void MongoCluster::loadCluster() {
clear();
//TODO: Add a sanity check this is actually a mongoS/ config server
//Load shards && tag map
mongo::Cursor cur = _dbConn->query("config.shards", mongo::BSONObj());
while (cur->more()) {
mongo::BSONObj obj = cur->next();
std::string shard = obj.getStringField("_id");
std::string connect = obj.getStringField("host");
size_t shardnamepos = connect.find_first_of('/');
//If this is a replica the name starts: replicaName/<host list>, standalone: <host>
if (shardnamepos != std::string::npos)
connect = "mongodb://" + connect.substr(shardnamepos + 1) + "/?replicaSet=" + connect.substr(0, shardnamepos);
else
connect = "mongodb://" + connect;
if (shard.empty() || connect.empty())
throw std::logic_error("Couldn't load shards, empty values, is this a "
"sharded cluster?");
std::string tag = obj.getStringField("tag");
auto sharditr = _shards.emplace(std::move(shard), std::move(connect)).first;
if (!tag.empty())
_shardTags[tag].push_back(sharditr);
}
_sharded = _shards.size();
//Load shard chunk ranges
loadIndex(&_nsChunks, "config.chunks", &_shards, "shard");
//Load tag bound ranges
loadIndex(&_nsTagRanges, "config.tags", &_shardTags, "tag");
//Get all the mongoS
cur = _dbConn->query("config.mongos", mongo::BSONObj());
while (cur->more()) {
mongo::BSONObj o = cur->next();
_mongos.emplace_back(std::string("mongodb://") + o.getStringField("_id"));
}
cur = _dbConn->query("config.databases", mongo::BSONObj());
while (cur->more()) {
mongo::BSONObj obj = cur->next();
std::string dbName = obj.getStringField("_id");
_dbs.emplace(std::make_pair(dbName,
MetaDatabase(dbName, obj.getBoolField("partitioned"), obj.getStringField("primary"))));
}
cur = _dbConn->query("config.collections", mongo::BSONObj());
DatabaseName prevDb;
while (cur->more()) {
mongo::BSONObj obj = cur->next();
NameSpace currNs = obj.getStringField("_id");
_colls.emplace(std::make_pair(currNs, MetaNameSpace(currNs, obj.getBoolField("dropped"),
obj.getObjectField("key").getOwned(), obj.getBoolField("unique"))));
}
}
void DocumentationPlugin::reinit(KListView *contents, IndexBox *index, QStringList restrictions)
{
config->setGroup("Locations");
QMap<QString, QString> entryMap = config->entryMap("Locations");
//remove deleted in configuration catalogs
for (QStringList::const_iterator it = deletedConfigurationItems.constBegin();
it != deletedConfigurationItems.constEnd(); ++it)
{
if (namedCatalogs.contains(*it))
delete namedCatalogs[*it];
}
deletedConfigurationItems.clear();
//update configuration
for (QMap<QString, QString>::const_iterator it = entryMap.begin();
it != entryMap.end(); ++it)
{
config->setGroup("Locations");
if (restrictions.contains(it.key()) || (!catalogEnabled(it.key())))
{
if (namedCatalogs.contains(it.key()))
delete namedCatalogs[it.key()];
}
else
{
kdDebug() << "updating 1" << endl;
if (!namedCatalogs.contains(it.key())) //create catalog if it does not exist
{
DocumentationCatalogItem * item = createCatalog(contents, it.key(), config->readPathEntry(it.key()));
loadIndex(index, item);
index->setDirty(true);
// index->refill(indexes[item]);
}
else if (!indexEnabled(namedCatalogs[it.key()])) //clear index if it is disabled in configuration
{
kdDebug() << " updating: clearCatalogIndex" << endl;
clearCatalogIndex(namedCatalogs[it.key()]);
}
else if ( (indexEnabled(namedCatalogs[it.key()])) //index is requested in configuration but does not yet exist
&& (!indexes.contains(namedCatalogs[it.key()])) )
{
kdDebug() << " index requested " << endl;
loadIndex(index, namedCatalogs[it.key()]);
index->setDirty(true);
}
m_indexCreated = true;
}
}
}
/**
* @brief (Re)build the index file
