SAMSUNG HM321HI 固件

zslzylzy · 发表于 2017-5-25 20:19:37

此固件是从一块有问题的盘上来的。此盘从32000000处开始就出现很多坏道，大概有10M左右，以后就是好的。然后，盘的最后面一点点又出现一些坏道，但不多。用mhdd erase不起作用，有时刚修好的部分，过几天相同的位置又出现坏道了。以下是我读固件的工具。

固件中有两个文件一个是BI_SCRPT.08，这是burn-in脚本，一个是BINEWSCR.99（new burn-in脚本）。前一个在winhex中看，全是0。是一个空文件。我把后一个改名为BI_SCRPT.08，然后回写进去。给硬盘断电后，重新通电，结果是什么也没发生。只是BI_SCRPT.08的后面可以看得懂的内容全不见了。这说明硬盘自检没有被激活。BINEWSCR.99用记事本是可以打开的。后面是用C语言写的程序，看不太懂，请高手指教。部份内容如下（全部内容附件中自己打开看）：

SAMSUNG HM321HI FW2AJ10003 SNS27RJDQZ330522.zip (1.04 MB, 下载次数: 50)
   *****************************************************************************
//
//  Project: SHOS2
//
//  Copyright (C) 2007/2008 Samsung Electronics
//
//  All Rights Reserved.
//
// *****************************************************************************
//=============================================================================
//! \shos\Selftest\BiParam\m7\24\BiScript.c
//! @brief <brief module description>
//!
//!    <detail module description>
//!
//! @author <email address>
//!
//=============================================================================
//=============================================================================
//
//    This software is the confidential and proprietary information
//    of Samsung Electronics, Inc. ("Confidential Information").  You
//    shall not disclose such Confidential Information and shall use
//    it only in accordance with the terms of the license agreement
//    you entered into with Samsung.
//
//=============================================================================

//-----------------------------------------------------------------------------
//  #includes
//-----------------------------------------------------------------------------

//-----------------------------------------------------------------------------
//  #define  constants
//-----------------------------------------------------------------------------

//-----------------------------------------------------------------------------
// Macro  Inlines functions
//-----------------------------------------------------------------------------

//-----------------------------------------------------------------------------
// Type defines  -- or class
//-----------------------------------------------------------------------------

//-----------------------------------------------------------------------------
// Data definition
//-----------------------------------------------------------------------------

//-----------------------------------------------------------------------------
// Public function definitions (extern)
//-----------------------------------------------------------------------------

#define BI_SCRIPT_MAJOR_REV 1
#define BI_SCRIPT_MINOR_REV 06
//============================================================================================================================
//= Module: BiScript.c
//=
//=       M7 platform 24 BI Script
//=
//============================================================================================================================
//= HISTORY
//=
//= Rev.    Date    By       Reason
//= ======== ========== =========== ==========================================================================================
//  1.04    2/17    Qlin       Set up for tone scan, enable gapfill & tone scan.
//  1.03    12/02    Qlin       Correct last rev: enable servo head_gap. Leave the init_head_gap on.
//  1.02    12/01    Qlin       Disable head_gap in function for now.
//  1.01    11/10    crhawks    Initial paste - M7_25 sript modified with F3_84 changes?
////*********** brought over from platform 25 ***************
//  1.06    10/21    Jonathan NEW AZL Revision 2 added (variable FDT)
//  1.05    10/14    Qlin       Added IAD: gete_osa_osd, linear, rco16,
//  1.04    10/14    Qlin       Added WPC and linear all wpc regs.
////*********** brought over from platform 20 ***************
//  1.03    09/24    Qlin       geo104x go back to default_acq as 28.
//  1.02    09/17    Qlin       default_acq not used; hard code now as 22 due to zone layout. M7S1 pf78 does same thing.
//                               We will consolidate later as zone layout is more stable and define as constant.
//  1.01    09/04    CRHawks    Updates from current Suwon DB - M7p75. Clean up commented out tests by commenting whole test.
//  1.00    08/27    CRHawks    Began clean up. Fix erase test to do 4 heads properly.
//============================================================================================================================
//============================================================================================================================
//= HISTORY - this is where I started 8/27/08 crh platform 20 - never updated on N3M7
//  0.40    07/24    S Kang    Add one more FOD TD1 to fix 0x2105 error and moved FOD screen test to right after the TD1 test
//  0.39    01/29    CRHawks    Add tests to improve RCO of MC (per Hung)
//                               Hung VO    1) MC RCO: [RCO5->RCO10->RCO7->RCO10]
//
//  0.38    01/29    CRHawks    Move tBI_SINGLE_HEAD_SKEW_INPUT to main part after servo cal
//
//============================================================================================================================

