File: [local] / src / usr.sbin / bgpd / rde.h (download)
Revision 1.299, Wed Jan 24 14:51:12 2024 UTC (4 months, 2 weeks ago) by claudio
Branch: MAIN
CVS Tags: OPENBSD_7_5_BASE, OPENBSD_7_5
Changes since 1.298: +4 -5 lines
Convert the community parsers to the new ibuf api.
This converts community_add(), community_large_add() and community_ext_add()
and as a result removes some hacks from rde_attr_add() and rde_attr_parse().
OK tb@
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/* $OpenBSD: rde.h,v 1.299 2024/01/24 14:51:12 claudio Exp $ */
/*
* Copyright (c) 2003, 2004 Claudio Jeker <claudio@openbsd.org> and
* Andre Oppermann <oppermann@networx.ch>
*
* Permission to use, copy, modify, and distribute this software for any
* purpose with or without fee is hereby granted, provided that the above
* copyright notice and this permission notice appear in all copies.
*
* THE SOFTWARE IS PROVIDED "AS IS" AND THE AUTHOR DISCLAIMS ALL WARRANTIES
* WITH REGARD TO THIS SOFTWARE INCLUDING ALL IMPLIED WARRANTIES OF
* MERCHANTABILITY AND FITNESS. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR
* ANY SPECIAL, DIRECT, INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES
* WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN
* ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF
* OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE.
*/
#ifndef __RDE_H__
#define __RDE_H__
#include <sys/types.h>
#include <sys/queue.h>
#include <sys/tree.h>
#include <stdint.h>
#include <stddef.h>
#include "bgpd.h"
#include "log.h"
/* rde internal structures */
enum peer_state {
PEER_NONE,
PEER_DOWN,
PEER_UP,
PEER_ERR /* error occurred going to PEER_DOWN state */
};
LIST_HEAD(prefix_list, prefix);
TAILQ_HEAD(prefix_queue, prefix);
RB_HEAD(rib_tree, rib_entry);
struct rib_entry {
RB_ENTRY(rib_entry) rib_e;
struct prefix_queue prefix_h;
struct pt_entry *prefix;
uint16_t rib_id;
uint16_t lock;
};
struct rib {
struct rib_tree tree;
char name[PEER_DESCR_LEN];
struct filter_head *in_rules;
struct filter_head *in_rules_tmp;
u_int rtableid;
u_int rtableid_tmp;
enum reconf_action state, fibstate;
uint16_t id;
uint16_t flags;
uint16_t flags_tmp;
};
#define RIB_ADJ_IN 0
#define RIB_LOC_START 1
#define RIB_NOTFOUND 0xffff
/*
* How do we identify peers between the session handler and the rde?
* Currently I assume that we can do that with the neighbor_ip...
*/
RB_HEAD(peer_tree, rde_peer);
RB_HEAD(prefix_tree, prefix);
RB_HEAD(prefix_index, prefix);
struct iq;
struct rde_peer {
RB_ENTRY(rde_peer) entry;
SIMPLEQ_HEAD(, iq) imsg_queue;
struct peer_config conf;
struct rde_peer_stats stats;
struct bgpd_addr remote_addr;
struct bgpd_addr local_v4_addr;
struct bgpd_addr local_v6_addr;
struct capabilities capa;
struct addpath_eval eval;
struct prefix_index adj_rib_out;
struct prefix_tree updates[AID_MAX];
struct prefix_tree withdraws[AID_MAX];
struct filter_head *out_rules;
time_t staletime[AID_MAX];
uint32_t remote_bgpid; /* host byte order! */
uint32_t path_id_tx;
unsigned int local_if_scope;
enum peer_state state;
enum export_type export_type;
enum role role;
uint16_t loc_rib_id;
uint16_t short_as;
uint16_t mrt_idx;
uint8_t recv_eor; /* bitfield per AID */
uint8_t sent_eor; /* bitfield per AID */
uint8_t reconf_out; /* out filter changed */
uint8_t reconf_rib; /* rib changed */
