BSL launchpad for msp430f2232

HI

after some experiments i belive this is the correct way to use bsl-launchpad + BSLDEMO2.exe

A ) Produce your txt file with CC (or IAR) , call it Prog1.txt
B) build the password file from this file in this way :
read the Prog1.txt file with a txt editor and read byte value from
position 0xFFE0 ; example :
addr value
0xFFE0 byte0
0xFFE1 byte1
....... .....
....... .....
0xFFFE byte30
0xFFFF byte31

if there is no value use FF for the byte value.
So now you can write the passw1.txt file associate with Prog1.txt :
byte0 byte1 ..........byte7
byte8 byte9 ..........byte15
byte16 ..................byte23
byte24 ..................byte31

The comand is : BSLDEMO2.exe -cCOMn -m1 -ppassw.txt +eapvrw Progr.txt

If your msp430Fx is new the password.txt file is 32 FF byte.
So the first time you program the command is

BSLDEMO2.exe -cCOMn -m1 -pStdpassw.txt +eapvrw Progr1.txt

where Stdpassw.txt is standard password , 32 byte with FF value.

From now to on if we want to do other operations we have to use passw1.txt.
Example we want to read the flash :

BSLDEMO2.exe -cCOMn -ppasww1.txt -re000 1FF0 flash.txt

If want to update the flash with a new Prog2.txt we have to use

BSLDEMO2.exe -cCOMn -m1 -ppassw1.txt +eapvrw Progr2.txt
[NOTE : use the precedent passw1.txt]

and from now to on the new password file is passw2.txt which we will build from
Prog2.txt like we see above.

THATS ALL FOLKS.

Tommaso

HI

i developed a simple program to extract password bytes from file.txt

to use it like password in BSLDEMO2.exe to program msp430fxxxx

with bsl.

I tested with some file.txt and it seem to go.

If somone find bug please update it  and give back to forum the new version.

The usage is simple  , on command line : bsl-password.exe yourfile.txt

and it will produce a file named Pswyourfile.txt with password associate at yourfile,txt

THE CODE : ( compile it with gcc)

#include <stdio.h>
#include <stdlib.h>
#include <string.h>

int iH,iL,jmp;
int nbytes=0;
char str[20];
char strAddr[20];
char nomefile[20];
char NomeFilePssw[30];
FILE *fp;
char line[80];
int trovata,n,len,i,pos;
char sbyteH[48];
char sbyteL[48];
char straddr[32][6]={"@ffe0","@ffe1","@ffe2","@ffe3","@ffe4","@ffe5","@ffe6","@ffe7"
,"@ffe8","@ffe9","@ffea","@ffeb","@ffec","@ffed","@ffee","@ffef"
,"@fff0","@fff1","@fff2","@fff3","@fff4","@fff5","@fff6","@fff7"
,"@fff8","@fff9","@fffa","@fffb","@fffc","@fffd","@fffe","@ffff"};
int CheckLine(void);

// inserisci il nome del file.txt dopo il nome del programma

int main(int argc, char *argv[])
{
int j,res;
//for(i=0;i<32;i++)
// printf("\n %s ",straddr[i]);

strcpy(nomefile,argv[1]);
//printf("= %s",nomefile);

// Apro file
fp=fopen(nomefile,"r");

if(fp!=NULL)
{
// leggo prima linea
trovata=0;
while(fgets(line,80,fp)!=NULL && trovata==0)
{
//printf("%s",line);

// cerco la stringa @ffe
strncpy(str,line,4); // copio i primi 4 caratteri della linea
str[4]='\0';
//printf("\n%s\n",str); // per debug , OK

// se ho trovato la stringa @ffe allora comincio ........
if(!strcmp(str,"@ffe"))
{
trovata=1;
//printf("\n TROVATA \n"); // debug
}
if(trovata)
break;
}

// Algoritmo : ..............
// @ffe0 ?

j=0;
strcpy(strAddr,straddr[j]);
iH=iL=0;
res=CheckLine();
j=j+1+jmp;
while(j<32)
{
//iH++;
//iL++;
if(res==1)
{
fgets(line,80,fp);
strcpy(strAddr,straddr[j]);
res=CheckLine();
}
else
{
strcpy(strAddr,straddr[j]);
res=CheckLine();
}
j=j+1+jmp;
}

printf("\n\n\n Numbytes = %d iH %d iL %d",nbytes,iH,iL);
for(j=0;j<32;j++)
{
printf("\n byte %d %c%c",j,sbyteH[j],sbyteL[j]);
}

fclose(fp);
}
else
{
printf("\n Errore in aperutra file \n ");
}

// ora scrivo il file password
strcpy(NomeFilePssw,"Pssw");
strcat(NomeFilePssw,nomefile);
//printf("\n NomeFilePssw %s ",NomeFilePssw);
fp=fopen(NomeFilePssw,"w");
if(fp!=NULL)
{
for(j=1;j<33;j++)
{
fprintf(fp,"%c%c ",sbyteH[j-1],sbyteL[j-1]);
if(j%8==0)
fprintf(fp,"\n");
}
}
else
{
printf("\n errore apertura file passw");
}
fclose(fp);

getchar();
return 0;
}

int CheckLine(void)
{
strncpy(str,line,5); // copio i primi 4 caratteri della linea
str[5]='\0'; //printf("\n indirizzo = %s %s",str , strAddr); // DEBUG
//i=0;
pos=0;
jmp=0;
if(!strcmp(str,strAddr))
{
fgets(line,80,fp); // passo alla linea successiva
len=strlen(line);
pos=0;
while(pos<(len-1))
{
sbyteH[iH++]=line[pos]; //printf("\n d01 %d %c",iH-1,sbyteH[iH-1]);
sbyteL[iL++]=line[pos+1]; //printf("\n d02 %d %c",iL-1,sbyteL[iL-1]);
pos=pos+3;
jmp++;
nbytes++;
}
jmp--;

return 1;
}
else
{
sbyteH[iH++]='F'; //printf("\n d01 %d %c",iH-1,sbyteH[iH-1]);
sbyteL[iL++]='F'; //printf("\n d02 %d %c",iL-1,sbyteL[iL-1]);
nbytes++;
return 0;
}

}