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Rename variables of type protocol in order to be consistent with the rest of the codebase

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This commit is contained in:
Igor Putovny 2024-02-29 14:37:09 +01:00
parent 4621925ff4
commit ade731e02a
1 changed files with 34 additions and 29 deletions
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63
proto/aggregator/aggregator.c
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@ -669,7 +669,7 @@ print_prefixes(const struct trie_node *node, int type)
} }
static void static void
create_route_ip4(struct aggregator_proto *proto, const struct net_addr_ip4 *addr, struct aggregator_bucket *bucket) create_route_ip4(struct aggregator_proto *p, const struct net_addr_ip4 *addr, struct aggregator_bucket *bucket)
{ {
struct { struct {
struct network net; struct network net;
@ -678,12 +678,12 @@ create_route_ip4(struct aggregator_proto *proto, const struct net_addr_ip4 *addr
assert(addr->type == NET_IP4); assert(addr->type == NET_IP4);
net_copy_ip4((struct net_addr_ip4 *)&net_placeholder.net.n.addr, addr); net_copy_ip4((struct net_addr_ip4 *)&net_placeholder.net.n.addr, addr);
bucket->rte->src = proto->p.main_source; bucket->rte->src = p->p.main_source;
aggregator_bucket_update(proto, bucket, &net_placeholder.net); aggregator_bucket_update(p, bucket, &net_placeholder.net);
} }
static void static void
create_route_ip6(struct aggregator_proto *proto, struct net_addr_ip6 *addr, struct aggregator_bucket *bucket) create_route_ip6(struct aggregator_proto *p, struct net_addr_ip6 *addr, struct aggregator_bucket *bucket)
{ {
struct { struct {
struct network n; struct network n;
@ -692,26 +692,26 @@ create_route_ip6(struct aggregator_proto *proto, struct net_addr_ip6 *addr, stru
assert(addr->type == NET_IP6); assert(addr->type == NET_IP6);
net_copy_ip6((struct net_addr_ip6 *)&net_placeholder.n.n.addr, addr); net_copy_ip6((struct net_addr_ip6 *)&net_placeholder.n.n.addr, addr);
bucket->rte->src = proto->p.main_source; bucket->rte->src = p->p.main_source;
aggregator_bucket_update(proto, bucket, &net_placeholder.n); aggregator_bucket_update(p, bucket, &net_placeholder.n);
} }
static void static void
collect_prefixes_helper_ip4(const struct trie_node *node, struct net_addr_ip4 *addr, struct aggregator_proto *proto, int depth, int *count) collect_prefixes_helper_ip4(const struct trie_node *node, struct net_addr_ip4 *addr, struct aggregator_proto *p, int depth, int *count)
{ {
assert(node != NULL); assert(node != NULL);
if (is_leaf(node)) if (is_leaf(node))
{ {
assert(node->bucket != NULL); assert(node->bucket != NULL);
create_route_ip4(proto, addr, node->bucket); create_route_ip4(p, addr, node->bucket);
*count += 1; *count += 1;
return; return;
} }
if (node->bucket != NULL) if (node->bucket != NULL)
{ {
create_route_ip4(proto, addr, node->bucket); create_route_ip4(p, addr, node->bucket);
*count += 1; *count += 1;
} }
@ -719,33 +719,33 @@ collect_prefixes_helper_ip4(const struct trie_node *node, struct net_addr_ip4 *a
{ {
ip4_clrbit(&addr->prefix, depth); ip4_clrbit(&addr->prefix, depth);
addr->pxlen = depth + 1; addr->pxlen = depth + 1;
collect_prefixes_helper_ip4(node->child[0], addr, proto, depth + 1, count); collect_prefixes_helper_ip4(node->child[0], addr, p, depth + 1, count);
} }
if (node->child[1]) if (node->child[1])
{ {
ip4_setbit(&addr->prefix, depth); ip4_setbit(&addr->prefix, depth);
addr->pxlen = depth + 1; addr->pxlen = depth + 1;
collect_prefixes_helper_ip4(node->child[1], addr, proto, depth + 1, count); collect_prefixes_helper_ip4(node->child[1], addr, p, depth + 1, count);
} }
} }
static void static void
collect_prefixes_helper_ip6(const struct trie_node *node, struct net_addr_ip6 *addr, struct aggregator_proto *proto, int depth, int *count) collect_prefixes_helper_ip6(const struct trie_node *node, struct net_addr_ip6 *addr, struct aggregator_proto *p, int depth, int *count)
