📄 rbc.c
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/*C**************************************************************************
* 文件名: filename.c
*----------------------------------------------------------------------------
* 版权： (c) 2004 TGE.
*----------------------------------------------------------------------------
* 释放: Spce061A
* 版本: 1.0
*----------------------------------------------------------------------------
* 目的:
* This is the demonstration software for SPCE061A
*****************************************************************************/
/*_____ 包括 ________________________________________________________*/
#include "rbccmd.h"
#include "TpBulk.h"
#include "rbc.h"
#include "..\\NandFlash\\NFapp.h"
#include "..\\NandFlash\\NFdrv.h"
/*_____ 宏 ________________________________________________________*/
/*_____ 定义 ________________________________________________________*/
const unsigned long int NF_SECTOR_TOTAL_NUM= 0xffff;
/*_____ 声明 ________________________________________________________*/
extern CBW TPBulk_CBW; //define CBW Struct
#define CBW_wXferLen TPBulk_CBW.dCBW_DataXferLen[0] + TPBulk_CBW.dCBW_DataXferLen[1]*0x100 + TPBulk_CBW.dCBW_DataXferLen[2]*0x10000 + TPBulk_CBW.dCBW_DataXferLen[3]*0x1000000
#define RBC_CDB TPBulk_CBW.cdbRBC
#define RBC_LUN TPBulk_CBW.bCBW_LUN
extern CSW TPBulk_CSW; //define CSW struct
#define CSW_wResidue TPBulk_CSW.dCSW_DataResidue[0] + TPBulk_CSW.dCSW_DataResidue[1]*0x100 + TPBulk_CSW.dCSW_DataResidue[2]*0x10000 +TPBulk_CSW.dCSW_DataResidue[3]*0x1000000
extern unsigned long int LBA_Write;
extern unsigned long int g_RWaddress; //global read/write address
extern unsigned int g_RWBuf[512];
extern unsigned int *BOTXfer_pData; //global variable
extern unsigned int BOTXfer_wResidue;
extern unsigned long int LBA_Write;
// New Add Global Value
extern unsigned long int Start_LBA;
extern unsigned long int End_LBA;
extern unsigned long int Current_LBA;
extern unsigned int SectorCount;
extern BIT_STATUS bFlags;
extern unsigned int BOTFSMstate;
/*
#define BOTFSM_CBWProc Mstate.bits.CBWProc
#define BOTFSM_DataIn Mstate.bits.DataIn
#define BOTFSM_DataOut Mstate.bits.DataOut
#define BOTFSM_CSWProc Mstate.bits.CSWProc
#define BOTFSM_CSW Mstate.bits.CSW
#define BOTFSM_IDLE Mstate.bits.IDLE
#define BOTFSM_Stall Mstate.bits.Stall
#define BOTXfer_atROMorRAM Mstate.bits.atROMorRAM
#define BOTXfer_atNF Mstate.bits.atNF
*/
/*
//*************************************************************************
// Private Data
//*************************************************************************
*/
const REQUEST_SENSE_DATA Req_SenseData=
{
0x70, // unsigned int ResponseCode : 7;
0, // unsigned int Valid : 1;
0, // unsigned int SegmentNum;
0x5, // unsigned int SenseKey : 4; 5= illegal request
0, // unsigned int Reserved0 : 1;
0, // unsigned int WrongLenIndicator : 1;
0, // unsigned int EndofMedium : 1;
0, // unsigned int FileMark : 1;
0, // unsigned int Info_0;
0, // unsigned int Info_1;
0, // unsigned int Info_2;
0, // unsigned int Info_3;
0xA, // unsigned int AdditionalSenseLen;
0, // unsigned int CommandSpecInfo_0;
0, // unsigned int CommandSpecInfo_1;
0, // unsigned int CommandSpecInfo_2;
