def test_no_verification_sequence_nested_messages(
sequence_message_package: Package,
message_sequence_value: MessageValue) -> None:
sequence_message_one = sequence_message_package.new_message(
"Sequence_Element")
sequence_message_one.set("Byte", 5)
sequence_message_two = sequence_message_package.new_message(
"Sequence_Element")
sequence_message_two.set("Byte", 6)
sequence: List[TypeValue] = [sequence_message_one, sequence_message_two]
message_sequence_value.set("Length", 2)
message_sequence_value.set("Sequence_Field", sequence)
assert message_sequence_value.valid_message
pyrflx_ = PyRFLX.from_specs(
[SPEC_DIR / "sequence_message.rflx"],
skip_model_verification=True,
skip_message_verification=True,
)
sequence_message_package_unv = pyrflx_.package("Sequence_Message")
sequence_message_unv = sequence_message_package_unv.new_message(
"Message_Sequence")
sequence_element_one_unv = sequence_message_package_unv.new_message(
"Sequence_Element")
sequence_element_one_unv.set("Byte", 5)
sequence_element_two_unv = sequence_message_package_unv.new_message(
"Sequence_Element")
sequence_element_two_unv.set("Byte", 6)
sequence_unv: List[TypeValue] = [
sequence_element_one_unv, sequence_element_two_unv
]
sequence_message_unv.set("Length", 2)
sequence_message_unv.set("Sequence_Field", sequence_unv)
assert sequence_message_unv.valid_message
assert sequence_message_unv.bytestring == message_sequence_value.bytestring
def test_sequence_message_serialization(
sequence_message_package: Package,
message_sequence_value: MessageValue) -> None:
sequence_message_one = sequence_message_package.new_message(
"Sequence_Element")
sequence_message_one.set("Byte", 5)
sequence_message_two = sequence_message_package.new_message(
"Sequence_Element")
sequence_message_two.set("Byte", 6)
sequence: List[TypeValue] = [sequence_message_one, sequence_message_two]
message_sequence_value.set("Length", 2)
message_sequence_value.set("Sequence_Field", sequence)
assert message_sequence_value.valid_message
assert message_sequence_value.as_json() == {
"Length": {
"first": 0,
"last": 7,
"value": 2
},
"Sequence_Field": {
"first":
8,
"last":
23,
"value": [
{
"Byte": {
"first": 0,
"last": 7,
"value": 5
}
},
{
"Byte": {
"first": 0,
"last": 7,
"value": 6
}
},
],
},
}
def fixture_icmp_message(icmp_package: pyrflx.Package) -> model.Message:
# pylint: disable = protected-access
return icmp_package.new_message("Message")._type
def fixture_icmp_message_value(icmp_package: pyrflx.Package) -> pyrflx.MessageValue:
return icmp_package.new_message("Message")
def fixture_ethernet_frame_value(ethernet_package: pyrflx.Package) -> pyrflx.MessageValue:
return ethernet_package.new_message("Frame")
def fixture_always_valid_aspect_value(
always_valid_aspect_package: pyrflx.Package,
) -> pyrflx.MessageValue:
return always_valid_aspect_package.new_message("Message")
def fixture_message_type_size_value(
message_type_size_package: pyrflx.Package,
) -> pyrflx.MessageValue:
return message_type_size_package.new_message("Message")
def fixture_sequence_message_refinement_value(
sequence_message_package: pyrflx.Package,
) -> pyrflx.MessageValue:
return sequence_message_package.new_message("Message_Sequence_And_Refinement")
def fixture_sequence_message_value(sequence_message_package: pyrflx.Package) -> pyrflx.MessageValue:
return sequence_message_package.new_message("Message_Sequence")
def fixture_tlv_message_value(tlv_package: pyrflx.Package) -> pyrflx.MessageValue:
return tlv_package.new_message("Message")
def fixture_udp_datagram_value(udp_package: pyrflx.Package) -> pyrflx.MessageValue:
return udp_package.new_message("Datagram")
def fixture_tls_alert_value(tls_alert_package: pyrflx.Package) -> pyrflx.MessageValue:
return tls_alert_package.new_message("Alert")
def fixture_tls_record_value(tls_record_package: pyrflx.Package) -> pyrflx.MessageValue:
return tls_record_package.new_message("TLS_Record")
def fixture_ipv4_option_value(ipv4_package: pyrflx.Package) -> pyrflx.MessageValue:
return ipv4_package.new_message("Option")
def fixture_ipv4_packet_value(ipv4_package: pyrflx.Package) -> pyrflx.MessageValue:
return ipv4_package.new_message("Packet")
def test_package_name() -> None:
p = Package("Test")
assert p.name == "Test"