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zebra: Rename struct nh_rmap_obj to struct zebra_rmap_obj

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This structure is really the generic route map object for
handling routemaps in zebra.  Let's name it appropriately.
Future commits will consolidate the data to using the
struct route_entry as part of this data instead of copying
bits and bobs of it.  This will allow future work to
set/control the route_entry more directly.

Signed-off-by: Donald Sharp <sharpd@nvidia.com>
This commit is contained in:
Donald Sharp 2023-08-11 10:12:06 -04:00
parent 8ceb262401
commit 28a8065ec4
1 changed files with 67 additions and 67 deletions
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134
zebra/zebra_routemap.c
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@ -31,7 +31,7 @@ static uint32_t zebra_rmap_update_timer = ZEBRA_RMAP_DEFAULT_UPDATE_TIMER;
static struct event *zebra_t_rmap_update = NULL;
char *zebra_import_table_routemap[AFI_MAX][ZEBRA_KERNEL_TABLE_MAX];
struct nh_rmap_obj {
struct zebra_rmap_obj {
struct nexthop *nexthop;
vrf_id_t vrf_id;
uint32_t source_protocol;
@ -49,12 +49,12 @@ static enum route_map_cmd_result_t
route_match_tag(void *rule, const struct prefix *prefix, void *object)
{
route_tag_t *tag;
struct nh_rmap_obj *nh_data;
struct zebra_rmap_obj *rm_data;
tag = rule;
nh_data = object;
rm_data = object;
if (nh_data->tag == *tag)
if (rm_data->tag == *tag)
return RMAP_MATCH;
return RMAP_NOMATCH;
@ -74,19 +74,19 @@ static const struct route_map_rule_cmd route_match_tag_cmd = {
static enum route_map_cmd_result_t
route_match_interface(void *rule, const struct prefix *prefix, void *object)
{
struct nh_rmap_obj *nh_data;
struct zebra_rmap_obj *rm_data;
char *ifname = rule;
ifindex_t ifindex;
if (strcasecmp(ifname, "any") == 0)
return RMAP_MATCH;
nh_data = object;
if (!nh_data || !nh_data->nexthop)
rm_data = object;
if (!rm_data || !rm_data->nexthop)
return RMAP_NOMATCH;
ifindex = ifname2ifindex(ifname, nh_data->vrf_id);
ifindex = ifname2ifindex(ifname, rm_data->vrf_id);
if (ifindex == 0)
return RMAP_NOMATCH;
if (nh_data->nexthop->ifindex == ifindex)
if (rm_data->nexthop->ifindex == ifindex)
return RMAP_MATCH;
return RMAP_NOMATCH;
@ -1017,21 +1017,21 @@ static enum route_map_cmd_result_t
route_match_ip_next_hop(void *rule, const struct prefix *prefix, void *object)
{
struct access_list *alist;
struct nh_rmap_obj *nh_data;
struct zebra_rmap_obj *rm_data;
struct prefix_ipv4 p;
nh_data = object;
if (!nh_data)
rm_data = object;
if (!rm_data)
return RMAP_NOMATCH;
switch (nh_data->nexthop->type) {
switch (rm_data->nexthop->type) {
case NEXTHOP_TYPE_IFINDEX:
/* Interface routes can't match ip next-hop */
return RMAP_NOMATCH;
case NEXTHOP_TYPE_IPV4_IFINDEX:
case NEXTHOP_TYPE_IPV4:
p.family = AF_INET;
p.prefix = nh_data->nexthop->gate.ipv4;
p.prefix = rm_data->nexthop->gate.ipv4;
p.prefixlen = IPV4_MAX_BITLEN;
break;
case NEXTHOP_TYPE_IPV6:
@ -1080,21 +1080,21 @@ route_match_ip_next_hop_prefix_list(void *rule, const struct prefix *prefix,
void *object)
{
struct prefix_list *plist;
struct nh_rmap_obj *nh_data;
struct zebra_rmap_obj *rm_data;
struct prefix_ipv4 p;
