28 struct node *
31 	struct node *node;  in node_from_name()  local
33 	STAILQ_FOREACH(node, &node_list, next)  in node_from_name()
34 		if (strncmp(node->name, name, RTE_NODE_NAMESIZE) == 0)  in node_from_name()
35 			return node;  in node_from_name()
43 	struct node *node;  in node_has_duplicate_entry()  local
46 	STAILQ_FOREACH(node, &node_list, next) {  in node_has_duplicate_entry()
47 		if (strncmp(node->name, name, RTE_NODE_NAMESIZE) == 0) {  in node_has_duplicate_entry()
59 	struct node *node;  in __rte_node_register()  local
80 	sz = sizeof(struct node) + (reg->nb_edges * RTE_NODE_NAMESIZE);  in __rte_node_register()
81 	node = calloc(1, sz);  in __rte_node_register()
82 	if (node == NULL) {  in __rte_node_register()
88 	if (rte_strscpy(node->name, reg->name, RTE_NODE_NAMESIZE) < 0)  in __rte_node_register()
90 	node->flags = reg->flags;  in __rte_node_register()
91 	node->process = reg->process;  in __rte_node_register()
92 	node->init = reg->init;  in __rte_node_register()
93 	node->fini = reg->fini;  in __rte_node_register()
94 	node->nb_edges = reg->nb_edges;  in __rte_node_register()
95 	node->parent_id = reg->parent_id;  in __rte_node_register()
97 		if (rte_strscpy(node->next_nodes[i], reg->next_nodes[i],  in __rte_node_register()
102 	node->id = node_id++;  in __rte_node_register()
105 	STAILQ_INSERT_TAIL(&node_list, node, next);  in __rte_node_register()
108 	return node->id;  in __rte_node_register()
110 	free(node);  in __rte_node_register()
117 clone_name(struct rte_node_register *reg, struct node *node, const char *name)  in clone_name()  argument
122 	rc = rte_strscpy(reg->name, node->name, SZ);  in clone_name()
141 node_clone(struct node *node, const char *name)  in node_clone()  argument
148 	if (node->parent_id != RTE_NODE_ID_INVALID) {  in node_clone()
153 	reg = calloc(1, sizeof(*reg) + (sizeof(char *) * node->nb_edges));  in node_clone()
160 	reg->flags = node->flags;  in node_clone()
161 	reg->process = node->process;  in node_clone()
162 	reg->init = node->init;  in node_clone()
163 	reg->fini = node->fini;  in node_clone()
164 	reg->nb_edges = node->nb_edges;  in node_clone()
165 	reg->parent_id = node->id;  in node_clone()
167 	for (i = 0; i < node->nb_edges; i++)  in node_clone()
168 		reg->next_nodes[i] = node->next_nodes[i];  in node_clone()
171 	if (clone_name(reg, node, name))  in node_clone()
184 	struct node *node;  in rte_node_clone()  local
187 	STAILQ_FOREACH(node, &node_list, next)  in rte_node_clone()
188 		if (node->id == id)  in rte_node_clone()
189 			return node_clone(node, name);  in rte_node_clone()
198 	struct node *node;  in rte_node_from_name()  local
200 	STAILQ_FOREACH(node, &node_list, next)  in rte_node_from_name()
201 		if (strncmp(node->name, name, RTE_NODE_NAMESIZE) == 0)  in rte_node_from_name()
202 			return node->id;  in rte_node_from_name()
210 	struct node *node;  in rte_node_id_to_name()  local
213 	STAILQ_FOREACH(node, &node_list, next)  in rte_node_id_to_name()
214 		if (node->id == id)  in rte_node_id_to_name()
215 			return node->name;  in rte_node_id_to_name()
224 	struct node *node;  in rte_node_edge_count()  local
227 	STAILQ_FOREACH(node, &node_list, next)  in rte_node_edge_count()
228 		if (node->id == id)  in rte_node_edge_count()
229 			return node->nb_edges;  in rte_node_edge_count()
235 edge_update(struct node *node, struct node *prev, rte_edge_t from,  in edge_update()  argument
239 	struct node *new_node;  in edge_update()
244 		from = node->nb_edges;  in edge_update()
247 	if (from > node->nb_edges) {  in edge_update()
253 	STAILQ_REMOVE(&node_list, node, node, next);  in edge_update()
257 	need_realloc = max_edges > node->nb_edges;  in edge_update()
259 		sz = sizeof(struct node) + (max_edges * RTE_NODE_NAMESIZE);  in edge_update()
260 		new_node = realloc(node, sz);  in edge_update()
265 			node = new_node;  in edge_update()
271 		if (rte_strscpy(node->next_nodes[i], next_nodes[count],  in edge_update()
278 		STAILQ_INSERT_AFTER(&node_list, prev, node, next);  in edge_update()
280 		STAILQ_INSERT_HEAD(&node_list, node, next);  in edge_update()
283 		node->nb_edges = max_edges;  in edge_update()
293 	struct node *node;  in rte_node_edge_shrink()  local
298 	STAILQ_FOREACH(node, &node_list, next) {  in rte_node_edge_shrink()
299 		if (node->id == id) {  in rte_node_edge_shrink()
300 			if (node->nb_edges < size) {  in rte_node_edge_shrink()
304 			node->nb_edges = size;  in rte_node_edge_shrink()
320 	struct node *n, *prev;  in rte_node_edge_update()
340 node_copy_edges(struct node *node, char *next_nodes[])  in node_copy_edges()  argument
344 	for (i = 0; i < node->nb_edges; i++)  in node_copy_edges()
345 		next_nodes[i] = node->next_nodes[i];  in node_copy_edges()
354 	struct node *node;  in rte_node_edge_get()  local
359 	STAILQ_FOREACH(node, &node_list, next) {  in rte_node_edge_get()
360 		if (node->id == id) {  in rte_node_edge_get()
362 				rc = sizeof(char *) * node->nb_edges;  in rte_node_edge_get()
364 				rc = node_copy_edges(node, next_nodes);  in rte_node_edge_get()
377 	struct node *node;  in node_scan_dump()  local
382 	STAILQ_FOREACH(node, &node_list, next) {  in node_scan_dump()
384 			node_dump(f, node);  in node_scan_dump()
385 		} else if (node->id == id) {  in node_scan_dump()
386 			node_dump(f, node);  in node_scan_dump()