int main(int argc, char **argv)
{
cout << "Test begins." << endl;
cout << "-------------------------------------------------------" << endl;
string index_dir = getenv("index_dir");
string init_data_file = index_dir + "/init_data";
string update_data_file = index_dir + "/update_data";
cout << "Read init data from " << init_data_file << endl;
cout << "Save index to " << index_dir << endl;
cout << "Read update data from " << update_data_file << endl;
buildIndex(init_data_file, index_dir);
IndexMetaData *indexMetaData = new IndexMetaData( new CacheManager(),
mergeEveryNSeconds, mergeEveryMWrites,
updateHistogramEveryPMerges, updateHistogramEveryQWrites,
index_dir);
Indexer *index = Indexer::load(indexMetaData);
index->createAndStartMergeThreadLoop();
cout << "Index loaded." << endl;
updateIndexAndLookupRecord(update_data_file, index);
delete index;
delete indexMetaData;
return 0;
}
/**
* @brief Adds Jacobian @f$ \frac{\partial F}{\partial \dot{y}} @f$ to bead mobile phase rows of system Jacobian
* @details Actually adds @f$ \alpha \frac{\partial F}{\partial \dot{y}} @f$, which is useful
* for constructing the linear system in BDF time discretization.
* @param [in,out] jac On entry, RowIterator of the particle block pointing to the beginning of a bead shell;
* on exit, the iterator points to the end of the mobile phase
* @param [in] idxr Indexer
* @param [in] alpha Value of \f$ \alpha \f$ (arises from BDF time discretization)
* @param [in] timeFactor Factor which is premultiplied to the time derivatives originating from time transformation
*/
void GeneralRateModel::addMobilePhaseTimeDerivativeToJacobianParticleBlock(linalg::FactorizableBandMatrix::RowIterator& jac, const Indexer& idxr, double alpha, double timeFactor)
{
// Compute total factor
alpha *= timeFactor;
// Mobile phase
for (int comp = 0; comp < static_cast<int>(_disc.nComp); ++comp, ++jac)
{
// Add derivative with respect to dc_p / dt to Jacobian
jac[0] += alpha;
const double invBetaP = (1.0 - static_cast<double>(_parPorosity)) / (static_cast<double>(_poreAccessFactor[comp]) * static_cast<double>(_parPorosity));
// Add derivative with respect to dq / dt to Jacobian
for (int i = 0; i < static_cast<int>(_disc.nBound[comp]); ++i)
{
// Index explanation:
// -comp -> go back to beginning of liquid phase
// + strideParLiquid() skip to solid phase
// + offsetBoundComp() jump to component (skips all bound states of previous components)
// + i go to current bound state
jac[idxr.strideParLiquid() - comp + idxr.offsetBoundComp(comp) + i] += alpha * invBetaP;
}
}
}
BMessage* Copy::Do(PDocument *doc, BMessage *settings)
{
BMessage *clip = NULL;
BMessage *node = NULL;
BMessage *from = NULL;
BMessage *to = NULL;
bool fselect = false;
bool tselect = false;
BMessage *copyMessage = new BMessage();
BList *selected = doc->GetSelected();
BList *allConnections = doc->GetAllConnections();
int32 i = 0;
Indexer *indexer = new Indexer(doc);
if (doc->Lock())
{
for (i=0;i<selected->CountItems();i++)
{
if (node=(BMessage *)selected->ItemAt(i))
{
if (node->what != P_C_CONNECTION_TYPE)
copyMessage->AddMessage("node",indexer->IndexNode(node));
}
}
for (i=0;i<allConnections->CountItems();i++ )
{
node = (BMessage *)allConnections->ItemAt(i);
if ( (node->FindPointer("From",(void **)&from) == B_OK) &&
(node->FindPointer("To",(void **)&to) == B_OK) )
{
if ((from->FindBool("selected",&fselect)==B_OK) && (to->FindBool("selected",&tselect) == B_OK) )
{
if (fselect && tselect)
copyMessage->AddMessage("node",indexer->IndexConnection(node,true));
else if (fselect || tselect)
copyMessage->AddMessage("node",indexer->IndexConnection(node));
}
}
}
doc->Unlock();
}
if (be_clipboard->Lock())
{
be_clipboard->Clear();
if (clip = be_clipboard->Data())
{
clip->AddData("application/x-vnd.projectconceptor-document", B_MIME_TYPE, copyMessage, sizeof(copyMessage));
clip->AddMessage("test",copyMessage);
PRINT_OBJECT(*clip);
be_clipboard->Commit();
}
be_clipboard->Unlock();
}
settings = PCommand::Do(doc,settings);
return settings;
}
status_t PDocument::Archive(BMessage* archive, bool deep) const
{
TRACE();
BLooper::Archive(archive, deep);
Indexer *indexer = new Indexer((PDocument *)this);
int32 i = 0;
BMessage *commandManage = new BMessage();
BMessage *tmpNode = NULL;
BMessage *allNodesMessage = new BMessage();
BMessage *allConnectionsMessage = new BMessage();
BMessage *selectedMessage = new BMessage();