#define X32 int

#define ZONE_MC                (1<<0)
#define ZONE_0                (1<<0)
#define ZONE_1                (1<<1)
#define ZONE_2                (1<<2)
#define ZONE_3                (1<<3)
#define ZONE_4                (1<<4)
#define ZONE_5                (1<<5)
#define ZONE_6                (1<<6)
#define ZONE_7                (1<<7)
#define ZONE_8                (1<<8)
#define ZONE_9                (1<<9)
#define ZONE_10                (1<<10)
#define ZONE_11                (1<<11)
#define ZONE_12                (1<<12)
#define ZONE_13                (1<<13)
#define ZONE_14                (1<<14)
#define ZONE_15                (1<<15)
#define ZONE_16                (1<<16)
#define ZONE_17                (1<<17)
#define ZONE_18                (1<<18)
#define ZONE_19                (1<<19)
#define ZONE_20                (1<<20)
#define ZONE_21                (1<<21)
#define ZONE_22                (1<<22)
#define ZONE_23                (1<<23)
#define ZONE_24                (1<<24)

#define HEAD_0                (1<<0)
#define HEAD_1                (1<<1)
#define HEAD_2                (1<<2)
#define HEAD_3                (1<<3)
#define HEAD_4                (1<<4)
#define HEAD_5                (1<<5)
#define HEAD_6                (1<<6)
#define HEAD_7                (1<<7)
#define HEAD_8                (1<<8)
#define EVEN_HEADS             0x55 // even heads
#define ODD_HEADS             0xAA // odd heads

#define ALL_REAL_HEADS       0xFF // real for this drive

#define ALL_ZONES             0xFFFFFFFF
#define ALL_USER_ZONES       0xFFFFFFFE
#define ALL_HEADS             0xFF

#define HEAD_SELECT_MASK       0xFF // all heads
//#define HEAD_SELECT_MASK    0x55 // even heads
//#define HEAD_SELECT_MASK    0xAA // odd heads

//--- Number of user data zones to test
#define DATA_ZONE_TEST_MASK    ALL_USER_ZONES  // 24 zone process
#define AZL_RCO_ZONE_MASK    ZONE_1 | ZONE_16 | ZONE_24
#define ARCO_ZONE_MASK       ZONE_1 | ZONE_16 | ZONE_24    //ZONE_1 | ZONE_7 | ZONE_19 | ZONE_24
#define WPC_ZONE_MASK    ZONE_1 | ZONE_5 | ZONE_9 | ZONE_17 | ZONE_24;
#define OSAD_ZONE_MASK    ZONE_1 | ZONE_5 | ZONE_9 | ZONE_13 | ZONE_17 | ZONE_21 | ZONE_24
#define HTG_ZONE_MASK    ZONE_1 | ZONE_3 | ZONE_7 | ZONE_11 | ZONE_16 | ZONE_20 | ZONE_23 | ZONE_24
#define WATE_OSAD_ZONE_MASK    ZONE_1 | ZONE_13 | ZONE_24
#define PRE_SGRY_ZONE_TEST_MASK ZONE_17 | ZONE_18 | ZONE_19 | ZONE_20 | ZONE_21 | ZONE_22 | ZONE_23 | ZONE_24
#define MEAS_PES_ZONE_MASK    ZONE_1 | ZONE_3 | ZONE_5 | ZONE_7 | ZONE_9 | ZONE_11 | ZONE_13 | ZONE_15 | ZONE_17 | ZONE_19 | ZONE_21 | ZONE_23
#define BPI_TEST_ZONE_MASK    ZONE_1 | ZONE_6 | ZONE_11 | ZONE_16 | ZONE_22 | ZONE_24

