void testApp::guisetup()
{
float dim = 20;
float xInit = OFX_UI_GLOBAL_WIDGET_SPACING;
float length = 200 - xInit;
gui = new ofxUICanvas(0, 0, length + xInit * 2, 2560);
gui->setFont("/System/Library/Fonts/Geneva.dfont");
ofColor cb(64, 192),
co(192, 192),
coh(128, 192),
cf(240, 255),
cfh(128, 255),
cp(96, 192),
cpo(255, 192);
gui->setUIColors(cb, co, coh, cf, cfh, cp, cpo);
gui->addLabel("Sensor", OFX_UI_FONT_LARGE);
gui->addSlider("Zoom", 0.01, 1.0, &scale, length, dim);
gui->add2DPad("Shift", ofPoint(-1.0,1.0), ofPoint(-1.0,1.0), &shift, length, length);
gui->addSlider("Sensor Angle", 0, 360, &sensor_angle, length, dim);
gui->addLabel("Region", OFX_UI_FONT_LARGE);
gui->addLabelButton("Register", ®ister_region, length, dim);
gui->addLabelButton("Clear", &clear_region, length, dim);
gui->addLabel("Visualization");
gui->addLabelToggle("Data", &draw_data, length, dim);
}
void testApp::setup() {
ofSetVerticalSync(true);
ofEnableSmoothing();
int n = ofxKinect::numAvailableDevices();
while(sensors.size() < n) {
sensors.push_back(ofPtr<CircleSensor>(new CircleSensor()));
sensors.back()->setup();
}
ofSort(sensors, bySerial);
ofxXmlSettings xml;
xml.loadFile("settings.xml");
float dim = 20;
float xInit = OFX_UI_GLOBAL_WIDGET_SPACING;
float length = 320 - xInit;
gui = new ofxUICanvas(0, 0, length + xInit * 2, 2560);
gui->setFont("/System/Library/Fonts/Geneva.dfont");
ofColor cb(64, 192),
co(192, 192),
coh(128, 192),
cf(240, 255),
cfh(128, 255),
cp(96, 192),
cpo(255, 192);
gui->setUIColors(cb, co, coh, cf, cfh, cp, cpo);
gui->addLabel("Kinects: " + ofToString(ofxKinect::numConnectedDevices()) + " / " + ofToString(ofxKinect::numTotalDevices()), OFX_UI_FONT_SMALL);
gui->addLabel("Background", OFX_UI_FONT_LARGE);
gui->addLabelToggle("Debug", &showDebug, length, dim);
gui->addLabelButton("Set dead zones", &setDeadZones, length, dim);
gui->addLabelButton("Clear", &backgroundClear, length, dim);
gui->addLabelToggle("Calibrate", &backgroundCalibrate, length, dim);
gui->addSlider("Threshold", 0, 255, &backgroundThreshold, length, dim);
gui->addLabel("Tracking", OFX_UI_FONT_LARGE);
gui->addSlider("Blur radius", 0, 11, &blurRadius, length, dim);
gui->addSlider("Threshold", 0, 255, &circleThreshold, length, dim);
gui->addSlider("Min radius", 0, 12, &minRadius, length, dim);
gui->addSlider("Max radius", 0, 12, &maxRadius, length, dim);
gui->addSlider("Sample radius", 0, 24, &sampleRadius, length, dim);
gui->addLabel("Registration", OFX_UI_FONT_LARGE);
gui->addLabelButton("Clear", ®istrationClear, length, dim);
gui->addLabelToggle("Calibrate", ®istrationCalibrate, length, dim);
gui->addSlider("Calibration accuracy", 100, 10000, ®istrationCalibrationAccuracy, length, dim);
gui->addLabel("Filtering", OFX_UI_FONT_LARGE);
gui->addSlider("Max velocity", 0, 10000, &maxVelocity, length, dim);
gui->addSlider("Filter rate", 0, 1, &filterRate, length, dim);
}
MaterialDataFiles_t SetMaterialFiles()
{
MaterialDataFiles_t material_files;
