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project.c
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project.c
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#include <pthread.h>
#include <stdio.h>
#include <fcntl.h>
#include <ctype.h>
#include <stdint.h>
#include "Macro.h"
#include "project.h"
#include "IntelHexFile.h"
#include "MotorolaFile.h"
#include "dpcmd.h"
#include "SerialFlash.h"
#include "usbdriver.h"
#include "board.h"
#define min(a,b) (a>b? b:a)
unsigned char* pBufferForLastReadData=NULL;
unsigned char* pBufferforLoadedFile=NULL;
unsigned long g_ulFileSize=0;
unsigned int g_uiFileChecksum=0;
unsigned char g_BatchIndex=2;
extern unsigned int g_ucFill;
extern int m_boEnReadQuadIO;
extern int m_boEnWriteQuadIO;
extern volatile bool g_bIsSF600;
extern char g_board_type[8];
extern int g_firmversion;
extern char* g_parameter_vcc;
extern char* g_parameter_fw;
//extern bool S19FileToBin(const char* filePath, unsigned char* vData,unsigned long* FileSize, unsigned char PaddingByte);
//extern bool HexFileToBin(const char* filePath, unsigned char* vOutData,unsigned long* FileSize,unsigned char PaddingByte);
extern unsigned char mcode_WRSR;
extern unsigned char mcode_WRDI;
extern unsigned char mcode_RDSR;
extern unsigned char mcode_WREN;
extern unsigned char mcode_SegmentErase;
extern unsigned char mcode_ChipErase;
extern unsigned char mcode_Program;
extern unsigned char mcode_ProgramCode_4Adr;
extern unsigned char mcode_Read;
extern unsigned char mcode_ReadCode;
extern CHIP_INFO Chip_Info;
extern int g_StartupMode;
extern int g_CurrentSeriase;
extern struct CAddressRange DownloadAddrRange;
extern struct CAddressRange UploadAddrRange;
extern bool g_is_operation_on_going;
extern bool g_is_operation_successful;
extern unsigned int g_Vcc;
extern unsigned int g_Vpp;
extern unsigned int g_uiAddr;
extern size_t g_uiLen;
extern bool g_bEnableVpp;
extern int FlashIdentifier(CHIP_INFO * Chip_Info, int search_all);
#define FIRMWARE_VERSION(x,y,z) ((x<<16) | (y<<8) | z)
enum FILE_FORMAT{
BIN ,
HEX,
S19,
} ;
void Sleep(unsigned int mSec)
{
usleep(mSec*1000);
}
void TurnONVpp(void)
{
if(g_bEnableVpp==true)
dediprog_set_vpp_voltage(Chip_Info.VppSupport);
}
void TurnOFFVpp(void)
{
if(g_bEnableVpp==true)
dediprog_set_vpp_voltage(0);
}
void TurnONVcc(int Index)
{
// printf("g_Vcc=%x\n",g_Vcc);
dediprog_set_spi_voltage(g_Vcc,Index);
}
void TurnOFFVcc(int Index)
{
dediprog_set_spi_voltage(0,Index);
}
unsigned int CRC32(unsigned char* v, unsigned long size)
{
unsigned int checksum = 0;
unsigned long i;
for(i=0;i<size;i++)
checksum += v[i];
return checksum;// & 0xFFFF;
}
int ReadBINFile(const char *filename,unsigned char *buf, unsigned long* size)
{
FILE * pFile;
long lSize;
size_t result;
pFile = fopen( filename , "rb" );
if (pFile==NULL)
{
printf("Open %s failed\n",filename);
fputs ("File error\n",stderr);
return 0;
}
// obtain file size:
fseek (pFile , 0 , SEEK_END);
lSize = ftell (pFile);
rewind (pFile);
// allocate memory to contain the whole file:
if(pBufferforLoadedFile!=NULL)
free(pBufferforLoadedFile);
pBufferforLoadedFile = (unsigned char*) malloc (sizeof(char)*lSize);
if (pBufferforLoadedFile == NULL)
{
fputs ("Memory error\n",stderr);
return 0;
}
// copy the file into the buffer:
result = fread (pBufferforLoadedFile,1,lSize,pFile);
if (result != lSize)
{
fputs ("Reading error\n",stderr);
return 0;
}
/* the whole file is now loaded in the memory buffer. */
// terminate
g_ulFileSize=lSize;
fclose (pFile);
return 1;
}
int WriteBINFile(const char *filename,unsigned char *buf, unsigned long size)
{
unsigned long numbytes;
FILE *image;
if (!filename) {
printf("No filename specified.\n");
return 0;
}
if ((image = fopen(filename, "wb")) == NULL) {
perror(filename);
return 0;
}
numbytes = fwrite(buf, 1, size, image);
fclose(image);
if (numbytes != size) {
printf("File %s could not be written completely.\n",
filename);
return 0;
}
return 1;
}
int GetFileFormatFromExt(const char* csPath)
{
size_t length=strlen(csPath);
char fmt[5]={0};
size_t i=length;
size_t j=0;
while(csPath[i] != '.')
