static int
_find_ifindex(intf_t *intf, const char *device)
{
char *p = (char *)device;
int n, type = _ifcombo_type(device);
while (isalpha(*p)) p++;
n = atoi(p);
return (intf->ifcombo[type].idx[n]);
}
static IP_ADAPTER_ADDRESSES *
_find_adapter_address(intf_t *intf, const char *device)
{
IP_ADAPTER_ADDRESSES *a;
char *p = (char *)device;
int n, type = _ifcombo_type(device);
while (isalpha((int) (unsigned char) *p)) p++;
n = atoi(p);
for (a = intf->iftable; a != NULL; a = a->Next) {
if (intf->ifcombo[type].idx[n].ipv4 == a->IfIndex &&
intf->ifcombo[type].idx[n].ipv6 == a->Ipv6IfIndex) {
return a;
}
}
return NULL;
}
/* Map an MIB interface type into an internal interface type. The
internal types are never exposed to users of this library; they exist
only for the sake of ordering interface types within an intf_handle,
which has an array of ifcombo structures ordered by type. Entries in
an intf_handle must not be stored or accessed by a raw MIB type
number because they will not be able to be found by a device name
such as "net0" if the device name does not map exactly to the type. */
static int
_if_type_canonicalize(int type)
{
return _ifcombo_type(_ifcombo_name(type));
}
