void freePartitionTable(struct HDTBPartition *partition)
{
D(bug("[HDToolBox] freePartitionTable()\n"));
ClosePartitionTable(partition->ph);
FreeMem(partition->table, sizeof(struct PartitionTable));
}
LONG PrintPartitionTable(struct PartitionHandle *root, ULONG i)
{
struct DosEnvec de;
ULONG type = 0;
ULONG reserved = 0;
ULONG a;
a = OpenPartitionTable(root);
if (a)
return a;
GetPartitionTableAttrsTags(root,
PTT_TYPE , &type,
PTT_RESERVED, &reserved,
TAG_DONE);
GetPartitionAttrsTags(root, PT_DOSENVEC, &de, TAG_DONE);
for (a=i;a;a--)
printf(" ");
printf("Partition table type is ");
switch (type)
{
case PHPTT_RDB:
printf("Rigid Disk Block\n");
break;
case PHPTT_MBR:
printf("MBR -> PC\n");
break;
case PHPTT_EBR:
printf("EBR -> PC\n");
break;
default:
printf("unknown\n");
break;
}
for (a=i;a;a--)
printf(" ");
printf("reserved blocks: %d\n", (int)reserved);
PrintDE(&de,i);
for (a=i;a;a--)
printf(" ");
printf("partitions:\n");
PrintPartitions(root,i+1);
ClosePartitionTable(root);
return 0;
}
BOOL findPartitionTable(struct HDTBPartition *partition)
{
D(bug("[HDToolBox] findPartitionTable()\n"));
if (OpenPartitionTable(partition->ph) == 0)
{
partition->table = newPartitionTable(partition->ph);
if (partition->table != NULL)
return TRUE;
ClosePartitionTable(partition->ph);
}
return FALSE;
}