archive->AddMessage("PDocument::documentSetting",documentSetting);
//save all Nodes
for (i=0; i<allNodes->CountItems();i++)
{
tmpNode=(BMessage *)allNodes->ItemAt(i);
allNodesMessage->AddMessage("node",indexer->IndexNode(tmpNode));
}
archive->AddMessage("PDocument::allNodes",allNodesMessage);
//save all Connections
for (i=0; i<allConnections->CountItems();i++)
{
tmpNode=(BMessage *)allConnections->ItemAt(i);
allConnectionsMessage->AddMessage("node",indexer->IndexConnection(tmpNode));
}
archive->AddMessage("PDocument::allConnections",allConnectionsMessage);
//save the selected List
for (i=0; i<selected->CountItems();i++)
{
selectedMessage->AddPointer("node",selected->ItemAt(i));
}
archive->AddMessage("PDocument::selected",selectedMessage);
//save all Command related Stuff like Undo/Makor
// commandManager->Archive(commandManage);
for (i=0;i<(commandManager->GetUndoList())->CountItems();i++)
{
commandManage->AddMessage("undo",indexer->IndexMacroCommand((BMessage *)(commandManager->GetUndoList())->ItemAt(i)));
}
for (i=0;i<(commandManager->GetMacroList())->CountItems();i++)
{
commandManage->AddMessage("macro",(BMessage *)(commandManager->GetMacroList())->ItemAt(i));
}
commandManage->AddInt32("undoStatus",commandManager->GetUndoIndex());
archive->AddMessage("PDocument::commandManager", commandManage);
delete indexer;
delete commandManage;
//delete tmpNode;
delete allNodesMessage;
delete allConnectionsMessage;
delete selectedMessage;
return B_OK;
}
BMessage* Paste::Do(PDocument *doc, BMessage *settings)
{
BMessage *clip = NULL;
BMessage *node = new BMessage();
BMessage *deIndexedNode = NULL;
BMessage *connect = NULL;
bool connectselect = false;
BMessage *copyMessage = new BMessage;
int32 messagelen = 0;
int32 i = 0;
Indexer *indexer = new Indexer(doc);
if (be_clipboard->Lock())
{
if (clip = be_clipboard->Data())
{
// clip->FindData("application/x-vnd.projectconceptor-document", B_MIME_TYPE, (const void **)©Message, &messagelen);
clip->FindMessage("test",copyMessage);
copyMessage->PrintToStream();
}
be_clipboard->Unlock();
}
if (copyMessage)
{
BMessage *inserter = new BMessage(P_C_EXECUTE_COMMAND);
BMessage *select = new BMessage(P_C_EXECUTE_COMMAND);
inserter->AddString("Command::Name","Insert");
select->AddString("Command::Name","Select");
while (copyMessage->FindMessage("node",i,node) == B_OK)
{
if (node->what == P_C_CONNECTION_TYPE)
deIndexedNode = indexer->DeIndexConnection(node);
else
{
deIndexedNode = indexer->RegisterDeIndexNode(node);
//only select nodes.. because es the copy and paste funktion with selected nodes dosent work proper
select->AddPointer("node",deIndexedNode);
}
inserter->AddPointer("node",deIndexedNode);
i++;
node = new BMessage();
}
i=0;
while (inserter->FindPointer("node",i,(void **)&node) == B_OK)
{
if (node->what != P_C_CONNECTION_TYPE)
indexer->DeIndexNode(node);
i++;
}
inserter->AddMessage("PCommand::subPCommand",select);
PRINT_OBJECT(*inserter);
(new BMessenger(NULL,doc))->SendMessage(inserter);
}
return settings;
}
void test3()
{
addRecords();
/// Test the Trie
SynonymContainer *syn = SynonymContainer::getInstance("", SYNONYM_DONOT_KEEP_ORIGIN);
syn->init();
Analyzer *analyzer = new Analyzer(NULL, NULL, NULL, syn, "");
unsigned mergeEveryNSeconds = 3;
unsigned mergeEveryMWrites = 5;
unsigned updateHistogramEveryPMerges = 1;
unsigned updateHistogramEveryQWrites = 5;
string INDEX_DIR = ".";
IndexMetaData *indexMetaData = new IndexMetaData( GlobalCache::create(1000,1000),
mergeEveryNSeconds, mergeEveryMWrites,
updateHistogramEveryPMerges, updateHistogramEveryQWrites,
INDEX_DIR);
Indexer *indexer = Indexer::load(indexMetaData);
//index->print_Index();
Record *record = new Record(indexer->getSchema());
record->setPrimaryKey(1999);
record->setSearchableAttributeValue(0, "steve jobs");
record->setSearchableAttributeValue(1, "stanford speech");
record->setRecordBoost(90);
indexer->addRecord(record, analyzer);
indexer->merge_ForTesting();
/* // create an index searcher
IndexSearcher *indexSearcher = IndexSearcher::create(indexer);
Analyzer *analyzer = indexer->getAnalyzer();
indexer->print_Index();
ASSERT ( ping(analyzer, indexSearcher, "tom" , 1 , 1001) == true);
ASSERT ( ping(analyzer, indexSearcher, "jimi" , 1 , 1008) == true);
ASSERT ( ping(analyzer, indexSearcher, "smith" , 1 , 1001) == true);
ASSERT ( ping(analyzer, indexSearcher, "jobs" , 1 , 1999) == true);
(void)analyzer;
delete indexSearcher;*/
delete indexer;
