continue;
}
loc *ploc = (*word_map) [ query_text ];
set<short,less<short>,allocator> occurrence_1i nes;
loc::iterator liter = ploc->begin(),
liter_end = ploc->end();
while ( liter != liter_end ) {
occurrence_lines.1nsert(
occurrence_lines.end(), (*liter).first);
++liter;
}
register int size = occurrence_lines.size();
cout << "\n" << query_text
<< " occurs " << size
<< (size == 1 ? " time:" : " times:")
<< "\n\n";
set<short,less<short>,allocator>::iterator
it=occurrence_lines.begin();
for ( ; it != occurrence_"lines.end(); ++it ) {
int line = *it;
cout << "\t( line "
// áóäåì íóìåðîâàòü ñòðîêè ñ 1,
// êàê ýòî ïðèíÿòî âåçäå
<< line + 1 << " ) "
<< (*lines_of_text)[line] << endl;
}
cout << endl;
}
while ( ! query_text.empty() );
cout << "Ok, bye!\n";
}
void
TextQuery::
display_map_text()
{
typedef map<string,loc*, less<string>, allocator> map_text;
map_text::iterator iter = word_map->begin(),
iter_end = word_map->end();
while ( iter != iter_end ) {
cout << "word: " << (*iter).first << " (";
int loc_cnt = 0;
loc *text_locs = (*iter).second;
loc::iterator liter = text_locs->begin(),
liter_end = text_locs->end();
while ( liter != liter_end )
{