const struct sw_flow_key *key)
{
struct sw_table_hash *th = (struct sw_table_hash *) swt;
- unsigned int crc = crc32_calculate(&th->crc32, key, sizeof *key);
+ unsigned int crc = crc32_calculate(&th->crc32, key,
+ offsetof(struct sw_flow_key, wildcards));
return &th->buckets[crc & th->bucket_mask];
}
{
struct sw_table_hash *th = (struct sw_table_hash *) swt;
stats->name = "hash";
- stats->n_flows = th->n_flows;
+ stats->wildcards = 0; /* No wildcards are supported. */
+ stats->n_flows = th->n_flows;
stats->max_flows = th->bucket_mask + 1;
stats->n_matched = swt->n_matched;
}
th = malloc(sizeof *th);
if (th == NULL)
return NULL;
+ memset(th, '\0', sizeof *th);
assert(!(n_buckets & (n_buckets - 1)));
th->buckets = calloc(n_buckets, sizeof *th->buckets);
for (i = 0; i < 2; i++)
table_hash_stats(t2->subtable[i], &substats[i]);
stats->name = "hash2";
- stats->n_flows = substats[0].n_flows + substats[1].n_flows;
+ stats->wildcards = 0; /* No wildcards are supported. */
+ stats->n_flows = substats[0].n_flows + substats[1].n_flows;
stats->max_flows = substats[0].max_flows + substats[1].max_flows;
stats->n_matched = swt->n_matched;
}
t2 = malloc(sizeof *t2);
if (t2 == NULL)
return NULL;
+ memset(t2, '\0', sizeof *t2);
t2->subtable[0] = table_hash_create(poly0, buckets0);
if (t2->subtable[0] == NULL)