void HM_LC_SWX_FM::loadVariables()
{
try
{
HomeMaticDevice::loadVariables();
_databaseMutex.lock();
DataTable rows = GD::db.executeCommand("SELECT * FROM deviceVariables WHERE deviceID=" + std::to_string(_deviceID));
for(DataTable::iterator row = rows.begin(); row != rows.end(); ++row)
{
_variableDatabaseIDs[row->second.at(2)->intValue] = row->second.at(0)->intValue;
switch(row->second.at(2)->intValue)
{
case 1000:
_channelCount = row->second.at(3)->intValue;
break;
case 1001:
unserializeStates(row->second.at(5)->binaryValue);
break;
}
}
}
catch(const std::exception& ex)
{
Output::printEx(__FILE__, __LINE__, __PRETTY_FUNCTION__, ex.what());
}
catch(Exception& ex)
{
Output::printEx(__FILE__, __LINE__, __PRETTY_FUNCTION__, ex.what());
}
catch(...)
{
Output::printEx(__FILE__, __LINE__, __PRETTY_FUNCTION__);
}
_databaseMutex.unlock();
}
void IDbResult::init(DataTable &table)
{
uint32 count = columns();
table.setColumns(count);
for(uint32 i = 0; i < count; i++)
table.setColumnName(i, columnName(i));
}
void CompatibilityManager::migrateAccounts(const shared_ptr<IPortalDatabase> &database)
{
shared_ptr<IDbConnection> globalConnection = Engine::instance()->createSystemConnection();
DataTable result;
String sql = _S("select * from os_accounts");
database->execute(sql,result);
for(uint32 r=0;r<result.rows();r++)
{
String id = result.get(r,_S("id"));
shared_ptr<DataAccount> dataAccount(OS_NEW DataAccount());
dataAccount->read(result[r]);
dataAccount->description = _S("Imported from portal '") + database->getPortal()->getName();
String sql = String::format(_S("select count(*) from os_accounts where id='%S'").c_str(), id.c_str());
int nRecordExists = globalConnection->value_of(sql);
bool alreadyExists = (nRecordExists>0);
DbSqlValues values;
dataAccount->write(values);
if(alreadyExists)
globalConnection->executeStatement(globalConnection->prepare_update(DBTABLES::ACCOUNTS_TABLE, values, DBTABLES::ACCOUNTS::ID, Convert::toSQL(dataAccount->id)), values);
else
globalConnection->executeStatement(globalConnection->prepare_insert(DBTABLES::ACCOUNTS_TABLE, values), values);
}
}
void Michalewicz::runProblem()
{
double pi = atan(1)*4;
std::vector<VariablePtr> vars = {
std::make_shared<Variable>(0, 0, pi),
std::make_shared<Variable>(0, 0, pi),
std::make_shared<Variable>(1)
};
// Set starting points
vars.at(0)->setValue(1.0);
vars.at(1)->setValue(1.0);
DataTable data;
double dx = 0.05;
for (double x1 = 0; x1 <= pi; x1+=dx)
{
for (double x2 = 0; x2 <= pi; x2+=dx)
{
std::vector<double> x = {x1, x2};
DenseVector xd(2); xd << x1, x2;
DenseVector yd = michalewiczFunction(xd);
data.addSample(x,yd(0));
}
}
// Test accuracy of B-spline
// DenseVector (*foo)(DenseVector);
// foo = &michalewiczFunction;
// BSpline* bs = new BSpline(*data, 3);
// bool testpassed = bs->testBspline(foo);
// if (testpassed)
// {
// cout << "B-spline is very accurate:)" << endl;
// }
// else
// {
// cout << "B-spline is NOT very accurate:(" << endl;
// }
BSpline bs(data, BSplineType::CUBIC);
auto constraint = std::make_shared<ConstraintBSpline>(vars, bs, false);
//SolverIpopt solver(constraint);
BB::BranchAndBound solver(constraint);
// Optimize
SolverResult result = solver.optimize();
cout << result << endl;
fopt_found = result.objectiveValue;
zopt_found = result.primalVariables;
cout << zopt_found << endl;
}
void Michalewicz::runProblem()
{
double pi = atan(1)*4;
std::vector<VariablePtr> vars = {
std::make_shared<Variable>(0, 0, pi),
std::make_shared<Variable>(0, 0, pi),
std::make_shared<Variable>(1)
};
// Set starting points
vars.at(0)->setValue(1.0);
vars.at(1)->setValue(1.0);