#define FORCED_RCC_ZONE_MASK ALL_USER_ZONES
//#define FORCED_RCC_ZONE_MASK ZONE_1 | ZONE_2 | ZONE_3 | ZONE_4 | ZONE_14 | ZONE_15 | ZONE_16 | ZONE_17
//--- Number of user data heads to test
#define DATA_HEAD_TEST_MASK    ALL_HEADS    // all headed process
//#define DATA_HEAD_TEST_MASK    HEAD_0 | HEAD_1 | HEAD_2

//--- MC Area Usage
#define MC_HEAD_TEST_MASK    HEAD_0 | HEAD_1 | HEAD_2       // mc uses three heads
#define MC_START_CYL          0    //start of area used by MC
#define MC_END_CYL             63       //end of area used by MC  BROKE - why?

#define ZONE_OR_CYL          0    //0 for zone mask, else use cylinder ranges
#define START_CYL             10    //start cylinder range
#define END_CYL                10    //end cylinder range
#define SINGLE_HEAD          0    //test head for tests that take single head
#define SINGLE_ZONE          3    //test zone for test that single zone

#define TEST_ZONE             0    //test zones
#define TEST_CYLINDER          1    //test cylinders

//--- OTE Test
//#define OTE_TEST_ZONE_MASK    ZONE_1 | ZONE_24
#define OTE_TEST_ZONE_MASK       ZONE_17    //merge2

//--- RAM TEST mode
//#define EN_RAMTEST_BUFFER_RAM    0x0001    // Buffer RAM
//#define EN_RAMTEST_CPU_ISRAM    0x0002    // CPU ISRAM
//#define EN_RAMTEST_CPU_DSRAM    0x0004    // CPU DSRAM
//#define EN_RAMTEST_ECC_BUFFER    0x0008    // ECC buffer
//#define EN_RAMTEST_SEQ_RAM       0x0010    // sequencer RAM
//#define EN_RAMTEST_LL_REG       0x0020    // Linked List Registers
//#define EN_RAMTEST_SERVO_WCS    0x0040    // Servo WCS
//#define EN_RAMTEST_SPIRAL_RAM    0x0080    // spiral RAM
//#define EN_RAMTEST_NLS          0x0100    // NLS
//#define EN_RAMTEST_PRAM          0x0200    // PRAM
//#define EN_RAMTEST_DT_RAM       0x0400    // DT RAM
//#define EN_RAMTEST_HOST_FIFO    0x0800    // SATA Host FIFO
//#define EN_RAMTEST_DF_FIFO       0x1000    // DF FIFO

#define EN_RAMTEST_MODES          0x1
#define NO_TOLERANCE_RESTORE       0x4 // Channel chip //merge2

#define RAMDOM_WRITE_OPERATION  1
#define RANDOM_READ_OPERATION 2

//#define NUM_SVO_COPY_PASSES    5
//#define NUM_SVO_COPY_PASSES    4
//#define NUM_SVO_COPY_PASSES    2
//#define NUM_SVO_COPY_PASSES    30    // flag to do 3 heads, all individually
//#define NUM_SVO_COPY_PASSES    40    // flag to do 4 heads, all individually
#define NUM_SVO_COPY_PASSES    1

#define USER_PATTERN_ENABLE    1
#define RANDOM_PATTERN_ENABLE    0
#define RCO_PATTERN             RANDOM_PATTERN_ENABLE
#define USER_PATTERN             0x00000000 //32bit pattern

#define CSS_INLINE_NONE          0
#define CSS_INLINE_ON             1
#define CSS_EMERGENCY             2

