int ReadPasswordCharset (NPKIBruteForce *bforce)
{
FILE *fp = NULL;
long cslen = 0;
// 파일 길이
cslen = ReadFileSize(bforce->pw_charset_path);
if (MAX_PW_CHARSET < cslen) // 그대로 두면 Overflow 발생 -> Abort
JVErrorHandle(JVERR_PW_CHARSET_TOO_LONG);
// 내용을 읽는다.
fp = fopen(bforce->pw_charset_path, "rt");
for (long i = 0; i < cslen; i++)
bforce->pw_charset[i] = fgetc(fp);
fclose(fp);
// 중복되는 문자가 없는지 검사
for (long i = 0; i < cslen; i++)
{
// printf("");
charset_dic[(uint8_t) bforce->pw_charset[i]]++;
}
for (long i = 0; i < cslen; i++)
{
if (2 <= charset_dic[i])
return FALSE; // 검증 실패
}
// 길이 저장
charset_len = strlen(bforce->pw_charset);
return TRUE;
}
void readfieldfrommap_() {
float field[3] = {0., 0., 0.};
float *fieldPtr = field;
//int printFieldToFile = 1; // if = 0 don't print to .txt file, if = 1 then print field to .txt file
// Get the directory where the fieldmap is stored from the environment variable
char* fieldmap_location = "/Users/YeYang/Documents/COMET/information/fieldMaps/140624/";
int iSeg = 0;
for (iSeg = 0; iSeg < nSegments; ++iSeg) {
char seg_map_location[120];
strcpy(seg_map_location, fieldmap_location);
strcat(seg_map_location, SegNames[iSeg]);
// Read in the file if it hasn't been read before
if (SegMapX[iSeg] == 0 || SegMapY[iSeg] == 0 || SegMapZ[iSeg] == 0 || SegMapBx[iSeg] == 0 || SegMapBy[iSeg] == 0 || SegMapBz[iSeg] == 0)
{
SegFileHeaderPtr[iSeg] = &SegmentFileHeaders[iSeg];
// Find out how many lines of data there are
ReadFileSize(seg_map_location, SegFileHeaderPtr[iSeg]);
// Allocate enough memory for all the files
SegMapX[iSeg] = malloc(SegFileHeaderPtr[iSeg]->i_max * sizeof (float));
SegMapY[iSeg] = malloc(SegFileHeaderPtr[iSeg]->i_max * sizeof (float));
SegMapZ[iSeg] = malloc(SegFileHeaderPtr[iSeg]->i_max * sizeof (float));
SegMapBx[iSeg] = malloc(SegFileHeaderPtr[iSeg]->i_max * sizeof (float));
SegMapBy[iSeg] = malloc(SegFileHeaderPtr[iSeg]->i_max * sizeof (float));
SegMapBz[iSeg] = malloc(SegFileHeaderPtr[iSeg]->i_max * sizeof (float));
// Read the data in
readFile(seg_map_location, SegFileHeaderPtr[iSeg], SegMapX[iSeg], SegMapY[iSeg], SegMapZ[iSeg], SegMapBx[iSeg], SegMapBy[iSeg], SegMapBz[iSeg]);
}
}
//printf("x=%f, y=%f, z=%f\n", rzforc_.xcc, rzforc_.ycc, rzforc_.zcc);
for (iSeg = 0; iSeg < nSegments; ++iSeg) {
// Only try and find field at that point if it is in the segment
if (rzforc_.xcc>=SegFileHeaderPtr[iSeg]->x_min && rzforc_.xcc<=SegFileHeaderPtr[iSeg]->x_max && rzforc_.ycc>=(-SegFileHeaderPtr[iSeg]->y_max) && rzforc_.ycc<=SegFileHeaderPtr[iSeg]->y_max && rzforc_.zcc>=SegFileHeaderPtr[iSeg]->z_min && rzforc_.zcc<=SegFileHeaderPtr[iSeg]->z_max)
{
findFieldAtPoint(rzforc_.xcc, rzforc_.ycc, rzforc_.zcc, fieldPtr, SegMapX[iSeg], SegMapY[iSeg], SegMapZ[iSeg], SegMapBx[iSeg], SegMapBy[iSeg], SegMapBz[iSeg], SegFileHeaderPtr[iSeg]);
//printf("readfieldfrommap\n pos = %f %f %f\n field = %f %f %f\n", rzforc_.xcc, rzforc_.ycc, rzforc_.zcc, field[0], field[1], field[2]);
}
if (iSeg == ts1) {
// printf("Before: %f\n", field[1]);
field[1] += 0.0561;
// printf("After: %f\n", field[1]);
}
}
//printf("R=%lf Z=%lf Br=%lf Bz= %lf \n", rzforc_.rc, rzforc_.zc, field[0], field[1]);
rzforc_.bxc = field[0];
rzforc_.byc = field[1];
rzforc_.bzc = field[2];
}
/*
Func: SetFilename
Accept: filename - String for the filename of disk
Desc: Sets the file pointer
Reads the file size and last modifed time to store in the class
Splits up the filename and dir path
*/
void CFile::SetFilename ( String filename )
{
String file = filename.FindReplace ( "\\", "/" ).FindReplace ( "//", "/" );
int tok = file.NumToken ( '/' );
m_sFullDir = file.GetToken ( 1, tok - 1, '/' );
m_sName = file.GetToken ( tok, '/' );
ReadFileSize ();
ReadLastModified ();
}
int ReadRawNPKIPrivateKey (NPKIPrivateKey *pkey, const char* PrivateKeyPath)
{
FILE *fp = fopen(PrivateKeyPath, "rb");
pkey->rawkey_len = ReadFileSize(PrivateKeyPath);
pkey->rawkey = (uint8_t *)malloc(pkey->rawkey_len * sizeof(uint8_t));
fread((void*) (pkey->rawkey), 1, pkey->rawkey_len, fp);
#ifdef _DEBUG
puts("== Private Key ==");
DumpBinary(pkey->rawkey, pkey->rawkey_len);
#endif
return 0;
}
