DRV_PLC_PHY_TRANSMISSION_OBJ Struct

typedef struct __attribute__((packed, aligned(1))) {
      /* Pointer to data buffer to transmit */
      uint8_t *pTransmitData;
      /* Instant when transmission has to start referred to 1us PHY counter */
      uint32_t time;
      /* Length of the data to transmit in bytes */
      uint16_t dataLength;
      /* Preemphasis for transmission */
      uint8_t preemphasis[NUM_SUBBANDS_MAX];
      /* Tone Map to use on transmission */
      uint8_t toneMap[TONE_MAP_SIZE_MAX]; 
      /* Transmission Mode (absolute, relative, forced, continuous, cancel). Constants above */
      uint8_t mode;
      /* Power to transmit */
      uint8_t attenuation;
      /* Phase Detector Counter */
      uint8_t pdc;
      /* Flag to indicate whether 2 Reed-Solomon blocks have to be used (only used for FCC) */
      uint8_t rs2Blocks;
      /* Modulation type */
      DRV_PLC_PHY_MOD_TYPE modType;
      /* Modulation scheme */
      DRV_PLC_PHY_MOD_SCHEME modScheme;
      /* DT field to be used in header */
      DRV_PLC_PHY_DEL_TYPE delimiterType;
} DRV_PLC_PHY_TRANSMISSION_OBJ;

typedef struct __attribute__((packed, aligned(1))) {
    /* Pointer to data buffer to transmit */
    uint8_t *pTransmitData;
    /* Instant when transmission has to start referred to 1us PHY counter */
    uint32_t timeIni;
    /* Length of the data to transmit in bytes */
    uint16_t dataLength;
    /* Transmission Mode (absolute, relative, cancel, continuous). Constants above */
    uint8_t mode;
    /* Attenuation level with which the message will be transmitted */
    uint8_t attenuation;
    /* CSMA algorithm parameters */
    DRV_PLC_PHY_CSMA csma;
    /* Buffer Id used for transmission */
    DRV_PLC_PHY_BUFFER_ID bufferId;
    /* Scheme of Modulation */
    DRV_PLC_PHY_SCH scheme;
    /* PRIME Frame type */
    DRV_PLC_PHY_FRAME_TYPE frameType;
} DRV_PLC_PHY_TRANSMISSION_OBJ;

typedef struct __attribute__((packed, aligned(1))) {
      /* Pointer to data buffer to transmit */
      uint8_t *pTransmitData;
      /* Instant when transmission has to start referred to 1us PHY counter */
      uint32_t time;
      /* Length of the data to transmit in bytes */
      uint16_t dataLength;
      /* Transmission Mode (absolute, relative, forced, continuous, cancel). Constants above */
      uint8_t mode;
      /* Power to transmit */
      uint8_t attenuation;
      /* NB frame */
      uint8_t nbFrame;
} DRV_PLC_PHY_TRANSMISSION_OBJ;