int main (int argc, char **argv)
{
int cnt;
if (argc < 4 || argc > 5) {
Usage();
return 1;
}
std::string etable = argv[1];
std::string vtable = argv[2];
std::string rtable = argv[3];
std::string fnames = etable + ".osrm.names";
std::string fosrm = etable + ".osrm";
std::string frestrict = etable + ".osrm.restrictions";
const char *dbconn = "dbname=osrm_test user=postgres host=localhost";
if (argc == 5) dbconn = argv[4];
try {
pqxx::connection conn( dbconn );
pqxx::work txn(conn);
txn.exec( "set client_min_messages to warning" );
txn.commit();
std::cout << " Creating names table ...\n";
createNames( conn, etable );
std::cout << " Writing " << fnames << " file ... ";
cnt = writeNames( conn, fnames, etable );
std::cout << cnt << " records\n";
std::ofstream out( fosrm.c_str(), std::ios::out | std::ios::binary );
writeHeader( out );
std::cout << " Writing vertices to " << fosrm << " file ... ";
cnt = writeVertices( conn, out, vtable );
std::cout << cnt << " records\n";
std::cout << " Writing edges to " << fosrm << " file ... ";
cnt = writeEdges( conn, out, etable );
std::cout << cnt << " records\n";
out.close();
std::cout << " Writing restrictions to " << frestrict << " file ... ";
cnt = writeRestrictions( conn, frestrict, rtable );
std::cout << cnt << " records\n";
std::cout << " Done!\n";
}
catch (const std::exception &e) {
std::cerr << e.what() << std::endl;
return 1;
}
}
ColorManager::ColorManager() {
m_colorMaps.resize(TOTAL_COLORS);
initColors();
createNames();
m_uneditableColors = 3;
// Make sure these are in the same order as in PredefinedTypes
// These indicate the number of ramps for each ramp type
setNumColorRamps(SEQUENTIAL, 7);
setNumColorRamps(DIVERGING, 6);
setNumColorRamps(QUALITATIVE, 5);
setNumColorRamps(LINK_REL2, 3);
setNumColorRamps(LINK_CON2, 2);
setNumColorRamps(LINK_REL5, 2);
m_strat = ORDER;
}
void DSO::load()
{
dsoHeader_t dsoHead;
SkFile pf("resources/dso/dso.dat");
if (!pf.open(SkFile::ReadOnly))
{
return;
}
pf.read((char *)&dsoHead.id, 4);
pf.read((char *)&dsoHead.numDso, sizeof(qint32));
pf.read((char *)&dsoHead.textSegSize, sizeof(qint32));
pf.read((char *)&dsoHead.galClassSize, sizeof(qint32));
pf.read((char *)&dsoHead.catNamesSize, sizeof(qint32));
m_names = pf.read(dsoHead.textSegSize);
m_classes = pf.read(dsoHead.galClassSize);
m_catNnames = pf.read(dsoHead.catNamesSize);
for (qint32 i = 0; i < dsoHead.numDso; i++)
{
dso_t dso;
pf.read((char *)&dso.nameOffs, sizeof(qint32));
pf.read((char *)&dso.rd.ra, sizeof(double));
pf.read((char *)&dso.rd.dec, sizeof(double));
pf.read((char *)&dso.mag, sizeof(signed short));
pf.read((char *)&dso.pa, sizeof(unsigned short));
pf.read((char *)&dso.sx, sizeof(quint32));
pf.read((char *)&dso.sy, sizeof(quint32));
pf.read((char *)&dso.type, sizeof(unsigned char));
pf.read((char *)&dso.cataloque, sizeof(unsigned char));
pf.read((char *)&dso.shape, sizeof(unsigned short));
pf.read((char *)&dso.galType, sizeof(unsigned short));
SkMath::range(dso.rd.ra, R360);
if (dso.sx > 0 && dso.sy == 0)
{
dso.sy = dso.sx;
}
m_dso.append(dso);
}
qDebug() << "dso" << dsoHead.numDso;
pf.close();
/*
if (!addCustomFile("data/custom.dst"))
{
qDebug() << m_lastCustomError;
}
*/
// sort dso by size
qSort(m_dso.begin(), m_dso.end(), dsoCompare);
assignToSectors();
createSectors();
createNames(&m_names);
loadCommonNames();
}