t_list_single find_aux(t_list_words l, t_websearch search_engine,
t_list_single sites)
{
if (IS_EMPTY(l)) {
return sites;
} else {
char *results[NBR_WEBSITES];
int count;
char *request;
int i;
INFO("Construction de la requête");
request = build_request(HEAD(l));
INFO("Requête : %s", request);
count = websearch(search_engine, request, results, NBR_WEBSITES);
INFO("Documents trouvés : %d", count);
INFO("Stockage des sites trouvés");
for(i=0;i<count;i++) {
if (add_single_sorted(results[i], NBR_WEBSITES-i, &sites) == 0) {
free(results[i]);
}
}
INFO("Libération de la requête");
free_request(request);
return find_aux(NEXT(l), search_engine, sites);
}
}
size_t string::find(const string& str, size_t pos) const
{
size_t lengthOfS = str.size();
if (size() - pos < lengthOfS)
return npos;
return find_aux(str.cbegin(), pos, lengthOfS, size());
}
long get_aux(long *auxv, long id)
{
long *p = find_aux(auxv, id);
if (p)
return *p;
else
return 0;
}
t_list_single find_on_web(const char *filepath, t_websearch search_engine,
int nbr_words, int skip_words, int *nbr_seq)
{
t_list_single single;
t_list_words l;
t_list_single sites;
INFO("Découpage du fichier");
l = analyse_file(filepath, nbr_words, skip_words, &single, 0);
*nbr_seq = length_list(l);
INFO("Récupération des sites");
sites = find_aux(l, search_engine, EMPTY_SL);
INFO("Tri les sites trouvés");
sort_single_list_by_weight(&sites);
DEBUG("Libération de la mémoire");
free_list(&l);
free_single_list(&single);
return sites;
}
void set_aux(long *auxv, long id, long val)
{
long *p = find_aux(auxv, id);
if (p) *p = val;
}
size_t string::find(const char* s, size_t pos, size_t n) const{
//size_t lengthOfS = strlen(s);
return find_aux(s, pos, n, size());
}
size_t string::find(const char* s, size_t pos, size_t n) const
{
return find_aux(s, pos, n, size());
}