std::string elementDir("../../Data/MaterialData/PhotonCrossSection");
std::string coh("../../Data/MaterialData/XrayFormFactor/pgs5form_X100_Z100.dat");
std::string incoh("../../Data/MaterialData/XrayFormFactor/incoh_X45_Z100.dat");
std::string k_alpha("../../Data/MaterialData/CharacteristicXray/CharacteristicXrayK_alpha_Z100.dat");
material_files.PhotonCrossSectionDir = elementDir;
material_files.CoherentFilepath = coh;
material_files.IncoherentFilepath = incoh;
material_files.K_alphaFilepath = k_alpha;
return material_files;
}
int main( int argc, char** argv ) {
uint32 format = MAX_UINT32;
uint32 port = 0;
PropertyHelper::PropertyInit propInit;
auto_ptr<CommandlineOptionHandler>
coh( new CommandlineOptionHandler( argc, argv ) );
coh->setSummary( "The TrafficServer has a listening socket that "
"accepts traffic information files. Each received "
"file will be processed and the resulting traffic "
"situations sent to the InfoModule.\n\n"
"Optionally it can be run with one or more files "
"specified on the commandline. Each file will be "
"read and processed in turn. When all files have "
"been processed, the TrafficServer will exit. " );
coh->addOption( "-n", "--TrafficServerPort",
CommandlineOptionHandler::uint32Val,
1, &port, "0",
"Sets the preferred TrafficServerPort.");
typedef pair< MC2String, MC2String > OptionPair;
const OptionPair options[] = {
make_pair( "--datexii_as", "Vägverket DatexII Accident Service" ),
make_pair( "--datexii_eis", "Vägverket DatexII Emergency Info Service" ),
make_pair( "--datexii_rws", "Vägverket DatexII Road Work Service" ),
make_pair( "--datexii_tmx", "Vägverket DatexII Traffic Message Service" )
};
coh->addSingleChoiceOption( "-f",
options,
options + sizeof (options) / sizeof (*options),
&format, MAX_UINT32,
"Sets the type of data to read." );
coh->setTailHelp("[files]");
if ( ! coh->parse() ) {
mc2log << error << "TrafficServer: Error on commandline (-h for help)"
<< endl;
return 2;
}
if ( ! Properties::setPropertyFileName( coh->getPropertyFileName() ) ) {
mc2log << error << "TrafficServer: No such file or directory: '"
<< coh->getPropertyFileName() << "'" << endl;
return 3;
}
// Initialize the XML system
XMLTool::XMLInit xmlInit;
SSLCleaner sslInit;
ISABThreadInitialize threadInit;
TrafficParser* parser = createParser( format );
if ( parser == NULL ) {
mc2log << error << "Invalid parser choice!" << endl;
return 4;
}
TrafficFeed* feed = NULL;
TrafficServerComponent trafficServer( coh.get() );
if ( port != 0 ) {
feed = new TCPTrafficFeed( port,
trafficServer.getShutdownPipe() );
} else {
vector<MC2String> files;
for ( uint32 i = 0; i < coh->getTailLength(); ++i ) {
files.push_back( coh->getTail( i ) );
}
feed = new FileTrafficFeed( files );
}
coh.release();
ISABThreadHandle workThread =
new TrafficThread( parser->getProvider(),
parser, feed,
trafficServer.getShutdownPipe() );
trafficServer.setWorkThread( workThread );
trafficServer.init();
trafficServer.gotoWork( threadInit );
return 0;
}
/**
* Reads and merges sfd (wfd) files together.
