Public Member Functions

void read (AbstractFile &is) override
void write (AbstractFile &os) override
uint32_t calculateObjectSize () const override

Public Member Functions inherited from Vector::BLF::ObjectHeader2
ObjectHeader2 (const ObjectType objectType)
void read (AbstractFile &is) override
void write (AbstractFile &os) override
uint16_t calculateHeaderSize () const override
uint32_t calculateObjectSize () const override

Public Member Functions inherited from Vector::BLF::ObjectHeaderBase
ObjectHeaderBase (const uint16_t headerVersion, const ObjectType objectType)
ObjectHeaderBase (const ObjectHeaderBase &)=default
ObjectHeaderBase & operator= (const ObjectHeaderBase &)=default
ObjectHeaderBase (ObjectHeaderBase &&)=default
ObjectHeaderBase & operator= (ObjectHeaderBase &&)=default

Public Attributes

uint16_t channel {}
application channel uint8_t dir {}
uint8_t reservedMostPkt1 {}
uint32_t sourceAdr {}
uint32_t destAdr {}
uint8_t arbitration {}
uint8_t timeRes {}
uint8_t quadsToFollow {}
uint8_t reservedMostPkt2 {}
uint16_t crc {}
uint8_t priority {}
uint8_t transferType {}
Tranfer Type. uint8_t state {}
uint8_t reservedMostPkt3 {}
uint16_t reservedMostPkt4 {}
uint32_t pktDataLength {}
length of variable data in bytes uint32_t reservedMostPkt5 {}
std::vector< uint8_t > pktData {}
variable data

Public Attributes inherited from Vector::BLF::ObjectHeader2
uint32_t objectFlags {ObjectFlags::TimeOneNans}
object flags uint8_t timeStampStatus {}
time stamp status uint8_t reservedObjectHeader {0}
uint16_t objectVersion {0}
object specific version uint64_t objectTimeStamp {0}
object timestamp uint64_t originalTimeStamp {0}
original object timestamp

Public Attributes inherited from Vector::BLF::ObjectHeaderBase
uint32_t signature {ObjectSignature}
signature (ObjectSignature) uint16_t headerSize {}
sizeof object header uint16_t headerVersion {}
header version (1) uint32_t objectSize {}
object size ObjectType objectType {ObjectType::UNKNOWN}
object type

Additional Inherited Members

Public Types inherited from Vector::BLF::ObjectHeader2
enum ObjectFlags : uint32_t { TimeTenMics = 0x00000001, TimeOneNans = 0x00000002 }
enum TimeStampStatus : uint8_t { Orig = 0x01, SwHw = 0x02, User = 0x10 }

uint32_t Vector::BLF::MostPkt2::calculateObjectSize () const [override], [virtual]

Calculates the objectSize

Returns

Reimplemented from Vector::BLF::ObjectHeaderBase.

void Vector::BLF::MostPkt2::read (AbstractFile & is) [override], [virtual]

Read the data of this object

Parameters

Reimplemented from Vector::BLF::ObjectHeaderBase.

void Vector::BLF::MostPkt2::write (AbstractFile & os) [override], [virtual]

Write the data of this object

Parameters

Reimplemented from Vector::BLF::ObjectHeaderBase.

uint8_t Vector::BLF::MostPkt2::arbitration {}

Arbitration byte

uint16_t Vector::BLF::MostPkt2::channel {}

application channel Application channel

uint16_t Vector::BLF::MostPkt2::crc {}

Cyclic Redundancy Check

uint32_t Vector::BLF::MostPkt2::destAdr {}

Target address

uint8_t Vector::BLF::MostPkt2::dir {}

Direction of message events:

• 0: Rx (received)
• 1: Tx (transmit receipt)
• 2: Tx Request (transmit request)

std::vector<uint8_t> Vector::BLF::MostPkt2::pktData {}

variable data Variable data

uint32_t Vector::BLF::MostPkt2::pktDataLength {}

length of variable data in bytes Length of variable data in bytes (1014 max)

uint8_t Vector::BLF::MostPkt2::priority {}

Priority

uint8_t Vector::BLF::MostPkt2::quadsToFollow {}

Number of quadlets

uint8_t Vector::BLF::MostPkt2::reservedMostPkt1 {}

reserved

uint8_t Vector::BLF::MostPkt2::reservedMostPkt2 {}

reserved

uint8_t Vector::BLF::MostPkt2::reservedMostPkt3 {}

reserved

uint16_t Vector::BLF::MostPkt2::reservedMostPkt4 {}

reserved

uint32_t Vector::BLF::MostPkt2::reservedMostPkt5 {}

reserved

uint32_t Vector::BLF::MostPkt2::sourceAdr {}

Source address

uint8_t Vector::BLF::MostPkt2::state {}

Transmission state

• 0 for Rx
• 0x40 for TxOk (transmit request)

uint8_t Vector::BLF::MostPkt2::timeRes {}

Obsolete member; read/write 0

uint8_t Vector::BLF::MostPkt2::transferType {}

Tranfer Type. Message-like events can either be recorded through the MOST transceiver chip or through a separate network spy.

• 1: Node MOST transceiver reported the message (either due to a successful reception or as acknowledgment for a transmit request).
• 2: Spy Message was reported by the network spy. The Spy sees all messages independently of the desti-nation address.