DataTable data;
unsigned int nums = 10; // 60x60 yields is sufficient to model function around optimum
auto x1 = linspace(0, 4, nums);
auto x2 = linspace(0, 4, nums);
for (auto x1i : x1)
{
for (auto x2i : x2)
{
DenseVector xd(2); xd << x1i, x2i;
double yd = michalewiczFunction(xd);
data.addSample(xd, yd);
}
}
// Test accuracy of B-spline
// DenseVector (*foo)(DenseVector);
// foo = &michalewiczFunction;
// BSpline* bs = new BSpline(*data, 3);
// bool testpassed = bs->testBspline(foo);
// if (testpassed)
// {
// cout << "B-spline is very accurate:)" << endl;
// }
// else
// {
// cout << "B-spline is NOT very accurate:(" << endl;
// }
BSpline bs = BSpline::Builder(data).degree(3).build();
auto constraint = std::make_shared<ConstraintBSpline>(vars, bs, false);
//SolverIpopt solver(constraint);
BB::BranchAndBound solver(constraint);
// Optimize
SolverResult result = solver.optimize();
cout << result << endl;
fopt_found = result.objectiveValue;
zopt_found = result.primalVariables;
cout << zopt_found << endl;
}
void SocialsManager::load (const std::string & filename)
{
Iff iff;
if (!iff.open (filename.c_str (), true))
WARNING (true, ("Data file %s not available.", filename.c_str ()));
else
{
DataTable dt;
dt.load (iff);
iff.close ();
const int numRows = dt.getNumRows ();
uint32 count = 0;
for (int i = 0; i < numRows; ++i)
{
const std::string & name = Unicode::toLower (dt.getStringValue (DC_name, i));
++count;
s_idToNameMap.insert (std::make_pair (count, name));
s_crcToNameMap.insert (std::make_pair (Crc::calculate(name.c_str()), name));
const std::pair<StringIntMap::const_iterator, bool> retval = s_nameToIdMap.insert (std::make_pair (name, count));
if (!retval.second)
WARNING_STRICT_FATAL (true, ("SocialsManager file '%s' duplicate social type '%s'", filename.c_str (), name.c_str ()));
}
}
}
void SetupSharedUtility::installFileManifestEntries ()
{
// read in the datatable entries for sharedFile/FileManifest.cpp
std::string datatableName = FileManifest::getDatatableName();
FATAL(!TreeFile::exists(datatableName.c_str()), ("%s could not be found. Are your paths set up correctly?", datatableName.c_str()));
DataTable * manifestDatatable = DataTableManager::getTable(datatableName, true);
if (manifestDatatable)
{
int numRows = manifestDatatable->getNumRows();
for (int i = 0; i < numRows; ++i)
{
std::string fileName = manifestDatatable->getStringValue("fileName", i);
std::string sceneId = manifestDatatable->getStringValue("sceneId", i);
int fileSize = manifestDatatable->getIntValue("fileSize", i);
if (!fileName.empty())
FileManifest::addStoredManifestEntry(fileName.c_str(), sceneId.c_str(), fileSize);
else
DEBUG_WARNING(true, ("SetupSharedUtility::installFileManifestEntries(): found an entry with a null filename: (row %i)\n", i));
}
}
else
DEBUG_WARNING(true, ("SetupSharedUtility::installFileManifestEntries(): can't find %s\n", datatableName.c_str()));
DataTableManager::close(datatableName);
}
// ----------------------------------------------------------------------
void Squad::install()
{
DEBUG_FATAL(s_installed, ("Already installed"));
// Create the data table
Iff iff;
if (iff.open("datatables/space_mobile/space_mobile.iff", true))
{
DataTable dataTable;
dataTable.load(iff);
int const rowCount = dataTable.getNumRows();
for (int row = 0; row < rowCount; ++row)
{
PersistentCrcString const shipName(dataTable.getStringValue("strIndex", row), false);
int const formationPriority = dataTable.getIntValue("formationPriority", row);
IGNORE_RETURN(s_formationPriorityList.insert(std::make_pair(shipName, formationPriority)));
