galera::TrxHandle*
galera::Wsdb::get_conn_query(int version,
const wsrep_uuid_t& source_id,
wsrep_trx_id_t conn_id,
bool create)
{
gu::Lock lock(mutex_);
ConnMap::iterator i;
if ((i = conn_map_.find(conn_id)) == conn_map_.end())
{
if (create == true)
{
Conn& conn(create_conn(conn_id));
TrxHandle* trx(new TrxHandle(
version, source_id, conn_id, -1, true));
conn.assign_trx(trx);
return trx;
}
else
{
return 0;
}
}
if (i->second.get_trx() == 0 && create == true)
{
TrxHandle* trx(new TrxHandle(version, source_id, conn_id, -1, true));
i->second.assign_trx(trx);
}
return i->second.get_trx();
}
void TraceThread::trace(TraceData &td)
{
td.threadId = static_cast<syg_ulong_ptr>(pthread_self());
TraceData trx(td);
instance()->receivedTrace(td);
traceQue.pushAndNotify(td);
}
void operator()(TrxMap::value_type& vt) const
{
{
TrxHandle* trx(vt.second);
TrxHandleLock lock(*trx);
if (trx->is_committed() == false)
{
log_warn << "trx not committed in purge and discard: "
<< *trx;
}
if (trx->depends_seqno() > -1)
{
cert_.purge_for_trx(trx);
}
if (trx->refcnt() > 1)
{
log_debug << "trx " << trx->trx_id()
<< " refcnt " << trx->refcnt();
}
}
vt.second->unref();
}
void galera::GcsActionSource::dispatch(void* recv_ctx,
const struct gcs_action& act)
{
assert(recv_ctx != 0);
assert(act.buf != 0);
assert(act.seqno_l > 0);
switch (act.type)
{
case GCS_ACT_TORDERED:
{
assert(act.seqno_g > 0);
GcsActionTrx trx(act);
trx.trx()->set_state(TrxHandle::S_REPLICATING);
replicator_.process_trx(recv_ctx, trx.trx());
break;
}
case GCS_ACT_COMMIT_CUT:
{
wsrep_seqno_t seq;
gu::unserialize8(reinterpret_cast<const gu::byte_t*>(act.buf),
act.size, 0, seq);
replicator_.process_commit_cut(seq, act.seqno_l);
break;
}
case GCS_ACT_CONF:
{
const gcs_act_conf_t* conf(
reinterpret_cast<const gcs_act_conf_t*>(act.buf)
);
wsrep_view_info_t* view_info(
galera_view_info_create(conf, conf->my_state == GCS_NODE_STATE_PRIM)
);
replicator_.process_conf_change(recv_ctx, *view_info,
conf->repl_proto_ver,
state2repl(*conf), act.seqno_l);
free(view_info);
break;
}
case GCS_ACT_STATE_REQ:
replicator_.process_state_req(recv_ctx, act.buf, act.size, act.seqno_l,
act.seqno_g);
break;
case GCS_ACT_JOIN:
{
wsrep_seqno_t seq;
gu::unserialize8(reinterpret_cast<const gu::byte_t*>(act.buf),
act.size, 0, seq);
replicator_.process_join(seq, act.seqno_l);
break;
}
case GCS_ACT_SYNC:
replicator_.process_sync(act.seqno_l);
break;
default:
gu_throw_fatal << "unrecognized action type: " << act.type;
}
}
void
PluginManager::defaultLoad( )
{
qDebug() << " " << "Default load started" ;
QDir workDir(baseFolder);
if ( !workDir.exists() )
{
QString em= tr("base folder %1 doesn't exist, default load failed")
.arg( baseFolder );
emit errorAppeared( em );
return ;
}
//=== get current available plugins =====
QStringList currAvailable = workDir.entryList(QDir::Files);
#if defined(Q_OS_WIN)
QRegExp trx("*.dll") ;
#elif defined(__MACH__)
QRegExp trx("*.dylib");
#else
QRegExp trx("*.so");
#endif
trx.setPatternSyntax(QRegExp::Wildcard );
currAvailable.filter( trx );
