticastDestinationTestCase
# TestCase_237 for end nodes only (unrecognised_routing_type.UnrecognisedRoutingTypeType33TestCase)
# TestCase_238 for end nodes only (unrecognised_routing_type.UnrecognisedRoutingTypeType0TestCase)
TestCase_239 = unrecognised_routing_type.UnrecognisedRoutingTypeType33IntermediateNodeTestCase
TestCase_240 = unrecognised_routing_type.UnrecognisedRoutingTypeType0IntermediateNodeTestCase
# Group 3: Fragmentation
TestCase_301 = fragment_reassembly.FragmentReassemblyAllFragmentsValidTestCase
TestCase_302 = fragment_reassembly.FragmentReassemblyAllFragmentsValidInReverseOrderTestCase
TestCase_303 = fragment_reassembly.FragmentReassemblyFragmentIDsDifferBetweenFragmentsTestCase
TestCase_304 = fragment_reassembly.FragmentReassemblySourceAddressesDifferBetweenFragmentsTestCase
TestCase_305 = fragment_reassembly.FragmentReassemblyDestinationAddressesDifferBetweenFragmentsTestCase
TestCase_306 = fragment_reassembly.FragmentReassemblyReassembleTo1500TestCase
TestCase_307 = reassembly_time_exceeded.ReassemblyTimeExceededTimeElapsedBetweenFragmentsLessThanSixtySecondsTestCase
TestCase_308 = reassembly_time_exceeded.ReassemblyTimeExceededTimeElapsedBeforeLastFragmentsArriveTestCase
TestCase_309 = reassembly_time_exceeded.ReassemblyTimeExceededGlobalTimeExceededOnlyFirstFragmentReceivedTestCase
TestCase_310 = reassembly_time_exceeded.ReassemblyTimeExceededLinkLocalTimeExceededOnlyFirstFragmentReceivedTestCase
TestCase_311 = reassembly_time_exceeded.ReassemblyTimeExceededTimeExceededOnlySecondFragmentReceivedTestCase
TestCase_312 = fragment_header_mbit_set_payload_length_invalid.FragmentHeaderMBitSetPayloadLengthInvalidTestCase
TestCase_313 = stub_fragment_header.StubFragmentHeaderTestCase
ComplianceTestSuite.register('ipv6-basic-end-node-specification', IPv6BasicEndNodeSpecification)
ComplianceTestSuite.register('ipv6-basic-intermediate-node-specification', IPv6BasicIntermediateNodeSpecification)
TestCase_012 = validation_of_dad_neighbor_solicitations.UutReceivesInvalidDadNsTargetMulticastTestCase
TestCase_013 = validation_of_dad_neighbor_solicitations.UutReceivesInvalidDadNsContainsSLLTestCase
TestCase_014 = validation_of_dad_neighbor_solicitations.UutReceivesValidDadNsContainsReservedFieldRouterTestCase
TestCase_015 = validation_of_dad_neighbor_solicitations.UutReceivesValidDadNsContainsTLLRouterTestCase
# 3.1.4
TestCase_016 = validation_of_dad_neighbor_advertisements.UutReceiveInvalidDadNaLength16TestCase
TestCase_017 = validation_of_dad_neighbor_advertisements.UutReceiveInvalidDadNaHopLimit254TestCase
TestCase_018 = validation_of_dad_neighbor_advertisements.UutReceivesInvalidDadNaIcmpCode1TestCase
TestCase_019 = validation_of_dad_neighbor_advertisements.UutReceivesInvalidDadNaInvalidChecksumTestCase
TestCase_020 = validation_of_dad_neighbor_advertisements.UutReceivesInvalidDadNaSolicitedFlag1TestCase
TestCase_021 = validation_of_dad_neighbor_advertisements.UutReceivesInvalidDadNaTargetMulticastTestCase
TestCase_022 = validation_of_dad_neighbor_advertisements.UutReceivesInvalidDadNaOptionLength0TestCase
TestCase_023 = validation_of_dad_neighbor_advertisements.UutReceivesValidDadNaContainsSLLRouterTestCase
TestCase_024 = validation_of_dad_neighbor_advertisements.UutReceivesValidDadNaReservedFieldRouterTestCase
# 3.1.5
TestCase_025 = receiving_neighbor_solicitations_for_addr_resolution.ReceivingDadNsForAddrResSrcUnicastTestCase
TestCase_026 = receiving_neighbor_solicitations_for_addr_resolution.ReceivingDadNsForAddrResDstIsUutTestCase
# 3.2.1
TestCase_027 = global_address_autoconfiguration_and_dad.GlobalAddressAutoConfigurationAndDadGlobalRouterTestCase
TestCase_028 = global_address_autoconfiguration_and_dad.GlobalAddressAutoConfigurationAndDadPrefixEndingInZeroRouterTestCase
TestCase_029 = global_address_autoconfiguration_and_dad.GlobalAddressAutoConfigurationAndDadSiteLocalRouterTestCase
ComplianceTestSuite.register('stateless-address-autoconfiguration-end-node',
StatelessAddressAutoconfigurationHostTestSuite)
ComplianceTestSuite.register(
'stateless-address-autoconfiguration-intermediate-node',
StatelessAddressAutoconfigurationRouterTestSuite)
def setUp(self):
ComplianceTestSuite.clear()
TestCase_016 = hop_limit_exceeded.ReceiveHopLimit0TestCase
TestCase_017 = hop_limit_exceeded.DecrementHopLimitTo0TestCase
TestCase_018 = erroneous_header_field.ErroneousHeaderFieldTestCase
TestCase_019 = unrecognized_next_header.UnrecognizedNextHeaderTestCase
TestCase_020 = unknown_informational_message_type.UnknownInformationalMessageTypeTestCase
TestCase_021 = error_condition_with_icmpv6_error_messages.FlawedDstUnreachableCode0WithDestinationUnreachableTestCase
TestCase_022 = error_condition_with_icmpv6_error_messages.FlawedDstUnreachableCode3WithHopLimit0TestCase
TestCase_023 = error_condition_with_icmpv6_error_messages.FlawedTimeExceededCode0WithNoRouteToDestinationTestCase
TestCase_024 = error_condition_with_icmpv6_error_messages.FlawedTimeExceededCode1WithNoRouteToDestinationTestCase
TestCase_025 = error_condition_with_icmpv6_error_messages.FlawedDstPacketTooBigWithAddressUnreachableTestCase
TestCase_026 = error_condition_with_icmpv6_error_messages.FlawedParamProblemWithHopLimit0TestCase
TestCase_027 = error_condition_with_multicast_destination.UDPPortUnreachableTestCase