{
i--;
}
for(j=i;j<length; j++)
{
fmt[j-i]=toupper(csPath[j]);
}
if(strcmp(fmt,".HEX")==0)
return HEX ;
else if(strcmp(fmt,".S19")==0 || strcmp(fmt,".MOT")==0)
return S19 ;
else
return BIN ;
}
bool ReadFile(const char* csPath, unsigned char* buffer,unsigned long* FileSize,unsigned char PaddingByte)
{
switch(GetFileFormatFromExt(csPath))
{
case HEX :
return HexFileToBin(csPath, buffer,FileSize,PaddingByte) ;
case S19 :
return S19FileToBin(csPath, buffer,FileSize,PaddingByte) ;
default :
return ReadBINFile(csPath, buffer,FileSize) ;
}
}
// write file
bool WriteFile(const char* csPath, unsigned char* buffer,unsigned int FileSize)
{
switch(GetFileFormatFromExt(csPath))
{
case HEX :
return BinToHexFile( csPath,buffer,FileSize) ;
case S19 :
return BinToS19File(csPath,buffer, FileSize) ;
default :
return WriteBINFile(csPath,buffer, FileSize) ;
}
}
bool LoadFile(char* filename)
{
bool result=true;
unsigned long size;
result &= ReadFile(filename,pBufferforLoadedFile, &size, g_ucFill);
g_uiFileChecksum=CRC32(pBufferforLoadedFile,g_ulFileSize);
return result;
}
bool IdentifyChipBeforeOperation(int Index)
{
bool result = false;
CHIP_INFO binfo;
binfo.UniqueID=0;
int Found=0;
if(strstr(Chip_Info.Class, SUPPORT_FREESCALE_MCF) != NULL ||
strstr(Chip_Info.Class, SUPPORT_SILICONBLUE_iCE65) != NULL)
return true;
Found=FlashIdentifier(&binfo,0);
// printf("\n binfo.UniqueID = 0x%lx, Chip_Info.UniqueID = 0x%lx\n", binfo.UniqueID,Chip_Info.UniqueID);
if(Found && (binfo.UniqueID == Chip_Info.UniqueID || binfo.UniqueID == Chip_Info.JedecDeviceID))
result = true;
return result;
}
void PrepareProgramParameters(int Index)
{
size_t len = 0;
size_t addrStart = 0;
addrStart = g_uiAddr;
len = g_uiLen;
size_t addrLeng = (0 == len) ? g_ulFileSize: len;
DownloadAddrRange.start=addrStart;
DownloadAddrRange.end=addrStart + addrLeng;
DownloadAddrRange.length=addrLeng;
}
bool ValidateProgramParameters(int Index)
{
PrepareProgramParameters(Index);
/// special treatment for AT45DBxxxD
if (strstr(Chip_Info.Class,SUPPORT_ATMEL_45DBxxxB) != NULL)
{
size_t pagesize=264;
size_t mask= (1<<9)-1;
return (mask & DownloadAddrRange.start) <= (mask & pagesize);
}
/// if file size exceeds memory size, it's an error
/// if user-specified length exceeds, just ignore
if(DownloadAddrRange.start > Chip_Info.ChipSizeInByte - 1)
return false;
size_t size = DownloadAddrRange.length;
if(size > g_ulFileSize && g_ucFill==0xFF)
return false;
if(DownloadAddrRange.end > Chip_Info.ChipSizeInByte)
return false;
return true;
}
bool ProgramChip(int Index)
{
bool need_padding = (g_ucFill != 0xFF);
unsigned char* vc;
struct CAddressRange real_addr;
real_addr.start=(DownloadAddrRange.start &(~(0x200 - 1)));
real_addr.end=((DownloadAddrRange.end + (0x200 - 1)) & (~(0x200 - 1)));
real_addr.length=real_addr.end-real_addr.start;
vc=(unsigned char*)malloc(real_addr.length);
memset(vc,g_ucFill,real_addr.length);
if(need_padding==true)
{
memcpy(vc+(DownloadAddrRange.start & 0x1FF),pBufferforLoadedFile,min(g_ulFileSize,DownloadAddrRange.length));
}
else
{
memcpy(vc+(DownloadAddrRange.start & 0x1FF),pBufferforLoadedFile,DownloadAddrRange.length);