*/
void PlaybackController::buildIndex()
{
if(!m_indexbuilder.isNull()) {
qWarning("Index builder already running!");
return;
}
m_indexbuilder = new IndexBuilder(m_reader->filename(), indexFileName());
const qreal filesize = m_reader->filesize();
connect(m_indexbuilder, &IndexBuilder::progress, [this, filesize](int progress) {
m_indexBuildProgress = progress / filesize;
emit indexBuildProgressed(m_indexBuildProgress);
});
connect(m_indexbuilder, &IndexBuilder::done, [this](bool ok, const QString &error) {
if(!ok) {
m_indexBuildProgress = 0;
emit indexBuildProgressed(0);
emit indexLoadError(error, true);
} else {
loadIndex();
}
});
QThreadPool::globalInstance()->start(m_indexbuilder);
}
int main(){
exception e;
VTDGen *vg = NULL;
VTDNav *vn = NULL;
AutoPilot *ap = NULL;
XMLModifier *xm = NULL;
FILE *f = NULL;
UCSChar *string = NULL;
int i;
f = fopen("d:/ximpleware_2.2_c/vtd-xml/codeGuru/6/input.vxl","rb");
if (f==NULL)
return 0;
Try{
xm = createXMLModifier();
ap = createAutoPilot2();
selectXPath(ap,L"/a/b");
vg = createVTDGen();
vn = loadIndex (vg,f);
bind(ap,vn);
bind4XMLModifier(xm,vn);
while((i=evalXPath(ap))!=-1){
insertAttribute(xm,L" attr1='val'");
}
output2(xm,"d:/ximpleware_2.2_c/vtd-xml/codeGuru/6/new.xml");
free(vn->XMLDoc);
}Catch(e){// handle various types of exceptions here
}
fclose(f);
freeAutoPilot(ap);
freeXMLModifier(xm);
freeVTDGen(vg);
freeVTDNav(vn);
return 0;
}
void KateProjectWorker::loadProject (QString fileName, QVariantMap projectMap)
{
/**
* setup project file name
* name should be FIX after initial setting
*/
Q_ASSERT (m_fileName.isEmpty() || (m_fileName == fileName));
m_fileName = fileName;
/**
* Create dummy top level parent item and empty map inside shared pointers
* then load the project recursively
*/
KateProjectSharedQStandardItem topLevel (new QStandardItem ());
KateProjectSharedQMapStringItem file2Item (new QMap<QString, QStandardItem *> ());
loadProject (topLevel.data(), projectMap, file2Item.data());
/**
* create some local backup of some data we need for further processing!
*/
QStringList files = file2Item->keys ();
/**
* feed back our results
*/
QMetaObject::invokeMethod (m_project, "loadProjectDone", Qt::QueuedConnection, Q_ARG(KateProjectSharedQStandardItem, topLevel), Q_ARG(KateProjectSharedQMapStringItem, file2Item));
/**
* load index
*/
loadIndex (files);
}
/**
* @brief (Re)build the index file
*/
void PlaybackController::buildIndex()
{
if(!m_indexbuilder.isNull()) {
qWarning("Index builder already running!");
return;
}
QThread *thread = new QThread;
m_indexbuilder = new IndexBuilder(m_reader->filename(), indexFileName());
m_indexbuilder->moveToThread(thread);
const qreal filesize = m_reader->filesize();
connect(m_indexbuilder.data(), &IndexBuilder::progress, [this, filesize](int progress) {
m_indexBuildProgress = progress / filesize;
emit indexBuildProgressed(m_indexBuildProgress);
});
connect(m_indexbuilder.data(), &IndexBuilder::done, [this](bool ok, const QString &error) {
if(!ok) {
m_indexBuildProgress = 0;
emit indexBuildProgressed(0);
emit indexLoadError(error, true);
} else {
loadIndex();
}
});
connect(thread, &QThread::started, m_indexbuilder.data(), &IndexBuilder::run);
connect(m_indexbuilder.data(), &IndexBuilder::done, thread, &QThread::quit);
connect(m_indexbuilder.data(), &IndexBuilder::done, m_indexbuilder.data(), &QThread::deleteLater);
connect(thread, &QThread::finished, thread, &QThread::deleteLater);
thread->start();
}
void Sprite::load(FileObject &ff)
/*!\brief Laden einer Textur-Datei
*
* \desc
* Mit dieser Funktion kann eine bereits geöffnete Textur-Sprite-Datei geladen werden.
