int main() {
try {
vector<string> strElems;
read_from_file(strElems, "p105_sets.txt");
ofstream output_file("output_file.txt");
vector<int> intElems;
int result = 0;
for (int i = 0; i < strElems.size(); ++i) {
convert_to_int(strElems[i], intElems);
sort(intElems.begin(), intElems.end());
SSS sss = SSS(intElems);
if (sss.isSpecialSumSet()) {
result += sss.sum();
output_file << strElems[i];
output_file << '\t';
output_file << sss.sum();
output_file << '\n';
}
}
cout << result << endl;
}
catch (exception) {
cerr << "error with 'main'";
}
}
template<bool isReader> void MDEC_SyncState(EW::NewState *ns)
{
NSS(ClockCounter);
NSS(MDRPhase);
SSS(InFIFO);
SSS(OutFIFO);
NSS(block_y);
NSS(block_cb);
NSS(block_cr);
NSS(Control);
NSS(Command);
NSS(InCommand);
NSS(QMatrix);
NSS(QMIndex);
NSS(IDCTMatrix);
NSS(IDCTMIndex);
NSS(QScale);
NSS(Coeff);
NSS(CoeffIndex);
NSS(DecodeWB);
NSS(PixelBuffer);
NSS(PixelBufferReadOffset);
NSS(PixelBufferCount32);
NSS(InCounter);
NSS(RAMOffsetY);
NSS(RAMOffsetCounter);
NSS(RAMOffsetWWS);
}
// prints each series in the hash, also stores a pointer
// for each series indexed by the order printed in eps_ptr
static void print_menu(Eps** eps_ptr, Eps *hash ) {
sqlite3 *db;
int result;
result = sqlite3_open(DATABASE, &db);
if( result ) {
efprintf("show_menu failed: %s\n", sqlite3_errmsg(db));
sqlite3_close(db);
exit(23);
}
sqlite3_stmt *statement_h;
const char *query_h = "select current from SeriesData where Title = ?";
sqlite3_prepare_v2(db, query_h, (int) strlen(query_h), &statement_h, NULL);
int index =0;
// Prints each series of a separate row
for(Eps *e=hash; e != NULL; e=e->hh.next, ++index) {
// uses a array indexing index to series then use that to select the right series
eps_ptr[index] = e;
bool ordered = true;
qsort_b(e->eps->arr, e->eps->index, sizeof(size_t),
^(const void *a, const void *b){
const Ep *ea = *((Ep**)a), *eb = *((Ep**)b);
mmprintf("%ld %ld res: %d\n", ea->num, eb->num, longcmp( ea->num, eb->num ) );
return longcmp( ea->num , eb->num );
}
);
if (e->eps->index > 1){
for(int i = 0; i<e->eps->index-1;i++){
if (EPS_ARR(e,i+1)->num != 1 + EPS_ARR(e,i)->num){
ordered = false;
break;
}
}
}
sqlite3_bind_text(statement_h, 1, e->series, -1, SQLITE_TRANSIENT);
result = sqlite3_step(statement_h);
mmprintf("r:%i Row:%i Ok:%i done:%i \n", result, SQLITE_ROW, SQLITE_OK, SQLITE_DONE );
int current =-1;
if (result == SQLITE_ROW|| result == SQLITE_OK || result == SQLITE_DONE){
current = sqlite3_column_int(statement_h, 0);
mmprintf("current:%d\n",current );
}else{
efprintf( "SQL error %s : %s\n", e->series, sqlite3_errmsg(db));
exit(12);
}
// Printing
printf( SSS("%-2d") " :", COLOUR(index,GREEN));
printf(" P: " SSS("%-2d"), COLOUR(current,WHITE));
printf(" N: ");
if (ordered && e->eps->index > 1 ){ // Range of eps
printf(SSS("%4ld") SSS("-%-4ld"),
COLOUR(EPS_ARR(e,0)->num, BLUE), COLOUR(EPS_ARR(e,e->eps->index-1)->num,BLUE)
);
}else if (e->eps->index == 1){ // single ep
const int extra = (3-1)*3;
printf(SSS("%2ld") " %*s", COLOUR(EPS_ARR(e,0)->num, YELLOW), extra,"" );
}else{ // range with eps missing (only shows the fist three)
const int min = e->eps->index < 3 ? e->eps->index :3;
const int extra = (3-min)*3;
for(int i = 0; i<min;i++){
printf(SSS("%2ld") " %*s", COLOUR(EPS_ARR(e,i)->num, RED), extra,"" );
}
}
printf(" %s\n", e->series);
result = sqlite3_reset(statement_h);
}