#include "biscript.h"

void main()
{
//enable serial output
tGLOBAL_SETTINGS_INPUT.globalFlags = GLOBAL_SETTINGS_SERIAL_OUTPUT;
tGLOBAL_SETTINGS_INPUT.alarmParkLimit = 800;       // merge2 chg
tGLOBAL_SETTINGS_INPUT.alarmParkLimitByStep = 800; // 0 means no limit
tGLOBAL_SETTINGS_INPUT.resumeTime = 3600; // 0 = no automatic resume, n = wait seconds before resuming/continuing
BiCmd(tGLOBAL_SETTINGS_INPUT);

//::TEST::
tBI_SAVE_HEADSELECT_INPUT.headMask =  HEAD_SELECT_MASK;
tBI_SAVE_HEADSELECT_INPUT.inlineKillFlag = EN_INLINE_KILL;
BiCmd(tBI_SAVE_HEADSELECT_INPUT);

//::TEST:: initialize the burnin
tBI_INIT_INPUT.majorScriptRevision = BI_SCRIPT_MAJOR_REV;
tBI_INIT_INPUT.minorScriptRevision = BI_SCRIPT_MINOR_REV;
tBI_INIT_INPUT.option = 0;  // 0 = Fresh burnin run,  1 = Burnin Rerun (preserve lists)
BiCmd(tBI_INIT_INPUT);

//::TEST:: perform memory diagnostics on SDRAM
tDIAGNOSE_COMMAND_INPUT.testloop = 1;
tDIAGNOSE_COMMAND_INPUT.testcnt = 1;
tDIAGNOSE_COMMAND_INPUT.testmode = EN_RAMTEST_BUFFER_DMA;
BiCmd(tDIAGNOSE_COMMAND_INPUT);

//-----------------------------------------------------------------------------
// Functional Begin
//-----------------------------------------------------------------------------
//::TEST:: initialize functional - start functional, save critical files outside MC, begin writing files to RAM while preparing MC
BiCmd(tFUNCTIONAL_SETUP_INPUT);

//::TEST:: shock sensor - noise
tSERVO_MEASUREMENT_INPUT.servoTest = SS_CHECK;    // Latch Force Test
tSERVO_MEASUREMENT_INPUT.headMask = 0;  // head mask for PES test
tSERVO_MEASUREMENT_INPUT.zoneMask = 0;  // zone mask for PES test
tSERVO_MEASUREMENT_INPUT.mode = 0;
tSERVO_MEASUREMENT_INPUT.passCount = 0;
tSERVO_MEASUREMENT_INPUT.trackIterations = 0;
tSERVO_MEASUREMENT_INPUT.fileId = 0;
BiCmd(tSERVO_MEASUREMENT_INPUT);          //

//::TEST:: shock sensor - presence
tSERVO_MEASUREMENT_INPUT.servoTest = SS_MEAS;    // Latch Force Test
tSERVO_MEASUREMENT_INPUT.headMask = 0;  // head mask for PES test
tSERVO_MEASUREMENT_INPUT.zoneMask = 0;  // zone mask for PES test
tSERVO_MEASUREMENT_INPUT.mode = 0;
tSERVO_MEASUREMENT_INPUT.passCount = 0;
tSERVO_MEASUREMENT_INPUT.trackIterations = 0;
tSERVO_MEASUREMENT_INPUT.fileId = 0;
BiCmd(tSERVO_MEASUREMENT_INPUT);          //

//::TEST:: reload read channel - initialize read channel
tRELOAD_READ_CHANNEL.option = RELOAD_CHANNEL_DEFAULT;
BiCmd(tRELOAD_READ_CHANNEL);

//::TEST:: adaptive preamp gain for MC
tBI_PAGAIN_OPTIMIZE_INPUT.headMask = ALL_HEADS;
tBI_PAGAIN_OPTIMIZE_INPUT.zoneMask = AZL_RCO_ZONE_MASK;    //== needs to be changed once we move out of two zone mode
tBI_PAGAIN_OPTIMIZE_INPUT.refZone = 16;
BiCmd(tBI_PAGAIN_OPTIMIZE_INPUT);

//-----------------------------------------------------------------------------
// (Functional test) Servo calibrations
//-----------------------------------------------------------------------------

