int main(int argc, char* argv[])
{
if (argc < 2)
{
STXXL_MSG("Usage: " << argv[0] << " #log_ins");
return -1;
}
const int log_nins = atoi(argv[1]);
if (log_nins > 31) {
STXXL_ERRMSG("This test can't do more than 2^31 operations, you requested 2^" << log_nins);
return -1;
}
btree_type BTree(1024 * 128, 1024 * 128);
const stxxl::uint64 nins = 1ULL << log_nins;
stxxl::ran32State = (unsigned int)time(NULL);
stxxl::vector<int> Values(nins);
STXXL_MSG("Generating " << nins << " random values");
stxxl::generate(Values.begin(), Values.end(), rnd_gen(), 4);
stxxl::vector<int>::const_iterator it = Values.begin();
STXXL_MSG("Inserting " << nins << " random values into btree");
for ( ; it != Values.end(); ++it)
BTree.insert(std::pair<int, double>(*it, double(*it) + 1.0));
STXXL_MSG("Number of elements in btree: " << BTree.size());
STXXL_MSG("Searching " << nins << " existing elements");
stxxl::vector<int>::const_iterator vIt = Values.begin();
for ( ; vIt != Values.end(); ++vIt)
{
btree_type::iterator bIt = BTree.find(*vIt);
STXXL_CHECK(bIt != BTree.end());
STXXL_CHECK(bIt->first == *vIt);
}
STXXL_MSG("Searching " << nins << " non-existing elements");
stxxl::vector<int>::const_iterator vIt1 = Values.begin();
for ( ; vIt1 != Values.end(); ++vIt1)
{
btree_type::iterator bIt = BTree.find((*vIt1) + 1);
STXXL_CHECK(bIt == BTree.end());
}
STXXL_MSG("Test passed.");
return 0;
}
std::string EasyUtil::GetUUID()
{
try
{
boost::uuids::random_generator rnd_gen;
boost::uuids::uuid u = rnd_gen();
std::string s = boost::uuids::to_string(u);
boost::erase_all(s, "-");
return s;
}
catch (std::exception &e)
{
printf("SysUtil::GetUUID error: %s\n", e.what());
return std::string();
}
}
void
test_subsets(){
bj_ostream& os = bj_out;
MARK_USED(os);
row<bool> dbg_arr;
dbg_arr.fill(false, DBG_NUM_LEVS);
dbg_arr[2] = true;
GSKE.kg_root_path = TEST_ROOT_PATH;
GSKE.init_paths();
GSKE.print_paths(os);
ch_string GSKE_ROOT = GSKE.kg_root_path + SKG_SKELETON_DIR;
os << "WARNING !!! deleting '" << GSKE_ROOT << "'" << bj_eol;
delete_directory(GSKE_ROOT);
//dbg_arr[80] = true;
long num_test_to_gen = 1000;
//unsigned long init_val = (long)(run_time());
unsigned long init_val = 10;
tak_mak rnd_gen(init_val);
for(long aa = 0; aa < num_test_to_gen; aa++){
test_pair_subsets(rnd_gen, aa);
os << aa << " ";
os.flush();
}
os << bj_eol;
GSKE.clear_all();
os << "2. FINISHING ..." << bj_eol;
os.flush();
}
bool test_nw_srt_from(long test_consec, long start_rnd, avg_stat& spd_avg,
bool DEBUG_SRT_FROM = false, bool SPEED_TEST = false)
{
std::ostream& os = std::cout;
os << "TEST " << test_consec << "(seed=" << start_rnd << ")";
os.flush();
sort_glb glb1;
//glb1.init_head_ss();
glb1.stab_mutual_init();
//os << "START_RND=" << start_rnd << std::endl;
tak_mak rnd_gen(start_rnd);
k_row<elem_sor> all_elem;
row<op_sor> all_ops;
if(SPEED_TEST){
all_ops.set_cap(10000);
}
long num_elem = rnd_gen.gen_rand_int32_ie(1, 1000);
all_elem.set_cap(num_elem);
for(long aa = 0; aa <= num_elem; aa++){
elem_sor& ele = all_elem.inc_sz();
ele.es_id = "e=";
}
row<elem_sor*> tmp_rr1;
row<elem_sor*> tmp_rr2;
bool stop_all = false;
std::stringstream ss_tmp;
long num_lvs = rnd_gen.gen_rand_int32_ie(1, 10);
for(long bb = 1; ((bb < num_lvs) && ! stop_all); bb++){
glb1.sg_curr_stab_consec++;
DBG_CK(glb1.sg_curr_stab_consec >= bb);