qDebug() << " " << "can load this plugins: " << currAvailable ;
//===
foreach(QString pluginFileName, currAvailable)
{
QString fullfn( workDir.absoluteFilePath( pluginFileName ) );
QString newName;
int ti = readPluginInformation( fullfn, newName);
if (! ti )
{
acceptPlugin(fullfn, newName);
}
}// foreach(QString pluginFileName, currAvailable)
inline galera::TrxHandle*
galera::Wsdb::create_trx(const TrxHandle::Params& params,
const wsrep_uuid_t& source_id,
wsrep_trx_id_t const trx_id)
{
TrxHandle* trx(TrxHandle::New(trx_pool_, params, source_id, -1, trx_id));
gu::Lock lock(trx_mutex_);
std::pair<TrxMap::iterator, bool> i
(trx_map_.insert(std::make_pair(trx_id, trx)));
if (gu_unlikely(i.second == false)) gu_throw_fatal;
return i.first->second;
}
void mmTransDialog::OnOk(wxCommandEvent& event)
{
m_trx_data.STATUS = "";
m_trx_data.NOTES = textNotes_->GetValue();
m_trx_data.TRANSACTIONNUMBER = textNumber_->GetValue();
m_trx_data.TRANSDATE = dpc_->GetValue().FormatISODate();
wxStringClientData* status_obj = (wxStringClientData*) choiceStatus_->GetClientObject(choiceStatus_->GetSelection());
if (status_obj) m_trx_data.STATUS = Model_Checking::toShortStatus(status_obj->GetData());
if (!validateData()) return;
Model_Checking::Data *r = Model_Checking::instance().get(m_trx_data.TRANSID);
if (m_new_trx || m_duplicate)
r = Model_Checking::instance().create();
Model_Checking::putDataToTransaction(r, m_trx_data);
m_trx_data.TRANSID = Model_Checking::instance().save(r);
Model_Splittransaction::Data_Set splt;
for (const auto& entry : local_splits)
{
Model_Splittransaction::Data *s = Model_Splittransaction::instance().create();
s->CATEGID = entry.CATEGID;
s->SUBCATEGID = entry.SUBCATEGID;
s->SPLITTRANSAMOUNT = entry.SPLITTRANSAMOUNT;
splt.push_back(*s);
}
Model_Splittransaction::instance().update(splt, m_trx_data.TRANSID);
if (CustomFieldDialog_)
CustomFieldDialog_->OnSave(true);
if (m_new_trx || m_duplicate)
{
const wxString& RefType = Model_Attachment::reftype_desc(Model_Attachment::TRANSACTION);
mmAttachmentManage::RelocateAllAttachments(RefType, -1, m_trx_data.TRANSID);
Model_CustomFieldData::instance().RelocateAllData(RefType, -1, m_trx_data.TRANSID);
}
const Model_Checking::Data& tran(*r);
Model_Checking::Full_Data trx(tran);
wxLogDebug("%s", trx.to_json());
EndModal(wxID_OK);
}
static int InitialiseCap (TRI_cap_constraint_t* cap,
TRI_document_collection_t* document) {
TRI_ASSERT(cap->_count > 0 || cap->_size > 0);
TRI_headers_t* headers = document->_headersPtr; // ONLY IN INDEX (CAP)
size_t currentCount = headers->count();
int64_t currentSize = headers->size();
if ((cap->_count > 0 && currentCount <= cap->_count) &&
(cap->_size > 0 && currentSize <= cap->_size)) {
// nothing to do
return TRI_ERROR_NO_ERROR;
}
else {
TRI_vocbase_t* vocbase = document->_vocbase;
TRI_voc_cid_t cid = document->_info._cid;
triagens::arango::SingleCollectionWriteTransaction<UINT64_MAX> trx(new triagens::arango::StandaloneTransactionContext(), vocbase, cid);
trx.addHint(TRI_TRANSACTION_HINT_LOCK_NEVER, false);
