void* sockio_test_client(void *arg)
{
struct sockaddr_in addr;
char buf[1024];
int port = 8081;
int sock, ret;
FILE *server;
(void) arg;
// make sure the server is initialized first.
// FIXME: cleaner to use a condition var
thread_usleep(500);
output(" client - getting socket\n");
checkreturn( ((sock = socket(PF_INET, SOCK_STREAM, 0)) == -1), "socket");
output(" client - got socket\n");
addr.sin_family = AF_INET;
addr.sin_addr.s_addr = INADDR_ANY;
addr.sin_port = htons(port);
output(" client - connecting to server\n");
checkreturn( ((connect(sock, (struct sockaddr *)&addr, sizeof(addr)) < 0)), "connect");
output(" client - connection establised\n");
output(" client - reading\n");
checkreturn( ((server = fdopen(sock,"r+")) == NULL), "fdopen");
checkreturn( (ret = fgets(buf, sizeof(buf), server) == NULL), "fgets");
output(" client - got %d bytes - '%s'\n",ret,buf);
return NULL;
}
void* sockio_test_server(void *arg)
{
struct sockaddr_in sar;
struct sockaddr_in peer_addr;
int opt = 1;
socklen_t optlen = sizeof(opt);
socklen_t peer_len;
int sr;
int port = 8081;
int sock;
FILE *client;
(void) arg;
output(" server - creating socket\n");
checkreturn( ((sock = socket(PF_INET, SOCK_STREAM, 0)) == -1), "socket");
setsockopt(sock,SOL_SOCKET,SO_REUSEADDR,&opt,optlen);
output(" server - socket created\n");
// bind
sar.sin_family = AF_INET;
sar.sin_addr.s_addr = INADDR_ANY;
sar.sin_port = htons(port);
output(" server - calling bind\n");
checkreturn( (bind(sock, (struct sockaddr *)&sar, sizeof(struct sockaddr_in)) == -1), "bind");
output(" server - bind succeeded\n");
// start listening on the socket with a queue of 10
output(" server - calling listen\n");
checkreturn( (listen(sock, 100) == -1), "listen");
output(" server - listening on port %d\n", port);
// accept next connection
peer_len = sizeof(peer_addr);
output(" server - waiting for connection\n");
checkreturn( ((sr = accept(sock, (struct sockaddr *)&peer_addr, &peer_len)) == -1), "accept");
output(" server - connection established (fd: %d, ip: %s, port: %d)\n",
sr, inet_ntoa(peer_addr.sin_addr), ntohs(peer_addr.sin_port));
close(sock);
// mini session
checkreturn( ((client = fdopen(sr,"a+")) == NULL), "fdopen");
output(" server - writing data\n");
fprintf(client, "hello to you, client!");
fclose(client);
close(sr);
output(" server - data written\n");
return NULL;
}
int main( int argc, char *argv[] )
{
SC_READER_INFO *ri;
SC_CARD_INFO *ci;
SC_READER_CONFIG rc;
int ret;
int i;
BYTE buffer[255];
BYTE rbuffer[256];
int resplen;
BYTE acond[4];
BYTE akeys[3];
/* Transport key for Aladdin CC4 */
/* BYTE authkey[]={0x2C,0x15,0xE5,0x26,0xE9,0x3E,0x8A,0x19}; */
/* Transport key for Schlumberger Cryptoflex */
BYTE authkey[]={0x47,0x46,0x58,0x49,0x32,0x56,0x78,0x40};
BYTE pinfile[]={0x01,0xFF,0xFF,0x12,0x34,0x56,0x78,0xFF,0xFF,0xFF,0xFF,
0x01,0x01,0xAA,0xBB,0xCC,0xDD,0xFF,0xFF,0xFF,0xFF,0x01,0x01};
BYTE oldpin[]={0x12,0x34,0x56,0x78,0xFF,0xFF,0xFF,0xFF};
BYTE unblockpin[]={0xAA,0xBB,0xCC,0xDD,0xFF,0xFF,0xFF,0xFF};
BYTE newpin[]={0x9A,0xBC,0xDE,0x01,0xFF,0xFF,0xFF,0xFF};
BYTE p1[]={0x6F,0x36,0x32,0x5E,0xA9,0xC0,0xE1,0x0D,0x4F,0x3C,0xC6,
0x22,0x0C,0xE1,0x86,0xF0,0x09,0xA3,0x07,0x76,0x7B,0x0A,0x44,0xF8,
0x69,0xF1,0xCA,0x8B,0xAC,0x97,0xEB,0xF3,0xCB,0x02,0x89,0x6B,0xA5,
0x61,0x80,0xD8,0x20,0x86,0x80,0xA4,0x11,0xAE,0xED,0x9E,0x3D,0x20,
0x23,0x67,0xFD,0x4A,0x5F,0x45,0x2A,0x9B,0xC3,0x51,0x00,0xC3,0xE2,
0xBC};
BYTE q1[]={0x6B,0x60,0xCF,0x47,0x5B,0xBB,0x4E,0xC8,0x51,0x01,0x4B,
0x2E,0x39,0xAD,0xD4,0xF2,0xF4,0x58,0x43,0x78,0xD1,0xAC,0x35,0x9F,
0xEB,0x71,0x5B,0x87,0x7F,0x7F,0x49,0x42,0xFD,0x95,0x4B,0x68,0x2B,
0xF0,0xC1,0x3C,0x3A,0x75,0xDE,0x4F,0x1C,0xA3,0xB8,0x6D,0x9F,0x62,
0x81,0x20,0x78,0x19,0xD3,0xEC,0x4E,0x9F,0x3E,0x80,0x08,0x16,0xFA,
0xB8};
BYTE a1[]={0x2A,0x32,0x26,0xA4,0x73,0x12,0x72,0xB2,0x50,0x7D,0x09,
0xE1,0xD6,0xE5,0x0C,0xF6,0x22,0x39,0x04,0x6F,0xFD,0xE8,0xA3,0x0A,
0xDF,0xEC,0xC2,0x53,0xC3,0x89,0xBD,0x38,0xD5,0xDB,0xE5,0xE4,0x17,
0x1A,0x81,0x7E,0xEF,0x29,0xAE,0xF8,0xB1,0x91,0xF9,0xA4,0xEA,0x50,
0xBB,0xD0,0x9B,0x03,0x3E,0x47,0xEC,0x96,0x46,0x30,0xDB,0xE6,0x5A,
0x99};
BYTE c1[]={0x53,0x78,0x82,0x50,0x39,0x42,0x74,0x8E,0x25,0x88,0x87,