}
bool result= SerialFlash_rangeProgram(&real_addr, vc,Index);
return result;
}
bool ReadChip(const struct CAddressRange range,int Index)
{
bool result = true;
unsigned char* vc;
size_t addrStart = range.start;
// size_t addrLeng = range.length;
struct CAddressRange addr;
addr.start= range.start &(~(0x200 - 1));
addr.end=(range.end + (0x200 - 1)) & (~(0x200 - 1));
addr.length=addr.end-addr.start;
vc=(unsigned char*)malloc(addr.length);
result = SerialFlash_rangeRead(&addr, vc, Index);
if(result)
{
if(pBufferForLastReadData != NULL)
free(pBufferForLastReadData);
unsigned int offset = (addrStart & 0x1FF);
pBufferForLastReadData=(unsigned char*)malloc(range.length);
memcpy(pBufferForLastReadData,vc+offset,range.length);
UploadAddrRange=range;
}
if(vc != NULL)
free (vc);
return result;
}
bool threadBlankCheck(int Index)
{
bool result = false;
// bool is_greater_than_5_0_0 = is_BoardVersionGreaterThan_5_0_0(Index);
struct CAddressRange Addr;
Addr.start=0;
Addr.end=Chip_Info.ChipSizeInByte;
//(L"Blank Checking ...");
// if(is_greater_than_5_0_0)
// SetLEDOnOff(SITE_BUSY,Index);
SetIOMode(false,Index);
result = SerialFlash_rangeBlankCheck(&Addr,Index) ;
// m_bOperationResult[Index]=result? 1:RES_BLANK;
#if 0
if( !bAuto[Index] )
{
m_context.runtime.elapsed_time_of_last_operation = timer.elapsed() ;
Log(wformat(L"Operation completed. \n%1% seconds elapsed.")%m_context.runtime.elapsed_time_of_last_operation);
CompleteCnt++;
if( CompleteCnt==GetDevNum() )
{
m_context.runtime.is_operation_on_going = false;
m_chip[Index]->ClearCancelOperationFlag();
}
if(is_greater_than_5_0_0)
m_board->SetLEDOnOff(result? SITE_OK:SITE_ERROR,Index);
}
#endif
// SetLEDOnOff(result? SITE_OK:SITE_ERROR,Index);
// g_is_operation_on_going = false;
g_is_operation_successful = result;
return result;
}
bool threadEraseWholeChip(int Index)
{
bool result = false;
// bool is_greater_than_5_0_0 = is_BoardVersionGreaterThan_5_0_0(Index);
// if(is_greater_than_5_0_0)
// SetLEDOnOff(SITE_BUSY,Index);
// Log(L"Erasing a whole chip ...");
// power::CAutoVccPower autopowerVcc(m_usb, m_context.power.vcc,Index);
// power::CAutoVppPower autopowerVpp(m_usb, SupportedVpp(),Index);
if(strstr(Chip_Info.Class,SUPPORT_NUMONYX_N25Qxxx_Large_2Die) != NULL || strstr(Chip_Info.Class,SUPPORT_NUMONYX_N25Qxxx_Large_4Die) != NULL)
result = SerialFlash_DieErase(Index);
else
result = SerialFlash_chipErase(Index);
// Log(result ? L"A whole chip erased" : L"Error: Failed to erase a whole chip");
// m_bOperationResult[Index]=result? 1:RES_ERASE;
#if 0
if( !bAuto[Index] )
{
m_context.runtime.is_operation_successful = result;
m_context.runtime.elapsed_time_of_last_operation = timer.elapsed() ;
Log(wformat(L"Operation completed. \n%1% seconds elapsed.")%m_context.runtime.elapsed_time_of_last_operation);
CompleteCnt++;
if( CompleteCnt==GetDevNum() )
{
m_context.runtime.is_operation_on_going = false;
m_chip[Index]->ClearCancelOperationFlag();
}
if(is_greater_than_5_0_0)
m_board->SetLEDOnOff(result? SITE_OK:SITE_ERROR,Index);
}
#endif
// SetLEDOnOff(result? SITE_OK:SITE_ERROR,Index);