LOGC((ConfigServerGame::isSpaceAiLoggingEnabled() && formationPriority <= 0), "space_debug_ai", ("Squad::install() ERROR: Invalid formationPriority(%d) specified for shipName(%s)", formationPriority, shipName.getString()));
}
}
else
{
DEBUG_WARNING(true, ("Unable to load space_mobile.iff to retrieve formation priorities!"));
}
ExitChain::add(&remove, "Squad::remove");
s_installed = true;
}
DataItem IDbConnection::queryValue(const String &sql)
{
DataItem value;
DataTable result;
if(query(sql, result))
if(result.rows() > 0 && result.columns() > 0)
value = *result[0][0];
return value;
}
bool compareDataTables(DataTable &a, DataTable &b)
{
if (a.getNumVariables() != b.getNumVariables())
return false;
auto ait = a.cbegin(), bit = b.cbegin();
for (; ait != a.cend() && bit != b.cend(); ait++, bit++)
{
for (unsigned int i = 0; i < a.getNumVariables(); i++)
{
// std::cout << std::setprecision(SAVE_DOUBLE_PRECISION) << ait->getX().at(i) << " == " << std::setprecision(SAVE_DOUBLE_PRECISION) << bit->getX().at(i) << " ";
if (!equalsWithinRange(ait->getX().at(i), bit->getX().at(i)))
return false;
}
// std::cout << std::setprecision(SAVE_DOUBLE_PRECISION) << ait->getY().at(j) << " == " << std::setprecision(SAVE_DOUBLE_PRECISION) << bit->getY().at(j) << " ";
if (!equalsWithinRange(ait->getY(), bit->getY()))
return false;
// std::cout << std::endl;
}
// std::cout << "Finished comparing samples..." << std::endl;
return ait == a.cend() && bit == b.cend();
}
uint32 IDbConnection::value_of(const String &sql) // TOCLEAN, rimpiazzare con la queryValue
{
DataTable result;
if(query(sql, result) == false)
return false;
uint32 value = 0;
if(result.rows() > 0 && result.columns() > 0)
value = *result[0][0];
return value;
}
float CombatTimingTable::getWeaponReloadTimeSeconds(std::string const & weaponType)
{
float result = 0;
DataTable * combatTimingTable = DataTableManager::getTable(cs_combatTimingTableName, true);
if (combatTimingTable)
{
int rowNum = combatTimingTable->searchColumnString(0, weaponType);
result = combatTimingTable->getFloatValue("WeaponReloadTimeSeconds", rowNum);
}
return result;
}
bool CombatTimingTable::isContinuous(std::string const & weaponType)
{
bool result = false;
DataTable * combatTimingTable = DataTableManager::getTable(cs_combatTimingTableName, true);
if (combatTimingTable)
{
int rowNum = combatTimingTable->searchColumnString(0, weaponType);
result = combatTimingTable->getIntValue("Continuous", rowNum) ? true : false;
}
return result;
}
const char *CombatTimingTable::getWeaponReloadClientAnimation(std::string const & weaponType)
{
const char * result = 0;
DataTable * combatTimingTable = DataTableManager::getTable(cs_combatTimingTableName, true);
if (combatTimingTable)
{
int rowNum = combatTimingTable->searchColumnString(0, weaponType);
result = combatTimingTable->getStringValue("WeaponReloadClientAnimation", rowNum);
}
return result;
}
int CombatTimingTable::getMaximumShotsTillWeaponReload(std::string const & weaponType)
{
int result = 0;
DataTable * combatTimingTable = DataTableManager::getTable(cs_combatTimingTableName, true);
if (combatTimingTable)
{
int rowNum = combatTimingTable->searchColumnString(0, weaponType);
result = combatTimingTable->getIntValue("MaximumShotsTillWeaponReload", rowNum);
}
return result;
}
void CompatibilityManager::resigner(const shared_ptr<IPortalDatabase> &database, shared_ptr<IdeSession> session)
{
shared_ptr<ObjectsUser> user = session->getUser(database);
if(user != nullptr)
{
Buffer signature = user->signature;
if( (signature.getSize() == 1) && (signature.getAt(0) == 0) )
{
// Need re-sign.