TestCase_028 = error_condition_with_multicast_destination.EchoRequestReassemblyTimeoutTestCase
TestCase_029 = error_condition_with_non_unique_source.NonUniqueSourceUDPPortUnreachableTestCase
TestCase_030 = error_condition_with_non_unique_source.NonUniqueSourceEchoRequestTooBigTestCase
TestCase_031 = error_condition_with_non_unique_source.NonUniqueSourceReassemblyTimeoutTestCase
TestCase_032 = error_condition_with_non_unique_source.NonUniqueSourceInvalidDestinationOptionsTestCase
TestCase_033 = error_condition_with_non_unique_source_multicast.NonUniqueSourceMulticastUDPPortUnreachableTestCase
TestCase_034 = error_condition_with_non_unique_source_multicast.NonUniqueSourceMulticastEchoRequestTooBigTestCase
TestCase_035 = error_condition_with_non_unique_source_multicast.NonUniqueSourceMulticastReassemblyTimeoutTestCase
TestCase_036 = error_condition_with_non_unique_source_multicast.NonUniqueSourceMulticastInvalidDestinationOptionsTestCase
TestCase_036 = error_condition_with_non_unique_source_anycast.UDPPortUnreachableTestCase
TestCase_037 = error_condition_with_non_unique_source_anycast.EchoRequestTooBigTestCase
TestCase_038 = error_condition_with_non_unique_source_anycast.EchoRequestReassemblyTimeoutTestCase
TestCase_039 = error_condition_with_non_unique_source_anycast.EchoRequestWithUnknownOptionInDestinationOptionsTestCase
ComplianceTestSuite.register('icmpv6-end-node', ICMPv6EndNodeSpecification)
ComplianceTestSuite.register('icmpv6-intermediate-node',
ICMPv6IntermediateNodeSpecification)
class RouterAlertOption(ComplianceTestSuite):
"""
Router Alert Option
The following tests cover the Router Alert Option header.
New protocols, such as RSVP, use control datagrams which, while addressed
to a particular destination, contain information that needs to be examined,
and in some case updated, by routers along the path between the source and
destination. It is desirable to forward regular datagrams as rapidly as
possible, while ensuring that the router processes these special control
datagrams appropriately.
The Router Alert option is defined within the IPv6 Hop-by-Hop header, and
informs the router that the contents of this datagram are of interest to
the router and to handle any control data accordingly.
These tests are designed to verify the readiness of an IPv6 implementation
vis-a-vis the Router Alert Option specification.
@private
Author: MWR
Source: RFC 2711
"""
TestCase_001 = multicast_listener_discovery.MulticastListenerDiscoveryTestCase
TestCase_002 = unrecognized_value.UnrecognizedValueTestCase
ComplianceTestSuite.register('ipv6-router-alert-option', RouterAlertOption)
TestCase008 = server.dhcp_unique_identifier_contents.DHCPUniqueIdentifierContentsTestCase
TestCase009 = server.dns_recursive_name_server_option_format.DNSRecursiveNameServerOptionFormatTestCase
TestCase010 = server.domain_search_list_option_format.DomainSearchListOptionFormatTestCase
TestCase011 = server.interface_id_option_format.InterfaceIDOptionFormatTestCase
TestCase012 = server.relay_message_option_format.RelayMessageOptionFormatTestCase
TestCase013 = should(server.configuration_of_dns_options.
ReturningDNSRecursiveNameServerOptionTestCase)
TestCase014 = server.configuration_of_dns_options.ReturningDNSServerandDomainSearchListOptionsTestCase
TestCase015 = should(server.creation_and_transmission_of_reply_messages.
ReplyMessageTransmissionTestCase)
TestCase016 = server.creation_and_transmission_of_reply_messages.ReplyMessageTransmissionWithDNSRNSOptionTestCase
TestCase017 = server.creation_and_transmission_of_reply_messages.ReplyMessageTransmissionWithDomainSearchListOptionTestCase
TestCase018 = server.creation_and_transmission_of_reply_messages.RelayReplyMessageWithoutInterfaceIDTestCase
TestCase019 = server.creation_and_transmission_of_reply_messages.RelayReplyMessageWithInterfaceIDTestCase
TestCase020 = server.creation_and_transmission_of_relay_reply_messages.RelayReplyMessageTransmissionTestCase
TestCase021 = server.creation_and_transmission_of_relay_reply_messages.MultipleRelayReplyMessageTransmissionTestCase
TestCase022 = server.creation_and_transmission_of_relay_reply_messages.EncapsulatedRelayReplyMessageTransmissionTestCase
TestCase023 = server.reception_of_invalid_information_request_message.ReceptionOfInformationRequestMessageViaUnicastTestCase
TestCase024 = server.reception_of_invalid_information_request_message.ContainsServerIdentifierOptionTestCase
TestCase025 = server.reception_of_invalid_information_request_message.ContainsIANAOptionTestCase
TestCase026 = server.server_message_validation.AdvertiseMessageTestCase
TestCase027 = server.server_message_validation.ReplyMessageTestCase
TestCase028 = server.server_message_validation.RelayReplyMessageTestCase
ComplianceTestSuite.register('stateless-dhcpv6-client',
StatelessDHCPv6ServiceClientSpecification)
#ComplianceTestSuite.register('dhcpv6-relay-agent', StatelessDHCPv6ServiceRelayAgentSpecification)
ComplianceTestSuite.register('stateless-dhcpv6-server',
StatelessDHCPv6ServiceServerSpecification)
A typical scenario for IPv6 tunneling is the case in which an
intermediate node exerts explicit routing control by specifying
particular forwarding paths for selected packets. This control is
achieved by prepending IPv6 headers to each of the selected original
packets. These prepended headers identify the forwarding paths.