uint8_t throttled;
uint8_t flags;
};
struct rde_aspa;
struct rde_aspa_state {
uint8_t onlyup;
uint8_t downup;
};
#define AS_SET 1
#define AS_SEQUENCE 2
#define AS_CONFED_SEQUENCE 3
#define AS_CONFED_SET 4
#define ASPATH_HEADER_SIZE (offsetof(struct aspath, data))
struct aspath {
uint32_t source_as; /* cached source_as */
uint16_t len; /* total length of aspath in octets */
uint16_t ascnt; /* number of AS hops in data */
u_char data[1]; /* placeholder for actual data */
};
enum attrtypes {
ATTR_UNDEF,
ATTR_ORIGIN,
ATTR_ASPATH,
ATTR_NEXTHOP,
ATTR_MED,
ATTR_LOCALPREF,
ATTR_ATOMIC_AGGREGATE,
ATTR_AGGREGATOR,
ATTR_COMMUNITIES,
ATTR_ORIGINATOR_ID,
ATTR_CLUSTER_LIST,
ATTR_MP_REACH_NLRI=14,
ATTR_MP_UNREACH_NLRI=15,
ATTR_EXT_COMMUNITIES=16,
ATTR_AS4_PATH=17,
ATTR_AS4_AGGREGATOR=18,
ATTR_LARGE_COMMUNITIES=32,
ATTR_OTC=35,
ATTR_FIRST_UNKNOWN, /* after this all attributes are unknown */
};
/* attribute flags. 4 low order bits reserved */
#define ATTR_EXTLEN 0x10
#define ATTR_PARTIAL 0x20
#define ATTR_TRANSITIVE 0x40
#define ATTR_OPTIONAL 0x80
#define ATTR_RESERVED 0x0f
/* by default mask the reserved bits and the ext len bit */
#define ATTR_DEFMASK (ATTR_RESERVED | ATTR_EXTLEN)
/* default attribute flags for well known attributes */
#define ATTR_WELL_KNOWN ATTR_TRANSITIVE
struct attr {
RB_ENTRY(attr) entry;
u_char *data;
int refcnt;
uint16_t len;
uint8_t flags;
uint8_t type;
};
struct rde_community {
RB_ENTRY(rde_community) entry;
int size;
int nentries;
int flags;
int refcnt;
struct community *communities;
};
#define PARTIAL_COMMUNITIES 0x01
#define PARTIAL_LARGE_COMMUNITIES 0x02
#define PARTIAL_EXT_COMMUNITIES 0x04
#define F_ATTR_ORIGIN 0x00001
#define F_ATTR_ASPATH 0x00002
#define F_ATTR_NEXTHOP 0x00004
#define F_ATTR_LOCALPREF 0x00008
#define F_ATTR_MED 0x00010
#define F_ATTR_MED_ANNOUNCE 0x00020
#define F_ATTR_MP_REACH 0x00040
#define F_ATTR_MP_UNREACH 0x00080
#define F_ATTR_AS4BYTE_NEW 0x00100 /* AS4_PATH or AS4_AGGREGATOR */
#define F_ATTR_LOOP 0x00200 /* path would cause a route loop */
#define F_PREFIX_ANNOUNCED 0x00400
#define F_ANN_DYNAMIC 0x00800
#define F_ATTR_OTC 0x01000 /* OTC present */
#define F_ATTR_OTC_LEAK 0x02000 /* otc leak, not eligible */
#define F_ATTR_PARSE_ERR 0x10000 /* parse error, not eligible */
#define F_ATTR_LINKED 0x20000 /* if set path is on various lists */
#define ORIGIN_IGP 0
#define ORIGIN_EGP 1
#define ORIGIN_INCOMPLETE 2
#define DEFAULT_LPREF 100
struct rde_aspath {
RB_ENTRY(rde_aspath) entry;
struct attr **others;
struct aspath *aspath;
struct rde_aspa_state aspa_state;
int refcnt;
uint32_t flags; /* internally used */
uint32_t med; /* multi exit disc */
uint32_t lpref; /* local pref */
uint32_t weight; /* low prio lpref */
uint16_t rtlabelid; /* route label id */
uint16_t pftableid; /* pf table id */
uint8_t origin;
uint8_t others_len;
uint8_t aspa_generation;
};
enum nexthop_state {
NEXTHOP_LOOKUP,
NEXTHOP_UNREACH,
NEXTHOP_REACH,
NEXTHOP_FLAPPED /* only used by oldstate */
};
struct nexthop {
RB_ENTRY(nexthop) entry;
TAILQ_ENTRY(nexthop) runner_l;
struct prefix_list prefix_h;
struct prefix *next_prefix;
struct bgpd_addr exit_nexthop;
struct bgpd_addr true_nexthop;
struct bgpd_addr nexthop_net;
#if 0
/*
* currently we use the boolean nexthop state, this could be exchanged
* with a variable cost with a max for unreachable.
