static struct filelist *
merge_sort(struct filelist *head, int (*cmp)(const struct filelist *, const struct filelist *))
{
struct filelist *left, *right;
if (head == NULL || head->fl_next == NULL)
return head;
list_split(head, &left, &right);
left = merge_sort(left, cmp);
right = merge_sort(right, cmp);
return sorted_merge(left, right, cmp);
}
int ipv4_init(struct fins_module *module, uint32_t flows_num, uint32_t *flows, metadata_element *params, struct envi_record *envi) {
PRINT_IMPORTANT("Entered: module=%p, params=%p, envi=%p", module, params, envi);
module->state = FMS_INIT;
module_create_structs(module);
ipv4_init_params(module);
module->data = secure_malloc(sizeof(struct ipv4_data));
struct ipv4_data *md = (struct ipv4_data *) module->data;
if (module->flows_max < flows_num) {
PRINT_ERROR("todo error");
return 0;
}
md->flows_num = flows_num;
int i;
for (i = 0; i < flows_num; i++) {
md->flows[i] = flows[i];
}
md->addr_list = list_create(IPV4_ADDRESS_LIST_MAX);
list_for_each1(envi->if_list, ipv4_ifr_get_addr_func, md->addr_list);
if (envi->if_loopback) {
md->addr_loopback = (struct addr_record *) list_find(envi->if_loopback->addr_list, addr_is_v4);
}
if (envi->if_main) {
md->addr_main = (struct addr_record *) list_find(envi->if_main->addr_list, addr_is_v4);
}
md->route_list = list_filter(envi->route_list, route_is_addr4, route_clone);
if (md->route_list->len > IPV4_ROUTE_LIST_MAX) {
PRINT_ERROR("todo");
struct linked_list *leftover = list_split(md->route_list, IPV4_ROUTE_LIST_MAX - 1);
list_free(leftover, free);
}
md->route_list->max = IPV4_ROUTE_LIST_MAX;
//when recv pkt would need to check addresses
//when send pkt would need to check routing table & addresses (for ip address)
//both of these would need to be updated by switch etc
//routing_table = IP4_get_routing_table();
PRINT_DEBUG("after ip4 sort route table");
memset(&md->stats, 0, sizeof(struct ipv4_stats));
return 1;
}
void main(int argc, char* argv[])
{
pstud phead,ptail,phead1;
int i;
phead=NULL;
ptail=NULL;
while(scanf("%d",&i) != EOF)
{
list_tail_insert(&phead,&ptail,i);
}
list_print(phead);
phead1=phead->pnext;
list_split(phead,phead1);
list_print(phead);
list_print(phead1);
}
int generate_histdb_prepare(genhistdb_handle_type *_handle, char *dirname, char *dbname,
unsigned int nr_threads, generate_mode_t mode)
{
struct genhistdb_struct *handle;
Node *head = NULL;
Node *compute = NULL;
unsigned int compute_len = 0;
if(!dirname || !dbname)
return -1;
handle = (struct genhistdb_struct *)malloc(sizeof(struct genhistdb_struct));
if(!handle)
return -1;
if(nr_threads == 0)
handle->nr_threads = DEFAULT_NTHREADS;
else
handle->nr_threads = nr_threads;
head = GetMusicFiles(dirname);
handle->hist_list = NULL;
handle->hist_len = 0;
if(mode == UPDATE_MODE) {
if(read_histdb(&handle->hist_list, &handle->hist_len, dbname)) {
compute = head;
} else {
compute = get_compute(head, handle->hist_list, handle->hist_len);
}
} else {
compute = get_compute(head, handle->hist_list, handle->hist_len);
}
compute_len = list_len(compute);
if(compute_len > 0)
handle->hist_list = realloc(handle->hist_list, sizeof(hist_t) * (handle->hist_len + compute_len));
if(!handle->hist_list) {
free(handle);
goto realloc_failed;
}
if(compute_len <= handle->nr_threads)
handle->nr_threads = 1;
handle->threads = (pthread_t *)calloc(handle->nr_threads, sizeof(pthread_t));
if(!handle->threads)
goto threads_failed;
handle->per_thread_list = (Node **)calloc(handle->nr_threads, sizeof(Node *));
if(!handle->per_thread_list)
goto list_creation_failed;
handle->completed = 0;
handle->updated = 0;
handle->to_complete = compute_len;
list_split(handle->per_thread_list, handle->nr_threads, compute);
strcpy(handle->dbname, dbname);
*_handle = handle;
return 0;
list_creation_failed:
free(handle->threads);
threads_failed:
free(handle->hist_list);
realloc_failed:
free(handle);
return -1;
}