delete analyzer;
}
void PCommandManager::PlayMacro(BMessage *makro)
{
int32 i = 0;
BMessage *message = new BMessage();
Indexer *playDeIndexer = new Indexer(doc);
status_t err = B_OK;
while ( (makro->FindMessage("Macro::Commmand", i,message) == B_OK) && (err==B_OK) )
{
err = Execute(playDeIndexer->DeIndexCommand(message));
snooze(100000);
i++;
}
}
int main()
{
Parser *parser = new Parser("base/");
parser->Process();
vector<Document *>* collection = parser->GetCollection();
Indexer *indexer = new Indexer(collection);
indexer->Initialize();
indexer->Process();
indexer->Print();
indexer->WriteIndexFile();
delete indexer;
delete parser;
}
Indexer* Indexer::createIndex(QString path, int ordinal)
{
Indexer* indexer;
QList<QStringList> indices = listIndices(path);
QStringList info = indices[ordinal];
ImageFeatures* alg = ImageFeatures::factory(info[3]);
alg->setParams(info[4]);
indexer = factory(info[1], alg, path);
indexer->setParams(info[2]);
indexer->loadIndex(info[0]);
return indexer;
}
void I2C::init400k(void){ //todo:3 parameters for fast and a kiloHertz
init();
clearHW();
#if I2C_TRACE
stageTrace.rewind();
#endif
//cr1 as apb.init sets it up is fine
int apbRate = getClockRate();
dcb->cr2 = apbRate / 1000000; //keeps all interrupt enable stuff disabled
//compute the two fast options, choose the highest
int r1 = rate(apbRate, (25 * 400000)); //@36 = 4, 4*25 = 100 clocks = 360kHz
int r0 = rate(apbRate, (3 * 400000)); //@36 = 30, 30*3 = 90 clocks = 400kHz
if(25 * r1 > 3 * r0) {
dcb->ccr = (3 << 14) /* fast 9:16*/ | r1;
} else {
dcb->ccr = (2 << 14) /* 400kHz 1:2*/ | r0;
}
//maximum clock risetime: 3/1000000 = 3e-9 in integers without overflowing
dcb->riseTime = 1 + quanta(apbRate * 3, 10000000); //300ns: ~11 clocks at 36MHz apb clock.
//alh: suspect the +1 given in the documents is due to them truncating rather than rounding up.
//enable interrupts at NVIC:
eventIrq.prepare(); //NB: simple enable() often generates an interrupt even when all interrupts are masked, dammit! (Busy was true)
errorIrq.enable();
} /* init */
void AccessTreeViewListener::OnDropIndex(DesktopDragObject* drag_object, index_gid_t source, index_gid_t dest)
{
AccessModel* model = static_cast<AccessModel*>(m_treeview.GetTreeModel());
Indexer* indexer = g_m2_engine->GetIndexer();
if (dest == 0)
dest = model->GetCategoryID();
else if (drag_object->GetInsertType() == DesktopDragObject::INSERT_BEFORE || drag_object->GetInsertType() == DesktopDragObject::INSERT_AFTER)
dest = indexer->GetIndexById(dest)->GetParentId();
if (!CanDropIndex(source, dest))
return;
// corner case, changing the order of two folders
OpINT32Vector children;
indexer->GetChildren(source, children, FALSE);
if (children.Find(dest) != -1)
{
Index* index = indexer->GetIndexById(dest);
while (index->GetParentId() != source)
{
index = indexer->GetIndexById(index->GetParentId());
}
index->SetParentId(indexer->GetIndexById(source)->GetParentId());
}
indexer->GetIndexById(source)->SetParentId(dest);
}
void PDocument::PushToStream(BPositionIO *pushTo)
{
Indexer *indexer = new Indexer((PDocument *)this);
BMessage *tmpNode = NULL;
BMessage *commandManage = new BMessage();
BMessage *selectedMessage = new BMessage();
int i = 0;
//**security check if the passed BPositionIO ok is
documentSetting->Flatten(pushTo);
for (i=0; i<allNodes->CountItems();i++)
{
tmpNode=(BMessage *)allNodes->ItemAt(i);
BMessage *indexed = indexer->IndexNode(tmpNode);
indexed->Flatten(pushTo);
}
for (i=0; i<allConnections->CountItems();i++)
{
tmpNode=(BMessage *)allConnections->ItemAt(i);
BMessage *indexed = indexer->IndexConnection(tmpNode);
indexed->Flatten(pushTo);
}
for (i=0; i<selected->CountItems();i++)
{
selectedMessage->AddPointer("node",selected->ItemAt(i));
}
selectedMessage->Flatten(pushTo);
for (i=0;i<(commandManager->GetMacroList())->CountItems();i++)
{
BMessage *macro =(BMessage *)(commandManager->GetMacroList()->ItemAt(i));
macro->Flatten(pushTo);
}
for (i=0;i<(commandManager->GetUndoList())->CountItems();i++)
{
BMessage *indexed = indexer->IndexMacroCommand((BMessage *)(commandManager->GetUndoList()->ItemAt(i)));
indexed->Flatten(pushTo);
}
//**add the UndoIndex
commandManage->AddInt32("undoStatus",commandManager->GetUndoIndex());
//add the commandManage
commandManage->Flatten(pushTo);
delete indexer;
delete commandManage;
delete selectedMessage;
}
template <typename T> void
GenericFactor<T>::absorveEvidence (const T& arg, unsigned obsIdx)