trx.addHint(TRI_TRANSACTION_HINT_NO_BEGIN_MARKER, false);
trx.addHint(TRI_TRANSACTION_HINT_NO_ABORT_MARKER, false);
trx.addHint(TRI_TRANSACTION_HINT_SINGLE_OPERATION, false); // this is actually not true, but necessary to create trx id 0
int res = trx.begin();
if (res != TRI_ERROR_NO_ERROR) {
return res;
}
TRI_transaction_collection_t* trxCollection = trx.trxCollection();
res = ApplyCap(cap, document, trxCollection);
res = trx.finish(res);
return res;
}
}
void s_hull_del_ray2( std::vector<Shx> &pts, std::vector<Triad> &triads)
{
size_t nump = pts.size();
float r = pts[0].r;
float c = pts[0].c;
for( long k=0; k<nump; k++){
float dr = pts[k].r-r;
float dc = pts[k].c-c;
pts[k].ro = dr*dr + dc*dc;
}
sort( pts.begin(), pts.end() );
float r1 = pts[0].r;
float c1 = pts[0].c;
float r2 = pts[1].r;
float c2 = pts[1].c;
size_t mid = -1;
float romin2 = 100000000.0, ro2, R,C;
size_t k=2;
while (k<nump){
circle_cent2(r1,c1,r2,c2, pts[k].r, pts[k].c, r,c,ro2);
if( ro2 < romin2 && ro2 > 0 ){
mid = k;
romin2 = ro2;
R = r;
C = c;
}
else if( romin2 *4 < pts[k].ro )
k=nump;
k++;
}
//std::cerr << "earwig noodles " << pts[1].id << " " << pts[mid].id << " " << romin2 << endl;
Shx pt0 = pts[0];
Shx pt1 = pts[1];
Shx pt2 = pts[mid];
pts.erase(pts.begin() + mid); // necessary for round off reasons:((((((
pts.erase(pts.begin() );
pts.erase(pts.begin() );
for( long k=0; k<nump-3; k++){
float dr = pts[k].r-R;
float dc = pts[k].c-C;
pts[k].ro = dr*dr + dc*dc;
}
sort( pts.begin(), pts.end() );
pts.insert(pts.begin(), pt2);
pts.insert(pts.begin(), pt1);
pts.insert(pts.begin(), pt0);
long slump [nump];
for( long k=0; k<nump; k++){
slump[ pts[k].id] = k;
}
std::vector<Shx> hull;
r = (pts[0].r + pts[1].r + pts[2].r )/3.0;
c = (pts[0].c + pts[1].c + pts[2].c )/3.0;
float dr0 = pts[0].r - r, dc0 = pts[0].c - c;
float tr01 = pts[1].r - pts[0].r, tc01 = pts[1].c - pts[0].c;
float df = -tr01* dc0 + tc01*dr0;
if( df < 0 ){ // [ 0 1 2 ]
pt0.tr = pt1.r-pt0.r;
pt0.tc = pt1.c-pt0.c;
pt0.trid = 0;
hull.push_back( pt0 );
pt1.tr = pt2.r-pt1.r;
pt1.tc = pt2.c-pt1.c;
pt1.trid = 0;
hull.push_back( pt1 );
pt2.tr = pt0.r-pt2.r;
pt2.tc = pt0.c-pt2.c;
pt2.trid = 0;
hull.push_back( pt2 );
Triad tri(pt0.id,pt1.id,pt2.id);
tri.ro = romin2;
tri.R = R;
tri.C = C;
triads.push_back(tri);
}
else{ // [ 0 2 1 ] as anti-clockwise turning is the work of the devil....
pt0.tr = pt2.r-pt0.r;
pt0.tc = pt2.c-pt0.c;
pt0.trid = 0;
hull.push_back( pt0 );
pt2.tr = pt1.r-pt2.r;
pt2.tc = pt1.c-pt2.c;
pt2.trid = 0;
hull.push_back( pt2 );
pt1.tr = pt0.r-pt1.r;
pt1.tc = pt0.c-pt1.c;
pt1.trid = 0;
hull.push_back( pt1 );
Triad tri(pt0.id,pt2.id,pt1.id);
tri.ro = romin2;
tri.R = R;
tri.C = C;
triads.push_back(tri);
}
// add new points into hull (removing obscured ones from the chain)
// and creating triangles....
// that will need to be flipped.
float dr, dc, rx,cx;
Shx ptx;
size_t numt;
for( long k=3; k<nump; k++){
rx = pts[k].r; cx = pts[k].c;
ptx.r = rx;
ptx.c = cx;
ptx.id = pts[k].id;
size_t numh = hull.size();
dr = rx- hull[0].r; dc = cx- hull[0].c; // outwards pointing from hull[0] to pt.
