1.1.1.4.1 DRV_PLC_PHY_Initialize Function

SYS_MODULE_OBJ DRV_PLC_PHY_Initialize (
    const SYS_MODULE_INDEX index,
    const SYS_MODULE_INIT * const init
);

Initializes the PLC PHY instance for the specified driver index.

This routine initializes the G3 PLC PHY driver making it ready for clients to open and use. The initialization data is specified by the init parameter. It is a single instance driver, so this API should be called only once.

If successful, returns a valid handle to a driver instance object. Otherwise, it returns SYS_MODULE_OBJ_INVALID.

SYS_MODULE_OBJ   sysObjDrvPlcPhy;

DRV_PLC_PLIB_INTERFACE drvPLCPlib = {

    .spiPlibTransferSetup = (DRV_PLC_SPI_PLIB_TRANSFER_SETUP)SPI0_TransferSetup,
    .dmaChannelTx = SYS_DMA_CHANNEL_1,
    .dmaChannelRx  = SYS_DMA_CHANNEL_0,
    .spiAddressTx =  (void *)&(SPI0_REGS->SPI_TDR),
    .spiAddressRx  = (void *)&(SPI0_REGS->SPI_RDR),
    .spiMR  = (void *)&(SPI0_REGS->SPI_MR),
    .spiCSR  = (void *)&(SPI0_REGS->SPI_CSR),
    .spiClockFrequency = DRV_PLC_SPI_CLK,
    .ldoPin = DRV_PLC_LDO_EN_PIN, 
    .resetPin = DRV_PLC_RESET_PIN,
    .extIntPin = DRV_PLC_EXT_INT_PIN,
    .txEnablePin = DRV_PLC_TX_ENABLE_PIN,
    .stByPin = DRV_PLC_STBY_PIN,
    .thMonPin = DRV_PLC_THMON_PIN,
};

DRV_PLC_HAL_INTERFACE drvPLCHalAPI = {
    .plcPlib = &drvPLCPlib,
    .init = (DRV_PLC_HAL_INIT)DRV_PLC_HAL_Init,
    .setup = (DRV_PLC_HAL_SETUP)DRV_PLC_HAL_Setup,
    .reset = (DRV_PLC_HAL_RESET)DRV_PLC_HAL_Reset,
    .setStandBy = (DRV_PLC_HAL_SET_STBY)DRV_PLC_HAL_SetStandBy,
    .getThermalMonitor = (DRV_PLC_HAL_GET_THMON)DRV_PLC_HAL_GetThermalMonitor,
    .setTxEnable = (DRV_PLC_HAL_SET_TXENABLE)DRV_PLC_HAL_SetTxEnable,
    .enableExtInt = (DRV_PLC_HAL_ENABLE_EXT_INT)DRV_PLC_HAL_EnableInterrupts,
    .delay = (DRV_PLC_HAL_DELAY)DRV_PLC_HAL_Delay,
    .sendBootCmd = (DRV_PLC_HAL_SEND_BOOT_CMD)DRV_PLC_HAL_SendBootCmd,
    .sendWrRdCmd = (DRV_PLC_HAL_SEND_WRRD_CMD)DRV_PLC_HAL_SendWrRdCmd,
};

extern uint8_t plc_phy_bin_start;
extern uint8_t plc_phy_bin_end;

DRV_PLC_PHY_INIT drvPlcPhyInitData = {
    .plcHal = &drvPLCHalAPI,
    .numClients = DRV_PLC_PHY_CLIENTS_NUMBER_IDX,  
    .plcProfile = DRV_PLC_PHY_PROFILE,
    .binStartAddress = (uint32_t)&plc_phy_bin_start,
    .binEndAddress = (uint32_t)&plc_phy_bin_end,
    .secure = DRV_PLC_SECURE,       
};

sysObjDrvPlcPhy = DRV_PLC_PHY_Initialize(DRV_PLC_PHY_INDEX, (SYS_MODULE_INIT *)&drvPlcPhyInitData);
// Register Callback function is mandatory to handle PLC interruption 
PIO_PinInterruptCallbackRegister((PIO_PIN)DRV_PLC_EXT_INT_PIN, DRV_PLC_PHY_ExternalInterruptHandler, sysObj.drvPlcPhy);

This routine must be called before any other DRV_PLC_PHY routine is called.This routine should only be called once during system initialization.This routine will block for hardware access.