*/
int
sfdmerger2( int argc, char* argv[] ) {
// COH to get BT and handle arguments
CommandlineOptionHandler coh( argc, argv, 2 );
coh.setSummary( "Merges any number of sfd files together "
"into one. But the result must form a square." );
coh.setTailHelp( "outSFDfile inSFDfile+" );
int wfdVersion = 0; // Only version 0 supported by all sfd readers 20081121
bool testRun = false;
char* name;
coh.addOption( "-w", "--wfd-version", CommandlineOptionHandler::integerVal,
1, &wfdVersion, "0",
"Set the sfd version to save, default 0. Only version 0 "
"supported by any reader but this.");
coh.addOption( "-t", "--test", CommandlineOptionHandler::presentVal,
1, &testRun, "F",
"If to only test to load the sfd files not make any output, "
"default false" );
coh.addOption( "-n", "--name",
CommandlineOptionHandler::stringVal,
1, &name, "\0",
"The name of the merged sfd, like 22_6_3 for a 3x3 tile "
"merge of x 66-68 and y 18-20.");
if ( !coh.parse() ) {
coh.printHelp( cout );
return 1;
}
MC2String outFile( coh.getTail( 0 ) );
SFDFile outSfd( name, false/*debug, overwritten by load*/ );
uint32 totalBuffSize = 0;
int res = 0;
// For all the input files
for ( int i = 1/*0 is out file name*/;
i < coh.getTailLength() && res == 0 ; ++i ) {
// Read and merge
MC2String inFile( coh.getTail( i ) );
mc2dbg << "Attempting to read " << inFile << endl;
vector<byte> buff;
int fres = File::readFile( inFile.c_str(), buff );
if ( fres < 0 ) {
res = 2;
} else {
mc2dbg << "Attempting to load " << inFile << endl;
auto_ptr<BitBuffer> bitBuff(
new BitBuffer( &buff.front(), buff.size() ) );
SFDFile sfd( inFile.c_str(), false/*debug, overwritten by load*/ );
sfd.load( *bitBuff );
// Size calculation! (Add all input file sizes and use)
totalBuffSize += buff.size();
if ( false && !testRun ) {
auto_ptr<BitBuffer> outBuff( new BitBuffer( buff.size() ) );
sfd.save( *outBuff, wfdVersion );
MC2String saveFile( inFile + ".test" );
int fres = File::writeFile( saveFile.c_str(),
outBuff->getBufferAddress(),
outBuff->getCurrentOffset() );
if ( fres < 0 ) {
mc2dbg << "Failed to save saved copy of sfd " << fres << endl;
res = 2;
} else {
mc2dbg << "Saved copy of sfd " << saveFile << " size " << fres
<< " bytes" << endl;
}
} // End if to save each input as .test
if ( i == 1 ) {
// Set first as out
outSfd.assign( sfd );
// Set the name
outSfd.setName( name );
} else {
if ( !outSfd.merge( sfd ) ) {
mc2dbg << "Failed to merge " << inFile << " into all buffers"
<< endl;
res = false;
}
}
}
} // End for all input files
if ( res == 0 && !testRun ) {
auto_ptr<BitBuffer> outBuff(
new BitBuffer( totalBuffSize * (wfdVersion > 0 ? 2 : 1 ) ) );
outSfd.save( *outBuff, wfdVersion );
int fres = File::writeFile( outFile.c_str(),
outBuff->getBufferAddress(),
outBuff->getCurrentOffset() );
if ( fres < 0 ) {
mc2dbg << "Failed to save merged sfd " << fres << endl;
res = 2;
} else {
mc2dbg << "Saved merged sfd " << outFile << " size " << fres
<< " bytes" << endl;
}
}
coh.deleteTheStrings();
return res;
}
/**
* Reads and merges sfd (wfd) files together.
*/
int
sfdmerger( int argc, char* argv[] ) {
if ( argc < 3 ) {
mc2log << error << "Usage: sfdmerger outSFDfile inSFDfile+" << endl;
return 1;
}
// COH to get BT
CommandlineOptionHandler coh( argc, argv );
SFDSavableHeader outHeader( argv[ 1 ], false/*debug*/ );
SFDMultiBufferWriter out( 0/*startOffset*/ );
int res = 0;
// TODO: First go thou all files and read headers and merge them
// TODO: Check for buffers with same crc and reuse the old if so
for ( int i = 2/*0 is program name, 1 is out file name*/;
i < argc && res == 0 ; ++i ) {
// Read and add to out
mc2dbg << "Attempting to read " << argv[ i ] << endl;
