int
getUserData(UserData *data)
{
long ret;
PTEID_ID pteid_id;
ret = PTEID_Init ( 0 );
if (ret != PTEID_OK) {
pteiderror ( "PTEID_Init", ret );
}
ret = PTEID_SetSODChecking(0);
if (ret != PTEID_OK) {
pteiderror ( "PTEID_SetSODChecking", ret );
return 0;
}
ret = PTEID_GetID ( &pteid_id );
if (ret != PTEID_OK) {
pteiderror ( "PTEID_GetID", ret );
}
ret = PTEID_Exit ( 0 );
if (ret != PTEID_OK) {
pteiderror ( "PTEID_Exit", ret );
}
strncpy(data->name, pteid_id.name, PTEID_MAX_NAME_LEN);
data->name[PTEID_MAX_NAME_LEN -1] = '\0';
strncpy(data->numBI, pteid_id.numBI, PTEID_MAX_NUMBI_LEN);
data->numBI[PTEID_MAX_NUMBI_LEN -1] = '\0';
return 0;
}
int test_Basic(const char *name, void (*test_fct)(FILE *f, int Ocsp, int Crl), void (*test_virtual)(FILE *f, int Ocsp, int Crl), const char *folder, const char *reader, int bVerify, int Ocsp, int Crl)
{
PTEID_Status tStatus = {0};
long lHandle = 0;
long lRet = 0;
FILE *f=NULL;
int i = 0;
int j = 0;
int iOcsp = 0;
int iCrl = 0;
char buffer[50];
time_t timeStart;
time_t timeStop;
time(&timeStart);
for(i=0;i<3;i++)
{
if(Ocsp>=0 && Ocsp<=2)
i=Ocsp;
switch(i)
{
case 0: iOcsp=PTEID_OCSP_CRL_NOT_USED; break;
case 1: iOcsp=PTEID_OCSP_CRL_OPTIONAL; break;
case 2: iOcsp=PTEID_OCSP_CRL_MANDATORY; break;
}
for(j=0;j<3;j++)
{
if(Crl>=0 && Crl<=2)
j=Crl;
switch(j)
{
case 0: iCrl=PTEID_OCSP_CRL_NOT_USED; break;
case 1: iCrl=PTEID_OCSP_CRL_OPTIONAL; break;
case 2: iCrl=PTEID_OCSP_CRL_MANDATORY; break;
}
if(NULL == (f=FileOpen(name, folder, bVerify, i, j)))
return -1;
PrintTestHeader(f,name);
sprintf_s(buffer, sizeof(buffer), "%s (OCSP=%d - CRL=%d)",name,i,j);
PrintHeader(f,buffer);
PrintTestFunction(f,"PTEID_Init");
tStatus = PTEID_Init((char*)reader, iOcsp, iCrl, &lHandle);
PrintStatus(f,"PTEID_Init",&tStatus);
if(PTEID_OK != tStatus.general)
{
PrintTestFunction(f,"PTEID_Exit");
tStatus = PTEID_Exit();
PrintStatus(f,"PTEID_Exit",&tStatus);
//Don't warn if both parameter are set to mandatory, that's not allow
if(iOcsp!=PTEID_OCSP_CRL_MANDATORY || iCrl!=PTEID_OCSP_CRL_MANDATORY)
PrintWARNING(f,"Initialisation failed");
FileClose(f);
lRet = FileVerify(name, folder, bVerify, i, j);
if(Crl>=0 && Crl<=2)
break;
else
continue;
}
test_fct(f,Ocsp,Crl);
PrintTestFunction(f,"PTEID_Exit");
tStatus = PTEID_Exit();
PrintStatus(f,"PTEID_Exit",&tStatus);
//Virtual Reader
if(test_virtual)
{
PrintHeader(f,"INIT VIRTUAL READER");
PrintTestFunction(f,"PTEID_Init(VIRTUAL)");
tStatus = PTEID_Init("VIRTUAL", iOcsp, iCrl, &lHandle);
PrintStatus(f,"PTEID_Init",&tStatus);
if(PTEID_OK != tStatus.general)
{
PrintTestFunction(f,"PTEID_Exit");
tStatus = PTEID_Exit();
PrintWARNING(f,"Initialisation failed");
PrintStatus(f,"PTEID_Exit",&tStatus);
FileClose(f);
lRet = FileVerify(name, folder, bVerify, i, j);
if(Crl>=0 && Crl<=2)
break;
else
continue;
}
test_virtual(f,Ocsp,Crl);
PrintTestFunction(f,"PTEID_Exit");
tStatus = PTEID_Exit();
PrintStatus(f,"PTEID_Exit",&tStatus);
}
FileClose(f);
lRet = FileVerify(name, folder, bVerify, i, j);
