void
FileStorTestFixture::setupPersistenceThreads(uint32_t threads)
{
std::string rootOfRoot = "todo-make-unique-filestorefixture";
_config = std::make_unique<vdstestlib::DirConfig>(getStandardConfig(true, rootOfRoot));
_config->getConfig("stor-server").set("root_folder", (rootOfRoot + "-vdsroot.2"));
_config->getConfig("stor-devices").set("root_folder", (rootOfRoot + "-vdsroot.2"));
_config->getConfig("stor-server").set("node_index", "1");
_config->getConfig("stor-filestor").set("num_threads", std::to_string(threads));
_node = std::make_unique<TestServiceLayerApp>(
DiskCount(1), NodeIndex(1), _config->getConfigId());
_testdoctype1 = _node->getTypeRepo()->getDocumentType("testdoctype1");
}
void
BouncerTest::setUp() {
try{
vdstestlib::DirConfig config(getStandardConfig(true));
_node.reset(new TestServiceLayerApp(
DiskCount(1), NodeIndex(2), config.getConfigId()));
_upper.reset(new DummyStorageLink());
_manager = new Bouncer(_node->getComponentRegister(),
config.getConfigId());
_lower = new DummyStorageLink();
_upper->push_back(std::unique_ptr<StorageLink>(_manager));
_upper->push_back(std::unique_ptr<StorageLink>(_lower));
_upper->open();
} catch (std::exception& e) {
std::cerr << "Failed to static initialize objects: " << e.what()
<< "\n";
}
_node->getClock().setAbsoluteTimeInSeconds(10);
}
// ##### getOctree() #################################################
IndexOct* OctGen::getOctree(Hight maxTreeHight)
throw (NotEnoughMemoryException*, WrongModelException*) {
unsigned borderNodes, sumNodes, leafs, innerNodes, normcells;
checkModel();
Timer timer;
octree= new IndexOct(maxTreeHight);
genHelp= new GenHelp(maxTreeHight,
cadModel->getMinPoint(),
cadModel->getMaxPoint());
cerr << "Extrahiere Spline-Flächen ..." << endl;
timer.reset();
#ifdef CLASSIC_MODE
cerr << "Erzeugen des Oktalbaums ..." << endl;
NodeIndex idx= NodeIndex(0, 0, 0, octree->getMaxTreeHight());
generateClassic(idx);
cout << endl;
timer.print(); cout << " benötigt." << endl;
#else // !CLASSIC_MODE
cerr << "Einfügen der Oberflächen ..." << endl;
unsigned maxCount= cadModel->count() - 1;
cout << " [Nr] " << maxCount + 1 << endl;
cadModel->first();
while (cadModel->hasObject()) {
Element obj= cadModel->getObject();
assert (obj != NULL);
addObject(obj, cadModel->getObjColor());
cadModel->next();
}
timer.print(); cout << " benötigt." << endl;
#ifdef FILL_SOLIDS
octree->stat(octree->getMaxTreeHight(),
sumNodes, leafs, innerNodes, borderNodes, normcells);
cout << "#Knoten=" << formatLarge(sumNodes)
<< ", #Blätter=" << formatLarge(leafs)
<< ", #innere Kn.=" << formatLarge(innerNodes) << endl;
cout << "#Randknoten=" << formatLarge(borderNodes)
<< ", #Normzellen=" << formatLarge(normcells) << endl;
cout << "Filling... " << endl;
timer.reset();
FillOct(*octree).fill(this);
timer.print(); cout << " benötigt." << endl;
#endif // FILL_SOLIDS
#endif // !CLASSIC_MODE
delete genHelp;
octree->stat(octree->getMaxTreeHight(),
sumNodes, leafs, innerNodes, borderNodes, normcells);
cout << "#Knoten=" << formatLarge(sumNodes)
<< ", #Blätter=" << formatLarge(leafs)
<< ", #innere Kn.=" << formatLarge(innerNodes) << endl;
cout << "#Randknoten=" << formatLarge(borderNodes)
<< ", #Normzellen=" << formatLarge(normcells) << endl;
timer.reset();
cout << "Flushing..." << endl;
octree->flush();
timer.print(); cout << " benötigt." << endl;
octree->stat(octree->getMaxTreeHight(),
sumNodes, leafs, innerNodes, borderNodes, normcells);
cout << "#Knoten=" << formatLarge(sumNodes)
<< ", #Blätter=" << formatLarge(leafs)
<< ", #innere Kn.=" << formatLarge(innerNodes) << endl;
cout << "#Randknoten=" << formatLarge(borderNodes)
<< ", #Normzellen=" << formatLarge(normcells) << endl;
return octree;
}