*
* \param[in] ff Pointer auf die CFileObject-Klasse, die die Daten enthält.
* \param[in] flags Flags mit der die Textur-Surfaces erstellt werden sollen. Dies ist eine Kombination der Werte
* innerhalb der Enumeration ppl6::grafix::Surface::Flags
* \returns Konnte die Datei erfolgreich geladern werden, gibt die Funktion 1 (true) zurück,
* im Fehlerfall 0 (false). Im Fehlerfall wird ein entsprechender Fehlercode gesetzt.
*/
{
PFPFile File;
clear();
File.load(ff);
int major, minor;
File.getVersion(&major,&minor);
if (File.getID()!="TEXS" || major!=1 || minor!=0) throw InvalidSpriteException();
// Texture Chunks laden
PFPChunk *chunk;
PFPFile::Iterator it;
File.reset(it);
while ((chunk=File.findNextChunk(it,"SURF"))) {
loadTexture(chunk);
}
// Index Chunks laden
File.reset(it);
while ((chunk=File.findNextChunk(it,"INDX"))) {
loadIndex(chunk);
}
}
CCArchive::CCArchive(const Common::String &filename, const Common::String &prefix,
bool encoded): BaseCCArchive(), _filename(filename),
_prefix(prefix), _encoded(encoded) {
_prefix.toLowercase();
File f(filename);
loadIndex(&f);
}
void BPlusIndexP::initializeIndex() {
int buffersCount = _bufferManager->buffersCount();
if (buffersCount > 0) {
loadIndex();
} else {
_head = new IndexPage();
persistPage(_head);
}
}
/*
* load indexes for multiple files
*/
static ::libmaus::autoarray::AutoArray< ::libmaus::autoarray::AutoArray< IndexEntry > >
loadIndex(std::vector<std::string> const & filenames)
{
::libmaus::autoarray::AutoArray< ::libmaus::autoarray::AutoArray< IndexEntry > > index(filenames.size());
for ( uint64_t i = 0; i < index.size(); ++i )
index[i] = loadIndex(filenames[i]);
return index;
}
RLDecoderIndexBase(std::vector<std::string> const & rfilenames)
:
filenames(rfilenames),
index(loadIndex(filenames)),
n( getLength(filenames) ),
symaccu(computeSymAccu()),
symtree(symaccu),
segaccu(computeSegAccu()),
segtree(segaccu)
{
}
void DocumentationPlugin::createIndex(IndexBox *index)
{
if (m_indexCreated)
return;
for (QValueList<DocumentationCatalogItem *>::iterator it = catalogs.begin();
it != catalogs.end(); ++it)
{
loadIndex(index, *it);
}
m_indexCreated = true;
}
int main(){
exception e;
FILE *f = NULL ,*fw = NULL;
int i = 0,t,result,count=0;
wchar_t *tmpString;
UByte *xml = NULL; // this is the buffer containing the XML content, UByte means unsigned byte
VTDGen *vg = NULL; // This is the VTDGen that parses XML
VTDNav *vn = NULL; // This is the VTDNav that navigates the VTD records
AutoPilot *ap = NULL;
XMLModifier *xm = NULL;
// allocate a piece of buffer then reads in the document content
// assume "c:\soap2.xml" is the name of the file
f = fopen("oldpo.vxl","rb");
fw = fopen("newpo_update.xml","wb");
Try{
vg = createVTDGen();
vn = loadIndex(vg,f);
ap = createAutoPilot2();
xm = createXMLModifier();
if (selectXPath(ap,L"/purchaseOrder/items/item[@partNum='872-AA']")){
bind(ap,vn);
bind4XMLModifier(xm,vn);
while((result=evalXPath(ap))!= -1){
remove4XMLModifier(xm);
insertBeforeElement(xm,L"<something/>");
}
}
if (selectXPath(ap,L"/purchaseOrder/items/item/USPrice[.<40]/text()")){
while((result=evalXPath(ap))!= -1){
updateToken(xm,result,L"200");
}
}
output(xm,fw);
fclose(f);
fclose(fw);
// remember C has no automatic garbage collector
// needs to deallocate manually.