g_is_operation_successful = result;
// g_is_operation_on_going = false;
return result;
}
bool threadReadRangeChip(struct CAddressRange range,int Index)
{
bool result = true;
// bool is_greater_than_5_0_0 = is_BoardVersionGreaterThan_5_0_0(Index);
struct CAddressRange AddrRound;
// if(is_greater_than_5_0_0)
// SetLEDOnOff(SITE_BUSY,Index);
SetIOMode(false,Index);
AddrRound.start= (range.start &(~(0x1FF)));
AddrRound.end=((range.end +0x1FF) & (~(0x1FF)));
AddrRound.length=AddrRound.end-AddrRound.start;
unsigned char *pBuffer = malloc(AddrRound.length);
if(pBufferForLastReadData==NULL)
pBufferForLastReadData=malloc(range.end-range.start);
else
{
free(pBufferForLastReadData);
pBufferForLastReadData=malloc(range.end-range.start);
}
if(pBufferForLastReadData==NULL)
{
printf("allocate memory fail.\n");
free(pBuffer);
return false;
}
result = SerialFlash_rangeRead(&AddrRound, pBuffer, Index);
if(result)
{
UploadAddrRange.start = range.start;
UploadAddrRange.end= range.end;
UploadAddrRange.length = range.end-range.start;
memcpy(pBufferForLastReadData,pBuffer+ (UploadAddrRange.start & 0x1FF),UploadAddrRange.length);
}
free(pBuffer);
// if(is_greater_than_5_0_0)
// SetLEDOnOff(result? SITE_OK:SITE_ERROR,Index);
return result;
}
bool threadReadChip(int Index)
{
bool result = false;
// bool is_greater_than_5_0_0 = is_BoardVersionGreaterThan_5_0_0(Index);
struct CAddressRange Addr;
Addr.start=0;
Addr.end=Chip_Info.ChipSizeInByte;
// if(is_greater_than_5_0_0)
// SetLEDOnOff(SITE_BUSY,Index);
SetIOMode(false,Index);
if(pBufferForLastReadData==NULL)
pBufferForLastReadData=(unsigned char*)malloc(Chip_Info.ChipSizeInByte);
else
{
free(pBufferForLastReadData);
pBufferForLastReadData=(unsigned char*)malloc(Chip_Info.ChipSizeInByte);
}
if(pBufferForLastReadData==NULL)
{
printf("allocate memory fail.\n");
return false;
}
result = SerialFlash_rangeRead(&Addr, pBufferForLastReadData,Index);
if(result)
{
UploadAddrRange.start = 0;
UploadAddrRange.end=Chip_Info.ChipSizeInByte;
UploadAddrRange.length=Chip_Info.ChipSizeInByte;
}
// if(is_greater_than_5_0_0)
// SetLEDOnOff(result?SITE_OK:SITE_ERROR,Index);
g_is_operation_successful = result;
return result;
}
bool threadConfiguredReadChip(int Index)
{
bool result = true;
struct CAddressRange addr;
addr.start= DownloadAddrRange.start;
addr.length= DownloadAddrRange.end-DownloadAddrRange.start;
if(0 == addr.length && Chip_Info.ChipSizeInByte > addr.start)
addr.length = Chip_Info.ChipSizeInByte - addr.start;
addr.end=addr.length+addr.start;
if(addr.start >= Chip_Info.ChipSizeInByte)
{
result = false;
}
else if(0 == addr.start && (0 == addr.length))
{
result = threadReadChip(Index);
}
else
{
result = threadReadRangeChip(addr,Index);
}
g_is_operation_successful = result;
// g_is_operation_on_going = false;
return result;
}
bool threadProgram(int Index)
{
bool result = true;
SetIOMode(true,Index);
if(g_ulFileSize== 0)
{
result = false;
}
if( result && (!ValidateProgramParameters(Index)) )
{
result = false;
}
if( result && ProgramChip(Index))
{
result = true;
}
else
{
result = false;
}
// if(is_greater_than_5_0_0)
// SetLEDOnOff(result? SITE_OK:SITE_ERROR,Index);