if(0){
cerr << "numt = " << triads.size() << endl;
cerr << "ids = [ " ;
for(long g=0; g<numh; g++){
cerr << hull[g].id+1 << ' ' ;
}
cerr << hull[0].id+1 << "];" << endl;
cerr << "trids = [ " ;
for(long g=0; g<numh; g++){
cerr << hull[g].trid+1 << ' ' ;
}
cerr << hull[0].trid+1 << "];" << endl;
cerr << "h_test = [ " ;
for(long g=0; g<numh-1; g++){
float gaf = -(hull[g+1].c-hull[g].c) * hull[g].tr + (hull[g+1].r-hull[g].r)*hull[g].tc;
cerr << gaf << ' ' ;
}
cerr << -(hull[0].c-hull[numh-1].c) * hull[numh-1].tr +
(hull[0].r-hull[numh-1].r)*hull[numh-1].tc << "];" << endl;
}
std::vector<long> pidx, tridx;
long hidx; // new hull point location within hull.....
float df = -dc* hull[0].tr + dr*hull[0].tc; // visibility test vector.
if( df < 0 ){ // starting with a visible hull facet !!!
hidx = 0;
// check to see if segment numh is also visible
df = -dc* hull[numh-1].tr + dr*hull[numh-1].tc;
//cerr << df << ' ' ;
if( df < 0 ){ // visible.
pidx.push_back(hull[numh-1].id);
tridx.push_back(hull[numh-1].trid);
for( long h=0; h<numh-1; h++){
// if segment h is visible delete h
dr = rx- hull[h].r; dc = cx- hull[h].c;
df = -dc* hull[h].tr + dr*hull[h].tc;
pidx.push_back(hull[h].id);
tridx.push_back(hull[h].trid);
if( df < 0 ){
hull.erase(hull.begin() + h);
h--;
numh--;
}
else{ // quit on invisibility
ptx.tr = hull[h].r - ptx.r;
ptx.tc = hull[h].c - ptx.c;
hull.insert( hull.begin() , ptx);
numh++;
break;
}
}
// look backwards through the hull structure.
for( size_t h=numh-2; h>0; h--){
// if segment h is visible delete h + 1
dr = rx- hull[h].r; dc = cx- hull[h].c;
df = -dc* hull[h].tr + dr*hull[h].tc;
if( df < 0 ){ // h is visible
pidx.insert(pidx.begin(), hull[h].id);
tridx.insert(tridx.begin(), hull[h].trid);
hull.erase(hull.begin() + h+1); // erase end of chain
}
else{
h = hull.size()-1;
hull[h].tr = -hull[h].r + ptx.r; // points at start of chain.
hull[h].tc = -hull[h].c + ptx.c;
break;
}
}
df = 9;
}
else{
// cerr << df << ' ' << endl;
hidx = 1; // keep pt hull[0]
tridx.push_back(hull[0].trid);
pidx.push_back(hull[0].id);
for( long h=1; h<numh; h++){
// if segment h is visible delete h
dr = rx- hull[h].r; dc = cx- hull[h].c;
df = -dc* hull[h].tr + dr*hull[h].tc;
pidx.push_back(hull[h].id);
tridx.push_back(hull[h].trid);
if( df < 0 ){ // visible
hull.erase(hull.begin() + h);
h--;
numh--;
}
else{ // quit on invisibility
ptx.tr = hull[h].r - ptx.r;
ptx.tc = hull[h].c - ptx.c;
hull[h-1].tr = ptx.r - hull[h-1].r;
hull[h-1].tc = ptx.c - hull[h-1].c;
hull.insert( hull.begin()+h, ptx);
break;
}
}
}
df = 8;
}
else{
long e1 = -1, e2 = numh;
for( long h=1; h<numh; h++){
dr = rx- hull[h].r; dc = cx- hull[h].c;
df = -dc* hull[h].tr + dr*hull[h].tc;
if( df < 0 ){
if( e1 < 0 ) e1 = h; // fist visible
}
else{
if( e1 > 0 ){ // first invisible segment.
e2 = h;
break;
}
}
}
// triangle pidx starts at e1 and ends at e2 (inclusive).
if( e2 < numh ){
for( long e=e1; e<=e2; e++){
pidx.push_back(hull[e].id);
tridx.push_back(hull[e].trid);
}
}
else{
for( long e=e1; e<e2; e++){
pidx.push_back(hull[e].id);
tridx.push_back(hull[e].trid); // there are only n-1 triangles from n hull pts.