freeVTDNav(vn);
freeVTDGen(vg);
freeXMLModifier(xm);
freeAutoPilot(ap);
}
Catch (e) {
// manual garbage collection here
freeVTDGen(vg);
}
return 0;
}
GapDecoderIndexBase(std::vector<std::string> const & rfilenames)
:
filenames(filterFilenamesByLength(rfilenames)),
index(loadIndex(filenames)),
symaccu(computeSymAccu()),
symtree(symaccu),
segaccu(computeSegmentAccu()),
segtree(segaccu),
blocksizes(getBlockSizes()),
blockintervals(computeBlockIntervals()),
blockintervaltree(blockintervals),
n ( getLength(filenames) )
{}
int main(int argc, char** argv) {
ArgParser args(argc, argv);
if (!args.isSet("i")) usage(argv);
const std::string algo = args.get<std::string>("a", "pairwise"),
indexfn = args.get<std::string>("i"),
queryfn = args.get<std::string>("q", "queries.txt");
const uint32_t threshold = args.get<uint32_t>("t", 3);
Timer timer;
// load queries
std::vector<std::vector<uint32_t>> queries;
loadQueries(queries, queryfn);
std::cout << queries.size() << " queries loaded in " << timer.getAndReset() << "s" << std::endl;
// load index
Index* index = loadIndex(algo, indexfn);
if (index == nullptr) {
usage(argv);
}
std::cout << "Loaded index in " << timer.getAndReset() << "s" << std::endl;
// create benchmark object
Benchmark *benchmark = createBenchmark(algo, threshold);
benchmark->setIndex(index);
std::cout << "Querying index with " << queries.size() << " queries..." << std::endl;
timer.reset();
// Query!
for (const std::vector<uint32_t> &query : queries) {
benchmark->query(query);
}
double queryDuration = timer.get();
std::cout << "Queried index in " << queryDuration << "s" << std::endl;
std::cout << "RESULT"
<< " algo=" << algo
<< " index=" << indexfn
<< " queries=" << queryfn
<< " numQueries=" << queries.size()
<< " queryDuration=" << queryDuration
<< " msPerQuery=" << queryDuration * 1000 / queries.size()
// TODO max/min query time
<< std::endl;
}
void getTestSubset(int numMrnas, int numEsts, char *accList,
char* selectAccFile, char* relName, char* database,
char* outDir)
/* Get the test subset. */
{
struct gbRelease* release;
struct hash* accTbl = hashNew(20);
unsigned types = 0;
/* note, we find mRNAs and ESTs seperately, but extract in one pass, as
* daily updates have both in a single file */
if (numMrnas > 0)
types |= GB_MRNA;
if (numEsts > 0)
types |= GB_EST;
release = loadIndex(relName, types, database);
if (selectAccFile != NULL)
getRequestedAccs(selectAccFile, release, accTbl);
if (numMrnas > 0)
findAccs(numMrnas, GB_MRNA, release, accTbl);
if (numEsts > 0)
findAccs(numEsts, GB_EST, release, accTbl);
copyAccs(release, types, accTbl, outDir);
if (accList != NULL)
{
FILE *accListFh;
struct hashCookie cookie;
struct hashEl* hel;
gbMakeFileDirs(accList);
