bool
tr_blocklistFileHasAddress (tr_blocklistFile * b, const tr_address * addr)
{
uint32_t needle;
const struct tr_ipv4_range * range;
assert (tr_address_is_valid (addr));
if (!b->isEnabled || addr->type == TR_AF_INET6)
return false;
blocklistEnsureLoaded (b);
if (!b->rules || !b->ruleCount)
return false;
needle = ntohl (addr->addr.addr4.s_addr);
range = bsearch (&needle,
b->rules,
b->ruleCount,
sizeof (struct tr_ipv4_range),
compareAddressToRange);
return range != NULL;
}
int
tr_blocklistFileGetRuleCount (const tr_blocklistFile * b)
{
blocklistEnsureLoaded ((tr_blocklistFile*)b);
return b->ruleCount;
}
bool tr_blocklistFileHasAddress(tr_blocklistFile* b, tr_address const* addr)
{
TR_ASSERT(tr_address_is_valid(addr));
uint32_t needle;
struct tr_ipv4_range const* range;
if (!b->isEnabled || addr->type == TR_AF_INET6)
{
return false;
}
blocklistEnsureLoaded(b);
if (b->rules == NULL || b->ruleCount == 0)
{
return false;
}
needle = ntohl(addr->addr.addr4.s_addr);
range = bsearch(&needle, b->rules, b->ruleCount, sizeof(struct tr_ipv4_range), compareAddressToRange);
return range != NULL;
}
int
_tr_blocklistGetRuleCount( const tr_blocklist * b )
{
blocklistEnsureLoaded( (tr_blocklist*)b );
return b->ruleCount;
}
int
_tr_blocklistHasAddress( tr_blocklist * b,
const tr_address * addr )
{
uint32_t needle;
const struct tr_ip_range * range;
if( !b->isEnabled )
return 0;
blocklistEnsureLoaded( b );
if( !b->rules )
return 0;
needle = ntohl( addr->addr.addr4.s_addr );
range = bsearch( &needle,
b->rules,
b->ruleCount,
sizeof( struct tr_ip_range ),
compareAddressToRange );
return range != NULL;
}