g_is_operation_successful = result;
return result;
}
bool threadCompareFileAndChip(int Index)
{
bool result = true;
// bool is_greater_than_5_0_0 = is_BoardVersionGreaterThan_5_0_0(Index);
// if(is_greater_than_5_0_0)
// SetLEDOnOff(SITE_BUSY,Index);
SetIOMode(false,Index);
if(g_ulFileSize==0)
result = false;
if( result && (!ValidateProgramParameters(Index)) )
result = false;
if( result )
{
ReadChip(DownloadAddrRange,Index);
size_t offset = min(DownloadAddrRange.length,g_ulFileSize);
unsigned int crcFile = CRC32(pBufferforLoadedFile,offset);
unsigned int crcChip = CRC32(pBufferForLastReadData,offset);
// unsigned int i=0;
#if 0
for(i=0; i<10; i++)
{
if(pBufferforLoadedFile[i] != pBufferForLastReadData[i])
printf("Data deferent at %X, pBufferforLoadedFile[i]=%x,pBufferForLastReadData[i]=%x\r\n",i,pBufferforLoadedFile[i],pBufferForLastReadData[i]);
}
#endif
result = (crcChip == crcFile);
}
// if(is_greater_than_5_0_0)
// SetLEDOnOff(result? SITE_OK:SITE_ERROR,Index);
g_is_operation_successful = result;
return result;
}
size_t GenerateDiff(uintptr_t* Addr,unsigned char* in1, unsigned long long size1, unsigned char* in2, unsigned long long size2, uintptr_t baseAddr, size_t step)
{
size_t upper = min(size1, size2);
size_t realAddr;
uintptr_t i,j=0;
for(i = 0; i < upper; ++i)
{
if(in1[i] != in2[i])
{
realAddr = i + baseAddr;
Addr[j++]=(realAddr & (~(step - 1)));
i += ((step - 1)|realAddr) - realAddr;
if(i >= upper) break;
}
}
return j;
}
size_t Condense(uintptr_t* out,unsigned char* vc, uintptr_t* addrs, size_t addrSize, uintptr_t baseAddr, size_t step)
{
// size_t* itr, itr_end;
size_t i,j,outSize=0;
// itr_end=addrs+addrSize;
for(j=0; j<addrSize; j++)
{
for(i=addrs[j] - baseAddr; i<(addrs[j] - baseAddr+step); i++)
{
if(vc[i] != 0xFF)
{
out[j]=addrs[j];
outSize++;
break;
}
}
}
return outSize;
}
extern void SetPageSize(CHIP_INFO* mem, int USBIndex);
bool BlazeUpdate(int Index)
{
// struct CAddressRange addr_round;//(Chip_Info.MaxErasableSegmentInByte);
// if(strstr(Chip_Info.Class,SUPPORT_ATMEL_45DBxxxD) != NULL)
// SetPageSize(&Chip_Info,Index);
// dealwith lock phase 1
struct CAddressRange down_with_lock_range;//(m_context.runtime.range_download);
down_with_lock_range.start=DownloadAddrRange.start;
down_with_lock_range.end=DownloadAddrRange.end;
DownloadAddrRange.length=DownloadAddrRange.end-DownloadAddrRange.start;
down_with_lock_range.length=down_with_lock_range.end-down_with_lock_range.start;
struct CAddressRange effectiveRange;//(addr_round.SectionRound(down_with_lock_range));
effectiveRange.start=down_with_lock_range.start &(~(Chip_Info.MaxErasableSegmentInByte - 1)) ;
effectiveRange.end=(down_with_lock_range.end + (Chip_Info.MaxErasableSegmentInByte - 1)) & (~(Chip_Info.MaxErasableSegmentInByte - 1));
effectiveRange.length=effectiveRange.end-effectiveRange.start;
if(!threadReadRangeChip(effectiveRange,Index)) return false;
unsigned int offsetOfRealStartAddrOffset = DownloadAddrRange.start - effectiveRange.start;
unsigned char* vc;
vc=(unsigned char*)malloc(effectiveRange.length);
memcpy(vc,pBufferForLastReadData,effectiveRange.length);