0, // unsigned int CommandSpecInfo_3;
0x29, // unsigned int ASC;
0, // unsigned int ASCQ;
0, // unsigned int FieldReplacableUnitCode;
0, // unsigned int SenseKeySpec_0 : 7;
0, // unsigned int SenseKeySpecValid : 1;
0, // unsigned int SenseKeySpec_1;
0 // unsigned int SenseKeySpec_2;
};
RBC_PROPERTY RBC_PropertyData;
#define PARAMETER_LIST_LENGTH (sizeof(MODE_PARAMETER_HEAD)+sizeof(MODE_PARAMETER_HEAD))
const MODE_PARAMETER_HEAD ParaHeadMask =
{
PARAMETER_LIST_LENGTH-1, /* mode data length*/
0, /* medium type*/
0, /* device spec Param*/
0 /* block Descriptor length*/
};
const MODE_RBC_DEVICE_PARAMETERS_PAGE ParaPageMask =
{
MODE_PAGE_RBC_DEVICE_PARAMETERS,
0, /*Reserved*/
0, /*PageSavable*/
0x00, /*PageLength*/
0, /*WriteCacheDisable*/
00, /*Reserved*/
{
/*Logical block Size = 512 Bytes*/
0x00,
0x00
},
{
/*Number of logical blocks*/
0x00,
0x00,
0x00,
0x00,
0x00
},
0x00, /*Power/Peformance*/
0, /*LockDisable*/
0, /*FormatDisable*/
0, /*WriteDisable*/
0, /*ReadDisable*/
0x0, /*Reserved*/
0x00 /*Reserved*/
};
const MODE_PARAMETER_HEAD DefaultParaHead =
{
PARAMETER_LIST_LENGTH-1, /* mode data length*/
0, /* medium type*/
0, /* device spec Param*/
0 /* block Descriptor length*/
};
const MODE_RBC_DEVICE_PARAMETERS_PAGE DefaultParaPage =
{
MODE_PAGE_RBC_DEVICE_PARAMETERS,
0, /*Reserved*/
1, /*PageSavable*/
0x0B, /*PageLength*/
0, /*WriteCacheDisable*/
00, /*Reserved*/
{
/*Logical block Size = 512 Bytes*/
0x02,
0x00
},
{
/*Number of logical blocks*/
0x00,
0x00,
0x00,
0x00,
0x00
},
0xFF, /*Power/Peformance*/
0, /*LockDisable*/
0, /*FormatDisable*/
0, /*WriteDisable*/
0, /*ReadDisable*/
0x0, /*Reserved*/
0x00 /*Reserved*/
};
const VPD_SERIAL_PAGE SerialPage =
{
RBC_DEVICE,
0x00,
VPDPAGE_SERIAL_NUMBER,
0x00,
24, //size of SerialNumber
{
// SerialNumber
'0',0,
'0',0,
'0',0,
'0',0,
'0',0,
'0',0,
'0',0,
'0',0,
'0',0,
'0',0,
'0',0,
'0',0
}
};
const VPD_DEVICE_ID_PAGE DeviceIDPage =
{
RBC_DEVICE,
0x00,
VPDPAGE_DEVICE_IDENTITY,
0x00,
sizeof(ASCII_ID_DESCRIPTOR),
{
0x02,
0x00,
0x01,
0x00,
0x00,
0x00,
sizeof(ASCII_ID_STRING),
{
// ASCII_ID_STRING
'P','h','i','l',
'i','p','s',' ',
'S','u','p','e',
'r',' ','D','i',
's','k',' '
}
}
};
const inquiryData1[]=
{
0x00, 0x80, 0x02, 0x02, 0x00, 0x00, 0x00, 0x00, 0x47, 0x45, 0x4e, 0x45, 0x52, 0x49, 0x43, 0x20,
0x55, 0x53, 0x42, 0x20, 0x4d, 0x61, 0x73, 0x73, 0x20, 0x53, 0x74, 0x6f, 0x72, 0x61, 0x67, 0x65,
0x31, 0x2e, 0x30, 0x30
}; // */
const STD_INQUIRYDATA inquiryData =
{
0x00, //-- 0
0x00,//0x80, //-- 1
0x02, //-- 2
0x02, //-- 3
0x1f, //-- 4
0x00, //-- 5
0x00, //-- 6
0, // unsigned int SoftReset : 1;
0, // unsigned int CommandQueue : 1;
0, // unsigned int Reserved5 : 1;
0, // unsigned int LinkedCommands : 1;
0, // unsigned int Synchronous : 1;
0, // unsigned int Wide16Bit : 1;
0, // unsigned int Wide32Bit : 1;
0, // unsigned int RelativeAddressing : 1;
//unsigned int VendorId[8];
{
'P','H','I','L',
'I','P','S',' '
},
//unsigned int ProductId[16];
{
'U','S','B','-',
'I','D','E',' ',
'A','d','a','p',
't','e','r',' '
},
//unsigned int ProductRevisionLevel[4];
{
'0','.','0','0'
},
// Above is 36 bytes
// can be tranmitted by Bulk
//unsigned int VendorSpecific[20]; out[64 bytes] within one packet only.
