void LsHelper::parseResult(ChecksT& checks)
{
JsonHelper json(m_socketHandler->lastResult());
QScriptValueIterator entryIter(json.data());
while (entryIter.hasNext()) {
entryIter.next();
if (entryIter.flags() & QScriptValue::SkipInEnumeration) continue;
QScriptValueIterator fieldIter(entryIter.value());
QStringList fields;
fields.clear();
while (fieldIter.hasNext()) {
fieldIter.next();
if (fieldIter.flags() & QScriptValue::SkipInEnumeration) continue;
fields.push_back(fieldIter.value().toString());
}
CheckT check;
switch( fields.size() ) {
case 6: // host
check.id = check.host = fields[0].toStdString();
check.status = fields[1].toInt();
check.last_state_change = fields[2].toStdString();
check.check_command = fields[3].toStdString();
check.alarm_msg = fields[4].toStdString();
check.host_groups = fields[5].toStdString();
break;
case 7: // service
check.host = fields[0].toStdString();
check.id = ID_PATTERN.arg(check.host.c_str(), fields[1]).toLower().toStdString();
check.status = fields[2].toInt();
check.last_state_change = fields[3].toStdString();
check.check_command = fields[4].toStdString();
check.alarm_msg = fields[5].toStdString();
check.host_groups = fields[6].toStdString();
break;
default:
qDebug()<< "unexpected entry: "<< entryIter.value().toString();
continue;
break;
}
checks.insert(check.id, check);
}
}
void MxYeeDeyMittraFracs<DIM, Scalar>::setMatrix() {
//matrix = Teuchos::rcp(new Epetra_CrsMatrix(Copy, bfield->getMap(), 1, true));
//
MxGridFieldIter<DIM> fieldIter(field);
double minNonzeroFrac = 1.0;
int numZeroFracs = 0;
MxIndex ind;
size_t comp;
double val;
Scalar mval;
MxDimVector<int, DIM> cell;
for (fieldIter.begin(); !fieldIter.atEnd(); fieldIter.bump()) {
ind = fieldIter.getGlobCompIndx();
comp = fieldIter.getComp();
cell = fieldIter.getCell();
val = field->getCompFrac(comp, cell, "pec");
//std::cout << val << "\n";
if (val != 0) {
if (val < minFrac) val = minFrac;
if (val < minNonzeroFrac) minNonzeroFrac = val;
}
else
numZeroFracs++;
//if (val != 0) {
MxUtil::convertScalar(val, mval);
MxCrsMatrix<Scalar>::insertRowValues(ind, 1, &ind, &mval);
//}
}
std::cout << " min nonzero frac is: " << minNonzeroFrac << "\n";
std::cout << " number of zeros is: " << numZeroFracs << "\n";
//matrix->FillComplete(bfield->getMap(), bfield->getMap());
MxCrsMatrix<Scalar>::fillComplete(field->getMap(), field->getMap());
}
void MxYeeDeyMittraFracs<DIM, Scalar>::setMatrixInverse() {
//matrix = Teuchos::rcp(new Epetra_CrsMatrix(Copy, bfield->getMap(), 1, true));
//
MxGridFieldIter<DIM> fieldIter(field);
double minNonzeroFrac = 1.0;
int numZeroFracs = 0;
MxIndex ind;
size_t comp;
double val;
Scalar mval;
MxDimVector<int, DIM> cell;
srand(time(NULL) + this->getRangeMap()->getComm()->myPID());
double rnd, df, nval;
for (fieldIter.begin(); !fieldIter.atEnd(); fieldIter.bump()) {
ind = fieldIter.getGlobCompIndx();
comp = fieldIter.getComp();
cell = fieldIter.getCell();
val = field->getCompFrac(comp, cell, "pec");
// pertub testing
if (mRandomize) {
if (val != 0 && val != 1) {
rnd = (2 * double(rand() - RAND_MAX / 2)) / double(RAND_MAX);
df = mRandomScale * rnd;
//nval = val + df;
nval = val*pow(10.0, df);
if (nval < 0) val = 0;
else if (nval > 1) val = 1;
else {
//std::cout << "original=" << val << " new=" << nval << "\n";
val = nval;
}
}
}
if (val == 0)
numZeroFracs++;
else if (val < minFrac) {
val = 1.0 / minFrac;
if (val < minNonzeroFrac) minNonzeroFrac = minFrac;
}
else {
if (val < minNonzeroFrac) minNonzeroFrac = val;
val = 1.0 / val;
}
MxUtil::convertScalar(val, mval);
MxCrsMatrix<Scalar>::insertRowValues(ind, 1, &ind, &mval);
}
std::cout << " min nonzero frac is: " << minNonzeroFrac << "\n";
std::cout << " number of zeros is: " << numZeroFracs << "\n";
//matrix->FillComplete(bfield->getMap(), bfield->getMap());
MxCrsMatrix<Scalar>::fillComplete(field->getMap(), field->getMap());
}