}
pidx.push_back(hull[0].id);
}
// erase elements e1+1 : e2-1 inclusive.
if( e1 < e2-1){
hull.erase(hull.begin() + e1+1, hull.begin()+ e2);
}
// insert ptx at location e1+1.
if( e2 == numh){
ptx.tr = hull[0].r - ptx.r;
ptx.tc = hull[0].c - ptx.c;
}
else{
ptx.tr = hull[e1+1].r - ptx.r;
ptx.tc = hull[e1+1].c - ptx.c;
}
hull[e1].tr = ptx.r - hull[e1].r;
hull[e1].tc = ptx.c - hull[e1].c;
hull.insert( hull.begin()+e1+1, ptx);
hidx = e1+1;
}
long a = ptx.id, T0;
Triad trx( a, 0,0);
r1 = pts[slump[a]].r;
c1 = pts[slump[a]].c;
size_t npx = pidx.size()-1;
numt = triads.size();
T0 = numt;
if( npx == 1){
trx.b = pidx[0];
trx.c = pidx[1];
// compute circum circle radius squared (only relative size is required for flipping)
r2 = pts[slump[trx.b]].r;
c2 = pts[slump[trx.b]].c;
circle_cent2(r1,c1,r2,c2, pts[slump[trx.c]].r,pts[slump[trx.c]].c , r,c,ro2);
trx.ro = ro2;
trx.R = r;
trx.C = c;
trx.bc = tridx[0];
trx.ab = -1;
trx.ac = -1;
// index back into the triads.
Triad &txx = triads[tridx[0]];
if( ( trx.b == txx.a && trx.c == txx.b) |( trx.b == txx.b && trx.c == txx.a)) {
txx.ab = numt;
}
else if( ( trx.b == txx.a && trx.c == txx.c) |( trx.b == txx.c && trx.c == txx.a)) {
txx.ac = numt;
}
else if( ( trx.b == txx.b && trx.c == txx.c) |( trx.b == txx.c && trx.c == txx.b)) {
txx.bc = numt;
}
hull[hidx].trid = numt;
if( hidx > 0 )
hull[hidx-1].trid = numt;
else{
numh = hull.size();
hull[numh-1].trid = numt;
}
triads.push_back( trx );
numt++;
}
else{
trx.ab = -1;
for(long p=0; p<npx; p++){
trx.b = pidx[p];
trx.c = pidx[p+1];
// compute circum circle radius squared (only relative size is required for flipping)
r2 = pts[slump[trx.b]].r;
c2 = pts[slump[trx.b]].c;
circle_cent2(r1,c1,r2,c2, pts[slump[trx.c]].r,pts[slump[trx.c]].c , r,c,ro2);
trx.ro = ro2;
trx.R = r;
trx.C = c;
trx.bc = tridx[p];
if( p > 0 )
trx.ab = numt-1;
trx.ac = numt+1;
// index back into the triads.
Triad &txx = triads[tridx[p]];
if( ( trx.b == txx.a && trx.c == txx.b) |( trx.b == txx.b && trx.c == txx.a)) {
txx.ab = numt;
}
else if( ( trx.b == txx.a && trx.c == txx.c) |( trx.b == txx.c && trx.c == txx.a)) {
txx.ac = numt;
}
else if( ( trx.b == txx.b && trx.c == txx.c) |( trx.b == txx.c && trx.c == txx.b)) {
txx.bc = numt;
}
// if( trx.ab == 26777 || trx.ac == 26777 || trx.bc == 26777){
// long foon = 7;
// }
triads.push_back( trx );
numt++;
}
triads[numt-1].ac=-1;
hull[hidx].trid = numt-1;
if( hidx > 0 )
hull[hidx-1].trid = T0;
else{
numh = hull.size();
hull[numh-1].trid = T0;
}
}
// write_Triads(triads, "tris.mat");
//long dfx = 9;
//T_flip2( pts, triads, slump, numt, T0);
//write_Triads(triads, "tris2.mat");
}
cerr << "of triangles " << triads.size() << " to be flipped. "<< endl;
//write_Triads(triads, "tris0.mat");
std::set<long> ids, ids2;
T_flip3( pts, triads, slump, numt, 0, ids);
long nits = ids.size(), nit=1;
while( nits > 0 && nit < 20){
// char nam[128];
//sprintf(nam, "tris_%d.mat", nit);
//write_Triads(triads, nam);
T_flip4( pts, triads, slump, ids);
nits = ids.size();
nit ++;
}
//write_Triads(triads, "triangles3.mat");
return;
}