0x56,0x48,0x5F,0x74,0xBF,0xB3,0xBC,0xE6,0x0B,0x0C,0x7E,0x9C,0xC3,
0xB2,0x88,0x9E,0x16,0xDF,0x0E,0xA1,0xD2,0x20,0x0A,0xE0,0x2B,0xBB,
0x1B,0xAA,0xFB,0xED,0xF8,0x61,0xDE,0xE8,0xF6,0x25,0xCE,0xA6,0x32,
0x9E,0x3F,0x35,0x7C,0x4A,0x7F,0x74,0x94,0x57,0x9F,0x5D,0x98,0xB2,
0x3D};
BYTE f1[]={0xB3,0x59,0x6A,0x12,0x53,0x58,0x26,0x9C,0x42,0xBE,0xEB,
0x15,0xCE,0x84,0xFF,0x8D,0x52,0xD1,0x51,0x03,0x84,0x08,0x95,0x04,
0xFE,0x2A,0x9F,0x0C,0x89,0xF8,0x0A,0xE5,0xC5,0x4F,0xFB,0x81,0xD6,
0x92,0xBB,0x0F,0x5F,0x5F,0xD0,0xBF,0x7C,0x77,0xF7,0xF5,0x8A,0xF6,
0x0E,0x82,0xCF,0x2D,0x34,0xC5,0x17,0x66,0xD4,0x31,0x37,0x04,0x1F,
0x4A};
#ifdef WITH_FGMP
#endif /* WITH_FGMP */
#ifdef WITH_DES
BYTE intauth[]={0xFF,0x08,0x00,0x01,0x02,0x03,0x04,0x05,0x06,0x07,0x08,
0xFF,0xFF,0x00};
BYTE ext3auth[]={0xFF,0x10,0x02,0x01,0x02,0x03,0x04,0x05,0x06,0x07,0x08,
0x09,0x0A,0x0B,0x0C,0x0D,0x0E,0x0F,0x10,0x03,0x03,0x10,0x02,
0x01,0x02,0x03,0x04,0x05,0x06,0x07,0x08,0x09,0x0A,0x0B,0x0C,0x0D,
0x0E,0x0F,0x10,0x03,0x03,0x00};
BYTE int3auth[]={0xFF,0x10,0x02,0x01,0x02,0x03,0x04,0x05,0x06,0x07,0x08,
0x09,0x0A,0x0B,0x0C,0x0D,0x0E,0x0F,0x10,0xFF,0xFF,0x00};
BYTE refkey[]={0x47,0x46,0x58,0x49,0x32,0x56,0x78,0x40};
BYTE challenge[]={0x64,0x46,0x27,0xE0,0x07,0x9D,0xD8,0x6C};
BYTE result[]={0x0D,0x31,0xA8,0xF3,0x1C,0xEF};
BYTE mac[8];
#endif /* WITH_DES */
if( scInit() ) { printf("Exit.\n"); return(1); }
rc.type=READER_TYPE;
rc.slot=READER_SLOT;
rc.param=READER_PORT;
ret = scReaderGetConfig( argc, argv, &rc );
if( ret!=SC_EXIT_OK ) {
printf( "Error getting reader configuration.\n" );
scEnd();
return(1);
};
ri = scGeneralNewReader( rc.type, rc.slot );
if( ri==NULL ) { printf("Exit.\n"); scEnd(); return(1); };
ci = scGeneralNewCard( );
if( ci==NULL ) { printf("Exit.\n"); scEnd(); return(1); };
/* Init Reader */
ret = scReaderInit( ri, rc.param );
checkreturn("Error: scReaderInit\n");
/* Activate Card */
ret = scReaderActivate( ri );
checkreturn("Error: scReaderActivate\n");
/* Get Card Status */
ret = scReaderCardStatus( ri );
checkreturn("Error: scReader\n");
if( !(ri->status&SC_CARD_STATUS_PRESENT) )
{ printf("Error: No Card.\n"); goto exit; }
/* Reset Card */
ret= scReaderResetCard( ri, ci );
checkreturn("Error: scReaderResetCard\n");
/* Get Card Type */
ret = scSmartcardGetCardType( ci );
checkreturn("Error: scReaderGetCardType\n");
if( (ci->type&0xFFFFFF00)!=SC_CARD_CRYPTOFLEX )
{ printf("Error: Wrong Card.\n"); goto exit; }
#if 0
SIO_SetLogFile( ri->si, "LogCflex.txt" );
#endif
/* Select */
/* Select MF */
printf("scCryptoflexCmdSelectFile:");
ret = scCryptoflexCmdSelectFile( ri, ci, 0x3F00, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
printarray( " rsp:", resplen, rbuffer );
/* Verify Key */
/* Verify transport key */
printf("scCryptoflexCmdVerifyKey:");
ret = scCryptoflexCmdVerifyKey( ri, ci, 1, authkey, 8 );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
/* Dir */
/* Dir */
printf("scCryptoflexCmdDirectory:");
ret = scCryptoflexCmdDirectory( ri, ci, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
printarray( " rsp:", resplen, rbuffer );
/* Delete directory file 2000 */
ret = scCryptoflexCmdDeleteFile( ri, ci, 0x2000 );
if(ret!=0) { printf(" Error deleting 2000.\n"); goto exit; }
/* Create */
/* Create Directory 2000 */
acond[0]=0xFF; acond[1]=0x4F; acond[2]=0x44; acond[3]=0x44;
akeys[0]=0x1F; akeys[1]=0x11; akeys[2]=0x11;
printf("scCryptoflexCmdCreateFile(Directory File):");
ret = scCryptoflexCmdCreateFile( ri, ci, 0x2000,
600, SC_CRYPTOFLEX_FILE_DIRECTORY, 0x00, SC_CRYPTOFLEX_UNBLOCKED,
0, 0, acond, akeys );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
/* Select DF */
ret = scCryptoflexCmdSelectFile( ri, ci, 0x2000, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
printarray( " rsp:", resplen, rbuffer );
/* Create fixed-record files 2001 */
/* Create fixed-record file 2001 */
acond[0]=0x3F; acond[1]=0x44; acond[2]=0xF4; acond[3]=0x44;
akeys[0]=0x11; akeys[1]=0xF1; akeys[2]=0x11;
printf("scCryptoflexCmdCreateFile(Fixed-Record File):");
ret = scCryptoflexCmdCreateFile( ri, ci, 0x2001,
36, SC_CRYPTOFLEX_FILE_FIXED, 0x00, SC_CRYPTOFLEX_UNBLOCKED,