These tests are designed to verify the readiness of an IPv6 implementation
vis-a-vis the Generic Packet Tunneling IPv6 specification, with a 4in6
tunnel implementation.
@private
Author: MWR
Source: RFC2473
"""
TestCase_001 = tn_4in6.encapsulation.TTLDecrementedTestCase
TestCase_002 = tn_4in6.encapsulation.EntryPointAddressTestCase
TestCase_003 = tn_4in6.encapsulation.EndPointAddressTestCase
TestCase_004 = tn_4in6.packet_processing.EncapsulatingHopLimitDecrementedWithIPv4EncapsulatedTestCase
TestCase_005 = tn_4in6.decapsulation.AllEncapsulatedOptionsRemovedIPv4TestCase
TestCase_006 = tn_4in6.packet_processing.HopLimitExceededWithinTunnelTestCase
TestCase_007 = tn_4in6.packet_processing.UnreachableNodeWithinTunnelIPv4TestCase
TestCase_008 = tn_4in6.packet_processing.PacketTooBigWithinTunnelIPv4TestCase
TestCase_009 = tn_4in6.post_processing.TTLExceededAfterTunnelTestCase
TestCase_010 = tn_4in6.post_processing.UnreachableNodeAfterTunnelTestCase
ComplianceTestSuite.register("generic-packet-tunneling-in-ipv6-on-6in6", GenericPacketTunnelingInIPv6On6In6)
ComplianceTestSuite.register("generic-packet-tunneling-in-ipv6-on-4in6", GenericPacketTunnelingInIPv6On4In6)
def test_it_should_register_a_test_suite(self):
ComplianceTestSuite.register('my-test-suite', ComplianceTestSuiteTestCase.MyTestSuite)
self.assertEqual(1, len(ComplianceTestSuite.all()))
self.assertEqual('my-test-suite', ComplianceTestSuite.all()[0])
TestCase_001 = dr.basic_message_exchange.BasicMessageExchangeTestCase
TestCase_002 = dr.renew_message.RenewMessageTestCase
TestCase_003 = dr.rebind_message.RebindMessageTestCase
TestCase_004 = dr.release_message.ReleaseMessageTestCase
TestCase_005 = dr.advertise_message_status.NoPrefixAvailTestCase
class DHCPv6PrefixDelegationRR(ComplianceTestSuite):
"""
IPv6 Prefix Options for Dynamic Host Configuration Protocol - Requesting
Router
Tests in this group cover basic interoperability of the IPv6 Prefix Options
for Dynamic Host Configuration Protocol for IPv6 (DHCPv6-PD), Request for
Comments 3633.
These tests are designed to verify the readiness of DHCPv6 Requesting
Router (Client) and Delegating Router (Server) interoperability vis-a-vis
the specifications of the DHCPv6-PD protocol.
"""
TestCase_001 = rr.basic_message_exchange.BasicMessageExchangeTestCase
TestCase_002 = rr.renew_message.RenewMessageTestCase
TestCase_003 = rr.rebind_message.RebindMessageTestCase
TestCase_004 = rr.release_message.ReleaseMessageTestCase
TestCase_005 = rr.advertise_message_status.NoPrefixAvailTestCase
ComplianceTestSuite.register('dhcpv6-pd-dr', DHCPv6PrefixDelegationDR)
ComplianceTestSuite.register('dhcpv6-pd-rr', DHCPv6PrefixDelegationRR)
def tearDown(self):
ComplianceTestSuite.clear()
def setUp(self):
ComplianceTestSuite.clear()
ComplianceTestSuite.register('ipv6-basic-specification',
ConfigurationTestCase.TestSuiteA)
ComplianceTestSuite.register('ipv6-default-address-selection',
ConfigurationTestCase.TestSuiteB)
ComplianceTestSuite.register('icmpv6',
ConfigurationTestCase.TestSuiteC)
ComplianceTestSuite.register('neighbour-discovery',
ConfigurationTestCase.TestSuiteD)
ComplianceTestSuite.register('pmtu-discovery',
ConfigurationTestCase.TestSuiteE)
ComplianceTestSuite.register('ipv6-router-alert-option',
ConfigurationTestCase.TestSuiteF)
These tests are designed to verify the readiness of an IPv6 implementation
vis-a-vis the Path MTU Discovery IPv6 specification.