uintptr_t* addrs=(size_t*)malloc(min(DownloadAddrRange.length,g_ulFileSize));
size_t Leng=0;
Leng=GenerateDiff(addrs,vc+offsetOfRealStartAddrOffset,DownloadAddrRange.length,pBufferforLoadedFile,g_ulFileSize,DownloadAddrRange.start,Chip_Info.MaxErasableSegmentInByte);
// printf("Leng=%X\r\n",Leng);
if(Leng==0) // speed optimisation
{
return true;
}
else
{
uintptr_t* condensed_addr=(size_t*)malloc(min(DownloadAddrRange.length,g_ulFileSize));
size_t condensed_size;
condensed_size=Condense(condensed_addr,vc, addrs, Leng, effectiveRange.start,Chip_Info.MaxErasableSegmentInByte);
// printf("condensed_size=%d\r\n",condensed_size);
SerialFlash_batchErase(condensed_addr,condensed_size,Index);
if(strstr(Chip_Info.Class,SUPPORT_MACRONIX_MX25Lxxx) != NULL)
{
TurnOFFVcc(Index);
Sleep(100);
TurnONVcc(Index);
}
memcpy(vc+offsetOfRealStartAddrOffset,pBufferforLoadedFile,DownloadAddrRange.length);
size_t i = 0;
for(i=0; i<Leng; i++)
{
size_t idx_in_vc = addrs[i] - effectiveRange.start;
struct CAddressRange addr_range;
addr_range.start=addrs[i];
addr_range.end=addrs[i]+Chip_Info.MaxErasableSegmentInByte;
addr_range.length=addr_range.end-addr_range.start;
if(SerialFlash_rangeProgram(&addr_range,vc+idx_in_vc,Index)==0)
{
free(vc);
free(addrs);
free(condensed_addr);
return false;
}
}
free(vc);
free(addrs);
free(condensed_addr);
return true;
}
free(vc);
free(addrs);
return true;
}
bool RangeUpdateThruSectorErase(int Index)
{
return BlazeUpdate(Index);
}
bool RangeUpdateThruChipErase(int Index)
{
// printf("RangeUpdateThruChipErase!\n");
unsigned char* vc=(unsigned char*)malloc(Chip_Info.ChipSizeInByte);
unsigned int i=0;
bool boIsBlank=true;
struct CAddressRange addr;
DownloadAddrRange.length=DownloadAddrRange.end-DownloadAddrRange.start;
SetIOMode(false, Index);
if(!threadReadChip(Index)) return false;
memcpy(vc,pBufferForLastReadData,Chip_Info.ChipSizeInByte);
for(i=0; i<Chip_Info.ChipSizeInByte; i++)
{
if(vc[i]!= 0xFF)
{
boIsBlank=false;
break;
}
}
if(boIsBlank==false)
{
if(threadEraseWholeChip(Index)==false) return false;
if(strstr(Chip_Info.Class,SUPPORT_MACRONIX_MX25Lxxx) != NULL || strstr(Chip_Info.Class,SUPPORT_ATMEL_45DBxxxD) != NULL)
{
TurnOFFVcc(Index);
Sleep(100);
TurnONVcc(Index);
}
}
memset(vc+DownloadAddrRange.start,g_ucFill,min(DownloadAddrRange.length,Chip_Info.ChipSizeInByte));
memcpy(vc+DownloadAddrRange.start,pBufferforLoadedFile,min(g_ulFileSize,DownloadAddrRange.length));
SetIOMode(true, Index);
addr.start=0;
addr.end=Chip_Info.ChipSizeInByte;
addr.length=Chip_Info.ChipSizeInByte;
return SerialFlash_rangeProgram(&addr, vc,Index);
}
bool RangeUpdate(int Index)
{
bool fast_load = (Chip_Info.ChipSizeInByte > (1<<16));
return ((mcode_SegmentErase!=0) && fast_load)
? RangeUpdateThruSectorErase(Index)
: RangeUpdateThruChipErase(Index);
}
bool ReplaceChipContentThruChipErase(int Index)
{
if(!threadBlankCheck(Index))//not blank
{
if(!threadEraseWholeChip(Index))
return false;
}
return threadProgram(Index);
}
bool threadPredefinedBatchSequences(int Index)
{
bool result = true;
if(g_ulFileSize==0) result = false;
// size_t option=2;