*/
uint32_t costs;
#endif
int refcnt;
enum nexthop_state state;
enum nexthop_state oldstate;
uint8_t nexthop_netlen;
uint8_t flags;
#define NEXTHOP_CONNECTED 0x01
};
/* generic entry without address specific part */
struct pt_entry {
RB_ENTRY(pt_entry) pt_e;
uint8_t aid;
uint8_t prefixlen;
uint16_t len;
uint32_t refcnt;
uint8_t data[4]; /* data depending on aid */
};
struct prefix {
union {
struct {
TAILQ_ENTRY(prefix) rib;
LIST_ENTRY(prefix) nexthop;
struct rib_entry *re;
} list;
struct {
RB_ENTRY(prefix) index, update;
} tree;
} entry;
struct pt_entry *pt;
struct rde_aspath *aspath;
struct rde_community *communities;
struct rde_peer *peer;
struct nexthop *nexthop; /* may be NULL */
time_t lastchange;
uint32_t path_id;
uint32_t path_id_tx;
uint8_t validation_state;
uint8_t nhflags;
int8_t dmetric; /* decision metric */
uint8_t flags;
#define PREFIX_FLAG_WITHDRAW 0x01 /* enqueued on withdraw queue */
#define PREFIX_FLAG_UPDATE 0x02 /* enqueued on update queue */
#define PREFIX_FLAG_DEAD 0x04 /* locked but removed */
#define PREFIX_FLAG_STALE 0x08 /* stale entry (graceful reload) */
#define PREFIX_FLAG_MASK 0x0f /* mask for the prefix types */
#define PREFIX_FLAG_ADJOUT 0x10 /* prefix is in the adj-out rib */
#define PREFIX_FLAG_EOR 0x20 /* prefix is EoR */
#define PREFIX_NEXTHOP_LINKED 0x40 /* prefix is linked onto nexthop list */
#define PREFIX_FLAG_LOCKED 0x80 /* locked by rib walker */
#define PREFIX_DMETRIC_NONE 0
#define PREFIX_DMETRIC_INVALID 1
#define PREFIX_DMETRIC_VALID 2
#define PREFIX_DMETRIC_AS_WIDE 3
#define PREFIX_DMETRIC_ECMP 4
#define PREFIX_DMETRIC_BEST 5
};
/* possible states for nhflags */
#define NEXTHOP_SELF 0x01
#define NEXTHOP_REJECT 0x02
#define NEXTHOP_BLACKHOLE 0x04
#define NEXTHOP_NOMODIFY 0x08
#define NEXTHOP_MASK 0x0f
#define NEXTHOP_VALID 0x80
struct filterstate {
struct rde_aspath aspath;
struct rde_community communities;
struct nexthop *nexthop;
uint8_t nhflags;
uint8_t vstate;
};
enum eval_mode {
EVAL_DEFAULT,
EVAL_ALL,
EVAL_RECONF,
};
extern struct rde_memstats rdemem;
/* prototypes */
/* mrt.c */
int mrt_dump_v2_hdr(struct mrt *, struct bgpd_config *);
void mrt_dump_upcall(struct rib_entry *, void *);
/* rde.c */
void rde_update_err(struct rde_peer *, uint8_t , uint8_t,
struct ibuf *);
void rde_update_log(const char *, uint16_t,
const struct rde_peer *, const struct bgpd_addr *,
const struct bgpd_addr *, uint8_t);
void rde_send_kroute_flush(struct rib *);
void rde_send_kroute(struct rib *, struct prefix *, struct prefix *);
void rde_send_nexthop(struct bgpd_addr *, int);
void rde_pftable_add(uint16_t, struct prefix *);
void rde_pftable_del(uint16_t, struct prefix *);
int rde_evaluate_all(void);
uint32_t rde_local_as(void);
int rde_decisionflags(void);
void rde_peer_send_rrefresh(struct rde_peer *, uint8_t, uint8_t);
int rde_match_peer(struct rde_peer *, struct ctl_neighbor *);
/* rde_peer.c */
int peer_has_as4byte(struct rde_peer *);
int peer_has_add_path(struct rde_peer *, uint8_t, int);
