/**
* Get the number of repeats from the config file.
*
* The kv parameter should be the node->section parameter as it is being
* handled inside of the handle_event function.
*
* This function checks the node->section to see if a delay_repeats keypair is
* set, if not, it tries the root of the config to see if that same keypair is
* set. Failing that, it returns 0 (infinite).
*
* A value of 0 returned from this function means it should keep looping
* indefinetely.
*/
static int get_delay_repeats(struct keyval_node* kv)
{
struct keyval_node* val;
if ((val = keyval_node_find(kv, "delay_repeats")))
return keyval_node_get_value_int(val);
if ((val = keyval_node_find(config, "delay_repeats")))
return keyval_node_get_value_int(val);
return 0;
}
/**
* Get the delay time (in seconds) from the config file.
*
* The kv parameter should be the node->section parameter as it is being
* handled inside of the handle_event function.
*
* This function checks the node->section to see if a delay_time keypair is
* set, if not, it tries the root of the config to see if that same keypair is
* set. Failing that, it returns 300 (300 seconds, aka 5 minutes).
*/
static int get_delay_time(struct keyval_node* kv)
{
struct keyval_node* val;
if ((val = keyval_node_find(kv, "delay_time")))
return keyval_node_get_value_int(val);
if ((val = keyval_node_find(config, "delay_time")))
return keyval_node_get_value_int(val);
/* 5 minute default */
return 300;
}
/* set nest to the desired indentation level in the output.
You probably want 0, this is mainly used internally when recursing */
void keyval_node_debug (struct keyval_node * node, int nest) {
char prefix [23];
if (nest > 20) {
fprintf (stderr, "Requested ridicously high nesting level %i", nest);
exit(2);
}
char * p = prefix;
int i;
for (i=0; i <= nest; i++) {
*p = '-';
p++;
}
*p = '>';
*(p+1) = '\0';
printf ("%s Node name: %s", prefix, keyval_node_get_name(node));
printf (", comment: %s", prefix, keyval_node_get_comment(node));
printf (", value: ", prefix);
switch (keyval_node_get_value_type(node)) {
case KEYVAL_TYPE_NONE:
printf ("None"); break;
case KEYVAL_TYPE_BOOL:
printf ("Bool: %s", keyval_node_get_value_bool(node)); break;
case KEYVAL_TYPE_STRING:
printf ("String: %s", keyval_node_get_value_string(node)); break;
case KEYVAL_TYPE_INT:
printf ("Int: %i", keyval_node_get_value_int(node)); break;
case KEYVAL_TYPE_DOUBLE:
printf ("Double: %d", keyval_node_get_value_double(node)); break;
case KEYVAL_TYPE_LIST:
printf ("List"); break;
}
printf ("\n");
struct keyval_node * child = keyval_node_get_children(node);
while (child) {
keyval_node_debug (child, nest +1);
child = child->next;
}
}