*/      /* Write out Port 0 table values to NET 0. */      for (i = 0; i < port0Table.valid_count; i++)      {         status = writeMACAddress(port0Table.values[i],                                  HFTC_GMAC_NET0_CONTROL,                                  i);         if (status != HFTC_STATUS_OK)         {            printf("Problem in setting MAC %d on NET0\n", i);            break;         }      }      /* There is no NET1 on an X300. */      if ((isX300 == HFTC_TRUE) && (port1Table.valid_count > 0))      {         printf("Error in %s.  "                "There is no Net1 to configure yet values were found.\n",                configparamsFile);         status = HFTC_INVALID_OPERATION;         break;      }      /* Write out Port 1 table values to NET 1. */      for (i = 0; i < port1Table.valid_count; i++)      {         status = writeMACAddress(port1Table.values[i],                                  HFTC_GMAC_NET1_CONTROL,                                  i);         if (status != HFTC_STATUS_OK)         {            printf("Problem was in setting MAC %d on NET1\n", i);            break;         }      }      /* If debug is on, read back all MAC address filter values */      if (DL_DEBUG)      {         printf("Net0 values:\n");         for (i = 0; i < port0Table.valid_count; i++)         {            readMACFilterValue(HFTC_GMAC_NET0_CONTROL, i);         }         printf("Net1 values:\n");         for (i = 0; i < port1Table.valid_count; i++)         {            readMACFilterValue(HFTC_GMAC_NET1_CONTROL, i);         }      }   } while (HFTC_FALSE);   return status;} /* End setupMACFiltering *//*----------------------------------------------------------------------------* *   enable_gmacs *----------------------------------------------------------------------------* * @ingroup startup * @brief Enable gmacs. * * This function to set up the GMAC registers. * * @param param_p       RO: Parameters pointer * * @par Externals: *    None. * * @return *    HFTC_STATUS_OK * * @par Errors: *    None. * * @par Assumptions: *   Assumes unit table has been set up. * *----------------------------------------------------------------------------*/HFTC_Status_t enable_gmacs(download_param_t   *param_p){   HFTC_Status_t              status            = HFTC_STATUS_OK;   HFTC_Unit_t                unit              = 0;   HFTC_Reqid_t               reqid             = 0; /* Arbitrary */   HFTC_Cbp_t                 cbp               = NULL;   uint32_t                   retries           = 0;   HFTC_hardware_status_t     hardware_status;   uint32_t                   i;   uint32_t                   configTableSize   = GMAC_CONFIG_TABLE_SIZE;   uint32_t                   configValue;   HFTC_Boolean_t             isX300            = HFTC_FALSE;   HFTC_Boolean_t             isX4X0            = HFTC_FALSE;   do   {      /* Try reading the hardware status. */      param_p->processorType = HFTC_DPU;      hardware_status.statusVersion = HFTC_HARDWARE_STATUS_VERSION_2;      status = read_status(unit, param_p, RETRANSMIT_RETRY_SECONDS,                           &hardware_status);      if (status == HFTC_STATUS_OK)      {         /*            If this is a 4300 or 8300 then there is only 1 set of            GMACs to enable, so the table size is smaller than the default.         */         if ((hardware_status.deviceId == 0x4300) ||             (hardware_status.deviceId == 0x8300))         {            isX300 = HFTC_TRUE;            configTableSize   = GMAC_CONFIG_TABLE_SIZE_x300;         }         if ((hardware_status.deviceId & 0x0F00) == 0x0400)         {            isX4X0 = HFTC_TRUE;         }         if (DL_DEBUG)         {            printf("Read Hardware Status read.  Device ID = %04x\n",                   hardware_status.deviceId);         }      }      /* -------------------- Configure GMACS -------------------- */      /*         The following code sets up the MAC addresses needed if we are not         in promiscuous mode.      */      if (param_p->promiscuous == HFTC_FALSE)      {         /*            Read the configparams file and set up MAC filtering         */         status = setupMACFiltering(param_p->configparams, isX300);         if (status != HFTC_STATUS_OK)         {            printf("Problem with config file %s - status = %s (%d).\n",                  param_p->configparams, HFTC_Status_t_text(status), status);            break;         }      }      /*         The following loop is used to configure and enable the GMACs.      */      for (i = 0; i < configTableSize; i++)      {         /* First read in the current value. */         retries = 0;         do         {            status = HFTC_ReadGMACRegister(unit, cbp, reqid,                                           gmac_config_table[i].gmac,                                           gmac_config_table[i].index,                                           &configValue);            RESEND_TIMEOUTS(status, retries);         } while (status == HFTC_RESEND);         if (status != HFTC_STATUS_OK)         {            printf("Read from GMAC %s (%d) index %s (%d) failed.\n",                   HFTC_GMACReg_t_text(gmac_config_table[i].gmac),                   gmac_config_table[i].gmac,                   HFTC_GMACIndex_t_text(gmac_config_table[i].index),                   gmac_config_table[i].index);            printf(" Error from HFTC_ReadGMACRegister, status = %s (%d)\n",                     HFTC_Status_t_text(status), status);            break;         }         else if (DL_DEBUG)         {            printf("Read from GMAC %s (%d) index %s (%d) success read %08x.