{ {
assert(node != NULL); assert(node != NULL);
if (is_leaf(node)) if (is_leaf(node))
{ {
assert(node->bucket != NULL); assert(node->bucket != NULL);
create_route_ip6(proto, addr, node->bucket); create_route_ip6(p, addr, node->bucket);
*count += 1; *count += 1;
return; return;
} }
if (node->bucket != NULL) if (node->bucket != NULL)
{ {
create_route_ip6(proto, addr, node->bucket); create_route_ip6(p, addr, node->bucket);
*count += 1; *count += 1;
} }
@ -753,19 +753,19 @@ collect_prefixes_helper_ip6(const struct trie_node *node, struct net_addr_ip6 *a
{ {
ip6_clrbit(&addr->prefix, depth); ip6_clrbit(&addr->prefix, depth);
addr->pxlen = depth + 1; addr->pxlen = depth + 1;
collect_prefixes_helper_ip6(node->child[0], addr, proto, depth + 1, count); collect_prefixes_helper_ip6(node->child[0], addr, p, depth + 1, count);
} }
if (node->child[1]) if (node->child[1])
{ {
ip6_setbit(&addr->prefix, depth); ip6_setbit(&addr->prefix, depth);
addr->pxlen = depth + 1; addr->pxlen = depth + 1;
collect_prefixes_helper_ip6(node->child[1], addr, proto, depth + 1, count); collect_prefixes_helper_ip6(node->child[1], addr, p, depth + 1, count);
} }
} }
static void static void
collect_prefixes(struct aggregator_proto *proto) collect_prefixes(struct aggregator_proto *p)
{ {
int count = 0; int count = 0;
int type = NET_IP4; int type = NET_IP4;
@ -775,14 +775,14 @@ collect_prefixes(struct aggregator_proto *proto)
struct net_addr_ip4 *addr = allocz(sizeof(struct net_addr_ip4)); struct net_addr_ip4 *addr = allocz(sizeof(struct net_addr_ip4));
addr->type = NET_IP4; addr->type = NET_IP4;
addr->length = sizeof(struct net_addr_ip4); addr->length = sizeof(struct net_addr_ip4);
collect_prefixes_helper_ip4(proto->root, addr, proto, 0, &count); collect_prefixes_helper_ip4(p->root, addr, p, 0, &count);
} }
else if (type == NET_IP6) else if (type == NET_IP6)
{ {
struct net_addr_ip6 *addr = allocz(sizeof(struct net_addr_ip6)); struct net_addr_ip6 *addr = allocz(sizeof(struct net_addr_ip6));
addr->type = NET_IP6; addr->type = NET_IP6;
addr->length = sizeof(struct net_addr_ip6); addr->length = sizeof(struct net_addr_ip6);
collect_prefixes_helper_ip6(proto->root, addr, proto, 0, &count); collect_prefixes_helper_ip6(p->root, addr, p, 0, &count);
} }
log("%d prefixes collected", count); log("%d prefixes collected", count);
@ -792,26 +792,31 @@ collect_prefixes(struct aggregator_proto *proto)
* Run Optimal Routing Table Constructor (ORTC) algorithm * Run Optimal Routing Table Constructor (ORTC) algorithm
*/ */
static void static void
calculate_trie(void *p) calculate_trie(void *P)
{ {
struct aggregator_proto *proto = (struct aggregator_proto *)p; struct aggregator_proto *p = (struct aggregator_proto *)P;
log("====PREFIXES BEFORE ===="); log("====PREFIXES BEFORE ====");
print_prefixes(proto->root, NET_IP4); log("XXX arte: %p, src: %p", p->default_arte, p->default_arte->rte.src);
print_prefixes(p->root, NET_IP4);
first_pass(proto->root, proto->trie_slab); first_pass(p->root, p->trie_slab);
log("====FIRST PASS===="); log("====FIRST PASS====");
print_prefixes(proto->root, NET_IP4); log("XXX arte: %p, src: %p", p->default_arte, p->default_arte->rte.src);
print_prefixes(p->root, NET_IP4);
second_pass(proto->root); second_pass(p->root);
log("====SECOND PASS===="); log("====SECOND PASS====");
print_prefixes(proto->root, NET_IP4); log("XXX arte: %p, src: %p", p->default_arte, p->default_arte->rte.src);
print_prefixes(p->root, NET_IP4);
third_pass(proto->root); third_pass(p->root);
log("====THIRD PASS===="); log("====THIRD PASS====");
print_prefixes(proto->root, NET_IP4); log("XXX arte: %p, src: %p", p->default_arte, p->default_arte->rte.src);
print_prefixes(p->root, NET_IP4);
collect_prefixes(proto); collect_prefixes(p);
log("XXX arte: %p, src: %p", p->default_arte, p->default_arte->rte.src);
log("==== AGGREGATION DONE ===="); log("==== AGGREGATION DONE ====");
} }