Mtf Pybinder Module

MTF.Core Python wrappers around the C++ implementation of MTF.Core Framework

class mtf.libs.mtf_pybinder.ASAMDataType

Enum class for singal base data types

Members:

Int_8

UInt_8

Int_16

UInt_16

Int_32

UInt_32

Int_64

UInt_64

Float_32

Float_64

AsciiString

ByteField

BitField

Unknown

AsciiString

BitField

ByteField

Float_32

Float_64

Int_16

Int_32

Int_64

Int_8

UInt_16

UInt_32

UInt_64

UInt_8

Unknown

__init__(self: mtf.libs.mtf_pybinder.ASAMDataType, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.BitCountingPolicy

enum of the the bit counting policies for SecOC (Monotone or Sawtooth)

Members:

Monotone

Sawtooth

Unknown

Monotone

Sawtooth

Unknown

__init__(self: mtf.libs.mtf_pybinder.BitCountingPolicy, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.BitOrder

Enum class for bit order types

Members:

Decreasing

Increasing

Decreasing

Increasing

__init__(self: mtf.libs.mtf_pybinder.BitOrder, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.Brs

Members:

ON

OFF

OFF

ON

__init__(self: mtf.libs.mtf_pybinder.Brs, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.BrsFlag

Members:

ON

OFF

OFF

ON

__init__(self: mtf.libs.mtf_pybinder.BrsFlag, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.ByteOrder

Enum class for byte order types

Members:

BigEndian

LittleEndian

BigEndian

LittleEndian

__init__(self: mtf.libs.mtf_pybinder.ByteOrder, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.CanChannel

__init__(*args, **kwargs)

__new__(**kwargs)

check_if_traffic_received(self: mtf.libs.mtf_pybinder.LegacyChannel, timeout: int, event_type: int) → bool

Check if there was traffic on the bus before a specific timeout. PS: The bus observer needs to be started. Arg:

timeout (int): The duration for which to monitor event traffic, expressed in milliseconds event_type (int): Specifies the type of event for which traffic should be monitored

Return: bool type

clear_history(self: mtf.libs.mtf_pybinder.LegacyBusListener) → None: clear legacy bus listener history

static get_can_channel(channel_name: str) → mtf.libs.mtf_pybinder.CanChannel

Get a CAN channel instance. Arg:

channel_name (string)

Return: CANBus

static get_ethernet_channel(channel_name: str) → mtf.libs.mtf_pybinder.EthernetChannel

Get a Ethernet channel instance. Arg:

channel_name (string)

Return: EthernetBus

static get_flexray_channel(channel_name: str) → mtf.libs.mtf_pybinder.FlexRayChannel

Get a FlexRay channel instance. Arg:

channel_name (string)

Return: FlexrayBus

get_frame_by_id(self: mtf.libs.mtf_pybinder.LegacyChannel, frame_id: int | str | mtf.libs.mtf_pybinder.FrFrameIdParts) → mtf.libs.mtf_pybinder.LegacyFrame

Get frame instance by id Arg:

frame_id (FrameIDVariant): A frame identifier (frame ID) encapsulated in a variant (FrameIDVariant)

Return: LegacyFrameSptr type

get_frames_by_name(self: mtf.libs.mtf_pybinder.LegacyChannel, frame_name: str) → list[mtf.libs.mtf_pybinder.LegacyFrame]

Get frame instance by name Arg:

frame_name (string): The name of the frame for which instances need to be retrieved

Return: vector of LegacyFrameSptr type

get_history(self: mtf.libs.mtf_pybinder.LegacyBusListener) → list[mtf.libs.mtf_pybinder.MtfDataFrameEvent]

Get legacy bus listener history: Return: vector of DataFramePtr

static get_instance(channel_name: str) → mtf.libs.mtf_pybinder.CanChannel

get instance of CAN channel: Arg:(channel_name: string type)

static get_io_channel(channel_name: str) → mtf.libs.mtf_pybinder.IoChannel

Get a IO channel instance. Arg:

channel_name (string)

Return: IoChannel

static get_lin_channel(channel_name: str) → mtf.libs.mtf_pybinder.LinChannel

Get a LIN channel instance. Arg:

channel_name (string)

Return: LinBus

static get_serial_channel(channel_name: str) → mtf.libs.mtf_pybinder.SerialChannel

Get a Serial channel instance. Arg:

channel_name (string)

Return: SerialChannel

monitor_traffic(self: mtf.libs.mtf_pybinder.LegacyChannel, timeout: int, event_type: int) → bool

Monitor traffic in the legacy bus during a timeout Arg:

timeout (int): The duration for which to monitor event traffic, expressed in milliseconds event_type (int): Specifies the type of event for which traffic should be monitored

Return: bool type

property name: Get channel name

send_frame(self: mtf.libs.mtf_pybinder.CanChannel, frame_event: mtf.libs.mtf_pybinder.CanDataFrame, error_flags: int = 0) → bool

send CAN frame in given channel Arg:

frame_event (CanDataFramePtr): A shared pointer to a CanDataFramePtr object representing the CAN data frame to be transmitted

Return : bool type

send_frames(self: mtf.libs.mtf_pybinder.CanChannel, frame_event_list: list[mtf.libs.mtf_pybinder.CanDataFrame], error_flags: int = 0) → bool

send CAN frames in given channel Arg:

frame_event_list (list of CanDataFramePtr): A list of shared pointers to CanDataFramePtr objects representing the CAN data frames to be transmitted

Return : bool type

set_interception_function(self: mtf.libs.mtf_pybinder.Channel, interception_function: Callable[[mtf.libs.mtf_pybinder.MtfDataFrameEvent], None]) → bool

Set a function to be called before sending any frame for the specified channel. The function is responsible for processing the data frame request and may modify the payload using “set_payload” method. If you want to drop the frame, you just need to set it to “None”. It is not thread-safe and should be used with caution. So, it is advised to set it once prior to any transmission on the corresponding channel. Arg:

interception_function: It is used to store a callback function or a callable object that will be executed with an argument
of type mtf::core::DataFrameRequestPtr

Return: bool type

start_listening(self: mtf.libs.mtf_pybinder.LegacyBusListener, callback: Callable[[mtf.libs.mtf_pybinder.MtfDataFrameEvent], None] | None = None, listening_flags: int | None = None) → bool

Start the data acquisition Args:

callback: optional callable listening_flags: optional int bitmask

Return: bool

start_observer(self: mtf.libs.mtf_pybinder.LegacyChannel, event_type: int) → bool

Start legacy bus observer Arg:

event_type: (int): Specifies the type of event for which observation should be started

Return: bool type

start_sending_cyclic_frame(self: mtf.libs.mtf_pybinder.CanChannel, frame_event: mtf.libs.mtf_pybinder.CanDataFrame, cycle: int) → bool

send CAN frame in given channel with given cycle in microseconds Arg:

frame_event (CanDataFramePtr): A shared pointer to a CanDataFramePtr object representing the CAN data frame to be transmitted cycle (int): Expressed in microseconds

Return : bool type

stop_listening(self: mtf.libs.mtf_pybinder.LegacyBusListener) → bool

Stop the data acquisition: Return: bool type

stop_observer(self: mtf.libs.mtf_pybinder.LegacyChannel, event_type: int) → bool

Start legacy bus observer Arg:

event_type (int): Specifies the type of event for which observation should be stopped

Return: bool type

stop_sending_cyclic_frame(self: mtf.libs.mtf_pybinder.CanChannel, frame_id: int) → bool

stop send CAN frame in given channel with given cycle Arg:

frame_id (int): Representing the unique identifier of the CAN frame

Return : bool type

property type: Get channel type

unset_interception_function(self: mtf.libs.mtf_pybinder.Channel) → None: Unset the previously set interception function for the specified channel.

class mtf.libs.mtf_pybinder.CanDataFrame

__init__(*args, **kwargs)

Overloaded function.

__init__(self: mtf.libs.mtf_pybinder.CanDataFrame, frame_id: int, payload: list[int], is_fd: bool = False, flag: int = 0) -> None
__init__(self: mtf.libs.mtf_pybinder.CanDataFrame, frame_id: int, payload: list[int], is_fd: bool = False, brs_on: mtf.libs.mtf_pybinder.Brs = <Brs.ON: 4>) -> None

__new__(**kwargs)

class mtf.libs.mtf_pybinder.CanErrorFlags

CanFrame ErrorFlag enum

Members:

FormError

StuffError

CrcError

AckError

AckDelError

EndOfFrameError

AckDelError

AckError

CrcError

EndOfFrameError

FormError

StuffError

__init__(self: mtf.libs.mtf_pybinder.CanErrorFlags, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.Channel

__init__(*args, **kwargs)

__new__(**kwargs)

static get_can_channel(channel_name: str) → mtf.libs.mtf_pybinder.CanChannel

Get a CAN channel instance. Arg:

channel_name (string)

Return: CANBus

static get_ethernet_channel(channel_name: str) → mtf.libs.mtf_pybinder.EthernetChannel

Get a Ethernet channel instance. Arg:

channel_name (string)

Return: EthernetBus

static get_flexray_channel(channel_name: str) → mtf.libs.mtf_pybinder.FlexRayChannel

Get a FlexRay channel instance. Arg:

channel_name (string)

Return: FlexrayBus

static get_instance(channel_name: str) → mtf.libs.mtf_pybinder.Channel

Get a channel instance. Arg:

channel_name (string)

Return: Channel

static get_io_channel(channel_name: str) → mtf.libs.mtf_pybinder.IoChannel

Get a IO channel instance. Arg:

channel_name (string)

Return: IoChannel

static get_lin_channel(channel_name: str) → mtf.libs.mtf_pybinder.LinChannel

Get a LIN channel instance. Arg:

channel_name (string)

Return: LinBus

static get_serial_channel(channel_name: str) → mtf.libs.mtf_pybinder.SerialChannel

Get a Serial channel instance. Arg:

channel_name (string)

Return: SerialChannel

property name: Get channel name

set_interception_function(self: mtf.libs.mtf_pybinder.Channel, interception_function: Callable[[mtf.libs.mtf_pybinder.MtfDataFrameEvent], None]) → bool

Set a function to be called before sending any frame for the specified channel. The function is responsible for processing the data frame request and may modify the payload using “set_payload” method. If you want to drop the frame, you just need to set it to “None”. It is not thread-safe and should be used with caution. So, it is advised to set it once prior to any transmission on the corresponding channel. Arg:

interception_function: It is used to store a callback function or a callable object that will be executed with an argument
of type mtf::core::DataFrameRequestPtr

Return: bool type

property type: Get channel type

unset_interception_function(self: mtf.libs.mtf_pybinder.Channel) → None: Unset the previously set interception function for the specified channel.

class mtf.libs.mtf_pybinder.ChannelType

enum of the channel types

Members:

LIN

CAN

Ethernet

FR

IO

Serial

Ps

Bridge

Bridge

CAN

Ethernet

FR

IO

LIN

Ps

Serial

__init__(self: mtf.libs.mtf_pybinder.ChannelType, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.Cluster

COM Cluster

__init__(*args, **kwargs)

__new__(**kwargs)

get_cluster_type(self: mtf.libs.mtf_pybinder.Cluster) → mtf.libs.mtf_pybinder.mtf_cluster_type: get protocol type of the cluster

get_mac_multicast_addresses(self: mtf.libs.mtf_pybinder.Cluster) → list[str]: get the list of mac multicast groups addresses for the cluster

property name: Get cluster name

try_get_channel_by_name(self: mtf.libs.mtf_pybinder.Cluster, channel_name: str) → mtf.libs.mtf_pybinder.ComChannel: Get instance of a ComChannel within this cluster with reference to channel_name. Return None if no channel has the name channel_name

class mtf.libs.mtf_pybinder.ComChannel

Com channel class

__init__(*args, **kwargs)

__new__(**kwargs)

get_all_frames(self: mtf.libs.mtf_pybinder.ComChannel) → list[mtf.libs.mtf_pybinder.ComFrame]: Retrieve all frame instances.

get_frame_by_id(self: mtf.libs.mtf_pybinder.ComChannel, id: int) → mtf.libs.mtf_pybinder.ComFrame: Retrieve a frame instance by identifier.

get_frames_by_frame_name(self: mtf.libs.mtf_pybinder.ComChannel, frame_name: str) → list[mtf.libs.mtf_pybinder.ComFrame]: Retrieve a list of frame instances by name.

property short_name: Retrieve the channel short name.

start_frames(self: mtf.libs.mtf_pybinder.ComChannel, frame_ids: set[int]) → bool: Start transmission for all frames with the specified IDs. Returns True if transmission started successfully for all frames, False otherwise.

stop_frames(self: mtf.libs.mtf_pybinder.ComChannel, frame_ids: set[int]) → bool: Stop transmission for all frames with the specified IDs. Returns True if transmission stopped successfully for all frames, False otherwise.

class mtf.libs.mtf_pybinder.ComFrame

Com frame class

__init__(*args, **kwargs)

__new__(**kwargs)

apply_faulty(self: mtf.libs.mtf_pybinder.ComFrame, faulty_type: mtf.libs.mtf_pybinder.FrameFaultyType, on_off: bool) → mtf.libs.mtf_pybinder.Result: Injects faulty changes on the frame. The faulty type determines the type of fault to be applied, and the on_off argument controls whether the fault is activated or deactivated. Set on_off to true to activate the fault, and false to deactivate it.

cancel_undefined_cycle(self: mtf.libs.mtf_pybinder.ComFrame) → bool: Cancel the undefined cycle by stopping new unconfigured cyclic transmissions and restoring the old configured cycle if the entity is cyclic.

decode(*args, **kwargs)

Overloaded function.

decode(self: mtf.libs.mtf_pybinder.ComFrame, payload: list[int], decoding_attribute: mtf::com::network::signal_based::SignalsEncodingDecodingAttribute) -> dict[str, Union[int, int, float, list[int], str]]

Decode payload into (signal name:signal value) pairs

decode(self: mtf.libs.mtf_pybinder.ComFrame, payload: list[int]) -> dict[str, mtf::core::VectorValue<unsigned char>]

Decode payload into (PDU name:PDU payload) pairs

encode(self: mtf.libs.mtf_pybinder.ComFrame, signals_values: dict[str, Union[int, int, float, list[int], str]], encoding_attribute: mtf::com::network::signal_based::SignalsEncodingDecodingAttribute) → list[int]: Encode signals values into Frame payload

get_all_pdus(self: mtf.libs.mtf_pybinder.ComFrame) → list[mtf.libs.mtf_pybinder.ComPdu]: Retrieve all PDU contained PDUs in this frame

get_last_received_value(self: mtf.libs.mtf_pybinder.ComFrame) → mtf.libs.mtf_pybinder.MtfDataFrameEvent: Retrieve the last received value of this frame.

get_pdu_by_name(self: mtf.libs.mtf_pybinder.ComFrame, pdu_name: str) → mtf.libs.mtf_pybinder.ComPdu: Retrieve a PDU contained in this frame by name.

get_receivers_names(self: mtf.libs.mtf_pybinder.ComFrame) → set[str]: Retrieve the list of the frame receivers Ecus.

get_senders_names(self: mtf.libs.mtf_pybinder.ComFrame) → set[str]: Retrieve the list of the frame senders Ecus.

get_signal_by_name(self: mtf.libs.mtf_pybinder.ComFrame, signal_name: str) → mtf.libs.mtf_pybinder.ComSignal: Retrieve a signal contained in this frame by name.

property id: Retrieve the frame identifier.

property is_started: Check if the transmission of the frame is started.

property receivers: Get Frame receivers

property short_name: Retrieve the frame short name.

start_transmission(self: mtf.libs.mtf_pybinder.ComFrame) → bool: Start transmission of this frame.

stop_transmission(self: mtf.libs.mtf_pybinder.ComFrame) → bool: Stop transmission of this frame.

transmit(self: mtf.libs.mtf_pybinder.ComFrame, payload: list[int], do_force: bool) → mtf.libs.mtf_pybinder.Result: Transmit Frame. “do_force” select if the contained frame transmission request will be forced or will be based on the configured triggering conditions.

try_switch_to_undefined_cycle(self: mtf.libs.mtf_pybinder.ComFrame, new_cycle: int, repetition: int = 2147483647) → bool: Attempt to switch the existing cycle to a new one (in milliseconds) for a specified number of times. If the default value of “repetition” is used, it will be changed until calling “cancel_undefined_cycle”. If the frame is not cyclic, it will start its transmission cyclically with the specified cycle. Please use it carefully!, if it is called for many frames in the same channel, it may lead to micro bursts as it is out of the transmisson requests scheduling!! Returns False if the frame is not started or does not support this feature, otherwise True.

property type: Retrieve the frame type.

class mtf.libs.mtf_pybinder.ComFrameType

Enum class for Com frame types

Members:

Application

LinSporadic

LinUnconditional

NM

Other

Service

TPL

Application

LinSporadic

LinUnconditional

NM

Other

Service

TPL

__init__(self: mtf.libs.mtf_pybinder.ComFrameType, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.ComLoadConfig

Com load config

__init__(self: mtf.libs.mtf_pybinder.ComLoadConfig, duration_ms: int, frames_by_second: int, stop_on_error: bool = False, eth_app_layer_size: int | None = None) → None

__new__(**kwargs)

property batch_size

property duration_ms: Load duration in milliseconds

property eth_app_layer_size: Optional app layer size, relevant only for NPdu burst

property eth_injection_method: Optional ethernet injection method

property frames_by_second: Number of frames by second

property stop_on_error: Stop the bursts if any error occurs during transmission

class mtf.libs.mtf_pybinder.ComLoadInputs

Com load inputs (only one option can be chosen)

__init__(self: mtf.libs.mtf_pybinder.ComLoadInputs) → None

__new__(**kwargs)

property ecus_by_channel: Load ECU set by com channel

property pdus_by_channel: Load PDU set (identified by Frames/NPdus Ids or names) by com channel

class mtf.libs.mtf_pybinder.ComNpdElement

__init__(self: mtf.libs.mtf_pybinder.ComNpdElement, ecu_name: str, npdu_element: mtf.libs.mtf_pybinder.mtf_npdu_element, timestamp: int) → None

__new__(**kwargs)

property ecu_name

property npdu_element

property timestamp

class mtf.libs.mtf_pybinder.ComPdu

Com pdu class

__init__(*args, **kwargs)

__new__(**kwargs)

apply_fault_data_id(self: mtf.libs.mtf_pybinder.ComPdu, on_off: bool) → None: corrupt data id i.e set a wrong value (original id xor 0xffffffff)

apply_fault_data_length(self: mtf.libs.mtf_pybinder.ComPdu, on_off: bool) → None: corrupt data length i.e set a wrong value

corrupt_alive_counter_sequence(self: mtf.libs.mtf_pybinder.ComPdu, on_off: bool, step: int = -1, enable_counter_setting: bool = False, initial_value: int = 0, reset_memory: bool = False) → None: Enable/Disable a wrong sequence for the alive counter incrementation with an optional initial counter value to set

corrupt_crc(self: mtf.libs.mtf_pybinder.ComPdu, on_off: bool, reset_memory: bool = False) → None: corrupt CRC i.e set a wrong value.

corrupt_data_id_nibble(self: mtf.libs.mtf_pybinder.ComPdu, on_off: bool) → None: Set data id nibble with a wrong value.

decode(self: mtf.libs.mtf_pybinder.ComPdu, payload: list[int], decoding_attribute: mtf::com::network::signal_based::SignalsEncodingDecodingAttribute) → dict[str, int | int | float | list[int] | str]: Decode payload into (signal name:signal value) pairs

disable_cyclic_sending(self: mtf.libs.mtf_pybinder.ComPdu) → None: Disable cyclic sending of this PDU.

disable_event_controlled_sending(self: mtf.libs.mtf_pybinder.ComPdu, on_off: bool) → None: Disable event-controlled sending for this PDU.

encode(self: mtf.libs.mtf_pybinder.ComPdu, signals_values: dict[str, Union[int, int, float, list[int], str]], encoding_attribute: mtf::com::network::signal_based::SignalsEncodingDecodingAttribute) → list[int]: Encode signals values into PDU payload

get_all_signals(self: mtf.libs.mtf_pybinder.ComPdu) → list[mtf.libs.mtf_pybinder.ComSignal]: Retrieve all signals contained in this PDU.

get_cycling_timings(self: mtf.libs.mtf_pybinder.ComPdu) → list[mtf.libs.mtf_pybinder.CyclicTiming]: “Get all cyclic timings from the pdu.”

get_last_received_value(self: mtf.libs.mtf_pybinder.ComPdu) → list[int]: Retrieve the last received value of this PDU.

get_signal_by_name(self: mtf.libs.mtf_pybinder.ComPdu, signal_name: str) → mtf.libs.mtf_pybinder.ComSignal: Retrieve the signal contained in this PDU by name.

halt_alive_counter(self: mtf.libs.mtf_pybinder.ComPdu, on_off: bool) → None: Prevent counter incrementation.

property length_in_bytes: Retrieve length in bytes of this PDU.

property listener: Retrieve listener of this PDU.

secoc_use_wrong_freshness(self: mtf.libs.mtf_pybinder.ComPdu, on_off: bool) → bool: Use wrong freshness for SecOC.

set_pdu_bits(self: mtf.libs.mtf_pybinder.ComPdu, unused_area: mtf.libs.mtf_pybinder.PduUnusedArea, signal_value: int | list[int]) → bool: Encode signals values into PDU payload

property short_name: Retrieve the PDU short name.

transmit(self: mtf.libs.mtf_pybinder.ComPdu, payload: list[int], do_force: bool) → mtf.libs.mtf_pybinder.Result: Transmit the Pdu with the given payload (Paylod length should respect the database) set do_force to True in order to force the transmission i.e ignore triggering conditions

update_active_cycle_timing(self: mtf.libs.mtf_pybinder.ComPdu, new_cycle: int) → bool: Update the active cycle timing of the PDU. Returns True if the new cycle value exists in the data base and the update was done successfully, otherwise False.

class mtf.libs.mtf_pybinder.ComPduEvent

PDU event class

__init__(self: mtf.libs.mtf_pybinder.ComPduEvent) → None

__new__(**kwargs)

property path_name

property payload

property timestamp

class mtf.libs.mtf_pybinder.ComPduListener

Listener on specific PDU.

__init__(*args, **kwargs)

__new__(**kwargs)

get_history(self: mtf.libs.mtf_pybinder.ComPduListener) → list[mtf.libs.mtf_pybinder.ComPduEvent]

Get and clear all captured events since start listening.

Return:: List[BAPEvent]: List of captured BAP events.

start_listening(self: mtf.libs.mtf_pybinder.ComPduListener, callback: Callable[[mtf.libs.mtf_pybinder.ComPduEvent], None] | None = None, on_change: bool = False) → bool

Start the data acquisition.

Args:: callback (function, optional): A callback function to handle incoming events. on_change (bool, optional): Callback wil be called: only when the value changes (True), always (False).
Return:: bool: True if the listener has started successfully, otherwise False.

stop_listening(self: mtf.libs.mtf_pybinder.ComPduListener) → bool

Stop the data acquisition.

Return:: bool: True if the listener has stopped successfully, otherwise False.

class mtf.libs.mtf_pybinder.ComSignal

Com signal class

__init__(*args, **kwargs)

__new__(**kwargs)

property base_data_type: Retrieve the signal base data type.

property bit_order: Retrieve the signal bit order.

get_last_received_value(self: mtf.libs.mtf_pybinder.ComSignal) → list[int]: Retrieve the last received value of this signal.

get_signification_string(self: mtf.libs.mtf_pybinder.ComSignal, value: int | int | float | list[int] | str) → str: Get signal signification string for the value.

property layout_info: Retrieve the signal layout info.

property listener: Retrieve listener of this Signal.

set_physical_value(self: mtf.libs.mtf_pybinder.ComSignal, value: float | int | int, update_and_send: bool = True) → mtf.libs.mtf_pybinder.Result: Set the physical value of the signal.

set_raw_value(self: mtf.libs.mtf_pybinder.ComSignal, value: int | int | float | list[int] | str, update_and_send: bool = True) → mtf.libs.mtf_pybinder.Result: Set the raw value of the signal.

property short_name: Retrieve the signal short name.

start_listening(self: mtf.libs.mtf_pybinder.ComSignal, callback: Callable[[str, mtf.libs.mtf_pybinder.mtf_timestamp, list[int]], None], on_change: bool = False) → mtf.libs.mtf_pybinder.Result: Start listening to signal value received events. If “on_change” is set to True, the callback will be called only if the value of this signal has changed.

stop_listening(self: mtf.libs.mtf_pybinder.ComSignal) → mtf.libs.mtf_pybinder.Result: Stop listening to signal value received events.

to_physical(self: mtf.libs.mtf_pybinder.ComSignal, arg0: list[int]) → int | int | float | list[int] | str: Convert signal value to physical value.

to_raw(self: mtf.libs.mtf_pybinder.ComSignal, arg0: list[int]) → int | int | float | list[int] | str: Convert signal value to raw value.

class mtf.libs.mtf_pybinder.ComSignalEvent

Com Signal event class

__init__(self: mtf.libs.mtf_pybinder.ComSignalEvent) → None

__new__(**kwargs)

property path_name

property payload

property timestamp

class mtf.libs.mtf_pybinder.ComSignalListener

Listener on specific Signal.

__init__(*args, **kwargs)

__new__(**kwargs)

get_history(self: mtf.libs.mtf_pybinder.ComSignalListener) → list[mtf.libs.mtf_pybinder.ComSignalEvent]

Get and clear all captured events since start listening.

Return:: List[BAPEvent]: List of captured BAP events.

start_listening(self: mtf.libs.mtf_pybinder.ComSignalListener, callback: Callable[[mtf.libs.mtf_pybinder.ComSignalEvent], None] | None = None, on_change: bool = False) → bool

Start the data acquisition.

Args:: callback (function, optional): A callback function to handle incoming events. on_change (bool, optional): Callback wil be called: only when the value changes (True), always (False).
Return:: bool: True if the listener has started successfully, otherwise False.

stop_listening(self: mtf.libs.mtf_pybinder.ComSignalListener) → bool

Stop the data acquisition.

Return:: bool: True if the listener has stopped successfully, otherwise False.

class mtf.libs.mtf_pybinder.CompareOperation

Enum class for compare operation

Members:

LE

NE

EQ

GE

GT

LT

EQ

GE

GT

LE

LT

NE

__init__(self: mtf.libs.mtf_pybinder.CompareOperation, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.CyclicTiming

cycle timing class

__init__(self: mtf.libs.mtf_pybinder.CyclicTiming, cycle_time: mtf.libs.mtf_pybinder.TimeRangeType, is_conditional: bool = False, start_time: mtf.libs.mtf_pybinder.TimeRangeType = <mtf.libs.mtf_pybinder.TimeRangeType object at 0x0000020873BA3AB0>) → None

__new__(**kwargs)

property cycle_time: The cyclic time property

property is_conditional: is conditional property

property is_synchronal: is synchronal property

property start_time: The start time property

class mtf.libs.mtf_pybinder.DataFrame

__init__(*args, **kwargs)

__new__(**kwargs)

class mtf.libs.mtf_pybinder.Direction

Rx

Tx

TxRq

Tx_Rx_None

Unknown

__init__(*args, **kwargs)

__new__(**kwargs)

class mtf.libs.mtf_pybinder.DltArgument

__init__(self: mtf.libs.mtf_pybinder.DltArgument) → None

__new__(**kwargs)

property arg_name

property arg_str_coding

property arg_unit

property arg_value

property has_var_info

property is_fixed_point

class mtf.libs.mtf_pybinder.DltCoding

enum of the coding

Members:

CodingUnknown

Ascii

Utf8

Reserved

Ascii

CodingUnknown

Reserved

Utf8

__init__(self: mtf.libs.mtf_pybinder.DltCoding, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.DltFilter

__init__(self: mtf.libs.mtf_pybinder.DltFilter) → None

__new__(**kwargs)

property app_id

property ctx_id

property ecu_id

property is_verbose_msg

property log_level

property message_id

property payload_contains

property pdu_id

property sig_id

property sig_instance_id

class mtf.libs.mtf_pybinder.DltFrame

__init__(self: mtf.libs.mtf_pybinder.DltFrame) → None

__new__(**kwargs)

property app_id

property args_nbr

property arguments

property ctx_id

property ecu_id

property is_msb_format

property is_verbose

property message_id

property msg_bus_info

property msg_control_info

property msg_counter

property msg_length

property msg_log_info

property msg_trace_info

property msg_type

property serialised_payload

property session_id

property signals

property time_stamp

property unserialised_payload

property version_nbr

property with_ecu_id

property with_extended_header

property with_session_id

property with_time_stamp

class mtf.libs.mtf_pybinder.DltListener

monitor dlt messages

__init__(self: mtf.libs.mtf_pybinder.DltListener, arg0: str, arg1: str) → None

__new__(**kwargs)

add_dlt_filter(self: mtf.libs.mtf_pybinder.DltListener, filter: mtf.libs.mtf_pybinder.DltFilter) → int: “add dlt filter”

check_dlt_recepiton_with_timeout(self: mtf.libs.mtf_pybinder.DltListener, timeout: int) → bool: “check dlt recepiton with timeout”

get_dlt_collected_frames(self: mtf.libs.mtf_pybinder.DltListener) → list[mtf.libs.mtf_pybinder.DltFrame]: “get collected frames”

reset_dlt_callback(self: mtf.libs.mtf_pybinder.DltListener) → None: “reset dlt callback”

reset_dlt_filters(self: mtf.libs.mtf_pybinder.DltListener) → int: “reset dlt filters”

reset_dlt_queue(self: mtf.libs.mtf_pybinder.DltListener) → None: “reset dlt queue”

set_dlt_callback(self: mtf.libs.mtf_pybinder.DltListener, callback: Callable) → None: “set dlt callback”

start_dlt_monitor(self: mtf.libs.mtf_pybinder.DltListener) → bool: “start dlt monitor”

stop_dlt_monitor(self: mtf.libs.mtf_pybinder.DltListener, enable_buffer_clear: bool = False) → bool: “stop dlt monitor”

class mtf.libs.mtf_pybinder.DltMessageBusInfo

enum of the message bus info

Members:

BusInfoUnknown

DltNwTraceIpc

DltNwTraceCan

DltNwTraceFlexray

DltNwTraceMost

Reserved

UserDefined

BusInfoUnknown

DltNwTraceCan

DltNwTraceFlexray

DltNwTraceIpc

DltNwTraceMost

Reserved

UserDefined

__init__(self: mtf.libs.mtf_pybinder.DltMessageBusInfo, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.DltMessageControleInfo

enum of the message control info

Members:

ControleInfoUnknown

DltControlRequest

DltControlResponse

DltControlTime

ControleInfoUnknown

DltControlRequest

DltControlResponse

DltControlTime

__init__(self: mtf.libs.mtf_pybinder.DltMessageControleInfo, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.DltMessageLogInfo

enum of the message log info

Members:

LogInfoUnknown

DltLogFatal

DltLogError

DltLogWarn

DltLogInfo

DltLogDebug

DltLogVerbose

DltLogDebug

DltLogError

DltLogFatal

DltLogInfo

DltLogVerbose

DltLogWarn

LogInfoUnknown

__init__(self: mtf.libs.mtf_pybinder.DltMessageLogInfo, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.DltMessageTraceInfo

enum of the message trace info

Members:

TraceInfoUnknown

DltTraceVariable

DltTraceFunctionIn

DltTraceFunctionOut

DltTraceState

DltTraceVfb

DltTraceFunctionIn

DltTraceFunctionOut

DltTraceState

DltTraceVariable

DltTraceVfb

TraceInfoUnknown

__init__(self: mtf.libs.mtf_pybinder.DltMessageTraceInfo, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.DltMessageType

enum of the message type

Members:

DltTypeLog

DltTypeAppTrace

DltTypeNwTrace

DltTypeControl

MessageTypeUnknown

DltTypeAppTrace

DltTypeControl

DltTypeLog

DltTypeNwTrace

MessageTypeUnknown

__init__(self: mtf.libs.mtf_pybinder.DltMessageType, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.DltType

enum of the arguments type

Members:

TypeUnknown

Bool

Sint

Uint

Float

Array

String

Raw

Struct

Array

Bool

Float

Raw

Sint

String

Struct

TypeUnknown

Uint

__init__(self: mtf.libs.mtf_pybinder.DltType, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.DstUnicastIpVlans

Struct to describe a unicast dst IP address and its Vlan QinQTag.