nh_data = (struct nh_rmap_obj *)object;
if (!nh_data)
rm_data = (struct zebra_rmap_obj *)object;
if (!rm_data)
return RMAP_NOMATCH;
switch (nh_data->nexthop->type) {
switch (rm_data->nexthop->type) {
case NEXTHOP_TYPE_IFINDEX:
/* Interface routes can't match ip next-hop */
return RMAP_NOMATCH;
case NEXTHOP_TYPE_IPV4_IFINDEX:
case NEXTHOP_TYPE_IPV4:
p.family = AF_INET;
p.prefix = nh_data->nexthop->gate.ipv4;
p.prefix = rm_data->nexthop->gate.ipv4;
p.prefixlen = IPV4_MAX_BITLEN;
break;
case NEXTHOP_TYPE_IPV6:
@ -1264,14 +1264,14 @@ static enum route_map_cmd_result_t
route_match_ipv6_next_hop_type(void *rule, const struct prefix *prefix,
void *object)
{
struct nh_rmap_obj *nh_data;
struct zebra_rmap_obj *rm_data;
if (prefix->family == AF_INET6) {
nh_data = (struct nh_rmap_obj *)object;
if (!nh_data)
rm_data = (struct zebra_rmap_obj *)object;
if (!rm_data)
return RMAP_NOMATCH;
if (nh_data->nexthop->type == NEXTHOP_TYPE_BLACKHOLE)
if (rm_data->nexthop->type == NEXTHOP_TYPE_BLACKHOLE)
return RMAP_MATCH;
}
@ -1356,21 +1356,21 @@ route_match_ip_nexthop_prefix_len(void *rule, const struct prefix *prefix,
void *object)
{
uint32_t *prefixlen = (uint32_t *)rule;
struct nh_rmap_obj *nh_data;
struct zebra_rmap_obj *rm_data;
struct prefix_ipv4 p;
nh_data = (struct nh_rmap_obj *)object;
if (!nh_data || !nh_data->nexthop)
rm_data = (struct zebra_rmap_obj *)object;
if (!rm_data || !rm_data->nexthop)
return RMAP_NOMATCH;
switch (nh_data->nexthop->type) {
switch (rm_data->nexthop->type) {
case NEXTHOP_TYPE_IFINDEX:
/* Interface routes can't match ip next-hop */
return RMAP_NOMATCH;
case NEXTHOP_TYPE_IPV4_IFINDEX:
case NEXTHOP_TYPE_IPV4:
p.family = AF_INET;
p.prefix = nh_data->nexthop->gate.ipv4;
p.prefix = rm_data->nexthop->gate.ipv4;
p.prefixlen = IPV4_MAX_BITLEN;
break;
case NEXTHOP_TYPE_IPV6:
@ -1395,14 +1395,14 @@ static enum route_map_cmd_result_t
route_match_ip_next_hop_type(void *rule, const struct prefix *prefix,
void *object)
{
struct nh_rmap_obj *nh_data;
struct zebra_rmap_obj *rm_data;
if (prefix->family == AF_INET) {
nh_data = (struct nh_rmap_obj *)object;
if (!nh_data)
rm_data = (struct zebra_rmap_obj *)object;
if (!rm_data)
return RMAP_NOMATCH;
if (nh_data->nexthop->type == NEXTHOP_TYPE_BLACKHOLE)
if (rm_data->nexthop->type == NEXTHOP_TYPE_BLACKHOLE)
return RMAP_MATCH;
}
@ -1433,13 +1433,13 @@ static enum route_map_cmd_result_t
route_match_source_protocol(void *rule, const struct prefix *p, void *object)
{
uint32_t *rib_type = (uint32_t *)rule;
struct nh_rmap_obj *nh_data;
struct zebra_rmap_obj *rm_data;
nh_data = (struct nh_rmap_obj *)object;
if (!nh_data)
rm_data = (struct zebra_rmap_obj *)object;
if (!rm_data)
return RMAP_NOMATCH;
return ((nh_data->source_protocol == *rib_type) ? RMAP_MATCH
return ((rm_data->source_protocol == *rib_type) ? RMAP_MATCH
: RMAP_NOMATCH);
}
@ -1473,13 +1473,13 @@ static enum route_map_cmd_result_t
route_match_source_instance(void *rule, const struct prefix *p, void *object)
{
uint8_t *instance = (uint8_t *)rule;
struct nh_rmap_obj *nh_data;
struct zebra_rmap_obj *rm_data;
nh_data = (struct nh_rmap_obj *)object;
if (!nh_data)
rm_data = (struct zebra_rmap_obj *)object;
if (!rm_data)
return RMAP_NOMATCH;
