void create_multis_cfg( FILE* multi_idx, FILE* multi_mul, FILE* multis_cfg )
{
if ( fseek( multi_idx, 0, SEEK_SET ) != 0 )
throw std::runtime_error("create_multis_cfg: fseek failed");
unsigned count = 0;
USTRUCT_IDX idxrec;
for ( int i = 0; fread( &idxrec, sizeof idxrec, 1, multi_idx ) == 1; ++i )
{
const USTRUCT_VERSION* vrec = NULL;
if ( check_verdata( VERFILE_MULTI_MUL, i, vrec ) )
{
write_multi( multis_cfg, i, verfile, vrec->filepos, vrec->length );
++count;
}
else
{
if ( idxrec.offset == 0xFFffFFffLu )
continue;
write_multi( multis_cfg, i, multi_mul, idxrec.offset, idxrec.length );
++count;
}
}
INFO_PRINT << count << " multi definitions written to multis.cfg\n";
}
int write_multi_t(unsigned char device_var,unsigned char *to_write,unsigned short start_address,int length, int slot)
{
int retVal = -100;
int executeMBFunc = 0;
static int writeCount = 0;
if (MbPollOpen == 1)
{
executeMBFunc = 1;
}
else
{
executeMBFunc = 0;
}
if (executeMBFunc == 1)
{
//LoadWriteMultiData(device_var, to_write, start_address, length);
if ((trafficSlotNo == slot) && (trafficSlotNo != -1))
{
retVal = write_multi_log(device_var, to_write, start_address, length, &sendData[0], &recvData[0], &sendDataLen, &recvDataLen);
insertDataString = 1;
}
else
{
retVal = write_multi(device_var, to_write, start_address, length);
}
mbpollTotalCount[slot]++;
if (retVal < 0)
{
mbpollErrCount[slot]++;
}
/*CString temp;
writeCount++;
temp.Format(_T("addr = %d count = %d ret = %d"), start_address, writeCount, retVal);
MessageBox(NULL, temp, L"write_multi", MB_OK);*/
}
return retVal;
}
int flash_a_tstat(BYTE m_ID,unsigned int the_max_register_number,unsigned char *register_data_orginal,int baudrate_var,int &which_register_was_interrupt)
{
//the return value 1,successful
//<0 ,have some trouble
unsigned char *register_data=register_data_orginal;
unsigned int ii=0;
//**************************************************inspect the flash that last flash position **
if(read_one(m_ID,0xee10)<0)//retry times is better
{
//read_one from globle_function.h
//the return value == -1 ,no connecting
//AfxMessageBox("before write,need to open the com!");
//close_com();
//error -1
return -1;
}
{
//from 0000 register flash
//from 0000 flash update
ii=0;
showing_text="initializing!";
Sleep(500);
//********************write register 16 value 0x7f **************
int temp_baudrate=baudrate_var;//get the input baudrate
do{
if(ii<RETRY_TIMES)
if(-2==Write_One(m_ID,16,0x7f))//From Common.h
{
ii++;
if(ii==RETRY_TIMES && baudrate_var==9600 && temp_baudrate!=19200)
{
Change_BaudRate(19200);//From Common.h
temp_baudrate=19200;
ii=1;//
}
Sleep(6000);
}
else
ii=0;
else
{
return -2;//error -2 Unable to Initialize...
}
}while(ii);
//********************write register 16 value 0x3f **************
ii=0;
showing_text+="erasing!";
do{
if(ii<RETRY_TIMES)
if(-2==Write_One(m_ID,16,0x3f))//From common.h
ii++;
else
ii=0;
else
{
return -6;//error -6
}
}while(ii);
//********************write register 16 value 0x1f **************
ii=0;
Sleep(3000);
//must have this ,the Tstat need
}
while(ii<=the_max_register_number)
{
unsigned char data_to_send[160]={0};// buffer that writefile() will to use
int itemp=0;
replace_flag=TRUE;
showing_text.Format(_T("initialized!erasing!programming!Programing progress %.1f%%"),100*((float)ii)/the_max_register_number);
do{
if(itemp<RETRY_TIMES)
{ //From common.h
if(-2==write_multi(m_ID,®ister_data[ii],ii,WRITE_MUTLI_NUMBER))
//to write multiple WRITE_MUTLI_NUMBER bytes
{
itemp++;
//showing_text.Format("initialized!erasing!programming!Writing line %d to %d...",ii,ii+WRITE_MUTLI_NUMBER);
replace_flag=TRUE;
showing_text.Format(_T("initialized!erasing!programming!Programing progress %.1f%%"),100*((float)ii)/the_max_register_number);
}
else
{
itemp=0;
which_register_was_interrupt=ii;
}
}
else
{
return -8;//the com connection is wrong! error -8
}
}while(itemp);
ii+=WRITE_MUTLI_NUMBER;
}
//********************write register 16 value 0x01 **************
ii=0;
which_register_was_interrupt=-9;
//********************write register 16 value 01 **************
do{
if(ii<RETRY_TIMES)
if(-2==Write_One(m_ID,16,1))
ii++;
else
ii=0;
else
{
return -8;//error -8
}
}while(ii);
Change_BaudRate(baudrate_var);//back baudrate
return 1;
}