__init__(self: mtf.libs.mtf_pybinder.DstUnicastIpVlans, dst_ip_addr: str, qinq_vlan_tag: mtf.libs.mtf_pybinder.QinQTag) → None

__new__(**kwargs)

property dst_ip_addr: presents a unicast dst ip address.

property qinq_vlan_tag: presents a Vlan QinQTag related to the unicast dst ip address.

class mtf.libs.mtf_pybinder.E2ECheckStatus

Members:

Initial

InputErrWrong

Ok

OkSomeLost

Error

Repeated

Sync

WrongCrc

WrongSequence

Error

Initial

InputErrWrong

Ok

OkSomeLost

Repeated

Sync

WrongCrc

WrongSequence

__init__(self: mtf.libs.mtf_pybinder.E2ECheckStatus, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.E2EConfig

__init__(*args, **kwargs)

__new__(**kwargs)

is_valid(self: mtf.libs.mtf_pybinder.E2EConfig) → bool

class mtf.libs.mtf_pybinder.E2EConfig01

__init__(self: mtf.libs.mtf_pybinder.E2EConfig01) → None

__new__(**kwargs)

property counter_offset: In bits

property crc_offset: In bits

property data_id

property data_id_mode

property data_id_nibble_offset: In bits

property data_length: Data length in bits

property end_position_bits

is_valid(self: mtf.libs.mtf_pybinder.E2EConfig) → bool

property max_delta_counter_init

property max_no_new_or_repeated_data

property sync_counter_init

class mtf.libs.mtf_pybinder.E2EConfig02

__init__(self: mtf.libs.mtf_pybinder.E2EConfig02) → None

__new__(**kwargs)

property data_id_list

property data_length: Data length in bits

is_valid(self: mtf.libs.mtf_pybinder.E2EConfig) → bool

property max_delta_counter_init

property max_no_new_or_repeated_data

property offset: In bits

property sync_counter_init

class mtf.libs.mtf_pybinder.E2EConfig04

__init__(self: mtf.libs.mtf_pybinder.E2EConfig04) → None

__new__(**kwargs)

property data_id

is_valid(self: mtf.libs.mtf_pybinder.E2EConfig) → bool

property max_data_length: Max data length in bits

property max_delta_counter

property min_data_length: Min data length in bits

property offset: In bits

class mtf.libs.mtf_pybinder.E2EConfig05

__init__(self: mtf.libs.mtf_pybinder.E2EConfig05) → None

__new__(**kwargs)

property data_id

property data_length: Data length in bits

is_valid(self: mtf.libs.mtf_pybinder.E2EConfig) → bool

property max_delta_counter

property offset: In bits

class mtf.libs.mtf_pybinder.E2EConfig07

__init__(self: mtf.libs.mtf_pybinder.E2EConfig07) → None

__new__(**kwargs)

property data_id

is_valid(self: mtf.libs.mtf_pybinder.E2EConfig) → bool

property max_data_length: Max data length in bits

property max_delta_counter

property min_data_length: Min data length in bits

property offset: In bits

class mtf.libs.mtf_pybinder.E2EDataIdMode

Members:

Both

Alt

Low

Nibble

Alt

Both

Low

Nibble

__init__(self: mtf.libs.mtf_pybinder.E2EDataIdMode, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.E2EProtector

__init__(*args, **kwargs)

__new__(**kwargs)

check(self: mtf.libs.mtf_pybinder.E2EProtector, payload: list[int], receiver_state: mtf.libs.mtf_pybinder.E2EReceiverState) → bool

protect(self: mtf.libs.mtf_pybinder.E2EProtector, payload: list, sender_state: mtf.libs.mtf_pybinder.E2ESenderState) → bool

set_option(self: mtf.libs.mtf_pybinder.E2EProtector, option: mtf.libs.mtf_pybinder.E2EProtectorOptions, set: bool = True) → None

class mtf.libs.mtf_pybinder.E2EProtector01

__init__(self: mtf.libs.mtf_pybinder.E2EProtector01, arg0: mtf.libs.mtf_pybinder.E2EConfig01) → None

__new__(**kwargs)

check(self: mtf.libs.mtf_pybinder.E2EProtector, payload: list[int], receiver_state: mtf.libs.mtf_pybinder.E2EReceiverState) → bool

static increment_counter(arg0: int, arg1: int) → int

protect(self: mtf.libs.mtf_pybinder.E2EProtector, payload: list, sender_state: mtf.libs.mtf_pybinder.E2ESenderState) → bool

set_option(self: mtf.libs.mtf_pybinder.E2EProtector, option: mtf.libs.mtf_pybinder.E2EProtectorOptions, set: bool = True) → None

class mtf.libs.mtf_pybinder.E2EProtector02

__init__(self: mtf.libs.mtf_pybinder.E2EProtector02, arg0: mtf.libs.mtf_pybinder.E2EConfig02) → None

__new__(**kwargs)

check(self: mtf.libs.mtf_pybinder.E2EProtector, payload: list[int], receiver_state: mtf.libs.mtf_pybinder.E2EReceiverState) → bool

static increment_counter(arg0: int, arg1: int) → int

protect(self: mtf.libs.mtf_pybinder.E2EProtector, payload: list, sender_state: mtf.libs.mtf_pybinder.E2ESenderState) → bool

set_option(self: mtf.libs.mtf_pybinder.E2EProtector, option: mtf.libs.mtf_pybinder.E2EProtectorOptions, set: bool = True) → None

class mtf.libs.mtf_pybinder.E2EProtector04

__init__(self: mtf.libs.mtf_pybinder.E2EProtector04, arg0: mtf.libs.mtf_pybinder.E2EConfig04) → None

__new__(**kwargs)

check(self: mtf.libs.mtf_pybinder.E2EProtector, payload: list[int], receiver_state: mtf.libs.mtf_pybinder.E2EReceiverState) → bool

static increment_counter(arg0: int, arg1: int) → int

protect(self: mtf.libs.mtf_pybinder.E2EProtector, payload: list, sender_state: mtf.libs.mtf_pybinder.E2ESenderState) → bool

set_option(self: mtf.libs.mtf_pybinder.E2EProtector, option: mtf.libs.mtf_pybinder.E2EProtectorOptions, set: bool = True) → None

class mtf.libs.mtf_pybinder.E2EProtector05

__init__(self: mtf.libs.mtf_pybinder.E2EProtector05, arg0: mtf.libs.mtf_pybinder.E2EConfig05) → None

__new__(**kwargs)

check(self: mtf.libs.mtf_pybinder.E2EProtector, payload: list[int], receiver_state: mtf.libs.mtf_pybinder.E2EReceiverState) → bool

static increment_counter(arg0: int, arg1: int) → int

protect(self: mtf.libs.mtf_pybinder.E2EProtector, payload: list, sender_state: mtf.libs.mtf_pybinder.E2ESenderState) → bool

set_option(self: mtf.libs.mtf_pybinder.E2EProtector, option: mtf.libs.mtf_pybinder.E2EProtectorOptions, set: bool = True) → None

class mtf.libs.mtf_pybinder.E2EProtector07

__init__(self: mtf.libs.mtf_pybinder.E2EProtector07, arg0: mtf.libs.mtf_pybinder.E2EConfig07) → None

__new__(**kwargs)

check(self: mtf.libs.mtf_pybinder.E2EProtector, payload: list[int], receiver_state: mtf.libs.mtf_pybinder.E2EReceiverState) → bool

static increment_counter(arg0: int, arg1: int) → int

protect(self: mtf.libs.mtf_pybinder.E2EProtector, payload: list, sender_state: mtf.libs.mtf_pybinder.E2ESenderState) → bool

set_option(self: mtf.libs.mtf_pybinder.E2EProtector, option: mtf.libs.mtf_pybinder.E2EProtectorOptions, set: bool = True) → None

class mtf.libs.mtf_pybinder.E2EProtectorOptions

Members:

CorruptCrc

CorruptDataIdNibble

ExternalSet

NoOptions

PreventCounterIncrementation

CorruptCrc

CorruptDataIdNibble

ExternalSet

NoOptions

PreventCounterIncrementation

__init__(self: mtf.libs.mtf_pybinder.E2EProtectorOptions, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.E2EReceiverState

__init__(*args, **kwargs)

__new__(**kwargs)

property actual_crc

property expected_crc

property status

class mtf.libs.mtf_pybinder.E2EReceiverState01

__init__(self: mtf.libs.mtf_pybinder.E2EReceiverState01) → None

__new__(**kwargs)

property actual_crc

property expected_crc

property last_valid_counter

property lost_data

property max_delta_counter

property no_new_or_repeated_data

property status

property sync_counter

property wait_for_first_data

class mtf.libs.mtf_pybinder.E2EReceiverState02

__init__(self: mtf.libs.mtf_pybinder.E2EReceiverState02) → None

__new__(**kwargs)

property actual_crc

property expected_crc

property last_valid_counter

property lost_data

property max_delta_counter

property no_new_or_repeated_data_counter

property status

property sync_counter

property wait_for_first_data

class mtf.libs.mtf_pybinder.E2EReceiverState04

__init__(self: mtf.libs.mtf_pybinder.E2EReceiverState04) → None

__new__(**kwargs)

property actual_crc

property counter

property expected_crc

property status

class mtf.libs.mtf_pybinder.E2EReceiverState05

__init__(self: mtf.libs.mtf_pybinder.E2EReceiverState05) → None

__new__(**kwargs)

property actual_crc

property counter

property expected_crc

property status

class mtf.libs.mtf_pybinder.E2EReceiverState07

__init__(self: mtf.libs.mtf_pybinder.E2EReceiverState07) → None

__new__(**kwargs)

property actual_crc

property counter

property expected_crc

property status

class mtf.libs.mtf_pybinder.E2ESenderState

__init__(*args, **kwargs)

__new__(**kwargs)

set_counter_value(self: mtf.libs.mtf_pybinder.E2ESenderState, counter: int) → None

class mtf.libs.mtf_pybinder.E2ESenderState01

__init__(self: mtf.libs.mtf_pybinder.E2ESenderState01) → None

__new__(**kwargs)

property counter

set_counter_value(self: mtf.libs.mtf_pybinder.E2ESenderState, counter: int) → None

class mtf.libs.mtf_pybinder.E2ESenderState02

__init__(self: mtf.libs.mtf_pybinder.E2ESenderState02) → None

__new__(**kwargs)

property counter

set_counter_value(self: mtf.libs.mtf_pybinder.E2ESenderState, counter: int) → None

class mtf.libs.mtf_pybinder.E2ESenderState04

__init__(self: mtf.libs.mtf_pybinder.E2ESenderState04) → None

__new__(**kwargs)

property counter

set_counter_value(self: mtf.libs.mtf_pybinder.E2ESenderState, counter: int) → None

class mtf.libs.mtf_pybinder.E2ESenderState05

__init__(self: mtf.libs.mtf_pybinder.E2ESenderState05) → None

__new__(**kwargs)

property counter

set_counter_value(self: mtf.libs.mtf_pybinder.E2ESenderState, counter: int) → None

class mtf.libs.mtf_pybinder.E2ESenderState07

__init__(self: mtf.libs.mtf_pybinder.E2ESenderState07) → None

__new__(**kwargs)

property counter

set_counter_value(self: mtf.libs.mtf_pybinder.E2ESenderState, counter: int) → None

class mtf.libs.mtf_pybinder.E2EVerificationListenerMtf

Start and Stop listening to E2E verification

__init__(self: mtf.libs.mtf_pybinder.E2EVerificationListenerMtf, path: str) → None

__new__(**kwargs)

start_e2e_listening(self: mtf.libs.mtf_pybinder.E2EVerificationListenerMtf, callback: Callable[[str, mtf.libs.mtf_pybinder.mtf_timestamp, mtf.libs.mtf_pybinder.E2EReceiverState], None]) → bool: Start listening for signal-based E2E verification.

start_someip_e2e_listening(self: mtf.libs.mtf_pybinder.E2EVerificationListenerMtf, callback: Callable[[str, int, mtf.libs.mtf_pybinder.E2ECheckStatus], None]) → bool: Start listening for service-based E2E verification.

stop_e2e_listening(self: mtf.libs.mtf_pybinder.E2EVerificationListenerMtf) → None: Stop Listening

class mtf.libs.mtf_pybinder.Ecu

SomeIp ECU class

__init__(*args, **kwargs)

__new__(**kwargs)

activate(self: mtf.libs.mtf_pybinder.Ecu, start_communication: bool = True) → mtf.libs.mtf_pybinder.Result: Activate SomeIp in Ecu and start SomeIp/SomeIpSd communication if “start_communication” argument is set to True.

static create(ecu_datamodel: mtf.libs.mtf_pybinder.mtf_datamodel_system_topology.EcuDataModel) → mtf.libs.mtf_pybinder.Ecu: create a COM ECU from ECU datamodel

deactivate(self: mtf.libs.mtf_pybinder.Ecu) → mtf.libs.mtf_pybinder.Result: Deactivate SomeIp in Ecu and stop SomeIp/SomeIpSd communication if it is already started.

get_all_consumed_service_ids(self: mtf.libs.mtf_pybinder.Ecu) → list[int]: Get list of all consumed service ids

get_all_consumed_services(self: mtf.libs.mtf_pybinder.Ecu) → list[mtf.libs.mtf_pybinder.SomeIpConsumedService]: Get list of all consumed services

static get_all_ecus() → list[mtf.libs.mtf_pybinder.Ecu]: Get list of all ECU instances with respect to provided DB

get_all_output_frames(self: mtf.libs.mtf_pybinder.Ecu) → list[mtf.libs.mtf_pybinder.ComFrame]: Retrieves frame instances of all frames of as specific channel connected to this ECU

get_all_output_frames_by_channel(self: mtf.libs.mtf_pybinder.Ecu, channel_name: str) → list[mtf.libs.mtf_pybinder.ComFrame]: Retrieves frame instances of all frames of as specific channel connected to this ECU

get_all_provided_service_ids(self: mtf.libs.mtf_pybinder.Ecu) → list[int]: Get list of all provided service ids

get_all_provided_services(self: mtf.libs.mtf_pybinder.Ecu) → list[mtf.libs.mtf_pybinder.SomeIpProvidedService]: Get list of all provided services

get_connected_channels(self: mtf.libs.mtf_pybinder.Ecu) → list[mtf.libs.mtf_pybinder.ComChannel]: Retrieves the names of all sender channels connected to this ECU

get_ip_addresses(self: mtf.libs.mtf_pybinder.Ecu) → list[str]: Retrieves the local/remote IP addresses of the ecu’s network endpoints

get_npdu_infos(self: mtf.libs.mtf_pybinder.Ecu, npdu_identifier: str | int, tx_direction: bool, channel: str | None = None) → mtf.libs.mtf_pybinder.NpduInfo | None

Retrieves Npdu information, including destination IP, destination port, source IP, source port, protocol, and channel for a given Npdu name or Npdu ID. You can specify whether the Npdu is IN or OUT, as well as the associated channel.

Args:

npdu_identifier (int | str): The Npdu identifier, which can be either an integer or a string. tx_direction (bool): Specifies the transmission direction. Set to True for OUT (transmitted)

and False for IN (received).

channel (str, optional): If provided, ensures that the Npdu belongs to this channel.Defaults to nullopt.

Returns:

NpduInfo: An object containing all relevant Npdu details.

get_out_npdus(self: mtf.libs.mtf_pybinder.Ecu, channel_name: str = '') → list[mtf.libs.mtf_pybinder.NPdu]: Retrieve all output NPdus for a given channel name. If no channel name is specified, it will return all NPdus regardless of the channel.

get_out_npdus_by_id(self: mtf.libs.mtf_pybinder.Ecu, npdu_id: int, channel_name: str = '') → list[mtf.libs.mtf_pybinder.NPdu]: Retrieve all output NPdus having the given ID and channel If no channel name is specified, it will return all NPdus regardless of the channel.

get_out_npdus_by_name(self: mtf.libs.mtf_pybinder.Ecu, npdu_name: str, channel_name: str = '') → list[mtf.libs.mtf_pybinder.NPdu]: Retrieve all output NPdus having the given name and channel If no channel name is specified, it will return all NPdus regardless of the channel.

property name: Get ecu name

start_all_npdus(self: mtf.libs.mtf_pybinder.Ecu, channel_name: str = '') → None: Start transmission of all NPdus of the specified optional channel name. If no channel name is specified, it will start transmission of all NPdus regardless of the channel.

start_npdus(self: mtf.libs.mtf_pybinder.Ecu, npdu_ids: set[int], channel_name: str = '') → bool: Start transmission for all output NPdus with the specified IDs and optional channel name. If no channel name is specified, transmission of all NPdus with the specified IDs will start on all channels. Returns True if transmission started successfully for all NPdus, False otherwise.

start_someip_communication(self: mtf.libs.mtf_pybinder.Ecu) → mtf.libs.mtf_pybinder.Result: start SomeIp/SomeIpSd communication.

stop_all_npdus(self: mtf.libs.mtf_pybinder.Ecu, channel_name: str = '') → None: Stop transmission of all NPdus of the specified optional channel name. If no channel name is specified, it will stop transmission of all NPdus regardless of the channel.

stop_npdus(self: mtf.libs.mtf_pybinder.Ecu, npdu_ids: set[int], channel_name: str = '') → bool: Stop transmission for all output NPdus with the specified IDs and optional channel name. If no channel name is specified, transmission of all NPdus with the specified IDs will stop on all channels. Returns True if transmission started successfully for all NPdus, False otherwise.

stop_someip_communication(self: mtf.libs.mtf_pybinder.Ecu) → mtf.libs.mtf_pybinder.Result: stop SomeIp/SomeIpSd communication.

try_get_all_provided_services_consumed_by_any(self: mtf.libs.mtf_pybinder.Ecu, consumers: set[str]) → list[mtf.libs.mtf_pybinder.SomeIpProvidedService]

Returns a list of provided services that are consumed by any of the given consumers.

Parameters:: consumers (Set[str]): A set of consumer ecu names.
Returns:: List[ProvidedService]: A list of ProvidedService consumed by any of the specified consumers.

try_get_consumed_service_by_name_or_id(self: mtf.libs.mtf_pybinder.Ecu, service_name_or_id: int | str, instance_id: int = 65535) → mtf.libs.mtf_pybinder.SomeIpConsumedService: Get specific consumed service by name or id. Return any service instance if the “instance_id” argument is set to the default value. Return None if no service found based on the given args values.

static try_get_ecu_by_name(ecu_name: str) → mtf.libs.mtf_pybinder.Ecu: Get instance of Ecu with reference to ecu_name. Return None if no ecu has the name ecu_name

static try_get_ecus_by_ip_address(ip_address: str) → list[tuple[mtf.libs.mtf_pybinder.Ecu, str]]

Attempt to get ECUs and their corresponding channel names based on a specific IP address.

return: A list of tuples, each containing an ECU object and its corresponding channel name

try_get_out_npdu_by_id(self: mtf.libs.mtf_pybinder.Ecu, npdu_id: int, channel_name: str = '', target_ecu: str = '') → mtf.libs.mtf_pybinder.NPdu: Retrieve one NPdu having the given ID, channel and target ecu If no channel or target ecu is specified, returns any NPdu with the given ID. Returns None if no NPdu is found.

try_get_out_npdu_by_name(self: mtf.libs.mtf_pybinder.Ecu, npdu_name: str, channel_name: str = '', target_ecu: str = '') → mtf.libs.mtf_pybinder.NPdu: Retrieve one NPdu having the given name, channel and target ecu If no channel or target ecu is specified, returns any NPdu with the given name. Returns None if no NPdu is found.

try_get_provided_service_by_name_or_id(self: mtf.libs.mtf_pybinder.Ecu, service_name_or_id: int | str, instance_id: int = 65535) → mtf.libs.mtf_pybinder.SomeIpProvidedService: Get specific provided service by name or id. Return any service instance if the “instance_id” argument is set to the default value. Return None if no service found based on the given args values.

class mtf.libs.mtf_pybinder.EthAppLayerListener

Class to start a listener for Ethernet application layer messages.

__init__(self: mtf.libs.mtf_pybinder.EthAppLayerListener, channel_name: str, filter: mtf.libs.mtf_pybinder.mtf_eth_app_layer_filter = <mtf.libs.mtf_pybinder.mtf_eth_app_layer_filter object at 0x0000020873BD1D70>, tcp_reassembly_active: bool = False) → None

Initializes the Ethernet application layer listener.

channel_name (str): Channel used for the communication with the ECU. filter (mtf_eth_app_layer_filter, optional): An application layer filter to be used for filtering Ethernet packets (default captures all). tcp_reassembly_active (bool, optional): A flag indicating whether TCP reassembly should be activated (default is false).

Note:

TCP reassembly is primarily supported for DoIP and SomeIP.
If TCP reassembly is required for SomeIP communication, consider using the SomeipListener class, which is specifically designed for this purpose and provides enhanced functionality for handling SomeIP traffic.

__new__(**kwargs)

clear_history(self: mtf.libs.mtf_pybinder.mtf_bus_listener) → None: clear bus listener history

get_history(self: mtf.libs.mtf_pybinder.mtf_bus_listener) → list[MtfBusEvent]: Get bus listener history

set_channel_name(self: mtf.libs.mtf_pybinder.mtf_bus_listener, channel_name: str) → bool: Set the channel name

set_filter(self: mtf.libs.mtf_pybinder.mtf_bus_listener, Filter: list[dict[str, dict[str, int]]]) → None: Set Filter for Ethernet frame

start(self: mtf.libs.mtf_pybinder.mtf_bus_listener, CallBack: Callable | None = None) → bool

Start the data acquisition

callback: The function to call when a Ethernet frame (matching the defined filter) is received or transmitted on the channel

stop(self: mtf.libs.mtf_pybinder.mtf_bus_listener) → bool: Stop the data acquisition

transfer_history(self: mtf.libs.mtf_pybinder.mtf_bus_listener) → list[MtfBusEvent]: Transfer/move bus listener history

class mtf.libs.mtf_pybinder.EthernetChannel

__init__(*args, **kwargs)

__new__(**kwargs)

activate_packet_manipulation(self: mtf.libs.mtf_pybinder.EthernetChannel) → bool: Reactivate packet manipulation for channels that support this feature e.g WinpkFilter channels Return: EthernetChannel

deactivate_packet_manipulation(self: mtf.libs.mtf_pybinder.EthernetChannel) → bool: Deactivate packet manipulation for channels that support this feature e.g WinpkFilter channels Return: EthernetChannel

static get_can_channel(channel_name: str) → mtf.libs.mtf_pybinder.CanChannel

Get a CAN channel instance. Arg:

channel_name (string)

Return: CANBus

static get_ethernet_channel(channel_name: str) → mtf.libs.mtf_pybinder.EthernetChannel

Get a Ethernet channel instance. Arg:

channel_name (string)

Return: EthernetBus

static get_flexray_channel(channel_name: str) → mtf.libs.mtf_pybinder.FlexRayChannel

Get a FlexRay channel instance. Arg:

channel_name (string)

Return: FlexrayBus

static get_instance(channel_name: str) → mtf.libs.mtf_pybinder.EthernetChannel: get instance of ethernet channel Arg:

channel_name: (string)

static get_io_channel(channel_name: str) → mtf.libs.mtf_pybinder.IoChannel

Get a IO channel instance. Arg:

channel_name (string)

Return: IoChannel

static get_lin_channel(channel_name: str) → mtf.libs.mtf_pybinder.LinChannel

Get a LIN channel instance. Arg:

channel_name (string)

Return: LinBus

get_listener(self: mtf.libs.mtf_pybinder.EthernetChannel, filter: mtf.libs.mtf_pybinder.mtf_eth_filter) → mtf.libs.mtf_pybinder.mtf_bus_listener

get a listener using specific filter over the channel Arg:

filter: It is a smart pointer that manages the lifetime of an mtf::ethernet::Filter object through automatic memory management

Return: BusListener

static get_serial_channel(channel_name: str) → mtf.libs.mtf_pybinder.SerialChannel

Get a Serial channel instance. Arg:

channel_name (string)

Return: SerialChannel

property name: Get channel name

send_frame(self: mtf.libs.mtf_pybinder.EthernetChannel, frame_event: mtf.libs.mtf_pybinder.EthernetDataFrame) → bool

send ethernet frame over the channel Arg:

frame_event: (EthernetDataFramePtr): Ethernet frame

Return: EthernetChannel

send_frames(self: mtf.libs.mtf_pybinder.EthernetChannel, frame_events_list: list[mtf.libs.mtf_pybinder.EthernetDataFrame]) → bool

send multiple ethernet frames over the channel Arg:

frame_events_list (EthernetDataFramePtr): list of Ethernet frame events

Return: EthernetChannel

set_interception_function(self: mtf.libs.mtf_pybinder.Channel, interception_function: Callable[[mtf.libs.mtf_pybinder.MtfDataFrameEvent], None]) → bool

Set a function to be called before sending any frame for the specified channel. The function is responsible for processing the data frame request and may modify the payload using “set_payload” method. If you want to drop the frame, you just need to set it to “None”. It is not thread-safe and should be used with caution. So, it is advised to set it once prior to any transmission on the corresponding channel. Arg:

interception_function: It is used to store a callback function or a callable object that will be executed with an argument
of type mtf::core::DataFrameRequestPtr

Return: bool type

start_sending_cyclic_frame(self: mtf.libs.mtf_pybinder.EthernetChannel, frame_event: mtf.libs.mtf_pybinder.EthernetDataFrame, cycle: int) → int

Start cyclic sending a raw Ethernet frame with given cycle in microseconds. Arg:

frame_event (EthernetDataFramePtr): Ethernet frame cycle (uint64_t): the cycle in microseconds

Returns:: int: A hash value associated with the started cyclic send. Use this hash to stop the cyclic send.

stop_sending_cyclic_frame(self: mtf.libs.mtf_pybinder.EthernetChannel, frame_hash: int) → bool

Stop cyclic sending a raw Ethernet frame Arg:

frame_hash (int)

Returns:: bool: indicating whether the operation was successful.

tc10_sleep(self: mtf.libs.mtf_pybinder.EthernetChannel) → bool: sleep according to TC10 ethernet standard. this feature is supported by a set of devices: e.g Media Converter

tc10_wakeup(self: mtf.libs.mtf_pybinder.EthernetChannel) → bool: wakeup according to TC10 ethernet standard. this feature is supported by a set of devices: e.g Media Converter

property type: Get channel type

unset_interception_function(self: mtf.libs.mtf_pybinder.Channel) → None: Unset the previously set interception function for the specified channel.

class mtf.libs.mtf_pybinder.EthernetDataFrame

__init__(self: mtf.libs.mtf_pybinder.EthernetDataFrame, payload: list[int], timestamp: int = 0) → None

__new__(**kwargs)

class mtf.libs.mtf_pybinder.EthernetInjectionMethod

Members:

DEFAULT : Transmission using the default configured method in the channel

AF_XDP_SOCKET : Transmission using AF_XDP socket (only supported in LINUX)

To use this method an XDP program should be loaded in the interface beforehand

AF_XDP_SOCKET

DEFAULT

__init__(self: mtf.libs.mtf_pybinder.EthernetInjectionMethod, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.EventType

Members:

IOBase

IOAnalogue

IODigital

IOState

IOPwm

IOPattern

IOAnalogue

IOBase

IODigital

IOPattern

IOPwm

IOState

__init__(self: mtf.libs.mtf_pybinder.EventType, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.ExtraBurstParameters

__init__(self: mtf.libs.mtf_pybinder.ExtraBurstParameters) → None

__new__(**kwargs)

property batch_size: number of frames to be transmitted in a single send operation

class mtf.libs.mtf_pybinder.FRCommunicationChannel

Members:

A

B

BOTH

A

B

BOTH

__init__(self: mtf.libs.mtf_pybinder.FRCommunicationChannel, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.FlexRayChannel

__init__(*args, **kwargs)

__new__(**kwargs)

activate_wake_up(self: mtf.libs.mtf_pybinder.FlexRayChannel, do_wake_up: bool) → bool

Activate wakeup FlexRay bus Arg:

do_wake_up (bool): A boolean indicating whether the wake-up function should be enabled (true) or disabled (false)

Return : bool type

check_if_traffic_received(self: mtf.libs.mtf_pybinder.LegacyChannel, timeout: int, event_type: int) → bool

Check if there was traffic on the bus before a specific timeout. PS: The bus observer needs to be started. Arg:

timeout (int): The duration for which to monitor event traffic, expressed in milliseconds event_type (int): Specifies the type of event for which traffic should be monitored

Return: bool type

clear_history(self: mtf.libs.mtf_pybinder.LegacyBusListener) → None: clear legacy bus listener history

static get_can_channel(channel_name: str) → mtf.libs.mtf_pybinder.CanChannel

Get a CAN channel instance. Arg:

channel_name (string)

Return: CANBus

static get_ethernet_channel(channel_name: str) → mtf.libs.mtf_pybinder.EthernetChannel

Get a Ethernet channel instance. Arg:

channel_name (string)

Return: EthernetBus

static get_flexray_channel(channel_name: str) → mtf.libs.mtf_pybinder.FlexRayChannel

Get a FlexRay channel instance. Arg:

channel_name (string)

Return: FlexrayBus

get_frame_by_id(self: mtf.libs.mtf_pybinder.LegacyChannel, frame_id: int | str | mtf.libs.mtf_pybinder.FrFrameIdParts) → mtf.libs.mtf_pybinder.LegacyFrame

Get frame instance by id Arg:

frame_id (FrameIDVariant): A frame identifier (frame ID) encapsulated in a variant (FrameIDVariant)

Return: LegacyFrameSptr type

get_frames_by_name(self: mtf.libs.mtf_pybinder.LegacyChannel, frame_name: str) → list[mtf.libs.mtf_pybinder.LegacyFrame]

Get frame instance by name Arg:

frame_name (string): The name of the frame for which instances need to be retrieved

Return: vector of LegacyFrameSptr type

get_history(self: mtf.libs.mtf_pybinder.LegacyBusListener) → list[mtf.libs.mtf_pybinder.MtfDataFrameEvent]

Get legacy bus listener history: Return: vector of DataFramePtr

static get_instance(channel_name: str) → mtf.libs.mtf_pybinder.FlexRayChannel: get instance of FlexRay channel Arg:

channel_name (string)

static get_io_channel(channel_name: str) → mtf.libs.mtf_pybinder.IoChannel

Get a IO channel instance. Arg:

channel_name (string)

Return: IoChannel

static get_lin_channel(channel_name: str) → mtf.libs.mtf_pybinder.LinChannel

Get a LIN channel instance. Arg:

channel_name (string)

Return: LinBus

static get_serial_channel(channel_name: str) → mtf.libs.mtf_pybinder.SerialChannel

Get a Serial channel instance. Arg:

channel_name (string)

Return: SerialChannel

monitor_traffic(self: mtf.libs.mtf_pybinder.LegacyChannel, timeout: int, event_type: int) → bool

Monitor traffic in the legacy bus during a timeout Arg:

timeout (int): The duration for which to monitor event traffic, expressed in milliseconds event_type (int): Specifies the type of event for which traffic should be monitored

Return: bool type

property name: Get channel name

send_frame(self: mtf.libs.mtf_pybinder.FlexRayChannel, frame_event: mtf.libs.mtf_pybinder.FlexRayDataFrame) → bool

Send FlexRay frame in given channel Arg:

frame_event (FlexRayDataFramePtr): A shared pointer to a FlexRayDataFramePtr object representing the FlexRay data frame to be transmitted

Return : bool type

send_frames(self: mtf.libs.mtf_pybinder.FlexRayChannel, frame_event_list: list[mtf.libs.mtf_pybinder.FlexRayDataFrame]) → bool

Send FlexRay frames in given channel Arg:

frame_event_list (list of FlexRayDataFramePtr): A list of shared pointers to FlexRayDataFramePtr objects representing the FlexRay data frames to be transmitted

Return : bool type

set_interception_function(self: mtf.libs.mtf_pybinder.Channel, interception_function: Callable[[mtf.libs.mtf_pybinder.MtfDataFrameEvent], None]) → bool

Set a function to be called before sending any frame for the specified channel. The function is responsible for processing the data frame request and may modify the payload using “set_payload” method. If you want to drop the frame, you just need to set it to “None”. It is not thread-safe and should be used with caution. So, it is advised to set it once prior to any transmission on the corresponding channel. Arg:

interception_function: It is used to store a callback function or a callable object that will be executed with an argument
of type mtf::core::DataFrameRequestPtr

Return: bool type

start_listening(self: mtf.libs.mtf_pybinder.LegacyBusListener, callback: Callable[[mtf.libs.mtf_pybinder.MtfDataFrameEvent], None] | None = None, listening_flags: int | None = None) → bool

Start the data acquisition Args:

callback: optional callable listening_flags: optional int bitmask

Return: bool

start_observer(self: mtf.libs.mtf_pybinder.LegacyChannel, event_type: int) → bool

Start legacy bus observer Arg:

event_type: (int): Specifies the type of event for which observation should be started

Return: bool type

stop_continuous_frame(self: mtf.libs.mtf_pybinder.FlexRayChannel, frame_id: str, channel: mtf.libs.mtf_pybinder.FRCommunicationChannel) → bool

Stop transmission of continuous frame Arg:

frame_id (string): Representing the unique identifier of the FlexRay frame channel (FRCommunicationChannel)

Return : bool type

stop_listening(self: mtf.libs.mtf_pybinder.LegacyBusListener) → bool

Stop the data acquisition: Return: bool type

stop_observer(self: mtf.libs.mtf_pybinder.LegacyChannel, event_type: int) → bool

Start legacy bus observer Arg:

event_type (int): Specifies the type of event for which observation should be stopped

Return: bool type

property type: Get channel type

unset_interception_function(self: mtf.libs.mtf_pybinder.Channel) → None: Unset the previously set interception function for the specified channel.

class mtf.libs.mtf_pybinder.FlexRayDataFrame

__init__(self: mtf.libs.mtf_pybinder.FlexRayDataFrame, frame_id: str, payload: list[int], com_channel: int, transmission_mode: int, error_flags: int) → None

__new__(**kwargs)

class mtf.libs.mtf_pybinder.FlexRaySymbolEvent

__init__(*args, **kwargs)

__new__(**kwargs)

property channel

property timestamp

property type

class mtf.libs.mtf_pybinder.FlexRaySymbolType

Members:

CAS : Collision avoidance symbol

WUS : Wakeup symbol (not available in VXL)

MTS : Media Access Test Symbol (not available in CM)

CAS

MTS

WUS

__init__(self: mtf.libs.mtf_pybinder.FlexRaySymbolType, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.FlexRaySymbolsListener

__init__(self: mtf.libs.mtf_pybinder.FlexRaySymbolsListener, channel_name: str) → None: Set up captures of FlexRay symbol events on a given channel

__new__(**kwargs)

clear_history(self: mtf.libs.mtf_pybinder.FlexRaySymbolsListener) → None: Clear the collected FlexRay symbol events on the given channel

get_history(self: mtf.libs.mtf_pybinder.FlexRaySymbolsListener) → list[mtf.libs.mtf_pybinder.FlexRaySymbolEvent]: Get all the collected FlexRay symbol events on the given channel

start_listening(self: mtf.libs.mtf_pybinder.FlexRaySymbolsListener, callback: Callable[[mtf.libs.mtf_pybinder.FlexRaySymbolEvent], None] = None) → bool: Start capturing of FlexRay symbol events on the given channel

stop_listening(self: mtf.libs.mtf_pybinder.FlexRaySymbolsListener) → bool: Stop capturing of FlexRay symbol events on the given channel

class mtf.libs.mtf_pybinder.FmuMaster

__init__(self: mtf.libs.mtf_pybinder.FmuMaster) → None

__new__(**kwargs)

do_step(self: mtf.libs.mtf_pybinder.FmuMaster, fmu: str, current_time: float, force: bool = False) → bool

get_fmu_value(self: mtf.libs.mtf_pybinder.FmuMaster, key: str) → tuple[bool, str, str]

initialize(self: mtf.libs.mtf_pybinder.FmuMaster, fmu_root_path: str, fmus: set[str], router_yaml_path: str) → bool

run_loop(self: mtf.libs.mtf_pybinder.FmuMaster) → None

run_one_tick(self: mtf.libs.mtf_pybinder.FmuMaster, t: float) → None

set_fmu_value(self: mtf.libs.mtf_pybinder.FmuMaster, key: str, value_text: str) → tuple[bool, str]

stop_fmus(self: mtf.libs.mtf_pybinder.FmuMaster) → None

class mtf.libs.mtf_pybinder.FrFrameIdParts

__init__(*args, **kwargs)

Overloaded function.