DataTable result;
String sql = String::format(_S("select id,entity_author,author from os_entries where author='%S' union select id,entity_author,author from os_entries where entity_author='%S'").c_str(),user->id->toUTF16().c_str(),user->id->toUTF16().c_str());
database->execute(sql,result);
for(uint32 r=0;r<result.rows();r++)
{
String id = result.get(r,_S("id"));
String entityAuthor = result.get(r,_S("entity_author"));
String author = result.get(r,_S("author"));
shared_ptr<ObjectsIObject> object = database->getPortal()->getObject(database, id.to_ascii());
if(object != nullptr)
{
LanguageResult acceptable = object->acceptable(database);
if(acceptable.empty())
{
if( (entityAuthor == user->id->toUTF16()) && (author == user->id->toUTF16()) )
{
shared_ptr<ObjectsIRevisionable> revisionable = objects_revisionable_cast(object);
if(revisionable != nullptr)
{
bool done = revisionable->signEntity(session->getPrivateKey(), database->getPortal()->getPortalID());
OS_ASSERT(done);
}
}
if(author == user->id->toUTF16())
{
bool done = object->sign(session->getPrivateKey(), database->getPortal()->getPortalID());
OS_ASSERT(done);
}
LanguageResult result = object->store(database);
OS_ASSERT(result.empty());
}
}
}
}
}
}
void Connection::doQuery(sqlite3 *connection, const String &sql, DataTable &table)
{
table.clear();
shared_ptr<Result> result = doQuery(connection, sql);
if(result != nullptr)
result->bind(table);
}
Profile::Profile(shared_ptr<Portal> portal, shared_ptr<IPortalDatabase> database, shared_ptr<ObjectsUser> user) : m_portal(portal),
m_user(user)
{
// Calcolo Score
DataTable result;
String sql = String::format(_S("select score, description, follow from os_snapshot_users where id='%S'").c_str(), m_user->id->toUTF16().c_str());
database->execute(sql, result);
if(result.hasRow(0))
{
// Estrae il punteggio
m_score.setValue(result.get(0, _S("score")));
// Estrae la descrizione
m_score.setDescription(result.get(0, _S("description")));
// Estrae il follow
m_score.setFollow(result.get(0, _S("follow")));
}
}
PSpline::PSpline(const DataTable &samples, double lambda)
: lambda(lambda)
{
// Check data
assert(samples.isGridComplete());
std::vector< std::vector<double> > xdata = samples.getTableX();
numVariables = samples.getNumVariables();
// Assuming a cubic spline
std::vector<unsigned int> basisDegrees(samples.getNumVariables(), 3);
basis = BSplineBasis(xdata, basisDegrees, KnotVectorType::FREE);
computeControlPoints(samples);
init();
checkControlPoints();
}
void IDbResult::bind(DataTable &table)
{
init(table);
while(end() == false)
{
DataTableRow row = table.addRow();
bind(row);
moveNext();
}
}
DataTable operator+(const DataTable &lhs, const DataTable &rhs)
{
if(lhs.getNumVariables() != rhs.getNumVariables()) {
throw Exception("operator+(DataTable, DataTable): trying to add two DataTable's of different dimensions!");
}
DataTable result;
for(auto it = lhs.cbegin(); it != lhs.cend(); it++) {
result.addSample(*it);
}
for(auto it = rhs.cbegin(); it != rhs.cend(); it++) {
result.addSample(*it);
}
return result;
}
shared_ptr<EntitiesEntities> EntitiesEntity::getChilds(const shared_ptr<IPortalDatabase> &database, const ObjectsTypes &types, const RangeUint32 &range, shared_ptr<DbSqlSelect> select) const
