static void
test_on_ir_transformed(struct kedr_core_hooks *hooks,
struct kedr_i13n *i13n, struct kedr_ifunc *func,
struct list_head *ir)
{
struct kedr_ir_node *node;
struct kedr_ir_node *start = NULL;
if (strcmp(target_function, func->name) != 0)
return;
debug_util_print_string("IR:\n");
/* Print the entry nodes first (they do not belong to any group). */
list_for_each_entry(node, ir, list) {
if (node->orig_addr != 0)
break;
print_ir_node(func, node, NULL);
}
/* Print the groups of nodes. */
list_for_each_entry(node, ir, list) {
if (node->orig_addr == 0)
continue;
print_ir_node_group(func, node, &start);
}
}
/* IR printing functions */
void print_ir_list(FILE *out, IrList *irl) {
fprintf(out, "\n/*\n");
fprintf(out, " *** Start IR List ***\n");
irl->cur = irl->head;
while (irl->cur != NULL) {
print_ir_node(out, irl->cur);
irl->cur = irl->cur->next;
}
fprintf(out, " *** End IR List ***\n");
fprintf(out, " */\n");
}
/* Prints the group of nodes for a given reference node, i.e the nodes
* from ref_node->first to ref_node->last.
* Updates the pointer to the start of the current block ('*pstart'). */
static void
print_ir_node_group(struct kedr_ifunc *func, struct kedr_ir_node *ref_node,
struct kedr_ir_node **pstart)
{
struct list_head *pos;
struct kedr_ir_node *node;
if (ref_node->block_starts) {
*pstart = ref_node;
debug_util_print_ulong((unsigned long)ref_node->cb_type,
"Block (type: %lu)");
debug_util_print_string("\n");
}
for (pos = &ref_node->first->list; pos != ref_node->last->list.next;
pos = pos->next) {
node = list_entry(pos, struct kedr_ir_node, list);
print_ir_node(func, node, *pstart);
}
}