89 struct part_entry partitions[PARTITION_MAX];  variable
212     pe = &partitions[i];         in check_order()
241   q = p = partitions[idx].part;  in read_ebr()
249       partitions[num_parts-1].modified = 1;  in read_ebr()
254     partitions[num_parts].part = part_offset(sec_buf, 0);  in read_ebr()
255     partitions[num_parts].sec_buffer = sec_buf;  in read_ebr()
259     partitions[num_parts].start_offset = offset;  in read_ebr()
303     struct part_entry *pe = &partitions[i];  in reset_boot()
323   for (; i < num_parts; i++) free(partitions[i].sec_buffer);  in free_bufs()
335   partitions[0].modified = 1;  in create_empty_doslabel()
388     if (IS_EXTENDED(partitions[i].part->sys_ind)) {  in read_mbr()
468     p = partitions[i].part;  in list_partitions()
472     start_sec = swap_le32toh(p->start4) + partitions[i].start_offset;  in list_partitions()
525     partitions[i].part = part_offset(MBRbuf, i);  in init_members()
526     partitions[i].sec_buffer = MBRbuf;  in init_members()
527     partitions[i].modified = 0;  in init_members()
528     partitions[i].start_offset = 0;  in init_members()
576   struct part_entry *pe = &partitions[i];  in delete_partition()
590       pe = &partitions[looper];  in delete_partition()
604       partitions[i].modified = 1;  in delete_partition()
606         q = partitions[i + 1].part;  in delete_partition()
608         ext_p = part_offset(partitions[i].sec_buffer, 1);  in delete_partition()
609         ext_q = part_offset(partitions[i + 1].sec_buffer, 1);  in delete_partition()
612         new_start = partitions[i + 1].start_offset + swap_le32toh(q->start4) - extended_offset;  in delete_partition()
616         memset(partitions[i].part, 0, sizeof(struct partition));  in delete_partition()
620       ext_p = part_offset(partitions[i-1].sec_buffer, 1);  in delete_partition()
621       ext_q = part_offset(partitions[i].sec_buffer, 1);  in delete_partition()
623       partitions[i-1].modified = 1;  in delete_partition()
628       partitions[looper-1] = partitions[looper];  in delete_partition()
649   struct partition *p = partitions[i].part;  in toggle_active_flag()
655   partitions[i].modified = 1;  in toggle_active_flag()
666     if (partitions[i].modified) partitions[3].modified = 1;  in write_table()
669     pe = &partitions[i];  in write_table()
680   for (i = 4; i < num_parts; i++) free(partitions[i].sec_buffer);  in write_table()
694     if (!is_partition_clear(partitions[i].part)) {  in get_non_free_partition()
713     if (is_partition_clear(partitions[i].part)) {  in get_free_partition()
883     struct part_entry *pe = &partitions[i];  in ask_end_sector()
918   struct part_entry *pe = &partitions[idx];  in add_partition()
926     pe = &partitions[i];  in add_partition()
941   pe = &partitions[idx];  in add_partition()
959     p = partitions[idx-1].part + 1; //extended pointer for logical partitions  in add_partition()
965     partitions[idx-1].modified = 1;     in add_partition()
968     pe = &partitions[4];  in add_partition()
981   if (num_parts > 5 || !is_partition_clear(partitions[4].part)) {  in add_logical_partition()
982     pe = &partitions[num_parts];  in add_logical_partition()
1005   for (i = 0; i < 4; i++) if(is_partition_clear(partitions[i].part)) free_part++;  in add_new_partition()
1046   pe = &partitions[i-1];  in change_systype()
1090     pe = &partitions[i];  in verify_table()
1102     pe = &partitions[i];  in verify_table()
1121     struct part_entry *pex = &partitions[ext_idx];  in verify_table()
1127       p = partitions[i].part;  in verify_table()
1148   struct part_entry *pe = &partitions[idx];  in move_begning()
1179     pe = &partitions[i];  in print_raw_sectors()
1198     pe = &partitions[i];  in print_partitions_list()
1226     pe = &partitions[i];  in fix_order()
1239         py = partitions[j+1].part;  in fix_order()
1240         px = partitions[j].part;  in fix_order()
1247         partitions[j].modified = 1;  in fix_order()
1253       oj = partitions[j].start_offset;  in fix_order()
1254       ojj = partitions[j+1].start_offset;  in fix_order()
1256         partitions[j].start_offset = ojj;  in fix_order()
1257         partitions[j+1].start_offset = oj;  in fix_order()
1258         pj = partitions[j].part;  in fix_order()
1260         pjj = partitions[j+1].part;  in fix_order()
1262         set_levalue((partitions[j-1].part+1)->start4, ojj-extended_offset);  in fix_order()
1263         set_levalue((partitions[j].part+1)->start4, oj-extended_offset);  in fix_order()
1269       pj = partitions[j].part;  in fix_order()
1270       pjj = partitions[j+1].part;  in fix_order()
1273       oj = partitions[j].start_offset;  in fix_order()
1274       ojj = partitions[j+1].start_offset;  in fix_order()
1285   for (j = 4; j < num_parts; j++) partitions[j].modified = 1;  in fix_order()
1425     memset(&partitions[i], 0, sizeof(struct part_entry));  in reset_entries()