int peer_accept_no_as_set(struct rde_peer *);
void peer_init(struct filter_head *);
void peer_shutdown(void);
void peer_foreach(void (*)(struct rde_peer *, void *), void *);
struct rde_peer *peer_get(uint32_t);
struct rde_peer *peer_match(struct ctl_neighbor *, uint32_t);
struct rde_peer *peer_add(uint32_t, struct peer_config *, struct filter_head *);
struct filter_head *peer_apply_out_filter(struct rde_peer *,
struct filter_head *);
void rde_generate_updates(struct rib_entry *, struct prefix *,
struct prefix *, enum eval_mode);
void peer_up(struct rde_peer *, struct session_up *);
void peer_down(struct rde_peer *, void *);
void peer_flush(struct rde_peer *, uint8_t, time_t);
void peer_stale(struct rde_peer *, uint8_t, int);
void peer_dump(struct rde_peer *, uint8_t);
void peer_begin_rrefresh(struct rde_peer *, uint8_t);
void peer_imsg_push(struct rde_peer *, struct imsg *);
int peer_imsg_pop(struct rde_peer *, struct imsg *);
int peer_imsg_pending(void);
void peer_imsg_flush(struct rde_peer *);
RB_PROTOTYPE(peer_tree, rde_peer, entry, peer_cmp);
/* rde_attr.c */
int attr_write(void *, uint16_t, uint8_t, uint8_t, void *,
uint16_t);
int attr_writebuf(struct ibuf *, uint8_t, uint8_t, void *,
uint16_t);
void attr_shutdown(void);
int attr_optadd(struct rde_aspath *, uint8_t, uint8_t,
void *, uint16_t);
struct attr *attr_optget(const struct rde_aspath *, uint8_t);
void attr_copy(struct rde_aspath *, const struct rde_aspath *);
int attr_compare(struct rde_aspath *, struct rde_aspath *);
void attr_freeall(struct rde_aspath *);
void attr_free(struct rde_aspath *, struct attr *);
struct aspath *aspath_get(void *, uint16_t);
struct aspath *aspath_copy(struct aspath *);
void aspath_put(struct aspath *);
u_char *aspath_deflate(u_char *, uint16_t *, int *);
void aspath_merge(struct rde_aspath *, struct attr *);
uint32_t aspath_neighbor(struct aspath *);
int aspath_loopfree(struct aspath *, uint32_t);
int aspath_compare(struct aspath *, struct aspath *);
int aspath_match(struct aspath *, struct filter_as *, uint32_t);
u_char *aspath_prepend(struct aspath *, uint32_t, int, uint16_t *);
u_char *aspath_override(struct aspath *, uint32_t, uint32_t,
uint16_t *);
int aspath_lenmatch(struct aspath *, enum aslen_spec, u_int);
static inline u_char *
aspath_dump(struct aspath *aspath)
{
return (aspath->data);
}
static inline uint16_t
aspath_length(struct aspath *aspath)
{
return (aspath->len);
}
static inline uint32_t
aspath_origin(struct aspath *aspath)
{
return (aspath->source_as);
}
/* rde_community.c */
int community_match(struct rde_community *, struct community *,
struct rde_peer *);
int community_count(struct rde_community *, uint8_t type);
int community_set(struct rde_community *, struct community *,
struct rde_peer *);
void community_delete(struct rde_community *, struct community *,
struct rde_peer *);
int community_add(struct rde_community *, int, struct ibuf *);
int community_large_add(struct rde_community *, int, struct ibuf *);
int community_ext_add(struct rde_community *, int, int, struct ibuf *);
