void rb_destroy(struct rb_root* root, void (*del_func)(struct rb_node*))
{
struct rb_node* node = root->node;
if (!del_func)
del_func = rb_null_del;
while (node) {
if (node->left)
node = node->left;
else if (node->right)
node = node->right;
else {
struct rb_node* tmp = node;
node = rb_parent(node);
if (node) {
if (tmp == node->left)
node->left = NULL;
else
node->right = NULL;
}
del_func(tmp);
}
}
root->node = NULL;
}
int
db_avs_diff(const struct bu_attribute_value_set *left_set,
const struct bu_attribute_value_set *right_set,
const struct bn_tol *diff_tol,
int (*add_func)(const char *attr_name, const char *attr_val, void *data),
int (*del_func)(const char *attr_name, const char *attr_val, void *data),
int (*chgd_func)(const char *attr_name, const char *attr_val_left, const char *attr_val_right, void *data),
int (*unchgd_func)(const char *attr_name, const char *attr_val, void *data),
void *client_data)
{
int state = DIFF_EMPTY;
struct bu_attribute_value_pair *avp;
for (BU_AVS_FOR(avp, left_set)) {
const char *val2 = bu_avs_get(right_set, avp->name);
if (!val2) {
if (del_func) {state |= del_func(avp->name, avp->value, client_data);}
} else {
if (avpp_val_compare(avp->value, val2, diff_tol)) {
if (unchgd_func) {state |= unchgd_func(avp->name, avp->value, client_data);}
} else {
if (chgd_func) {state |= chgd_func(avp->name, avp->value, val2, client_data);}
}
}
}
for (BU_AVS_FOR(avp, right_set)) {
const char *val1 = bu_avs_get(left_set, avp->name);
if (!val1) {
if (add_func) {state |= add_func(avp->name, avp->value, client_data);}
}
}
return state;
}
void delete_evwr_list(track_ctx_t *trackctx, PyObject *pylist)
{
Py_ssize_t list_len;
Py_ssize_t idx;
midiseq_evwrObject *evwrobj = NULL;
void (*del_func)(track_ctx_t *, ev_iterator_t *);
if (trackctx->engine && engine_is_running(trackctx->engine) == TRUE)
del_func = trackctx_event2trash;
else
del_func = trackctx_del_event;
for (list_len = PyList_GET_SIZE(pylist),
idx = 0;
idx < list_len;
idx++)
{
evwrobj = (midiseq_evwrObject *) PyList_GetItem(pylist, idx);
del_func(trackctx, &(evwrobj->evit));
}
}
int ConnectBrokenFunctionChunk(ea_t address)
{
int connected_links_count=0;
func_t *func=get_func(address);
char function_name[1024]={0,};
get_func_name(address,function_name,sizeof(function_name));
bool is_function=false;
bool AddFunctionAsMemberOfFunction=false;
ea_t cref=get_first_cref_to(address);
while(cref!=BADADDR)
{
func_t *cref_func=get_func(cref);
if(cref_func!=func)
{
char op_buffer[40]={0,};
ua_mnem(cref,op_buffer,sizeof(op_buffer));
if(cmd.itype==NN_call || cmd.itype==NN_callfi || cmd.itype==NN_callni)
{
is_function=true;
break;
}
}
cref=get_next_cref_to(address,cref);
}
if(!is_function)
{
if(func)
del_func(address);
cref=get_first_cref_to(address);
while(cref!=BADADDR)
{
func_t *cref_func=get_func(cref);
if(cref_func)
{
char cref_function_name[1024];
get_func_name(cref,cref_function_name,sizeof(cref_function_name));
msg("Adding Location %s(%x) To Function Member Of %s(%x:%x)\n",function_name,address,cref_function_name,cref_func->startEA,cref);
append_func_tail(cref_func,address,GetBlockEnd(address));
connected_links_count++;
}
cref=get_next_cref_to(address,cref);
}
}else if(AddFunctionAsMemberOfFunction)
{
cref=get_first_cref_to(address);
while(cref!=BADADDR)
{
char op_buffer[40]={0,};
ua_mnem(cref,op_buffer,sizeof(op_buffer));
if(!(cmd.itype==NN_call || cmd.itype==NN_callfi || cmd.itype==NN_callni))
{
func_t *cref_func=get_func(cref);
if(cref_func)
{
char cref_function_name[1024];
get_func_name(cref,cref_function_name,sizeof(cref_function_name));
msg("Adding Function %s(%x) To Function Member Of %s(%x:%x)\n",function_name,address,cref_function_name,cref_func->startEA,cref);
append_func_tail(cref_func,address,GetBlockEnd(address));
connected_links_count++;
}
}
cref=get_next_cref_to(address,cref);
}
}
return connected_links_count;
}
void mem_stree_clean(mem_stree_t *tree, void (*del_func)(void*)) {
ONS_ASSERT(tree != NULL);
if(del_func) while(tree->count) del_func(mem_stree_del(tree, tree->root->key, tree->root->klen));
else while(tree->count) mem_stree_del(tree, tree->root->key, tree->root->klen);
}