\n",                   HFTC_GMACReg_t_text(gmac_config_table[i].gmac),                   gmac_config_table[i].gmac,                   HFTC_GMACIndex_t_text(gmac_config_table[i].index),                   gmac_config_table[i].index,                   configValue);         }         /*            If this is a filter register, mask out the unwanted bits and            or in the wanted bits.  These depend on whether or not we are            using promiscuous mode or not, and if we are on a 44x0/84x0            which needs multicast addresses for neighbor discovery of IPv6            set on the network side and promiscuous mode on the host side.            The 44x0/84x0 has no pause frame issues.         */         if (gmac_config_table[i].index == HFTC_GMAC_SYN_MAC_FRAME_FILTER)         {            configValue &= ~FILTER_MASK;            if ((param_p->promiscuous == HFTC_TRUE) ||                ((isX4X0 == HFTC_TRUE) &&                 ((gmac_config_table[i].gmac == HFTC_GMAC_HOST0_CONTROL) ||                  (gmac_config_table[i].gmac == HFTC_GMAC_HOST1_CONTROL))))            {               configValue |= FILTER_PROMISC;            }            else            {               configValue |= gmac_config_table[i].config;               if (isX4X0 == HFTC_TRUE)               {                  configValue |= FILTER_ALLOW_MULTICAST;               }            }         }         /*            For control filter registers, just or in the needed bits.         */         else if (gmac_config_table[i].index == HFTC_GMAC_SYN_MAC_CONFIG)         {            configValue |= gmac_config_table[i].config;         }         /*            For all other registers, use the set value.         */         else         {            configValue = gmac_config_table[i].config;         }         /* Then write out the new value. */         retries = 0;         do         {            status = HFTC_WriteGMACRegister(unit, cbp, reqid,                                            gmac_config_table[i].gmac,                                            gmac_config_table[i].index,                                            &configValue);            RESEND_TIMEOUTS(status, retries);         } while (status == HFTC_RESEND);         if (status != HFTC_STATUS_OK)         {            printf("Write to GMAC %s (%d) index %s (%d) failed.\n",                   HFTC_GMACReg_t_text(gmac_config_table[i].gmac),                   gmac_config_table[i].gmac,                   HFTC_GMACIndex_t_text(gmac_config_table[i].index),                   gmac_config_table[i].index);            printf(" Error from HFTC_WriteGMACRegister, status = %s (%d)\n",                     HFTC_Status_t_text(status), status);            break;         }         else if (DL_DEBUG)         {            printf("Write to GMAC %s (%d) index %s (%d) success wrote %08x.\n",                   HFTC_GMACReg_t_text(gmac_config_table[i].gmac),                   gmac_config_table[i].gmac,                   HFTC_GMACIndex_t_text(gmac_config_table[i].index),                   gmac_config_table[i].index,                   configValue);         }      }  /* end for (i = 0; i < configTableSize; i++) */   } while (HFTC_FALSE);   return(status);}   /* End enable_gmacs *//* End enable_gmacs.c *//*----------------------------------------------------------------------------*REV #  DATE       BY    REVISION DESCRIPTION-----  --------  -----  ------------------------------------------------------0001   07/06/05   msz   Created.0002   05/19/06   msz   Added MAC Filtering.0003   06/05/06   rlh   Changed to use new porting layer and app_utils                        includes instead of test_*.h.0004   08/08/06   msz   Use HFTC_ConfigParameters_t rather than                        esc_parameters_t; use HFTC_ReadConfigFile rather                        than HFTC_UT_ReadESCConfigFile.  These changes were                        needed from merging in above MAC filtering changes.0005   08/22/06   msz   Support of MAC filtering for Viper, where there are                        more MAC addresses and a port mapping table.0006   08/29/06   msz   Minor changes from mini code review done by Rich.                        Setting up GMAC to allow multicast through on x4x0                        (Viper) as it is needed for neighbor discovery in                        IPv6, and Viper should not have pause frame problem.0007   09/25/06   rlh   Changed public names to be more general & consistent                        w/ existing naming conventions (HFTC_esc_parameter* ->                        HFTC_ConfigParameter*).0008   10/09/06   rlh   * Added DPU port MTU params.  Since the port MTU                        values are a DPU parameter, generalized the                        config file to not just handle ESC parameters.                        * Renamed config/escconfig -> config/configparams                        and changed all related definitions to be                        consistent w/ new naming scheme:                        HFTC_ReadESCConfigFile -> HFTC_ReadConfigFile                        ESC_PARAMETER -> CONFIG_PARAMETER,                        esc_parameters -> config_params, etc.0009   10/19/06   msz   Fix for Bug-1856 fixing bad status value when only                        H1 mac addresses are configured.0010   02/26/07   msz   Fix for Bug-2279, On 44x0/84x0 use promiscuous                        mode on H0, H1.0011   03/20/07   msz   Added RESEND_TIMEOUTS so we will resend on ft-api                        (ft-min) timeouts.  This should make download over                        the MII more reliable.  (Bug 2307)0012   03/27/07   msz   Variable amount of time on read_status to allow more                        time for POST when running long-sdram-test.  (Bug-2317)*-----------------------------------------------------------------------------*/