Struct E2ETransformationTechnologyConfig 

pub struct E2ETransformationTechnologyConfig {

    pub profile: E2EProfile,
    pub zero_header_length: bool,
    pub transform_in_place: bool,
    pub offset: u32,
    pub max_delta_counter: u32,
    pub max_error_state_init: u32,
    pub max_error_state_invalid: u32,
    pub max_error_state_valid: u32,
    pub max_no_new_or_repeated_data: u32,
    pub min_ok_state_init: u32,
    pub min_ok_state_invalid: u32,
    pub min_ok_state_valid: u32,
    pub window_size: u32,
    pub window_size_init: Option<u32>,
    pub window_size_invalid: Option<u32>,
    pub window_size_valid: Option<u32>,
    pub profile_behavior: Option<E2EProfileBehavior>,
    pub sync_counter_init: Option<u32>,
    pub data_id_mode: Option<DataIdMode>,
    pub data_id_nibble_offset: Option<u32>,
    pub crc_offset: Option<u32>,
    pub counter_offset: Option<u32>,
}

Configuration for an E2E transformation

Fields

profile: E2EProfile

E2E profile to use

zero_header_length: bool

When E2E is used in a transformer chain after COM, the header length must be zero. In this configuration you are expected to provide space for the E2E data inside the signal group layout, and zero_header_length should be set to true. If zero_header_length is set to false, the appropriate header length for the chosen E2E profile will be used (e.g. 24 bits for PROFILE_05)

transform_in_place: bool

Should the E2E transformation take place in the existing buffer or in a separate buffer?

offset: u32

The offset in bits from the start of the buffer where the E2E data should be placed If E2E is used after COM, the offset should be 0; if E2E is used after SOMEIP, the offset should be 64

max_delta_counter: u32

Maximum jump in the counter value between two consecutive messages

max_error_state_init: u32

The maximum allowed number of consecutive failed counter checks in the init state

max_error_state_invalid: u32

The maximum allowed number of consecutive failed counter checks in the invalid state

max_error_state_valid: u32

The maximum allowed number of consecutive failed counter checks in the valid state

max_no_new_or_repeated_data: u32

The maximum allowed number of consecutive failed counter checks

min_ok_state_init: u32

The minimum allowed number of consecutive successful counter checks in the init state

min_ok_state_invalid: u32

The minimum allowed number of consecutive successful counter checks in the invalid state

min_ok_state_valid: u32

The minimum allowed number of consecutive successful counter checks in the valid state

window_size: u32

window size: Size of the monitoring window for the E2E state machine. This can be directly set up to AUTOSAR 4.4.0 (AUTOSAR_00047). For newer files this only provides the default if window_size_init, window_size_invalid and window_size_valid are not set

window_size_init: Option<u32>

window size in the init state - only valid in AUTOSAR 4.5.0 (AUTOSAR_00048) and newer. if it is not set, this will default to window_size

window_size_invalid: Option<u32>

window size in the invalid state - only valid in AUTOSAR 4.5.0 (AUTOSAR_00048) and newer. if it is not set, this will default to window_size

window_size_valid: Option<u32>

window size in the valid state - only valid in AUTOSAR 4.5.0 (AUTOSAR_00048) and newer. if it is not set, this will default to window_size

profile_behavior: Option<E2EProfileBehavior>

Behavior of the check functionality

sync_counter_init: Option<u32>

Number of successful checks required for validating the consistency of the counter

data_id_mode: Option<DataIdMode>

The data ID mode to use; required for E2E profiles 01 and 11, unused otherwise

data_id_nibble_offset: Option<u32>

Offset of the data ID in the Data[] array in bits. Required for E2E profiles 01 and 11 when data_id_mode is Lower12Bit, unused otherwise

crc_offset: Option<u32>

Offset of the crc in the Data[] array in bits. Required for E2E profiles 01 and 11, unused otherwise

counter_offset: Option<u32>

Offset of the counter in the Data[] array in bits. Required for E2E profiles 01 and 11, unused otherwise

Trait Implementations

impl Clone for E2ETransformationTechnologyConfig

fn clone(&self) -> E2ETransformationTechnologyConfig

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for E2ETransformationTechnologyConfig

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl PartialEq for E2ETransformationTechnologyConfig

fn eq(&self, other: &E2ETransformationTechnologyConfig) -> bool

Tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &Rhs) -> bool

Tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl Eq for E2ETransformationTechnologyConfig

impl StructuralPartialEq for E2ETransformationTechnologyConfig