accListFh = mustOpen(accList, "w");
cookie = hashFirst(accTbl);
while ((hel = hashNext(&cookie)) != NULL)
fprintf(accListFh, "%s\n", hel->name);
carefulClose(&accListFh);
}
hashFree(&accTbl);
gbIndexFree(&release->index);
}
/**
* constructor
*
* @param filename name of BAM file
* @param rranges range descriptor string
* @param rputrank put ranks on alignments
**/
BamRangeDecoder(std::string const & filename, std::string const & rranges, bool const rputrank = false)
:
libmaus2::bambam::BamAlignmentDecoder(rputrank),
Pheader(loadHeader(filename)),
header(*Pheader),
Pindex(loadIndex(deriveBamIndexName(filename))),
index(*Pindex),
ranges(libmaus2::bambam::BamRangeParser::parse(rranges,header)),
rangeidx(0),
rangecur(0),
wrapper(filename,header),
chunks(),
chunkidx(0),
decoder(wrapper.getDecoder()),
algn(decoder.getAlignment()),
active(setup())
{
}
// If this proves far too slow, rewrite the _names string to separate IDs with 0xff, then use
// strstr on the whole thing. To find the ID, scan down the string counting the number of 0xff's.
//
// Similar code is used for fastaFile::find()
//
uint32
seqStore::find(const char *sequencename) {
if (_names == NULL)
loadIndex();
char *ptr = _names;
for (uint32 iid=0; iid < _header._numberOfSequences; iid++) {
if (strcmp(sequencename, ptr) == 0)
return(iid);
while (*ptr)
ptr++;
ptr++;
}
return(~uint32ZERO);
}
TLib::TLib(MemoryManager &memManager, const Common::String &filename) :
_memoryManager(memManager) {
// If the resource strings list isn't yet loaded, load them
if (_resStrings.size() == 0) {
Common::File f;
if (f.open("tsage.cfg")) {
while (!f.eos()) {
_resStrings.push_back(f.readLine());
}
f.close();
}
}
if (!_file.open(filename))
error("Missing file %s", filename.c_str());
loadIndex();
}
// @biref: sorting the result based on bayes theorem
int searchTrie::sorting()
{
int i,k;
if(tot==0) return 0;
loadIndex();
// load the indexNode based on the searching result, store at results[tot]
qsort(results, tot, sizeof(indexNode), cmp1);
k=0;
for(i=1;i<tot;i++)
if(strcmp(results[i].entry,results[k].entry)!=0){
k++;
results[k]=results[i];
}
// eliminate the duplicate words
tot=k+1;
qsort(results, tot, sizeof(indexNode), cmp2);
// sorting all of words based on frequency
return 0;
}
void KateProjectWorker::run(ThreadWeaver::JobPointer, ThreadWeaver::Thread *)
{
/**
* Create dummy top level parent item and empty map inside shared pointers
* then load the project recursively
*/
KateProjectSharedQStandardItem topLevel(new QStandardItem());
KateProjectSharedQMapStringItem file2Item(new QMap<QString, KateProjectItem *> ());
loadProject(topLevel.data(), m_projectMap, file2Item.data());
/**
* create some local backup of some data we need for further processing!
