/**
** Initialize the server_lookup structure.
**
** We need to initialize the server_lookup structure for the server
** configuration access. Don't want a NULL pointer flying around, when
** we have to look for server configs.
**
** @param ServerLookup pointer to the pointer of the server lookup structure.
**
** @return integer
**
** @retval HI_SUCCESS function successful.
** @retval HI_MEM_ALLOC_FAIL memory allocation failed
*/
int hi_ui_server_lookup_init(SERVER_LOOKUP **ServerLookup)
{
#ifdef SUP_IP6
*ServerLookup = sfrt_new(DIR_16_4x4_16x5_4x4, IPv6, HI_UI_CONFIG_MAX_SERVERS, 20);
#else
*ServerLookup = sfrt_new(DIR_16x2, IPv4, HI_UI_CONFIG_MAX_SERVERS, 20);
#endif
if(*ServerLookup == NULL)
{
return HI_MEM_ALLOC_FAIL;
}
return HI_SUCCESS;
}
int ftpp_ui_client_lookup_init(CLIENT_LOOKUP **ClientLookup)
{
#ifdef SUP_IP6
*ClientLookup = sfrt_new(DIR_16_4x4_16x5_4x4, IPv6, FTPP_UI_CONFIG_MAX_CLIENTS, 20);
#else
*ClientLookup = sfrt_new(DIR_16x2, IPv4, FTPP_UI_CONFIG_MAX_CLIENTS, 20);
#endif
if(*ClientLookup == NULL)
{
return FTPP_MEM_ALLOC_FAIL;
}
return FTPP_SUCCESS;
}
/**
** Initialize the server_lookup structure.
**
** We need to initialize the server_lookup structure for the server
** configuration access. Don't want a NULL pointer flying around, when
** we have to look for server configs.
**
** @param ServerLookup pointer to the pointer of the server lookup structure.
**
** @return integer
**
** @retval HI_SUCCESS function successful.
** @retval HI_MEM_ALLOC_FAIL memory allocation failed
*/
int hi_ui_server_lookup_init(SERVER_LOOKUP **ServerLookup)
{
*ServerLookup = sfrt_new(DIR_16_4x4_16x5_4x4, IPv6, HI_UI_CONFIG_MAX_SERVERS, 20);
if(*ServerLookup == NULL)
{
return HI_MEM_ALLOC_FAIL;
}
return HI_SUCCESS;
}
static void IpListInit(uint32_t maxEntries, ReputationConfig *config)
{
if (config->iplist == NULL)
{
#ifdef SUP_IP6
/*DIR_16x7_4x4 for performance, but memory usage is high
*Use DIR_8x16 worst case IPV4 5K, IPV6 15K (bytes)
*Use DIR_16x7_4x4 worst case IPV4 500, IPV6 2.5M
*/
config->iplist = sfrt_new(DIR_8x16, IPv6, maxEntries, config->memcap);
#else
config->iplist = sfrt_new(DIR_8x4, IPv4, maxEntries, config->memcap);
#endif
if (config->iplist == NULL)
{
DynamicPreprocessorFatalMessage("%s(%d): Failed to create IP list.\n",
*(_dpd.config_file), *(_dpd.config_line));
return;
}
}
}
int main()
{
table_t *dir;
uint32_t ip_list[NUM_IPS]; /* entirely arbitrary */
char data[NUM_DATA]; /* also entirely arbitrary */
uint32_t index, val;
for(index=0; index<NUM_IPS; index++)
{
ip_list[index] = (uint32_t)rand()%NUM_IPS;
data[index%NUM_DATA] = index%26 + 65; /* Random letter */
}
dir = sfrt_new(DIR_16x2, IPv4, NUM_IPS, 20);
if(!dir)
{
printf("Failed to create DIR\n");
return 1;
}
for(index=0; index < NUM_IPS; index++)
{
if(sfrt_insert(&ip_list[index], 32, &data[index%NUM_DATA],
RT_FAVOR_SPECIFIC, dir) != RT_SUCCESS)
{
printf("DIR Insertion failure\n");
return 1;
}
printf("%d\t %x: %c -> %c\n", index, ip_list[index],
data[index%NUM_DATA], *(uint32_t*)sfrt_lookup(&ip_list[index], dir));
}
for(index=0; index < NUM_IPS; index++)
{
val = *(uint32_t*)sfrt_lookup(&ip_list[index], dir);
printf("\t@%d\t%x: %c. originally:\t%c\n",
index, ip_list[index], val, data[index%NUM_DATA]);
}
printf("Usage: %d bytes\n", ((dir_table_t*)(dir->rt))->allocated);
sfrt_free(dir);
return 0;
}
