int main()
{
ifstream infile( "alice_emma" );
istream_iterator<string> ifile( infile );
istream_iterator<string> eos;
vector< string > text;
copy( ifile, eos, inserter( text, text.begin() ));
string filt_elems( "\",.?;:" );
filter_string( text.begin(), text.end(), filt_elems );
vector<string>::iterator iter;
sort( text.begin(), text.end() );
iter = unique( text.begin(), text.end() );
text.erase( iter, text.end() );
ofstream outfile( "alice_emma_sort" );
iter = text.begin();
for ( int line_cnt = 1; iter != text.end(); ++iter, ++line_cnt )
{
outfile << *iter << " ";
if ( ! ( line_cnt % 8 ))
outfile << '\n';
}
}
int main()
{
vector<string,allocator> *text_file = retrieve_text();
text_loc *text_locations = separate_words( text_file );
string filt_elems( "\",.;:!?)(" );
filter_text( text_locations->first, filt_elems );
suffix_text( text_locations->first );
strip_caps( text_locations->first );
map<string,loc*,less<string>,allocator> *text_map = build_word_map( text_locations );
query_text( text_file, text_map );
return 0;
}
int main()
{
vector<string,allocator> *text_file = retrieve_text();
text_loc *text_locations = separate_words( text_file );
string filt_elems( "\",.;:!?)(" );
filter_text( text_locations->first, filt_elems );
ostream_iterator< string > output( cout, "\n" );
cout << "----------- about to generate text read --------------\n";
copy( text_file->begin(), text_file->end(), output );
cout << "-------- about to generate word and location data ----\n";
display_text_locations( text_locations );
return 0;
}