// bool bVerifyAfterCompletion;
// 07.11.2009
// bool bIdentifyBeforeOperation;
if( result && (!ValidateProgramParameters(Index)) ) result = false;
#if 0
if(strstr(Chip_Info.Class,SUPPORT_MACRONIX_MX25Lxxx)!= NULL
||strstr(Chip_Info.Class,SUPPORT_MACRONIX_MX25Lxxx_Large) != NULL
||strstr(Chip_Info.Class,SUPPORT_MACRONIX_MX25Lxxx_PP32)!=NULL)
Sleep(10);
#endif
if( result )
{
switch(g_BatchIndex)
{
case 1:
result=ReplaceChipContentThruChipErase(Index);
break;
case 2:
default:
result = RangeUpdate(Index);
break;
}
}
return result;
}
void threadRun(void* Type)
{
THREAD_STRUCT* thread_data=(THREAD_STRUCT*)Type;
OPERATION_TYPE opType=thread_data->type;
int Index=thread_data->USBIndex;
g_is_operation_successful = true;
g_is_operation_on_going = true;
if( opType==UPDATE_FIRMWARE )
{
g_is_operation_successful=UpdateFirmware(g_parameter_fw, Index);
g_is_operation_on_going=false;
free(Type);
return;
}
if(opType==AUTO_UPDATE_FIRMWARE)
{
free(Type);
return;
}
if(1)//is_good())
{
TurnONVcc(Index);
bool is_greater_than_5_0_0 = is_BoardVersionGreaterThan_5_0_0(Index);
if(is_greater_than_5_0_0)
SetLEDOnOff(SITE_BUSY,Index);
if(IdentifyChipBeforeOperation(Index)==false)
{
printf("Warning: Failed to detect flash.\r\n");
g_is_operation_on_going = false;
g_is_operation_successful = false;
SetLEDOnOff(g_is_operation_successful? SITE_OK:SITE_ERROR,Index);
TurnOFFVcc(Index);
free(Type);
return;
}
// operations
switch(opType)
{
case BLANKCHECK_WHOLE_CHIP:
threadBlankCheck(Index);
break;
case ERASE_WHOLE_CHIP:
threadEraseWholeChip(Index);
break;
case PROGRAM_CHIP:
TurnONVpp();
threadProgram(Index);
break;
case READ_WHOLE_CHIP:
// m threadReadChip(Index);
break;
case READ_ANY_BY_PREFERENCE_CONFIGURATION:
threadConfiguredReadChip(Index);
break;
case VERIFY_CONTENT:
threadCompareFileAndChip(Index);
break;
case AUTO:
TurnONVpp();
threadPredefinedBatchSequences(Index) ;
break;
default:
break;
}
}
TurnOFFVcc(Index);
TurnOFFVpp();
SetLEDOnOff(g_is_operation_successful? SITE_OK:SITE_ERROR,Index);
g_is_operation_on_going = false;
free(Type);
}
void Run(OPERATION_TYPE type)
{
pthread_t id;
// int ret;
g_is_operation_on_going = true;
THREAD_STRUCT *thread_data=(THREAD_STRUCT*)malloc(sizeof(THREAD_STRUCT));
thread_data->type=type;
thread_data->USBIndex=0;
pthread_create(&id,NULL,(void *) threadRun,(void*)thread_data);
}
void SetIOMode(bool isProg,int Index)
{
size_t IOValue=0;
m_boEnReadQuadIO=0;
m_boEnWriteQuadIO=0;
if(g_bIsSF600==false) return;
SetIOModeToSF600(IOValue, Index);
return;
// if(strlen(Chip_Info.ProgramIOMethod)==0)
// {
// SetIOModeToSF600(IOValue, Index);
// return;
// }
#if 0
if(isProg)
{
switch(m_context.chip.IO_Mode)
{
case Context::CChipContext::IO_Single:
default:
if(out[1].find(L"SW")!=-1)
IOValue=0;
break;
case Context::CChipContext::IO_Dual1:
case Context::CChipContext::IO_Dual2:
if((out[0]==L"SPDD" || out[0]==L"SPQD") && out[1].find(L"DW")!=-1)
IOValue = 1;
else if((out[0]==L"DPDD" || out[0]==L"QPQD") && out[1].find(L"DW")!=-1)
IOValue = 2;
break;
case Context::CChipContext::IO_Quad1:
case Context::CChipContext::IO_Quad2:
if(out[0]==L"SPDD" && out[1].find(L"DW")!=-1)