6, 5, acond, akeys );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
/* Select EF */
ret = scCryptoflexCmdSelectFile( ri, ci, 0x2001, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
printarray( " rsp:", resplen, rbuffer );
/* Update Record */
/* Update Record */
printf("scCryptoflexCmdUpdateRecord:");
ret = scCryptoflexCmdUpdateRecord( ri, ci, 0, 0, "Kleo ", 6 );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
ret = scCryptoflexCmdUpdateRecord( ri, ci, 0, 2, "Sonja ", 6 );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
ret = scCryptoflexCmdUpdateRecord( ri, ci, 0, 2, "Madam ", 6 );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
ret = scCryptoflexCmdUpdateRecord( ri, ci, 0, 2, "Isabel", 6 );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
ret = scCryptoflexCmdUpdateRecord( ri, ci, 0, 2, "Gina ", 6 );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Create Record */
/* Create Record */
printf("scCryptoflexCmdCreateRecord:");
ret = scCryptoflexCmdCreateRecord( ri, ci, "Valeri", 6 );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
/* Seek */
/* Seek */
printf("scCryptoflexCmdSeek:");
ret = scCryptoflexCmdSeek( ri, ci, 0, 0, "M", 1 );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
/* Read Record */
/* Read Record */
printf("scCryptoflexCmdReadRecord");
resplen=6;
ret = scCryptoflexCmdReadRecord( ri, ci, 0, 4, buffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
printarray( " rsp:", resplen, buffer );
/* Select DF */
ret = scCryptoflexCmdSelectFile( ri, ci, 0x2000, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Create transparent file */
/* Create transparent file 0000 */
acond[0]=0x3F; acond[1]=0x44; acond[2]=0xFF; acond[3]=0x44;
akeys[0]=0x11; akeys[1]=0xFF; akeys[2]=0x11;
printf("scCryptoflexCmdCreateFile(Transparent File):");
ret = scCryptoflexCmdCreateFile( ri, ci, 0x0000,
23, SC_CRYPTOFLEX_FILE_TRANSPARENT, 0x00, SC_CRYPTOFLEX_UNBLOCKED,
0, 0, acond, akeys );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
/* Select EF */
ret = scCryptoflexCmdSelectFile( ri, ci, 0x0000, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
printarray( " rsp:", resplen, rbuffer );
/* Update Binary */
/* Write PIN */
resplen=0x17;
printf("scCryptoflexCmdUpdateBinary:");
ret = scCryptoflexCmdUpdateBinary( ri, ci, 0, pinfile, resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
/* Verify PIN */
/* Verify PIN */
printf("scCryptoflexCmdVerifyPIN:");
ret = scCryptoflexCmdVerifyPIN( ri, ci, 1, oldpin );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
#ifdef WITH_DES
/* Update Enciphered */
/* Update Enciphered */
printf("scCryptoflexCmdUpdateEnc:");
ret = scCryptoflexCmdUpdateEnc( ri, ci, 0, pinfile, 16, authkey,
SC_CRYPTOFLEX_ALGO_DES );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
#endif /* WITH_DES */
/* Change PIN */
/* Change PIN */
printf("scCryptoflexCmdChangePIN:");
ret = scCryptoflexCmdChangePIN( ri, ci, 1, oldpin, newpin );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
/* Verify PIN */
printf("scCryptoflexCmdVerifyPIN:");
ret = scCryptoflexCmdVerifyPIN( ri, ci, 1, newpin );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
/* Verify PIN */
printf("scCryptoflexCmdVerifyPIN(should fail):");
ret = scCryptoflexCmdVerifyPIN( ri, ci, 1, oldpin );
if( (ret==0) && (ci->sw[0]==0x69) && (ci->sw[1]==0x83) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
/* Verify PIN */
printf("scCryptoflexCmdVerifyPIN(should fail too):");
ret = scCryptoflexCmdVerifyPIN( ri, ci, 1, newpin );
if( (ret==0) && (ci->sw[0]==0x69) && (ci->sw[1]==0x83) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
/* Unblock PIN */
/* Unblock PIN */
printf("scCryptoflexCmdUnblockPIN:");
ret = scCryptoflexCmdUnblockPIN( ri, ci, 1, unblockpin, oldpin );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
/* Verify PIN */
printf("scCryptoflexCmdVerifyPIN:");
ret = scCryptoflexCmdVerifyPIN( ri, ci, 1, oldpin );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
/* Read Binary */
/* Read Binary */
resplen=8;
printf("scCryptoflexCmdReadBinary:");
ret = scCryptoflexCmdReadBinary( ri, ci, 3, buffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
