16 #ifndef __IP_TYPES_H__ 17 #define __IP_TYPES_H__ 27 #define N_AF (AF_IP6+1) 29 #define N_AF (AF_IP6+1) 35 #define FOR_EACH_IP_ADDRESS_FAMILY(_af) \ 36 for (_af = AF_IP4; _af <= AF_IP6; _af++) 43 #define u8_ptr_add(ptr, index) (((u8 *)ptr) + index) 44 #define u16_net_add(u, val) clib_host_to_net_u16(clib_net_to_host_u16(u) + (val)) 54 #define IP_ADDRESS_V4_ALL_0S {.ip.ip4.as_u32 = 0, .version = AF_IP4} 55 #define IP_ADDRESS_V6_ALL_0S {.ip.ip6.as_u64 = {0, 0}, .version = AF_IP6} 57 #define ip_addr_46(_a) (_a)->ip 58 #define ip_addr_v4(_a) (_a)->ip.ip4 59 #define ip_addr_v6(_a) (_a)->ip.ip6 60 #define ip_addr_version(_a) (_a)->version 87 #define ip_prefix_addr(_a) (_a)->addr 88 #define ip_prefix_version(_a) ip_addr_version(&ip_prefix_addr(_a)) 89 #define ip_prefix_len(_a) (_a)->len 90 #define ip_prefix_v4(_a) ip_addr_v4(&ip_prefix_addr(_a)) 91 #define ip_prefix_v6(_a) ip_addr_v6(&ip_prefix_addr(_a)) 111 ip6_address_t * res);
void ip_address_to_fib_prefix(const ip_address_t *addr, fib_prefix_t *prefix)
convert from a IP address to a FIB prefix
u8 * format_ip_address(u8 *s, va_list *args)
u16 ip_version_to_size(ip_address_family_t af)
struct ip_address ip_address_t
int ip_address_cmp(const ip_address_t *ip1, const ip_address_t *ip2)
u16 ip_address_size(const ip_address_t *a)
void ip4_address_normalize(ip4_address_t *ip4, u8 preflen)
fib_protocol_t ip_address_family_to_fib_proto(ip_address_family_t af)
fib_protocol_t ip_address_to_46(const ip_address_t *addr, ip46_address_t *a)
u32 ip4_mask_to_preflen(ip4_address_t *mask)
void ip_address_from_46(const ip46_address_t *a, fib_protocol_t fproto, ip_address_t *addr)
void ip4_prefix_max_address_host_order(ip4_address_t *ip, u8 plen, ip4_address_t *res)
bool ip_address_is_zero(const ip_address_t *ip)
int ip_prefix_cmp(ip_prefix_t *p1, ip_prefix_t *p2)
enum fib_protocol_t_ fib_protocol_t
Protocol Type.
u8 * format_ip_address_family(u8 *s, va_list *args)
void ip6_prefix_max_address_host_order(ip6_address_t *ip, u8 plen, ip6_address_t *res)
Aggregate type for a prefix.
struct ip_prefix ip_prefix_t
void ip6_address_normalize(ip6_address_t *ip6, u8 preflen)
void ip_address_copy_addr(void *dst, const ip_address_t *src)
void ip6_preflen_to_mask(u8 pref_len, ip6_address_t *mask)
bool ip_prefix_validate(const ip_prefix_t *ip)
void ip4_preflen_to_mask(u8 pref_len, ip4_address_t *ip)
uword unformat_ip_address_family(unformat_input_t *input, va_list *args)
uword unformat_ip_prefix(unformat_input_t *input, va_list *args)
u8 * ip_addr_bytes(ip_address_t *ip)
void ip_prefix_to_fib_prefix(const ip_prefix_t *ipp, fib_prefix_t *fibp)
convert from a LISP to a FIB prefix
enum vnet_link_t_ vnet_link_t
Link Type: A description of the protocol of packets on the link.
ip_address_family_t version
uword unformat_ip_address(unformat_input_t *input, va_list *args)
enum ip_address_family_t_ ip_address_family_t
void ip_address_set(ip_address_t *dst, const void *src, u8 version)
void ip_prefix_normalize(ip_prefix_t *a)
ip_address_family_t ip_address_family_from_fib_proto(fib_protocol_t fp)
void ip_address_copy(ip_address_t *dst, const ip_address_t *src)
u32 ip6_mask_to_preflen(ip6_address_t *mask)
u8 * format_ip_prefix(u8 *s, va_list *args)
vnet_link_t ip_address_family_to_link_type(ip_address_family_t af)