if(Crl>=0 && Crl<=2)
break;
}
if(Ocsp>=0 && Ocsp<=2)
break;
}
time(&timeStop);
printf("TOTAL TEST TIME = %.0lf secondes\n\n",difftime(timeStop,timeStart));
return lRet;
}
int main(int argc, char* argv[])
{
PTEID_Status tStatus = {0};
PTEID_ID_Data idData = {0};
PTEID_Address adData = {0};
PTEID_Certif_Check tCheck = {0};
PTEID_Bytes Picture = {0};
FILE* pPictureFile = NULL;
long lHandle = 0;
tStatus = PTEID_Init("", 0, 0, &lHandle);
if(PTEID_OK != tStatus.general)
{
tStatus = PTEID_Exit();
printf("Initialisation failed\n");
printf("Exiting...\n");
return -1;
}
// Read ID Data
tStatus = PTEID_GetID(&idData, &tCheck);
printf( "\n################################### IDENTITY ###################################\n");
if(PTEID_OK == tStatus.general)
{
printf("CARD NUMBER: : %s\n", idData.cardNumber);
printf("CHIP NUMBER: : %s\n", idData.chipNumber);
printf("VALIDITY : %s - %s\n", idData.validityDateBegin, idData.validityDateEnd);
printf("MUNICIALITY : %s\n", idData.municipality);
printf("NATIONAL NUMBER : %s\n", idData.nationalNumber);
printf("LASTNAME : %s\n", idData.name);
printf("FISTNAMES : %s %s %s\n", idData.firstName1, idData.firstName2, idData.firstName3);
printf("NATIONALITY : %s\n", idData.nationality);
printf("BIRTHPLACE : %s\n", idData.birthLocation);
printf("BIRTHDATE : %s\n", idData.birthDate);
printf("GENDER : %s\n", idData.sex);
}
else
{
tStatus = PTEID_Exit();
printf("Retrieveing identity data failed\n");
printf("Exiting...\n");
return -1;
}
memset(&tCheck, 0, sizeof(PTEID_Certif_Check));
// Read Address Data
tStatus = PTEID_GetAddress(&adData, &tCheck);
printf( "\n################################### ADDRESS ####################################\n");
if(PTEID_OK == tStatus.general)
{
printf("STREET: : %s %s %s\n", adData.street, adData.streetNumber, adData.boxNumber);
printf("ZIP: : %s\n", adData.zip);
printf("MUNICIPALITY: : %s\n", adData.municipality);
printf("COUNTRY: : %s\n", adData.country);
}
else
{
tStatus = PTEID_Exit();
printf("Retrieveing address data failed\n");
printf("Exiting...\n");
return -1;
}
// Read Picture
Picture.data = (BYTE*)malloc(10*sizeof(BYTE));
Picture.length = 10;
tStatus = PTEID_GetPicture(&Picture, &tCheck);
if (tStatus.general == PTEID_E_INSUFFICIENT_BUFFER)
{
free(Picture.data);
Picture.data = (BYTE*)malloc(Picture.neededlength);
Picture.length = Picture.neededlength;
}
tStatus = PTEID_GetPicture(&Picture, &tCheck);
printf( "\n################################### PICTURE ####################################\n");
if(PTEID_OK == tStatus.general)
{
char fileName[256];
strcpy(fileName,idData.nationalNumber);
strcat(fileName,".jpg");
pPictureFile = fopen(fileName,"w+b");
fwrite(Picture.data,sizeof(BYTE),Picture.length,pPictureFile);
fclose(pPictureFile);
pPictureFile = NULL;
printf("PICTURE FILE : %s\n",fileName);
}
else
{
tStatus = PTEID_Exit();
printf("Retrieveing picture failed\n");
printf("Exiting...\n");
return -1;
}
tStatus = PTEID_Exit();
return 0;
}