{
size_t idx = indexOf (arg);
assert (idx != args_.size());
assert (obsIdx < ranges_[idx]);
Params newps;
newps.reserve (params_.size() / ranges_[idx]);
Indexer indexer (ranges_);
for (unsigned i = 0; i < obsIdx; ++i) {
indexer.incrementDimension (idx);
}
while (indexer.valid()) {
newps.push_back (params_[indexer]);
indexer.incrementExceptDimension (idx);
}
params_ = newps;
args_.erase (args_.begin() + idx);
ranges_.erase (ranges_.begin() + idx);
}
TEST(IndexerTest, testGetUserPostIdsMultipleUsers) {
Indexer i;
const string username1 = "val";
const string username2 = "kim";
const uint64_t postId1 = 666;
const uint64_t postId2 = 777;
{
const TTopics topics = {"find", "secret", "on", "valbok.com"};
EXPECT_TRUE(i.index(topics, username1, postId1));
auto item = i.getTopicItem("secret");
auto postIds = item.userPostIds;
EXPECT_EQ(1, postIds.size());
auto it = postIds.begin();
EXPECT_EQ(username1, it->first);
EXPECT_EQ(1, it->second.size());
auto sit = it->second.begin();
EXPECT_EQ(postId1, *sit);
}
{
const TTopics topics = {"open", "secret", "page"};
EXPECT_TRUE(i.index(topics, username2, postId2));
auto item = i.getTopicItem("secret");
auto postIds = item.userPostIds;
EXPECT_EQ(2, postIds.size());
auto it = postIds.begin();
EXPECT_EQ(username2, it->first);
EXPECT_EQ(1, it->second.size());
auto sit = it->second.begin();
EXPECT_EQ(postId2, *sit);
++it;
EXPECT_EQ(username1, it->first);
EXPECT_EQ(1, it->second.size());
sit = it->second.begin();
EXPECT_EQ(postId1, *sit);
}
}
void testLELASplicerVsIndexer(const char *file_name)
{
typedef uint16 modulus_type;
typedef Modular<modulus_type> Ring;
modulus_type modulus = MatrixUtil::loadF4Modulus(file_name);
Ring R (modulus);
Context<Ring> ctx (R);
Indexer<uint32> indexer;
std::ostream &report = commentator.report (Commentator::LEVEL_NORMAL, INTERNAL_DESCRIPTION);
commentator.start("Loading matrix");
SparseMatrix<Ring::Element> A = MatrixUtil::loadF4Matrix(R, file_name);
MatrixUtil::invertMatrixRows(A); //accomodate format to LELA's splicer
commentator.stop(MSG_DONE);
commentator.start("Constructing submatrices using Splicer", "USING LELA SPLICER");
LELA_GF_UTIL::spliceMatrix(R, A);
commentator.stop(MSG_DONE, "USING LELA SPLICER");
report << endl;
commentator.start("Constructing submatrices using Indexer", "USING INDEXER");
commentator.start("Constructing indexes");
indexer.processMatrix(A);
commentator.stop(MSG_DONE);
SparseMatrix<Ring::Element> sub_A (indexer.Npiv, indexer.Npiv),
sub_B (indexer.Npiv, A.coldim () - indexer.Npiv),
sub_C (A.rowdim () - indexer.Npiv, indexer.Npiv),
sub_D (A.rowdim () - indexer.Npiv, A.coldim () - indexer.Npiv);
commentator.start("Constructing sub matrices");
indexer.constructSubMatrices(A, sub_A, sub_B, sub_C, sub_D, true);
commentator.stop(MSG_DONE);
commentator.stop(MSG_DONE, "USING INDEXER");
}
void Serialize(string directoryName)
{
// Create a schema
Schema *schema = Schema::create(LocationIndex);
schema->setPrimaryKey("list_id"); // integer, by default not searchable
schema->setSearchableAttribute("title", 2); // searchable text
schema->setSearchableAttribute("address", 7); // searchable text
// Create an analyzer
Analyzer *analyzer = new Analyzer(NULL, NULL, NULL, NULL, "");
unsigned mergeEveryNSeconds = 3;
unsigned mergeEveryMWrites = 5;
unsigned updateHistogramEveryPMerges = 1;
unsigned updateHistogramEveryQWrites = 5;
CacheManager *cache = new CacheManager(134217728);
IndexMetaData *indexMetaData = new IndexMetaData(cache,
mergeEveryNSeconds, mergeEveryMWrites,
updateHistogramEveryPMerges, updateHistogramEveryQWrites,
directoryName);
Indexer *indexer = Indexer::create(indexMetaData, analyzer, schema);
readRecordsFromFile(indexer, schema, analyzer, directoryName+"/quadtree/1K");
boost::shared_ptr<QuadTreeRootNodeAndFreeLists> quadtree_ReadView;
quadtree_ReadView = dynamic_cast<IndexReaderWriter *>(indexer)->getQuadTree_ReadView();
QuadTreeNode *qt = quadtree_ReadView->root;
// serialize the index
indexer->commit();
indexer->save(directoryName);
delete indexer;
delete indexMetaData;
delete analyzer;
delete schema;
}
TEST(IndexerTest, testGetUserPostIds) {
Indexer i;
const string username = "******";
const uint64_t postId1 = 666;
const uint64_t postId2 = 777;
{
const TTopics topics = {"please", "give", "me", "job"};
EXPECT_TRUE(i.index(topics, username, postId1));
EXPECT_FALSE(i.hasTopicItem("unknown"));