@private
Author: MWR
Source: IPv6 Ready Phase-1/Phase-2 Test Specification Core
Protocols (Section 4)
"""
TestCase_001 = confirm_ping.ICMPv6EchoRequest64OctetsTestCase
TestCase_002 = confirm_ping.ICMPv6EchoRequest1280OctetsTestCase
TestCase_003 = confirm_ping.ICMPv6EchoRequest1500OctetsTestCase
TestCase_004 = stored_pmtu.StoredPMTUTestCase
TestCase_005 = non_zero_icmpv6_code.NonZeroICMPv6CodeTestCase
TestCase_006 = reduce_pmtu_on_link.ReducePMTUOnLinkLinkLocalTestCase
TestCase_007 = reduce_pmtu_on_link.ReducePMTUOnLinkGlobalTestCase
TestCase_008 = reduce_pmtu_off_link.ReducePMTUOffLinkTestCase
TestCase_009 = receiving_mtu_below_ipv6_minimum.MTUEqualTo56TestCase
TestCase_010 = receiving_mtu_below_ipv6_minimum.MTUEqualTo1279TestCase
TestCase_011 = increase_estimate.MTUIncreaseTestCase
TestCase_012 = increase_estimate.MTUEqualTo0x1ffffffTestCase
# TestCase_013 for hosts only (router_advertisement_with_mtu_option.RouterAdvertisementWithMTUOptionTestCase)
TestCase_014 = checking_for_increase_in_pmtu.CheckingForIncreaseInPMTUTestCase
# TestCase_015 = multicast_destination_one_router.MulticastDestinationOneRouterTestCase
# TestCase_016 = multicast_destination_two_routers.MulticastDestinationTwoRoutersTestCase
ComplianceTestSuite.register("pmtu-discovery-end-node", PathMTUDiscoveryEndNode)
ComplianceTestSuite.register("pmtu-discovery-intermediate-node", PathMTUDiscoveryIntermediateNode)
TestCase_015 = packet_too_big_message_generation.MulticastDestinationTestCase
TestCase_016 = hop_limit_exceeded.ReceiveHopLimit0TestCase
TestCase_017 = hop_limit_exceeded.DecrementHopLimitTo0TestCase
TestCase_018 = erroneous_header_field.ErroneousHeaderFieldTestCase
TestCase_019 = unrecognized_next_header.UnrecognizedNextHeaderTestCase
TestCase_020 = unknown_informational_message_type.UnknownInformationalMessageTypeTestCase
TestCase_021 = error_condition_with_icmpv6_error_messages.FlawedDstUnreachableCode0WithDestinationUnreachableTestCase
TestCase_022 = error_condition_with_icmpv6_error_messages.FlawedDstUnreachableCode3WithHopLimit0TestCase
TestCase_023 = error_condition_with_icmpv6_error_messages.FlawedTimeExceededCode0WithNoRouteToDestinationTestCase
TestCase_024 = error_condition_with_icmpv6_error_messages.FlawedTimeExceededCode1WithNoRouteToDestinationTestCase
TestCase_025 = error_condition_with_icmpv6_error_messages.FlawedDstPacketTooBigWithAddressUnreachableTestCase
TestCase_026 = error_condition_with_icmpv6_error_messages.FlawedParamProblemWithHopLimit0TestCase
TestCase_027 = error_condition_with_multicast_destination.UDPPortUnreachableTestCase
TestCase_028 = error_condition_with_multicast_destination.EchoRequestReassemblyTimeoutTestCase
TestCase_029 = error_condition_with_non_unique_source.NonUniqueSourceUDPPortUnreachableTestCase
TestCase_030 = error_condition_with_non_unique_source.NonUniqueSourceEchoRequestTooBigTestCase
TestCase_031 = error_condition_with_non_unique_source.NonUniqueSourceReassemblyTimeoutTestCase
TestCase_032 = error_condition_with_non_unique_source.NonUniqueSourceInvalidDestinationOptionsTestCase
TestCase_033 = error_condition_with_non_unique_source_multicast.NonUniqueSourceMulticastUDPPortUnreachableTestCase
TestCase_034 = error_condition_with_non_unique_source_multicast.NonUniqueSourceMulticastEchoRequestTooBigTestCase
TestCase_035 = error_condition_with_non_unique_source_multicast.NonUniqueSourceMulticastReassemblyTimeoutTestCase
TestCase_036 = error_condition_with_non_unique_source_multicast.NonUniqueSourceMulticastInvalidDestinationOptionsTestCase
TestCase_037 = error_condition_with_non_unique_source_anycast.UDPPortUnreachableTestCase
TestCase_038 = error_condition_with_non_unique_source_anycast.EchoRequestTooBigTestCase
TestCase_039 = error_condition_with_non_unique_source_anycast.EchoRequestReassemblyTimeoutTestCase
TestCase_040 = error_condition_with_non_unique_source_anycast.EchoRequestWithUnknownOptionInDestinationOptionsTestCase
ComplianceTestSuite.register('icmpv6-end-node', ICMPv6EndNodeSpecification)
ComplianceTestSuite.register('icmpv6-intermediate-node', ICMPv6IntermediateNodeSpecification)
TestCase003 = server.implementation_of_dhcp_constants.ValidUDPPortTestCase
TestCase004 = server.implementation_of_dhcp_constants.InvalidUDPPortTestCase
TestCase005 = server.server_message_format.ClientServerMessageFormatTestCase
TestCase006 = server.server_message_format.RelayAgentServerMessageFormatTestCase
TestCase007 = server.server_identifier_option_format.ServerIdentifierOptionFormatTestCase
TestCase008 = server.dhcp_unique_identifier_contents.DHCPUniqueIdentifierContentsTestCase
TestCase009 = server.dns_recursive_name_server_option_format.DNSRecursiveNameServerOptionFormatTestCase
TestCase010 = server.domain_search_list_option_format.DomainSearchListOptionFormatTestCase
TestCase011 = server.interface_id_option_format.InterfaceIDOptionFormatTestCase
TestCase012 = server.relay_message_option_format.RelayMessageOptionFormatTestCase
TestCase013 = should(server.configuration_of_dns_options.ReturningDNSRecursiveNameServerOptionTestCase)
TestCase014 = server.configuration_of_dns_options.ReturningDNSServerandDomainSearchListOptionsTestCase
TestCase015 = should(server.creation_and_transmission_of_reply_messages.ReplyMessageTransmissionTestCase)
TestCase016 = server.creation_and_transmission_of_reply_messages.ReplyMessageTransmissionWithDNSRNSOptionTestCase
TestCase017 = server.creation_and_transmission_of_reply_messages.ReplyMessageTransmissionWithDomainSearchListOptionTestCase
TestCase018 = server.creation_and_transmission_of_reply_messages.RelayReplyMessageWithoutInterfaceIDTestCase
TestCase019 = server.creation_and_transmission_of_reply_messages.RelayReplyMessageWithInterfaceIDTestCase
TestCase020 = server.creation_and_transmission_of_relay_reply_messages.RelayReplyMessageTransmissionTestCase
TestCase021 = server.creation_and_transmission_of_relay_reply_messages.MultipleRelayReplyMessageTransmissionTestCase
TestCase022 = server.creation_and_transmission_of_relay_reply_messages.EncapsulatedRelayReplyMessageTransmissionTestCase
TestCase023 = server.reception_of_invalid_information_request_message.ReceptionOfInformationRequestMessageViaUnicastTestCase
TestCase024 = server.reception_of_invalid_information_request_message.ContainsServerIdentifierOptionTestCase
TestCase025 = server.reception_of_invalid_information_request_message.ContainsIANAOptionTestCase
TestCase026 = server.server_message_validation.AdvertiseMessageTestCase
TestCase027 = server.server_message_validation.ReplyMessageTestCase
TestCase028 = server.server_message_validation.RelayReplyMessageTestCase
ComplianceTestSuite.register('stateless-dhcpv6-client', StatelessDHCPv6ServiceClientSpecification)
#ComplianceTestSuite.register('dhcpv6-relay-agent', StatelessDHCPv6ServiceRelayAgentSpecification)
ComplianceTestSuite.register('stateless-dhcpv6-server', StatelessDHCPv6ServiceServerSpecification)
TestCase_009 = source_address_selection.SourceAddressMustNotBeIPv4MappedOnSIITNodeTestCase
class DefaultAddressSelectionIntermediateNode(ComplianceTestSuite):
"""
Default Address Selection - End Node
The following tests cover Default Address Selection for Internet Protocol
version 6 (IPv6) for both source and destination addresses, as described
in RC3484.
