static void free_leaf( extbmp_t *ebmp, tnode_t *leaf )
{
dbmsg("free_leaf( ebmp, leaf=0x%08x", leaf);
ebmp->leaf_count -= 1;
if (leaf == (tnode_t*)ebmp->mru_cache.leaf) {
ebmp->mru_cache.leaf = NULL;
ebmp->mru_cache.first_addr_for_leaf = 0;
}
{
leaf_t *l;
l = &leaf->leaf;
if (l->next_for_gno != NULL)
l->next_for_gno->prev_for_gno = l->prev_for_gno;
if (l->prev_for_gno != NULL)
l->prev_for_gno->next_for_gno = l->next_for_gno;
if (ebmp->gno_to_leaf[ l->gno ] == l) {
ebmp->gno_to_leaf[ l->gno ] = l->next_for_gno;
}
}
free_tnode( ebmp, leaf,
tag_leaf,
(sizeof( leaf_t )
+ ebmp->leaf_words*sizeof(word)));
}
static void free_inode( extbmp_t *ebmp, tnode_t *inode )
{
dbmsg("free_inode( ebmp, inode=0x%08x", inode);
free_tnode( ebmp, inode,
tag_inode,
(sizeof( inode_t )
+ ebmp->entries_per_inode*sizeof( tnode_t* )));
}
/* free_tnode() - frees a node in the B-tree,
* its associated record, and all its children from memory
*/
void free_tnode(p_tnode pnode) {
unsigned int n;
for (n = 0; n < 2*T; n++) {
if (pnode->children[n] != NULL)
free_tnode(pnode->children[n]);
}
for (n = 0; n < pnode->nkeys; n++) {
if (pnode->values[n])
free_record(pnode->values[n]);
}
free(pnode);
}
void cleanup(void) {
if (ptreeroot) {
free_tnode(ptreeroot);
ptreeroot = NULL;
}
}