EXPECT_TRUE(i.hasTopicItem("job"));
auto item = i.getTopicItem("job");
EXPECT_EQ(1, item.postsCount);
auto postIds = item.userPostIds;
EXPECT_EQ(1, postIds.size());
auto it = postIds.begin();
EXPECT_EQ(username, it->first);
EXPECT_EQ(1, it->second.size());
auto sit = it->second.begin();
EXPECT_EQ(postId1, *sit);
}
{
const TTopics topics = {"waiting", "for", "job"};
EXPECT_TRUE(i.index(topics, username, postId2));
EXPECT_FALSE(i.hasTopicItem("unknown"));
EXPECT_TRUE(i.hasTopicItem("job"));
auto item = i.getTopicItem("job");
EXPECT_EQ(2, item.postsCount);
auto postIds = item.userPostIds;
EXPECT_EQ(1, postIds.size());
auto it = postIds.begin();
EXPECT_EQ(username, it->first);
EXPECT_EQ(2, it->second.size());
auto sit = it->second.begin();
EXPECT_EQ(postId2, *sit);
EXPECT_EQ(postId1, *(++sit));
}
}
/* Article indexer methods */
void *Indexer::indexArticles(void *ptr) {
pthread_setcanceltype(PTHREAD_CANCEL_DEFERRED, NULL);
Indexer *self = (Indexer *)ptr;
unsigned int indexedArticleCount = 0;
indexerToken token;
self->indexingPrelude(self->getIndexPath());
while (self->popFromToIndexQueue(token)) {
self->index(token.url,
token.accentedTitle,
token.title,
token.keywords,
token.content,
token.snippet,
token.size,
token.wordCount
);
indexedArticleCount += 1;
/* Make a hard-disk flush every 10.000 articles */
if (indexedArticleCount % 5000 == 0) {
self->flush();
}
/* Test if the thread should be cancelled */
pthread_testcancel();
}
self->indexingPostlude();
usleep(100);
self->articleIndexerRunning(false);
pthread_exit(NULL);
return NULL;
}
/**
* @brief Assembles a particle Jacobian block @f$ J_i @f$ (@f$ i > 0 @f$) of the time-discretized equations
* @details The system \f[ \left( \frac{\partial F}{\partial y} + \alpha \frac{\partial F}{\partial \dot{y}} \right) x = b \f]
* has to be solved. The system Jacobian of the original equations,
* \f[ \frac{\partial F}{\partial y}, \f]
* is already computed (by AD or manually in residualImpl() with @c wantJac = true). This function is responsible
* for adding
* \f[ \alpha \frac{\partial F}{\partial \dot{y}} \f]
* to the system Jacobian, which yields the Jacobian of the time-discretized equations
* \f[ F\left(t, y_0, \sum_{k=0}^N \alpha_k y_k \right) = 0 \f]
* when a BDF method is used. The time integrator needs to solve this equation for @f$ y_0 @f$, which requires
* the solution of the linear system mentioned above (@f$ \alpha_0 = \alpha @f$ given in @p alpha).
*
* @param [in] pblk Index of the particle block
* @param [in] alpha Value of \f$ \alpha \f$ (arises from BDF time discretization)
* @param [in] idxr Indexer
* @param [in] timeFactor Factor which is premultiplied to the time derivatives originating from time transformation
*/
void GeneralRateModel::assembleDiscretizedJacobianParticleBlock(unsigned int pblk, double alpha, const Indexer& idxr, double timeFactor)
{
linalg::FactorizableBandMatrix& fbm = _jacPdisc[pblk];
const linalg::BandMatrix& bm = _jacP[pblk];
// Copy normal matrix over to factorizable matrix
fbm.copyOver(bm);
// Add time derivatives to particle shells
linalg::FactorizableBandMatrix::RowIterator jac = fbm.row(0);
for (unsigned int j = 0; j < _disc.nPar; ++j)
{
// Mobile phase (advances jac accordingly)
addMobilePhaseTimeDerivativeToJacobianParticleBlock(jac, idxr, alpha, timeFactor);
// Stationary phase
_binding->jacobianAddDiscretized(alpha * timeFactor, jac);
// Advance pointers over all bound states
jac += idxr.strideParBound();
}
}
TEST(IndexerTest, testGetPostTopic) {
Indexer i;
const string username = "******";
const uint64_t postId = 666;
{
const TTopics topics = {"secret", "still", "there"};
EXPECT_TRUE(i.index(topics, username, postId));
EXPECT_FALSE(i.hasPostTopics(0));
EXPECT_TRUE(i.hasPostTopics(postId));
auto set = i.getPostTopics(postId);
EXPECT_EQ(3, set.size());
auto it = set.begin();
EXPECT_EQ("there", *it);
EXPECT_EQ("still", *++it);
EXPECT_EQ("secret", *++it);
}
{
EXPECT_TRUE(i.index({"check_html"}, username, postId));
auto set = i.getPostTopics(postId);
EXPECT_EQ(4, set.size());
auto it = set.begin();
EXPECT_EQ("check_html", *it);
}
}
int main(int agrc, char * argv[]){
Indexer indexer;
indexer.readFiles(argv[1]);
}
TEST(IndexerTest, testExtractTopics) {
Indexer i;
{
vector<string> v;
bool found = i.extractTopics("", v);
EXPECT_FALSE(found);
EXPECT_EQ(0, v.size());
}
{
vector<string> v;
bool found = i.extractTopics("#", v);
EXPECT_FALSE(found);
EXPECT_EQ(0, v.size());