The algorithms described must be implemented by all IPv6 nodes, but do
not override choices made by applications or upper-layer protocols.
@private
Author: MWR
Source: RFC3484
"""
TestCase_001 = source_address_selection.ChooseSameAddressTestCase
TestCase_002 = source_address_selection.ChooseAppropriateScopeTestCase
TestCase_003 = source_address_selection.PreferHomeAddressTestCase
TestCase_004 = source_address_selection.PreferOutgoingInterfaceTestCase
# TestCase_005 = source_address_selection.PreferMatchingLabelTestCase
# TestCase_006 = source_address_selection.PreferPublicAddressTestCase
# TestCase_007 = source_address_selection.UseLongestMatchingPrefixTestCase
TestCase_008 = source_address_selection.SourceAddressMustBeIPv4MappedOnSIITNodeTestCase
TestCase_009 = source_address_selection.SourceAddressMustNotBeIPv4MappedOnSIITNodeTestCase
ComplianceTestSuite.register('default-address-selection-end-node', DefaultAddressSelectionEndNode)
ComplianceTestSuite.register('default-address-selection-intermediate-node', DefaultAddressSelectionIntermediateNode)
TestCase_007 = client.transmission_of_no_addrs_available.TransmissionOfAdvertisementWithNoAddrsAvailableTestCase
TestCase_008 = client.transmission_of_not_on_link.TransmissionOfNotOnLinkTestCase
class DHCPv6ServerSpecification(ComplianceTestSuite):
"""
Dynamic Host Configuration Protocol for IPv6 (DHCPv6 Server)
These tests are designed to verify the readiness of DHCPv6 server
interoperability vis-a-vis the base specifications of the Dynamic Host
Configuration Protocol for IPv6.
@private
Author: MWR
Source: IPv6 Ready DHCPv6 Interoperability Test Suite (Group 1)
"""
TestCase_001 = server.dhcpv6_initialization.DHCPv6InitializationTestCase
TestCase_002 = server.receipt_of_confirm_messages.ReceiptOfConfirmMessagesTestCase
TestCase_003 = server.receipt_of_renew_messages.ReceiptOfRenewMessagesTestCase
TestCase_004 = server.receipt_of_rebind_messages.ReceiptOfRebindMessagesTestCase
TestCase_005 = server.receipt_of_release_messages.ReceiptOfReleaseMessagesTestCase
TestCase_006 = server.receipt_of_decline_messages.ReceiptOfDeclineMessagesTestCase
TestCase_007 = server.advertise_message_with_no_addrs_avail.AdvertiseMessagesWithNoAddrsAvailTestCase
TestCase_008 = server.reply_message_with_not_on_link.ReplyMessagesWithNotOnLinkTestCase
ComplianceTestSuite.register('dhcpv6-client', DHCPv6ClientSpecification)
#ComplianceTestSuite.register('dhcpv6-relay-agent', DHCPv6RelayAgentSpecification)
ComplianceTestSuite.register('dhcpv6-server', DHCPv6ServerSpecification)
def tearDown(self):
ComplianceTestSuite.clear()
Address options with the Neighbor Cache.
"""
pass
#TestCase_301-304 for hosts only (redirected_on_link_valid)
#TestCase_305-307 for hosts only (redirected_on_link_suspicious)
#TestCase_308-316 for hosts only (redirected_on_link_invalid)
#TestCase_317-320 for hosts only (redirected_to_alternate_router_valid)
#TestCase_321-322 for hosts only (redirected_to_alternate_router_suspicious)
#TestCase_323-331 for hosts only (redirected_to_alternate_router_invalid)
#TestCase_332 for hosts only (redirected_twice)
#TestCase_333 for hosts only (invalid_option)
#TestCase_336 no_destination_cache_entry
#TestCase_337-340 neighbor_cache_updated_no_nce
#TestCase_341-344 neighbor_cache_updated_state_incomplete
#TestCase_345-350 neighbor_cache_updated_state_reachable
#TestCase_351-355 neighbor_cache_updated_state_stale
#TestCase_356-360 neighbor_cache_updated_state_probe
#TestCase_361-369 for hosts only (invalid_redirect_does_not_update_neighbor_cache)
# TestCase_370 = redirect_transmit.SendRedirectTestCase
# TestCase_371 = redirect_transmit.SendRedirectToAlternateRouterTestCase
# TestCase_372 = redirect_transmit.SourceNotNeighborTestCase
# TestCase_373 = redirect_transmit.DestinationMulticastTestCase
# TestCase_374 = redirect_receive.RedirectTestCase
ComplianceTestSuite.register('neighbor-discovery-end-node', NeighborDiscoverySpecification)
ComplianceTestSuite.register('neighbor-discovery-intermediate-node', NeighborDiscoveryIntermediateNodeSpecification)
ComplianceTestSuite.register('neighbor-discovery-end-node-redirect', NeighborDiscoveryRedirectFunctionSpecification)
ComplianceTestSuite.register('neighbor-discovery-intermediate-node-intermediate', NeighborDiscoveryRedirectFunctionIntermediateNodeSpecification)
Author: MWR
"""
TestCase_001 = sending_cga_option_send.UUTSendsNSFromLinkLocalWithCGAOptionTestCase
TestCase_002 = sending_cga_option_send.UUTSendsNSFromUnspecifiedWithCGAOptionTestCase
TestCase_003 = sending_cga_option_send.UUTSendsNAFromLinkLocalWithCGAOptionTestCase
TestCase_004 = sending_nonce_option_send.UUTSendsNSFromLinkLocalWithNonceTestCase
TestCase_005 = sending_nonce_option_send.UUTSendsNSFromUnspecifiedWithNonceTestCase
TestCase_006 = sending_nonce_option_send.UUTSendsNAFromLinkLocalWithNonceOptionTestCase
TestCase_007 = sending_nonce_option_send.UUTSendsRAFromLinkLocalWithNonceOptionTestCase
TestCase_008 = sending_rsa_option_send.UUTSendsNSFromLinkLocalWithRSAOptionTestCase
TestCase_009 = sending_rsa_option_send.UUTSendsNSFromUnspecifiedWithRSAOptionTestCase
