#include <sys/time.h>
+#define ADNS_FEATURE_MANYAF
#include "adns.h"
#include "dlist.h"
rcode_refused
} dns_rcode;
+enum {
+ adns__qf_addr_answer= 0x01000000,/* addr query received an answer */
+ adns__qf_addr_cname = 0x02000000 /* addr subquery performed on cname */
+};
+
/* Shared data structures */
typedef struct {
struct timeval now;
} parseinfo;
-union gen_addr {
- struct in_addr v4;
- struct in6_addr v6;
-};
-
-struct af_addr { int af; union gen_addr addr; };
-
#define NREVDOMAINS 2 /* keep in sync with addrfam! */
struct revparse_state {
unsigned map; /* which domains are still live */
union {
struct {
adns_rrtype rev_rrtype;
- struct af_addr addr;
+ adns_sockaddr addr;
} ptr;
struct {
unsigned want, have;
struct pollfd pollfds_buf[MAX_POLLFDS];
adns_rr_addr servers[MAXSERVERS];
struct sortlist {
- int af;
- union gen_addr base, mask;
+ adns_sockaddr base, mask;
} sortlist[MAXSORTLIST];
char **searchlist;
unsigned short rand48xsubi[3];
/* From addrfam.c: */
-extern int adns__af_supported_p(int af);
-/* Return nonzero if the address family af known to the library and supported
- * by the other addrfam operations. Note that the other operations will
- * abort on an unrecognized address family rather than returning an error
- * code.
+extern int adns__addrs_equal_raw(const struct sockaddr *a,
+ int bf, const void *b);
+/* Returns nonzero a's family is bf and a's protocol address field
+ * refers to the same protocol address as that stored at ba.
*/
-extern int adns__genaddr_equal_p(int af, const union gen_addr *a,
- int bf, const void *b);
-/* b should point to a `struct in_addr' or equivalent for the address family
- * bf. Returns nonzero if the two addresses are equal.
+extern int adns__addrs_equal(const adns_sockaddr *a,
+ const adns_sockaddr *b);
+/* Returns nonzero if the two refer to the same protocol address
+ * (disregarding port, IPv6 scope, etc).
*/
-extern int adns__sockaddr_equal_p(const struct sockaddr *sa,
- const struct sockaddr *sb);
+extern int adns__sockaddrs_equal(const struct sockaddr *sa,
+ const struct sockaddr *sb);
/* Return nonzero if the two socket addresses are equal (in all significant
* respects).
*/
extern int adns__addr_width(int af);
/* Return the width of addresses of family af, in bits. */
-extern void adns__prefix_mask(int af, int len, union gen_addr *mask_r);
-/* Store in mask_r an address mask for address family af, whose first len
- * bits are set and the remainder are clear. This is what you want for
- * converting a prefix length into a netmask.
+extern void adns__prefix_mask(adns_sockaddr *sa, int len);
+/* Stores in sa's protocol address field an address mask for address
+ * family af, whose first len bits are set and the remainder are
+ * clear. On entry, sa's af field must be set. This is what you want
+ * for converting a prefix length into a netmask.
*/
-extern int adns__guess_prefix_length(int af, const union gen_addr *addr);
+extern int adns__guess_prefix_length(const adns_sockaddr *addr);
/* Given a network base address, guess the appropriate prefix length based on
* the appropriate rules for the address family (e.g., for IPv4, this uses
* the old address classes).
*/
-extern int adns__addr_match_p(int addraf, const union gen_addr *addr,
- int netaf, const union gen_addr *base,
- const union gen_addr *mask);
-/* Given an address af (with family addraf) and a network (with family netaf,
- * base address base, and netmask mask), return nonzero if the address lies
- * within the network.
+extern int adns__addr_matches(int af, const void *addr,
+ const adns_sockaddr *base,
+ const adns_sockaddr *mask);
+/* Return nonzero if the protocol address specified by af and addr
+ * lies within the network specified by base and mask.
*/
-extern void adns__sockaddr_extract(const struct sockaddr *sa,
- union gen_addr *a_r, int *port_r);
-/* Extract fields from the socket address, filling in *a_r and *port_r with
- * the address and (integer, host byte-order) port number, respectively.
- * Either (or, pointlessly, both) of a_r and port_r may be null to mean
- * `don't care'.
+extern void adns__addr_inject(const void *a, adns_sockaddr *sa);
+/* Injects the protocol address *a into the socket adress sa. Assumes
+ * that sa->sa_family is already set correctly.
*/
-extern void adns__sockaddr_inject(const union gen_addr *a, int port,
- struct sockaddr *sa);
-/* Inject fields into the socket adress sa. If a is not null, copy the
- * address in; if port is not -1, then copy the port (converting from host
- * byte-order). Assumes that sa->sa_family is already set correctly.
+extern const void *adns__sockaddr_addr(const struct sockaddr *sa);
+/* Returns the address of the protocol address field in sa.
*/
char *adns__sockaddr_ntoa(const struct sockaddr *sa, char *buf);
*/
extern int adns__revparse_done(struct revparse_state *rps, int nlabels,
- adns_rrtype *rrtype_r, struct af_addr *addr_r);
-/* Finishes parsing a reverse-domain name, given the total number of labels
- * in the name. On success, fills in the address in *addr_r, and the forward
- * query type in *rrtype_r (because that turns out to be useful). Returns
- * nonzero if the parse must be abandoned.
+ adns_rrtype *rrtype_r, adns_sockaddr *addr_r);
+/* Finishes parsing a reverse-domain name, given the total number of
+ * labels in the name. On success, fills in the af and protocol
+ * address in *addr_r, and the forward query type in *rrtype_r
+ * (because that turns out to be useful). Returns nonzero if the
+ * parse must be abandoned.
*/
/* From setup.c: */
~ianmdlvl / adns.git / blobdiff