}
{
vector<string> v;
bool found = i.extractTopics("#!", v);
EXPECT_FALSE(found);
EXPECT_EQ(0, v.size());
}
{
vector<string> v;
bool found = i.extractTopics("no #bc!de", v);
EXPECT_FALSE(found);
EXPECT_EQ(0, v.size());
}
{
vector<string> v;
bool found = i.extractTopics("eating steak for dinner", v);
EXPECT_FALSE(found);
EXPECT_EQ(0, v.size());
}
{
vector<string> v;
bool found = i.extractTopics("eating #steak for dinner", v);
EXPECT_TRUE(found);
EXPECT_EQ(1, v.size());
EXPECT_EQ("steak", v[0]);
}
{
vector<string> v;
bool found = i.extractTopics("#eating #steak for #dinner", v);
EXPECT_TRUE(found);
EXPECT_EQ(3, v.size());
EXPECT_EQ("eating", v[0]);
EXPECT_EQ("steak", v[1]);
EXPECT_EQ("dinner", v[2]);
}
{
vector<string> v;
bool found = i.extractTopics("#eating, #steak. for #dinner. #exactly! #yes?", v);
EXPECT_TRUE(found);
EXPECT_EQ(5, v.size());
EXPECT_EQ("eating", v[0]);
EXPECT_EQ("steak", v[1]);
EXPECT_EQ("dinner", v[2]);
EXPECT_EQ("exactly", v[3]);
EXPECT_EQ("yes", v[4]);
}
{
vector<string> v;
bool found = i.extractTopics("#eating!!!, #steak???. for #dinner...... #exactly!,,.: #yes?:", v);
EXPECT_TRUE(found);
EXPECT_EQ(5, v.size());
EXPECT_EQ("eating", v[0]);
EXPECT_EQ("steak", v[1]);
EXPECT_EQ("dinner", v[2]);
EXPECT_EQ("exactly", v[3]);
EXPECT_EQ("yes", v[4]);
}
}
// Read data from file, build the index, and save the index to disk
void buildIndex(string data_file, string index_dir)
{
/// Set up the Schema
Schema *schema = Schema::create(srch2is::DefaultIndex);
schema->setPrimaryKey("primaryKey");
schema->setSearchableAttribute("description", 2);
schema->setScoringExpression("idf_score*doc_boost");
/// Create an Analyzer
Analyzer *analyzer = new Analyzer(NULL, NULL, NULL, NULL, "",
srch2is::STANDARD_ANALYZER);
/// Create an index writer
unsigned mergeEveryNSeconds = 2;
unsigned mergeEveryMWrites = 5;
unsigned updateHistogramEveryPMerges = 1;
unsigned updateHistogramEveryQWrites = 5;
IndexMetaData *indexMetaData = new IndexMetaData( new CacheManager(),
mergeEveryNSeconds, mergeEveryMWrites,
updateHistogramEveryPMerges, updateHistogramEveryQWrites, index_dir);
Indexer *indexer = Indexer::create(indexMetaData, analyzer, schema);
Record *record = new Record(schema);
unsigned docsCounter = 0;
string line;
ifstream data(data_file.c_str());
/// Read records from file
/// the file should have two fields, seperated by '^'
/// the first field is the primary key, the second field is a searchable attribute
while(getline(data,line))
{
unsigned cellCounter = 0;
stringstream lineStream(line);
string cell;
while(getline(lineStream,cell,'^') && cellCounter < 3 )
{
if (cellCounter == 0)
{
record->setPrimaryKey(cell.c_str());
}
else if (cellCounter == 1)
{
record->setSearchableAttributeValue(0, cell);
}
else
{
float recordBoost = atof(cell.c_str());
record->setRecordBoost(recordBoost);
}
cellCounter++;
}
indexer->addRecord(record, analyzer);
docsCounter++;
record->clear();
}
cout << "#Docs Read:" << docsCounter << endl;
indexer->commit();
indexer->save();
cout << "Index saved." << endl;
data.close();
delete indexer;
delete indexMetaData;
delete analyzer;
delete schema;
}
// Test using the circle range
void testCircleRange(string directoryName)
{
// Create a schema
Schema *schema = Schema::create(LocationIndex);
schema->setPrimaryKey("list_id"); // integer, by default not searchable
schema->setSearchableAttribute("title", 2); // searchable text
schema->setSearchableAttribute("address", 7); // searchable text
// Create an analyzer
Analyzer *analyzer = new Analyzer(NULL, NULL, NULL, NULL, "");
unsigned mergeEveryNSeconds = 3;
unsigned mergeEveryMWrites = 5;
unsigned updateHistogramEveryPMerges = 1;
unsigned updateHistogramEveryQWrites = 5;
CacheManager *cache = new CacheManager(134217728);
IndexMetaData *indexMetaData = new IndexMetaData( cache,
mergeEveryNSeconds, mergeEveryMWrites,
updateHistogramEveryPMerges, updateHistogramEveryQWrites,
directoryName);
Indexer *indexer = Indexer::create(indexMetaData, analyzer, schema);
// Create five records of 8 attributes and add them to the index
addGeoRecord(indexer, schema, analyzer, 0, "Tom Smith and Jack Lennon", "Yesterday Once More", 100.0, 100.0);
addGeoRecord(indexer, schema, analyzer, 1, "George Harris", "Here comes the sun", 110.0, 110.0);
addGeoRecord(indexer, schema, analyzer, 2, "George Harris", "Here comes the sun", 10.0, 10.0);
