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/** @file
*
* Copyright (c) 2016, Hisilicon Limited. All rights reserved.
* Copyright (c) 2016, Linaro Limited. All rights reserved.
*
* This program and the accompanying materials
* are licensed and made available under the terms and conditions of the BSD License
* which accompanies this distribution. The full text of the license may be found at
* http://opensource.org/licenses/bsd-license.php
*
* THE PROGRAM IS DISTRIBUTED UNDER THE BSD LICENSE ON AN "AS IS" BASIS,
* WITHOUT WARRANTIES OR REPRESENTATIONS OF ANY KIND, EITHER EXPRESS OR IMPLIED.
*
**/
#ifndef _SERDES_LIB_H_
#define _SERDES_LIB_H_
typedef enum {
EmHilink0Hccs1X8 = 0,
EmHilink0Pcie1X8 = 2,
EmHilink0Pcie1X4Pcie2X4 = 3,
EmHilink0Sas2X8 = 4,
EmHilink0Hccs1X8Width16,
EmHilink0Hccs1X8Width32,
} HILINK0_MODE_TYPE;
typedef enum {
EmHilink1Sas2X1 = 0,
EmHilink1Hccs0X8 = 1,
EmHilink1Pcie0X8 = 2,
EmHilink1Hccs0X8Width16,
EmHilink1Hccs0X8Width32,
} HILINK1_MODE_TYPE;
typedef enum {
EmHilink2Pcie2X8 = 0,
EmHilink2Sas0X8 = 2,
} HILINK2_MODE_TYPE;
typedef enum {
EmHilink5Pcie3X4 = 0,
EmHilink5Pcie2X2Pcie3X2 = 1,
EmHilink5Sas1X4 = 2,
} HILINK5_MODE_TYPE;
typedef enum {
Em32coreEvbBoard = 0,
Em16coreEvbBoard = 1,
EmV2R1CO5Borad = 2,
EmOtherBorad
} BOARD_TYPE;
typedef struct {
HILINK0_MODE_TYPE Hilink0Mode;
HILINK1_MODE_TYPE Hilink1Mode;
HILINK2_MODE_TYPE Hilink2Mode;
UINT32 Hilink3Mode;
UINT32 Hilink4Mode;
HILINK5_MODE_TYPE Hilink5Mode;
UINT32 Hilink6Mode;
UINT32 UseSsc;
} SERDES_PARAM;
#define SERDES_INVALID_MACRO_ID 0xFFFFFFFF
#define SERDES_INVALID_LANE_NUM 0xFFFFFFFF
#define SERDES_INVALID_RATE_MODE 0xFFFFFFFF
typedef struct {
UINT32 MacroId;
UINT32 DsNum;
UINT32 DsCfg;
} SERDES_POLARITY_INVERT;
EFI_STATUS OemGetSerdesParam (SERDES_PARAM *ParamA, SERDES_PARAM *ParamB, UINT32 SocketId);
extern SERDES_POLARITY_INVERT gSerdesPolarityTxDesc[];
extern SERDES_POLARITY_INVERT gSerdesPolarityRxDesc[];
UINT32 GetEthType(UINT8 EthChannel);
EFI_STATUS
EfiSerdesInitWrap (VOID);
void SRE_SerdesEnableCTLEDFE(UINT32 macro, UINT32 lane, UINT32 ulDsCfg);
//EYE test
UINT32 serdes_eye_test(UINT32 uwMacroId, UINT32 uwDsNum, UINT32 eyemode, UINT32 scanwindowvalue, UINT32 uwRateData);
UINT32 Serdes_ReadBert(UINT32 ulMacroId , UINT32 ulDsNum);
//PRBS test
int serdes_prbs_test(UINT8 macro, UINT8 lane, UINT8 prbstype);
int serdes_prbs_test_cancle(UINT8 macro,UINT8 lane);
//CTLE/DFE
void serdes_ctle_adaptation_close(UINT32 macro,UINT32 lane);
void serdes_ctle_adaptation_open(UINT32 macro,UINT32 lane);
void serdes_dfe_adaptation_close(UINT32 macro,UINT32 lane);
void serdes_dfe_adaptation_open(UINT32 macro,UINT32 lane);
void serdes_ctle_dfe_reset(UINT32 macro,UINT32 lane);
//int serdes_reset(UINT32 macro);
//int serdes_release_reset(UINT32 macro);
void Custom_Wave(UINT32 macro,UINT32 lane,UINT32 mode);
void serdes_ffe_show(UINT32 macro,UINT32 lane);
void serdes_dfe_show(UINT32 macro,UINT32 lane);
int serdes_read_bert(UINT8 macro, UINT8 lane);
void serdes_clean_bert(UINT8 macro, UINT8 lane);
int serdes_get_four_point_eye_diagram(UINT32 macro, UINT32 lane,UINT32 eyemode, UINT32 data_rate);
void serdes_release_mcu(UINT32 macro,UINT32 val);
int hilink_write(UINT32 macro, UINT32 reg, UINT32 value);
int hilink_read(UINT32 macro, UINT32 reg, UINT32 *value);
int serdes_tx_to_rx_parallel_loopback(UINT8 macro,UINT8 lane,UINT8 val);//TXRXPARLPBKEN
int serdes_rx_to_tx_parallel_loopback(UINT8 macro,UINT8 lane,UINT8 val);
int serdes_tx_to_rx_serial_loopback(UINT8 macro,UINT8 lane,UINT8 val);
void serdes_ctle_show(UINT32 macro,UINT32 lane);
int serdes_cs_write(UINT32 macro,UINT32 cs_num,UINT32 reg_num,UINT32 bit_high,UINT32 bit_low,UINT32 value);
UINT32 serdes_cs_read(UINT32 macro,UINT32 cs_num,UINT32 reg_num);
int serdes_ds_write(UINT32 macro,UINT32 ds_num,UINT32 ds_index,UINT32 reg_num,UINT32 bit_high,UINT32 bit_low,UINT32 value);
int serdes_ds_read(UINT32 macro,UINT32 ds_num,UINT32 ds_index,UINT32 reg_num);
int report_serdes_mux(void);
int serdes_key_reg_show(UINT32 macro);
void serdes_state_show(UINT32 macro);
UINT32 Serdes_ReadBert(UINT32 ulMacroId , UINT32 ulDsNum);
#endif
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