static void
__delete_c_rb_node (struct clib_rb* pTree, struct clib_rb_node* x ) {
void* key;
void* value;
if ( pTree->destruct_k_fn ) {
get_raw_clib_object ( x->key, &key );
pTree->destruct_k_fn ( key );
}
delete_clib_object( x->key );
if ( x->value ) {
if ( pTree->destruct_v_fn ) {
get_raw_clib_object ( x->value, &value);
pTree->destruct_v_fn ( value );
}
delete_clib_object( x->value );
}
}
clib_error
remove_clib_map ( struct clib_map *pMap, void *key) {
clib_error rc = CLIB_ERROR_SUCCESS;
struct clib_rb_node* node;
if (pMap == (struct clib_map*)0)
return CLIB_MAP_NOT_INITIALIZED;
node = remove_clib_rb ( pMap->root, key );
if ( node != (struct clib_rb_node*)0 ) {
void* removed_node;
get_raw_clib_object ( node->key, &removed_node );
free ( removed_node);
delete_clib_object ( node->key );
get_raw_clib_object ( node->value, &removed_node );
free ( removed_node);
delete_clib_object ( node->value);
free ( node );
}
return rc;
}
clib_error
delete_clib_array( struct clib_array* pArray) {
clib_error rc = CLIB_ERROR_SUCCESS;
int i = 0;
if ( pArray == (struct clib_array*)0 )
return rc;
if ( pArray->destruct_fn ) {
for ( i = 0; i < pArray->no_of_elements; i++) {
void *elem;
if ( CLIB_ERROR_SUCCESS == element_at_clib_array ( pArray, i , &elem ) )
pArray->destruct_fn(elem);
}
}
for ( i = 0; i < pArray->no_of_elements; i++)
delete_clib_object ( pArray->pElements[i]);
free ( pArray->pElements);
free ( pArray );
return rc;
}