__init__(self: mtf.libs.mtf_pybinder.FrFrameIdParts, slot_id: int, offset: int, repetition: int) -> None
__init__(self: mtf.libs.mtf_pybinder.FrFrameIdParts) -> None

__new__(**kwargs)

property cycle_count

property offset

property repetition

property slot_id

class mtf.libs.mtf_pybinder.FrameFaultyType

Enum class for frame faulty types

Members:

ChecksumError

Value_None_

WrongLength

ChecksumError

Value_None_

WrongLength

__init__(self: mtf.libs.mtf_pybinder.FrameFaultyType, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.FrameID

__init__(*args, **kwargs)

__new__(**kwargs)

static from_int(arg0: int) → mtf.libs.mtf_pybinder.FrameID

static from_parts(arg0: mtf.libs.mtf_pybinder.FrFrameIdParts) → mtf.libs.mtf_pybinder.FrameID

static from_string(arg0: str) → mtf.libs.mtf_pybinder.FrameID

to_int(self: mtf.libs.mtf_pybinder.FrameID) → int

to_parts(self: mtf.libs.mtf_pybinder.FrameID) → mtf.libs.mtf_pybinder.FrFrameIdParts

to_string(self: mtf.libs.mtf_pybinder.FrameID) → str

class mtf.libs.mtf_pybinder.IoChannel

__init__(*args, **kwargs)

__new__(**kwargs)

clear_history(self: mtf.libs.mtf_pybinder.IoChannel) → None: clear io channel listener history

static get_can_channel(channel_name: str) → mtf.libs.mtf_pybinder.CanChannel

Get a CAN channel instance. Arg:

channel_name (string)

Return: CANBus

static get_ethernet_channel(channel_name: str) → mtf.libs.mtf_pybinder.EthernetChannel

Get a Ethernet channel instance. Arg:

channel_name (string)

Return: EthernetBus

static get_flexray_channel(channel_name: str) → mtf.libs.mtf_pybinder.FlexRayChannel

Get a FlexRay channel instance. Arg:

channel_name (string)

Return: FlexrayBus

get_history(self: mtf.libs.mtf_pybinder.IoChannel) → list[mtf.libs.mtf_pybinder.MtfIOEvent]: Get io channel listener history

static get_instance(channel_name: str) → mtf.libs.mtf_pybinder.IoChannel: get instance of io channel Arg:

channel_name (string)

static get_io_channel(channel_name: str) → mtf.libs.mtf_pybinder.IoChannel

Get a IO channel instance. Arg:

channel_name (string)

Return: IoChannel

static get_lin_channel(channel_name: str) → mtf.libs.mtf_pybinder.LinChannel

Get a LIN channel instance. Arg:

channel_name (string)

Return: LinBus

static get_serial_channel(channel_name: str) → mtf.libs.mtf_pybinder.SerialChannel

Get a Serial channel instance. Arg:

channel_name (string)

Return: SerialChannel

io_apply_faulty(self: mtf.libs.mtf_pybinder.IoChannel, type: int) → bool

Start apply faulty, Apply physical Short to VBat or Short to GND on the channel Arg:

type (unsigned char): This value is converted to an enumerated type core::FaultyType for use by the API

Return: bool type

io_channel_is_available(self: mtf.libs.mtf_pybinder.IoChannel) → bool

check if io channels physically connected: Return: bool type

io_generate_pattern(self: mtf.libs.mtf_pybinder.IoChannel, data: list[int]) → bool

generate io pattern Arg:

data (vector of int): A data vector of type int

Return: bool type

io_get_last_value(self: mtf.libs.mtf_pybinder.IoChannel, property_name: str) → float

get last value of given signal property for io channel Arg:

property_name (string): The name of the property for which the latest value is requested

Return: double type

io_set_current(self: mtf.libs.mtf_pybinder.IoChannel, value: float) → bool

Set io current value Arg:

value (float)

Return: bool type

io_set_raw_value(self: mtf.libs.mtf_pybinder.IoChannel, value: int) → bool

Set io raw value Arg:

value (unsigned int): This value is typically an unsigned integer that will be associated with the input/output channel

Return: bool type

io_set_resistance(self: mtf.libs.mtf_pybinder.IoChannel, value: int) → bool

Set io resistance Arg:

value (unsigned int): The resistance value to be set for the input/output channel

Return: bool type

io_set_value(self: mtf.libs.mtf_pybinder.IoChannel, value: float) → bool

Set io value Arg:

value (double): A floating-point number that will be associated with the IoChannel object

Return: bool type

io_set_voltage(self: mtf.libs.mtf_pybinder.IoChannel, value: float) → bool

Set io voltage Arg:

value (float): The voltage value to be set for the input/output channel

Return: bool type

io_stop_faulty(self: mtf.libs.mtf_pybinder.IoChannel, type: int) → bool

Stop apply faulty, Remove physical Short to VBat or Short to GND on the channel Arg:

type (unsigned char): This value is converted to an enumerated type core::FaultyType for use by the API

Return: bool type

property name: Get channel name

set_interception_function(self: mtf.libs.mtf_pybinder.Channel, interception_function: Callable[[mtf.libs.mtf_pybinder.MtfDataFrameEvent], None]) → bool

Set a function to be called before sending any frame for the specified channel. The function is responsible for processing the data frame request and may modify the payload using “set_payload” method. If you want to drop the frame, you just need to set it to “None”. It is not thread-safe and should be used with caution. So, it is advised to set it once prior to any transmission on the corresponding channel. Arg:

interception_function: It is used to store a callback function or a callable object that will be executed with an argument
of type mtf::core::DataFrameRequestPtr

Return: bool type

start_listening(self: mtf.libs.mtf_pybinder.IoChannel, callback: Callable[[mtf.libs.mtf_pybinder.MtfIOEvent], None], silent_mode: bool = False) → bool

Start the data acquisition Arg:

callback silent_mode (bool)

Return: bool type

stop_listening(self: mtf.libs.mtf_pybinder.IoChannel) → bool

Stop the data acquisition: Return: bool type

property type: Get channel type

unset_interception_function(self: mtf.libs.mtf_pybinder.Channel) → None: Unset the previously set interception function for the specified channel.

class mtf.libs.mtf_pybinder.IpRuleInfo

Struct to describe manipulation rules by ip address.

__init__(self: mtf.libs.mtf_pybinder.IpRuleInfo, arg0: str, arg1: str, arg2: str, arg3: mtf.libs.mtf_pybinder.QinQTag, arg4: mtf.libs.mtf_pybinder.VlanForwarding, arg5: str, arg6: list[str]) → None

__new__(**kwargs)

property default_vlans: presents default Vlan QinQTag.

property ecu_name: presents name of the sender ecu.

property src_ip_addr: presents source IP address.

property src_mac_addr: presents source MAC address.

property tags: presents tags (aliases) given to this metadata.

property tap_adapter_name: presents tap adapter name.

property vlan_forwarding: presents VlanForwarding rules.

class mtf.libs.mtf_pybinder.LINBusStateEvent

__init__(*args, **kwargs)

__new__(**kwargs)

property state

property timestamp

class mtf.libs.mtf_pybinder.LINBusStateListener

__init__(self: mtf.libs.mtf_pybinder.LINBusStateListener, channel_name: str) → None: Set up captures of LIN Bus State events on a specific channel

__new__(**kwargs)

clear_history(self: mtf.libs.mtf_pybinder.LINBusStateListener) → None: Clear collected LIN Bus State events on a specific channel

get_history(self: mtf.libs.mtf_pybinder.LINBusStateListener) → list[mtf.libs.mtf_pybinder.LINBusStateEvent]: Get collected LIN Bus State events on a specific channel

start_listening(self: mtf.libs.mtf_pybinder.LINBusStateListener, callback: Callable[[mtf.libs.mtf_pybinder.LINBusStateEvent], None] = None) → bool: Start capturing LIN Bus State events on a specific channel

stop_listening(self: mtf.libs.mtf_pybinder.LINBusStateListener) → bool: Stop capturing LIN Bus State events on a specific channel

class mtf.libs.mtf_pybinder.LINWupSignalEvent

__init__(*args, **kwargs)

__new__(**kwargs)

property timestamp

class mtf.libs.mtf_pybinder.LINWupSignalListener

__init__(self: mtf.libs.mtf_pybinder.LINWupSignalListener, channel_name: str) → None: Set up captures of LIN Wup Signal events on a specific channel

__new__(**kwargs)

clear_history(self: mtf.libs.mtf_pybinder.LINWupSignalListener) → None: Clear collected LIN Wakeup Signal events on a specific channel

get_history(self: mtf.libs.mtf_pybinder.LINWupSignalListener) → list[mtf.libs.mtf_pybinder.LINWupSignalEvent]: Get collected LIN Wakeup Signal events on a specific channel

start_listening(self: mtf.libs.mtf_pybinder.LINWupSignalListener, callback: Callable[[mtf.libs.mtf_pybinder.LINWupSignalEvent], None] = None) → bool: Start capturing LIN Wakeup Signal events on a specific channel

stop_listening(self: mtf.libs.mtf_pybinder.LINWupSignalListener) → bool: Stop capturing LIN Wakeup Signal events on a specific channel

class mtf.libs.mtf_pybinder.LegacyBusListener

__init__(*args, **kwargs)

__new__(**kwargs)

clear_history(self: mtf.libs.mtf_pybinder.LegacyBusListener) → None: clear legacy bus listener history

get_history(self: mtf.libs.mtf_pybinder.LegacyBusListener) → list[mtf.libs.mtf_pybinder.MtfDataFrameEvent]

Get legacy bus listener history: Return: vector of DataFramePtr

start_listening(self: mtf.libs.mtf_pybinder.LegacyBusListener, callback: Callable[[mtf.libs.mtf_pybinder.MtfDataFrameEvent], None] | None = None, listening_flags: int | None = None) → bool

Start the data acquisition Args:

callback: optional callable listening_flags: optional int bitmask

Return: bool

stop_listening(self: mtf.libs.mtf_pybinder.LegacyBusListener) → bool

Stop the data acquisition: Return: bool type

class mtf.libs.mtf_pybinder.LegacyChannel

__init__(*args, **kwargs)

__new__(**kwargs)

check_if_traffic_received(self: mtf.libs.mtf_pybinder.LegacyChannel, timeout: int, event_type: int) → bool

Check if there was traffic on the bus before a specific timeout. PS: The bus observer needs to be started. Arg:

timeout (int): The duration for which to monitor event traffic, expressed in milliseconds event_type (int): Specifies the type of event for which traffic should be monitored

Return: bool type

clear_history(self: mtf.libs.mtf_pybinder.LegacyBusListener) → None: clear legacy bus listener history

static get_can_channel(channel_name: str) → mtf.libs.mtf_pybinder.CanChannel

Get a CAN channel instance. Arg:

channel_name (string)

Return: CANBus

static get_ethernet_channel(channel_name: str) → mtf.libs.mtf_pybinder.EthernetChannel

Get a Ethernet channel instance. Arg:

channel_name (string)

Return: EthernetBus

static get_flexray_channel(channel_name: str) → mtf.libs.mtf_pybinder.FlexRayChannel

Get a FlexRay channel instance. Arg:

channel_name (string)

Return: FlexrayBus

get_frame_by_id(self: mtf.libs.mtf_pybinder.LegacyChannel, frame_id: int | str | mtf.libs.mtf_pybinder.FrFrameIdParts) → mtf.libs.mtf_pybinder.LegacyFrame

Get frame instance by id Arg:

frame_id (FrameIDVariant): A frame identifier (frame ID) encapsulated in a variant (FrameIDVariant)

Return: LegacyFrameSptr type

get_frames_by_name(self: mtf.libs.mtf_pybinder.LegacyChannel, frame_name: str) → list[mtf.libs.mtf_pybinder.LegacyFrame]

Get frame instance by name Arg:

frame_name (string): The name of the frame for which instances need to be retrieved

Return: vector of LegacyFrameSptr type

get_history(self: mtf.libs.mtf_pybinder.LegacyBusListener) → list[mtf.libs.mtf_pybinder.MtfDataFrameEvent]

Get legacy bus listener history: Return: vector of DataFramePtr

static get_instance(channel_name: str) → mtf.libs.mtf_pybinder.Channel

Get a channel instance. Arg:

channel_name (string)

Return: Channel

static get_io_channel(channel_name: str) → mtf.libs.mtf_pybinder.IoChannel

Get a IO channel instance. Arg:

channel_name (string)

Return: IoChannel

static get_lin_channel(channel_name: str) → mtf.libs.mtf_pybinder.LinChannel

Get a LIN channel instance. Arg:

channel_name (string)

Return: LinBus

static get_serial_channel(channel_name: str) → mtf.libs.mtf_pybinder.SerialChannel

Get a Serial channel instance. Arg:

channel_name (string)

Return: SerialChannel

monitor_traffic(self: mtf.libs.mtf_pybinder.LegacyChannel, timeout: int, event_type: int) → bool

Monitor traffic in the legacy bus during a timeout Arg:

timeout (int): The duration for which to monitor event traffic, expressed in milliseconds event_type (int): Specifies the type of event for which traffic should be monitored

Return: bool type

property name: Get channel name

set_interception_function(self: mtf.libs.mtf_pybinder.Channel, interception_function: Callable[[mtf.libs.mtf_pybinder.MtfDataFrameEvent], None]) → bool

Set a function to be called before sending any frame for the specified channel. The function is responsible for processing the data frame request and may modify the payload using “set_payload” method. If you want to drop the frame, you just need to set it to “None”. It is not thread-safe and should be used with caution. So, it is advised to set it once prior to any transmission on the corresponding channel. Arg:

interception_function: It is used to store a callback function or a callable object that will be executed with an argument
of type mtf::core::DataFrameRequestPtr

Return: bool type

start_listening(self: mtf.libs.mtf_pybinder.LegacyBusListener, callback: Callable[[mtf.libs.mtf_pybinder.MtfDataFrameEvent], None] | None = None, listening_flags: int | None = None) → bool

Start the data acquisition Args:

callback: optional callable listening_flags: optional int bitmask

Return: bool

start_observer(self: mtf.libs.mtf_pybinder.LegacyChannel, event_type: int) → bool

Start legacy bus observer Arg:

event_type: (int): Specifies the type of event for which observation should be started

Return: bool type

stop_listening(self: mtf.libs.mtf_pybinder.LegacyBusListener) → bool

Stop the data acquisition: Return: bool type

stop_observer(self: mtf.libs.mtf_pybinder.LegacyChannel, event_type: int) → bool

Start legacy bus observer Arg:

event_type (int): Specifies the type of event for which observation should be stopped

Return: bool type

property type: Get channel type

unset_interception_function(self: mtf.libs.mtf_pybinder.Channel) → None: Unset the previously set interception function for the specified channel.

class mtf.libs.mtf_pybinder.LegacyFrame

__init__(*args, **kwargs)

__new__(**kwargs)

check_cyclic_repetition(self: mtf.libs.mtf_pybinder.LegacyFrame, cycle: int, cycle_deviation: int, nb_repetition: int, check_latest_values: bool) → bool: Check message cycle with repetition

check_cyclic_timeout(self: mtf.libs.mtf_pybinder.LegacyFrame, cycle: int, cycle_deviation: int, timeout: int) → bool: Check message cycle with timeout

check_reception(self: mtf.libs.mtf_pybinder.LegacyFrame, is_received: bool) → bool: Check message reception

clear_buffer(self: mtf.libs.mtf_pybinder.LegacyFrame) → None: Clear message buffer

clear_history(self: mtf.libs.mtf_pybinder.LegacyFrame) → None: Clear listener history

static configure_buffer_size(max_size: int) → None: Configure max size of frame buffer

count_payload_byte_matches(self: mtf.libs.mtf_pybinder.LegacyFrame, bytes_indexes: list[int], bytes_values: list[int], bytes_masks: list[int]) → int: count payload matched in message payload

get_channel(self: mtf.libs.mtf_pybinder.LegacyFrame) → mtf::pybinder::LegacyChannel: Get channel instance

get_history(self: mtf.libs.mtf_pybinder.LegacyFrame) → list[mtf.libs.mtf_pybinder.MtfDataFrameEvent]: Get listener history

static get_instance(channel_name: str, frame_id: int | str | mtf.libs.mtf_pybinder.FrFrameIdParts) → mtf.libs.mtf_pybinder.LegacyFrame: Get a frame instance

static get_instances(channel_name: str, frame_name: str) → list[mtf.libs.mtf_pybinder.LegacyFrame]: Get a list frame instances

get_last_value(self: mtf.libs.mtf_pybinder.LegacyFrame) → list[int]: Get last received value

get_payload_byte(self: mtf.libs.mtf_pybinder.LegacyFrame, bytes_indexes: list[int], bytes_values: list[int], bytes_masks: list[int], operation: int) → bool: Check bytes in message payload

get_pdu_by_name(self: mtf.libs.mtf_pybinder.LegacyFrame, pdu_name: str) → mtf.libs.mtf_pybinder.LegacyPdu: Get PDU instance by name

get_pdus(self: mtf.libs.mtf_pybinder.LegacyFrame) → list[mtf.libs.mtf_pybinder.LegacyPdu]: Get all PDU instances contained in the frame

get_signal_by_name(self: mtf.libs.mtf_pybinder.LegacyFrame, signal_name: str) → mtf.libs.mtf_pybinder.LegacySignal: Get Signal instance by name

property id: Get frame id

property name: Get frame name

start_listening(self: mtf.libs.mtf_pybinder.LegacyFrame, callback: Optional[Callable[[mtf.libs.mtf_pybinder.MtfDataFrameEvent], None]] = None, direction: mtf.libs.mtf_pybinder.ListenerDirection = <ListenerDirection.Any: 2>, on_change: bool = False) → bool: Start the data acquisition (by default the listener will start listening for all frames (Rx and Tx))

start_observer(self: mtf.libs.mtf_pybinder.LegacyFrame, on_change: bool = True) → bool: Start message observer

start_transmission(self: mtf.libs.mtf_pybinder.LegacyFrame) → bool: Start the frame transmission

stop_listening(self: mtf.libs.mtf_pybinder.LegacyFrame) → bool: Stop the data acquisition

stop_observer(self: mtf.libs.mtf_pybinder.LegacyFrame, get_values: bool) → list[tuple[int, list[int]]]: Stop message observer

stop_transmission(self: mtf.libs.mtf_pybinder.LegacyFrame) → bool: Stop the frame transmission

class mtf.libs.mtf_pybinder.LegacyPdu

__init__(*args, **kwargs)

__new__(**kwargs)

apply_faulty_corrupt_crc(self: mtf.libs.mtf_pybinder.LegacyPdu, on_off: bool) → bool: Apply Fault Corrupt Crc for specific pdu

apply_faulty_corrupt_data_id_nibble(self: mtf.libs.mtf_pybinder.LegacyPdu, on_off: bool) → bool: Apply Fault Corrupt Data Id Nibble

apply_faulty_halt_alive_counter(self: mtf.libs.mtf_pybinder.LegacyPdu, on_off: bool) → bool: Apply Fault Halt Alive Counter

disable_event_controlled_sending(self: mtf.libs.mtf_pybinder.LegacyPdu, on_off: bool) → None: Disable event-controlled sending for this PDU.

property full_path: Get pdu path

get_all_cyclic_timings(self: mtf.libs.mtf_pybinder.LegacyPdu) → list[mtf::com::network::signal_based::CyclicTiming]: Get all cyclic timings

get_frame(self: mtf.libs.mtf_pybinder.LegacyPdu) → mtf::pybinder::LegacyFrame: Get frame instance

static get_instance(channel_name: str, frame_id: int | str | mtf.libs.mtf_pybinder.FrFrameIdParts, pdu_name: str) → mtf.libs.mtf_pybinder.LegacyPdu: Get a pdu instance

get_last_value(self: mtf.libs.mtf_pybinder.LegacyPdu) → list[int]: Get last received value

get_signal_by_name(self: mtf.libs.mtf_pybinder.LegacyPdu, signal_name: str) → mtf.libs.mtf_pybinder.LegacySignal: Get Signal instance by name

get_signals(self: mtf.libs.mtf_pybinder.LegacyPdu) → list[mtf.libs.mtf_pybinder.LegacySignal]: Get all Signal instances contained in the PDU

property name: Get pdu name

set_pdu_bits_value(self: mtf.libs.mtf_pybinder.LegacyPdu, signal_value: int | list[int], start_bit: int, nb_bits: int, bit_order: int, update_and_send: bool = True) → bool: Set pdu bits raw value

transmit(self: mtf.libs.mtf_pybinder.LegacyPdu, payload: list[int], force: bool) → bool

“Transmit the Pdu with the given payload.: set force to True in order to force the transmission i.e ignore triggering conditions

class mtf.libs.mtf_pybinder.LegacySignal

__init__(*args, **kwargs)

__new__(**kwargs)

check_value(self: mtf.libs.mtf_pybinder.LegacySignal, signal_value: int | int | float | list[int] | str, comparision: int = 0, logical_operation: int = 0, mask: int | int | float | list[int] | str = 18446744073709551615) → bool: Check value

clear_buffer(self: mtf.libs.mtf_pybinder.LegacySignal) → bool: Clear observer buffer

clear_history(self: mtf.libs.mtf_pybinder.LegacySignal) → None: Clear listener history

static configure_buffer_maxsize(max_size: int) → bool: Configure max size of signal buffer

property full_path: Get signal full path

get_buffer(self: mtf.libs.mtf_pybinder.LegacySignal) → list[tuple[int, int | int | float | list[int] | str]]: Get observer buffer

get_history(self: mtf.libs.mtf_pybinder.LegacySignal) → list[tuple[int, list[int]]]: Get listener history

static get_instance(channel_name: str, frame_id: int | str | mtf.libs.mtf_pybinder.FrFrameIdParts, signal_name: str, pdu_name: str = '') → mtf.libs.mtf_pybinder.LegacySignal: Get a pdu instance

get_last_value(self: mtf.libs.mtf_pybinder.LegacySignal) → int | int | float | list[int] | str: Get last received value

get_latest_received_values(self: mtf.libs.mtf_pybinder.LegacySignal, last_received_buffer_size: int) → list[tuple[int, int | int | float | list[int] | str]]: Get latest received values

get_pdu(self: mtf.libs.mtf_pybinder.LegacySignal) → mtf::pybinder::LegacyPdu: Get PDU instance

get_received_values_timeout(self: mtf.libs.mtf_pybinder.LegacySignal, timeout: int) → list[tuple[int, int | int | float | list[int] | str]]: Get received values timeout

monitor_always(self: mtf.libs.mtf_pybinder.LegacySignal, signal_value: int | int | float | list[int] | str, timeout: int, comparision: int = 0, mask: int | int | float | list[int] | str | None = 18446744073709551615) → bool: Monitor always

static monitor_always_multiple(signals: list[mtf.libs.mtf_pybinder.LegacySignal], signals_values: list[int | int | float | list[int] | str], comparision: list[mtf.libs.mtf_pybinder.CompareOperation], timeout: int, mask: list[int | int | float | list[int] | str] = []) → bool: Monitor always multiple signals

monitor_happened(self: mtf.libs.mtf_pybinder.LegacySignal, signal_value: int | int | float | list[int] | str, timeout: int, comparision: int = 0, mask: int | int | float | list[int] | str | None = 18446744073709551615) → bool: Monitor happened

static monitor_happened_multiple(signals: list[mtf.libs.mtf_pybinder.LegacySignal], signals_values: list[int | int | float | list[int] | str], comparision: list[mtf.libs.mtf_pybinder.CompareOperation], timeout: int, mask: list[int | int | float | list[int] | str] = []) → bool: Monitor happened multiple signals

property name: Get pdu name

property path: Get signal path

set_physical_value(self: mtf.libs.mtf_pybinder.LegacySignal, signal_value: float | int | int, update_and_send: bool = True) → bool: Set signal physical value

set_raw_value(self: mtf.libs.mtf_pybinder.LegacySignal, signal_value: int | int | float | list[int] | str, update_and_send: bool = True) → bool: Set signal raw value

start_listening(self: mtf.libs.mtf_pybinder.LegacySignal, callback: Callable | None = None, on_change: bool = False) → bool

Start the data acquisition,: The pycallback should have as arg (callback: The function to call when a new payload is received ,on_change: bool) return: bool type

start_observer(self: mtf.libs.mtf_pybinder.LegacySignal, on_change: bool = True, is_physical: bool = True) → bool: Start signal observer

stop_listening(self: mtf.libs.mtf_pybinder.LegacySignal) → bool: Stop the data acquisition

stop_observer(self: mtf.libs.mtf_pybinder.LegacySignal, get_values: bool) → list[tuple[int, int | int | float | list[int] | str]]: Stop signal observer

static stop_observer_multiple(signals: list[mtf.libs.mtf_pybinder.LegacySignal]) → None: Stop multiple signal observers

class mtf.libs.mtf_pybinder.LifeCycleState

Members:

APPLICATION_DEINIT

OFF

TEST_AWAIT

TEST_DEINIT

TEST_INIT

TEST_RUN

TEST_SERIE_AWAIT

TEST_SERIE_DEINIT

TEST_SERIE_INIT

APPLICATION_DEINIT

OFF

TEST_AWAIT

TEST_DEINIT

TEST_INIT

TEST_RUN

TEST_SERIE_AWAIT

TEST_SERIE_DEINIT

TEST_SERIE_INIT

__init__(self: mtf.libs.mtf_pybinder.LifeCycleState, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.LinBusState

Enum class of different LIN Bus States

Members:

LinInit

LinOperational

LinSleep

LinInit

LinOperational

LinSleep

__init__(self: mtf.libs.mtf_pybinder.LinBusState, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.LinChannel

__init__(*args, **kwargs)

__new__(**kwargs)

check_if_traffic_received(self: mtf.libs.mtf_pybinder.LegacyChannel, timeout: int, event_type: int) → bool

Check if there was traffic on the bus before a specific timeout. PS: The bus observer needs to be started. Arg:

timeout (int): The duration for which to monitor event traffic, expressed in milliseconds event_type (int): Specifies the type of event for which traffic should be monitored

Return: bool type

clear_history(self: mtf.libs.mtf_pybinder.LegacyBusListener) → None: clear legacy bus listener history

static get_can_channel(channel_name: str) → mtf.libs.mtf_pybinder.CanChannel

Get a CAN channel instance. Arg:

channel_name (string)

Return: CANBus

static get_ethernet_channel(channel_name: str) → mtf.libs.mtf_pybinder.EthernetChannel

Get a Ethernet channel instance. Arg:

channel_name (string)

Return: EthernetBus

static get_flexray_channel(channel_name: str) → mtf.libs.mtf_pybinder.FlexRayChannel

Get a FlexRay channel instance. Arg:

channel_name (string)

Return: FlexrayBus

get_frame_by_id(self: mtf.libs.mtf_pybinder.LegacyChannel, frame_id: int | str | mtf.libs.mtf_pybinder.FrFrameIdParts) → mtf.libs.mtf_pybinder.LegacyFrame

Get frame instance by id Arg:

frame_id (FrameIDVariant): A frame identifier (frame ID) encapsulated in a variant (FrameIDVariant)

Return: LegacyFrameSptr type

get_frames_by_name(self: mtf.libs.mtf_pybinder.LegacyChannel, frame_name: str) → list[mtf.libs.mtf_pybinder.LegacyFrame]

Get frame instance by name Arg:

frame_name (string): The name of the frame for which instances need to be retrieved

Return: vector of LegacyFrameSptr type

get_history(self: mtf.libs.mtf_pybinder.LegacyBusListener) → list[mtf.libs.mtf_pybinder.MtfDataFrameEvent]

Get legacy bus listener history: Return: vector of DataFramePtr

static get_instance(channel_name: str) → mtf.libs.mtf_pybinder.LinChannel: get instance of LIN channel Arg:

channel_name (string)

static get_io_channel(channel_name: str) → mtf.libs.mtf_pybinder.IoChannel

Get a IO channel instance. Arg:

channel_name (string)

Return: IoChannel

static get_lin_channel(channel_name: str) → mtf.libs.mtf_pybinder.LinChannel

Get a LIN channel instance. Arg:

channel_name (string)

Return: LinBus

static get_serial_channel(channel_name: str) → mtf.libs.mtf_pybinder.SerialChannel

Get a Serial channel instance. Arg:

channel_name (string)

Return: SerialChannel

get_state(self: mtf.libs.mtf_pybinder.LinChannel) → mtf.libs.mtf_pybinder.LinBusState: get the LIN bus state

monitor_traffic(self: mtf.libs.mtf_pybinder.LegacyChannel, timeout: int, event_type: int) → bool

Monitor traffic in the legacy bus during a timeout Arg:

timeout (int): The duration for which to monitor event traffic, expressed in milliseconds event_type (int): Specifies the type of event for which traffic should be monitored

Return: bool type

property name: Get channel name

send_frame(self: mtf.libs.mtf_pybinder.LinChannel, frame_event: mtf.libs.mtf_pybinder.LinDataFrame) → bool

send LIN frame in given channel Arg:

frame_event (LinDataFramePtr): A shared pointer to a LinDataFramePtr object representing the LIN data frame to be transmitted

Return : bool type

set_interception_function(self: mtf.libs.mtf_pybinder.Channel, interception_function: Callable[[mtf.libs.mtf_pybinder.MtfDataFrameEvent], None]) → bool

Set a function to be called before sending any frame for the specified channel. The function is responsible for processing the data frame request and may modify the payload using “set_payload” method. If you want to drop the frame, you just need to set it to “None”. It is not thread-safe and should be used with caution. So, it is advised to set it once prior to any transmission on the corresponding channel. Arg:

interception_function: It is used to store a callback function or a callable object that will be executed with an argument
of type mtf::core::DataFrameRequestPtr

Return: bool type

start_listening(self: mtf.libs.mtf_pybinder.LegacyBusListener, callback: Callable[[mtf.libs.mtf_pybinder.MtfDataFrameEvent], None] | None = None, listening_flags: int | None = None) → bool

Start the data acquisition Args:

callback: optional callable listening_flags: optional int bitmask

Return: bool

start_observer(self: mtf.libs.mtf_pybinder.LegacyChannel, event_type: int) → bool

Start legacy bus observer Arg:

event_type: (int): Specifies the type of event for which observation should be started

Return: bool type

stop_listening(self: mtf.libs.mtf_pybinder.LegacyBusListener) → bool

Stop the data acquisition: Return: bool type

stop_observer(self: mtf.libs.mtf_pybinder.LegacyChannel, event_type: int) → bool

Start legacy bus observer Arg:

event_type (int): Specifies the type of event for which observation should be stopped

Return: bool type

property type: Get channel type

unset_interception_function(self: mtf.libs.mtf_pybinder.Channel) → None: Unset the previously set interception function for the specified channel.

validate_lin_schedule_table(self: mtf.libs.mtf_pybinder.LinChannel, scheduler_table_name: str, duration_in_ms: int, tolerance_in_us: int) → bool

Validate Lin Schedule Table: Return : bool type

wake_up(self: mtf.libs.mtf_pybinder.LinChannel) → bool

Wakeup LIN bus: Return : bool type

class mtf.libs.mtf_pybinder.LinDataFrame

__init__(self: mtf.libs.mtf_pybinder.LinDataFrame, frame_id: int, payload: list[int]) → None

__new__(**kwargs)

class mtf.libs.mtf_pybinder.ListenerDirection

Enum class for listening direction

Members:

Rx

Tx

Any

Any

Rx

Tx

__init__(self: mtf.libs.mtf_pybinder.ListenerDirection, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.ListeningFlags

Members:

INCLUDE_FR_NULL_FRAMES

INCLUDE_FRAMES_WITH_ERROR

INCLUDE_FRAMES_WITH_ERROR

INCLUDE_FR_NULL_FRAMES

__init__(self: mtf.libs.mtf_pybinder.ListeningFlags, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.MTFSerialListener

Set up captures of Serial messages on a specific channel

__init__(self: mtf.libs.mtf_pybinder.MTFSerialListener, arg0: str) → None: Set up captures of Serial messages on a specific channel

__new__(**kwargs)

clear_history(self: mtf.libs.mtf_pybinder.MTFSerialListener) → None: Clear Cached history

get_history(self: mtf.libs.mtf_pybinder.MTFSerialListener) → list[MtfSerialEvent]: Get cached history

start_listening(*args, **kwargs)

Overloaded function.

start_listening(self: mtf.libs.mtf_pybinder.MTFSerialListener, callback: Callable[[str, int, Union[str, list[int]], int], None], get_messages_as_string: bool = True) -> bool

Start the data acquisition, callback will be triggered with every received new event providing the serial message as string or as bytes based on get_messages_as_string value

start_listening(self: mtf.libs.mtf_pybinder.MTFSerialListener, get_messages_as_string: bool = True) -> bool

Start the data acquisition

stop_listening(self: mtf.libs.mtf_pybinder.MTFSerialListener) → bool: Stop the data acquisition

transfer_history(self: mtf.libs.mtf_pybinder.MTFSerialListener) → list[MtfSerialEvent]: Get and then clear cached history

class mtf.libs.mtf_pybinder.MembersValuesTree

Struct to store SomeIp field or parameter members values tree

__init__(self: mtf.libs.mtf_pybinder.MembersValuesTree) → None

__new__(**kwargs)

property children: Complex Member children

extract_simple_members_values(self: mtf.libs.mtf_pybinder.MembersValuesTree) → dict[str, str | float | int | int]: Extract simple members values

static get_simple_members_values(trees: list[mtf.libs.mtf_pybinder.MembersValuesTree]) → dict[str, str | float | int | int]: Get simple members values

is_not_available(self: mtf.libs.mtf_pybinder.MembersValuesTree) → bool: Check optional member availability

property meta_data: Member decoding meta deta

property name: Member name

property path: Member path

property value: Simple Member value

class mtf.libs.mtf_pybinder.MtfApiSetup

__init__(self: mtf.libs.mtf_pybinder.MtfApiSetup) → None

__new__(**kwargs)

property config_file

property console_log_level

property context_type

property db_file

property default_log_level

property log_path

property plugins_path

property tracing_active

class mtf.libs.mtf_pybinder.MtfBusEvent

__init__(self: mtf.libs.mtf_pybinder.MtfBusEvent, channel_name: str, frame_id: int, timestamp: int, payload: list[int], payload_length: int, direction: int, error_flag: int) → None

__new__(**kwargs)

property channel_name

property direction

property error_flag

property frame_id

property payload

property payload_length

property timestamp

class mtf.libs.mtf_pybinder.MtfDataFrameEvent

data structure for mtf frames

__init__(*args, **kwargs)

__new__(**kwargs)

property channel_name: channel name

property direction: frame direction

property error_flag: error flags

property frame_id: frame id

property is_can_brs_on: BitRateSwitch status

property is_fr_null_frame: check if this is a Flexray Null Frame

property payload: frame payload

property payload_length: payload length

set_payload(self: mtf.libs.mtf_pybinder.MtfDataFrameEvent, payload: list[int]) → None: Set payload (for InterceptListener)

property timestamp: frame timestamp

property timestamp_struct: frame timestamp struct to access further features

class mtf.libs.mtf_pybinder.MtfFrTpAddressLength

Members:

ONE_BYTE

TWO_BYTES

ONE_BYTE

TWO_BYTES

__init__(self: mtf.libs.mtf_pybinder.MtfFrTpAddressLength, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.MtfFrTpConfig

__init__(self: mtf.libs.mtf_pybinder.MtfFrTpConfig) → None

__new__(**kwargs)

property addressing_type

property flow_timeout_ms

property pdu_length

property tp_type

class mtf.libs.mtf_pybinder.MtfFrTpType

Members:

ISO : Using FlexRay ISO 10681-2

AR_TP_ISO : Using Autosar TP protocol: Up to 0xFFF Byte message length (No FF-Ex or SF-E or AF shall be used and recognized)

AR_TP_L4G : Using Autosar TP protocol: SF-E allowed (SF of arbitrary length depending on PDU length), up to 0xFFFFFFFF byte message length (all FF-x allowed)

AR_TP_ISO

AR_TP_L4G

ISO

__init__(self: mtf.libs.mtf_pybinder.MtfFrTpType, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.MtfIOEvent

event received from HW devices

__init__(*args, **kwargs)

__new__(**kwargs)

property channel_name: channel name

property direction: event direction

property event_type: event type

property timestamp: ctime stamp

property timestamp_struct: frame timestamp struct to access further features

property value: raw paylaod value

class mtf.libs.mtf_pybinder.MtfIOStateEvent

event received for measurement changes from HW devices

__init__(*args, **kwargs)

__new__(**kwargs)

property channel_name: channel name

property direction: event direction

property event_type: event type

get_current(self: mtf.libs.mtf_pybinder.MtfIOStateEvent) → float | None: get current if available

get_resistance(self: mtf.libs.mtf_pybinder.MtfIOStateEvent) → int | None: get resistance if available

get_voltage(self: mtf.libs.mtf_pybinder.MtfIOStateEvent) → float | None: get voltage if available

property timestamp: ctime stamp

property timestamp_struct: frame timestamp struct to access further features

property value: raw paylaod value

class mtf.libs.mtf_pybinder.MtfIoEvent

__init__(self: mtf.libs.mtf_pybinder.MtfIoEvent, channel_name: str, timestamp: int, payload: list[int], direction: int) → None

__new__(**kwargs)

property channel_name

property direction

property timestamp

property value

class mtf.libs.mtf_pybinder.MtfLegacyBusesListener

Start listening to all given channels

__init__(self: mtf.libs.mtf_pybinder.MtfLegacyBusesListener, channels_list: set[str]) → None: Start listening to all given channels

__new__(**kwargs)

get_history(self: mtf.libs.mtf_pybinder.MtfLegacyBusesListener) → list[mtf.libs.mtf_pybinder.MtfDataFrameEvent]: Get buses listener history

start_listening(self: mtf.libs.mtf_pybinder.MtfLegacyBusesListener, callback: Optional[Callable[[mtf.libs.mtf_pybinder.MtfDataFrameEvent], None]] = None, direction: mtf.libs.mtf_pybinder.ListenerDirection = <ListenerDirection.Rx: 0>, flags: int = 0) → bool: Start the data acquisition, combine ListeningFlags to choose optional additional frames to listen to

stop_listening(self: mtf.libs.mtf_pybinder.MtfLegacyBusesListener) → bool: Stop the data acquisition

class mtf.libs.mtf_pybinder.MtfNpduCanTpCnx

Represents Npdu CAN Tp connexion”

__init__(self: mtf.libs.mtf_pybinder.MtfNpduCanTpCnx, arg0: mtf.libs.mtf_pybinder.MtfNpduCanTpId, arg1: mtf.libs.mtf_pybinder.MtfNpduCanTpId) → None

__new__(**kwargs)

configure(self: mtf.libs.mtf_pybinder.MtfNpduCanTpCnx, tx_pdu_length: int, flow_timeout_in_ms: int, padding_value: int | None) → bool: Configure Can TP connexion

register(self: mtf.libs.mtf_pybinder.MtfNpduCanTpCnx, callback: Callable) → bool: Register Rx Pdu listening callback

transmit(self: mtf.libs.mtf_pybinder.MtfNpduCanTpCnx, payload: list[int]) → bool: Transmit Tx Pdu TP message

unconfigure(self: mtf.libs.mtf_pybinder.MtfNpduCanTpCnx) → bool: UnConfigure Can TP connexion

unregister(self: mtf.libs.mtf_pybinder.MtfNpduCanTpCnx) → bool: Unregister Rx pdu listening callback

class mtf.libs.mtf_pybinder.MtfNpduCanTpId

Represents Npdu CAN Tp identifier

__init__(self: mtf.libs.mtf_pybinder.MtfNpduCanTpId) → None

__new__(**kwargs)

property npdu_id: Npdu Id

property ta_address: optional Target address

property tunnel_name: Npdu tunnel name

class mtf.libs.mtf_pybinder.MtfNpduListenerElement

__init__(self: mtf.libs.mtf_pybinder.MtfNpduListenerElement, tunnel: str, timestamp: int, npdu_element: mtf.libs.mtf_pybinder.mtf_npdu_element) → None

__new__(**kwargs)

property npdu_element

property timestamp

property tunnel

class mtf.libs.mtf_pybinder.MtfPsEvent

event received for measurement changes from PS devices

__init__(*args, **kwargs)

__new__(**kwargs)

property channel_name: channel name

property direction: event direction

property event_type: event type

get_current(self: mtf.libs.mtf_pybinder.MtfPsEvent) → float: get current if available

get_power(self: mtf.libs.mtf_pybinder.MtfPsEvent) → float: get power if available

get_voltage(self: mtf.libs.mtf_pybinder.MtfPsEvent) → float: get voltage if available

property timestamp: ctime stamp

property timestamp_struct: frame timestamp struct to access further features

property value: raw paylaod value

class mtf.libs.mtf_pybinder.MtfPwmIoEvent

event received for measurement changes from HW devices

__init__(*args, **kwargs)

__new__(**kwargs)

property channel_name: channel name

property direction: event direction

property event_type: event type

get_duty_cycle(self: mtf.libs.mtf_pybinder.MtfPwmIoEvent) → float: get Duty Cycle if available

property timestamp: ctime stamp

property timestamp_struct: frame timestamp struct to access further features

property value: raw paylaod value

class mtf.libs.mtf_pybinder.MtfRuningContext

Members:

TESTING_ACTIVITY

TESTING_ACTIVITIY_ROTATING_LOG

FRAMEWORK

FRAMEWORK

TESTING_ACTIVITIY_ROTATING_LOG

TESTING_ACTIVITY

__init__(self: mtf.libs.mtf_pybinder.MtfRuningContext, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.MtfSerialEvent

__init__(*args, **kwargs)

Overloaded function.