vector<byte> buff;
int fres = File::readFile( argv[ i ], buff );
if ( fres < 0 ) {
res = 2;
} else {
mc2dbg << "Attempting to load " << argv[ i ] << endl;
BitBuffer* bitBuff = new BitBuffer( &buff.front(), buff.size() );
mc2dbg << "file size " << bitBuff->getBufferSize() << endl;
// Header
SFDLoadableHeader header( argv[ i ], false/*debug*/ );
mc2dbg << "pos before header " << bitBuff->getCurrentOffset() << endl;
header.load( *bitBuff );
mc2dbg << "pos after header " << bitBuff->getCurrentOffset() << endl;
mc2dbg << "header.m_stringsAreNullTerminated " << header.stringsAreNullTerminated() << endl;
mc2dbg << "header.m_strIdxEntrySizeBits " << header.getStrIdxEntrySizeBits() << endl;
mc2dbg << "header.m_strIdxStartOffset " << header.getStrIdxStartOffset() << endl;
mc2dbg << "header.m_nbrStrings " << header.getNbrStrings() << endl;
mc2dbg << "header.m_strDataStartOffset " << header.getStrDataStartOffset() << endl;
mc2dbg << "header.m_bufferIdxStartOffset " << header.getBufferIdxStartOffset() << endl;
mc2dbg << "header.m_bufferDataStartOffset " << header.getBufferDataStartOffset() << endl;
mc2dbg << "header.m_maxStringSize " << header.maxStringSize() << endl;
// str_offset_buf
mc2dbg << "pos before str_offset_buf " << bitBuff->getCurrentOffset() << endl;
for ( uint32 i = 0 ; i < header.getNbrStrings() + 1 ; ++i ) {
bitBuff->readNextBALong();
}
// strBuf
mc2dbg << "pos before strBuf " << bitBuff->getCurrentOffset() << endl;
for ( uint32 i = 0 ; i < header.getNbrStrings() ; ++i ) {
bitBuff->readNextString();
}
// buf_offset_buf
mc2dbg << "pos before buf_offset_buf " << bitBuff->getCurrentOffset() << endl;
uint32 buffOffset = 0;
for ( uint32 i = 0 ; i < header.getNbrStrings() + 1 ; ++i ) {
buffOffset = bitBuff->readNextBALong();
mc2dbg << "buffOffset " << buffOffset << endl;
}
// mapBuf
mc2dbg << "pos before mapBuff " << bitBuff->getCurrentOffset() << endl;
for ( uint32 i = 0 ; i < header.getNbrStrings() ; ++i ) {
// TileMap
}
// Skipp to buffOffset
bitBuff->readPastBytes( buffOffset -
bitBuff->getCurrentOffset() );
mc2dbg << "pos after mapBuff " << bitBuff->getCurrentOffset()
<< " buffOffset " << buffOffset << endl;
// offsetBuf
// offset for each tile in the tile collection
// Get min, max from TileCollectionNotice...
const vector<TileCollectionNotice>& tileCollection =
header.getTileCollection();
uint32 nbrOffsets = 0;
int aLatIdx = MAX_INT32;
int aLonIdx = MAX_INT32;
for ( uint32 i = 0 ; i < tileCollection.size() ; ++i ) {
const vector<TilesForAllDetailsNotice>& tileDetail =
tileCollection[ i ].getTilesForAllDetails();
for ( uint32 j = 0 ; j < tileDetail.size() ; ++j ) {
const vector<TilesNotice>& tileNotices =
tileDetail[ j ].getTilesNotices();
for ( uint32 k = 0 ; k < tileNotices.size() ; ++k ) {
int startLatIdx = tileNotices[ k ].getStartLatIdx();
if ( aLatIdx == MAX_INT32 ) {
aLatIdx = startLatIdx;
}
int endLatIdx = tileNotices[ k ].getEndLatIdx();
int startLonIdx = tileNotices[ k ].getStartLonIdx();
if ( aLonIdx == MAX_INT32 ) {
aLonIdx = startLonIdx;
}
int endLonIdx = tileNotices[ k ].getEndLonIdx();
int nbrLayers = tileNotices[ k ].getNbrLayers();
nbrOffsets +=
(endLatIdx - startLatIdx + 1) * (endLonIdx-startLonIdx + 1);
mc2dbg << "startLatIdx " << startLatIdx << endl;
mc2dbg << "endLatIdx " << endLatIdx << endl;
mc2dbg << "startLonIdx " << startLonIdx << endl;
mc2dbg << "endLonIdx " << endLonIdx << endl;
mc2dbg << "nbrLayers " << nbrLayers << endl;
//mc2dbg << "nbrOffsets += " << ((endLatIdx - startLatIdx + 1) * (endLonIdx-startLonIdx + 1)) << endl;
} // End for all TilesNotice
} // End for all TilesForAllDetailsNotice
} // End for all TileCollectionNotice
