bool save(ColorPalette& palette, const QString& suggested_filename = QString())
{
// Attempt to save with the existing file names
if ( !suggested_filename.isEmpty() && attemptSave(palette, suggested_filename) )
return true;
if ( attemptSave(palette, palette.fileName()) )
return true;
// Set up the save directory
QDir save_dir(save_path);
if ( !save_dir.exists() && !QDir().mkdir(save_path) )
return false;
// Attempt to save as (Name).gpl
QString filename = palette.name()+".gpl";
if ( !save_dir.exists(filename) &&
attemptSave(palette, save_dir.absoluteFilePath(filename)) )
return true;
// Get all of the files matching the pattern *.gpl
save_dir.setNameFilters(QStringList() << "*.gpl");
save_dir.setFilter(QDir::Files);
QStringList existing_files = save_dir.entryList();
// For all the files that match (Name)(Number).gpl, find the maximum (Number)
QRegularExpression name_regex(QRegularExpression::escape(palette.name())+"([0-9]+)\\.gpl");
int max = 0;
for ( const auto& existing_file : existing_files )
{
QRegularExpressionMatch match = name_regex.match(existing_file);
if ( match.hasMatch() )
{
int num = match.captured(1).toInt();
if ( num > max )
max = num;
}
}
return attemptSave(palette,
save_dir.absoluteFilePath(QString("%1%2.gpl").arg(palette.name()).arg(max+1))
);
}
results_t parse_tree(std::istream* in){
auto trim = [](std::string str){
str.erase(0,str.find_first_not_of(' '));
str.erase(str.find_last_not_of(' ')+1);
return str;
};
if(in==nullptr) throw std::invalid_argument("Input file cannot be null pointer.");
if(!in->good()) throw std::runtime_error("Input file cannot be read from.");
results_t results;
std::queue<std::pair<std::string,std::string>> players;
std::string line;
std::regex name_regex("(\\d*\\.?\\s*)?([A-Za-z \\-\\.]+)\\s*");
std::regex score_regex("(\\d)\\s*[\\-\\/]\\s*(\\d)\\s*|ret\\.?");
std::pair<std::string,std::string> opponents;
bool first_opponent_set=false;
bool burn_in = true;
while(getline(*in,line)){
std::smatch m;
if(std::regex_match(line,m,name_regex)){ // if line is a name
std::string name = trim(m[2].str());
if(players.empty()){
// add to list of names
if(first_opponent_set){
opponents.second = name;
players.push(opponents);
}
else{
opponents.first = name;
}
first_opponent_set = !first_opponent_set;
continue;
}
auto names = players.front();
if(!(match_name(name, names.first) || match_name(name, names.second))){
// if name is not the expected name
if(burn_in){ // and we don't have full list of names yet.
// add to list of names
if(first_opponent_set){
opponents.second = name;
players.push(opponents);
}
else{
opponents.first = name;
}
first_opponent_set = !first_opponent_set;
}
else{
throw std::runtime_error("Unexpected name '" + name+ "'." +
"Expected '"+players.front().first+"'" +
" OR '"+players.front().second+"'.");
}
}
else{ // we have the expected name
// ensure names.first is the winner
if(!match_name(name,names.first))
swap(names.first,names.second);
// Move forward in the list of expected players
players.pop();
burn_in = false; // competitors must be known now
std::string score_line;
std::smatch sm;
getline(*in,score_line);
// Extract score from matches
int score1=0,score2=0;
while(std::regex_search(score_line,sm,score_regex)){
if(stoi(sm[1].str())>stoi(sm[2].str())){
score1++;
}
else{
score2++;
}
score_line=score_line.substr(sm[0].str().length());
}
bool walkover=score_line=="wo";
if(score1+score2<1 && !walkover){
throw std::runtime_error("Expected score line. Got '"+score_line+"'");
}
// Add outcome to list of results
results.push_back(outcome_t(names.first,names.second,score1,score2,0));
// Add winner to competitors
if(first_opponent_set){
opponents.second = names.first;
players.push(opponents);
}
else{
opponents.first = names.first;
}
first_opponent_set = !first_opponent_set;
}
}
else{
throw std::runtime_error("Expected name, got '"+line+"'");
}
}
return results;
}