__init__(self: mtf.libs.mtf_pybinder.MtfSerialEvent, arg0: str, arg1: int, arg2: list[int], arg3: int) -> None
__init__(self: mtf.libs.mtf_pybinder.MtfSerialEvent, arg0: str, arg1: int, arg2: str, arg3: int) -> None

__new__(**kwargs)

property channel_name

property direction

property message

property timestamp

class mtf.libs.mtf_pybinder.MtfSomeIPMessageType

Enum class for SomeIp message type

Members:

ClientGetter

ClientMethod

ClientSetter

ConsumedEvent

ConsumedFieldNotifier

ProvidedEvent

ProvidedFieldNotifier

ServerGetter

ServerMethod

ServerSetter

ClientGetter

ClientMethod

ClientSetter

ConsumedEvent

ConsumedFieldNotifier

ProvidedEvent

ProvidedFieldNotifier

ServerGetter

ServerMethod

ServerSetter

__init__(self: mtf.libs.mtf_pybinder.MtfSomeIPMessageType, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.NPdu

data structure for a NPdu

ClearHistory(self: mtf.libs.mtf_pybinder.NPdu) → None: Clear history of the listener queue.

GetHistory(self: mtf.libs.mtf_pybinder.NPdu) → list[mtf.libs.mtf_pybinder.ComNpdElement]: Get history of the listener queue.

StartListening(self: mtf.libs.mtf_pybinder.NPdu, callback: Callable | None = None, tecmp_filter: mtf.libs.mtf_pybinder.mtf_tecmp_filter | None = None) → bool: Start the NPDU listener, The pycallback should have as arg (ecu_name: str,npdu_element:mtf_npdu_element,timestamp: int)

StopListening(self: mtf.libs.mtf_pybinder.NPdu) → bool: Stop the NPDU listener.

__init__(*args, **kwargs)

__new__(**kwargs)

cancel_undefined_cycle(self: mtf.libs.mtf_pybinder.NPdu) → bool: Cancel the undefined cycle by stopping new unconfigured cyclic transmissions and restoring the old configured cycle if the entity is cyclic.

property dst_endpoint

get_all_pdus(self: mtf.libs.mtf_pybinder.NPdu) → list[mtf.libs.mtf_pybinder.ComPdu]: Retrieve all contained PDUs in this NPdu

get_pdu_by_name(self: mtf.libs.mtf_pybinder.NPdu, arg0: str) → mtf.libs.mtf_pybinder.ComPdu: Retrieve a contained PDU in this NPdu by name.

property id: NPdu id

property is_multiplexed: Provide PDU Multiplexing status over this NPdu

property is_started: Check if the transmission of the npdu is started.

property name: NPdu name

property pdu: Provides the NPdu’s pdu instance. Returns a valid instance only if PDU Multiplexing does not exists over this NPdu.

property receivers: Get NPdu receivers

property receivers_ecus: Get NPdu receivers Ecus

property src_endpoint

start_transmission(self: mtf.libs.mtf_pybinder.NPdu) → bool: Start transmission of this npdu.

stop_transmission(self: mtf.libs.mtf_pybinder.NPdu) → bool: Stop transmission of this npdu.

transmit(self: mtf.libs.mtf_pybinder.NPdu, payload: list, force: bool) → mtf.libs.mtf_pybinder.Result: Transmit the NPdu with the given payload (Paylod length should respect the database) set force to True in order to force the transmission i.e ignore triggering conditions

try_switch_to_undefined_cycle(self: mtf.libs.mtf_pybinder.NPdu, new_cycle: int, repetition: int = 2147483647) → bool: Attempt to switch the existing cycle to a new one (in milliseconds) for a specified number of times. If the default value of “repetition” is used, it will be changed until calling “cancel_undefined_cycle”. If the NPdu is no cyclic, it will start its transmission cyclically with the specified cycle. Returns False if the NPdu is not started, otherwise True.

class mtf.libs.mtf_pybinder.NPduAddress

__init__(*args, **kwargs)

Overloaded function.

__init__(self: mtf.libs.mtf_pybinder.NPduAddress) -> None
__init__(self: mtf.libs.mtf_pybinder.NPduAddress, sender_ecu_name: str, pdu_name_or_id: Union[int, str], channel_name: str = ‘’) -> None

__new__(**kwargs)

property channel_name

property pdu_name_or_id

property sender_ecu_name

class mtf.libs.mtf_pybinder.Network

Com network class

__init__(*args, **kwargs)

__new__(**kwargs)

clear_bursts(self: mtf.libs.mtf_pybinder.Network) → None: Clear all previously configured bursts.

configure_burst(self: mtf.libs.mtf_pybinder.Network, load_inputs: mtf.libs.mtf_pybinder.ComLoadInputs, load_config: mtf.libs.mtf_pybinder.ComLoadConfig) → bool

Configure a burst in a set of com channels (CAN or Ethernet) using the provides data inputs.: If a channel was previously configured, the old configuration will be overrided!!

get_all_clusters(self: mtf.libs.mtf_pybinder.Network, cluster_type: mtf.libs.mtf_pybinder.mtf_cluster_type = <mtf_cluster_type.All: 7>) → list[mtf.libs.mtf_pybinder.Cluster]: Get all available clusters based on the cluster type.

get_all_db_consumed_services(self: mtf.libs.mtf_pybinder.Network) → list[mtf.libs.mtf_pybinder.mtf_datamodel_services.ConsumedServiceAttribute]: Get all consumed services from the db.

get_all_db_provided_services(self: mtf.libs.mtf_pybinder.Network) → list[mtf.libs.mtf_pybinder.mtf_datamodel_services.ProvidedServiceAttribute]: Get all provided services from the db.

get_all_ecus(self: mtf.libs.mtf_pybinder.Network) → list[mtf.libs.mtf_pybinder.Ecu]: Get list of all ECU instances with respect to provided DB

get_all_network_endpoints(self: mtf.libs.mtf_pybinder.Network) → list[mtf.libs.mtf_pybinder.mtf_datamodel_system_topology.NetworkEndpoint]: Get all NetworkEndpoints from the db.

get_all_out_npdus(self: mtf.libs.mtf_pybinder.Network, channel_name: str = '') → list[mtf.libs.mtf_pybinder.NPdu]: Get all output npdus from all ecus.

get_all_out_npdus_by_name(self: mtf.libs.mtf_pybinder.Network, pdu_name: str, channel_name: str = '') → list[mtf.libs.mtf_pybinder.NPdu]: Get all output npdus from all ecus by pdu name.

get_all_virtual_lans(self: mtf.libs.mtf_pybinder.Network) → list[mtf.libs.mtf_pybinder.mtf_datamodel_system_topology.VirtualLan]: Get all VirtualLans from the db.

start_bursts(self: mtf.libs.mtf_pybinder.Network) → bool: Start all previously configured bursts synchronously.

start_communication(self: mtf.libs.mtf_pybinder.Network, ecu_interface: mtf.libs.mtf_pybinder.mtf_ecu_interface, excluded_ecus: set[str] | None = None) → None: start, depending on the chosen interface + excluded ECUs list, cyclic frames, NPDUs and SomeIP provided notifications transmission and subscribe to SomeIP consumed notifications taking into consideration the configured connected ECUs

stop_communication(self: mtf.libs.mtf_pybinder.Network, ecu_interface: mtf.libs.mtf_pybinder.mtf_ecu_interface, excluded_ecus: set[str] | None = None) → None: stop, depending on the chosen interface + excluded ECUs list cyclic frames, NPDUs and SomeIP provided notifications transmission and subscribe to SomeIP consumed notifications taking into consideration the configured connected ECUs

try_get_channel_by_name(self: mtf.libs.mtf_pybinder.Network, channel_name: str) → mtf.libs.mtf_pybinder.ComChannel: Get instance of ComChannel with reference to channel_name. Return None if no channel has the name channel_name

try_get_cluster_by_name(self: mtf.libs.mtf_pybinder.Network, cluster_name: str) → mtf.libs.mtf_pybinder.Cluster: Get instance of Cluster with reference to cluster_name. Return None if no cluster has the name cluster_name

try_get_decoder(self: mtf.libs.mtf_pybinder.Network, service_name_or_id: int | str, message_name_or_id: int | str, is_input: bool = True) → mtf.libs.mtf_pybinder.SomeIpMessageDecoder | None: Try getting a message decoder for specific SomeIp message. It returns None if this message does not exist. set is_input to false to get decoder for SomeIp method output parameters

try_get_ecu_by_name(self: mtf.libs.mtf_pybinder.Network, ecu_name: str) → mtf.libs.mtf_pybinder.Ecu: Get instance of Ecu with reference to ecu_name. Return None if no ecu has the name ecu_name

try_get_ecu_channel_pairs_by_ip(self: mtf.libs.mtf_pybinder.Network, ip_address: str) → list[tuple[mtf.libs.mtf_pybinder.Ecu, str]]: Attempt to get ECUs and their corresponding channel names based on a specific IP address. return: A list of tuples, each containing an ECU object and its corresponding channel name

try_get_encoder(self: mtf.libs.mtf_pybinder.Network, service_name_or_id: int | str, message_name_or_id: int | str, is_input: bool = True) → mtf.libs.mtf_pybinder.SomeIpMessageEncoder | None: Try getting a message encoder for specific SomeIp message. It returns None if this message does not exist. set is_input to false to get encoder for SomeIp method output parameters

static try_get_instance() → mtf.libs.mtf_pybinder.Network: Try get instance of com network. It returns None if the com layer is not configured

class mtf.libs.mtf_pybinder.NpduInfo

Struct to store NPDU metadata, including IPs, ports, and transport protocol.

__init__(self: mtf.libs.mtf_pybinder.NpduInfo) → None

__new__(**kwargs)

property channel

property dst_ip

property dst_port

property protocol

property src_ip

property src_port

class mtf.libs.mtf_pybinder.PduAddress

__init__(*args, **kwargs)

Overloaded function.

__init__(self: mtf.libs.mtf_pybinder.PduAddress) -> None
__init__(self: mtf.libs.mtf_pybinder.PduAddress, channel_name: str, frame_name_or_id: Union[int, str], pdu_name: str) -> None

__new__(**kwargs)

property channel_name

property frame_name_or_id

property pdu_name

class mtf.libs.mtf_pybinder.PduTiming

Pdu timing class

__init__(*args, **kwargs)

__new__(**kwargs)

class mtf.libs.mtf_pybinder.PduTimingType

Type

Members:

Cyclic

EventControlled

RequestControlled

Cyclic

EventControlled

RequestControlled

__init__(self: mtf.libs.mtf_pybinder.PduTimingType, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.PduUnusedArea

PDU unused area.

__init__(self: mtf.libs.mtf_pybinder.PduUnusedArea) → None

__new__(**kwargs)

property byte_order

property number_of_bits

property start_bit

class mtf.libs.mtf_pybinder.PortRangeToPortConfig

A struct to describe a VLAN priority (PCP) value based on a specific set of src port range & dst port configuration.

__init__(self: mtf.libs.mtf_pybinder.PortRangeToPortConfig, priority: int, src_port_range: tuple[int, int] | None = None, dst_port: int | None = None) → None

__new__(**kwargs)

property dst_port: Represents a the dst port number.

property priority: Priority Code Point (PCP). This is a 3-bit field. Higher values indicate higher priority. Valid range: 0 to 7.

property src_port_range: Represents a contiguous range of port numbers for the src port.

class mtf.libs.mtf_pybinder.PortRangeToPortRangeConfig

A struct to describe a VLAN priority (PCP) value based on a specific set of src port range & dst port range configuration.

__init__(self: mtf.libs.mtf_pybinder.PortRangeToPortRangeConfig, priority: int, src_port_range: tuple[int, int] | None = None, dst_port_range: tuple[int, int] | None = None) → None

__new__(**kwargs)

property dst_port_range: Represents a contiguous range of port numbers for the dst port.

property priority: Priority Code Point (PCP). This is a 3-bit field. Higher values indicate higher priority. Valid range: 0 to 7.

property src_port_range: Represents a contiguous range of port numbers for the src port.

class mtf.libs.mtf_pybinder.PortToPortConfig

a struct to describe a VLAN priority (PCP) value based on a specific set of src port & dst port configuration.

__init__(self: mtf.libs.mtf_pybinder.PortToPortConfig, priority: int, src_port: int | None = None, dst_port: int | None = None) → None

__new__(**kwargs)

property dst_port: Represents a the dst port number.

property priority: Priority Code Point (PCP). This is a 3-bit field. Higher values indicate higher priority. Valid range: 0 to 7.

property src_port: Represents a the src port number.

class mtf.libs.mtf_pybinder.PortToPortRangeConfig

A struct to describe a VLAN priority (PCP) value based on a specific set of src port & dst port range configuration.

__init__(self: mtf.libs.mtf_pybinder.PortToPortRangeConfig, priority: int, src_port: int | None = None, dst_port_range: tuple[int, int] | None = None) → None

__new__(**kwargs)

property dst_port_range: Represents a contiguous range of port numbers for the dst port.

property priority: Priority Code Point (PCP). This is a 3-bit field. Higher values indicate higher priority. Valid range: 0 to 7.

property src_port: Represents a the src port number.

class mtf.libs.mtf_pybinder.QinQTag

Struct to describe QinQTag.

__init__(self: mtf.libs.mtf_pybinder.QinQTag, has_inner: bool, inner_vlan_tag: mtf.libs.mtf_pybinder.VlanTag, has_outer: bool, outer_vlan_tag: mtf.libs.mtf_pybinder.VlanTag) → None

__new__(**kwargs)

property has_inner: indicate either the QinQ Tag has an inner vlan tag or not.

property has_outer: indicate either the QinQ Tag has an outer vlan tag or not.

property inner_vlan_tag: inner vlan tag.

property outer_vlan_tag: outer vlan tag.

class mtf.libs.mtf_pybinder.Reliability

Enum class for Reliability values

Members:

Reliable

Unreliable

Any

Any

Reliable

Unreliable

__init__(self: mtf.libs.mtf_pybinder.Reliability, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.Result

Enum class for return value of mtf core functions

Members:

NotImplemented

NotOk

NotSupported

Ok

OkInProgress

Timeout

NotImplemented

NotOk

NotSupported

Ok

OkInProgress

Timeout

__init__(self: mtf.libs.mtf_pybinder.Result, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.SerialChannel

__init__(*args, **kwargs)

__new__(**kwargs)

clear_history(self: mtf.libs.mtf_pybinder.MTFSerialListener) → None: Clear Cached history

static get_can_channel(channel_name: str) → mtf.libs.mtf_pybinder.CanChannel

Get a CAN channel instance. Arg:

channel_name (string)

Return: CANBus

static get_ethernet_channel(channel_name: str) → mtf.libs.mtf_pybinder.EthernetChannel

Get a Ethernet channel instance. Arg:

channel_name (string)

Return: EthernetBus

static get_flexray_channel(channel_name: str) → mtf.libs.mtf_pybinder.FlexRayChannel

Get a FlexRay channel instance. Arg:

channel_name (string)

Return: FlexrayBus

get_history(self: mtf.libs.mtf_pybinder.MTFSerialListener) → list[MtfSerialEvent]: Get cached history

static get_instance(channel_name: str) → mtf.libs.mtf_pybinder.SerialChannel: get instance of serial channel Arg:

channel_name (string)

static get_io_channel(channel_name: str) → mtf.libs.mtf_pybinder.IoChannel

Get a IO channel instance. Arg:

channel_name (string)

Return: IoChannel

static get_lin_channel(channel_name: str) → mtf.libs.mtf_pybinder.LinChannel

Get a LIN channel instance. Arg:

channel_name (string)

Return: LinBus

static get_serial_channel(channel_name: str) → mtf.libs.mtf_pybinder.SerialChannel

Get a Serial channel instance. Arg:

channel_name (string)

Return: SerialChannel

property name: Get channel name

send_message(self: mtf.libs.mtf_pybinder.SerialChannel, message: str) → bool

send serial message in given channel Arg:

message (string): The string representing the text message to be sent over the serial channel

Return : bool type

set_interception_function(self: mtf.libs.mtf_pybinder.Channel, interception_function: Callable[[mtf.libs.mtf_pybinder.MtfDataFrameEvent], None]) → bool

Set a function to be called before sending any frame for the specified channel. The function is responsible for processing the data frame request and may modify the payload using “set_payload” method. If you want to drop the frame, you just need to set it to “None”. It is not thread-safe and should be used with caution. So, it is advised to set it once prior to any transmission on the corresponding channel. Arg:

interception_function: It is used to store a callback function or a callable object that will be executed with an argument
of type mtf::core::DataFrameRequestPtr

Return: bool type

start_listening(*args, **kwargs)

Overloaded function.

start_listening(self: mtf.libs.mtf_pybinder.MTFSerialListener, callback: Callable[[str, int, Union[str, list[int]], int], None], get_messages_as_string: bool = True) -> bool

Start the data acquisition, callback will be triggered with every received new event providing the serial message as string or as bytes based on get_messages_as_string value

start_listening(self: mtf.libs.mtf_pybinder.MTFSerialListener, get_messages_as_string: bool = True) -> bool

Start the data acquisition

stop_listening(self: mtf.libs.mtf_pybinder.MTFSerialListener) → bool: Stop the data acquisition

transfer_history(self: mtf.libs.mtf_pybinder.MTFSerialListener) → list[MtfSerialEvent]: Get and then clear cached history

property type: Get channel type

unset_interception_function(self: mtf.libs.mtf_pybinder.Channel) → None: Unset the previously set interception function for the specified channel.

class mtf.libs.mtf_pybinder.ServicePack

Members:

BMWSP18

BMWSP21

BMWSP25

CARIAD

HONDA

GM

FORD_FNV3

DEFAULT

BMWSP18

BMWSP21

BMWSP25

CARIAD

DEFAULT

FORD_FNV3

GM

HONDA

__init__(self: mtf.libs.mtf_pybinder.ServicePack, value: int) → None

__new__(**kwargs)

property name

property value

mtf.libs.mtf_pybinder.SetSignalPlaybackOutputCreatorFunction(arg0: Callable[[mtf::api::xil::VariableRef], Callable[[float, float], None]]) → None

class mtf.libs.mtf_pybinder.SignalLayoutInfo

Signal layout info.

__init__(self: mtf.libs.mtf_pybinder.SignalLayoutInfo) → None

__new__(**kwargs)

property bit_length

property byte_order

property start_bit

class mtf.libs.mtf_pybinder.SignalsDecoderEncoder

Signals encoder/decoder class

static Create(*args, **kwargs)

Overloaded function.

Create(channel_name: str, frame_name_or_id: Union[int, str]) -> Optional[mtf.libs.mtf_pybinder.SignalsDecoderEncoder]

Create a legacy frame encoder/decoder. Returns None if the frame does not exist.

Create(pdu_address: mtf.libs.mtf_pybinder.PduAddress) -> Optional[mtf.libs.mtf_pybinder.SignalsDecoderEncoder]

Create a legacy PDU encoder/decoder. Returns None if the PDU does not exist.

Create(npdu_address: mtf.libs.mtf_pybinder.NPduAddress) -> Optional[mtf.libs.mtf_pybinder.SignalsDecoderEncoder]

Create an NPdu encoder/decoder. Returns None if the NPdu does not exist.

__init__(*args, **kwargs)

__new__(**kwargs)

decode(self: mtf.libs.mtf_pybinder.SignalsDecoderEncoder, payload: list[int], decoding_attribute: mtf.libs.mtf_pybinder.SignalsEncodingDecodingAttribute) → dict[str, int | int | float | list[int] | str]: Decode payload into a (signal name:signal value) pairs

encode(self: mtf.libs.mtf_pybinder.SignalsDecoderEncoder, signals_values: dict[str, int | int | float | list[int] | str], encoding_attribute: mtf.libs.mtf_pybinder.SignalsEncodingDecodingAttribute) → list[int]: Encode signals values into a PDU/Frame payload

class mtf.libs.mtf_pybinder.SignalsEncodingDecodingAttribute

Members:

BYTES

RAW_VALUES

PHYSICAL_VALUES

BYTES

PHYSICAL_VALUES

RAW_VALUES

__init__(self: mtf.libs.mtf_pybinder.SignalsEncodingDecodingAttribute, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.SimpleMemberType

Enum class for Simple member type

Members:

string

double

int64

uint64

__init__(self: mtf.libs.mtf_pybinder.SimpleMemberType, value: int) → None

__new__(**kwargs)

double

int64

property name

string

uint64

property value

class mtf.libs.mtf_pybinder.SocketState

enum of the socket state

Members:

Uninitialized

Connecting

Connected

Disconnecting

Disconnected

Connected

Connecting

Disconnected

Disconnecting

Uninitialized

__init__(self: mtf.libs.mtf_pybinder.SocketState, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.SomeIPMessageType

Enum class for SomeIp message type

Members:

Error

ErrorAck

Notification

NotificationAck

Request

RequestAck

RequestNoReturn

RequestNoReturnAck

Response

ResponseAck

Error

ErrorAck

Notification

NotificationAck

Request

RequestAck

RequestNoReturn

RequestNoReturnAck

Response

ResponseAck

__init__(self: mtf.libs.mtf_pybinder.SomeIPMessageType, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.SomeIpConsumedService

SomeIp consumed service class

__init__(*args, **kwargs)

__new__(**kwargs)

property address: Get SomeIp service address elements

property cyclic_announce_delay: SdParameter CyclicAnnounceDelay

get_all_events(self: mtf.libs.mtf_pybinder.SomeIpService) → list[mtf.libs.mtf_pybinder.SomeIpMessage]: Get all service events. This function could be used for both provided and consumed services

get_all_fields(self: mtf.libs.mtf_pybinder.SomeIpService) → list[mtf.libs.mtf_pybinder.SomeIpField]: Get all service fields. This function could be used for both provided and consumed services

get_all_methods(self: mtf.libs.mtf_pybinder.SomeIpService) → list[mtf.libs.mtf_pybinder.SomeIpMessage]: Get all service methods. This function could be used for both provided and consumed services

property initial_delay_max: SdParameter InitialDelayMax

property ip_address: NetworkLayerParameter EndPointIpAddress

property minor_version: SdParameter MinorVersion

property port_number: TransportLayerParameter TransportPort

property query_response_delay: SdParameter QueryResponseDelay

property repetition_base: SdParameter RepetitionBase

property repetition_max: SdParameter RepetitionMax

request(self: mtf.libs.mtf_pybinder.SomeIpConsumedService) → mtf.libs.mtf_pybinder.Result: Register the ecu as a client for this service

property service_name: SdParameter ServiceName

stop_request(self: mtf.libs.mtf_pybinder.SomeIpConsumedService) → mtf.libs.mtf_pybinder.Result: Unregister the ecu as a client for this service

subscribe_for_all(self: mtf.libs.mtf_pybinder.SomeIpConsumedService) → mtf.libs.mtf_pybinder.Result: Subscribe for all events and field notifiers of this service

try_get_event_by_name(self: mtf.libs.mtf_pybinder.SomeIpService, event_name: str) → mtf.libs.mtf_pybinder.SomeIpMessage: Get service event by name. This function could be used for both provided and consumed services. Return None if the event is not found.

try_get_field_by_name(self: mtf.libs.mtf_pybinder.SomeIpService, field_name: str) → mtf.libs.mtf_pybinder.SomeIpField: Get service field by name. This function could be used for both provided and consumed services. Return None if the field is not found.

try_get_message_by_id(self: mtf.libs.mtf_pybinder.SomeIpService, message_id: int) → mtf.libs.mtf_pybinder.SomeIpMessage: Get service event/field accessors/method by id. This function could be used for both provided and consumed services. Return None if the message is not found.

try_get_method_by_name(self: mtf.libs.mtf_pybinder.SomeIpService, method_name: str) → mtf.libs.mtf_pybinder.SomeIpMessage: Get service method by name. This function could be used for both provided and consumed services. Return None if the method is not found.

property ttl: SdParameter Ttl

unsubscribe_from_all(self: mtf.libs.mtf_pybinder.SomeIpConsumedService) → mtf.libs.mtf_pybinder.Result: Unsubscribe from all events and field notifiers of this service

class mtf.libs.mtf_pybinder.SomeIpField

SomeIp field class

__init__(*args, **kwargs)

__new__(**kwargs)

property name: Get field name

try_get_getter(self: mtf.libs.mtf_pybinder.SomeIpField) → mtf.libs.mtf_pybinder.SomeIpMessage: Return field getter if available

try_get_notifier(self: mtf.libs.mtf_pybinder.SomeIpField) → mtf.libs.mtf_pybinder.SomeIpMessage: Return field notifier if available

try_get_setter(self: mtf.libs.mtf_pybinder.SomeIpField) → mtf.libs.mtf_pybinder.SomeIpMessage: Return field setter if available

class mtf.libs.mtf_pybinder.SomeIpListenerType

Members:

GetSomeipMessages

GetRawPacket

GetSeparateFrames

GetRawPacket

GetSeparateFrames

GetSomeipMessages

__init__(self: mtf.libs.mtf_pybinder.SomeIpListenerType, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.SomeIpMemberMetadata

Struct to store SomeIp member decoding meta deta

__init__(self: mtf.libs.mtf_pybinder.SomeIpMemberMetadata) → None

__new__(**kwargs)

property tlv_data: TLV meta deta

class mtf.libs.mtf_pybinder.SomeIpMemberTlvMetadata

Struct to store SomeIp member decoding TLV meta deta

__init__(self: mtf.libs.mtf_pybinder.SomeIpMemberTlvMetadata) → None

__new__(**kwargs)

property data_id: Data id value

property data_length: data length when available

property wire_type: Wire type value

class mtf.libs.mtf_pybinder.SomeIpMessage

SomeIp message class

__init__(*args, **kwargs)

__new__(**kwargs)

property address: Get SomeIp message address

get_data_type_or_parameters(self: mtf.libs.mtf_pybinder.SomeIpMessage, input: bool = True) → mtf.libs.mtf_pybinder.mtf_someip_datatypes.BaseDataType | dict[int, mtf.libs.mtf_pybinder.mtf_someip_datatypes.ServiceParameter]: get data type(basic member) or input/output parameters.

property name: Get SomeIp message name

set_tlv_encoding_attributes(self: mtf.libs.mtf_pybinder.SomeIpMessage, attributes: mtf.libs.mtf_pybinder.TlvEncodingAttributes, path: str = '') → mtf.libs.mtf_pybinder.Result: Set Tlv encoding attributes, will return NotOk if the message if the path does not exist or is not tlv related path: path to the tlv member/argument or its parent, use the default value to set the attributes (i.e its arguments order) of the SomeIpMessage itself

start_listening(self: mtf.libs.mtf_pybinder.SomeIpMessage, callback: Callable[[mtf.libs.mtf_pybinder.SomeIpMessageAddress, list[int], mtf.libs.mtf_pybinder.mtf_timestamp, mtf.libs.mtf_pybinder.SomeIPMessageType], None]) → mtf.libs.mtf_pybinder.Result: Start listening to SomeIp message received events using the specified callback function.

stop_listening(self: mtf.libs.mtf_pybinder.SomeIpMessage) → mtf.libs.mtf_pybinder.Result: Stop listening to SomeIp message received events.

try_get_simple_member_by_path(self: mtf.libs.mtf_pybinder.SomeIpMessage, element_path: str) → mtf.libs.mtf_pybinder.SomeIpSimpleMember

Get a simple member by path. This path can be classified by the type of MemberName 1 - MemberName whose type is primitive (simple) for example Int8, Int16, Int32, float, double, Enum,…

==> Get directly the member of the messageID Example : INPUT::inputName (method request)

: RETURN::outputName (method response) : inputName (event) : fieldNotifierName (notifier)

2 - MemberName whose type is complex (struct or struct in a struct ,…)

==> Follow the level of complexity until reaching a primitive type and then check it, to pass from one level to
another lever use

Example Complex (struct)argument should be primitive :: INPUT::inputName::Argument RETURN::outputName::Argument inputName::Argument fieldNotifierName::Argument
Example doubly Complex (struct in struct) :: INPUT::inputName::memberName::Argument RETURN::outputName::memberName::Argument inputName::memberName::Argument fieldNotifierName::memberName::Argument
Example triply Complex (struct in the struct in struct): INPUT::inputName::memberName::subMember::Argument RETURN::outputName::memberName::subMember::Argument inputName::memberName::subMember::Argument fieldNotifierName::memberName::subMember::Argument

3 - MemberName whose type is dynamic array (array or matrix)

Only members until min size of a dynamic length array are created by default. To Set/check additional members, all array-size members in the member path need to be set (value should be between min and max size) ARRAY_SIZE member path = ARRAY_PATH::array_dimension_value::ARRAY_SIZE Example : array_name::1::ARRAY_SIZE ::1:: array dimension == 1 (it is an array not a matrix (dimension == 2)) array_name is a dynamic array, the user expects to have 15 elements in the array, and 15 should be between min and max

After resizing the dynamic array, the user can check any member at any index in the array like that :: array_name::array_dimension::index_to_be_check_in_the_array * array_dimension == 1 in the case of the simple dynamic array * array_dimension == 2 in case of the double dynamic array (matrix) * index_to_be_check_in_the_array : from index 1 to the chosen index (15 in the last example)

Example : INPUT::inputName::1::2 ==> Get the element in the index 2to be equal to 12 in the simple array Example : INPUT::inputName::1::15 ==> Get the element in the index 15 to equal 10 in the simple array Note: we can have a dynamic array of structs, in this case, apply rules 2 and 3

try_serialize_and_transmit(self: mtf.libs.mtf_pybinder.SomeIpMessage) → mtf.libs.mtf_pybinder.Result: Serialize simple members values Update field value if msg is of type ServerNotifier or ServerGetter Transmit the message if it is not a response msg Return NotOk if the message can not be simulated (e.g ConsumedEvent), updated(ServerSetter) or serialized(ClientGetter)

try_transmit(self: mtf.libs.mtf_pybinder.SomeIpMessage, payload: list[int]) → mtf.libs.mtf_pybinder.Result: Update field value if msg is of type ServerNotifier or ServerGetter Transmit the message if it is not of type response Return always NotOk if the message can not be simulated (e.g ConsumedEvent) or updated (ServerSetter) or if it has ServerMethod type

property type: Get SomeIp message type

class mtf.libs.mtf_pybinder.SomeIpMessageAddress

Struct to store SomeIp message address elements

__init__(self: mtf.libs.mtf_pybinder.SomeIpMessageAddress) → None

__new__(**kwargs)

property instance_id

property major_version

property message_id

property reliability

property service_id

class mtf.libs.mtf_pybinder.SomeIpMessageDecoder

SomeIp message decoder class

__init__(*args, **kwargs)

__new__(**kwargs)

static create_decoder(*args, **kwargs)