*/
QStringList files = file2Item->keys();
emit loadDone(topLevel, file2Item);
/**
* load index
*/
loadIndex(files);
}
void drawIndex(void)
{ loadIndex();
int *ptr, color=indexBoundColor ;
Form1->lastFrmImg->Picture->Bitmap->PixelFormat = pf32bit ;
if(frmIndex.enable == 2) // draw 4 pink line to see index pos
{ ptr = (int*)(Form1->lastFrmImg->Picture->Bitmap->ScanLine[frmIndex.y]) ;
for(int x=frmIndex.x;x<frmIndex.x+frmIndex.szx;x++) ptr[x]=color ;
for(int y=frmIndex.y +1;y<frmIndex.y+frmIndex.szy -1;y++)
{ ptr = (int*)(Form1->lastFrmImg->Picture->Bitmap->ScanLine[y]) ;
ptr[frmIndex.x]=color ; ptr[frmIndex.x+frmIndex.szx - 1]=color ;
};
ptr = (int*)(Form1->lastFrmImg->Picture->Bitmap->ScanLine[frmIndex.y+frmIndex.szy - 1]) ;
for(int x=frmIndex.x;x<frmIndex.x+frmIndex.szx;x++) ptr[x]=color ;
// draw index colors in the right down img.
Form1->indexPalImg->Picture->Bitmap->PixelFormat = pf32bit ; // set deep to 32 bits
int lnb = (frmIndex.colorNb)>>2 ;
Form1->indexPalImg->Picture->Graphic->Height = lnb + ((frmIndex.colorNb)>(lnb<<2))*1 ;
Form1->indexPalImg->Picture->Graphic->Width = 4 ;
Form1->indexPalImg->Top = Form1->lblCurColor->Top - (Form1->indexPalImg->Picture->Graphic->Height)*24 ;
Form1->Edit3->Text = frmIndex.colorNb ;
Form1->Edit4->Text = frmIndex.szx ;
Form1->Edit5->Text = frmIndex.szy ;
int c=0, cpt=0 ;
int l=0 ; ptr = (int*)(Form1->indexPalImg->Picture->Bitmap->ScanLine[l]);
for(lnb=0;lnb<4;lnb++)ptr[lnb]=0xd6d3ce ; // 0xd6d3ce -> window gray
while(c<frmIndex.colorNb) // show color under index
{ ptr[c%4] = frmIndex.color[c++] ;
if(++cpt == 4)
if(++l < Form1->indexPalImg->Picture->Graphic->Height)
{ ptr = (int*)(Form1->indexPalImg->Picture->Bitmap->ScanLine[l]);
for(lnb=0;lnb<4;lnb++)ptr[lnb]=0xd6d3ce ; cpt=0 ;
}
};
Form1->lastFrmImg->Refresh();
Form1->indexPalImg->Refresh();
Form1->Label1->Caption = isIndex(frmBuffer,frmSx,frmSy,frmIndex.x,frmIndex.y);
if(preview) if(preview->Visible) preview->Image1->Picture->Assign(Form1->lastFrmImg->Picture) ;
}
static unique_ptr_type load(std::string const & filename)
{
::libmaus::aio::CheckedInputStream in(filename.c_str());
if ( ! in.is_open() )
{
::libmaus::exception::LibMausException se;
se.getStream() << "ImpHuffmanWaveletTree::load(): failed to open file " << filename << std::endl;
se.finish();
throw se;
}
uint64_t const n = ::libmaus::util::NumberSerialisation::deserialiseNumber(in);
::libmaus::util::shared_ptr< ::libmaus::huffman::HuffmanTreeNode >::type const sroot = ::libmaus::huffman::HuffmanTreeNode::deserialize(in);
uint64_t const numnodes = ::libmaus::util::NumberSerialisation::deserialiseNumber(in);
in.close();
std::vector<uint64_t> const nodepos = loadIndex(filename);
unique_ptr_type p ( new this_type(filename,n,sroot,numnodes,nodepos) );
return UNIQUE_PTR_MOVE(p);
}
// V2
void ResourceReader::open(const char *filename) {
_fd = new Common::File();
_fd->open(filename);
_fd->skip(0x18); // skip header for now
uint16 indexCount = _fd->readUint16LE();
for (uint16 i = 0; i < indexCount; i++) {
uint32 resType = _fd->readUint32BE();