printarray( " rsp:", 8, buffer );
/* Select DF */
ret = scCryptoflexCmdSelectFile( ri, ci, 0x2000, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Create cyclic file */
/* Create cyclic file */
acond[0]=0xFF; acond[1]=0x44; acond[2]=0x44; acond[3]=0x44;
akeys[0]=0x11; akeys[1]=0x11; akeys[2]=0x11;
printf("scCryptoflexCmdCreateFile(Cyclic File):");
ret = scCryptoflexCmdCreateFile( ri, ci, 0x2003,
12, SC_CRYPTOFLEX_FILE_CYCLIC, 0x00, SC_CRYPTOFLEX_UNBLOCKED,
3, 4, acond, akeys );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
/* Select EF */
ret = scCryptoflexCmdSelectFile( ri, ci, 0x2003, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
printarray( " rsp:", resplen, rbuffer );
/* Increase */
/* Increase */
buffer[0]=0x01;buffer[1]=0x23;buffer[2]=0x45;
printf("scCryptoflexCmdIncrease:");
ret = scCryptoflexCmdIncrease( ri, ci, buffer, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
printarray( " rsp:", resplen, rbuffer );
/* Decrease */
/* Decrease */
buffer[0]=0x01;buffer[1]=0x12;buffer[2]=0x34;
printf("scCryptoflexCmdDecrease:");
ret = scCryptoflexCmdDecrease( ri, ci, buffer, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
printarray( " rsp:", resplen, rbuffer );
/* Invalidate */
/* Invalidate */
printf("scCryptoflexCmdInvalidate:");
ret = scCryptoflexCmdInvalidate( ri, ci );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
/* Increase */
buffer[0]=0x01;buffer[1]=0x23;buffer[2]=0x45;
printf("scCryptoflexCmdIncrease(Should fail):");
ret = scCryptoflexCmdIncrease( ri, ci, buffer, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x62) && (ci->sw[1]==0x83) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
/* Rehabilitate */
/* Rehabilitate */
printf("scCryptoflexCmdRehabilitate:");
ret = scCryptoflexCmdRehabilitate( ri, ci );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
/* Increase */
buffer[0]=0x01;buffer[1]=0x23;buffer[2]=0x45;
printf("scCryptoflexCmdIncrease:");
ret = scCryptoflexCmdIncrease( ri, ci, buffer, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
printarray( " rsp:", resplen, rbuffer );
/* Select DF */
ret = scCryptoflexCmdSelectFile( ri, ci, 0x2000, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Create transparent file 0001 */
acond[0]=0x3F; acond[1]=0xF4; acond[2]=0xFF; acond[3]=0x44;
akeys[0]=0x11; akeys[1]=0xFF; akeys[2]=0x11;
ret = scCryptoflexCmdCreateFile( ri, ci, 0x0001,
14, SC_CRYPTOFLEX_FILE_TRANSPARENT, 0x00, SC_CRYPTOFLEX_UNBLOCKED,
0, 0, acond, akeys );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
#ifdef WITH_DES
/* Select EF */
ret = scCryptoflexCmdSelectFile( ri, ci, 0x0001, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Write IntAuth */
resplen=14;
ret = scCryptoflexCmdUpdateBinary( ri, ci, 0, intauth, resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Int Auth */
/* Int Auth */
mac[0]=0x00;mac[1]=0x01;mac[2]=0x02;mac[3]=0x03;
mac[4]=0x04;mac[5]=0x05;mac[6]=0x06;mac[7]=0x07;
printf("scCryptoflexCmdIntAuth:");
ret = scCryptoflexCmdIntAuth( ri, ci, 0, mac, intauth+3,
SC_CRYPTOFLEX_ALGO_DES );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
if( ci->type!=SC_CARD_CRYPTOFLEX ) {
/* Des Crypt */
/* Des Crypt */
memset( buffer, 0x33, 8 );
printf("scCryptoflexCmdDesCrypt(Enc):");
ret = scCryptoflexCmdDesCrypt( ri, ci, 0, SC_CRYPTOFLEX_MODE_ENCRYPT,
buffer, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
printarray( " rsp:", resplen, rbuffer );
/* Des Crypt */
memcpy( buffer, rbuffer, 8 );
printf("scCryptoflexCmdDesCrypt(Dec):");
ret = scCryptoflexCmdDesCrypt( ri, ci, 0, SC_CRYPTOFLEX_MODE_DECRYPT,
buffer, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
printarray( " rsp:", resplen, rbuffer );
}
#endif /* WITH_DES */
/* Select DF */
ret = scCryptoflexCmdSelectFile( ri, ci, 0x2000, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Delete */
/* Delete file */
printf("scCryptoflexCmdDeleteFile:");
ret = scCryptoflexCmdDeleteFile( ri, ci, 0x0001 );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
/* Delete transparent file 2003 */
ret = scCryptoflexCmdDeleteFile( ri, ci, 0x2003 );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
#ifdef WITH_DES
/* Verify PIN */