DBG_CK(glb1.sg_curr_stab_consec >= glb1.sg_dbg_last_id);
std::string bb_ss = long_to_str(bb);
long num_reps_lv = rnd_gen.gen_rand_int32_ie(1, 10);
for(long dd = 0; ((dd < num_reps_lv) && ! stop_all); dd++){
DBG_CK(glb1.sg_curr_stab_consec >= glb1.sg_dbg_last_id);
long num_elem_rep = rnd_gen.gen_rand_int32_ie(1, num_elem);
for(long cc = 0; ((cc < num_elem_rep) && ! stop_all); cc++){
DBG_CK(glb1.sg_curr_stab_consec >= glb1.sg_dbg_last_id);
bool all_csecs = false;
long elem_idx = rnd_gen.gen_rand_int32_ie(1, num_elem);
SORTER_CK(all_elem.is_valid_idx(elem_idx));
elem_sor& ele = all_elem[elem_idx];
if(DEBUG_SRT_FROM){
ss_tmp.clear();
ss_tmp.seekg(0, std::ios::beg);
ss_tmp.str("");
ss_tmp.flush();
glb1.sort_to_row_and_all_consec<elem_sor>(tmp_rr1, all_csecs);
tmp_rr1.print_row_data(ss_tmp, true, "\n");
if(! tmp_rr1.is_sorted(cmp_elem_sr)){
//tmp_rr1.print_row_data(os, true, "\n");
std::string out_ss = ss_tmp.str();
os << out_ss;
os << "FAILED starting" << std::endl << ele << std::endl;
os << "START_RND=" << start_rnd << std::endl;
stop_all = true;
break;
}
}
std::string dbg_id_start = ele.es_id;
if(SPEED_TEST){
op_sor& the_op = all_ops.inc_sz();
the_op.op_elem = &ele;
the_op.op_id = bb;
} else {
DBG_CK(glb1.sg_curr_stab_consec >= bb);
DBG_CK(glb1.sg_curr_stab_consec >= glb1.sg_dbg_last_id);
ele.es_srt_bdr.sort_from(glb1, bb);
DBG_CK(glb1.sg_curr_stab_consec >= glb1.sg_dbg_last_id);
}
ele.es_id += "b" + bb_ss;
ele.add(bb);
std::string dbg_id_end = ele.es_id;
if(DEBUG_SRT_FROM){
glb1.sort_to_row_and_all_consec<elem_sor>(tmp_rr2, all_csecs);
if(! tmp_rr2.is_sorted(cmp_elem_sr)){
os << "STARTING" << std::endl;
std::string out_ss = ss_tmp.str();
os << out_ss;
//tmp_rr1.print_row_data(os, true, "\n");
os << std::endl << std::endl << "ENDING" << std::endl;
tmp_rr2.print_row_data(os, true, "\n");
os << "FAILED ending" << std::endl << ele << std::endl;
os << "curr_id=" << bb << std::endl;
os << "dbg_id_start=" << dbg_id_start << std::endl;
os << "dbg_id_end=" << dbg_id_end << std::endl;
os << "START_RND=" << start_rnd << std::endl;
stop_all = true;
ck_sorted_elems(tmp_rr2, cmp_elem_sr);
break;
}
}
}
}
}
os << "::";
os.flush();
//DBG_CK(glb1.sg_curr_stab_consec >= glb1.sg_dbg_last_id);
long num_srt_from = 0;
double run_speed = 0;
if(SPEED_TEST){
double start_tm = cpu_time();
for(long aa = 0; aa < all_ops.size(); aa++){
op_sor& the_op = all_ops[aa];
SORTER_CK(the_op.op_elem != NULL_PT);
SORTER_CK(the_op.op_id > 0);
the_op.op_elem->es_srt_bdr.sort_from(glb1, the_op.op_id);
num_srt_from++;
}
double finish_tm = cpu_time();
run_speed = num_srt_from / (finish_tm - start_tm);
if(finite(run_speed)){
spd_avg.add_val(run_speed);
}
}
//DBG_CK(glb1.sg_curr_stab_consec >= glb1.sg_dbg_last_id);
if(! stop_all){
row<elem_sor*> s_rr;
bool all_in_consec = false;
glb1.sort_to_row_and_all_consec<elem_sor>(s_rr, all_in_consec);
os << " #elem=" << num_elem << " #ops=" << num_srt_from << " speed=" << run_speed
<< " finite=" << finite(run_speed);
//os << "SIZE=" << s_rr.size() << bj_eol;
//s_rr.print_row_data(os, true, "\n");
//os << "NUM_ELEM=" << num_elem << std::endl;
//os << "START_RND=" << start_rnd << std::endl;
//os << std::endl;
bool finish_ok = true;
if(! s_rr.is_sorted(cmp_elem_sr)){
s_rr.print_row_data(os, true, "\n");
os << " START_RND=" << start_rnd << std::endl;