uint32 indexOffs = _fd->readUint32LE();
_fd->readUint32LE();
_fd->readUint32LE();
_fd->readUint32LE();
_fd->readUint16LE();
_fd->readUint16LE();
// We don't need ARCH, FREE and OMNI resources
if (resType == kResARCH || resType == kResFREE || resType == kResOMNI)
continue;
//debug(2, "resType = %08X; indexOffs = %d\n", resType, indexOffs);
uint32 oldOffs = _fd->pos();
ResourceSlots *resSlots = new ResourceSlots();
_fd->seek(indexOffs);
loadIndex(resSlots);
_resSlots[resType] = resSlots;
_fd->seek(oldOffs);
}
_cacheCount = 0;
}
SharedLogicalTxnParticipant FtrsTableWriterFactory::loadParticipant(
LogicalTxnClassId classId,
ByteInputStream &logStream)
{
assert(classId == getParticipantClassId());
TupleDescriptor clusteredTupleDesc;
clusteredTupleDesc.readPersistent(logStream, typeFactory);
uint nIndexes;
logStream.readValue(nIndexes);
FtrsTableWriterParams params;
params.indexParams.resize(nIndexes);
for (uint i = 0; i < nIndexes; ++i) {
loadIndex(clusteredTupleDesc, params.indexParams[i], logStream);
}
params.updateProj.readPersistent(logStream);
return SharedLogicalTxnParticipant(
new FtrsTableWriter(params));
}
CCArchive::CCArchive(const Common::String &filename, bool encoded):
BaseCCArchive(), _filename(filename), _encoded(encoded) {
File f(filename);
loadIndex(&f);
}
int main (int argc, char **argv)
{ char str[102400];
Index S;
int k;
Tdist r;
struct stat sdata;
struct tms t1,t2;
int numQueries = 0;
if (argc != 2)
{ fprintf (stderr,"Usage: %s index-file\n",argv[0]);
exit(1);
}
fprintf (stderr,"reading index...\n");
S = loadIndex (argv[1]);
stat (argv[1],&sdata);
fprintf (stderr,"read %lli bytes\n",(long long)sdata.st_size);
numDistances = 0;
while (true)
{ Obj qry;
int siz;
bool fixed;
if (scanf ("%[0123456789-.]s",str) == 0) break;
if (!strcmp(str,"-0")) break; // -0 -> terminate
if (str[0] == '-') // negative => kNN
{ fixed = false;
if (sscanf (str+1,"%d",&k) == 0) break; // syntax error
}
else // range query
{ fixed = true;
#ifdef CONT
if (sscanf (str,"%f",&r) == 0) break; // syntax error
#else
if (sscanf (str,"%d",&r) == 0) break; // syntax error
#endif
}
if (getchar() != ',') break; // syntax error
if (scanf ("%[^\n]s",str) == 0) break; // syntax error
if (getchar() != '\n') break; // syntax error
qry = parseobj (str);
numQueries++;
if (fixed)
{ times(&t1);
siz = search(S,qry,r,true);
times(&t2);
fprintf (stderr,"%i objects found\n",siz);
}
else
{ times(&t1);
r = searchNN (S,qry,k,true);
siz = k;
times(&t2);
#ifdef CONT
fprintf (stderr,"kNNs at distance %f\n",r);
#else
fprintf (stderr,"kNNs at distance %i\n",r);
#endif
}
}
fprintf(stderr,"Total distances per query: %f\n",
numDistances/(float)numQueries);
fprintf (stderr,"freeing...\n");
freeIndex (S,true);
fprintf (stderr,"done\n");
return 0;
}
bool
seqStore::getSequence(uint32 iid,
char *&h, uint32 &hLen, uint32 &hMax,
char *&s, uint32 &sLen, uint32 &sMax) {
if (_index == NULL)
loadIndex();
if (iid >= _header._numberOfSequences) {
fprintf(stderr, "seqStore::getSequence(full)-- iid "F_U32" more than number of sequences "F_U32"\n",
iid, _header._numberOfSequences);