int community_writebuf(struct rde_community *, uint8_t, int, struct ibuf *);
void communities_shutdown(void);
struct rde_community *communities_lookup(struct rde_community *);
struct rde_community *communities_link(struct rde_community *);
void communities_unlink(struct rde_community *);
int communities_equal(struct rde_community *, struct rde_community *);
void communities_copy(struct rde_community *, struct rde_community *);
void communities_clean(struct rde_community *);
static inline struct rde_community *
communities_ref(struct rde_community *comm)
{
if (comm->refcnt == 0)
fatalx("%s: not-referenced community", __func__);
comm->refcnt++;
rdemem.comm_refs++;
return comm;
}
static inline void
communities_unref(struct rde_community *comm)
{
if (comm == NULL)
return;
rdemem.comm_refs--;
if (--comm->refcnt == 1) /* last ref is hold internally */
communities_unlink(comm);
}
int community_to_rd(struct community *, uint64_t *);
/* rde_decide.c */
int prefix_eligible(struct prefix *);
struct prefix *prefix_best(struct rib_entry *);
void prefix_evaluate(struct rib_entry *, struct prefix *,
struct prefix *);
void prefix_evaluate_nexthop(struct prefix *, enum nexthop_state,
enum nexthop_state);
/* rde_filter.c */
void rde_apply_set(struct filter_set_head *, struct rde_peer *,
struct rde_peer *, struct filterstate *, u_int8_t);
void rde_filterstate_init(struct filterstate *);
void rde_filterstate_prep(struct filterstate *, struct prefix *);
void rde_filterstate_copy(struct filterstate *, struct filterstate *);
void rde_filterstate_set_vstate(struct filterstate *, uint8_t, uint8_t);
void rde_filterstate_clean(struct filterstate *);
int rde_filter_skip_rule(struct rde_peer *, struct filter_rule *);
int rde_filter_equal(struct filter_head *, struct filter_head *);
void rde_filter_calc_skip_steps(struct filter_head *);
enum filter_actions rde_filter(struct filter_head *, struct rde_peer *,
struct rde_peer *, struct bgpd_addr *, uint8_t,
struct filterstate *);
/* rde_prefix.c */
void pt_init(void);
void pt_shutdown(void);
void pt_getaddr(struct pt_entry *, struct bgpd_addr *);
int pt_getflowspec(struct pt_entry *, uint8_t **);
struct pt_entry *pt_fill(struct bgpd_addr *, int);
struct pt_entry *pt_get(struct bgpd_addr *, int);
struct pt_entry *pt_add(struct bgpd_addr *, int);
struct pt_entry *pt_get_flow(struct flowspec *);
struct pt_entry *pt_add_flow(struct flowspec *);
void pt_remove(struct pt_entry *);
struct pt_entry *pt_lookup(struct bgpd_addr *);
int pt_prefix_cmp(const struct pt_entry *, const struct pt_entry *);
int pt_writebuf(struct ibuf *, struct pt_entry *, int, int, uint32_t);
static inline struct pt_entry *
pt_ref(struct pt_entry *pt)
{
++pt->refcnt;
if (pt->refcnt == 0)
fatalx("pt_ref: overflow");
return pt;
}
static inline void
pt_unref(struct pt_entry *pt)
{
if (pt->refcnt == 0)
fatalx("pt_unref: underflow");
if (--pt->refcnt == 0)
pt_remove(pt);
}
/* rde_rib.c */
extern uint16_t rib_size;