SORTER_CK(ck_sorted_elems(s_rr, cmp_elem_sr));
finish_ok = false;
}
glb1.sort_to_tmp_srss();
if(! glb1.sg_tmp_srss.is_sorted(cmp_sorsets)){
s_rr.print_row_data(os, true, "\n");
os << " START_RND=" << start_rnd << std::endl;
ck_sorted_sorsets(glb1.sg_tmp_srss, cmp_sorsets);
SORTER_CK(false);
finish_ok = false;
}
//os << "FINISHED OK=" << start_rnd << std::endl;
if(finish_ok){
os << " finished ok";
} else {
os << " FAILED !!!!!!!!!!!!!!!!!!!!!!!!!!!!";
os.flush();
abort_func(0);
}
//os << std::endl;
//glb1.release_all();
//glb1.init_head_ss();
glb1.stab_mutual_init();
}
//os << "START_RND=" << start_rnd << std::endl;
return ! stop_all;
}
void
test_skl(){
row<bool> dbg_arr;
dbg_arr.fill(false, DBG_NUM_LEVS);
dbg_arr[2] = true;
//dbg_arr[95] = true;
bj_ostream& os = bj_out;
MARK_USED(os);
GSKE.kg_root_path = TEST_ROOT_PATH;
ch_string GSKE_ROOT = GSKE.kg_root_path + SKG_SKELETON_DIR;
os << "WARNING !!! deleting '" << GSKE_ROOT << "'" << bj_eol;
delete_directory(GSKE_ROOT);
GSKE.init_paths();
GSKE.print_paths(os);
GSKE.kg_find_cnn_pth = true;
GSKE.kg_dbg_verifying_skeleton_tree = false;
GSKE.kg_dbg_only_save = false;
os << "Type RETURN ..." << bj_eol;
getchar();
GSKE.kg_dbg_save_canon = true;
//dbg_arr[107] = true;
dbg_arr[73] = true;
//dbg_arr[76] = true;
//dbg_arr[78] = true;
//dbg_arr[108] = true;
//dbg_arr[109] = true;
//ccl_skl_walker& skl_wlkr = GSKE.kg_ccl_wlkr;
//clause_walker& wlkr = skl_wlkr.fw_walker;
canon_cnf the_cnf;
//wlkr.cw_cnf = &the_cnf;
//unsigned long init_val = (long)(run_time());
unsigned long init_val = 10;
tak_mak rnd_gen(init_val);
tak_mak rnd_gen2(init_val);
glb_test_tak_mak = &rnd_gen2;
long NUM_CNFS = 50;
long max_ccl_sz = 5;
long max_num_ccls_cnf = 200;
long max_num_vars_cnf = 50;
ch_string rr_pth = SKG_REF_DIR;
ch_string r1_pth = rr_pth + "/test_ref1/";
ch_string r2_pth = rr_pth + "/test_ref2/";
ch_string r3_pth = rr_pth + "/test_ref3/";
GSKE.ref_create(r1_pth);
GSKE.ref_create(r2_pth);
GSKE.ref_create(r3_pth);
//GSKE.report_err("a_missing_path", GSKE.kg_missing_path);
ch_string skl_nt_pth = GSKE.as_full_path(SKG_CNF_DIR);
os << "1. SAVING TEST ..." << bj_eol;
for(long aa = 0; aa < NUM_CNFS; aa++){
the_cnf.release_and_init(GSKE, true);
//gen_phases(rnd_gen, the_cnf.cf_phdat);
gen_ccls_cnf(rnd_gen, the_cnf, max_ccl_sz, max_num_ccls_cnf, max_num_vars_cnf);
the_cnf.cf_kind = fk_diff;
ch_string cnn_base_name = the_cnf.get_cnf_path();
if(! GSKE.ref_exists(cnn_base_name)){
os << "num_test=" << aa << bj_eol;
the_cnf.save_cnf(GSKE, cnn_base_name);
row<neuron*> all_found;
ch_string vpth = the_cnf.first_vnt_i_super_of(GSKE, all_found);
MARK_USED(vpth);
BRAIN_CK(vpth != SKG_INVALID_PTH);
} else {
os << bj_eol;
os << bj_eol;
os << "!!! SKIPED num_test=" << aa;
}
the_cnf.release_and_init(GSKE, true);
update_rnd_elap_in_dir(rnd_gen2, skl_nt_pth);
}
os << "3. LOADING TEST ..." << bj_eol;
bool fnd1 = GSKE.find_skl_path(GSKE.as_full_path(rr_pth + "/test_ref1/"));
bool fnd2 = GSKE.find_skl_path(GSKE.as_full_path(rr_pth + "/test_ref2/"));
bool fnd3 = GSKE.find_skl_path(GSKE.as_full_path(rr_pth + "/test_ref3/"));
MARK_USED(fnd1);
MARK_USED(fnd2);
MARK_USED(fnd3);
BRAIN_CK(fnd1);
BRAIN_CK(fnd2);
BRAIN_CK(fnd3);
load_all_in_dir(skl_nt_pth);
the_cnf.release_and_init(GSKE, true);
GSKE.clear_all();
os << "4. FINISHING ..." << bj_eol;
os.flush();
}