return(false);
}
if (sMax == 0) s = 0L; // So the delete below doesn't bomb
if (hMax == 0) h = 0L;
if (sMax < _index[iid]._seqLength + 1) {
sMax = _index[iid]._seqLength + 1024;
delete [] s;
s = new char [sMax];
}
if (hMax < _index[iid]._hdrLength + 1) {
hMax = _index[iid]._hdrLength + 1024;
delete [] h;
h = new char [hMax];
}
hLen = 0;
sLen = 0;
// Copy the defline into h
memcpy(h, _names + _index[iid]._hdrPosition, _index[iid]._hdrLength);
h[_index[iid]._hdrLength] = 0;
// Decode and copy the sequence into s
uint32 seqLen = _index[iid]._seqLength;
uint32 block = _index[iid]._block;
uint64 seekpos = _index[iid]._seqPosition * 2;
_bpf->seek(seekpos);
while (sLen < seqLen) {
assert(_bpf->tell() == _block[block]._bpf * 2);
assert(sLen == _block[block]._pos);
if (_block[block]._isACGT == 0) {
memset(s + sLen, 'N', _block[block]._len);
sLen += _block[block]._len;
} else {
for (uint32 xx=0; xx<_block[block]._len; xx++) {
s[sLen++] = alphabet.bitsToLetter(_bpf->getBits(2));
}
}
block++;
}
s[sLen] = 0;
return(true);
}
bool
seqStore::getSequence(uint32 iid,
uint32 bgn, uint32 end, char *s) {
if (_index == NULL)
loadIndex();
if (iid >= _header._numberOfSequences) {
fprintf(stderr, "seqStore::getSequence(part)-- iid "F_U32" more than number of sequences "F_U32"\n",
iid, _header._numberOfSequences);
return(false);
}
if (bgn >= end) {
fprintf(stderr, "seqStore::getSequence(part)-- for iid "F_U32"; invalid bgn="F_U32" end="F_U32"; seqLen="F_U32"\n",
iid, bgn, end, _index[iid]._seqLength);
return(false);
}
// Decode and copy the sequence into s
uint32 block = _index[iid]._block;
uint32 sLen = 0; // length of sequence we've copied
uint32 sPos = 0; // position in the sequence
// Skip blocks before we care.
//
while (sPos + _block[block]._len < bgn) {
sPos += _block[block]._len;
block++;
}
assert(sPos == _block[block]._pos);
// Move into the block (we could just set sPos = bgn...).
sPos += bgn - _block[block]._pos;
// Handle the partial block. Copy what is left in the block, or
// the requested size, whichever is smaller.
uint32 partLen = MIN((_block[block]._pos + _block[block]._len - bgn),
(end - bgn));
if (_block[block]._isACGT == 0) {
memset(s, 'N', partLen);
sLen += partLen;
_bpf->seek(_block[block+1]._bpf * 2);
} else {
_bpf->seek((_block[block]._bpf + bgn - _block[block]._pos) * 2);
for (uint32 xx=0; xx<partLen; xx++)
s[sLen++] = alphabet.bitsToLetter(_bpf->getBits(2));
}
sPos += partLen;
block++;
while (sPos < end) {
assert(_bpf->tell() == _block[block]._bpf * 2);
assert(sPos == _block[block]._pos);
// Like the partial block above, pick how much to copy as the
// smaller of the block size and what is left to fill.
partLen = MIN((_block[block]._len), (end - sPos));
if (_block[block]._isACGT == 0) {
memset(s + sLen, 'N', partLen);
sLen += partLen;
} else {
for (uint32 xx=0; xx<partLen; xx++)
s[sLen++] = alphabet.bitsToLetter(_bpf->getBits(2));
}
sPos += partLen;
block++;
}
s[sLen] = 0;
return(true);
}
LocalMailFolder::LocalMailFolder(const QString &_storageDevice)
: MailFolder(_storageDevice)
{
setupFiles();
loadIndex();
};