Overloaded function.

create_decoder(data_type: mtf.libs.mtf_pybinder.mtf_someip_datatypes.BaseDataType) -> mtf.libs.mtf_pybinder.SomeIpMessageDecoder

Create a decoder for a SomeIp DataType

create_decoder(parameters: dict[int, mtf.libs.mtf_pybinder.mtf_someip_datatypes.ServiceParameter]) -> mtf.libs.mtf_pybinder.SomeIpMessageDecoder

Create a decoder for a SomeIp parameters

decode(self: mtf.libs.mtf_pybinder.SomeIpMessageDecoder, payload: list[int]) → dict[str, str | float | int | int]: Decode a payload into a dict of simple members values

decode_as_tree(self: mtf.libs.mtf_pybinder.SomeIpMessageDecoder, payload: list[int]) → list[mtf.libs.mtf_pybinder.MembersValuesTree]: Decode a payload into a tree of values for each parameter, return empty list if there was an issue decoding the payload

get_datatype_or_params(self: mtf.libs.mtf_pybinder.SomeIpMessageDecoder) → mtf.libs.mtf_pybinder.mtf_someip_datatypes.BaseDataType | dict[int, mtf.libs.mtf_pybinder.mtf_someip_datatypes.ServiceParameter]

static try_get_decoder(service_name_or_id: int | str, message_name_or_id: int | str, input_parameters: bool = True) → mtf.libs.mtf_pybinder.SomeIpMessageDecoder | None: Try getting a message decoder for specific SomeIp message. It returns None if this message does not exist.

class mtf.libs.mtf_pybinder.SomeIpMessageEncoder

SomeIp message encoder class

__init__(*args, **kwargs)

__new__(**kwargs)

static create_encoder(*args, **kwargs)

Overloaded function.

create_encoder(data_type: mtf.libs.mtf_pybinder.mtf_someip_datatypes.BaseDataType) -> mtf.libs.mtf_pybinder.SomeIpMessageEncoder

Create an encoder for a SomeIp DataType

create_encoder(parameters: dict[int, mtf.libs.mtf_pybinder.mtf_someip_datatypes.ServiceParameter]) -> mtf.libs.mtf_pybinder.SomeIpMessageEncoder

Create an encoder for a SomeIp parameters

encode(self: mtf.libs.mtf_pybinder.SomeIpMessageEncoder, values: dict[str, str | float | int | int] = {}, encoding_attributes: dict[str, mtf.libs.mtf_pybinder.TlvEncodingAttributes] = {}) → list[int]: Encode values into a payload taking into considering the encoding attributes, a default value will be used for available simple members if no value is given, the given values will be casted to the member type if possible e.g if the given value is of type string while the member type of an integral type an empty payload will be returned, E2E protection will not be considered!

get_datatype_or_params(self: mtf.libs.mtf_pybinder.SomeIpMessageEncoder) → mtf.libs.mtf_pybinder.mtf_someip_datatypes.BaseDataType | dict[int, mtf.libs.mtf_pybinder.mtf_someip_datatypes.ServiceParameter]

static try_get_encoder(service_name_or_id: int | str, message_name_or_id: int | str, input_parameters: bool = True) → mtf.libs.mtf_pybinder.SomeIpMessageEncoder | None: Try getting a message decoder for specific SomeIp message. It returns None if this message does not exist.

class mtf.libs.mtf_pybinder.SomeIpProvidedService

SomeIp provided service class

__init__(*args, **kwargs)

__new__(**kwargs)

property address: Get SomeIp service address elements

property cyclic_announce_delay: SdParameter CyclicAnnounceDelay

get_all_events(self: mtf.libs.mtf_pybinder.SomeIpService) → list[mtf.libs.mtf_pybinder.SomeIpMessage]: Get all service events. This function could be used for both provided and consumed services

get_all_fields(self: mtf.libs.mtf_pybinder.SomeIpService) → list[mtf.libs.mtf_pybinder.SomeIpField]: Get all service fields. This function could be used for both provided and consumed services

get_all_methods(self: mtf.libs.mtf_pybinder.SomeIpService) → list[mtf.libs.mtf_pybinder.SomeIpMessage]: Get all service methods. This function could be used for both provided and consumed services

property initial_delay_max: SdParameter InitialDelayMax

property ip_address: NetworkLayerParameter EndPointIpAddress

property minor_version: SdParameter MinorVersion

offer_all_events(self: mtf.libs.mtf_pybinder.SomeIpProvidedService) → mtf.libs.mtf_pybinder.Result: Offer all event and all field notifiers and start their cyclic transmission when applicable

property port_number: TransportLayerParameter TransportPort

property query_response_delay: SdParameter QueryResponseDelay

property repetition_base: SdParameter RepetitionBase

property repetition_max: SdParameter RepetitionMax

property service_name: SdParameter ServiceName

start_cyclic_transmission(self: mtf.libs.mtf_pybinder.SomeIpProvidedService, message_id: int) → mtf.libs.mtf_pybinder.Result: Start cyclic transmission of the given event or field notifier. Return NotOk if the event or field notifier is not found

start_offer(self: mtf.libs.mtf_pybinder.SomeIpProvidedService) → mtf.libs.mtf_pybinder.Result: Start offering service

stop_cyclic_transmission(self: mtf.libs.mtf_pybinder.SomeIpProvidedService, message_id: int) → mtf.libs.mtf_pybinder.Result: Stop cyclic transmission for a specific event or field notifier. Return NotOk if the event or field notifier is not found

stop_offer(self: mtf.libs.mtf_pybinder.SomeIpProvidedService) → mtf.libs.mtf_pybinder.Result: Stop offering service

stop_offer_all_events(self: mtf.libs.mtf_pybinder.SomeIpProvidedService) → mtf.libs.mtf_pybinder.Result: Stop offering all event and all field notifiers

try_get_event_by_name(self: mtf.libs.mtf_pybinder.SomeIpService, event_name: str) → mtf.libs.mtf_pybinder.SomeIpMessage: Get service event by name. This function could be used for both provided and consumed services. Return None if the event is not found.

try_get_field_by_name(self: mtf.libs.mtf_pybinder.SomeIpService, field_name: str) → mtf.libs.mtf_pybinder.SomeIpField: Get service field by name. This function could be used for both provided and consumed services. Return None if the field is not found.

try_get_message_by_id(self: mtf.libs.mtf_pybinder.SomeIpService, message_id: int) → mtf.libs.mtf_pybinder.SomeIpMessage: Get service event/field accessors/method by id. This function could be used for both provided and consumed services. Return None if the message is not found.

try_get_method_by_name(self: mtf.libs.mtf_pybinder.SomeIpService, method_name: str) → mtf.libs.mtf_pybinder.SomeIpMessage: Get service method by name. This function could be used for both provided and consumed services. Return None if the method is not found.

property ttl: SdParameter Ttl

class mtf.libs.mtf_pybinder.SomeIpService

SomeIp service class

__init__(*args, **kwargs)

__new__(**kwargs)

property address: Get SomeIp service address elements

get_all_events(self: mtf.libs.mtf_pybinder.SomeIpService) → list[mtf.libs.mtf_pybinder.SomeIpMessage]: Get all service events. This function could be used for both provided and consumed services

get_all_fields(self: mtf.libs.mtf_pybinder.SomeIpService) → list[mtf.libs.mtf_pybinder.SomeIpField]: Get all service fields. This function could be used for both provided and consumed services

get_all_methods(self: mtf.libs.mtf_pybinder.SomeIpService) → list[mtf.libs.mtf_pybinder.SomeIpMessage]: Get all service methods. This function could be used for both provided and consumed services

try_get_event_by_name(self: mtf.libs.mtf_pybinder.SomeIpService, event_name: str) → mtf.libs.mtf_pybinder.SomeIpMessage: Get service event by name. This function could be used for both provided and consumed services. Return None if the event is not found.

try_get_field_by_name(self: mtf.libs.mtf_pybinder.SomeIpService, field_name: str) → mtf.libs.mtf_pybinder.SomeIpField: Get service field by name. This function could be used for both provided and consumed services. Return None if the field is not found.

try_get_message_by_id(self: mtf.libs.mtf_pybinder.SomeIpService, message_id: int) → mtf.libs.mtf_pybinder.SomeIpMessage: Get service event/field accessors/method by id. This function could be used for both provided and consumed services. Return None if the message is not found.

try_get_method_by_name(self: mtf.libs.mtf_pybinder.SomeIpService, method_name: str) → mtf.libs.mtf_pybinder.SomeIpMessage: Get service method by name. This function could be used for both provided and consumed services. Return None if the method is not found.

class mtf.libs.mtf_pybinder.SomeIpServiceAddress

Struct to store SomeIp service address elements

__init__(self: mtf.libs.mtf_pybinder.SomeIpServiceAddress) → None

__new__(**kwargs)

property instance_id

property major_version

property reliability

property service_id

class mtf.libs.mtf_pybinder.SomeIpSimpleMember

SomeIp simple member class

__init__(*args, **kwargs)

__new__(**kwargs)

get_last_read_value(self: mtf.libs.mtf_pybinder.SomeIpSimpleMember) → str | float | int | int: Get last read value of this simple member

set_value(self: mtf.libs.mtf_pybinder.SomeIpSimpleMember, value: str | float | int | int) → bool: set the value of the simple member return False if the value type does not match the member type string -> str int8, int16, int32, int64, uint8, uint16, uint32, uint64 -> int float32, float64 -> float

start_listening(self: mtf.libs.mtf_pybinder.SomeIpSimpleMember, callback: Callable[[mtf.libs.mtf_pybinder.SomeIpMessageAddress, mtf.libs.mtf_pybinder.SomeIpSimpleMember, mtf.libs.mtf_pybinder.mtf_timestamp, str], None], on_change: bool = False) → mtf.libs.mtf_pybinder.Result: Start listening to simple member value received events. If “on_change” is set to True, the callback will be called only if the value of this simple member has changed.

stop_listening(self: mtf.libs.mtf_pybinder.SomeIpSimpleMember) → mtf.libs.mtf_pybinder.Result: Stop listening to SomeIp simple member value received events.

property type: Get simple member type

class mtf.libs.mtf_pybinder.Source

enum of the source of the Timestamp (HW or SW)

Members:

Default

PreferHw

Default

PreferHw

__init__(self: mtf.libs.mtf_pybinder.Source, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.TimeRangeType

time range type class

__init__(*args, **kwargs)

Overloaded function.

__init__(self: mtf.libs.mtf_pybinder.TimeRangeType) -> None
__init__(self: mtf.libs.mtf_pybinder.TimeRangeType, arg0: float, arg1: float, arg2: float) -> None
__init__(self: mtf.libs.mtf_pybinder.TimeRangeType, arg0: float) -> None

__new__(**kwargs)

get_max_tolerance(self: mtf.libs.mtf_pybinder.TimeRangeType) → float

get_min_tolerance(self: mtf.libs.mtf_pybinder.TimeRangeType) → float

get_tolerance_max_us(self: mtf.libs.mtf_pybinder.TimeRangeType) → int: Get the maximum tolerance in microseconds

get_tolerance_min_us(self: mtf.libs.mtf_pybinder.TimeRangeType) → int: Get the minimum tolerance in microseconds

get_value(self: mtf.libs.mtf_pybinder.TimeRangeType) → float: Get the base timing value

get_value_ms(self: mtf.libs.mtf_pybinder.TimeRangeType) → int: Get value in milliseconds

get_value_us(self: mtf.libs.mtf_pybinder.TimeRangeType) → int: Get value in microseconds

class mtf.libs.mtf_pybinder.TlvAvailibility

Enum class for Tlv member/argument availibilty values

Members:

DEFAULT : optional member/argument will be not be encoded, mandatory member/argument will be encoded

AVAILABLE : Member/argument will be encoded

NOT_AVAILABLE : Member/argument will not be encoded

AVAILABLE

DEFAULT

NOT_AVAILABLE

__init__(self: mtf.libs.mtf_pybinder.TlvAvailibility, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.TlvEncodingAttributes

Struct to store tlv member/argument encoding attributes

__init__(*args, **kwargs)

Overloaded function.

__init__(self: mtf.libs.mtf_pybinder.TlvEncodingAttributes) -> None
__init__(self: mtf.libs.mtf_pybinder.TlvEncodingAttributes, arg0: list[str]) -> None
__init__(self: mtf.libs.mtf_pybinder.TlvEncodingAttributes, availability: mtf.libs.mtf_pybinder.TlvAvailibility, use_static_size_wire_type: bool = True, members_order: list[str] = []) -> None

__new__(**kwargs)

property availability: To be used to set the availiblity of a tlv member/argument

property members_order: To be used to set the order tlv struct members or method arguments

property use_static_size_wire_type: To be used to indicate the wire type(static or dynamic) of a complex tlv member/argument

class mtf.libs.mtf_pybinder.TlvWireType

Enum class for Tlv WireType values

Members:

K8BIT

K16BIT

K32BIT

K64BIT

ONE_BYTE_SIZE_LENGTH

TWO_BYTE_SIZE_LENGTH

FOUR_BYTE_SIZE_LENGTH

STATIC_SIZE_LENGTH

FOUR_BYTE_SIZE_LENGTH

K16BIT

K32BIT

K64BIT

K8BIT

ONE_BYTE_SIZE_LENGTH

STATIC_SIZE_LENGTH

TWO_BYTE_SIZE_LENGTH

__init__(self: mtf.libs.mtf_pybinder.TlvWireType, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.VlanForwarding

Struct to describe Vlan forwarding rules.

__init__(self: mtf.libs.mtf_pybinder.VlanForwarding, dst_multicast_ip_addr_vlans: list[mtf.libs.mtf_pybinder.QinQTag], dst_unicast_ip_addr_vlans: list[mtf.libs.mtf_pybinder.DstUnicastIpVlans]) → None

__new__(**kwargs)

property dst_multicast_ip_addr_vlans: presents list of Vlan QinQTag related to dst multicast ip addresses.

property dst_unicast_ip_addr_vlans: presents list of DstUnicastIpVlans.

class mtf.libs.mtf_pybinder.VlanTag

a struct to describe VLAN Tag.

__init__(self: mtf.libs.mtf_pybinder.VlanTag, vid: int, pcp: int, tpid: int, dei: bool) → None

__new__(**kwargs)

property dei: Drop Eligible Indicator (DEI), indicate frames eligible to be dropped in the presence of congestion.

property pcp: Priority Code Point (PCP). This is a 3-bit field. Higher values indicate higher priority. Valid range: 0 to 7.

property tpid: Tag Protocol Identifier (TPID), indicates the type of VLAN tag (e.g., 0x8100, 0x88A8, 0x9100).

property vid: VLAN Identifier (VID). This is a 12-bit field that identifies the VLAN to which the frame belongs.

class mtf.libs.mtf_pybinder.WinpkFilterChannel

__init__(*args, **kwargs)

__new__(**kwargs)

activate_packet_manipulation(self: mtf.libs.mtf_pybinder.WinpkFilterChannel) → bool: Enable packet manipulation feature for the WinpkFilter’s ethernet channel. Args: None Returns:

True if packet manipulation can be activated otherwise False.

deactivate_packet_manipulation(self: mtf.libs.mtf_pybinder.WinpkFilterChannel) → bool: Disable packet manipulation feature for the WinpkFilter’s ethernet channel. Args: None Returns:

True if packet manipulation can be deactivated otherwise False.

static get_instance(channel_name: str) → mtf.libs.mtf_pybinder.WinpkFilterChannel

Obtain an instance of a WinpkFilter channel.

Args:: channel_name (string): name of the WinpkFilter’s ethernet channel.
Returns:: WinpkFilterChannel: a WinpkFilter channel instance

set_msg_reception_callback(self: mtf.libs.mtf_pybinder.WinpkFilterChannel, on_msg_reception: Callable[[mtf::pybinder::WinpkFilterEthFrame], None]) → bool

Register/Deregister a callback to process incoming packets. Args:

on_msg_reception (Callable[[WinpkFilterEthFrame], None]): function to be called inorder to alter the frame data.

Returns:: True if callback function can be set otherwise False.

set_msg_transmission_callback(self: mtf.libs.mtf_pybinder.WinpkFilterChannel, on_msg_transmission: Callable[[mtf::pybinder::WinpkFilterEthFrame], None]) → bool

Register/Deregister a callback to process outgoing packets. Args:

on_msg_transmission (Callable[[WinpkFilterEthFrame], None]): function to be called inorder to alter the frame data.

Returns:: True if callback function can be set otherwise False.

class mtf.libs.mtf_pybinder.WinpkFilterEthFrame

__init__(*args, **kwargs)

__new__(**kwargs)

property drop

drop: bool Indicates whether frame to be dropped or not. Defaults to False. When set to True, frame will be dropped. When False, frame are passed normally.

Returns:: bool: The current drop status.

get_bytes(self: mtf.libs.mtf_pybinder.WinpkFilterEthFrame) → bytearray

Returns the current frame content as a bytearray. The returned bytearray reflects the portion of the internal buffer defined by the current frame length. Modifying the returned bytearray will not affect the internal buffer.

Args: None Returns:

bytearray: A copy of the valid frame data.

get_memoryview(self: mtf.libs.mtf_pybinder.WinpkFilterEthFrame) → memoryview

Obtain a memoryview over the frame’s internal buffer. This memoryview allows direct access to the underlying data without copying. Modifications to the view are reflected in the internal buffer.

Args: None Returns:

memoryview: A memoryview of the frame’s internal buffer.

property length

length: int The number of valid bytes currently stored in the frame. This value determines how much of the internal buffer is considered meaningful. It must not exceed the total capacity of the underlying memoryview.

Returns:: int: The number of valid bytes stored in the frame.

set_bytes(self: mtf.libs.mtf_pybinder.WinpkFilterEthFrame, bytes: bytearray) → None

Replaces the content of the frame with the given bytearray. The data is copied into the internal buffer.

Args:: data (bytearray): A sequence of bytes to store in the frame.

Returns: None

class mtf.libs.mtf_pybinder.XcpCommand

Members:

START_STOP_SYNCH

GET_DAQ_PROCESSOR_INFO

GET_DAQ_RESOLUTION_INFO

GET_DAQ_LIST_INFO

GET_DAQ_EVENT_INFO

GET_DAQ_EVENT_INFO

GET_DAQ_LIST_INFO

GET_DAQ_PROCESSOR_INFO

GET_DAQ_RESOLUTION_INFO

START_STOP_SYNCH

__init__(self: mtf.libs.mtf_pybinder.XcpCommand, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.XcpConfigOption

Members:

send_receive_retries

message_timeout

force_short_upload

status_polling_interval

max_cto_override

force_short_download

phys_value_in_daq_callback

skip_command

unskip_command

__init__(self: mtf.libs.mtf_pybinder.XcpConfigOption, value: int) → None

__new__(**kwargs)

force_short_download

force_short_upload

max_cto_override

message_timeout

property name

phys_value_in_daq_callback

send_receive_retries

skip_command

status_polling_interval

unskip_command

property value

class mtf.libs.mtf_pybinder.XcpConnectionType

Members:

CAN

ETH

FLEXRAY

NPDU

CAN

ETH

FLEXRAY

NPDU

__init__(self: mtf.libs.mtf_pybinder.XcpConnectionType, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.XcpDataType

Members:

ASCII

BOOL

UBYTE

SBYTE

UWORD

SWORD

ULONG

SLONG

UIINT64

INT64

FLOAT16

FLOAT32

FLOAT64

UNKNOWN

ASCII

BOOL

FLOAT16

FLOAT32

FLOAT64

INT64

SBYTE

SLONG

SWORD

UBYTE

UIINT64

ULONG

UNKNOWN

UWORD

__init__(self: mtf.libs.mtf_pybinder.XcpDataType, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.XcpEthProtocol

Members:

TCP

UDP

TCP

UDP

__init__(self: mtf.libs.mtf_pybinder.XcpEthProtocol, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.burst_can_frame

__init__(*args, **kwargs)

Overloaded function.

__init__(self: mtf.libs.mtf_pybinder.burst_can_frame) -> None
__init__(self: mtf.libs.mtf_pybinder.burst_can_frame, frame_id: int, payload: list[int], fd: bool, data_flags: int = 0) -> None

__new__(**kwargs)

class mtf.libs.mtf_pybinder.burst_ethernet_frame

__init__(*args, **kwargs)

Overloaded function.

__init__(self: mtf.libs.mtf_pybinder.burst_ethernet_frame) -> None
__init__(self: mtf.libs.mtf_pybinder.burst_ethernet_frame, frame_id: int, payload: list[int]) -> None

__new__(**kwargs)

class mtf.libs.mtf_pybinder.burst_flexray_frame

__init__(*args, **kwargs)

Overloaded function.

__init__(self: mtf.libs.mtf_pybinder.burst_flexray_frame) -> None
__init__(self: mtf.libs.mtf_pybinder.burst_flexray_frame, frame_id: int, payload: list[int], comm_channel: mtf.libs.mtf_pybinder.FRCommunicationChannel, error_flags: int = 0) -> None

__new__(**kwargs)

class mtf.libs.mtf_pybinder.can_frame

__init__(*args, **kwargs)

Overloaded function.

__init__(self: mtf.libs.mtf_pybinder.can_frame, frame_id: int, payload: list[int], is_fd: bool = False, flag: int = 0) -> None
__init__(self: mtf.libs.mtf_pybinder.can_frame, frame_id: int, payload: list[int], is_fd: bool = False, brs_on: mtf.libs.mtf_pybinder.BrsFlag = <BrsFlag.ON: 4>) -> None

__new__(**kwargs)

mtf.libs.mtf_pybinder.current_time() → int: Get the current real or virtual time (in milliseconds)

class mtf.libs.mtf_pybinder.ethernet_protocol

Members:

TCP

UDP

ICMPv6

Unknown

ICMPv6

TCP

UDP

Unknown

__init__(self: mtf.libs.mtf_pybinder.ethernet_protocol, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.flexray_frame

__init__(self: mtf.libs.mtf_pybinder.flexray_frame, arg0: str, arg1: list[int], arg2: int, arg3: int) → None

__new__(**kwargs)

class mtf.libs.mtf_pybinder.lin_frame

__init__(self: mtf.libs.mtf_pybinder.lin_frame, arg0: int, arg1: list[int]) → None

__new__(**kwargs)

class mtf.libs.mtf_pybinder.mtfPsSequncerType

Members:

WAVE

LIST

LIST

WAVE

__init__(self: mtf.libs.mtf_pybinder.mtfPsSequncerType, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.mtfPsSignalForm

data structure to define properties for ps voltage variation, this is the input for store_ps_signal_form

__init__(self: mtf.libs.mtf_pybinder.mtfPsSignalForm) → None

__new__(**kwargs)

property curve_type

property memory_slot

property repetition

property time_slots

property voltages

class mtf.libs.mtf_pybinder.mtf_api

__init__(*args, **kwargs)

__new__(**kwargs)

class mtf.libs.mtf_pybinder.mtf_arp_layer_filter

__init__(self: mtf.libs.mtf_pybinder.mtf_arp_layer_filter) → None

__new__(**kwargs)

property hw_size: ARP Hardware size

property hw_types: ARP Hardware types

property opcodes: ARP opcodes

property protocols_types: ARP protocols types

property sender_ip_address: Sender ip address

property sender_mac_address: Sender mac address

property target_ip_address: Target ip address

property target_mac_address: Target mac address

class mtf.libs.mtf_pybinder.mtf_binder

__init__(self: mtf.libs.mtf_pybinder.mtf_binder) → None

__new__(**kwargs)

check_license_for_method(self: mtf.libs.mtf_pybinder.mtf_binder, method_name: str) → bool: Check the license status for a method

cleanup_connection_pool(self: mtf.libs.mtf_pybinder.mtf_binder) → None: Clean up connection pool by closing and deleting all sockets instances

exit_framework(self: mtf.libs.mtf_pybinder.mtf_binder) → int: try to shutdown mtf core and all started modules , return 0 in case of success or an error code in case of failure

get_configured_service_pack(self: mtf.libs.mtf_pybinder.mtf_binder) → mtf.libs.mtf_pybinder.ServicePack: Get the configured service pack

get_lifecycle_state(self: mtf.libs.mtf_pybinder.mtf_binder) → mtf.libs.mtf_pybinder.LifeCycleState: Get LifeCycle State

get_mtf_api(self: mtf.libs.mtf_pybinder.mtf_binder) → int: Get the mtf api

start_application(self: mtf.libs.mtf_pybinder.mtf_binder, log_path: str, console_log_level: int, config_path: str, db_path: str = '', plugin_path: str = '', log_level: int = 1, is_rotate_lifecycle: int = 0) → bool: Init the MTF Core Load config files, Init HW, etc.

start_framework(self: mtf.libs.mtf_pybinder.mtf_binder, api_config: mtf.libs.mtf_pybinder.MtfApiSetup) → bool: Init the MTF Core and all modules with respect to the apiconfig Load config files, Init HW, etc.

start_signal_playback(self: mtf.libs.mtf_pybinder.mtf_binder) → None: Start signal playback from configured STI file

start_test_case(*args, **kwargs)

Overloaded function.

start_test_case(self: mtf.libs.mtf_pybinder.mtf_binder, test_config: mtf.libs.mtf_pybinder.mtf_test_config) -> bool

Start a Test Serie execution with config struct

start_test_case(self: mtf.libs.mtf_pybinder.mtf_binder, test_case_name: str, log_directory: str, tracing_active: bool = True, signal_playback_active: bool = True) -> bool

Start a Test Serie execution

start_test_serie(*args, **kwargs)

Overloaded function.

start_test_serie(self: mtf.libs.mtf_pybinder.mtf_binder, cycle_time_factor: int = 1, min_debounce_time: int = 0) -> bool

Start a Test Serie execution

start_test_serie(self: mtf.libs.mtf_pybinder.mtf_binder, serie_config: mtf.libs.mtf_pybinder.mtf_test_serie_config) -> bool

Start a Test Serie execution with config struct

stop_application(self: mtf.libs.mtf_pybinder.mtf_binder) → bool: De-Init the MTF Core

stop_signal_playback(self: mtf.libs.mtf_pybinder.mtf_binder) → None: Stop signal playback if active

stop_test_case(self: mtf.libs.mtf_pybinder.mtf_binder) → bool: Stop a Test case execution

stop_test_serie(self: mtf.libs.mtf_pybinder.mtf_binder) → bool: Stop a Test Serie execution

class mtf.libs.mtf_pybinder.mtf_burst

Interface to configure and transmit frame bursts

__init__(self: mtf.libs.mtf_pybinder.mtf_burst) → None

__new__(**kwargs)

cancel_async(self: mtf.libs.mtf_pybinder.mtf_burst) → None: Cancel all asynchronous bursts

clear(self: mtf.libs.mtf_pybinder.mtf_burst) → None: Remove all burst configurations

configure_can_frame_callback(self: mtf.libs.mtf_pybinder.mtf_burst, duration_ms: int, frequency: int, channel_list: list[str], stop_on_error: bool, callback: Callable[[], Optional[mtf::core::load_module::CanFrame]], extra_parameters: mtf.libs.mtf_pybinder.ExtraBurstParameters = <mtf.libs.mtf_pybinder.ExtraBurstParameters object at 0x0000020870750D30>) → int: Configure burst based on a callback to provide frames

configure_eth_frame_callback(self: mtf.libs.mtf_pybinder.mtf_burst, duration_ms: int, frequency: int, channel_list: list[str], stop_on_error: bool, callback: Callable[[], Optional[mtf::core::load_module::EthernetFrame]], extra_parameters: mtf.libs.mtf_pybinder.ExtraBurstParameters = <mtf.libs.mtf_pybinder.ExtraBurstParameters object at 0x0000020873BBAE70>) → int: Configure burst based on a callback to provide frames

configure_flx_frame_callback(self: mtf.libs.mtf_pybinder.mtf_burst, duration_ms: int, frequency: int, channel_list: list[str], stop_on_error: bool, callback: Callable[[], Optional[mtf::core::load_module::FlexrayFrame]], extra_parameters: mtf.libs.mtf_pybinder.ExtraBurstParameters = <mtf.libs.mtf_pybinder.ExtraBurstParameters object at 0x0000020873B36C30>) → int: Configure burst based on a callback to provide frames

configure_frame_list(self: mtf.libs.mtf_pybinder.mtf_burst, duration_ms: int, frequency: int, channel_list: list[str], stop_on_error: bool, frames: Union[list[mtf::core::load_module::CanFrame], list[mtf::core::load_module::FlexrayFrame], list[mtf::core::load_module::EthernetFrame]], iterations: int = -1, extra_parameters: mtf.libs.mtf_pybinder.ExtraBurstParameters = <mtf.libs.mtf_pybinder.ExtraBurstParameters object at 0x0000020873BBACB0>) → int: Configure burst based on a list of frames

frame_prefetching(self: mtf.libs.mtf_pybinder.mtf_burst, on_off: bool) → None: Enable/disable frame prefetching

remove(self: mtf.libs.mtf_pybinder.mtf_burst, handle: int) → None: Remove the given burst configuration

transmit(self: mtf.libs.mtf_pybinder.mtf_burst) → None: Start sending all configured bursts

transmit_async(self: mtf.libs.mtf_pybinder.mtf_burst) → None: Start sending all configured bursts asynchronously

update_eth_injection_method(self: mtf.libs.mtf_pybinder.mtf_burst, channel_name: str, injection_method: mtf::core::EthernetInjectionMethod) → bool

wait_until_finished(self: mtf.libs.mtf_pybinder.mtf_burst) → None: Wait and block until all asynchronous bursts have finished

class mtf.libs.mtf_pybinder.mtf_bus_listener

Set up captures of Ethernet frames on a specific interface (channel)

__init__(self: mtf.libs.mtf_pybinder.mtf_bus_listener, channel_name: str, filter: mtf.libs.mtf_pybinder.mtf_eth_filter = <mtf.libs.mtf_pybinder.mtf_eth_basic_filter object at 0x0000020870795CB0>) → None

Set up captures of Ethernet frames on a specific interface (channel)

channel_name: Channel where we will start the data acquisition filter: ethernet filter

__new__(**kwargs)

clear_history(self: mtf.libs.mtf_pybinder.mtf_bus_listener) → None: clear bus listener history

get_history(self: mtf.libs.mtf_pybinder.mtf_bus_listener) → list[MtfBusEvent]: Get bus listener history

set_channel_name(self: mtf.libs.mtf_pybinder.mtf_bus_listener, channel_name: str) → bool: Set the channel name

set_filter(self: mtf.libs.mtf_pybinder.mtf_bus_listener, Filter: list[dict[str, dict[str, int]]]) → None: Set Filter for Ethernet frame

start(self: mtf.libs.mtf_pybinder.mtf_bus_listener, CallBack: Callable | None = None) → bool

Start the data acquisition

callback: The function to call when a Ethernet frame (matching the defined filter) is received or transmitted on the channel

stop(self: mtf.libs.mtf_pybinder.mtf_bus_listener) → bool: Stop the data acquisition

transfer_history(self: mtf.libs.mtf_pybinder.mtf_bus_listener) → list[MtfBusEvent]: Transfer/move bus listener history

class mtf.libs.mtf_pybinder.mtf_bus_observer

__init__(self: mtf.libs.mtf_pybinder.mtf_bus_observer) → None

__new__(**kwargs)

check_bus_traffic(self: mtf.libs.mtf_pybinder.mtf_bus_observer, arg0: str, arg1: int, arg2: int) → bool: check traffic in bus

monitor_bus_traffic(self: mtf.libs.mtf_pybinder.mtf_bus_observer, arg0: str, arg1: int, arg2: int) → bool: monitor traffic in bus

start_bus_observer(self: mtf.libs.mtf_pybinder.mtf_bus_observer, arg0: str, arg1: int) → bool: start bus observer

stop_bus_observer(self: mtf.libs.mtf_pybinder.mtf_bus_observer, arg0: str, arg1: int) → bool: stop bus observer

class mtf.libs.mtf_pybinder.mtf_can_bus_listener

Set up captures of CAN frames on a specific channel

__init__(self: mtf.libs.mtf_pybinder.mtf_can_bus_listener, arg0: str) → None: Set up captures of CAN frames on a specific channel

__new__(**kwargs)

clear_history(self: mtf.libs.mtf_pybinder.mtf_can_bus_listener) → None: clear can bus listener history

get_history(self: mtf.libs.mtf_pybinder.mtf_can_bus_listener) → list[mtf.libs.mtf_pybinder.MtfDataFrameEvent]: Get can bus listener history

start_bus_listening(self: mtf.libs.mtf_pybinder.mtf_can_bus_listener, callback: Callable[[mtf.libs.mtf_pybinder.MtfDataFrameEvent], None], silent_mode: bool, flags: int = 0) → bool: Start the data acquisition, set flags to INCLUDE_FRAMES_WITH_ERROR to listen to frames with error

stop_bus_listening(self: mtf.libs.mtf_pybinder.mtf_can_bus_listener) → bool: Stop the data acquisition

class mtf.libs.mtf_pybinder.mtf_can_frame_listener

Set up a CAN frame capture on a specific channel

__init__(self: mtf.libs.mtf_pybinder.mtf_can_frame_listener, arg0: str, arg1: int) → None: Set up a CAN frame capture on a specific channel

__new__(**kwargs)

clear_history(self: mtf.libs.mtf_pybinder.mtf_can_frame_listener) → None: clear can bus listener history

get_history(self: mtf.libs.mtf_pybinder.mtf_can_frame_listener) → list[mtf.libs.mtf_pybinder.MtfDataFrameEvent]: Get can bus listener history

start_listening(self: mtf.libs.mtf_pybinder.mtf_can_frame_listener, callback: Callable[[mtf.libs.mtf_pybinder.MtfDataFrameEvent], None], direction: int, on_change_only: int, silent_mode: bool) → bool: Start the data acquisition

stop_listening(self: mtf.libs.mtf_pybinder.mtf_can_frame_listener) → bool: Stop the data acquisition

class mtf.libs.mtf_pybinder.mtf_can_tp_controller

Control the CAN TP messages sending and listeners registration

ConfigureFlowControl(self: mtf.libs.mtf_pybinder.mtf_can_tp_controller, block_size, : int, separation_time: int) → bool: configure flow control

__init__(self: mtf.libs.mtf_pybinder.mtf_can_tp_controller, channel_name: str, rx_frame_id: int, tx_frame_id: int, source_address: int = 0, target_address: int = 0) → None

