std::vector<WordAnalysis> Vabamorf::analyze(
StringVector const& sentence,
const bool disambiguate,
const bool guess,
const bool phonetic,
const bool propername) {
applyMorfSettings(linguistic, guess, phonetic, propername);
CFSArray<CFSVar> words = convertInput(sentence);
addAnalysis(linguistic, disambiguator, words, disambiguate);
return convertOutput(words);
}
foreach(AbstractAnalysis* item, analyzes)
{
addAnalysis(item->clone());
}
void AnalysisManager::startSequence(void)
{
if(inFilesList_.size()==0 || (theXmlParser_->getDocument())==0)
return;
currentOperation_ = "Running analyses";
STDLINE(currentOperation_,ACRed);
abort_ = false;
isFinished_ = false;
currentEntry_ = 0;
completionStatus_ = 0;
currentEntry_ = 0;
resetAnalyses();
openOutFile();
setMaxNumberOfThreads(atoi(theXmlParser_->getGeneral()->getNumberOfThreads().c_str()));
setThreadEvents();
if(abort_) return;
if((theXmlParser_->getPlanes())["Dut0"]->useCalibrations())
{
STDLINE("Setting calibrations for Dut0...",ACRed);
setupCalibrations(0);
STDLINE("Done!",ACGreen);
}
else if((theXmlParser_->getPlanes())["Dut1"]->useCalibrations())
{
STDLINE("Setting calibrations for Dut1...",ACRed);
setupCalibrations(1);
STDLINE("Done!",ACGreen);
}
else
STDLINE("Not using calibrations!",ACRed);
std::map<int, std::pair<std::string,XmlAnalysis*> > analyses = theXmlParser_->getAnalyses();
int totAnalysesToRun = 0;
for(std::map<int, std::pair<std::string, XmlAnalysis*> >::iterator iy = analyses.begin(); iy != analyses.end(); ++iy)
{
if(iy->second.second->isToRun())
{
std::string analName = iy->second.first;
int it = iy->second.second->getPriority();
addAnalysis(it, analName);
analyses[it].second->setCutsList();
++totAnalysesToRun;
std::stringstream ss;
ss << it;
STDLINE("Adding " + analName + " analysis with priority " + ss.str(), ACWhite);
}
}
std::sort(analysesOrder_.begin(), analysesOrder_.end(), sorter_);
completionStatus_ = 1;
if(abort_) return;
//initializeTrees();//Done already in setThreadEvents()
completionStatus_ = 2;
if(abort_) return;
currentOperation_ = "Begin jobs";
STDLINE(currentOperation_, ACRed);
for (int it = 0; it < totAnalysesToRun; ++it)
{
setCutsFormula(analyses[it].first,analyses[it].second->getCutsList());
}
completionStatus_ = 3;
float completionRunning = 95/analysesOrder_.size();
float n = 0;
for (int it = 0; it < totAnalysesToRun; ++it)
{
analyses_[it].second->setDoNotDelete(true);//Because the out file is open and it will delete the objects when closed
setListOfRun(analyses_[it].second);
if (analyses[it].first.find("After") != std::string::npos)
{
writeOutFile();
analyses_[it].second->getInFile(outFile_);
}
currentOperation_ = "Begin " + analyses_[it].first + "jobs";
STDLINE(currentOperation_, ACRed);
if (!outFile_) STDLINE("Where the hell is the output file??", ACRed);
outFile_->cd();
analyses_[it].second->beginJob();
currentOperation_ += " done!";
STDLINE(currentOperation_, ACGreen);
if(abort_) return;
currentOperation_ += " done!";
STDLINE(currentOperation_, ACGreen);
completionStatus_ = 3 + completionRunning*n + 1;
if(abort_) return;
completionStatusBegin_ = completionStatusEnd_ = completionStatus_;
if(abort_) return;
currentOperation_ = "Running " + analyses_[it].first + " analysis";
STDLINE(currentOperation_, ACRed);
currentEntry_ = 0;
completionStatusBegin_ = completionStatusEnd_;
completionStatusEnd_ += completionRunning -1;
resetThreadedEntries();
outFile_->cd();
analyses_[it].second->runAnalysis();
if(abort_) return;
currentOperation_ = analyses_[it].first + " analysis done!";
STDLINE(currentOperation_, ACGreen);
if(abort_) return;
currentOperation_ = "End " + analyses_[it].first + " jobs";
STDLINE(currentOperation_, ACRed);
outFile_->cd();
analyses_[it].second->endJob();
currentOperation_ += " done!";
STDLINE(currentOperation_, ACGreen);
n += 1;
if(abort_) return;
}
closeInFiles();
completionStatus_ = completionStatusEnd_;
if(abort_) return;
currentOperation_ += " done!";
STDLINE(currentOperation_, ACGreen);
if(abort_) return;
currentOperation_ = "Writing file " + outFileName_;
STDLINE(currentOperation_, ACRed);
writeOutFile();
//closeOutFile();
resetAnalyses();
completionStatus_ = 99;
if(abort_) return;
currentOperation_ += " done!";
STDLINE(currentOperation_,ACGreen);
isFinished_ = true;
currentOperation_ = "Analyses completed!";
STDLINE(currentOperation_,ACGreen);
}