printf("scCryptoflexCmdVerifyPIN:");
ret = scCryptoflexCmdVerifyPIN( ri, ci, 1, oldpin );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
/* Create transparent file 0001 */
acond[0]=0x3F; acond[1]=0xF4; acond[2]=0xFF; acond[3]=0x44;
akeys[0]=0x11; akeys[1]=0xFF; akeys[2]=0x11;
ret = scCryptoflexCmdCreateFile( ri, ci, 0x0001,
22, SC_CRYPTOFLEX_FILE_TRANSPARENT, 0x00, SC_CRYPTOFLEX_UNBLOCKED,
0, 0, acond, akeys );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Select EF */
ret = scCryptoflexCmdSelectFile( ri, ci, 0x0001, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Write Int3Auth */
resplen=22;
ret = scCryptoflexCmdUpdateBinary( ri, ci, 0, int3auth, resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Int Auth */
/* Int Auth */
mac[0]=0x00;mac[1]=0x01;mac[2]=0x02;mac[3]=0x03;
mac[4]=0x04;mac[5]=0x05;mac[6]=0x06;mac[7]=0x07;
printf("scCryptoflexCmdIntAuth(3DES):");
ret = scCryptoflexCmdIntAuth( ri, ci, 0, mac, int3auth+3,
SC_CRYPTOFLEX_ALGO_3DES );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
if( ci->type!=SC_CARD_CRYPTOFLEX ) {
/* Des Crypt */
/* Des Crypt */
memset( buffer, 0x33, 8 );
printf("scCryptoflexCmdDesCrypt(Enc):");
ret = scCryptoflexCmdDesCrypt( ri, ci, 0, SC_CRYPTOFLEX_MODE_ENCRYPT,
buffer, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
printarray( " rsp:", resplen, rbuffer );
/* Des Crypt */
memcpy( buffer, rbuffer, 8 );
printf("scCryptoflexCmdDesCrypt(Dec):");
ret = scCryptoflexCmdDesCrypt( ri, ci, 0, SC_CRYPTOFLEX_MODE_DECRYPT,
buffer, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
printarray( " rsp:", resplen, rbuffer );
}
/* Select DF */
ret = scCryptoflexCmdSelectFile( ri, ci, 0x2000, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Delete file */
ret = scCryptoflexCmdDeleteFile( ri, ci, 0x0001 );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Create transparent file 0011 */
acond[0]=0x3F; acond[1]=0xF4; acond[2]=0xFF; acond[3]=0x44;
akeys[0]=0x11; akeys[1]=0xFF; akeys[2]=0x11;
ret = scCryptoflexCmdCreateFile( ri, ci, 0x0011,
42, SC_CRYPTOFLEX_FILE_TRANSPARENT, 0x00, SC_CRYPTOFLEX_UNBLOCKED,
0, 0, acond, akeys );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Select EF */
ret = scCryptoflexCmdSelectFile( ri, ci, 0x0011, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Write Ext3Auth */
resplen=42;
ret = scCryptoflexCmdUpdateBinary( ri, ci, 0, ext3auth, resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* 3DES Verify */
/* Verify transport key */
printf("scCryptoflexCmdVerifyKey(3DES):");
ret = scCryptoflexCmdVerifyKey( ri, ci, 1, ext3auth+23, 16 );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
/* Get Challenge */
resplen=8;
ret = scCryptoflexCmdGetChall( ri, ci, buffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* 3DES ExtAuth */
/* External Authenticate */
printf("scCryptoflexCmdExtAuth(3DES):");
ret = scCryptoflexCmdExtAuth( ri, ci, 1, ext3auth+23, buffer,
SC_CRYPTOFLEX_ALGO_3DES );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
/* Select EF */
ret = scCryptoflexCmdSelectFile( ri, ci, 0x0000, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
#if 0
/* Select MF */
ret = scCryptoflexCmdSelectFile( ri, ci, 0x2000, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Verify transport key */
ret = scCryptoflexCmdVerifyKey( ri, ci, 1, ext3auth+23, 16 );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Create transparent file 2004 */
acond[0]=0x3F; acond[1]=0x33; acond[2]=0xFF; acond[3]=0x33;
akeys[0]=0x11; akeys[1]=0xFF; akeys[2]=0x11;
ret = scCryptoflexCmdCreateFile( ri, ci, 0x2004,
23, SC_CRYPTOFLEX_FILE_TRANSPARENT, 0x00, SC_CRYPTOFLEX_UNBLOCKED,
0, 0, acond, akeys );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Select EF */
ret = scCryptoflexCmdSelectFile( ri, ci, 0x2004, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Get Challenge */
resplen=8;
ret = scCryptoflexCmdGetChall( ri, ci, mac, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Update Binary */
/* Write PIN */
printf("scCryptoflexCmdUpdateBinaryMAC(3DES):");
ret = scCryptoflexCmdUpdateBinaryMAC( ri, ci, 0, pinfile, 1,
(ext3auth+23), mac, SC_CRYPTOFLEX_ALGO_3DES );
