int main(int argc, char *argv[])
{
sqlite3 *db;
int64 count;
parseArgs(argc, argv);
db = openDatabase();
if (rebuild) {
dropGlueTables(db);
}
makeTables(db);
fillGlueTables(db);
count = writeEventsToSQL(db);
evlog(LOG_ALWAYS, "Imported %llu events from %s to %s, serial %lu.",
count, logFileName, databaseName, logSerial);
if (runTests) {
/* TODO: more unit tests in here */
testTableExists(db);
}
closeDatabase(db);
return 0;
}
void Ring::initialize(double r, double c)
{
radius = r;
rSq = r*r;
halfRsq = rSq/2.0;
circum = 2*M_PI*r;
pCenter = c*circum;
tProb = pCenter + circum;
getCellRange();
vecDim = cellRange.size()-1;
m_maxX = pol2xy(M_PI/4.0).first;
getPoints();
makeTables();
}
void Ray::initialize(double s, double r)
{
sigma = s;
range = r;
xsigma = range*sigma;
vlen = floor(xsigma);
//scale up to nearest power of 2
if(xsigma>vlen+0.5)
vlen += 1;
vlen = vlen*2 + 3;
vlen = round_up(vlen).first - 1;
coordVec.resize(vlen);
probVec.resize(vlen,0.0);
xsigma = (vlen-3)/2.0 + 0.5;
tcount = 0;
int tail = int(xsigma+0.5);
ltail = -tail;
rtail = tail;
makeTables();
}
void pModel::sql_setup() {
sql_execute("sql_setup", "PRAGMA foreign_keys = ON");
makeTables();
}