{
OS_ASSERT(select != nullptr);
OS_ASSERT(select->count == false);
OS_LOCK(m_cs);
String sql;
// Genera l'sql di caricamento dei figli
_getSql(database, types, range, false, select, sql);
String childsKey = getChildsKey(types);
shared_ptr<EntitiesEntities> childs = m_childs.get(childsKey);
// Controlla se i figli della tipologia specificata sono gi stati caricati in precedenza
if(childs != nullptr)
{
if(childs->getRange() == range && childs->getSql() == sql)
return childs; // Se il range in cui sono stati caricati i figli e l'sql di estrazione corrispondono non serve effettuare nuovamente il caricamento...
// Nota: se il range richiesto non coincide con quello attuale o l'sql differente bisogna ricaricare i figli
// Anche se il range attuale comprendesse quello richiesto bisogna comunque ricaricare i figli altrimenti dall'esterno,
// una volta richiesto un range, scorrendo i figli non si avrebbe la certezza che siano nel range richiesto (a meno di complicare i vari giri)
m_childs.remove(childsKey);
}
// Inizializza la lista dei figli prima di aprire il database (la connessione potrebbe fallire, ma la lista deve essere comunque creata)
childs.reset(OS_NEW EntitiesEntities(const_cast <EntitiesEntity *>(this)->get_this_ptr(), sql));
m_childs.push_back(childsKey, childs);
DataTable result;
database->execute(sql, result);
for(uint32 i = 0; i < result.rows(); i++)
{
String child_id = result.get(i, DBTABLES::ENTITY);
childs->push_back(child_id.to_ascii());
}
return childs;
}
bool IExtensionsExtension::isExtensionRegistered(shared_ptr<Portal> portal, shared_ptr<IPortalDatabase> db, Version &version) const
{
OS_ASSERT(portal != nullptr);
OS_EXCEPT_IF(db == nullptr, "Invalid database");
shared_ptr<DbSqlSelect> select(OS_NEW DbSqlSelect(DBTABLES::EXTENSIONS_TABLE));
select->fields.add(DbSqlField(DBTABLES::EXTENSIONS::VERSION));
select->where.add(DBTABLES::EXTENSIONS::ID, Convert::toSQL(getID().toUTF16()));
select->limit.setCount(1);
DataTable result;
if(db->execute(select, result) == false)
return false;
if(result.rows() == 0)
return false;
version.fromString(static_cast<String>(*result[0][0]).to_ascii());
return true;
}
bool P2pMachine::load(const String &id)
{
try
{
shared_ptr<IDbConnection> connection = Engine::instance()->createSystemConnection();
shared_ptr<DbSqlSelect> select(OS_NEW DbSqlSelect(_S("os_machines")));
select->where.add(_S("id"), Convert::toSQL(id));
select->limit.setCount(1);
DataTable result;
connection->query(select, result);
if(result.rows() == 1)
{
DataTableRow row = result[0];
DbValue<String> id;
id.read(row, _S("id"));
if(m_id.fromHex(id->to_ascii()) == false)
{
OS_ASSERTFALSE();
return false;
}
DbValue<Buffer> public_key;
public_key.read(row, _S("public_key"));
m_publicKey = public_key;
return true;
}
}
catch(std::exception &e)
{
OS_LOG_ERROR(e.what());
}
return false;
}
DataTable* DataTableManager::open(const std::string& table)
{
FATAL(!m_installed, ("DataTableManager::open: not installed."));
DataTable *retVal = getTable(table, false);
if (retVal)
return retVal;
if (!TreeFile::exists(table.c_str()))
{
DEBUG_WARNING(true, ("Could not find treefile table for open [%s]", table.c_str()));
return 0;
}