printf("ret: %d: %.2X%.2X\n",ret,ci->sw[0],ci->sw[1]);
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
#endif /* 0 */
/**********************/
/* Select DF */
ret = scCryptoflexCmdSelectFile( ri, ci, 0x2000, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Verify transport key */
ret = scCryptoflexCmdVerifyKey( ri, ci, 1, ext3auth+23, 16 );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Verify PIN */
ret = scCryptoflexCmdVerifyPIN( ri, ci, 1, oldpin );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Create transparent file 0012 */
acond[0]=0x3F; acond[1]=0xF4; acond[2]=0xFF; acond[3]=0x44;
akeys[0]=0x11; akeys[1]=0xFF; akeys[2]=0x11;
ret = scCryptoflexCmdCreateFile( ri, ci, 0x0012,
326, SC_CRYPTOFLEX_FILE_TRANSPARENT, 0x00, SC_CRYPTOFLEX_UNBLOCKED,
0, 0, acond, akeys );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Select EF */
ret = scCryptoflexCmdSelectFile( ri, ci, 0x0012, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Write Secret Key File */
ret = scCryptoflexCmdUpdateBinary( ri, ci, 0, "\x01\x43\x01", 3 );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Update Enciphered */
/* Update Enciphered */
printf("scCryptoflexCmdUpdateEnc(3DES - not!):");
ret = scCryptoflexCmdUpdateEnc( ri, ci, 3, p1, 64, ext3auth+23,
SC_CRYPTOFLEX_ALGO_DES );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
#if 0
ret = scCryptoflexCmdUpdateBinary( ri, ci, 3, p1, 64 );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
#endif /* 0 */
ret = scCryptoflexCmdUpdateBinary( ri, ci, 3+64, q1, 64 );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
ret = scCryptoflexCmdUpdateBinary( ri, ci, 3+128, a1, 64 );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
ret = scCryptoflexCmdUpdateBinary( ri, ci, 3+128+64, c1, 64 );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
ret = scCryptoflexCmdUpdateBinary( ri, ci, 3+256, f1, 64 );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
ret = scCryptoflexCmdUpdateBinary( ri, ci, 3+256+64, "\x00\x00\x00", 3 );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* RSA Sign */
/* RSA Sign */
memset( buffer, 0x6A, sizeof(buffer) );
printf("scCryptoflexCmdRsaSign:");
ret = scCryptoflexCmdRsaSign( ri, ci, 0x00, buffer, rbuffer,
&resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
printarray( " rsp:", resplen, rbuffer );
printf(" should be: B6 DA 2A 3A 13 75 25 1F ...\n");
#endif /* WITH_DES */
/* Select MF */
ret = scCryptoflexCmdSelectFile( ri, ci, 0x3F00, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Verify transport key */
ret = scCryptoflexCmdVerifyKey( ri, ci, 1, authkey, 8 );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Delete DF 2000 */
ret = scCryptoflexCmdDeleteFile( ri, ci, 0x2000 );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
#ifdef WITH_DES
/* Test MAC commands */
printf("scCryptoflexGenerateAuth:");
scCryptoflexGenerateAuth( refkey, challenge, mac,
SC_CRYPTOFLEX_ALGO_DES );
if( memcmp( mac, result, 6 ) ) { printf(" Error\n"); goto exit; }
printf(" OK\n");
/* Reset Card */
printf("scReaderResetCard:");
ret= scReaderResetCard( ri, ci );
if( ret!=0 ) { printf(" Error.\n"); goto exit; }
printf(" OK.\n");
/* Get Challenge */
printf("scCryptoflexCmdGetChall:");
resplen=8;
ret = scCryptoflexCmdGetChall( ri, ci, buffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
printarray( " rsp:", 8, buffer );
/* External Authenticate */
printf("scCryptoflexCmdExtAuth:");
ret = scCryptoflexCmdExtAuth( ri, ci, 0x01, authkey, buffer,
SC_CRYPTOFLEX_ALGO_DES );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
/* Verify transport key */
/* Just in case to prevent blocking of key */
ret = scCryptoflexCmdVerifyKey( ri, ci, 1, authkey, 8 );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Create Directory 2000 */
acond[0]=0xFF; acond[1]=0x3F; acond[2]=0x33; acond[3]=0x33;
akeys[0]=0x1F; akeys[1]=0x11; akeys[2]=0x11;
ret = scCryptoflexCmdCreateFile( ri, ci, 0x2000,
200, SC_CRYPTOFLEX_FILE_DIRECTORY, 0x00, SC_CRYPTOFLEX_UNBLOCKED,
0, 0, acond, akeys );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Reset Card */
printf("scReaderResetCard:");
ret= scReaderResetCard( ri, ci );
if( ret!=0 ) { printf(" Error.\n"); goto exit; }