TestCase_010 = sending_rsa_option_send.UUTSendsNAFromLinkLocalWithRSAOptionTestCase
TestCase_011 = sending_rsa_option_send.UUTSendsRAFromLinkLocalWithRSAOptionTestCase
TestCase_012 = sending_timestamp_option_send.UUTSendsNSFromLinkLocalWithTimeStampTestCase
TestCase_013 = sending_timestamp_option_send.UUTSendsNSFromUnspecifiedWithTimeStampTestCase
TestCase_014 = sending_timestamp_option_send.UUTSendsNAFromLinkLocalWithTimeStampOptionTestCase
TestCase_015 = sending_timestamp_option_send.UUTSendsRAFromLinkLocalWithTimeStampOptionTestCase
TestCase_016 = receiving_send.UUTProcessValidSendTestCase
TestCase_017 = receiving_send.UUTProcessValidSendReservedFieldSetTestCase
TestCase_018 = receiving_send.UUTReceivesNoCGAOptionTestCase
TestCase_019 = receiving_send.UUTReceivesDifferentKeyTestCase
TestCase_020 = receiving_send.UUTReceivesNoRSAOptionTestCase
TestCase_021 = receiving_send.UUTReceivesNoNonceOptionTestCase
TestCase_022 = receiving_send.UUTReceivesNoTimeStampOptionTestCase
TestCase_023 = receiving_send.UUTReceivesRSAOptionNotLastTestCase
ComplianceTestSuite.register('secure-neighbor-discovery-end-node', SecureNeighborDiscoveryEndNode)
ComplianceTestSuite.register('secure-neighbor-discovery-intermediate-node', SecureNeighborDiscoveryIntermediateNode)
TestCase_008 = validation_of_dad_neighbor_solicitations.UutReceivesInvalidDadNsDstIsUutTentTestCase
TestCase_009 = validation_of_dad_neighbor_solicitations.UutReceivesInvalidDadNsDstIsAllNodeTestCase
TestCase_010 = validation_of_dad_neighbor_solicitations.UutReceivesInvalidDadNsICMPCode1TestCase
TestCase_011 = validation_of_dad_neighbor_solicitations.UutReceivesInvalidDadNsInvalidChecksumTestCase
TestCase_012 = validation_of_dad_neighbor_solicitations.UutReceivesInvalidDadNsTargetMulticastTestCase
TestCase_013 = validation_of_dad_neighbor_solicitations.UutReceivesInvalidDadNsContainsSLLTestCase
TestCase_014 = validation_of_dad_neighbor_solicitations.UutReceivesValidDadNsContainsReservedFieldRouterTestCase
TestCase_015 = validation_of_dad_neighbor_solicitations.UutReceivesValidDadNsContainsTLLRouterTestCase
# 3.1.4
TestCase_016 = validation_of_dad_neighbor_advertisements.UutReceiveInvalidDadNaLength16TestCase
TestCase_017 = validation_of_dad_neighbor_advertisements.UutReceiveInvalidDadNaHopLimit254TestCase
TestCase_018 = validation_of_dad_neighbor_advertisements.UutReceivesInvalidDadNaIcmpCode1TestCase
TestCase_019 = validation_of_dad_neighbor_advertisements.UutReceivesInvalidDadNaInvalidChecksumTestCase
TestCase_020 = validation_of_dad_neighbor_advertisements.UutReceivesInvalidDadNaSolicitedFlag1TestCase
TestCase_021 = validation_of_dad_neighbor_advertisements.UutReceivesInvalidDadNaTargetMulticastTestCase
TestCase_022 = validation_of_dad_neighbor_advertisements.UutReceivesInvalidDadNaOptionLength0TestCase
TestCase_023 = validation_of_dad_neighbor_advertisements.UutReceivesValidDadNaContainsSLLRouterTestCase
TestCase_024 = validation_of_dad_neighbor_advertisements.UutReceivesValidDadNaReservedFieldRouterTestCase
# 3.1.5
TestCase_025 = receiving_neighbor_solicitations_for_addr_resolution.ReceivingDadNsForAddrResSrcUnicastTestCase
TestCase_026 = receiving_neighbor_solicitations_for_addr_resolution.ReceivingDadNsForAddrResDstIsUutTestCase
# 3.2.1
TestCase_027 = global_address_autoconfiguration_and_dad.GlobalAddressAutoConfigurationAndDadGlobalRouterTestCase
TestCase_028 = global_address_autoconfiguration_and_dad.GlobalAddressAutoConfigurationAndDadPrefixEndingInZeroRouterTestCase
TestCase_029 = global_address_autoconfiguration_and_dad.GlobalAddressAutoConfigurationAndDadSiteLocalRouterTestCase
ComplianceTestSuite.register('stateless-address-autoconfiguration-end-node', StatelessAddressAutoconfigurationHostTestSuite)
ComplianceTestSuite.register('stateless-address-autoconfiguration-intermediate-node', StatelessAddressAutoconfigurationRouterTestSuite)
def setUp(self):
ComplianceTestSuite.clear()
ComplianceTestSuite.register('ipv6-basic-specification', ConfigurationTestCase.TestSuiteA)
ComplianceTestSuite.register('ipv6-default-address-selection', ConfigurationTestCase.TestSuiteB)
ComplianceTestSuite.register('icmpv6', ConfigurationTestCase.TestSuiteC)
ComplianceTestSuite.register('neighbour-discovery', ConfigurationTestCase.TestSuiteD)
ComplianceTestSuite.register('pmtu-discovery', ConfigurationTestCase.TestSuiteE)
ComplianceTestSuite.register('ipv6-router-alert-option', ConfigurationTestCase.TestSuiteF)
def test_it_should_get_a_test_suite(self):
ComplianceTestSuite.register('my-test-suite',
ComplianceTestSuiteTestCase.MyTestSuite)
self.assertEqual(ComplianceTestSuiteTestCase.MyTestSuite,
ComplianceTestSuite.get('my-test-suite'))
from veripy.models import ComplianceTestSuite
import cga_generation
class CryptographicallyGeneratedAddresses(ComplianceTestSuite):
"""
Cryptographically Generated Addresses (CGA)
CGA is a method for binding a public signature key to an IPv6 address in
the Secure Neighbor Discovery (SEND) protocol by generating the interface
identifier as a cryptographic one-way hash function of a public key and
auxiliary parameters.