__new__(**kwargs)

cleanUp(self: mtf.libs.mtf_pybinder.mtf_can_tp_controller) → bool: unregister listener

clear_config(self: mtf.libs.mtf_pybinder.mtf_can_tp_controller) → bool: remove CAN TP config

configure(self: mtf.libs.mtf_pybinder.mtf_can_tp_controller, callback: Callable, protocol: int, pdu_length: int, padding_value: int, flow_timeout: int) → bool: configure CANTP message

setup(self: mtf.libs.mtf_pybinder.mtf_can_tp_controller, callback: Callable) → bool: setup CAN TP coupling and register listener

transmit(self: mtf.libs.mtf_pybinder.mtf_can_tp_controller, payload: list[int]) → bool: send CAN TP message

update_transmission_timeout(self: mtf.libs.mtf_pybinder.mtf_can_tp_controller, tx_timeout_ms: int) → bool: Update transmission confirmation timeout (by default is set to 100 milliseconds)

class mtf.libs.mtf_pybinder.mtf_can_transmitter

Sending cyclic and noncyclic frames over Can

__init__(self: mtf.libs.mtf_pybinder.mtf_can_transmitter) → None

__new__(**kwargs)

send_frame(self: mtf.libs.mtf_pybinder.mtf_can_transmitter, channel_name: str, frame: CanFrame, error_flags: int = 0) → bool: send can frame in given channel

send_frames(self: mtf.libs.mtf_pybinder.mtf_can_transmitter, channel_name: str, frames: list[CanFrame], error_flags: int = 0) → bool: send can frames in given channel

start_sending_cyclic_frame(self: mtf.libs.mtf_pybinder.mtf_can_transmitter, channel_name: str, frame: CanFrame, cycle: int) → bool: send can frame in given channel with given cycle

stop_sending_cyclic_frame(self: mtf.libs.mtf_pybinder.mtf_can_transmitter, channel_name: str, frame_id: int) → bool: stop send can frame in given channel with given cycle

class mtf.libs.mtf_pybinder.mtf_cluster_type

Members:

Can

CanFD

Lin

Most

FlexRay

Ethernet

All

All

Can

CanFD

Ethernet

FlexRay

Lin

Most

__init__(self: mtf.libs.mtf_pybinder.mtf_cluster_type, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.mtf_cmp_ctr_msg_type

Members:

INVALID

DSR_CTRL_MSG : Data sink ready msg

USER_EVENT_CTRL_MSG

VENDOR_CTRL_MSG

DSR_CTRL_MSG

INVALID

USER_EVENT_CTRL_MSG

VENDOR_CTRL_MSG

__init__(self: mtf.libs.mtf_pybinder.mtf_cmp_ctr_msg_type, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.mtf_cmp_data_msg_type

Members:

INVALID

CAN

CANFD

LIN

FLEXRAY

DIGITAL

UART_RS232

ANALOG

ETHERNET

ANALOG

CAN

CANFD

DIGITAL

ETHERNET

FLEXRAY

INVALID

LIN

UART_RS232

__init__(self: mtf.libs.mtf_pybinder.mtf_cmp_data_msg_type, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.mtf_cmp_filter

__init__(self: mtf.libs.mtf_pybinder.mtf_cmp_filter) → None

__new__(**kwargs)

property devices_ids: optional CMP devices ids

property interface_ids: optional CMP interfaces ids

property msg_payload_types: optional CMP msg payload types

property msg_types: optional CMP messages types

property stream_ids: optional CMP stream ids

class mtf.libs.mtf_pybinder.mtf_cmp_msg_type

Members:

CAP_DATA_MSG

CTRL_MSG

STATUS_MSG

VENDOR_MSG

CAP_DATA_MSG

CTRL_MSG

STATUS_MSG

VENDOR_MSG

__init__(self: mtf.libs.mtf_pybinder.mtf_cmp_msg_type, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.mtf_cmp_status_msg_type

Members:

INVALID

CM_STAT_MSG : CM status msg

IF_STAT_MSG : Interface status msg

CONF_STAT_MSG : Configuration status msg

DLE_STAT_MSG : Data lost event status msg

TSLE_STAT_MSG : Sync lost event status msg

VENDOR_STAT_MSG

CM_STAT_MSG

CONF_STAT_MSG

DLE_STAT_MSG

IF_STAT_MSG

INVALID

TSLE_STAT_MSG

VENDOR_STAT_MSG

__init__(self: mtf.libs.mtf_pybinder.mtf_cmp_status_msg_type, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.mtf_com_network

COM Network

__init__(self: mtf.libs.mtf_pybinder.mtf_com_network) → None

__new__(**kwargs)

start_communication(self: mtf.libs.mtf_pybinder.mtf_com_network, ecu_interface: int, excluded_ecus: set[str] | None = None) → bool: start, depending on the chosen interface + excluded ECUs list, cyclic frames, NPDUs and SomeIP provided notifications transmission and subscribe to SomeIP consumed notifications taking into consideration the configured connected ECUs

stop_communication(self: mtf.libs.mtf_pybinder.mtf_com_network, ecu_interface: int, excluded_ecus: set[str] | None = None) → bool: stop, depending on the chosen interface + excluded ECUs list cyclic frames, NPDUs and SomeIP provided notifications transmission and subscribe to SomeIP consumed notifications taking into consideration the configured connected ECUs

class mtf.libs.mtf_pybinder.mtf_dhcp_layer_filter

__init__(self: mtf.libs.mtf_pybinder.mtf_dhcp_layer_filter) → None

__new__(**kwargs)

property boot_file_name: BootP boot file name

property client_hardware_address: Client hardware address

property client_ip_address: Client IPv4 address

property flags: BootP flags

property gateway_ip_address: Gateway IPv4 address

property hardware_address_length: DHCP Hardware address length

property hardware_type: DHCP Hardware type

property hops: DHCP Hop count

property magic_number: DHCP magic number

property opcodes: DHCP BootP opcode

property prev_layer_filter: an optional previous layer filter

property seconds_elapsed: The elapsed time

property server_ip_address: Server IPv4 address

property server_name: BootP server name

property transaction_ids: DHCP/BootP transaction ID

property your_ip_address: Your IPv4 address

class mtf.libs.mtf_pybinder.mtf_diag_connection

__init__(self: mtf.libs.mtf_pybinder.mtf_diag_connection, arg0: int, arg1: int, arg2: str) → None

__new__(**kwargs)

close(self: mtf.libs.mtf_pybinder.mtf_diag_connection) → bool: close connection with the target

open(self: mtf.libs.mtf_pybinder.mtf_diag_connection) → bool: open hsfz connection with the from source address to target address

register_callback(self: mtf.libs.mtf_pybinder.mtf_diag_connection, arg0: Callable) → bool: start listen to diag response from target

send(self: mtf.libs.mtf_pybinder.mtf_diag_connection, arg0: list[int]) → bool: send diag payload

class mtf.libs.mtf_pybinder.mtf_ecu_interface

Members:

Can

Lin

Flexray

SomeIp

Npdu

All

All

Can

Flexray

Lin

Npdu

SomeIp

__init__(self: mtf.libs.mtf_pybinder.mtf_ecu_interface, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.mtf_eth_app_layer_filter

__init__(self: mtf.libs.mtf_pybinder.mtf_eth_app_layer_filter) → None

__new__(**kwargs)

property app_layer_protocol_type: Application layer protocol type

property prev_layer_filter: an optional previous layer filter

class mtf.libs.mtf_pybinder.mtf_eth_basic_filter

__init__(self: mtf.libs.mtf_pybinder.mtf_eth_basic_filter) → None

__new__(**kwargs)

property protocols: Protocols

class mtf.libs.mtf_pybinder.mtf_eth_filter

__init__(*args, **kwargs)

__new__(**kwargs)

class mtf.libs.mtf_pybinder.mtf_eth_filter_vlan_type

Members:

Vlan802Dot1Q

Other

Other

Vlan802Dot1Q

__init__(self: mtf.libs.mtf_pybinder.mtf_eth_filter_vlan_type, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.mtf_eth_l2tp_filter

Filter will pass if any of the members filters passes

__init__(self: mtf.libs.mtf_pybinder.mtf_eth_l2tp_filter) → None

__new__(**kwargs)

property length: optional l2tp length

property nr_field: optional l2tp nr field

property ns_field: optional l2tp ns field

property prev_layer_filter: an optional previous layer filter

property session_id: optional l2tp session_id

property type: optional l2tp type

property version: optional l2tp version

class mtf.libs.mtf_pybinder.mtf_eth_multi_filter

Filter will pass if any of the members filters passes

__init__(self: mtf.libs.mtf_pybinder.mtf_eth_multi_filter, filter_type: mtf.libs.mtf_pybinder.mtf_eth_multi_filter_type = <mtf_eth_multi_filter_type.OR: 1>) → None

__new__(**kwargs)

property filters: list of filters to be checked

class mtf.libs.mtf_pybinder.mtf_eth_multi_filter_type

Members:

OR

AND

AND

OR

__init__(self: mtf.libs.mtf_pybinder.mtf_eth_multi_filter_type, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.mtf_eth_npdu_filter

__init__(self: mtf.libs.mtf_pybinder.mtf_eth_npdu_filter) → None

__new__(**kwargs)

property npdus_ids: optional NPDU ids

property npdus_lengths: optional NPDU lengths

property prev_layer_filter: an optional previous layer filter

class mtf.libs.mtf_pybinder.mtf_eth_protocol_type

Members:

ANY

EthernetII

Vlan8021Q

Vlan8021Q_DUAL

PTP

TECMP

CMP

ARP

DHCP

IPv4

IPv6

UDP

TCP

ICMP

ICMP_IPV6

IGMP

NM

HSFZ

VIS

DOIP

DLT

XCP

SOME_IP

SOME_IP_SD

NPDU

L2TP

MACSEC8021AE

ANY

ARP

CMP

DHCP

DLT

DOIP

EthernetII

HSFZ

ICMP

ICMP_IPV6

IGMP

IPv4

IPv6

L2TP

MACSEC8021AE

NM

NPDU

PTP

SOME_IP

SOME_IP_SD

TCP

TECMP

UDP

VIS

Vlan8021Q

Vlan8021Q_DUAL

XCP

__init__(self: mtf.libs.mtf_pybinder.mtf_eth_protocol_type, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.mtf_eth_tp_layer_filter

__init__(self: mtf.libs.mtf_pybinder.mtf_eth_tp_layer_filter) → None

__new__(**kwargs)

property prev_layer_filter: an optional previous layer filter

property tp_layer_protocol_type: Transport layer protocol type

class mtf.libs.mtf_pybinder.mtf_ethernet_observer

__init__(self: mtf.libs.mtf_pybinder.mtf_ethernet_observer) → None

__new__(**kwargs)

check_eth_cyclic_repetition(self: mtf.libs.mtf_pybinder.mtf_ethernet_observer, path: str, cycle: int, cycle_deviation: int, nb_repetition: int, check_latest_values: bool, interface_id: int | None = None) → bool: check ethernet cyclic repetition ( someip and npdu )

check_eth_network(self: mtf.libs.mtf_pybinder.mtf_ethernet_observer, arg0: str, arg1: str) → bool: check ethernet network

check_eth_network_with_mask(self: mtf.libs.mtf_pybinder.mtf_ethernet_observer, arg0: str, arg1: str, arg2: int, arg3: int) → bool: check ethernet network

check_eth_reception(self: mtf.libs.mtf_pybinder.mtf_ethernet_observer, path: str, is_received: bool, is_multi_clients: bool = False, interface_id: int | None = None) → bool: check ethernet reception (someip and npdu)

check_list_eth_network(self: mtf.libs.mtf_pybinder.mtf_ethernet_observer, arg0: list[str], arg1: list[str], arg2: int) → bool: check list ethernet network

clear_eth_buffer(self: mtf.libs.mtf_pybinder.mtf_ethernet_observer, path: str, interface_id: int | None = None) → bool: clear ethernet buffer ( someip and npdu )

control_method_response(self: mtf.libs.mtf_pybinder.mtf_ethernet_observer, arg0: str, arg1: bool, arg2: str, arg3: str) → bool: control method response

ethernet_apply_faulty_corrupt_alive_counter(self: mtf.libs.mtf_pybinder.mtf_ethernet_observer, arg0: str, arg1: bool) → bool: ethernet apply faulty corrupt alive counter

ethernet_apply_faulty_corrupt_crc(self: mtf.libs.mtf_pybinder.mtf_ethernet_observer, arg0: str, arg1: bool) → bool: ethernet apply faulty corrupt crc

get_non_received_method_responses(self: mtf.libs.mtf_pybinder.mtf_ethernet_observer, path: str) → list[tuple[int, int, int]]: get non received method responses from someip server

get_someip_last_value(self: mtf.libs.mtf_pybinder.mtf_ethernet_observer, arg0: str) → int | float | int | str | list[int]: get someip last recieved value

monitor_always_eth_network(self: mtf.libs.mtf_pybinder.mtf_ethernet_observer, arg0: str, arg1: str, arg2: int, arg3: int, arg4: int) → bool: monitor always ethernet network

monitor_ethernet_message_reception(self: mtf.libs.mtf_pybinder.mtf_ethernet_observer, arg0: str, arg1: bool, arg2: int) → bool: monitor someip message reception

monitor_happened_eth_network(self: mtf.libs.mtf_pybinder.mtf_ethernet_observer, arg0: str, arg1: str, arg2: int, arg3: int, arg4: int) → bool: monitor happened ethernet network

start_eth_observer(self: mtf.libs.mtf_pybinder.mtf_ethernet_observer, path: str, interface_id: int | None = None) → bool: start ethernet observer ( someip and npdu )

stop_eth_observer(self: mtf.libs.mtf_pybinder.mtf_ethernet_observer, path: str, interface_id: int | None = None) → bool: stop ethernet observer ( someip and npdu )

stop_ethernet_observer_and_get_received_values(self: mtf.libs.mtf_pybinder.mtf_ethernet_observer, path: str, interface_id: int | None = None) → list[tuple[int, list[int]]]: top ethernet observer and received ( someip and npdu )

class mtf.libs.mtf_pybinder.mtf_ethernet_simulation

__init__(self: mtf.libs.mtf_pybinder.mtf_ethernet_simulation) → None

__new__(**kwargs)

get_someip_member_types_as_string(self: mtf.libs.mtf_pybinder.mtf_ethernet_simulation, arg0: str) → str | None: get someip member types as string supported for only field (Setter/Getter), TLV not supported

get_someip_message_length_range(self: mtf.libs.mtf_pybinder.mtf_ethernet_simulation, arg0: str) → tuple[int, int] | None: get someip message length range supported for only field (Setter/Getter), TLV not supported

send_npdu_message(self: mtf.libs.mtf_pybinder.mtf_ethernet_simulation, ecu_name: str, pdu_id: int, payload: list[int], force_send: bool = False) → bool: send raw npdu payload

send_someip_raw_payload(self: mtf.libs.mtf_pybinder.mtf_ethernet_simulation, arg0: str, arg1: list[int]) → bool: set someip raw payload

set_eth_network(self: mtf.libs.mtf_pybinder.mtf_ethernet_simulation, arg0: str, arg1: str) → bool: set ethernet network

set_eth_networks(self: mtf.libs.mtf_pybinder.mtf_ethernet_simulation, arg0: list[str], arg1: list[str]) → bool: set ethernet networks

set_response_timeout(self: mtf.libs.mtf_pybinder.mtf_ethernet_simulation, arg0: str, arg1: int) → bool: set response timeout

start_ethernet_simulation_by_ecu(self: mtf.libs.mtf_pybinder.mtf_ethernet_simulation, ecu_name: str) → bool: start ethernet simulation by ecu name

start_stop_cycle_eth_message(self: mtf.libs.mtf_pybinder.mtf_ethernet_simulation, arg0: str, arg1: bool) → bool: start stop Cycle ETH Message

stop_ethernet_simulation_by_ecu(self: mtf.libs.mtf_pybinder.mtf_ethernet_simulation, ecu_name: str) → bool: stop ethernet simulation by ecu name

update_cycle_eth_message(self: mtf.libs.mtf_pybinder.mtf_ethernet_simulation, path: str, new_cycle_in_ms: int | None = None) → bool

Update cycle the ethernet someip message

Args:: path (str): The path of the specific Some/IP entity whose cycle the user wants to update new_cycle_in_ms (int): cycle value in ms. This parameter can take 3 values:

0 : SOME/IP entity will be stopped new cycle : SOME/IP entity’s cycle will be updated EMPTY: the original SOME/IP entity cycle configured in the databex will be restored
Returns:: bool: True if the message cycle is successfully updated; otherwise, False.

class mtf.libs.mtf_pybinder.mtf_ethernet_transmitter

__init__(self: mtf.libs.mtf_pybinder.mtf_ethernet_transmitter) → None

__new__(**kwargs)

configure_frame_queue_transmission(self: mtf.libs.mtf_pybinder.mtf_ethernet_transmitter, arg0: str, arg1: list[tuple[int, list[int]]]) → bool: configure an ethernet frame queue transmission in a given channel with a list of packets and timestamp diff

send_frame(self: mtf.libs.mtf_pybinder.mtf_ethernet_transmitter, channel_name: str, frame_id: int, payload: list[int]) → bool: send ethernet frame in given channel

send_frame_queue(self: mtf.libs.mtf_pybinder.mtf_ethernet_transmitter, arg0: str, arg1: list[tuple[int, list[int]]]) → bool: send ethernet frame queue in given channel with respect to relative timestamo

start_frame_queue_transmission(self: mtf.libs.mtf_pybinder.mtf_ethernet_transmitter, arg0: str) → bool: start ethernet frame queue transmission over a configured channel

transmit_ethernet_packet(self: mtf.libs.mtf_pybinder.mtf_ethernet_transmitter, channel_name: str, packet: pcpp::Packet) → bool: transmit packet crafted by mtf_pcpp submodule

class mtf.libs.mtf_pybinder.mtf_flexray_bus_listener

Set up captures of FlexRay frames on a specific channel

__init__(self: mtf.libs.mtf_pybinder.mtf_flexray_bus_listener, channel_name: str) → None: Set up captures of FlexRay frames on a specific channel

__new__(**kwargs)

clear_history(self: mtf.libs.mtf_pybinder.mtf_flexray_bus_listener) → None: clear lin bus listener history

get_history(self: mtf.libs.mtf_pybinder.mtf_flexray_bus_listener) → list[mtf.libs.mtf_pybinder.MtfDataFrameEvent]: Get lin bus listener history

start_bus_listening(self: mtf.libs.mtf_pybinder.mtf_flexray_bus_listener, callback: Callable[[mtf.libs.mtf_pybinder.MtfDataFrameEvent], None], silent_mode: bool, flags: int = 0) → bool: Start bus listener for flexray callback: The function to call when a FlexRay frame is received or transmitted on the channel flags: combine ListeningFlags to choose optional additional frames to listen to

stop_bus_listening(self: mtf.libs.mtf_pybinder.mtf_flexray_bus_listener) → bool: Stop bus listener

class mtf.libs.mtf_pybinder.mtf_flexray_frame_listener

Set up a FlexRay frame capture on a specific channel

__init__(self: mtf.libs.mtf_pybinder.mtf_flexray_frame_listener, channel_name: str, frame_id: str) → None: Set up a FlexRay frame capture on a specific channel

__new__(**kwargs)

clear_history(self: mtf.libs.mtf_pybinder.mtf_flexray_frame_listener) → None: clear can bus listener history

get_history(self: mtf.libs.mtf_pybinder.mtf_flexray_frame_listener) → list[mtf.libs.mtf_pybinder.MtfDataFrameEvent]: Get can bus listener history

start_listening(self: mtf.libs.mtf_pybinder.mtf_flexray_frame_listener, callback: Callable[[mtf.libs.mtf_pybinder.MtfDataFrameEvent], None], direction: int, on_change_only: bool, silent_mode: bool, include_null_frames: bool = False) → bool

Start the data acquisition

callback: The function to call when a new payload is received direction: Rx (0), Tx(1) or Any(3) on_change_only: the callback function will be called only if the frame payload was changed include_null_frames: if set to True, null frames will be included

stop_listening(self: mtf.libs.mtf_pybinder.mtf_flexray_frame_listener) → bool: Stop the data acquisition

class mtf.libs.mtf_pybinder.mtf_flexray_tp_controller

Control the FlexRay tp messages sending and listeners registration

__init__(*args, **kwargs)

Overloaded function.

__init__(self: mtf.libs.mtf_pybinder.mtf_flexray_tp_controller, channel: str, tx_frame_id: mtf.libs.mtf_pybinder.FrFrameIdParts, source_address: int, rx_frame_id: mtf.libs.mtf_pybinder.FrFrameIdParts, target_address: int, config: mtf.libs.mtf_pybinder.MtfFrTpConfig, fr_channel: mtf.libs.mtf_pybinder.FRCommunicationChannel = <FRCommunicationChannel.A: 0>) -> None

Init controller (fr_channel: only values A and B are valid)

__init__(self: mtf.libs.mtf_pybinder.mtf_flexray_tp_controller, arg0: str, arg1: int, arg2: int, arg3: int, arg4: int, arg5: int, arg6: int, arg7: int, arg8: int, arg9: int, arg10: int) -> None

__new__(**kwargs)

cleanUp(self: mtf.libs.mtf_pybinder.mtf_flexray_tp_controller) → bool: unregister listener

configure(self: mtf.libs.mtf_pybinder.mtf_flexray_tp_controller, callback: Callable) → bool: setup FlexRay TP couple and register listener

transmit(self: mtf.libs.mtf_pybinder.mtf_flexray_tp_controller, payload: list[int]) → bool: send FlexRay tp message. If multiple frame are needed to be transmitted, the transmission will be done asynchronously. If one single frame is needed, the function will block until the transmission confirmation is received

class mtf.libs.mtf_pybinder.mtf_flexray_transmitter

Transmit Flexray frames

__init__(self: mtf.libs.mtf_pybinder.mtf_flexray_transmitter) → None

__new__(**kwargs)

activate_wake_up(self: mtf.libs.mtf_pybinder.mtf_flexray_transmitter, channel_name: str, do_wake_up: bool) → bool: Activate wakeup flexray bus

send_frame(self: mtf.libs.mtf_pybinder.mtf_flexray_transmitter, channel_name: str, frame: mtf.libs.mtf_pybinder.flexray_frame) → bool: send flexray frame in given channel

send_frames(self: mtf.libs.mtf_pybinder.mtf_flexray_transmitter, channel_name: str, frames: list[mtf.libs.mtf_pybinder.flexray_frame]) → bool: send flexray frames in given channel

start_fr_communication(self: mtf.libs.mtf_pybinder.mtf_flexray_transmitter, channel_name: str, do_wake_up: bool) → bool: Start flexray communication

stop_continious_frame(self: mtf.libs.mtf_pybinder.mtf_flexray_transmitter, channel_name: str, frame_id: int, channel: int) → bool: stop transmission of continious frame

stop_fr_communication(self: mtf.libs.mtf_pybinder.mtf_flexray_transmitter, channel_name: str) → bool: Stop flexray communication

class mtf.libs.mtf_pybinder.mtf_frame_controller

__init__(self: mtf.libs.mtf_pybinder.mtf_frame_controller) → None

__new__(**kwargs)

get_frame_name(self: mtf.libs.mtf_pybinder.mtf_frame_controller, channel_name: str, frame_id: int) → str: Get frame name from channel_name and frame_id

get_last_frame(self: mtf.libs.mtf_pybinder.mtf_frame_controller, arg0: str, arg1: int) → list[int]: Get last recieved frame

get_last_pdu(self: mtf.libs.mtf_pybinder.mtf_frame_controller, arg0: str, arg1: str, arg2: int) → list[int]: Get last recieved pdu

pdu_apply_faulty_corrupt_crc(self: mtf.libs.mtf_pybinder.mtf_frame_controller, arg0: str, arg1: int, arg2: str, arg3: bool) → bool: Apply Fault Corrupt Crc for specific pdu

pdu_apply_faulty_corrupt_data_id_nibble(self: mtf.libs.mtf_pybinder.mtf_frame_controller, arg0: str, arg1: int, arg2: str, arg3: bool) → bool: Apply Fault Corrupt Data Id Nibble

pdu_apply_faulty_halt_alive_counter(self: mtf.libs.mtf_pybinder.mtf_frame_controller, arg0: str, arg1: int, arg2: str, arg3: bool) → bool: Apply Fault Halt Alive Counter

transmit_pdu(self: mtf.libs.mtf_pybinder.mtf_frame_controller, arg0: str, arg1: str, arg2: int, arg3: list[int], arg4: bool) → bool: Transmit the Pdu with the given payload. Set force to True in order to force the transmission i.e ignore triggering conditions

class mtf.libs.mtf_pybinder.mtf_igmp_layer_filter

__init__(self: mtf.libs.mtf_pybinder.mtf_igmp_layer_filter) → None

__new__(**kwargs)

property checksum: IGMP checksum value

property group_ip_address: Multicast group address

property max_response_time: Maximum response time (units of 1/10 second)

property msg_type: IGMP message type

property num_of_group_records: IGMPv3 number of group records in report

property num_of_sources: IGMPv3 number of sources in query

property prev_layer_filter: an optional previous layer filter

property qqic: IGMPv3 QQIC field (Querier’s Query Interval Code)

property reserved1: Reserved byte

property reserved2: Reserved 2 bytes

property s_qrv: IGMPv3 S_QRV field (Suppress flag + Querier’s Robustness Variable)

class mtf.libs.mtf_pybinder.mtf_io_controller

control IO channels

__init__(self: mtf.libs.mtf_pybinder.mtf_io_controller) → None

__new__(**kwargs)

io_apply_faulty(self: mtf.libs.mtf_pybinder.mtf_io_controller, channel_name: str, type: int) → bool: Start apply faulty, Apply physical Short to VBat or Short to GND on the channel named :channel_name

io_channel_is_available(self: mtf.libs.mtf_pybinder.mtf_io_controller, channel_name: str) → bool: check if io channels physically connected

io_generate_pattern(self: mtf.libs.mtf_pybinder.mtf_io_controller, channel_name: str, data: list[int]) → bool: generate io pattern

io_get_last_value(self: mtf.libs.mtf_pybinder.mtf_io_controller, channel_name: str, property_name: str) → float: get last value of given signal property for io channel

io_read_current(self: mtf.libs.mtf_pybinder.mtf_io_controller, channel_name: str) → float: read IO current of for io channel. Ps not all IO supports this property

io_read_voltage(self: mtf.libs.mtf_pybinder.mtf_io_controller, channel_name: str) → float: read IO voltage of for io channel. Ps not all IO supports this property

io_set_current(self: mtf.libs.mtf_pybinder.mtf_io_controller, channel_name: str, value: float) → bool: Set io current value

io_set_raw_value(self: mtf.libs.mtf_pybinder.mtf_io_controller, channel_name: str, value: int) → bool: Set io raw value

io_set_resistance(self: mtf.libs.mtf_pybinder.mtf_io_controller, channel_name: str, value: int) → bool: Set io resistance

io_set_value(self: mtf.libs.mtf_pybinder.mtf_io_controller, channel_name: str, value: float) → bool: Set io value

io_set_voltage(self: mtf.libs.mtf_pybinder.mtf_io_controller, channel_name: str, value: float) → bool: Set io voltage

io_stop_faulty(self: mtf.libs.mtf_pybinder.mtf_io_controller, channel_name: str, type: int) → bool: Stop apply faulty, Remove physical Short to VBat or Short to GND on the channel named :channel_name

class mtf.libs.mtf_pybinder.mtf_io_listener

Listener over IO channels

__init__(self: mtf.libs.mtf_pybinder.mtf_io_listener, arg0: str) → None

__new__(**kwargs)

clear_history(self: mtf.libs.mtf_pybinder.mtf_io_listener) → None: clear io listener history

get_history(self: mtf.libs.mtf_pybinder.mtf_io_listener) → list[mtf::core::IOEvent]: Get io listener history

start_bus_listening(self: mtf.libs.mtf_pybinder.mtf_io_listener, callback: Callable[[mtf::core::IOEvent], None], silent_mode: bool) → bool: Start the IoListener

stop_bus_listening(self: mtf.libs.mtf_pybinder.mtf_io_listener) → bool: Stop the IoListener

class mtf.libs.mtf_pybinder.mtf_io_observer

__init__(self: mtf.libs.mtf_pybinder.mtf_io_observer) → None

__new__(**kwargs)

check_io_channel(self: mtf.libs.mtf_pybinder.mtf_io_observer, arg0: str, arg1: str, arg2: float, arg3: int, arg4: int, arg5: int) → bool: check IO channel value

clear_io_channel_buffer(self: mtf.libs.mtf_pybinder.mtf_io_observer, arg0: str, arg1: str) → bool: clear IO channel buffer

configure_io_channel_buffer_max_size(self: mtf.libs.mtf_pybinder.mtf_io_observer, arg0: int) → bool: change max size of IO channel buffer

get_io_channel_buffer(self: mtf.libs.mtf_pybinder.mtf_io_observer, arg0: str, arg1: str) → list[tuple[int, float]]: get IO channel buffer

get_latest_received_io_channel_values(self: mtf.libs.mtf_pybinder.mtf_io_observer, arg0: str, arg1: str, arg2: int) → list[tuple[int, float]]: get list of recieved IO Channel values

get_latest_received_io_sequence_threshold(self: mtf.libs.mtf_pybinder.mtf_io_observer, arg0: str, arg1: str, arg2: float, arg3: float) → list[tuple[int, float]]: get list of recieved IO Channel values respecting the threshold

get_received_io_channel_values_timeout(self: mtf.libs.mtf_pybinder.mtf_io_observer, arg0: str, arg1: str, arg2: int) → list[tuple[int, float]]: get list of recieved IO channel values with timeout

monitor_always_io_channel(self: mtf.libs.mtf_pybinder.mtf_io_observer, arg0: str, arg1: str, arg2: float, arg3: int, arg4: int, arg5: int) → bool: cehck IO channel value with monitor always

monitor_always_io_channels(self: mtf.libs.mtf_pybinder.mtf_io_observer, arg0: list[str], arg1: list[str], arg2: list[float], arg3: int, arg4: list[int]) → bool: check IO channel value with monitor always

monitor_happened_io_channel(self: mtf.libs.mtf_pybinder.mtf_io_observer, arg0: str, arg1: str, arg2: float, arg3: int, arg4: int, arg5: int) → bool: check IO channel value with monitor happened

monitor_happened_io_channels(self: mtf.libs.mtf_pybinder.mtf_io_observer, arg0: list[str], arg1: list[str], arg2: list[float], arg3: int, arg4: list[int]) → bool: check IO channel value with monitor happened

start_io_channel_observer(self: mtf.libs.mtf_pybinder.mtf_io_observer, arg0: str, arg1: str) → bool: start IO channel observer

stop_io_channel_observer(self: mtf.libs.mtf_pybinder.mtf_io_observer, arg0: str, arg1: str, arg2: bool) → list[tuple[int, float]]: stop IO channel observer

stop_io_channel_observers(self: mtf.libs.mtf_pybinder.mtf_io_observer, arg0: list[str], arg1: list[str]) → None: stop IO channel observer

class mtf.libs.mtf_pybinder.mtf_ipv4_layer_filter

__init__(self: mtf.libs.mtf_pybinder.mtf_ipv4_layer_filter) → None

__new__(**kwargs)

property ip_dsts: optional IPV4 destinations

property ip_srcs: optional IPV4 sources

property prev_layer_filter: an optional previous layer filter

class mtf.libs.mtf_pybinder.mtf_ipv6_layer_filter

__init__(self: mtf.libs.mtf_pybinder.mtf_ipv6_layer_filter) → None

__new__(**kwargs)

property ip_dsts: optional IPV6 destinations

property ip_srcs: optional IPV6 sources

property prev_layer_filter: an optional previous layer filter

class mtf.libs.mtf_pybinder.mtf_lin_bus_listener

Set up captures of LIN frames on a specific channel

__init__(self: mtf.libs.mtf_pybinder.mtf_lin_bus_listener, channel_name: str) → None: Set up captures of LIN frames on a specific channel

__new__(**kwargs)

clear_history(self: mtf.libs.mtf_pybinder.mtf_lin_bus_listener) → None: clear lin bus listener history

get_history(self: mtf.libs.mtf_pybinder.mtf_lin_bus_listener) → list[mtf.libs.mtf_pybinder.MtfDataFrameEvent]: Get lin bus listener history

start_bus_listening(self: mtf.libs.mtf_pybinder.mtf_lin_bus_listener, callback: Callable[[mtf.libs.mtf_pybinder.MtfDataFrameEvent], None], silent_mode: bool, flags: int = 0) → bool: Start the data acquisition callback: The function to call when a LIN frame is received or transmitted on the channel set flags to INCLUDE_FRAMES_WITH_ERROR to listen to frames with error

stop_bus_listening(self: mtf.libs.mtf_pybinder.mtf_lin_bus_listener) → bool: Stop the data acquisition

class mtf.libs.mtf_pybinder.mtf_lin_flashing

__init__(self: mtf.libs.mtf_pybinder.mtf_lin_flashing) → None

__new__(**kwargs)

check_event(self: mtf.libs.mtf_pybinder.mtf_lin_flashing, arg0: str) → int: check_specific_event

configure_flashing_simulation(self: mtf.libs.mtf_pybinder.mtf_lin_flashing, arg0: str) → None: configure lin flashing

enable_flashing(self: mtf.libs.mtf_pybinder.mtf_lin_flashing, arg0: str, arg1: str) → bool: enable flashing for specific ecu

set_behavior(self: mtf.libs.mtf_pybinder.mtf_lin_flashing, arg0: str, arg1: str, arg2: str) → bool: set_specific_behavior

set_value(self: mtf.libs.mtf_pybinder.mtf_lin_flashing, arg0: str, arg1: str, arg2: str) → bool: set specific value

stop_tracking(self: mtf.libs.mtf_pybinder.mtf_lin_flashing, arg0: str) → bool: stop_tracking

track_event(self: mtf.libs.mtf_pybinder.mtf_lin_flashing, arg0: str, arg1: str, arg2: str) → bool: track_specific_event

class mtf.libs.mtf_pybinder.mtf_lin_frame_listener

Set up a LIN frame capture on a specific channel

__init__(self: mtf.libs.mtf_pybinder.mtf_lin_frame_listener, arg0: str, arg1: int) → None: Set up a LIN frame capture on a specific channel

__new__(**kwargs)

clear_history(self: mtf.libs.mtf_pybinder.mtf_lin_frame_listener) → None: clear lin frame listener history

get_history(self: mtf.libs.mtf_pybinder.mtf_lin_frame_listener) → list[mtf.libs.mtf_pybinder.MtfDataFrameEvent]: Get lin frame listener history

start_listening(self: mtf.libs.mtf_pybinder.mtf_lin_frame_listener, callback: Callable[[mtf.libs.mtf_pybinder.MtfDataFrameEvent], None], direction: int, on_change_only: int, silent_mode: bool) → bool

Start the data acquisition

callback: The function to call when a new payload is received direction: Rx (0), Tx(1) or Any(3) on_change_only: the callback function will be called only if the frame payload was changed

stop_listening(self: mtf.libs.mtf_pybinder.mtf_lin_frame_listener) → bool: Stop the data acquisition

class mtf.libs.mtf_pybinder.mtf_lin_tp_controller

Interface for listening and sending LIN message on channel and NAD specified

__init__(self: mtf.libs.mtf_pybinder.mtf_lin_tp_controller, channel_name: str, nad: int = 0) → None

__new__(**kwargs)

cleanup(self: mtf.libs.mtf_pybinder.mtf_lin_tp_controller) → bool: “Stop and the clean up the listener”

disable_faulty_length(self: mtf.libs.mtf_pybinder.mtf_lin_tp_controller) → bool: “disablefaulty length”

disable_faulty_lin_tp(self: mtf.libs.mtf_pybinder.mtf_lin_tp_controller) → bool: “Disable Faulty LinTp”

disable_skip_last_consecutive_frame(self: mtf.libs.mtf_pybinder.mtf_lin_tp_controller) → bool: “disable skip last consecutive frame”

enable_faulty_length(self: mtf.libs.mtf_pybinder.mtf_lin_tp_controller, length_value: int) → bool: “enable faulty length”

enable_faulty_lin_tp(self: mtf.libs.mtf_pybinder.mtf_lin_tp_controller) → bool: “Enable faulty LinTp”

enable_skip_last_consecutive_frame(self: mtf.libs.mtf_pybinder.mtf_lin_tp_controller) → bool: “skip last consecutive frame”

setup(self: mtf.libs.mtf_pybinder.mtf_lin_tp_controller, callback: Callable[[str, int, list[int], int], None]) → bool