Iff iff(table.c_str(), false);
retVal = new DataTable;
retVal->load(iff);
m_cachedTable = retVal;
m_cachedTableName = table;
m_tables[table] = retVal;
return retVal;
}
DataTable operator-(const DataTable &lhs, const DataTable &rhs)
{
if(lhs.getNumVariables() != rhs.getNumVariables()) {
throw Exception("operator-(DataTable, DataTable): trying to subtract two DataTable's of different dimensions!");
}
DataTable result;
auto rhsSamples = rhs.getSamples();
// Add all samples from lhs that are not in rhs
for(auto it = lhs.cbegin(); it != lhs.cend(); it++) {
if(rhsSamples.count(*it) == 0) {
result.addSample(*it);
}
}
return result;
}
void ShipTurretManager::install() // static
{
InstallTimer const installTimer("ShipTurretManager::install");
Iff iff;
if (iff.open("datatables/space/ship_turret.iff", true))
{
DataTable dataTable;
dataTable.load(iff);
int numberOfRows = dataTable.getNumRows();
for (int row = 0; row < numberOfRows; ++row)
{
std::string const chassisName(dataTable.getStringValue("chassis", row));
ShipChassis const * const chassis = ShipChassis::findShipChassisByName(TemporaryCrcString(chassisName.c_str(), false));
FATAL(!chassis, ("ShipTurretManager::install: no such chassis '%s'", chassisName.c_str()));
int const weaponIndex = dataTable.getIntValue("weaponIndex", row);
ShipTurretData &shipTurretData = s_shipTurretData[chassis->getCrc()][weaponIndex];
shipTurretData.minYaw = dataTable.getFloatValue("minYaw", row) * PI_OVER_180;
shipTurretData.maxYaw = dataTable.getFloatValue("maxYaw", row) * PI_OVER_180;
shipTurretData.minPitch = dataTable.getFloatValue("minPitch", row) * PI_OVER_180;
shipTurretData.maxPitch = dataTable.getFloatValue("maxPitch", row) * PI_OVER_180;
}
}
}
void RewardMappingTools::readFromStream(istream& in, ProbabilisticRewardMapping& rewards)
throw (IOException)
{
try
{
DataTable* data = DataTable::read(in, "\t", true, -1);
vector<string> ids = data->getColumn(0);
data->deleteColumn(0); // Remove ids
data->deleteColumn(0); // Remove means
// Now parse the table:
size_t nbSites = data->getNumberOfColumns();
rewards.setNumberOfSites(nbSites);
size_t nbBranches = data->getNumberOfRows();
for (size_t i = 0; i < nbBranches; i++)
{
int id = TextTools::toInt(ids[i]);
size_t br = rewards.getNodeIndex(id);
for (size_t j = 0; j < nbSites; j++)
{
rewards(br, j) = TextTools::toDouble((*data)(i, j));
}
}
// Parse the header:
for (size_t i = 0; i < nbSites; i++)
{
string siteTxt = data->getColumnName(i);
int site = 0;
if (siteTxt.substr(0, 4) == "Site")
site = TextTools::to<int>(siteTxt.substr(4));
else
site = TextTools::to<int>(siteTxt);
rewards.setSitePosition(i, site);
}
delete data;
}
catch (Exception& e)
{
throw IOException(string("Bad input file. ") + e.what());
}
}
void BuildingObject::changeTeleportDestination(Vector & position, float & yaw) const
{
if (!isAuthoritative())
{
WARNING(true, ("BuildingObject::changeTeleportDestination called on "
"non-authoritative building %s", getNetworkId().getValueString().c_str()));
return;
}
// call a script trigger that will give us the index of the cloning facility
// tube to respawn in, if any
int index = -1;
ScriptParams params;
params.addParam(index);
IGNORE_RETURN(const_cast<GameScriptObject *>(getScriptObject())->trigAllScripts(