{
0, 0, 0, 0,
0, 0, 0, 0,
0, 0, 0, 0,
0, 0, 0, 0,
0, 0, 0, 0
},
0, // unsigned int InfoUnitSupport : 1;
0, // unsigned int QuickArbitSupport : 1;
0, // unsigned int Clocking : 2;
0, // unsigned int Reserved1 : 4;
0, // unsigned int Reserved2 ;
//USHORT VersionDescriptor[8] ;
{
0, 0, 0, 0,
0, 0, 0, 0
},
//unsigned int Reserved3[22];
{
0, 0, 0, 0,
0, 0, 0, 0,
0, 0, 0, 0,
0, 0, 0, 0,
0, 0, 0, 0,
0, 0
}
};
/*
//*************************************************************************
// Subroutines
//*************************************************************************
*/
unsigned int RBC_Handler( void )
{
#define cdbGeneric TPBulk_CBW.cdbRBC.Cdb_Generic
unsigned int retStatus = FALSE;
BOTXfer_wResidue = 0;
switch(cdbGeneric.OperationCode)
{
/* required command */
case RBC_CMD_READ10:
retStatus = RBC_Read();
break;
case RBC_CMD_READCAPACITY:
retStatus = RBC_ReadCapacity();
break;
case RBC_CMD_STARTSTOPUNIT:
retStatus = RBC_OnOffUnit();
break;
case RBC_CMD_SYNCCACHE:
retStatus = RBC_SyncCache();
break;
case RBC_CMD_VERIFY10:
retStatus = RBC_Verify();
break;
case RBC_CMD_WRITE10:
retStatus = RBC_Write();
break;
case SPC_CMD_INQUIRY:
retStatus = SPC_Inquiry();
break;
case SPC_CMD_MODESELECT6://0x15
retStatus = SPC_ModeSelect();
break;
case SPC_CMD_MODESENSE6:
retStatus = SPC_ModeSense();//0x1A
break;
case SPC_CMD_PRVENTALLOWMEDIUMREMOVAL:
retStatus = SPC_LockMedia();
break;
case 0x00: //SPC_CMD_TESTUNITREADY: //0x00
retStatus = SPC_TestUnit();
break;
case SPC_CMD_REQUESTSENSE: //0x03
retStatus = SPC_RequestSense();
break;
/* optional commands */
case RBC_CMD_FORMAT:
retStatus = RBC_Format();
break;
case SPC_CMD_RESERVE6:
retStatus = SPC_Reserve6();
break;
case SPC_CMD_RELEASE6:
retStatus = SPC_Release6();
break;
case SPC_CMD_PERSISTANTRESERVIN:
retStatus = SPC_PersisReserveIn();
break;
case SPC_CMD_PERSISTANTRESERVOUT:
retStatus = SPC_PersisReserveOut();
break;
case SPC_CMD_WRITEBUFFER:
retStatus = SPC_WriteBuff();
break;
case SPC_CMD_READLONG:
retStatus = SPC_READLONG();//0x23
break;
default:
// Invalid CBW
TPBulksup_ErrorHandler(CASECBW,0);
TPBulk_CSWHandler();// Goto USBFSM4BOT_CSWPROC;
break;
}
return retStatus;
#undef cdbGeneric
}
/*
////////////////////////////////////////////////////////////////////////////////////
// Reduced Block Command Support
////////////////////////////////////////////////////////////////////////////////////
*/
unsigned int SPC_READLONG(void)
{
BOTXfer_wResidue = CBW_wXferLen;
TPBulksup_ErrorHandler(CASECMDFAIL,BOTXfer_wResidue);
TPBulk_CSWHandler(); // Goto USBFSM4BOT_CSWPROC;
}
unsigned int RBC_Read(void)
{
#define cdbRead RBC_CDB.RbcCdb_Read
g_RWaddress= cdbRead.LBA_0 +
cdbRead.LBA_1*0x100 +
cdbRead.LBA_2*0x10000 +
cdbRead.LBA_3*0x1000000;
#if 1
BOTXfer_wResidue = CBW_wXferLen;
TPBulksup_ErrorHandler(CASE6,BOTXfer_wResidue);
BOTXfer_wResidue =0x00;
SectorCount =cdbRead.XferLength_0 + cdbRead.XferLength_1 * 0x100;
DMA_NFtoD12(g_RWaddress , SectorCount);
TPBulk_CSWHandler(); // Goto USBFSM4BOT_CSWPROC;
#else
BOTXfer_wResidue = CBW_wXferLen;
TPBulksup_ErrorHandler(CASE6,BOTXfer_wResidue);
NF_PageRead(0x0000,g_RWaddress, g_RWBuf);
BOTXfer_pData = g_RWBuf;
// BOTXfer_atNF =TRUE;
BOTFSMstate=USBFSM4BOT_DATAIN;
return (TRUE);
#endif
#undef cdbRead
}
unsigned int RBC_Write(void)
{
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