void ipv4check() {
printf("Value = %lu\n", hash_sockaddr(&ipv4a, 0));
printf("Value = %lu\n", hash_sockaddr(&ipv4b, 0));
printf("Value = %lu\n", hash_sockaddr(&ipv4c, 0));
EQUALS(hash_sockaddr(&ipv4a, IGNORE_PORT), 17107466, "ipv4a doesn't hash as expected");
EQUALS(hash_sockaddr(&ipv4b, IGNORE_PORT), 17107466, "ipv4b doesn't hash as expected");
EQUALS(hash_sockaddr(&ipv4c, IGNORE_PORT), 33884682, "ipv4c doesn't hash as expected");
EQUALS(hash_sockaddr(&ipv4a, CHECK_PORT), 151325194, "ipv4a doesn't hash as expected");
EQUALS(hash_sockaddr(&ipv4b, CHECK_PORT), 151259658, "ipv4b doesn't hash as expected");
EQUALS(hash_sockaddr(&ipv4c, CHECK_PORT), 168102410, "ipv4c doesn't hash as expected");
}
uint64_t nsm_client_rbt_hash_func(hash_parameter_t * p_hparam,
hash_buffer_t * buffclef)
{
unsigned long res;
state_nsm_client_t * pkey = (state_nsm_client_t *)buffclef->pdata;
if(nfs_param.core_param.nsm_use_caller_name)
{
unsigned int sum = 0;
unsigned int i;
/* Compute the sum of all the characters */
for(i = 0; i < pkey->ssc_nlm_caller_name_len; i++)
sum +=(unsigned char) pkey->ssc_nlm_caller_name[i];
res = (unsigned long) sum +
(unsigned long) pkey->ssc_nlm_caller_name_len;
}
else
{
res = hash_sockaddr(&pkey->ssc_client_addr, IGNORE_PORT);
}
if(isDebug(COMPONENT_HASHTABLE))
LogFullDebug(COMPONENT_STATE, "rbt = %lu", res);
return res;
} /* nsm_client_rbt_hash_func */
/**
*
* dupreq_rbt_hash_func: computes the rbt value for the entry in dupreq cache.
*
* Computes the rbt value for the entry in dupreq cache. In fact, it just use the Xid
* itself (which is an unsigned integer) as the rbt value.
* This function is called internal in the HasTable_* function
*
* @param hparam [IN] hash table parameter.
* @param buffcleff[in] pointer to the hash key buffer
*
* @return the computed rbt value.
*
* @see HashTable_Init
*
*/
unsigned long dupreq_rbt_hash_func(hash_parameter_t * p_hparam, hash_buffer_t * buffclef)
{
dupreq_key_t *pdupkey = (dupreq_key_t *)(buffclef->pdata);
unsigned long addr_hash = hash_sockaddr((sockaddr_t *) &pdupkey->addr, CHECK_PORT);
return (((unsigned long)pdupkey->xid + addr_hash)^(pdupkey->checksum)) % p_hparam->index_size;
} /* dupreq_rbt_hash_func */
void ipv6check() {
printf("Value = %lu\n", hash_sockaddr(&ipv6a, 0));
printf("Value = %lu\n", hash_sockaddr(&ipv6b, 0));
printf("Value = %lu\n", hash_sockaddr(&ipv6c, 0));
EQUALS(hash_sockaddr(&ipv6a, CHECK_PORT), 150995232, "ipv6a doesn't hash as expected");
EQUALS(hash_sockaddr(&ipv6b, CHECK_PORT), 151060768, "ipv6b doesn't hash as expected");
EQUALS(hash_sockaddr(&ipv6c, CHECK_PORT), 150998560, "ipv6c doesn't hash as expected");
}
/**
*
* ip_stats_rbt_hash_func: computes the hash value for the entry in IP stats cache.
*
* Computes the hash value for the entry in IP stats cache.
* This function is called internal in the HasTable_* function
*
* @param hparam [IN] hash table parameter.
* @param buffcleff[in] pointer to the hash key buffer
*
* @return the computed hash value.
*
* @see HashTable_Init
*
*/
unsigned long int ip_stats_value_hash_func(hash_parameter_t * p_hparam,
hash_buffer_t * buffclef)
{
return hash_sockaddr((sockaddr_t *)buffclef->pdata, IGNORE_PORT) % p_hparam->index_size;
}
/**
*
* ip_stats_rbt_hash_func: computes the rbt value for the entry in IP stats cache.
*
* Computes the rbt value for the entry in IP stats cache.
* This function is called internal in the HasTable_* function
*
* @param hparam [IN] hash table parameter.
* @param buffcleff[in] pointer to the hash key buffer
*
* @return the computed rbt value.
*
* @see HashTable_Init
*
*/
unsigned long int ip_stats_rbt_hash_func(hash_parameter_t * p_hparam,
hash_buffer_t * buffclef)
{
return hash_sockaddr((sockaddr_t *)buffclef->pdata, IGNORE_PORT);
}
/**
* @brief Compute the rbt value for the entry in IP/name cache
*
* @param[in] hparam Hash table parameter
* @param[in] buffclef Hash key buffer
*
* @return the computed rbt value.
*
* @see hashtable_init
*
*/
uint64_t ip_name_rbt_hash_func(hash_parameter_t *hparam,
struct gsh_buffdesc *buffclef)
{
return hash_sockaddr(buffclef->addr, true);
}
/**
* @name Compute the hash value for the entry in IP/name cache
*
* @param[in] hparam Hash table parameter.
* @param[in] buffcleff The hash key buffer
*
* @return the computed hash value.
*
* @see hashtable_init
*
*/
uint32_t ip_name_value_hash_func(hash_parameter_t *hparam,
struct gsh_buffdesc *buffclef)
{
return hash_sockaddr(buffclef->addr, true) % hparam->index_size;
}
/**
*
* ip_name_rbt_hash_func: computes the rbt value for the entry in IP/name cache.
*
* Computes the rbt value for the entry in IP/name cache.
* This function is called internal in the HasTable_* function
*
* @param hparam [IN] hash table parameter.
* @param buffcleff[in] pointer to the hash key buffer
*
* @return the computed rbt value.
*
* @see HashTable_Init
*
*/
uint64_t ip_name_rbt_hash_func(hash_parameter_t * p_hparam,
hash_buffer_t * buffclef)
{
return hash_sockaddr((sockaddr_t *)buffclef->pdata, IGNORE_PORT);
}
/**
*
* ip_name_rbt_hash_func: computes the hash value for the entry in IP/name cache.
*
* Computes the hash value for the entry in IP/name cache.
* This function is called internal in the HasTable_* function
*
* @param hparam [IN] hash table parameter.
* @param buffcleff[in] pointer to the hash key buffer
*
* @return the computed hash value.
*
* @see HashTable_Init
*
*/
uint32_t ip_name_value_hash_func(hash_parameter_t * p_hparam,
hash_buffer_t * buffclef)
{
return hash_sockaddr((sockaddr_t *)buffclef->pdata, IGNORE_PORT) % p_hparam->index_size;
}