addGeoRecord(indexer, schema, analyzer, 3, "George Harris", "Here comes the sun", -100.0, -100.0);
addGeoRecord(indexer, schema, analyzer, 4, "George Harris", "Here comes the sun", -110.0, -110.0);
addGeoRecord(indexer, schema, analyzer, 5, "George Harris", "Here comes the sun", -100.0, 100.0);
addGeoRecord(indexer, schema, analyzer, 6, "George Harris", "Here comes the sun", 100.0, -100.0);
addGeoRecord(indexer, schema, analyzer, 7, "George Harris", "Here comes the sun", 101.0, -101.0);
// commit the index
bool retval = indexer->commit();
ASSERT( retval == 1 );
(void)retval;
// Storing results of the query and expected results
vector<vector<unsigned>*> expectedResults;
vector<vector<GeoElement*>*> results;
QueryEvaluatorRuntimeParametersContainer runTimeParameters;
QueryEvaluator * queryEvaluator = new QueryEvaluator(indexer,&runTimeParameters );
//Rectangle queryRange(pair(pair(-20,-20),pair(20,20)));
Point point;
point.x = 100; point.y = 100;
Circle circle(point,30);
boost::shared_ptr<QuadTreeRootNodeAndFreeLists> quadtree_ReadView;
quadtree_ReadView = dynamic_cast<IndexReaderWriter *>(indexer)->getQuadTree_ReadView();
QuadTreeNode *qt = quadtree_ReadView->root;
qt->rangeQuery(results,circle);
vector<unsigned> res;
res.push_back(getExternalId(queryEvaluator,0));
res.push_back(getExternalId(queryEvaluator,1));
res.push_back(getExternalId(queryEvaluator,2));
expectedResults.push_back(&res);
verifyResults(results,expectedResults);
delete indexer;
delete indexMetaData;
delete analyzer;
delete schema;
}
TEST(IndexerTest, testPurgeByUserSingleItem) {
Indexer i;
const string username = "******";
const uint64_t postId = 666;
const TTopics topics = {"check", "source", "html"};
EXPECT_TRUE(i.index(topics, username, postId));
EXPECT_TRUE(i.hasPostTopics(postId));
EXPECT_TRUE(i.hasTopicItem("check"));
EXPECT_TRUE(i.hasTopicItem("source"));
EXPECT_TRUE(i.hasTopicItem("html"));
EXPECT_FALSE(i.purgeByUser("kim"));
EXPECT_TRUE(i.purgeByUser(username));
EXPECT_FALSE(i.hasPostTopics(postId));
EXPECT_FALSE(i.hasTopicItem("check"));
EXPECT_FALSE(i.hasTopicItem("source"));
EXPECT_FALSE(i.hasTopicItem("html"));
}
void I2C::setStage(I2C::Stage stageCode){
stage = stageCode;
if(stageTrace.hasNext()) {
stageTrace.next() = stageCode;
}
}
TEST(IndexerTest, testPurgeByUser) {
Indexer i;
const string username1 = "val";
const uint64_t postId1 = 666;
const string username2 = "kim";
const uint64_t postId2 = 777;
EXPECT_TRUE(i.index(TTopics({"href", "cv", "date"}), username1, postId1));
EXPECT_TRUE(i.index(TTopics({"cv"}), username1, postId1 + 1));
EXPECT_TRUE(i.hasPostTopics(postId1));
EXPECT_TRUE(i.hasPostTopics(postId1 + 1));
EXPECT_FALSE(i.hasPostTopics(postId2));
EXPECT_TRUE(i.hasTopicItem("href"));
EXPECT_TRUE(i.hasTopicItem("cv"));
EXPECT_TRUE(i.hasTopicItem("date"));
EXPECT_EQ(2, i.getTopicItem("cv").postsCount);
EXPECT_TRUE(i.index(TTopics({"href", "cv"}), username2, postId2));
EXPECT_TRUE(i.index(TTopics({"cv"}), username2, postId2 + 1));
EXPECT_TRUE(i.hasPostTopics(postId2));
EXPECT_TRUE(i.hasPostTopics(postId2 + 1));
EXPECT_EQ(4, i.getTopicItem("cv").postsCount);
EXPECT_EQ(2, i.getTopicItem("href").postsCount);
EXPECT_TRUE(i.purgeByUser(username1));
EXPECT_FALSE(i.hasPostTopics(postId1));
EXPECT_FALSE(i.hasPostTopics(postId1 + 1));
EXPECT_TRUE(i.hasPostTopics(postId2));
EXPECT_TRUE(i.hasPostTopics(postId2 + 1));
EXPECT_EQ(2, i.getTopicItem("cv").postsCount);
EXPECT_EQ(1, i.getTopicItem("href").postsCount);
EXPECT_FALSE(i.hasTopicItem("date"));
EXPECT_TRUE(i.purgeByUser(username2));
EXPECT_FALSE(i.hasPostTopics(postId2));
EXPECT_FALSE(i.hasPostTopics(postId2 + 1));
EXPECT_FALSE(i.hasTopicItem("cv"));
EXPECT_FALSE(i.hasTopicItem("href"));
}
TEST(IndexerTest, testSizes) {
Indexer i;
EXPECT_TRUE(i.index({"Y",}, "val", 1));
EXPECT_EQ(1, i.getTopicItemsSize());
EXPECT_EQ(1, i.getPostTopicsSize());
EXPECT_EQ(1, i.getUserTopicsSize());
EXPECT_TRUE(i.index({"m"}, "val", 1));
EXPECT_EQ(2, i.getTopicItemsSize());
EXPECT_EQ(1, i.getPostTopicsSize());
EXPECT_EQ(1, i.getUserTopicsSize());
EXPECT_TRUE(i.index({"d"}, "val", 2));
EXPECT_EQ(3, i.getTopicItemsSize());
EXPECT_EQ(2, i.getPostTopicsSize());
EXPECT_EQ(1, i.getUserTopicsSize());
EXPECT_TRUE(i.index({"find"}, "kim", 3));
EXPECT_EQ(4, i.getTopicItemsSize());
EXPECT_EQ(3, i.getPostTopicsSize());
EXPECT_EQ(2, i.getUserTopicsSize());
EXPECT_TRUE(i.index({"Y"}, "kim", 3));
EXPECT_EQ(4, i.getTopicItemsSize());
EXPECT_EQ(3, i.getPostTopicsSize());