This is a limited test suite, that verifies the UUT's ability to generate
an address using CGA.
@private
Source: RFC 3972
Author: MWR
"""
TestCase_001 = cga_generation.VerifyCGAGenerationTestCase
ComplianceTestSuite.register('cryptographically-generated-addresses', CryptographicallyGeneratedAddresses)
def test_it_should_get_a_test_suite(self):
ComplianceTestSuite.register('my-test-suite', ComplianceTestSuiteTestCase.MyTestSuite)
self.assertEqual(ComplianceTestSuiteTestCase.MyTestSuite, ComplianceTestSuite.get('my-test-suite'))
TestCase_007 = client.transmission_of_no_addrs_available.TransmissionOfAdvertisementWithNoAddrsAvailableTestCase
TestCase_008 = client.transmission_of_not_on_link.TransmissionOfNotOnLinkTestCase
class DHCPv6ServerSpecification(ComplianceTestSuite):
"""
Dynamic Host Configuration Protocol for IPv6 (DHCPv6 Server)
These tests are designed to verify the readiness of DHCPv6 server
interoperability vis-a-vis the base specifications of the Dynamic Host
Configuration Protocol for IPv6.
@private
Author: MWR
Source: IPv6 Ready DHCPv6 Interoperability Test Suite (Group 1)
"""
TestCase_001 = server.dhcpv6_initialization.DHCPv6InitializationTestCase
TestCase_002 = server.receipt_of_confirm_messages.ReceiptOfConfirmMessagesTestCase
TestCase_003 = server.receipt_of_renew_messages.ReceiptOfRenewMessagesTestCase
TestCase_004 = server.receipt_of_rebind_messages.ReceiptOfRebindMessagesTestCase
TestCase_005 = server.receipt_of_release_messages.ReceiptOfReleaseMessagesTestCase
TestCase_006 = server.receipt_of_decline_messages.ReceiptOfDeclineMessagesTestCase
TestCase_007 = server.advertise_message_with_no_addrs_avail.AdvertiseMessagesWithNoAddrsAvailTestCase
TestCase_008 = server.reply_message_with_not_on_link.ReplyMessagesWithNotOnLinkTestCase
ComplianceTestSuite.register('dhcpv6-client', DHCPv6ClientSpecification)
#ComplianceTestSuite.register('dhcpv6-relay-agent', DHCPv6RelayAgentSpecification)
ComplianceTestSuite.register('dhcpv6-server', DHCPv6ServerSpecification)
def setUp(self):
ComplianceTestSuite.clear()
from veripy.models.decorators import must, should
import deprecation_of_rh0
class DeprecationOfRH0Specification(ComplianceTestSuite):
"""
Deprecation of Type 0 Routing Headers in IPv6
RFC2460 defines an IPv6 extension header called "Routing Header",
identified by a Next Header value of 43 in the immediately preceding
header. A particular Routing Header subtype denoted as "Type 0" is
also defined.
This header allows a packet to be constructed such that it will oscillate
between two RH0-processing hosts or routers many times. Allowing
a stream of packets from an attacker to be amplified along the path
between two remote routers, which could be used to cause congestion
and act as a denial-of-service mechanism.
@private
Author: MWR
Source: RFC5095
"""
TestCase_001 = deprecation_of_rh0.RH0WithSegmentsLeftEqualToZeroToRUTTestCase
TestCase_002 = deprecation_of_rh0.RH0WithSegmentsLeftEqualToZeroToTN4TestCase
TestCase_003 = deprecation_of_rh0.RH0WithSegmentsLeftGreaterThanZeroToRUTTestCase
TestCase_004 = deprecation_of_rh0.RH0WithSegmentsLeftGreaterThanZeroToTN4TestCase
ComplianceTestSuite.register('deprecation-of-rh0', DeprecationOfRH0Specification)
PMTU.
These tests are designed to verify the readiness of an IPv6 implementation
vis-a-vis the Path MTU Discovery IPv6 specification.