struct rib *rib_new(char *, u_int, uint16_t);
int rib_update(struct rib *);
struct rib *rib_byid(uint16_t);
uint16_t rib_find(char *);
void rib_free(struct rib *);
void rib_shutdown(void);
struct rib_entry *rib_get(struct rib *, struct pt_entry *);
struct rib_entry *rib_get_addr(struct rib *, struct bgpd_addr *, int);
struct rib_entry *rib_match(struct rib *, struct bgpd_addr *);
int rib_dump_pending(void);
void rib_dump_runner(void);
int rib_dump_new(uint16_t, uint8_t, unsigned int, void *,
void (*)(struct rib_entry *, void *),
void (*)(void *, uint8_t),
int (*)(void *));
int rib_dump_subtree(uint16_t, struct bgpd_addr *, uint8_t,
unsigned int count, void *arg,
void (*)(struct rib_entry *, void *),
void (*)(void *, uint8_t),
int (*)(void *));
void rib_dump_terminate(void *);
extern struct rib flowrib;
static inline struct rib *
re_rib(struct rib_entry *re)
{
if (re->prefix->aid == AID_FLOWSPECv4 ||
re->prefix->aid == AID_FLOWSPECv6)
return &flowrib;
return rib_byid(re->rib_id);
}
void path_shutdown(void);
uint32_t path_remove_stale(struct rde_aspath *, uint8_t, time_t);
struct rde_aspath *path_copy(struct rde_aspath *, const struct rde_aspath *);
struct rde_aspath *path_prep(struct rde_aspath *);
struct rde_aspath *path_get(void);
void path_clean(struct rde_aspath *);
void path_put(struct rde_aspath *);
#define PREFIX_SIZE(x) (((x) + 7) / 8 + 1)
struct prefix *prefix_get(struct rib *, struct rde_peer *, uint32_t,
struct bgpd_addr *, int);
struct prefix *prefix_adjout_get(struct rde_peer *, uint32_t,
struct pt_entry *);
struct prefix *prefix_adjout_first(struct rde_peer *, struct pt_entry *);
struct prefix *prefix_adjout_next(struct rde_peer *, struct prefix *);
struct prefix *prefix_adjout_lookup(struct rde_peer *, struct bgpd_addr *,
int);
struct prefix *prefix_adjout_match(struct rde_peer *, struct bgpd_addr *);
struct prefix *prefix_match(struct rde_peer *, struct bgpd_addr *);
int prefix_update(struct rib *, struct rde_peer *, uint32_t,
uint32_t, struct filterstate *, struct bgpd_addr *, int);
int prefix_withdraw(struct rib *, struct rde_peer *, uint32_t,
struct bgpd_addr *, int);
int prefix_flowspec_update(struct rde_peer *, struct filterstate *,
struct pt_entry *, uint32_t);
int prefix_flowspec_withdraw(struct rde_peer *, struct pt_entry *);
void prefix_flowspec_dump(uint8_t, void *,
void (*)(struct rib_entry *, void *),
void (*)(void *, uint8_t));
void prefix_add_eor(struct rde_peer *, uint8_t);
void prefix_adjout_update(struct prefix *, struct rde_peer *,
struct filterstate *, struct pt_entry *, uint32_t);
void prefix_adjout_withdraw(struct prefix *);
void prefix_adjout_destroy(struct prefix *);
void prefix_adjout_dump(struct rde_peer *, void *,
void (*)(struct prefix *, void *));
int prefix_dump_new(struct rde_peer *, uint8_t, unsigned int,
void *, void (*)(struct prefix *, void *),
void (*)(void *, uint8_t), int (*)(void *));
int prefix_dump_subtree(struct rde_peer *, struct bgpd_addr *,
uint8_t, unsigned int, void *,
void (*)(struct prefix *, void *),