EXPECT_EQ(2, i.getUserTopicsSize());
EXPECT_TRUE(i.purgeByUser("val"));
EXPECT_EQ(2, i.getTopicItemsSize());
EXPECT_EQ(1, i.getPostTopicsSize());
EXPECT_EQ(1, i.getUserTopicsSize());
EXPECT_TRUE(i.purgeByUser("kim"));
EXPECT_EQ(0, i.getTopicItemsSize());
EXPECT_EQ(0, i.getPostTopicsSize());
EXPECT_EQ(0, i.getUserTopicsSize());
EXPECT_TRUE(i.index({"find", "admin", "page"}, "kim", 4));
EXPECT_EQ(3, i.getTopicItemsSize());
EXPECT_EQ(1, i.getPostTopicsSize());
EXPECT_EQ(1, i.getUserTopicsSize());
}
void test1()
{
Schema *schema = Schema::create(srch2::instantsearch::DefaultIndex);
schema->setPrimaryKey("article_id"); // integer, not searchable
schema->setSearchableAttribute("article_id"); // convert id to searchable text
schema->setSearchableAttribute("article_authors", 2); // searchable text
schema->setSearchableAttribute("article_title", 7); // searchable text
// create an analyzer
SynonymContainer *syn = SynonymContainer::getInstance("", SYNONYM_DONOT_KEEP_ORIGIN);
syn->init();
Analyzer *analyzer = new Analyzer(NULL, NULL, NULL, syn, "");
unsigned mergeEveryNSeconds = 3;
unsigned mergeEveryMWrites = 5;
unsigned updateHistogramEveryPMerges = 1;
unsigned updateHistogramEveryQWrites = 5;
string INDEX_DIR = "test";
IndexMetaData *indexMetaData = new IndexMetaData( new CacheManager(),
mergeEveryNSeconds, mergeEveryMWrites,
updateHistogramEveryPMerges, updateHistogramEveryQWrites,
INDEX_DIR);
Indexer *index = Indexer::create(indexMetaData, analyzer, schema);
Record *record = new Record(schema);
char* authorsCharStar = new char[30];
char* titleCharStar = new char[30];
//generate random characers
srand ( time(NULL) );
// create a record of 3 attributes
for (unsigned i = 0; i < 1000; i++)
{
record->setPrimaryKey(i + 1000);
sprintf(authorsCharStar,"John %cLen%cnon",(rand() % 50)+65,(rand() % 10)+65);
string authors = string(authorsCharStar);
record->setSearchableAttributeValue("article_authors", authors);
sprintf(titleCharStar,"Yesterday %cOnc%ce %cMore",
(rand()%59)+65, (rand()%59)+65, (rand()%10)+65);
string title = string(titleCharStar);
record->setSearchableAttributeValue("article_title", title);
record->setRecordBoost(rand() % 100);
index->addRecord(record, analyzer);
// for creating another record
record->clear();
}
// build the index
index->commit();
//indexer->printNumberOfBytes();
delete[] authorsCharStar;
delete[] titleCharStar;
delete record;
delete index;
delete analyzer;
delete schema;
}
void addRecords()
{
///Create Schema
Schema *schema = Schema::create(srch2::instantsearch::DefaultIndex);
schema->setPrimaryKey("article_id"); // integer, not searchable
schema->setSearchableAttribute("article_id"); // convert id to searchable text
schema->setSearchableAttribute("article_authors", 2); // searchable text
schema->setSearchableAttribute("article_title", 7); // searchable text
SynonymContainer *syn = SynonymContainer::getInstance("", SYNONYM_DONOT_KEEP_ORIGIN);
syn->init();
Record *record = new Record(schema);
Analyzer *analyzer = new Analyzer(NULL, NULL, NULL, syn, "");
unsigned mergeEveryNSeconds = 3;
unsigned mergeEveryMWrites = 5;
unsigned updateHistogramEveryPMerges = 1;
unsigned updateHistogramEveryQWrites = 5;
string INDEX_DIR = ".";
IndexMetaData *indexMetaData = new IndexMetaData( NULL,
mergeEveryNSeconds, mergeEveryMWrites,
updateHistogramEveryPMerges, updateHistogramEveryQWrites,
INDEX_DIR);
Indexer *index = Indexer::create(indexMetaData, analyzer, schema);
record->setPrimaryKey(1001);
record->setSearchableAttributeValue("article_authors", "Tom Smith and Jack Lennon");
record->setSearchableAttributeValue("article_title", "come Yesterday Once More");
record->setRecordBoost(10);
index->addRecord(record, analyzer);
record->clear();
record->setPrimaryKey(1008);
record->setSearchableAttributeValue(0, "Jimi Hendrix");
record->setSearchableAttributeValue(1, "Little wing");
record->setRecordBoost(90);
index->addRecord(record, analyzer);
index->commit();
//index->commit();
//index->print_Index();
std::cout << "print 1 $$$$$$$$$$$$$$" << std::endl;
record->clear();
record->setPrimaryKey(1007);
record->setSearchableAttributeValue(0, "Jimaai Hendaarix");
record->setSearchableAttributeValue(1, "Littaale waaing");
record->setRecordBoost(90);
index->addRecord(record, analyzer);
//index->print_Index();
std::cout << "print 2 $$$$$$$$$$$$$$" << std::endl;
delete schema;
delete record;
delete analyzer;
delete index;
syn->free();
}