84 OFF_T Rand64(void)  in Rand64()
86 	OFF_T myRandomNumber = 0;  in Rand64()
88 	myRandomNumber = ((OFF_T) (rand() & 0x7FFF)) << 48;  in Rand64()
89 	myRandomNumber |= ((OFF_T) (rand() & 0x7FFF)) << 33;  in Rand64()
90 	myRandomNumber |= ((OFF_T) (rand() & 0x7FFF)) << 18;  in Rand64()
91 	myRandomNumber |= ((OFF_T) (rand() & 0x7FFF)) << 3;  in Rand64()
92 	myRandomNumber |= ((OFF_T) (rand() & 0x7));  in Rand64()
101 OFF_T my_strtofft(const char *pStr)  in my_strtofft()
103 	OFF_T value = 0;  in my_strtofft()
255 OFF_T getByteOrderedData(const OFF_T data)  in getByteOrderedData()
257 	OFF_T off_tpat = 0;  in getByteOrderedData()
264 	for (i = 0; i < sizeof(OFF_T); i++) {  in getByteOrderedData()
266 		    (((OFF_T) (ucharpattern[i])) << sizeof(OFF_T) *  in getByteOrderedData()
267 		     ((sizeof(OFF_T) - 1) - i));  in getByteOrderedData()
281 	for (i = 0; i < sizeof(OFF_T); i++) {  in getByteOrderedData()
283 		    (((OFF_T) (ucharpattern[i])) << sizeof(OFF_T) *  in getByteOrderedData()
284 		     ((sizeof(OFF_T) - 1) - i));  in getByteOrderedData()
297 	OFF_T *plocal_lba = lba;  in mark_buffer()
298 	OFF_T local_lba = *plocal_lba;  in mark_buffer()
299 	OFF_T *off_tbuf = buf;  in mark_buffer()
300 	OFF_T off_tpat = 0, off_tpat2 = 0, off_tpat3 = 0, off_tpat4 = 0;  in mark_buffer()
301 	OFF_T pass_count = env->pass_count;  in mark_buffer()
302 	OFF_T start_time = (OFF_T) env->start_time;  in mark_buffer()
319 			*(off_tbuf + (i / sizeof(OFF_T))) = off_tpat;  in mark_buffer()
323 			*(off_tbuf + (i / sizeof(OFF_T)) + 1) = off_tpat2;  in mark_buffer()
327 			*(off_tbuf + (i / sizeof(OFF_T)) + 2) = off_tpat3;  in mark_buffer()
331 			*(off_tbuf + (i / sizeof(OFF_T)) + 3) = off_tpat4;  in mark_buffer()
359 	OFF_T *off_tbuf = buf;  in fill_buffer()
361 	OFF_T *poff_tpattern = pattern;  in fill_buffer()
362 	OFF_T off_tpat, off_tpat2;  in fill_buffer()
373 		for (j = 0; j < (sizeof(OFF_T) / pattern_len); j++)  in fill_buffer()
377 				    (((OFF_T) (ucharpattern[i])) << 8 *  in fill_buffer()
382 		    (((OFF_T) (ucharpattern[(8 - pattern_len) + i])) << 8 *  in fill_buffer()
388 		    (((OFF_T) (ucharpattern[i])) << 8 *  in fill_buffer()
392 		    (((OFF_T) (ucharpattern[(8 - pattern_len) + i])) << 8 *  in fill_buffer()
410 				    (((OFF_T) (ucharpattern[i])) << 8 *  in fill_buffer()
415 			    (((OFF_T) (ucharpattern[(8 - pattern_len) + i])) <<  in fill_buffer()
421 			    (((OFF_T) (ucharpattern[i])) << 8 * (7 - i));  in fill_buffer()
424 			    (((OFF_T) (ucharpattern[(8 - pattern_len) + i])) <<  in fill_buffer()
444 		for (i = 0; i < BLK_SIZE / sizeof(OFF_T); i++)  in fill_buffer()
519 OFF_T get_file_size(char *device)  in get_file_size()
521 	OFF_T size = 0;  in get_file_size()
545 OFF_T get_vsiz(const char *device)  in get_vsiz()
550 	OFF_T size = 0;  in get_vsiz()
588 			size = (OFF_T) DiskGeom.Cylinders.QuadPart;  in get_vsiz()
589 			size *= (OFF_T) DiskGeom.TracksPerCylinder;  in get_vsiz()
590 			size *= (OFF_T) DiskGeom.SectorsPerTrack;  in get_vsiz()
618 				    ((((OFF_T) ulSizeTmp) << 32) &  in get_vsiz()
624 				    (((OFF_T) ulSizeTmp) &  in get_vsiz()
630 				    (((OFF_T) ulSizeTmp) &  in get_vsiz()
645 	return ((OFF_T) size);  in get_vsiz()