printf(" OK.\n");
/* Select DF */
ret = scCryptoflexCmdSelectFile( ri, ci, 0x2000, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Get Challenge */
resplen=8;
ret = scCryptoflexCmdGetChall( ri, ci, mac, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Create fixed-record file 2001 */
/* Create fixed-record file 2001 */
acond[0]=0x3F; acond[1]=0x33; acond[2]=0xF3; acond[3]=0x33;
akeys[0]=0x11; akeys[1]=0xF1; akeys[2]=0x11;
printf("scCryptoflexCmdCreateFileMAC(Fixed-Record File):");
ret = scCryptoflexCmdCreateFileMAC( ri, ci, 0x2001,
36, SC_CRYPTOFLEX_FILE_FIXED, 0x00, SC_CRYPTOFLEX_UNBLOCKED,
6, 5, acond, akeys, authkey, mac, SC_CRYPTOFLEX_ALGO_DES );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
/* Select EF */
ret = scCryptoflexCmdSelectFile( ri, ci, 0x2001, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
printarray( " rsp:", resplen, rbuffer );
/* Get Challenge */
resplen=8;
ret = scCryptoflexCmdGetChall( ri, ci, mac, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Update Record */
/* Update Record */
printf("scCryptoflexCmdUpdateRecordMAC:");
ret = scCryptoflexCmdUpdateRecordMAC( ri, ci, 0, 0, "Kleo ", 6,
authkey, mac, SC_CRYPTOFLEX_ALGO_DES );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
/* Get Challenge */
resplen=8;
ret = scCryptoflexCmdGetChall( ri, ci, mac, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Create Record */
/* Create Record */
printf("scCryptoflexCmdCreateRecordMAC:");
ret = scCryptoflexCmdCreateRecordMAC( ri, ci, "Valeri", 6,
authkey, mac, SC_CRYPTOFLEX_ALGO_DES );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
/* Select DF */
ret = scCryptoflexCmdSelectFile( ri, ci, 0x2000, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Get Challenge */
resplen=8;
ret = scCryptoflexCmdGetChall( ri, ci, mac, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Create transparent file */
/* Create transparent file 0000 */
acond[0]=0x3F; acond[1]=0x33; acond[2]=0xFF; acond[3]=0x33;
akeys[0]=0x11; akeys[1]=0xFF; akeys[2]=0x11;
printf("scCryptoflexCmdCreateFileMAC(Transparent File):");
ret = scCryptoflexCmdCreateFileMAC( ri, ci, 0x0000,
23, SC_CRYPTOFLEX_FILE_TRANSPARENT, 0x00, SC_CRYPTOFLEX_UNBLOCKED,
0, 0, acond, akeys, authkey, mac, SC_CRYPTOFLEX_ALGO_DES );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
/* Select EF */
ret = scCryptoflexCmdSelectFile( ri, ci, 0x0000, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
printarray( " rsp:", resplen, rbuffer );
/* Get Challenge */
resplen=8;
ret = scCryptoflexCmdGetChall( ri, ci, mac, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Update Binary */
/* Write PIN */
resplen=13;
printf("scCryptoflexCmdUpdateBinaryMAC:");
ret = scCryptoflexCmdUpdateBinaryMAC( ri, ci, 0, pinfile, resplen,
authkey, mac, SC_CRYPTOFLEX_ALGO_DES );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
/* Get Challenge */
resplen=8;
ret = scCryptoflexCmdGetChall( ri, ci, mac, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Write PIN */
resplen=10;
ret = scCryptoflexCmdUpdateBinaryMAC( ri, ci, 13, pinfile, resplen,
authkey, mac, SC_CRYPTOFLEX_ALGO_DES );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Select DF */
ret = scCryptoflexCmdSelectFile( ri, ci, 0x2000, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Get Challenge */
resplen=8;
ret = scCryptoflexCmdGetChall( ri, ci, mac, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Create cyclic file */
/* Create cyclic file */
acond[0]=0xFF; acond[1]=0x33; acond[2]=0x33; acond[3]=0x33;
akeys[0]=0x11; akeys[1]=0x11; akeys[2]=0x11;
printf("scCryptoflexCmdCreateFileMAC(Cyclic File):");
ret = scCryptoflexCmdCreateFileMAC( ri, ci, 0x2003,
12, SC_CRYPTOFLEX_FILE_CYCLIC, 0x00, SC_CRYPTOFLEX_UNBLOCKED,
3, 4, acond, akeys, authkey, mac, SC_CRYPTOFLEX_ALGO_DES );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
/* Select EF */
ret = scCryptoflexCmdSelectFile( ri, ci, 0x2003, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
printarray( " rsp:", resplen, rbuffer );
/* Get Challenge */
resplen=8;
ret = scCryptoflexCmdGetChall( ri, ci, mac, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Increase */