mc2dbg << "Nbr offsets = " << (nbrOffsets+1) << endl;
bitBuff->readPastBytes( (nbrOffsets+1) * 4 );
uint32 nbrMultiBuffers = 0;
for ( uint32 i = 0 ; i < tileCollection.size() ; ++i ) {
const vector<TilesForAllDetailsNotice>& tileDetail =
tileCollection[ i ].getTilesForAllDetails();
for ( uint32 j = 0 ; j < tileDetail.size() ; ++j ) {
const vector<TilesNotice>& tileNotices =
tileDetail[ j ].getTilesNotices();
for ( uint32 det = 0 ; det < tileNotices.size() ; ++det ) {
int startLatIdx = tileNotices[ det ].getStartLatIdx();
int endLatIdx = tileNotices[ det ].getEndLatIdx();
int startLonIdx = tileNotices[ det ].getStartLonIdx();
int endLonIdx = tileNotices[ det ].getEndLonIdx();
int nbrLayers = tileNotices[ det ].getNbrLayers();
mc2dbg << "startLatIdx " << startLatIdx << endl;
mc2dbg << "endLatIdx " << endLatIdx << endl;
mc2dbg << "startLonIdx " << startLonIdx << endl;
mc2dbg << "endLonIdx " << endLonIdx << endl;
mc2dbg << "nbrLayers " << nbrLayers << endl;
for ( int32 lat = startLatIdx ; lat <= endLatIdx ; ++lat ) {
for ( int32 lon = startLonIdx ; lon <= endLonIdx ; ++lon ) {
//for ( int imp = tileNotices[ k ].getFirstImportanceNbr( 0/*lay*/ ) ; imp <= tileNotices[ k ].getLastImportanceNbr( 0/*lay*/ ) ; ++imp ) {
mc2dbg << "multiBuff " << nbrMultiBuffers++ << " lat " << lat << "/" << endLatIdx << " lon " << lon << "/" << endLonIdx << " det " << det << "/" << tileNotices.size() /*<< " imp " << imp << "/" << tileNotices[ k ].getLastImportanceNbr( 0*lay* )*/ /*<< " lay " << lay << "/" << nbrLayers*/ << " tileNotice " << det << "/" << tileNotices.size() << " tileDetails " << j << "/" << tileDetail.size() << " " << " tileCollection " << i << endl;
mc2dbg << "pos before multiBuff " << bitBuff->getCurrentOffset() << endl;
// multiBuf
const TileMapParams param(
9/*serverPrefix*/, 1/*gzip*/, 0/*layer*/,
TileMapTypes::tileMapData, 0/*imp*//*importanceNbr*/, LangTypes::english,
lat/*tileIndexLat*/, lon, det/*detailLevel*/ ); // FIXME: Less hardcoded values
auto_ptr<SFDMultiBufferReader> reader( new SFDMultiBufferReader( bitBuff, param, &header ) );
mc2dbg << "reader.hasNext() " << reader->hasNext() << endl;
while ( reader->hasNext() ) {
LangTypes::language_t lang = LangTypes::english; // FIXME:
// Data
SFDMultiBufferReader::bufPair_t data = reader->readNext( lang );
// TODO: Add more to outHeader
outHeader.updateMetaData( data.first.getAsString() );
out.addMap( data.first, data.second );
}
mc2dbg << "pos after multiBuff " << bitBuff->getCurrentOffset()
<< " buffer is " << bitBuff->getBufferSize() << endl;
//mc2dbg << "Done with importance " << imp << "/" << tileNotices[ k ].getLastImportanceNbr( 0/*lay*/ ) << endl;
//} // End for all importances
} // End for all lon
} // End for all lat
mc2dbg << "TileNotice " << det << " done" << endl;
} // End for all TilesNotice
mc2dbg << "TileDetailNotice " << j << " done" << endl;
} // End for all TilesForAllDetailsNotice
} // End for all TileCollectionNotice
mc2dbg << "pos after all multiBuff " << bitBuff->getCurrentOffset()
<< " buffer is " << bitBuff->getBufferSize() << endl;
} // End else could read input file
} // For all input sfd-files
if ( res == 0 ) {
mc2dbg << "Read all sfd files now saving meta sfd" << endl;
// SharedBuffer& buf;
// outHeader
out.writeAdded();
const SharedBuffer* outData = out.getBuffer();
mc2dbg << "Writing " << outData->getBufferSize() << " bytes "
<< "to " << outHeader.getName().c_str() << endl;
int fres = File::writeFile(
outHeader.getName().c_str(),
outData->getBufferAddress(), outData->getBufferSize() );
if ( fres <= 0 ) {
mc2dbg << "Write failed res " << fres << endl;
res = 2;
}
}
return res;
}