Scripting::TRIG_GET_RESPAWN_LOC, params));
index = params.getIntParam(0);
if (index >= 0)
{
DataTable * respawnTable = DataTableManager::getTable(CLONE_RESPAWN_TABLE,
true);
if (respawnTable != NULL)
{
int row = respawnTable->searchColumnString(0, getTemplateName());
if (row >= 0)
{
char buffer[32];
sprintf(buffer, "TUBE%d_X", index+1);
int column = respawnTable->findColumnNumber(buffer);
if (column >= 0)
{
position.x = respawnTable->getFloatValue(column, row);
position.z = respawnTable->getFloatValue(column+1, row);
yaw = convertDegreesToRadians(respawnTable->getFloatValue(column+2, row));
}
}
}
}
}
//bool EntitiesEntity::_loadObject(const shared_ptr<IPortalDatabase> &database, shared_ptr<ObjectsIRevisionable> object)
bool EntitiesEntity::load(const shared_ptr<IPortalDatabase> &database, const EntityID & id)
{
OS_TIMER_PERFORMANCE(TP, _S("Entity::_loadObject"));
OS_LOCK(m_cs);
#ifndef OS_TODOCIP
shared_ptr<ObjectsIRevisionable> object = objects_revisionable_cast(database->getPortal()->getObject(database, id.toUTF16()));
m_primary = object;
//OS_ASSERT(getEntityID() == id);
#endif
if(database->getPortal()->getSnapshotManager()->m_enableEnsureLoadingEntity)
database->getPortal()->getSnapshotManager()->ensure(database, id);
DataTable result;
// TOCLEAN_SNAPSHOT_SCORE
//String sql = String::format(_S("select current,visible,score,depth,parent,section,stability_date from os_snapshot_objects where reference='%S'").c_str(), m_primary->id->toUTF16().c_str());
String sql = String::format(_S("select type,current,visible,depth,parent,section,stability_date from os_snapshot_objects where entity='%S'").c_str(), id.toUTF16().c_str());
database->execute(sql, result);
if(!result.hasRow(0))
{
clear();
return false;
}
else
{
ObjectID currentID = static_cast<String>(result.get(0,_S("current"))).to_ascii();
m_type = Convert::toObjectType(static_cast<uint32>(result.get(0,_S("type"))));
m_visible = result.get(0,_S("visible"));
//m_score = *result.get(0,_S("score")); // TOCLEAN_SNAPSHOT_SCORE
m_depth = result.get(0,_S("depth"));
m_parent = static_cast<String>(result.get(0,_S("parent"))).to_ascii();
m_section = static_cast<String>(result.get(0,_S("section"))).to_ascii();
m_stabilityDate = String(result.get(0,_S("stability_date")));
if(id == ObjectsSystem::instance()->getRootID())
//m_current = objects_revisionable_cast(database->getPortal()->getObject(database, ObjectsSystem::instance()->getRootID().toObjectID()));
m_current = ObjectsSection::getRootSection();
else
{
#ifdef OS_TODOCIP
/*
if(currentID.empty())
return false;
m_current = objects_revisionable_cast(database->getPortal()->getObject(database, currentID));
if(m_current == nullptr)
return false;
*/
if(currentID.empty() == false)
m_current = objects_revisionable_cast(database->getPortal()->getObject(database, currentID));
#else
if(currentID.empty())
{
m_current.reset();
// OS_ASSERT(m_parent == ObjectsSystem::instance()->getSkippedID());
// No, dato che la getEntity non fa + l'ensure, può succedere che carica un oggetto non stabilizzato.
m_visible = false;
}
else
m_current = objects_revisionable_cast(database->getPortal()->getObject(database, currentID));
#endif
}
return true;
}
}