void (*)(void *, uint8_t), int (*)(void *));
struct prefix *prefix_bypeer(struct rib_entry *, struct rde_peer *,
uint32_t);
void prefix_destroy(struct prefix *);
void prefix_relink(struct prefix *, struct rde_aspath *, int);
RB_PROTOTYPE(prefix_tree, prefix, entry, prefix_cmp)
static inline struct rde_peer *
prefix_peer(struct prefix *p)
{
return (p->peer);
}
static inline struct rde_aspath *
prefix_aspath(struct prefix *p)
{
return (p->aspath);
}
static inline struct rde_community *
prefix_communities(struct prefix *p)
{
return (p->communities);
}
static inline struct nexthop *
prefix_nexthop(struct prefix *p)
{
return (p->nexthop);
}
static inline uint8_t
prefix_nhflags(struct prefix *p)
{
return (p->nhflags & NEXTHOP_MASK);
}
static inline int
prefix_nhvalid(struct prefix *p)
{
return ((p->nhflags & NEXTHOP_VALID) != 0);
}
static inline uint8_t
prefix_roa_vstate(struct prefix *p)
{
return (p->validation_state & ROA_MASK);
}
static inline uint8_t
prefix_aspa_vstate(struct prefix *p)
{
return (p->validation_state >> 4);
}
static inline void
prefix_set_vstate(struct prefix *p, uint8_t roa_vstate, uint8_t aspa_vstate)
{
p->validation_state = roa_vstate & ROA_MASK;
p->validation_state |= aspa_vstate << 4;
}
static inline struct rib_entry *
prefix_re(struct prefix *p)
{
if (p->flags & PREFIX_FLAG_ADJOUT)
return NULL;
return (p->entry.list.re);
}
void nexthop_shutdown(void);
int nexthop_pending(void);
void nexthop_runner(void);
void nexthop_modify(struct nexthop *, enum action_types, uint8_t,
struct nexthop **, uint8_t *);
void nexthop_link(struct prefix *);
void nexthop_unlink(struct prefix *);
void nexthop_update(struct kroute_nexthop *);
struct nexthop *nexthop_get(struct bgpd_addr *);
struct nexthop *nexthop_ref(struct nexthop *);
int nexthop_unref(struct nexthop *);
int nexthop_compare(struct nexthop *, struct nexthop *);
/* rde_update.c */
void up_init(struct rde_peer *);
void up_generate_updates(struct rde_peer *, struct rib_entry *);
void up_generate_addpath(struct rde_peer *, struct rib_entry *);
void up_generate_addpath_all(struct rde_peer *, struct rib_entry *,
struct prefix *, struct prefix *);
void up_generate_default(struct rde_peer *, uint8_t);
int up_is_eor(struct rde_peer *, uint8_t);
int up_dump_withdraws(struct ibuf *, struct rde_peer *, uint8_t);
int up_dump_update(struct ibuf *, struct rde_peer *, uint8_t);
/* rde_aspa.c */
void aspa_validation(struct rde_aspa *, struct aspath *,
struct rde_aspa_state *);
struct rde_aspa *aspa_table_prep(uint32_t, size_t);
void aspa_add_set(struct rde_aspa *, uint32_t, const uint32_t *,
uint32_t);
void aspa_table_free(struct rde_aspa *);
void aspa_table_stats(const struct rde_aspa *,
struct ctl_show_set *);
int aspa_table_equal(const struct rde_aspa *,
const struct rde_aspa *);
void aspa_table_unchanged(struct rde_aspa *,
const struct rde_aspa *);
void aspa_table_set_generation(struct rde_aspa *, uint8_t);
#endif /* __RDE_H__ */
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