//::TEST:: servo calibration - clpd
tSERVO_DIAG_INPUT.calibTest = SERVO_CALIB_CLPD_LIN;
tSERVO_DIAG_INPUT.headMask = MC_HEAD_TEST_MASK | DATA_HEAD_TEST_MASK;
tSERVO_DIAG_INPUT.zoneMask = ALL_ZONES;
tSERVO_DIAG_INPUT.testMode = 0;
BiCmd(tSERVO_DIAG_INPUT);

//::TEST:: servo calibration - resonance ID
tSERVO_DIAG_INPUT.calibTest = SERVO_CALIB_RESO;
tSERVO_DIAG_INPUT.headMask  = MC_HEAD_TEST_MASK | DATA_HEAD_TEST_MASK;
tSERVO_DIAG_INPUT.zoneMask  = ALL_ZONES;
tSERVO_DIAG_INPUT.testMode = 0;
BiCmd(tSERVO_DIAG_INPUT);

//::TEST:: servo calibration - bias
tSERVO_DIAG_INPUT.calibTest = SERVO_CALIB_BIAS;
tSERVO_DIAG_INPUT.headMask = MC_HEAD_TEST_MASK | DATA_HEAD_TEST_MASK;
tSERVO_DIAG_INPUT.zoneMask = ALL_ZONES;
tSERVO_DIAG_INPUT.testMode = 0;
BiCmd(tSERVO_DIAG_INPUT);

//::TEST:: servo calibration - kt
tSERVO_DIAG_INPUT.calibTest = SERVO_CALIB_KT;
tSERVO_DIAG_INPUT.headMask = MC_HEAD_TEST_MASK | DATA_HEAD_TEST_MASK;
tSERVO_DIAG_INPUT.zoneMask = ALL_ZONES;
tSERVO_DIAG_INPUT.testMode = 0;
BiCmd(tSERVO_DIAG_INPUT);

//::TEST:: servo calibration - np offset
// tSERVO_DIAG_INPUT.calibTest = SERVO_CALIB_NP_OFFSET;
// tSERVO_DIAG_INPUT.headMask  = MC_HEAD_TEST_MASK | DATA_HEAD_TEST_MASK;
// tSERVO_DIAG_INPUT.zoneMask  = ALL_ZONES;
// tSERVO_DIAG_INPUT.testMode = 0;
// BiCmd(tSERVO_DIAG_INPUT);

//::TEST:: servo calibration - ab slope
tSERVO_DIAG_INPUT.calibTest = SERVO_CALIB_AB_SLOPE;
tSERVO_DIAG_INPUT.headMask = MC_HEAD_TEST_MASK | DATA_HEAD_TEST_MASK;
tSERVO_DIAG_INPUT.zoneMask = ALL_ZONES;
tSERVO_DIAG_INPUT.testMode = 0;
BiCmd(tSERVO_DIAG_INPUT);

//::TEST:: servo calibration - clpd
tSERVO_DIAG_INPUT.calibTest = SERVO_CALIB_CLPD_LIN;
tSERVO_DIAG_INPUT.headMask = MC_HEAD_TEST_MASK | DATA_HEAD_TEST_MASK;
tSERVO_DIAG_INPUT.zoneMask = ALL_ZONES;
tSERVO_DIAG_INPUT.testMode = 0;
BiCmd(tSERVO_DIAG_INPUT);

//::TEST:: servo calibration - loop gain
tSERVO_DIAG_INPUT.calibTest = SERVO_CALIB_LOOP_GAIN;
tSERVO_DIAG_INPUT.headMask = MC_HEAD_TEST_MASK | DATA_HEAD_TEST_MASK;
tSERVO_DIAG_INPUT.zoneMask = ALL_ZONES;
tSERVO_DIAG_INPUT.testMode = 0;
BiCmd(tSERVO_DIAG_INPUT);