int main(int argc, char *argv[])
try {
ISABThreadInitialize init;
PropertyHelper::PropertyInit propInit;
bool profileCalcRoute = false;
uint32 mapToLoad = MAX_UINT32;
auto_ptr<CommandlineOptionHandler>
coh( new CommandlineOptionHandler( argc, argv ) );
coh->addOption("-c", "--profile-calcroute",
CommandlineOptionHandler::presentVal,
1, &profileCalcRoute, "F",
"If present the processor will be run in the main "
"thread and read packets of the format 4 bytes len, "
"len bytes packet from stdin");
char defVal[20];
sprintf(defVal, "%u", MAX_UINT32);
coh->addOption("-m", "--loadmap",
CommandlineOptionHandler::uint32Val,
1, &mapToLoad, defVal,
"Load a map and delete it again and exit");
RouteModule* routeModule = new RouteModule( coh.release() );
ISABThreadHandle routeHandle = routeModule;
routeModule->parseCommandLine();
if ( profileCalcRoute ) {
profile();
}
if ( mapToLoad != MAX_UINT32 ) {
char packInfo[Processor::c_maxPackInfo];
MapSafeVector loadedMaps;
RouteProcessor processor( &loadedMaps );
LoadMapRequestPacket* lmap = new LoadMapRequestPacket(mapToLoad);
DeleteMapRequestPacket* dmap = new DeleteMapRequestPacket(mapToLoad);
auto_ptr<ReplyPacket> lmapRepl( (ReplyPacket*)
processor.handleRequest(lmap, packInfo));
if ( lmapRepl->getSubType() != Packet::PACKETTYPE_LOADMAPREPLY ||
lmapRepl->getStatus() != StringTable::OK ) {
return 1;
}
mc2dbg << "Memory: " << SysUtility::getMemoryInfo() << endl;
// delete
processor.handleRequest(dmap, packInfo);
Properties::Destroy();
exit(0);
}
routeModule->init();
routeModule->start();
routeModule->gotoWork( init );
return 0;
} catch ( const ComponentException& ex ) {
mc2log << fatal << "Could not initialize RouteModule. "
<< ex.what() << endl;
return 1;
}
int main( int argc, char** argv ) {
CommandlineOptionHandler coh( argc, argv );
typedef pair< MC2String, MC2String > OptionPair;
uint32 format = MAX_UINT32;
const OptionPair options[] = {
make_pair( "--datexii_as", "Vägverket DatexII Accident Service" ),
make_pair( "--datexii_eis", "Vägverket DatexII Emergency Info Service" ),
make_pair( "--datexii_rws", "Vägverket DatexII Road Work Service" ),
make_pair( "--datexii_tmx", "Vägverket DatexII Traffic Message Service" ),
};
coh.addSingleChoiceOption( "-f",
options,
options + sizeof (options) / sizeof (*options),
&format, MAX_UINT32,
"Sets the type of data to read." );
coh.setTailHelp("[files]");
if ( ! coh.parse() ) {
mc2log << error << "Failed to parse command line!" << endl;
return 1;
}
if ( ! Properties::setPropertyFileName( coh.getPropertyFileName() ) ) {
mc2log << error << "TrafficServer: No such file or directory: '"
<< coh.getPropertyFileName() << "'" << endl;
return 2;
}
// Initialize the XML system
XMLTool::XMLInit xmlInit;
vector<MC2String> files;
for ( uint32 i = 0; i < coh.getTailLength(); ++i ) {
files.push_back( coh.getTail( i ) );
}
FileTrafficFeed feed( files );
// we need files!
if ( feed.eos() ) {
mc2log << error << "No feed!" << endl;
return 3;
}
auto_ptr<TrafficParser> parser( createParser( format ) );
if ( ! parser.get() ) {
mc2log << error << "Failed to create parser" << endl;
return 4;
}
while ( ! feed.eos() ) {
// get data and parse situations
TrafficFeed::Data data;
if ( ! feed.getData( data ) ) {
mc2log << error << "Failed to get feed." << endl;
break;
}
TrafficParser::Situations situations;
if ( ! parser->parse( data, situations ) ) {
mc2log << error << "Failed to parse feed." << endl;
return 5;
}
if ( situations.empty() ) {
mc2log << error << "No situations parsed from feed." << endl;
return 6;
}
mc2log << "Situations parsed: " << situations.size() << endl;
STLUtility::deleteValues( situations );
}
return 0;
}