return (nh_data->instance == *instance) ? RMAP_MATCH : RMAP_NOMATCH;
return (rm_data->instance == *instance) ? RMAP_MATCH : RMAP_NOMATCH;
}
static void *route_match_source_instance_compile(const char *arg)
@ -1513,10 +1513,10 @@ static const struct route_map_rule_cmd route_match_source_instance_cmd = {
static enum route_map_cmd_result_t
route_set_src(void *rule, const struct prefix *prefix, void *object)
{
struct nh_rmap_obj *nh_data;
struct zebra_rmap_obj *rm_data;
nh_data = (struct nh_rmap_obj *)object;
nh_data->nexthop->rmap_src = *(union g_addr *)rule;
rm_data = (struct zebra_rmap_obj *)object;
rm_data->nexthop->rmap_src = *(union g_addr *)rule;
return RMAP_OKAY;
}
@ -1769,14 +1769,14 @@ zebra_route_map_check(afi_t family, int rib_type, uint8_t instance,
struct route_map *rmap = NULL;
char *rm_name;
route_map_result_t ret = RMAP_PERMITMATCH;
struct nh_rmap_obj nh_obj;
struct zebra_rmap_obj rm_obj;
nh_obj.nexthop = nexthop;
nh_obj.vrf_id = nexthop->vrf_id;
nh_obj.source_protocol = rib_type;
nh_obj.instance = instance;
nh_obj.metric = 0;
nh_obj.tag = tag;
rm_obj.nexthop = nexthop;
rm_obj.vrf_id = nexthop->vrf_id;
rm_obj.source_protocol = rib_type;
rm_obj.instance = instance;
rm_obj.metric = 0;
rm_obj.tag = tag;
if (rib_type >= 0 && rib_type < ZEBRA_ROUTE_MAX) {
rm_name = PROTO_RM_NAME(zvrf, family, rib_type);
@ -1793,7 +1793,7 @@ zebra_route_map_check(afi_t family, int rib_type, uint8_t instance,
return RMAP_DENYMATCH;
}
if (rmap) {
ret = route_map_apply(rmap, p, &nh_obj);
ret = route_map_apply(rmap, p, &rm_obj);
}
return (ret);
@ -1825,19 +1825,19 @@ zebra_import_table_route_map_check(int family, int re_type, uint8_t instance,
{
struct route_map *rmap = NULL;
route_map_result_t ret = RMAP_DENYMATCH;
struct nh_rmap_obj nh_obj;
struct zebra_rmap_obj rm_obj;
nh_obj.nexthop = nexthop;
nh_obj.vrf_id = vrf_id;
nh_obj.source_protocol = re_type;
nh_obj.instance = instance;
nh_obj.metric = 0;
nh_obj.tag = tag;
rm_obj.nexthop = nexthop;
rm_obj.vrf_id = vrf_id;
rm_obj.source_protocol = re_type;
rm_obj.instance = instance;
rm_obj.metric = 0;
rm_obj.tag = tag;
if (re_type >= 0 && re_type < ZEBRA_ROUTE_MAX)
rmap = route_map_lookup_by_name(rmap_name);
if (rmap) {
ret = route_map_apply(rmap, p, &nh_obj);
ret = route_map_apply(rmap, p, &rm_obj);
}
return (ret);
@ -1851,21 +1851,21 @@ route_map_result_t zebra_nht_route_map_check(afi_t afi, int client_proto,
{
struct route_map *rmap = NULL;
route_map_result_t ret = RMAP_PERMITMATCH;
struct nh_rmap_obj nh_obj;
struct zebra_rmap_obj rm_obj;
nh_obj.nexthop = nexthop;
nh_obj.vrf_id = nexthop->vrf_id;
nh_obj.source_protocol = re->type;
nh_obj.instance = re->instance;
nh_obj.metric = re->metric;
nh_obj.tag = re->tag;
rm_obj.nexthop = nexthop;
rm_obj.vrf_id = nexthop->vrf_id;
rm_obj.source_protocol = re->type;
rm_obj.instance = re->instance;
rm_obj.metric = re->metric;
rm_obj.tag = re->tag;
if (client_proto >= 0 && client_proto < ZEBRA_ROUTE_MAX)
rmap = NHT_RM_MAP(zvrf, afi, client_proto);
if (!rmap && NHT_RM_MAP(zvrf, afi, ZEBRA_ROUTE_MAX))
rmap = NHT_RM_MAP(zvrf, afi, ZEBRA_ROUTE_MAX);
if (rmap)
ret = route_map_apply(rmap, p, &nh_obj);
ret = route_map_apply(rmap, p, &rm_obj);
return ret;
}