//::TEST:: servo calibration - RRO1x
tSERVO_DIAG_INPUT.calibTest = SERVO_CALIB_RRO1X;
tSERVO_DIAG_INPUT.headMask = MC_HEAD_TEST_MASK | DATA_HEAD_TEST_MASK;
tSERVO_DIAG_INPUT.zoneMask = ALL_ZONES;
tSERVO_DIAG_INPUT.thresHold = 570;
tSERVO_DIAG_INPUT.testMode = 0;
BiCmd(tSERVO_DIAG_INPUT);

//::TEST:: servo calibration - resonance ID
tSERVO_DIAG_INPUT.calibTest = SERVO_CALIB_RESO;
tSERVO_DIAG_INPUT.headMask = MC_HEAD_TEST_MASK | DATA_HEAD_TEST_MASK;
tSERVO_DIAG_INPUT.zoneMask = ALL_ZONES;
tSERVO_DIAG_INPUT.testMode = 0;
BiCmd(tSERVO_DIAG_INPUT);

//::TEST:: servo calibration - slpd bump slope
tSERVO_DIAG_INPUT.calibTest = SERVO_CALIB_SLPDBUMP;
tSERVO_DIAG_INPUT.headMask = MC_HEAD_TEST_MASK | DATA_HEAD_TEST_MASK;
tSERVO_DIAG_INPUT.zoneMask = ALL_ZONES;
tSERVO_DIAG_INPUT.testMode = 0;
BiCmd(tSERVO_DIAG_INPUT);

//::TEST:: servo calibration - head skew
tSERVO_DIAG_INPUT.calibTest = SERVO_CALIB_HEAD_SKEW;
tSERVO_DIAG_INPUT.headMask = MC_HEAD_TEST_MASK | DATA_HEAD_TEST_MASK;
tSERVO_DIAG_INPUT.zoneMask = ALL_ZONES;
tSERVO_DIAG_INPUT.testMode = 1;
BiCmd(tSERVO_DIAG_INPUT);

//::TEST:: servo calibration - head gap
tSERVO_DIAG_INPUT.calibTest = SERVO_CALIB_HEAD_GAP;
tSERVO_DIAG_INPUT.headMask = MC_HEAD_TEST_MASK | DATA_HEAD_TEST_MASK;
tSERVO_DIAG_INPUT.zoneMask = ALL_ZONES;
tSERVO_DIAG_INPUT.testMode = 1;
BiCmd(tSERVO_DIAG_INPUT);

//::TEST:: servo calibration - slpd bump slope
// tSERVO_DIAG_INPUT.calibTest = SERVO_CALIB_SLPDBUMP;
// tSERVO_DIAG_INPUT.headMask = MC_HEAD_TEST_MASK | DATA_HEAD_TEST_MASK;
// tSERVO_DIAG_INPUT.zoneMask = ALL_ZONES;
// tSERVO_DIAG_INPUT.testMode = 0;
// BiCmd(tSERVO_DIAG_INPUT);

tDC_ERASE2_INPUT.dataOrServo = ERASE2_DATA_TRACKS;
tDC_ERASE2_INPUT.eraseOption = ERASE2_0_PERCENT | ERASE2_50_PERCENT;       // | ERASE_RCC;
tDC_ERASE2_INPUT.errorCount = 0; // 0 means don't fail // merge2
tDC_ERASE2_INPUT.zoneOrCylinder = TEST_ZONE;
tDC_ERASE2_INPUT.zoneMask = ZONE_MC;
tDC_ERASE2_INPUT.startCylinder = MC_START_CYL;
tDC_ERASE2_INPUT.endCylinder = MC_END_CYL;
tDC_ERASE2_INPUT.extraErasePositiveCyls = 0;
tDC_ERASE2_INPUT.extraEraseNegativeCyls = 0;

tDC_ERASE2_INPUT.thirdPassHds = 0;  // clear out settings that may not be used
tDC_ERASE2_INPUT.fourthPassHds = 0;
tDC_ERASE2_INPUT.fifthPassHds = 0;
tDC_ERASE2_INPUT.thirdPassServoingHd = 0;
tDC_ERASE2_INPUT.fourthPassServoingHd = 0;
tDC_ERASE2_INPUT.fifthPassServoingHd = 0;