/* Increase */
buffer[0]=0x01;buffer[1]=0x23;buffer[2]=0x45;
printf("scCryptoflexCmdIncreaseMAC:");
ret = scCryptoflexCmdIncreaseMAC( ri, ci, buffer, authkey, mac,
SC_CRYPTOFLEX_ALGO_DES, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
printarray( " rsp:", resplen, rbuffer );
/* Get Challenge */
resplen=8;
ret = scCryptoflexCmdGetChall( ri, ci, mac, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Decrease */
/* Decrease */
buffer[0]=0x01;buffer[1]=0x12;buffer[2]=0x34;
printf("scCryptoflexCmdDecreaseMAC:");
ret = scCryptoflexCmdDecreaseMAC( ri, ci, buffer, authkey, mac,
SC_CRYPTOFLEX_ALGO_DES, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
printarray( " rsp:", resplen, rbuffer );
/* Get Challenge */
resplen=8;
ret = scCryptoflexCmdGetChall( ri, ci, mac, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Invalidate */
/* Invalidate */
printf("scCryptoflexCmdInvalidateMAC:");
ret = scCryptoflexCmdInvalidateMAC( ri, ci, authkey, mac,
SC_CRYPTOFLEX_ALGO_DES );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
/* Get Challenge */
resplen=8;
ret = scCryptoflexCmdGetChall( ri, ci, mac, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Increase */
buffer[0]=0x01;buffer[1]=0x23;buffer[2]=0x45;
printf("scCryptoflexCmdIncreaseMAC(Should fail):");
ret = scCryptoflexCmdIncreaseMAC( ri, ci, buffer, authkey, mac,
SC_CRYPTOFLEX_ALGO_DES, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x62) && (ci->sw[1]==0x83) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
/* Get Challenge */
resplen=8;
ret = scCryptoflexCmdGetChall( ri, ci, mac, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Rehabilitate */
/* Rehabilitate */
printf("scCryptoflexCmdRehabilitateMAC:");
ret = scCryptoflexCmdRehabilitateMAC( ri, ci, authkey, mac,
SC_CRYPTOFLEX_ALGO_DES );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
/* Get Challenge */
resplen=8;
ret = scCryptoflexCmdGetChall( ri, ci, mac, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Increase */
buffer[0]=0x01;buffer[1]=0x23;buffer[2]=0x45;
printf("scCryptoflexCmdIncreaseMAC:");
ret = scCryptoflexCmdIncreaseMAC( ri, ci, buffer, authkey, mac,
SC_CRYPTOFLEX_ALGO_DES, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
printarray( " rsp:", resplen, rbuffer );
/* Select DF */
ret = scCryptoflexCmdSelectFile( ri, ci, 0x2000, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Get Challenge */
resplen=8;
ret = scCryptoflexCmdGetChall( ri, ci, mac, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Delete */
/* Delete file */
printf("scCryptoflexCmdDeleteFileMAC:");
ret = scCryptoflexCmdDeleteFileMAC( ri, ci, 0x2003, authkey, mac,
SC_CRYPTOFLEX_ALGO_DES );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ printf(" OK\n"); } else
{ printf(" Error.\n"); goto exit; }
/* Get Challenge */
resplen=8;
ret = scCryptoflexCmdGetChall( ri, ci, mac, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Delete transparent file 0000 */
ret = scCryptoflexCmdDeleteFileMAC( ri, ci, 0x0000, authkey, mac,
SC_CRYPTOFLEX_ALGO_DES );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Get Challenge */
resplen=8;
ret = scCryptoflexCmdGetChall( ri, ci, mac, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Delete transparent file */
ret = scCryptoflexCmdDeleteFileMAC( ri, ci, 0x2001, authkey, mac,
SC_CRYPTOFLEX_ALGO_DES );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Select MF */
ret = scCryptoflexCmdSelectFile( ri, ci, 0x3F00, rbuffer, &resplen );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Verify transport key */
ret = scCryptoflexCmdVerifyKey( ri, ci, 1, authkey, 8 );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
/* Delete DF 2000 */
ret = scCryptoflexCmdDeleteFile( ri, ci, 0x2000 );
if( (ret==0) && (ci->sw[0]==0x90) && (ci->sw[1]==0x00) )
{ } else
{ printf(" Error.\n"); goto exit; }
#endif /* WITH_DES */
exit:
printf("ret: %d, SW: %.2X%.2X\n",ret,ci->sw[0],ci->sw[1]);
ret = scReaderDeactivate( ri );
if( ret!=0 ) printf("Error: scReaderDeactivate\n");
ret = scReaderShutdown( ri );
if( ret!=0 ) printf("Error: scReaderShutdown\n");
scGeneralFreeCard( &ci );
scGeneralFreeReader( &ri );
scEnd();
return(0);
}
