virtual void run () {
while (!isDone()) {
std::ostringstream oss;
oss.width(8);
oss << getLogCount() << "\b\b\b\b\b\b\b\b";
std::cout << oss.str() << std::flush;
sleep(1);
}
}
Handle<Value> LogJs::log(const Arguments& args, Log::WarningLevel level) {
HandleScope scope;
Context::Scope context_scope(Context::GetCurrent());
if (level >= Log::getInstance().getLevel())
{
Local<StackTrace> stack = StackTrace::CurrentStackTrace(1);
Local<StackFrame> frame = stack->GetFrame(0);
int lineNumber = -1;
QString script("<unknown>");
QString functionName("<unknown>");
if (stack->GetFrameCount() >= 1)
{
lineNumber = frame->GetLineNumber();
script = toString(frame->GetScriptName());
functionName = toString(frame->GetFunctionName());
}
std::stringstream rMessage;
for (int i = 0; i < args.Length(); i++)
{
if (i != 0)
{
rMessage << " ";
}
rMessage << args[i];
}
QString message = QString::fromUtf8(rMessage.str().data());
int logLimit = ConfigOptions().getOgrLogLimit();
int messageCount = getLogCount(message);
if (messageCount == logLimit)
{
message = QString("Received %1 of the same message. Silencing: ").arg(messageCount) + message;
}
if (messageCount <= logLimit)
{
Log::getInstance().log(level, message, script, functionName, lineNumber);
}
}
return scope.Close(Undefined());
}
/**
* Get the number of backtracks (unlucky guesses) required
* when solving this puzzle.
*/
int BoardGenerator::getBacktrackCount(){
return getLogCount(solveHistory, LogItem::ROLLBACK);
}
/**
* Get the number of box/line reductions that were performed
* in solving this puzzle.
*/
int BoardGenerator::getBoxLineReductionCount(){
return getLogCount(solveInstructions, LogItem::ROW_BOX)+
getLogCount(solveInstructions, LogItem::COLUMN_BOX);
}
/**
* Get the number lucky guesses in solving this puzzle.
*/
int BoardGenerator::getGuessCount(){
return getLogCount(solveInstructions, LogItem::GUESS);
}
/**
* Get the number of pointing pair/triple reductions that were performed
* in solving this puzzle.
*/
int BoardGenerator::getPointingPairTripleCount(){
return getLogCount(solveInstructions, LogItem::POINTING_PAIR_TRIPLE_ROW)+
getLogCount(solveInstructions, LogItem::POINTING_PAIR_TRIPLE_COLUMN);
}
/**
* Get the number of hidden pair reductions that were performed
* in solving this puzzle.
*/
int BoardGenerator::getHiddenPairCount(){
return getLogCount(solveInstructions, LogItem::HIDDEN_PAIR_ROW) +
getLogCount(solveInstructions, LogItem::HIDDEN_PAIR_COLUMN) +
getLogCount(solveInstructions, LogItem::HIDDEN_PAIR_SECTION);
}
/**
* Get the number of naked pair reductions that were performed
* in solving this puzzle.
*/
int BoardGenerator::getNakedPairCount(){
return getLogCount(solveInstructions, LogItem::NAKED_PAIR_ROW) +
getLogCount(solveInstructions, LogItem::NAKED_PAIR_COLUMN) +
getLogCount(solveInstructions, LogItem::NAKED_PAIR_SECTION);
}
/**
* Get the number of cells for which the solution was determined
* because that cell had the only possibility for some value in
* the row, column, or section.
*/
int BoardGenerator::getHiddenSingleCount(){
return getLogCount(solveInstructions, LogItem::HIDDEN_SINGLE_ROW) +
getLogCount(solveInstructions, LogItem::HIDDEN_SINGLE_COLUMN) +
getLogCount(solveInstructions, LogItem::HIDDEN_SINGLE_SECTION);
}
/**
* Get the number of cells for which the solution was determined
* because there was only one possible value for that cell.
*/
int BoardGenerator::getSingleCount(){
return getLogCount(solveInstructions, LogItem::SINGLE);
}