“setup lin tp register listener for given nad”: callback : Function to be called every time we received new lin tp message on channel and nad specified

transmit(self: mtf.libs.mtf_pybinder.mtf_lin_tp_controller, payload: list[int], nad: int | None = None) → bool

“send lin tp message: payload: Lin Payload that will be sent List[int]”

update_faulty_sequence_number_and_step(self: mtf.libs.mtf_pybinder.mtf_lin_tp_controller, sequence_number: int, step: int) → bool: “update faulty sequence number and step”

class mtf.libs.mtf_pybinder.mtf_lin_transmitter

__init__(self: mtf.libs.mtf_pybinder.mtf_lin_transmitter) → None

__new__(**kwargs)

getstate(self: mtf.libs.mtf_pybinder.mtf_lin_transmitter, arg0: str) → mtf.libs.mtf_pybinder.LinBusState: get the lin bus state

send_frames(self: mtf.libs.mtf_pybinder.mtf_lin_transmitter, arg0: str, arg1: list[LinFrame]) → bool: send lin frames in given channel

wakeup(self: mtf.libs.mtf_pybinder.mtf_lin_transmitter, arg0: str) → bool: Wakeup lin bus

class mtf.libs.mtf_pybinder.mtf_log_level

Members:

TRACE

DEBUG

INFO

WARN

ERR

CRITICAL

OFF

CRITICAL

DEBUG

ERR

INFO

OFF

TRACE

WARN

__init__(self: mtf.libs.mtf_pybinder.mtf_log_level, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.mtf_mac_layer_filter

__init__(self: mtf.libs.mtf_pybinder.mtf_mac_layer_filter) → None

__new__(**kwargs)

property mac_dsts: optional MAC destinations

property mac_srcs: optional MAC sources

property prev_layer_filter: optional previous layer filter e.g TECMP or CMP filter

class mtf.libs.mtf_pybinder.mtf_message_observer

__init__(self: mtf.libs.mtf_pybinder.mtf_message_observer) → None

__new__(**kwargs)

check_cyclic_messages_with_timeout(self: mtf.libs.mtf_pybinder.mtf_message_observer, arg0: list[str], arg1: list[int], arg2: list[int], arg3: int) → bool: Check cyclic messages with a timeout

check_cyclic_repetition(self: mtf.libs.mtf_pybinder.mtf_message_observer, arg0: str, arg1: int, arg2: int, arg3: int, arg4: bool) → bool: check cyclic message repetition

check_cyclic_timeout(self: mtf.libs.mtf_pybinder.mtf_message_observer, arg0: str, arg1: int, arg2: int, arg3: int) → bool: check message cycle with timeout

check_payload_byte(self: mtf.libs.mtf_pybinder.mtf_message_observer, arg0: str, arg1: list[int], arg2: list[int], arg3: list[int], arg4: int) → bool: check bytes in message pyload

check_reception(self: mtf.libs.mtf_pybinder.mtf_message_observer, arg0: str, arg1: bool) → bool: check message reception

clear_message_buffer(self: mtf.libs.mtf_pybinder.mtf_message_observer, arg0: str) → None: clear message buffer

configure_frame_buffe_max_size(self: mtf.libs.mtf_pybinder.mtf_message_observer, arg0: int) → bool: configure max size of frame buffer

count_payload_byte_matches(self: mtf.libs.mtf_pybinder.mtf_message_observer, arg0: str, arg1: list[int], arg2: list[int], arg3: list[int]) → int: count payload matched in message payload

monitor_always_message(self: mtf.libs.mtf_pybinder.mtf_message_observer, arg0: str, arg1: list[int], arg2: list[int], arg3: list[int], arg4: int, arg5: int) → bool: Monitor always for message observer

monitor_happened_message(self: mtf.libs.mtf_pybinder.mtf_message_observer, arg0: str, arg1: list[int], arg2: list[int], arg3: list[int], arg4: int) → bool: Monitor happened for message observer

monitor_message_is_received(self: mtf.libs.mtf_pybinder.mtf_message_observer, arg0: str, arg1: int) → bool: Monitor for received message

monitor_multi_messages_are_received(self: mtf.libs.mtf_pybinder.mtf_message_observer, arg0: list[str], arg1: int) → bool: Monitor for received messages

start_message_observer(self: mtf.libs.mtf_pybinder.mtf_message_observer, arg0: str, arg1: bool, arg2: bool) → bool: start message observer

stop_message_observer(self: mtf.libs.mtf_pybinder.mtf_message_observer, arg0: str, arg1: bool) → list[tuple[int, list[int]]]: stop message observer

class mtf.libs.mtf_pybinder.mtf_mixed_observer

__init__(self: mtf.libs.mtf_pybinder.mtf_mixed_observer) → None

__new__(**kwargs)

monitor_always_mixed_signals(self: mtf.libs.mtf_pybinder.mtf_mixed_observer, arg0: list[str], arg1: list[int], arg2: list[str], arg3: int, arg4: list[int], arg5: list[str]) → bool: monitor Always mixed signals

monitor_always_signals_mixed(self: mtf.libs.mtf_pybinder.mtf_mixed_observer, arg0: list[str], arg1: list[int], arg2: list[str], arg3: int, arg4: list[int], arg5: list[str | int]) → bool: monitor always signals mixed

monitor_happened_mixed_signals(self: mtf.libs.mtf_pybinder.mtf_mixed_observer, arg0: list[str], arg1: list[int], arg2: list[str], arg3: int, arg4: list[int], arg5: list[str]) → bool: monitor Happened mixed signals

set_trigger_then_wait_reaction(self: mtf.libs.mtf_pybinder.mtf_mixed_observer, arg0: list[str], arg1: list[str], arg2: int, arg3: list[str], arg4: list[str], arg5: int, arg6: list[int], arg7: list[str | int]) → bool: set signals and wait for ipb response

class mtf.libs.mtf_pybinder.mtf_net_layer_filter

__init__(self: mtf.libs.mtf_pybinder.mtf_net_layer_filter) → None

__new__(**kwargs)

property net_layer_protocol_type: Network layer protocol type

property prev_layer_filter: an optional previous layer filter

class mtf.libs.mtf_pybinder.mtf_npdu_configuration

NPDU Configuration

__init__(self: mtf.libs.mtf_pybinder.mtf_npdu_configuration) → None

__new__(**kwargs)

add_outer_vlan_tag_to_tunnel(self: mtf.libs.mtf_pybinder.mtf_npdu_configuration, channel_name: str, tunnel_id: str, vlanID: int, cfi: bool, priority: int, dataLinkEtherType: int) → None: add outer Vlan Tag to tunnel

add_vlan_tag_to_tunnel(self: mtf.libs.mtf_pybinder.mtf_npdu_configuration, channel_name: str, tunnel_id: str, vlanID: int, cfi: bool, priority: int) → None: add Vlan Tag to tunnel

configure_npu_tunnel(self: mtf.libs.mtf_pybinder.mtf_npdu_configuration, channel_name: str, tunnel_id: str, is_multicast: bool, is_output: bool, is_input: bool, local_ip: str, local_port: int, remote_ips: list[str], remote_port: int, transmissionTimeout: int) → None: configure npdu tunnel

get_npdu_listener_channel_name(self: mtf.libs.mtf_pybinder.mtf_npdu_configuration, tunnel_id: str) → str: get the Npdu listener channel name

remove_tunnel_configuration(self: mtf.libs.mtf_pybinder.mtf_npdu_configuration, tunnel_id: str) → None: remove current tunnel

set_npdu_listener_channel_name(self: mtf.libs.mtf_pybinder.mtf_npdu_configuration, tunnel_id: str, channel_name: str) → bool: set the Npdu listener channel name

start_npdu_manager(self: mtf.libs.mtf_pybinder.mtf_npdu_configuration) → None: start NPdu manager : start the scheduler for every configured output tunnel

stop_npdu_manager(self: mtf.libs.mtf_pybinder.mtf_npdu_configuration) → None: stop NPdu manager : stop the scheduler for every configured output tunnel and clear the tunnel mapping

class mtf.libs.mtf_pybinder.mtf_npdu_element

__init__(*args, **kwargs)

Overloaded function.

__init__(self: mtf.libs.mtf_pybinder.mtf_npdu_element, arg0: int, arg1: list[int]) -> None
__init__(self: mtf.libs.mtf_pybinder.mtf_npdu_element, arg0: int, arg1: int, arg2: list[int]) -> None

__new__(**kwargs)

bus_spec_id(self: mtf.libs.mtf_pybinder.mtf_npdu_element) → int: get plp bus spec id : alternative for channel id in TECMP protocol

payload(self: mtf.libs.mtf_pybinder.mtf_npdu_element) → list[int]: get npdu element payload

pdu_direction(self: mtf.libs.mtf_pybinder.mtf_npdu_element) → str: get npdu element direction

pdu_id(self: mtf.libs.mtf_pybinder.mtf_npdu_element) → int: get npdu element PduId

pdu_index(self: mtf.libs.mtf_pybinder.mtf_npdu_element) → int: get npdu element PduIndex

pdu_valn_tci(self: mtf.libs.mtf_pybinder.mtf_npdu_element) → int: get npdu element’s Tag control information

class mtf.libs.mtf_pybinder.mtf_npdu_listener

Listener over NPDU

__init__(self: mtf.libs.mtf_pybinder.mtf_npdu_listener, tunnel_name: str, filter: mtf.libs.mtf_pybinder.mtf_eth_npdu_filter = <mtf.libs.mtf_pybinder.mtf_eth_npdu_filter object at 0x0000020873B8DA30>) → None

__new__(**kwargs)

clear_filter(self: mtf.libs.mtf_pybinder.mtf_npdu_listener) → None: Clear npdu Filter

clear_history(self: mtf.libs.mtf_pybinder.mtf_npdu_listener) → None: clear npdu listener history

get_history(self: mtf.libs.mtf_pybinder.mtf_npdu_listener) → list[MtfNpduListenerElement]: Get npdu listener history

set_filter(self: mtf.libs.mtf_pybinder.mtf_npdu_listener, filter: dict[str, list[int]]) → None: Set npdu Filter

start(self: mtf.libs.mtf_pybinder.mtf_npdu_listener, callback: Callable | None = None) → bool: Start the Npdu_Listener

stop(self: mtf.libs.mtf_pybinder.mtf_npdu_listener) → bool: Stop the Npdu_Listener

class mtf.libs.mtf_pybinder.mtf_npdu_transmitter

Transmit over npdu protocol

__init__(self: mtf.libs.mtf_pybinder.mtf_npdu_transmitter) → None

__new__(**kwargs)

send_npdu(self: mtf.libs.mtf_pybinder.mtf_npdu_transmitter, tunnel_name: str, frame: mtf::core::NPduElement, trg_mode: int) → bool: transmit single pdu within a npdu packet, needs tunnel confihuration

send_npdus(self: mtf.libs.mtf_pybinder.mtf_npdu_transmitter, tunnel_name: str, frame: list[mtf::core::NPduElement]) → bool: transmit multiple pdus within a npdu packet, needs tunnel configuration

start_npdu_transmission(self: mtf.libs.mtf_pybinder.mtf_npdu_transmitter, ecu_name: str, npdu_id: int) → bool: transmit multiple pdus within a npdu packet, no need for tunnel configuration

stop_npdu_transmission(self: mtf.libs.mtf_pybinder.mtf_npdu_transmitter, ecu_name: str, npdu_id: int) → bool: stop transmission of pdus within a npdu packet

class mtf.libs.mtf_pybinder.mtf_pcapplusplus_listener

Bus Listener that returns a PcapPlusPlus::Packet object

__init__(self: mtf.libs.mtf_pybinder.mtf_pcapplusplus_listener, channel_name: str, protocol_id: mtf.libs.mtf_pybinder.mtf_eth_filter = <mtf.libs.mtf_pybinder.mtf_eth_basic_filter object at 0x00000208707899F0>) → None

__new__(**kwargs)

clear_history(self: mtf.libs.mtf_pybinder.mtf_bus_listener) → None: clear bus listener history

get_history(self: mtf.libs.mtf_pybinder.mtf_bus_listener) → list[MtfBusEvent]: Get bus listener history

set_channel_name(self: mtf.libs.mtf_pybinder.mtf_bus_listener, channel_name: str) → bool: Set the channel name

set_filter(self: mtf.libs.mtf_pybinder.mtf_bus_listener, Filter: list[dict[str, dict[str, int]]]) → None: Set Filter for Ethernet frame

start(self: mtf.libs.mtf_pybinder.mtf_bus_listener, CallBack: Callable | None = None) → bool

Start the data acquisition

callback: The function to call when a Ethernet frame (matching the defined filter) is received or transmitted on the channel

stop(self: mtf.libs.mtf_pybinder.mtf_bus_listener) → bool: Stop the data acquisition

transfer_history(self: mtf.libs.mtf_pybinder.mtf_bus_listener) → list[MtfBusEvent]: Transfer/move bus listener history

class mtf.libs.mtf_pybinder.mtf_pdu_listener

Listener over PDU

__init__(self: mtf.libs.mtf_pybinder.mtf_pdu_listener, channel_name: str, frame_id: str, pdu_name: str, on_change: bool) → None

__new__(**kwargs)

clear_history(self: mtf.libs.mtf_pybinder.mtf_pdu_listener) → None: Clear the history of PDUs

get_history(self: mtf.libs.mtf_pybinder.mtf_pdu_listener) → list[tuple[str, int, list[int]]]: Get the history of PDUs

start_pdu_listener(self: mtf.libs.mtf_pybinder.mtf_pdu_listener, callback: Callable | None = None) → bool: Start the PDU listener with an optional callback

stop_pdu_listener(self: mtf.libs.mtf_pybinder.mtf_pdu_listener) → bool: Stop the PDU listener

class mtf.libs.mtf_pybinder.mtf_secoc

__init__(self: mtf.libs.mtf_pybinder.mtf_secoc) → None

__new__(**kwargs)

add_keys_secoc(self: mtf.libs.mtf_pybinder.mtf_secoc, keys_map: dict[int, list[int]], reset_old_keys: bool = False) → bool: add keys for secoc module

add_secoc_freshness_master_config(self: mtf.libs.mtf_pybinder.mtf_secoc, pdu_path: str, step: int) → bool

Configure freshness master pdu path an its step.Pdu cyclicity should be defined in Databex or overrided using other Apis: pdu_path : Specify the pdu path step : Incrementation step foreach cycle

assign_constant_freshness_counter(self: mtf.libs.mtf_pybinder.mtf_secoc, pdu_path: str, on_off: bool, freshness_value: int | None = None) → bool

assign/clears a fixed value to a specific SecOc PDU’s freshness counter. Args:

pdu_path (str): Specify the Authentic or Secured PDU’s path. on_off (bool): A flag to indicate Set/Clear freshness counter constant value during simulation. freshness_value (int, optional): value needed to be set as constant value for the SecOc PDU’s freshness counter.

Returns:: bool: A flag indicating success/failure of the operation.

disable_faulty_freshness_secoc(self: mtf.libs.mtf_pybinder.mtf_secoc, pdu_path: str) → bool: disable faulty freshness secoc

disable_faulty_freshness_secoc_all(self: mtf.libs.mtf_pybinder.mtf_secoc) → None: disable faulty freshness secoc all

disable_secoc(self: mtf.libs.mtf_pybinder.mtf_secoc) → bool: disable secoc

enable_faulty_freshness_secoc(self: mtf.libs.mtf_pybinder.mtf_secoc, pdu_path: str) → bool: enable faulty freshness secoc

enable_faulty_freshness_secoc_all(self: mtf.libs.mtf_pybinder.mtf_secoc) → None: enable faulty freshness secoc all

enable_secoc(self: mtf.libs.mtf_pybinder.mtf_secoc) → bool: enable secoc

get_all_protected_npdu_by_secoc(self: mtf.libs.mtf_pybinder.mtf_secoc, ecu_name: str) → set[str]: get all secoc npdus by ecu name

get_all_secoc_frames_by_bus(self: mtf.libs.mtf_pybinder.mtf_secoc, channel_name: str) → dict[str, set[str]]: get all secoc frames and correspandiing sender name by bus

get_secoc_response_validation_status(self: mtf.libs.mtf_pybinder.mtf_secoc) → list[tuple[str, bool]]: return the validation status of received responses for a given channel/ecu.

monitor_correctness_secoc(self: mtf.libs.mtf_pybinder.mtf_secoc, channel_name: str, pdu_name: str, frame_id: int, timeout: int) → bool: monitor correctness secoc

overwrite_freshness_counter(self: mtf.libs.mtf_pybinder.mtf_secoc, value: int) → bool: overwrite freshness counter

set_freshness_counter_by_value_id(self: mtf.libs.mtf_pybinder.mtf_secoc, freshness_value: int, value_id: int = 1) → bool

Allows to set the value of a specific freshness counter identified by value_id. The value is applied only when the counter is being incremented, meaning it does not persist as a permanent override of the counter’s value. This API must not be used to set the initial value of a counter before being actively incrementing. Args:

freshness_value (int): The new freshness counter value to set. Must be a non-negative integer. value_id (int): The Value ID used to identify the desired freshness counter to be updated. Defaults to 1.

Returns:: bool: A flag indicating success/failure of the operation.

set_secoc_bit_counting_policy(self: mtf.libs.mtf_pybinder.mtf_secoc, bit_counting_policy: mtf.libs.mtf_pybinder.BitCountingPolicy = <BitCountingPolicy.Sawtooth: 1>) → None: set bit secoc counting policy

start_secoc(self: mtf.libs.mtf_pybinder.mtf_secoc) → bool: start secoc

start_secoc_by_keys(self: mtf.libs.mtf_pybinder.mtf_secoc, keys_map: dict[int, list[int]]) → bool: Start SecOC module by specifying keys map

start_stop_freshness_master_for_one_pdu(self: mtf.libs.mtf_pybinder.mtf_secoc, freshness_path: str, pdu_path: str, state: bool = True) → bool

Start or Stop Secoc Freshness Master by specifying for one pdu.: pdu_path : Specify the challenge pdu path state : if true start freshness incrementation and Response for any Freshness Challenge else Stop Freshness and Response transmission and freshness path :Specify the freshness path

start_stop_secoc_challenge_sending(self: mtf.libs.mtf_pybinder.mtf_secoc, channel_or_ecu_name: str, state: bool, max_retry: int = 10) → bool

Start or Stop sending Secoc challenges to a specific ecu or channel.: channel_or_ecu_name : Specify the channel/ecu name. state : If true, start sending Secoc challenges, otherwise stop sending challenges. max_retry : retry number

start_stop_secoc_freshness_master(self: mtf.libs.mtf_pybinder.mtf_secoc, pdu_path: str, state: bool, chal_resp: bool = True) → bool

Start or Stop Sec_oc Freshness Master by specifying the pdu path.: pdu_path : Specify the pdu path state : if true start freshness incrementation and/or Response for any Freshness Challenge else Stop Freshness and/or Response transmission and chal_resp : if true start Response for any Freshness Challenge else no Response will be sent for evry Freshness Challenge

tfs_monitor_npdu_correctness_secoc(self: mtf.libs.mtf_pybinder.mtf_secoc, npdu_path: str, timeout: int) → bool: monitor npdu correctness secoc

class mtf.libs.mtf_pybinder.mtf_serial_observer

__init__(self: mtf.libs.mtf_pybinder.mtf_serial_observer) → None

__new__(**kwargs)

monitor_happened_serial_events(self: mtf.libs.mtf_pybinder.mtf_serial_observer, arg0: str, arg1: str | list[int], arg2: int) → bool: monitor Happened serial event

start_serial_observer(self: mtf.libs.mtf_pybinder.mtf_serial_observer, arg0: str, arg1: bool) → bool: start serial observer for channel name

stop_all_serial_observers(self: mtf.libs.mtf_pybinder.mtf_serial_observer) → bool: stop all serial observers

stop_serial_observer(self: mtf.libs.mtf_pybinder.mtf_serial_observer, arg0: str) → bool: stop serial observer for channel name

class mtf.libs.mtf_pybinder.mtf_serial_transmitter

Sending messages over Serial Channels

__init__(self: mtf.libs.mtf_pybinder.mtf_serial_transmitter) → None

__new__(**kwargs)

send_message(self: mtf.libs.mtf_pybinder.mtf_serial_transmitter, channel_name: str, message: str) → bool: send serial message in given channel

class mtf.libs.mtf_pybinder.mtf_signal_controller

This class allow to set or check specific signal value

__init__(self: mtf.libs.mtf_pybinder.mtf_signal_controller) → None

__new__(**kwargs)

get_signal_path(self: mtf.libs.mtf_pybinder.mtf_signal_controller, chName: str, frameId: int, signalName: str) → str: Get signal Path as string from channel name, frame id and signal Name like: chName::frameId::signalName

get_signal_paths_by_channel_name(self: mtf.libs.mtf_pybinder.mtf_signal_controller, chName: str, signalName: str) → list[str]: Get signal Paths as list of strings from channel name and signal Name

get_signal_payload_value(self: mtf.libs.mtf_pybinder.mtf_signal_controller, channel_name: str, frame_id: int, signal_name: str, payload: list[int], is_physical: bool) → int | int | float | list[int] | str: Get last recieved signal physical value

get_signal_physical_value(self: mtf.libs.mtf_pybinder.mtf_signal_controller, chName: str, frameId: int, signalName: str) → int | int | float | list[int] | str: Get last recieved signal physical value

get_signal_value(self: mtf.libs.mtf_pybinder.mtf_signal_controller, chName: str, frameId: int, signalName: str) → int | int | float | list[int] | str: Get last recieved signal value

set_npdu_bits_raw_value(self: mtf.libs.mtf_pybinder.mtf_signal_controller, ecu_name: str, npdu_id: int, signal_value: int | list[int], start_bit: int, number_of_bits: int, bit_order: int, update_and_send: bool) → bool: Set npdu bits raw value

set_pdu_bits_raw_value(self: mtf.libs.mtf_pybinder.mtf_signal_controller, chName: str, frameId: int, pdu_name: str, signalValue: int | list[int], start_bit: int, number_of_bits: int, bit_order: int, updateAndSend: bool) → bool: Set pdu bits raw value

set_signal_physical_value(self: mtf.libs.mtf_pybinder.mtf_signal_controller, chName: str, frameId: int, signalName: str, signalValue: float | int | int, updateAndSend: bool) → bool: Set physical value of signal

set_signal_raw_value(self: mtf.libs.mtf_pybinder.mtf_signal_controller, chName: str, frameId: int, signalName: str, signalValue: int | int | float | list[int] | str, updateAndSend: bool) → bool: Set raw value of signal

signal_value_found(self: mtf.libs.mtf_pybinder.mtf_signal_controller, channel_name: str, frame_id: int, signal_name: str) → bool: Check if the last value is successfully got. return True in case of there is a value reveived, otherwise false.

start_transmission_frame(self: mtf.libs.mtf_pybinder.mtf_signal_controller, channel_name: str, frame_id: int) → bool: Start the frame transmission

stop_transmission_frame(self: mtf.libs.mtf_pybinder.mtf_signal_controller, channel_name: str, frame_id: int) → bool: Stop the frame transmission

class mtf.libs.mtf_pybinder.mtf_signal_listener

Start/Stop signal listener

__init__(self: mtf.libs.mtf_pybinder.mtf_signal_listener, arg0: int) → None

__new__(**kwargs)

clear_history(self: mtf.libs.mtf_pybinder.mtf_signal_listener, full_path_name: str) → bool: clear signals history

get_history(self: mtf.libs.mtf_pybinder.mtf_signal_listener) → dict[str, list[tuple[int, list[int]]]]: Get signals history from the map

start(self: mtf.libs.mtf_pybinder.mtf_signal_listener, channel_name: str, frame_name: str, frame_id: int, pdu_name: str, signal_name: str, callback: Callable, on_change: bool, silent_mode: bool) → str: Start the signal Listener over specific bus and frame

start_by_frame_id(self: mtf.libs.mtf_pybinder.mtf_signal_listener, channel_name: str, frame_id: int, pdu_name: str, signal_name: str, callback: Callable, on_change: bool, silent_mode: bool) → str: Start Listener by Frame ID

start_by_frame_name(self: mtf.libs.mtf_pybinder.mtf_signal_listener, channel_name: str, frame_name: str, pdu_name: str, signal_name: str, callback: Callable, on_change: bool, silent_mode: bool) → list[str]: Start Listener by Frame Name

start_by_full_path(self: mtf.libs.mtf_pybinder.mtf_signal_listener, full_path_name: str, callback: Callable, on_change: bool, silent_mode: bool) → bool: Start the signal Listener over full path name

stop(self: mtf.libs.mtf_pybinder.mtf_signal_listener, full_path_name: str, on_change: bool) → bool: Stop the signal Listener

class mtf.libs.mtf_pybinder.mtf_signal_observer

__init__(self: mtf.libs.mtf_pybinder.mtf_signal_observer) → None

__new__(**kwargs)

checkSignal(self: mtf.libs.mtf_pybinder.mtf_signal_observer, arg0: str, arg1: int | int | float | list[int] | str, arg2: int, arg3: int, arg4: int | int | float | list[int] | str) → bool: check signal value

clear_signal_buffer(self: mtf.libs.mtf_pybinder.mtf_signal_observer, arg0: str) → bool: clear signal buffer

configure_signal_buffer_max_size(self: mtf.libs.mtf_pybinder.mtf_signal_observer, arg0: int) → bool: change max size of signal buffer

get_latest_received_signal_values(self: mtf.libs.mtf_pybinder.mtf_signal_observer, arg0: str, arg1: int) → list[tuple[int, int | int | float | list[int] | str]]: get list of received signals

get_received_signal_values_timeout(self: mtf.libs.mtf_pybinder.mtf_signal_observer, arg0: str, arg1: int) → list[tuple[int, int | int | float | list[int] | str]]: get list of received signals within timeout

get_signal_buffer(self: mtf.libs.mtf_pybinder.mtf_signal_observer, arg0: str) → list[tuple[int, int | int | float | list[int] | str]]: get Signal buffer

monitor_always_signal(self: mtf.libs.mtf_pybinder.mtf_signal_observer, arg0: str, arg1: int | int | float | list[int] | str, arg2: int, arg3: int, arg4: int | int | float | list[int] | str | None) → bool: check signal value with monitor always

monitor_always_signals(self: mtf.libs.mtf_pybinder.mtf_signal_observer, arg0: list[str], arg1: list[Union[int, int, float, list[int], str]], arg2: list[mtf::api::CompareOperation], arg3: int, arg4: list[Union[int, int, float, list[int], str]]) → bool: check signals values with monitor always

monitor_happened_signal(self: mtf.libs.mtf_pybinder.mtf_signal_observer, arg0: str, arg1: int | int | float | list[int] | str, arg2: int, arg3: int, arg4: int | int | float | list[int] | str | None) → bool: check signal value with monitor happened

monitor_happened_signals(self: mtf.libs.mtf_pybinder.mtf_signal_observer, arg0: list[str], arg1: list[Union[int, int, float, list[int], str]], arg2: list[mtf::api::CompareOperation], arg3: int, arg4: list[Union[int, int, float, list[int], str]]) → bool: check signals values with monitor happened

monitor_happened_signals_mixed(self: mtf.libs.mtf_pybinder.mtf_signal_observer, arg0: list[str], arg1: list[int], arg2: list[str], arg3: int, arg4: list[int], arg5: list[int | str]) → bool: monitor happened signals mixed

start_signal_observer(self: mtf.libs.mtf_pybinder.mtf_signal_observer, arg0: str, arg1: bool, arg2: bool) → bool: start signal observer

stop_observers(self: mtf.libs.mtf_pybinder.mtf_signal_observer, arg0: list[str]) → None: stop observers

stop_signal_observer(self: mtf.libs.mtf_pybinder.mtf_signal_observer, arg0: str, arg1: bool) → list[tuple[int, int | int | float | list[int] | str]]: stop signal observer

class mtf.libs.mtf_pybinder.mtf_someip_filter

__init__(self: mtf.libs.mtf_pybinder.mtf_someip_filter) → None

__new__(**kwargs)

property interface_versions: optional SomeIP messages interface versions

property methods_ids: optional SomeIP services methods

property msg_type: optional SomeIP messages types

property prev_layer_filter: an optional previous layer filter

property requests_ids: optional SomeIP messages requests ids

property return_code: optional SomeIP messages return codes

property services_ids: optional SomeIP services

class mtf.libs.mtf_pybinder.mtf_someip_listener

class used to start listener on someip messages

__init__(self: mtf.libs.mtf_pybinder.mtf_someip_listener, channel_name: str, filter: mtf.libs.mtf_pybinder.mtf_someip_filter = <mtf.libs.mtf_pybinder.mtf_someip_filter object at 0x0000020873B50C70>, type: mtf.libs.mtf_pybinder.SomeIpListenerType = <SomeIpListenerType.GetRawPacket: 1>) → None

Init the someip listener:: channel_name: Channel used for the communication with the ECU filter: the someip filter to be used to filter someip containing packets/someip msgs type: used to choose receive whole ethernet frame or only the someip msg

__new__(**kwargs)

clear_history(self: mtf.libs.mtf_pybinder.mtf_someip_listener) → None: clear someip listener history

get_history(self: mtf.libs.mtf_pybinder.mtf_someip_listener) → list[MtfBusEvent]: Get someip listener history

set_channel_name(self: mtf.libs.mtf_pybinder.mtf_someip_listener, channel_name: str) → bool: Set the channel name

set_filter(self: mtf.libs.mtf_pybinder.mtf_someip_listener, filter: list[dict[str, dict[str, int]]]) → None: Set Filter on someip header : Function used to set filter on someip messages

start(self: mtf.libs.mtf_pybinder.mtf_someip_listener, callback: Callable | None = None) → bool: Start the Someip listener

stop(self: mtf.libs.mtf_pybinder.mtf_someip_listener) → bool: Stop the SomeipListener

class mtf.libs.mtf_pybinder.mtf_someipsd_filter

__init__(self: mtf.libs.mtf_pybinder.mtf_someipsd_filter) → None

__new__(**kwargs)

property entries_types: optional SomeIpSD entries types

property events_group_ids: optional SomSomeIpSD event groups ids

property instances_ids: optional SomSomeIpSD services instances

property major_versions: optional SomSomeIpSD major version values

property minor_versions: optional SomSomeIpSD minor version values

property prev_layer_filter: an optional previous layer filter

property services_ids: optional SomeIpSD services

property ttls: optional SomeIpSD ttl values

class mtf.libs.mtf_pybinder.mtf_someipsd_listener

Class used to start listener on SOMEIP_SD messages

__init__(self: mtf.libs.mtf_pybinder.mtf_someipsd_listener, channel_name: str, filter: mtf.libs.mtf_pybinder.mtf_someipsd_filter = <mtf.libs.mtf_pybinder.mtf_someipsd_filter object at 0x0000020873C000B0>) → None

Init the someipsd_listener class :: channel_name : Channel used for the communication with the ECU filter: the someip filter to be used to filter someipsd containing packets

__new__(**kwargs)

clear_history(self: mtf.libs.mtf_pybinder.mtf_someipsd_listener) → None: clear someip_sd listener history

get_history(self: mtf.libs.mtf_pybinder.mtf_someipsd_listener) → list[MtfBusEvent]: Get someip_sd listener history

start(self: mtf.libs.mtf_pybinder.mtf_someipsd_listener, CallBack: Callable | None = None) → bool: Start the Someip_sd listener

stop(self: mtf.libs.mtf_pybinder.mtf_someipsd_listener) → bool: Start the Someip_sd listener

class mtf.libs.mtf_pybinder.mtf_tcp_layer_filter

__init__(self: mtf.libs.mtf_pybinder.mtf_tcp_layer_filter) → None

__new__(**kwargs)

property dst_ports: optional TCP destination ports

property prev_layer_filter: an optional previous layer filter

property src_ports: optional TCP source ports

class mtf.libs.mtf_pybinder.mtf_tecmp_data_type

Members:

CAN

CANFD

ETHERNET

FR

GPIO

LIN

ETH_10BASE_T1S

CAN

CANFD

ETHERNET

ETH_10BASE_T1S

FR

GPIO

LIN

__init__(self: mtf.libs.mtf_pybinder.mtf_tecmp_data_type, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.mtf_tecmp_filter

__init__(self: mtf.libs.mtf_pybinder.mtf_tecmp_filter) → None

__new__(**kwargs)

property channels_ids: optional TECMP channels ids

property data_types: optional TECMP data types

property devices_ids: optional TECMP devices ids

property msg_types: optional TECMP messages types

class mtf.libs.mtf_pybinder.mtf_tecmp_msg_type

Members:

BUS_STATUS

CM_STATUS

CONFIG_STATUS

CTR_MSG

LOGGING_STREAM

REPLAY_DATA

BUS_STATUS

CM_STATUS

CONFIG_STATUS

CTR_MSG

LOGGING_STREAM

REPLAY_DATA

__init__(self: mtf.libs.mtf_pybinder.mtf_tecmp_msg_type, value: int) → None

__new__(**kwargs)

property name

property value

class mtf.libs.mtf_pybinder.mtf_test_config

__init__(self: mtf.libs.mtf_pybinder.mtf_test_config) → None

__new__(**kwargs)

property log_level

property log_pattern

property signal_playback_active

property signal_playback_config_path

property test_log_output_folder

property testcase_name

property tracing_active

class mtf.libs.mtf_pybinder.mtf_test_features_controller

__init__(self: mtf.libs.mtf_pybinder.mtf_test_features_controller) → None

__new__(**kwargs)

tfs_check_simulations_state(self: mtf.libs.mtf_pybinder.mtf_test_features_controller, simulations_list: list[str], simulations_state: str) → bool: check simulations status

tfs_cleanup_testcase(self: mtf.libs.mtf_pybinder.mtf_test_features_controller) → None: cleanup all started observers and listeners

tfs_configure_rbs(self: mtf.libs.mtf_pybinder.mtf_test_features_controller, config_files_by_id: dict[str, str]) → bool: configure RBS

tfs_configure_simulation_controller(self: mtf.libs.mtf_pybinder.mtf_test_features_controller, config_path: str, config_settings_path: str, start_sim: bool) → bool: Configure controllers

tfs_deconfigure_controller(self: mtf.libs.mtf_pybinder.mtf_test_features_controller) → None: Deconfigure Testfeature controller

tfs_enable_disabled_simulations(self: mtf.libs.mtf_pybinder.mtf_test_features_controller, ecuList: list[str], enable: bool) → bool: enable or disable simulations

tfs_get_all_simulations_name(self: mtf.libs.mtf_pybinder.mtf_test_features_controller) → list[str]: get all simulations name

tfs_get_model_element(self: mtf.libs.mtf_pybinder.mtf_test_features_controller, modelPath: str, param: str) → int | str | bool | list[int] | None: get model element

tfs_is_simulation_controller_configured(self: mtf.libs.mtf_pybinder.mtf_test_features_controller) → bool: Check Testfeature existance

tfs_reset_transmission_frame_sim(self: mtf.libs.mtf_pybinder.mtf_test_features_controller, channel_name: str, frame_id: int) → bool: reset frame status using simulations

tfs_resume_simulations(self: mtf.libs.mtf_pybinder.mtf_test_features_controller, ecuList: list[str]) → bool: resume simulations

tfs_set_model_element(self: mtf.libs.mtf_pybinder.mtf_test_features_controller, modelPath: str, param: str) → bool: set model element

tfs_set_pwf(self: mtf.libs.mtf_pybinder.mtf_test_features_controller, configpath: str) → bool: set pwf state

tfs_set_test_feature_send_diag(self: mtf.libs.mtf_pybinder.mtf_test_features_controller, callback_func: Callable[[list[int], str], None]) → None: send diag

tfs_set_test_feature_send_diag_interpret_response(self: mtf.libs.mtf_pybinder.mtf_test_features_controller, callback_func: Callable[[list[int], str], list[int]]) → None: send diag and interpret response

tfs_start_simulations(self: mtf.libs.mtf_pybinder.mtf_test_features_controller, ecuList: list[str]) → bool: start simulations

tfs_start_transmission_frame_sim(self: mtf.libs.mtf_pybinder.mtf_test_features_controller, channel_name: str, frame_id: int) → bool: start sending frame using simulations

tfs_stop_simulations(self: mtf.libs.mtf_pybinder.mtf_test_features_controller, ecuList: list[str]) → bool: stop simulations

tfs_stop_transmission_frame_sim(self: mtf.libs.mtf_pybinder.mtf_test_features_controller, channel_name: str, frame_id: int) → bool: stop sending frame using simulations

tfs_subscribe_frame_to_nm_manager(self: mtf.libs.mtf_pybinder.mtf_test_features_controller, busName: str, msgId: int) → bool: subscribe frame to nm manger so the nm is respected when starting this frame

tfs_suspend_simulations(self: mtf.libs.mtf_pybinder.mtf_test_features_controller, ecuList: list[str]) → bool: suspend simulations

tfs_unset_test_feature_send_diag(self: mtf.libs.mtf_pybinder.mtf_test_features_controller) → None: send diag and interpret response

class mtf.libs.mtf_pybinder.mtf_test_serie

__init__(self: mtf.libs.mtf_pybinder.mtf_test_serie) → None

__new__(**kwargs)

property cycle_factor_by_group

Set cycle factor by group:: for CAN msgs COM channel name should be used as key, for SOMEIP events “SOMEIP” should be used as key,

for NPDUs “NPDU” should be used as key, for SOMEIP/SD “SOMEIP_SD” should be used as key

property cycle_time_factor: default cycle factor for CAN frames if no other value was provided in cycle_factor_by_group

property min_debounce_time

class mtf.libs.mtf_pybinder.mtf_test_serie_config

__init__(self: mtf.libs.mtf_pybinder.mtf_test_serie_config) → None

__new__(**kwargs)

property com_config

property signal_playback_active: Set the signal playback active for each test in the series. Ignored if path is empty. Overridden by test if test path is not empty.

property signal_playback_config_path: Set a default signal playback configuration path for the series, can be overriden by each test config

property test_log_output_folder: The test log output folder path as string

property testserie_name: The name of the testseries

property tracing_active: Select if the tracing is active or not

class mtf.libs.mtf_pybinder.mtf_timestamp

mtf timestamp object where different where it stores different methods to retreive timestamp

__init__(*args, **kwargs)

__new__(**kwargs)

get_relative_timestamp(self: mtf.libs.mtf_pybinder.mtf_timestamp, arg0: int) → int: Get tmestamp relative to the given reference

property hw_prefered: Get HW Timestamp Nano if supported else sw timestamp is returned

property sw: Get SW Timestamp Nano

property utc_hw_prefered: Get HW Timestamp UTC format if supported else sw timestamp is returned

property utc_sw: Get SW Timestamp UTC format

class mtf.libs.mtf_pybinder.mtf_tunnel_controller

__init__(self: mtf.libs.mtf_pybinder.mtf_tunnel_controller, arg0: str) → None

__new__(**kwargs)

configure_inner_vlan_priority(self: mtf.libs.mtf_pybinder.mtf_tunnel_controller, tap_name: str, ethernet_protocol: mtf.libs.mtf_pybinder.ethernet_protocol, default_priority: int, ports_configuration: Optional[list[Union[mtf::hal::eth::PortPriorityConfig<unsigned short, unsigned short>, mtf::hal::eth::PortPriorityConfig<std::pair<unsigned short, unsigned short>, std::pair<unsigned short, unsigned short> >, mtf::hal::eth::PortPriorityConfig<unsigned short, std::pair<unsigned short, unsigned short> >, mtf::hal::eth::PortPriorityConfig<std::pair<unsigned short, unsigned short>, unsigned short>]]] = None) → bool: Sets the priority of the inner VLAN tag for Ethernet frames based on the Ethernet protocol of each packet on a specific TAP device (requires packet manipulation to be enabled).

configure_multicast_vlans_by_src_ip(self: mtf.libs.mtf_pybinder.mtf_tunnel_controller, tap_name: str, src_ip_addr: str, inner_vlan: Optional[mtf::ethernet::VlanTag] = None, outer_vlan: Optional[mtf::ethernet::VlanTag] = None) → bool

Configures how the Inner and Outer Multicast Vlans of Ethernet frames should be modified for traffic from a specified IP address: on a particular TAP device (requires packet manipulation to be enabled).

configure_src_mac_by_src_ip(self: mtf.libs.mtf_pybinder.mtf_tunnel_controller, tap_name: str, src_ip_addr: str, src_mac_addr: str) → bool

Configures how the source MAC address of Ethernet frames should be modified for traffic from a specified IP address: on a particular TAP device (requires packet manipulation to be enabled).

configure_vlans_by_src_ip(self: mtf.libs.mtf_pybinder.mtf_tunnel_controller, tap_name: str, src_ip_addr: str, inner_vlan: Optional[mtf::ethernet::VlanTag] = None, outer_vlan: Optional[mtf::ethernet::VlanTag] = None) → bool

Configures how the Inner and Outer Vlans of Ethernet frames should be modified for traffic from a specified IP address: on a particular TAP device (requires packet manipulation to be enabled).

configure_vlans_for_ip_pair(self: mtf.libs.mtf_pybinder.mtf_tunnel_controller, tap_name: str, src_ip_addr: str, dst_ip_addr: str, inner_vlan: Optional[mtf::ethernet::VlanTag] = None, outer_vlan: Optional[mtf::ethernet::VlanTag] = None) → bool

Configures how the Inner and Outer VLAN tags of Ethernet frames should be modified for traffic sent from a specific: source IP address to a specific unicast destination IP address on a particular TAP device (requires packet manipulation to be enabled).

static get_ip_rules_metadata() → list[mtf::ethernet::IpRuleInfo]: Returns metadata of the ip rules used for packet manipulation. get_ip_rules_metadata() -> List[IpRuleInfo]

set_ip_rule_tag_by_src_ip(self: mtf.libs.mtf_pybinder.mtf_tunnel_controller, tap_name: str, src_ip_addr: str, tag: str) → bool: sets a Tag (Alias) for an IP manipulation rule on a specific TAP device (requires packet manipulation to be enabled).

set_physical_callback(self: mtf.libs.mtf_pybinder.mtf_tunnel_controller, callback: Callable[[TunnelFrame], None] = None, filter: mtf.libs.mtf_pybinder.mtf_eth_filter = None) → None: set the callback that will be called on a packet when it’s received on the physical adapter before forwarding it to the virtual adapter

set_virtual_callback(self: mtf.libs.mtf_pybinder.mtf_tunnel_controller, tap_name: str = '', callback: Callable[[TunnelFrame], None] = None, filter: mtf.libs.mtf_pybinder.mtf_eth_filter = None) → None: set the callback that will be called on a packet when it’s received on the virtual adapter before forwarding it to the physical adapter

set_vlan(self: mtf.libs.mtf_pybinder.mtf_tunnel_controller, tap_name: str = '', inner_vlan: int = 0, outer_vlan: int = 0, inner_vlan_ethertype: int = 33024, outer_vlan_ethertype: int = 37120, inner_priority_tag: int = 0, outer_priority_tag: int = 0, inner_cfi: bool = False, outer_cfi: bool = False) → None: set the vlan that will be injected when forwarding from physical to virtual adapters

start(self: mtf.libs.mtf_pybinder.mtf_tunnel_controller) → bool: start the tunnel controller

stop(self: mtf.libs.mtf_pybinder.mtf_tunnel_controller) → bool: stop the tunnel controller

timout_exceeded(self: mtf.libs.mtf_pybinder.mtf_tunnel_controller) → bool: Check if one of the callback calls to python exceeded the timeout allowed for this call to take

unconfigure_inner_vlan_priority(self: mtf.libs.mtf_pybinder.mtf_tunnel_controller, tap_name: str, ethernet_protocol: mtf.libs.mtf_pybinder.ethernet_protocol) → bool: Unsets the priority of the inner VLAN tag for Ethernet frames based on the Ethernet protocol of each packet on a specific TAP device (requires packet manipulation to be enabled).

unconfigure_multicast_vlans_by_src_ip(self: mtf.libs.mtf_pybinder.mtf_tunnel_controller, tap_name: str, src_ip_addr: str, inner_vlan: Optional[mtf::ethernet::VlanTag] = None, outer_vlan: Optional[mtf::ethernet::VlanTag] = None) → bool

Clears the modification of the Inner and Outer Multicast Vlans of Ethernet frames for traffic from a specified IP address: on a particular TAP device (requires packet manipulation to be enabled).

unconfigure_src_mac_by_src_ip(self: mtf.libs.mtf_pybinder.mtf_tunnel_controller, tap_name: str, src_ip_addr: str) → bool: Clears the modification of the source MAC address of Ethernet frames for traffic from a specified IP address on a particular TAP device (requires packet manipulation to be enabled).

unconfigure_vlans_by_src_ip(self: mtf.libs.mtf_pybinder.mtf_tunnel_controller, tap_name: str, src_ip_addr: str) → bool

Clears the modification of the Inner and Outer Vlans of Ethernet frames for traffic from a specified IP address: on a particular TAP device (requires packet manipulation to be enabled).

unconfigure_vlans_for_ip_pair(self: mtf.libs.mtf_pybinder.mtf_tunnel_controller, tap_name: str, src_ip_addr: str, dst_ip_addr: str) → bool: Clears the modification of the Inner and Outer VLAN tags of Ethernet frames for traffic sent from a specific source IP address to a specific unicast destination IP address on a particular TAP device (requires packet manipulation to be enabled).

unset_ip_rule_tag_by_src_ip(self: mtf.libs.mtf_pybinder.mtf_tunnel_controller, tap_name: str, src_ip_addr: str, tag: str) → bool: Unsets a Tag (Alias) for an IP manipulation rule on a specific TAP device (requires packet manipulation to be enabled).

class mtf.libs.mtf_pybinder.mtf_tunnel_frame

__init__(*args, **kwargs)

__new__(**kwargs)

accept(self: mtf.libs.mtf_pybinder.mtf_tunnel_frame) → None: Mark the frame to be accepted

property bytes: The raw packet bytes

drop(self: mtf.libs.mtf_pybinder.mtf_tunnel_frame) → None: Mark the frame to be dropped

get_original_dst_mac_address(self: mtf.libs.mtf_pybinder.mtf_tunnel_frame) → mtf.libs.mtf_pybinder.pcpp.MacAddress: Returns the destination MAC address extracted from the original packet before any manipulation.

get_original_src_mac_address(self: mtf.libs.mtf_pybinder.mtf_tunnel_frame) → mtf.libs.mtf_pybinder.pcpp.MacAddress: Returns the source MAC address extracted from the original packet before any manipulation.

get_pcpp_packet(self: mtf.libs.mtf_pybinder.mtf_tunnel_frame) → mtf.libs.mtf_pybinder.pcpp.Packet: Get the pcpp Packet representation of the payload

is_dropped(self: mtf.libs.mtf_pybinder.mtf_tunnel_frame) → bool: Check if the Frame is marked to be dropped

class mtf.libs.mtf_pybinder.mtf_udp_layer_filter

__init__(self: mtf.libs.mtf_pybinder.mtf_udp_layer_filter) → None

__new__(**kwargs)

property dst_ports: optional UDP destination ports

property prev_layer_filter: an optional previous layer filter

property src_ports: optional UDP source ports

class mtf.libs.mtf_pybinder.mtf_vlan_filter

__init__(self: mtf.libs.mtf_pybinder.mtf_vlan_filter, vlan_type: mtf.libs.mtf_pybinder.mtf_eth_filter_vlan_type = <mtf_eth_filter_vlan_type.Vlan802Dot1Q: 0>) → None

__new__(**kwargs)

property dei: optional Drop eligible indicator

property prev_layer_filter: an optional previous layer filter

property priorities: optional packet priorities

property vlan_ids: optional inner VLAN ids

class mtf.libs.mtf_pybinder.mtf_xcp

Interface for read and write access to the memory of an ECU using the XCP protocol (Universal Measurement and Calibration Protocol)

__init__(self: mtf.libs.mtf_pybinder.mtf_xcp) → None

__new__(**kwargs)

configure(self: mtf.libs.mtf_pybinder.mtf_xcp, ecu_name: str, channel_name: str, option: mtf.libs.mtf_pybinder.XcpConfigOption, value: int) → bool

Set a configuration option for the given ECU

ecu_name: ECU name like it’s defined in the A2L file channel_name: Channel used for the communication with the ECU (e.g. CAN_1) option: the option to configure value: signed integer option value

connect(*args, **kwargs)

Overloaded function.

connect(self: mtf.libs.mtf_pybinder.mtf_xcp, ecu_name: str, channel_name: str, protocol: int, dst_host: str, dst_port: int, src_host: str, src_port: int, callback: Callable[[str, bool], None]) -> bool

Establish connection to the ECU over Ethernet (XCP on TCP or XCP on UDP)

ecu_name: ECU name like it’s defined in the A2L file channel_name: Channel used for the communication with the ECU (e.g. CAN_1) protocol: XCP on TCP (1) or XCP on UDP (2) dst_host: IP Address of the ECU dst_port: Port number dedicated to the XCP communication on the ECU src_host: Local interface address to be used for the connection src_port: Local port number to be used for the connection callback: Function to be called every time the connection state change (true -> connected, false -> disconnected)

connect(self: mtf.libs.mtf_pybinder.mtf_xcp, ecu_name: str, channel_name: str, protocol: int, callback: Callable[[str, bool], None]) -> bool

Establish connection to the ECU over Ethernet (XCP on TCP or XCP on UDP),

ecu_name: ECU name like it’s defined in the A2L file using the Ethernet settings from the A2L file channel_name: Channel used for the communication with the ECU (e.g. CAN_1) protocol: XCP on TCP (1) or XCP on UDP (2) callback: Function to be called every time the connection state change (true -> connected, false -> disconnected)

connect_can(*args, **kwargs)

Overloaded function.

connect_can(self: mtf.libs.mtf_pybinder.mtf_xcp, ecu_name: str, channel_name: str, master_id: int, slave_id: int, can_fd: bool, max_dlc_required: bool, callback: Callable[[str, bool], None]) -> bool

Establish connection to the ECU over CAN

ecu_name: ECU name like it’s defined in the A2L file channel_name : Channel used for the communication with the ECU(e.g.CAN_1) master_id: Local CAN ID slave_id : ECU CAN ID can_fd : Use CANFD max_dlc_required: Always pad CAN frame to max DLC callback : Function to be called every time the connection state change(true->connected, false->disconnected)

connect_can(self: mtf.libs.mtf_pybinder.mtf_xcp, ecu_name: str, channel_name: str, callback: Callable[[str, bool], None]) -> bool

Establish connection to the ECU over CAN using the CAN settings from the A2L file

ecu_name: ECU name like it’s defined in the A2L file channel_name : Channel used for the communication with the ECU(e.g.CAN_1) callback : Function to be called every time the connection state change(true->connected, false->disconnected)

connect_npdu(self: mtf.libs.mtf_pybinder.mtf_xcp, ecu_name: str, channel_name: str, tunnel_name: str, master_pdu_id: int, slave_pdu_id: int, payload_length_required: int, callback: Callable[[str, bool], None]) → bool

Establish connection to the ECU over Ethernet NPDU

ecu_name: ECU name like it’s defined in the A2L file channel_name : Channel used for the communication with the ECU tunnel_name: nPdu tunnel name like it’s defined in the config master_pdu_id : Master ECU pdu id slave_pdu_id : Slave ECU pdu id payload_length_required: Always pad frame to payload_length_required callback : Function to be called every time the connection state change(true->connected, false->disconnected)

daq_configure(self: mtf.libs.mtf_pybinder.mtf_xcp, ecu_name: str, channel_name: str, configuration: dict[int, tuple[int, list[list[str]]]]) → bool

Set DAQ configuration

ecu_name: ECU name like it’s defined in the A2L file channel_name: Channel used for the communication with the ECU (e.g. CAN_1) configuration: Configuration to use

daq_decode_payload(self: mtf.libs.mtf_pybinder.mtf_xcp, ecu_name: str, channel_name: str, payload: list[int]) → list[mtf.libs.mtf_pybinder.xcp_daq_sample]

Decode a DAQ event payload

ecu_name: ECU name like it’s defined in the A2L file channel_name: Channel used for the communication with the ECU (e.g. CAN_1) payload: the data of a DAQ event message

daq_enable(self: mtf.libs.mtf_pybinder.mtf_xcp, ecu_name: str, channel_name: str) → bool

Enable DAQ and read configuration from ECU

ecu_name: ECU name like it’s defined in the A2L file channel_name: Channel used for the communication with the ECU (e.g. CAN_1)

daq_poll(self: mtf.libs.mtf_pybinder.mtf_xcp, ecu_name: str, channel_name: str, data_object: str, interval_ms: int) → bool

Add data object to poll for the given ECU

ecu_name: ECU name like it’s defined in the A2L file channel_name: Channel used for the communication with the ECU (e.g. CAN_1) data_object: data object name to poll interval_ms: milliseconds between polling the object, 0 to disable polling

daq_set_callback(self: mtf.libs.mtf_pybinder.mtf_xcp, ecu_name: str, channel_name: str, callback: Callable[[int, str, xcp_value], None]) → int

Set callback for updated measurements for the given ECU

ecu_name: ECU name like it’s defined in the A2L file channel_name: Channel used for the communication with the ECU (e.g. CAN_1) callback: Callback to be executed when measurement gets updated

daq_set_list_options(self: mtf.libs.mtf_pybinder.mtf_xcp, ecu_name: str, channel_name: str, list_index: int, options: mtf.libs.mtf_pybinder.xcp_daq_list_options) → bool

Set DAQ list options

ecu_name: ECU name like it’s defined in the A2L file channel_name: Channel used for the communication with the ECU (e.g. CAN_1) list_index: Index of the list to set the options for options: Options to be set

daq_start(self: mtf.libs.mtf_pybinder.mtf_xcp, ecu_name: str, channel_name: str) → bool

Start data acquisition for the given ECU

ecu_name: ECU name like it’s defined in the A2L file channel_name: Channel used for the communication with the ECU (e.g. CAN_1)

daq_stop(self: mtf.libs.mtf_pybinder.mtf_xcp, ecu_name: str, channel_name: str) → bool

Stop data acquisition for the given ECU

ecu_name: ECU name like it’s defined in the A2L file channel_name: Channel used for the communication with the ECU (e.g. CAN_1)

daq_validate_configuration(self: mtf.libs.mtf_pybinder.mtf_xcp, ecu_name: str, channel_name: str, try_fix: bool) → bool

Validate (and fix) the current DAQ configuration

ecu_name: ECU name like it’s defined in the A2L file channel_name: Channel used for the communication with the ECU (e.g. CAN_1) try_fix: If false, the configuration is not modified (not supported yet), if true, tries to fix the configuration

daq_watch(self: mtf.libs.mtf_pybinder.mtf_xcp, ecu_name: str, channel_name: str, measurements: list[str]) → bool

Set measurements to watch for the given ECU

ecu_name: ECU name like it’s defined in the A2L file channel_name: Channel used for the communication with the ECU (e.g. CAN_1) measurements: Measurement names to watch

deinit(self: mtf.libs.mtf_pybinder.mtf_xcp, ecu_name: str, channel_name: str) → bool

Deinit the XCP module

ecu_name: ECU name like it’s defined in the A2L file channel_name: Channel used for the communication with the ECU (e.g. CAN_1)

detect_ecus(self: mtf.libs.mtf_pybinder.mtf_xcp) → list[str]: Get list of available Ecus (List[Dict[str, Any]])

disconnect(self: mtf.libs.mtf_pybinder.mtf_xcp, ecu_name: str, channel_name: str) → bool

Close connection to the ECU

ecu_name: ECU name like it’s defined in the A2L file channel_name: Channel used for the communication with the ECU (e.g. CAN_1)

get_all_characteristics(self: mtf.libs.mtf_pybinder.mtf_xcp, ecu_name: str, channel_name: str) → list[str]: Get list of ECU characteristics defined on the A2L file

get_all_ecu_names(self: mtf.libs.mtf_pybinder.mtf_xcp) → list[str]: Get list of ECU defined on the A2L file

get_all_measurements(self: mtf.libs.mtf_pybinder.mtf_xcp, ecu_name: str, channel_name: str) → list[str]: Get list of ECU measurements defined on the A2L file

get_object_data_type(self: mtf.libs.mtf_pybinder.mtf_xcp, ecu_name: str, channel_name: str, a2l_obj_name: str) → mtf.libs.mtf_pybinder.XcpDataType

Retrieves the data type associated with a given object name.

ecu_name: ECU name like it’s defined in the A2L file channel_name: Channel used for the communication with the ECU (e.g. CAN_1) obj_name: The name of the object for which to retrieve the data type from the A2L file

init(self: mtf.libs.mtf_pybinder.mtf_xcp, ecu_name: str, channel_name: str, a2l_file_path: str) → bool

Init the XCP module

ecu_name: ECU name like it’s defined in the A2L file channel_name: Channel used for the communication with the ECU (e.g. CAN_1) a2l_file_path: Path to the A2L file

read(self: mtf.libs.mtf_pybinder.mtf_xcp, ecu_name: str, channel_name: str, variable_name: str, raw_value: bool = False) → tuple[float, bool]

Read out variable (calibration or measurement) value from the ECU

ecu_name: ECU name like it’s defined in the A2L file channel_name: Channel used for the communication with the ECU (e.g. CAN_1) variable_name: characteristic/measurement like defined in the a2l file

read_complex_type(self: mtf.libs.mtf_pybinder.mtf_xcp, ecu_name: str, channel_name: str, variable_name: str, raw_value: bool = False) → xcp_value

Read out variable (calibration or measurement) value from the ECU

ecu_name: ECU name like it’s defined in the A2L file channel_name: Channel used for the communication with the ECU (e.g. CAN_1) variable_name: characteristic/measurement like defined in the a2l file raw_value: read ECU value without conversion to physical

write(self: mtf.libs.mtf_pybinder.mtf_xcp, ecu_name: str, channel_name: str, variable_name: str, value: float, raw_value: bool = False) → bool

Set the ECU internal calibration value

ecu_name: ECU name like it’s defined in the A2L file channel_name: Channel used for the communication with the ECU (e.g. CAN_1) variable_name: characteristic like defined in the a2l file value: float value

write_complex_type(self: mtf.libs.mtf_pybinder.mtf_xcp, ecu_name: str, channel_name: str, variable_name: str, value: xcp_value, raw_value: bool = False) → bool

Set the ECU internal calibration value

ecu_name: ECU name like it’s defined in the A2L file channel_name: Channel used for the communication with the ECU (e.g. CAN_1) variable_name: characteristic like defined in the a2l file value: numpy array raw_value: treat value as ECU value and write without conversion

class mtf.libs.mtf_pybinder.npdu_setter_checker

NPDU setter checker class

__init__(self: mtf.libs.mtf_pybinder.npdu_setter_checker, ecu_name: str, npdu: int | str) → None

__new__(**kwargs)

check_npdu_cyclic_repetition(self: mtf.libs.mtf_pybinder.npdu_setter_checker, cycle: int, cycle_deviation: int, nb_repetition: int, check_latest_values: bool, interface_id: int | None = None) → bool: check npdu cyclic repetition

check_npdu_network(self: mtf.libs.mtf_pybinder.npdu_setter_checker, signal_name: str, param: str) → bool: check Npdu network

check_npdu_network_with_mask(self: mtf.libs.mtf_pybinder.npdu_setter_checker, signal_name: str, param: str, mask: int, comparison: int) → bool: check Npdu network

check_npdu_reception(self: mtf.libs.mtf_pybinder.npdu_setter_checker, is_received: bool, interface_id: int | None = None) → bool: check npdu reception

clear_npdu_buffer(self: mtf.libs.mtf_pybinder.npdu_setter_checker, interface_id: int | None = None) → bool: clear npdu buffer

get_npdu_last_value(self: mtf.libs.mtf_pybinder.npdu_setter_checker) → int | float | int | str | list[int]: get npdu last recieved value

monitor_Npdu_message_reception(self: mtf.libs.mtf_pybinder.npdu_setter_checker, arg0: bool, arg1: int) → bool: monitor message reception

monitor_always_npdu_network(self: mtf.libs.mtf_pybinder.npdu_setter_checker, signal_name: str, expectedValue: str, timeout: int, comparison: int, mask: int) → bool: monitor always npdu network

monitor_happened_npdu_network(self: mtf.libs.mtf_pybinder.npdu_setter_checker, signal_name: str, expectedValue: str, timeout: int, comparison: int, mask: int) → bool: monitor happened npdu network

npdu_apply_faulty_corrupt_alive_counter(self: mtf.libs.mtf_pybinder.npdu_setter_checker, on_off: bool) → bool: npdu apply faulty corrupt alive counter

npdu_apply_faulty_corrupt_crc(self: mtf.libs.mtf_pybinder.npdu_setter_checker, on_off: bool) → bool: npdu apply faulty corrupt crc

set_npdu_network(self: mtf.libs.mtf_pybinder.npdu_setter_checker, signal_name: str, param: str) → bool: set Npdu network

start_npdu_observer(self: mtf.libs.mtf_pybinder.npdu_setter_checker, interface_id: int | None = None) → bool: Start Npdu Observer

start_stop_cycle_Npdu_message(self: mtf.libs.mtf_pybinder.npdu_setter_checker, signal_name: str, respect_cycle: bool) → bool: start stop Cycle Npdu Message

stop_npdu_observer(self: mtf.libs.mtf_pybinder.npdu_setter_checker, interface_id: int | None = None) → bool: Stop Npdu Observer

mtf.libs.mtf_pybinder.set_exception_handler(callback: Callable[[str], None]) → None: mtf_exception is a submodule of ‘mtf_pybinder’

mtf.libs.mtf_pybinder.sleep_for(duration_ms: int) → None: Sleep for real or virtual time (in milliseconds)

class mtf.libs.mtf_pybinder.xcp_can_connection

__init__(*args, **kwargs)

Overloaded function.

__init__(self: mtf.libs.mtf_pybinder.xcp_can_connection) -> None
__init__(self: mtf.libs.mtf_pybinder.xcp_can_connection, master_frame_id: int, slave_frame_id: int, is_can_fd: bool) -> None
__init__(self: mtf.libs.mtf_pybinder.xcp_can_connection, master_frame_id: int, slave_frame_id: int, is_can_fd: bool, max_dlc: int, max_dlc_required: bool) -> None

__new__(**kwargs)

class mtf.libs.mtf_pybinder.xcp_connection

__init__(*args, **kwargs)

Overloaded function.

__init__(self: mtf.libs.mtf_pybinder.xcp_connection, connection_type: mtf.libs.mtf_pybinder.XcpConnectionType) -> None
__init__(self: mtf.libs.mtf_pybinder.xcp_connection, max_dlc: mtf.libs.mtf_pybinder.XcpConnectionType, max_dlc_required: int, connection_type: bool) -> None

__new__(**kwargs)

class mtf.libs.mtf_pybinder.xcp_controller

__init__(self: mtf.libs.mtf_pybinder.xcp_controller, ecu_name: str, channel_name: str, connection_info: mtf.libs.mtf_pybinder.xcp_connection, a2l_file: str) → None

__new__(**kwargs)

configure(self: mtf.libs.mtf_pybinder.xcp_controller, option: mtf.libs.mtf_pybinder.XcpConfigOption, value: int) → bool: Set a configuration option for the given ECU/channel

connect(self: mtf.libs.mtf_pybinder.xcp_controller, callback: Callable[[str, bool], None]) → bool

Establish connection to the ECU over Ethernet (XCP on TCP or XCP on UDP)

callback: Function to be called every time the connection state change (true -> connected, false -> disconnected)

daq_configure(self: mtf.libs.mtf_pybinder.xcp_controller, configuration: dict[int, tuple[int, list[list[str]]]]) → bool: Set DAQ configuration

daq_decode_payload(self: mtf.libs.mtf_pybinder.xcp_controller, payload: list[int]) → list[mtf.libs.mtf_pybinder.xcp_daq_sample]: Decode a DAQ event payload

daq_enable(self: mtf.libs.mtf_pybinder.xcp_controller) → bool: Enable DAQ and read configuration from ECU

daq_poll(self: mtf.libs.mtf_pybinder.xcp_controller, measurement: str, interval_ms: int) → bool: Add data object to poll

daq_remove_callback(self: mtf.libs.mtf_pybinder.xcp_controller, handle: int) → bool: Remove a DAQ callback

daq_set_callback(self: mtf.libs.mtf_pybinder.xcp_controller, callback: Callable[[int, str, xcp_value], None]) → int: Set callback for updated measurements

daq_set_list_options(self: mtf.libs.mtf_pybinder.xcp_controller, list_index: int, options: mtf.libs.mtf_pybinder.xcp_daq_list_options) → bool: Set DAQ list options

daq_start(self: mtf.libs.mtf_pybinder.xcp_controller) → bool: Start data acquisition

daq_stop(self: mtf.libs.mtf_pybinder.xcp_controller) → bool: Stop data acquisition

daq_validate_configuration(self: mtf.libs.mtf_pybinder.xcp_controller, try_fix: bool) → bool: Validate DAQ configuration

daq_watch(self: mtf.libs.mtf_pybinder.xcp_controller, measurements: list[str]) → bool: Set measurements to watch

detect_ecus(self: mtf.libs.mtf_pybinder.xcp_controller) → list[str]: Get list of available Ecus (List[Dict[str, Any]])

disconnect(self: mtf.libs.mtf_pybinder.xcp_controller) → bool: Close connection to the ECU

get_all_characteristics(self: mtf.libs.mtf_pybinder.xcp_controller) → list[str]: Get list of ECU characteristics defined on the A2L file

get_all_ecu_names(self: mtf.libs.mtf_pybinder.xcp_controller) → list[str]: Get list of ECU defined on the A2L file.

get_all_measurements(self: mtf.libs.mtf_pybinder.xcp_controller) → list[str]: Get list of ECU measurements defined on the A2L file

get_daq_event_channels(self: mtf.libs.mtf_pybinder.xcp_controller) → list[mtf.libs.mtf_pybinder.xcp_daq_event_channel]: Get DAQ event channels for this ECU/channel

get_object_data_type(self: mtf.libs.mtf_pybinder.xcp_controller, a2l_obj_name: str) → mtf.libs.mtf_pybinder.XcpDataType: Get data type for an A2L object of this ECU/channel

read_physical_value(self: mtf.libs.mtf_pybinder.xcp_controller, variable_name: str) → xcp_value

Read out variable (characteristic or measurement) complex physical value from the ECU

variable_name: characteristic/measurement like defined in the a2l file

read_raw_value(self: mtf.libs.mtf_pybinder.xcp_controller, variable_name: str) → xcp_value

Read out variable (characteristic or measurement) complex raw value from the ECU

variable_name: characteristic/measurement like defined in the a2l file

read_simple_physical_value(self: mtf.libs.mtf_pybinder.xcp_controller, variable_name: str) → tuple[float, bool]

Read out variable (characteristic or measurement) physical value from the ECU

variable_name: characteristic/measurement like defined in the a2l file

read_simple_raw_value(self: mtf.libs.mtf_pybinder.xcp_controller, variable_name: str) → tuple[float, bool]

Read out variable (characteristic or measurement) raw value from the ECU

variable_name: characteristic/measurement like defined in the a2l file

write_physical_value(self: mtf.libs.mtf_pybinder.xcp_controller, variable_name: str, value: xcp_value) → bool

Set the ECU internal (characteristic or measurement) complex physical value

variable_name: characteristic/measurement like defined in the a2l file value: numpy array

write_raw_value(self: mtf.libs.mtf_pybinder.xcp_controller, variable_name: str, value: xcp_value) → bool

Set the ECU internal (characteristic or measurement) complex raw value

variable_name: characteristic/measurement like defined in the a2l file value: numpy array

write_simple_physical_value(self: mtf.libs.mtf_pybinder.xcp_controller, variable_name: str, value: float) → bool

Set the ECU internal (characteristic or measurement) physical value

variable_name: characteristic/measurement like defined in the a2l file value: float value

write_simple_raw_value(self: mtf.libs.mtf_pybinder.xcp_controller, variable_name: str, value: float) → bool

Set the ECU internal (characteristic or measurement) raw value

variable_name: characteristic/measurement like defined in the a2l file value: float value

class mtf.libs.mtf_pybinder.xcp_daq_event_channel

__init__(*args, **kwargs)

__new__(**kwargs)

property name

property period

class mtf.libs.mtf_pybinder.xcp_daq_list_options

__init__(self: mtf.libs.mtf_pybinder.xcp_daq_list_options, dto_ctr: bool = False, timestamp: bool = False, pid_off: bool = False, prescaler: int = 1, priority: int = 0) → None

__new__(**kwargs)

property dto_ctr

property pid_off

property prescaler

property priority

property timestamp

class mtf.libs.mtf_pybinder.xcp_daq_sample

__init__(*args, **kwargs)

__new__(**kwargs)

property measurement

property phys_value

property raw_value

property timestamp

class mtf.libs.mtf_pybinder.xcp_eth_connection

__init__(*args, **kwargs)

Overloaded function.

__init__(self: mtf.libs.mtf_pybinder.xcp_eth_connection, dst_host: str, dst_port: int, src_host: str, src_port: int, protocol: mtf.libs.mtf_pybinder.XcpEthProtocol = <XcpEthProtocol.TCP: 1>) -> None
__init__(self: mtf.libs.mtf_pybinder.xcp_eth_connection, dst_host: str, dst_port: int, protocol: mtf.libs.mtf_pybinder.XcpEthProtocol = <XcpEthProtocol.TCP: 1>) -> None
__init__(self: mtf.libs.mtf_pybinder.xcp_eth_connection, dst_host: str, dst_port: int, src_host: str, src_port: int, max_dlc: mtf.libs.mtf_pybinder.XcpEthProtocol, max_dlc_required: int, protocol: bool = <XcpEthProtocol.TCP: 1>) -> None

__new__(**kwargs)

class mtf.libs.mtf_pybinder.xcp_npdu_connection

__init__(self: mtf.libs.mtf_pybinder.xcp_npdu_connection, npdu_tunnel_name: str, master_pdu_id: int, slave_pdu_id: int, required_payload_length: int) → None

__new__(**kwargs)