struct loc_ctx* ctx;
int refcount;
- struct in6_addr start_address;
+ struct in6_addr first_address;
unsigned int prefix;
char country_code[3];
return bitmask;
}
-static struct in6_addr make_start_address(const struct in6_addr* address, unsigned int prefix) {
+static struct in6_addr make_first_address(const struct in6_addr* address, unsigned int prefix) {
struct in6_addr a;
struct in6_addr bitmask = prefix_to_bitmask(prefix);
n->refcount = 1;
// Store the first address in the network
- n->start_address = make_start_address(address, prefix);
+ n->first_address = make_first_address(address, prefix);
n->prefix = prefix;
DEBUG(n->ctx, "Network allocated at %p\n", n);
LOC_EXPORT int loc_network_new_from_string(struct loc_ctx* ctx, struct loc_network** network,
const char* address_string) {
- struct in6_addr start_address;
+ struct in6_addr first_address;
unsigned int prefix = 0;
char* prefix_string;
int r = 1;
if (prefix) {
// Parse the address
- r = loc_parse_address(ctx, address_string, &start_address);
+ r = loc_parse_address(ctx, address_string, &first_address);
// Map the prefix to IPv6 if needed
- if (IN6_IS_ADDR_V4MAPPED(&start_address))
+ if (IN6_IS_ADDR_V4MAPPED(&first_address))
prefix += 96;
}
}
free(buffer);
if (r == 0) {
- r = loc_network_new(ctx, network, &start_address, prefix);
+ r = loc_network_new(ctx, network, &first_address, prefix);
}
return r;
int family = loc_network_address_family(network);
switch (family) {
case AF_INET6:
- r = format_ipv6_address(&network->start_address, string, length);
+ r = format_ipv6_address(&network->first_address, string, length);
break;
case AF_INET:
- r = format_ipv4_address(&network->start_address, string, length);
+ r = format_ipv4_address(&network->first_address, string, length);
prefix -= 96;
break;
}
LOC_EXPORT int loc_network_address_family(struct loc_network* network) {
- if (IN6_IS_ADDR_V4MAPPED(&network->start_address))
+ if (IN6_IS_ADDR_V4MAPPED(&network->first_address))
return AF_INET;
return AF_INET6;
LOC_EXPORT int loc_network_match_address(struct loc_network* network, const struct in6_addr* address) {
// Address must be larger than the start address
- if (in6_addr_cmp(&network->start_address, address) > 0)
+ if (in6_addr_cmp(&network->first_address, address) > 0)
return 1;
// Determine the last address in this network
- struct in6_addr last_address = make_last_address(&network->start_address, network->prefix);
+ struct in6_addr last_address = make_last_address(&network->first_address, network->prefix);
// Address must be smaller than the last address
if (in6_addr_cmp(address, &last_address) > 0)
LOC_EXPORT int loc_network_is_subnet_of(struct loc_network* self, struct loc_network* other) {
// If the start address of the other network is smaller than this network,
// it cannot be a subnet.
- if (in6_addr_cmp(&self->start_address, &other->start_address) < 0)
+ if (in6_addr_cmp(&self->first_address, &other->first_address) < 0)
return 0;
// Get the end addresses
- struct in6_addr last_address_self = make_last_address(&self->start_address, self->prefix);
- struct in6_addr last_address_other = make_last_address(&other->start_address, other->prefix);
+ struct in6_addr last_address_self = make_last_address(&self->first_address, self->prefix);
+ struct in6_addr last_address_other = make_last_address(&other->first_address, other->prefix);
// If the end address of the other network is greater than this network,
// it cannot be a subnet.
DEBUG(tree->ctx, "Adding network %p to tree %p\n", network, tree);
struct loc_network_tree_node* node = loc_network_tree_get_path(tree,
- &network->start_address, network->prefix);
+ &network->first_address, network->prefix);
if (!node) {
ERROR(tree->ctx, "Could not find a node\n");
return -ENOMEM;