@private
Author: MWR
Source: IPv6 Ready Phase-1/Phase-2 Test Specification Core
Protocols (Section 4)
"""
TestCase_001 = confirm_ping.ICMPv6EchoRequest64OctetsTestCase
TestCase_002 = confirm_ping.ICMPv6EchoRequest1280OctetsTestCase
TestCase_003 = confirm_ping.ICMPv6EchoRequest1500OctetsTestCase
TestCase_004 = stored_pmtu.StoredPMTUTestCase
TestCase_005 = non_zero_icmpv6_code.NonZeroICMPv6CodeTestCase
TestCase_006 = reduce_pmtu_on_link.ReducePMTUOnLinkLinkLocalTestCase
TestCase_007 = reduce_pmtu_on_link.ReducePMTUOnLinkGlobalTestCase
TestCase_008 = reduce_pmtu_off_link.ReducePMTUOffLinkTestCase
TestCase_009 = receiving_mtu_below_ipv6_minimum.MTUEqualTo56TestCase
TestCase_010 = receiving_mtu_below_ipv6_minimum.MTUEqualTo1279TestCase
TestCase_011 = increase_estimate.MTUIncreaseTestCase
TestCase_012 = increase_estimate.MTUEqualTo0x1ffffffTestCase
# TestCase_013 for hosts only (router_advertisement_with_mtu_option.RouterAdvertisementWithMTUOptionTestCase)
TestCase_014 = checking_for_increase_in_pmtu.CheckingForIncreaseInPMTUTestCase
# TestCase_015 = multicast_destination_one_router.MulticastDestinationOneRouterTestCase
# TestCase_016 = multicast_destination_two_routers.MulticastDestinationTwoRoutersTestCase
ComplianceTestSuite.register('pmtu-discovery-end-node', PathMTUDiscoveryEndNode)
ComplianceTestSuite.register('pmtu-discovery-intermediate-node', PathMTUDiscoveryIntermediateNode)
from veripy.models import ComplianceTestSuite
import cga_generation
class CryptographicallyGeneratedAddresses(ComplianceTestSuite):
"""
Cryptographically Generated Addresses (CGA)
CGA is a method for binding a public signature key to an IPv6 address in
the Secure Neighbor Discovery (SEND) protocol by generating the interface
identifier as a cryptographic one-way hash function of a public key and
auxiliary parameters.
This is a limited test suite, that verifies the UUT's ability to generate
an address using CGA.
@private
Source: RFC 3972
Author: MWR
"""
TestCase_001 = cga_generation.VerifyCGAGenerationTestCase
ComplianceTestSuite.register('cryptographically-generated-addresses',
CryptographicallyGeneratedAddresses)
#TestCase_308-316 for hosts only (redirected_on_link_invalid)
#TestCase_317-320 for hosts only (redirected_to_alternate_router_valid)
#TestCase_321-322 for hosts only (redirected_to_alternate_router_suspicious)
#TestCase_323-331 for hosts only (redirected_to_alternate_router_invalid)
#TestCase_332 for hosts only (redirected_twice)
#TestCase_333 for hosts only (invalid_option)
#TestCase_336 no_destination_cache_entry
#TestCase_337-340 neighbor_cache_updated_no_nce
#TestCase_341-344 neighbor_cache_updated_state_incomplete
#TestCase_345-350 neighbor_cache_updated_state_reachable
#TestCase_351-355 neighbor_cache_updated_state_stale
#TestCase_356-360 neighbor_cache_updated_state_probe
#TestCase_361-369 for hosts only (invalid_redirect_does_not_update_neighbor_cache)
# TestCase_370 = redirect_transmit.SendRedirectTestCase
# TestCase_371 = redirect_transmit.SendRedirectToAlternateRouterTestCase
# TestCase_372 = redirect_transmit.SourceNotNeighborTestCase
# TestCase_373 = redirect_transmit.DestinationMulticastTestCase
# TestCase_374 = redirect_receive.RedirectTestCase
ComplianceTestSuite.register('neighbor-discovery-end-node',
NeighborDiscoverySpecification)
ComplianceTestSuite.register('neighbor-discovery-intermediate-node',
NeighborDiscoveryIntermediateNodeSpecification)
ComplianceTestSuite.register('neighbor-discovery-end-node-redirect',
NeighborDiscoveryRedirectFunctionSpecification)
ComplianceTestSuite.register(
'neighbor-discovery-intermediate-node-intermediate',
NeighborDiscoveryRedirectFunctionIntermediateNodeSpecification)
intermediate node exerts explicit routing control by specifying
particular forwarding paths for selected packets. This control is
achieved by prepending IPv6 headers to each of the selected original
packets. These prepended headers identify the forwarding paths.
These tests are designed to verify the readiness of an IPv6 implementation
vis-a-vis the Generic Packet Tunneling IPv6 specification, with a 4in6
tunnel implementation.
@private
Author: MWR
Source: RFC2473
"""
TestCase_001 = tn_4in6.encapsulation.TTLDecrementedTestCase
TestCase_002 = tn_4in6.encapsulation.EntryPointAddressTestCase
TestCase_003 = tn_4in6.encapsulation.EndPointAddressTestCase
TestCase_004 = tn_4in6.packet_processing.EncapsulatingHopLimitDecrementedWithIPv4EncapsulatedTestCase
TestCase_005 = tn_4in6.decapsulation.AllEncapsulatedOptionsRemovedIPv4TestCase
TestCase_006 = tn_4in6.packet_processing.HopLimitExceededWithinTunnelTestCase
TestCase_007 = tn_4in6.packet_processing.UnreachableNodeWithinTunnelIPv4TestCase
TestCase_008 = tn_4in6.packet_processing.PacketTooBigWithinTunnelIPv4TestCase
TestCase_009 = tn_4in6.post_processing.TTLExceededAfterTunnelTestCase
TestCase_010 = tn_4in6.post_processing.UnreachableNodeAfterTunnelTestCase
ComplianceTestSuite.register('generic-packet-tunneling-in-ipv6-on-6in6',
GenericPacketTunnelingInIPv6On6In6)
ComplianceTestSuite.register('generic-packet-tunneling-in-ipv6-on-4in6',
GenericPacketTunnelingInIPv6On4In6)
class RouterAlertOption(ComplianceTestSuite):
"""
Router Alert Option
The following tests cover the Router Alert Option header.
New protocols, such as RSVP, use control datagrams which, while addressed
to a particular destination, contain information that needs to be examined,
and in some case updated, by routers along the path between the source and
destination. It is desirable to forward regular datagrams as rapidly as
possible, while ensuring that the router processes these special control
datagrams appropriately.
The Router Alert option is defined within the IPv6 Hop-by-Hop header, and
informs the router that the contents of this datagram are of interest to
the router and to handle any control data accordingly.
These tests are designed to verify the readiness of an IPv6 implementation
vis-a-vis the Router Alert Option specification.
@private
Author: MWR
Source: RFC 2711
"""
TestCase_001 = multicast_listener_discovery.MulticastListenerDiscoveryTestCase
TestCase_002 = unrecognized_value.UnrecognizedValueTestCase
ComplianceTestSuite.register('ipv6-router-alert-option', RouterAlertOption)
