// data submitted from child
void ReductionMgr::remoteSubmit(ReductionSubmitMsg *msg) {
int setID = msg->reductionSetID;
ReductionSet *set = reductionSets[setID];
int seqNum = msg->sequenceNumber
+ set->addToRemoteSequenceNumber[childIndex(msg->sourceNode)];
//iout << "seq " << seqNum << " from " << msg->sourceNode << " received on " << CkMyPe() << "\n" << endi;
int size = msg->dataSize;
if ( size != set->dataSize ) {
NAMD_bug("ReductionMgr::remoteSubmit data sizes do not match.");
}
BigReal *newData = msg->data;
ReductionSetData *data = set->getData(seqNum);
BigReal *curData = data->data;
#ifdef ARCH_POWERPC
#pragma disjoint (*curData, *newData)
#pragma unroll(4)
#endif
for ( int i = 0; i < size; ++i ) {
curData[i] += newData[i];
}
// CkPrintf("[%d] reduction Submit received from node[%d] %d\n",
// CkMyPe(),childIndex(msg->sourceNode),msg->sourceNode);
delete msg;
data->submitsRecorded++;
if ( data->submitsRecorded == set->submitsRegistered ) {
mergeAndDeliver(set,seqNum);
}
}
void BtMenuView::buildMenu(QMenu *parentMenu, const QModelIndex &parentIndex) {
Q_ASSERT(m_model != 0);
Q_ASSERT(m_actions != 0);
int children = m_model->rowCount(parentIndex);
for (int i = 0; i < children; i++) {
QModelIndex childIndex(m_model->index(i, 0, parentIndex));
if (m_model->rowCount(childIndex) > 0) {
QMenu *childMenu = newMenu(parentMenu, childIndex);
if (childMenu != 0) {
// Add the child menu and populate it:
parentMenu->addMenu(childMenu);
buildMenu(childMenu, childIndex);
}
} else {
QAction *childAction = newAction(parentMenu, childIndex);
if (childAction != 0) {
// Map index
m_indexMap.insert(childAction, childIndex);
// Add action to action group:
childAction->setActionGroup(m_actions);
// Add action to menu:
parentMenu->addAction(childAction);
}
}
}
}
void
SlimeTraceSerializer::addChildrenCursorsToStack(Cursor & childrenArray, const TraceNode & node)
{
for (uint32_t childIndex(0); childIndex < node.getNumChildren(); childIndex++) {
Cursor & child(childrenArray.addObject());
_cursors.push(&child);
}
}
/*=====================================================================
======================================================================*/
void CLASS::xdlContinueWire1(cDyn* prim,int refindex,int busId){
//fprintf(stderr,"%s\n",__func__);
//fprintf(stderr,"xdlContinueWire(%s,%d,%d)\n",prim->hero->name,refindex,busId);
//using our wires, find the wire from pindex of prim..
int refinst=childIndex(prim); //index of child primitive we love...
cMultiWireWalker walker(*hero->type->xwire);
while(!walker.isEnd()){
int pinst; int pindex;int busid;
walker.getInc(pinst,pindex,busid);
if((pinst==refinst)&&(pindex==refindex)&&(busid==busId)){
xdlWireInner1(pinst,pindex,busid,walker);
}
walker.seekNext();
}
}
/*=====================================================================
======================================================================*/
void CLASS::xdlStartWires1(cDyn* prim){
//fprintf(stderr,"%s\n",__func__);
int refinst=childIndex(prim); //index of child primitive we love...
cCollection* pins = prim->hero->pins;
cMultiWireWalker walker(*hero->type->xwire);
while(!walker.isEnd()){
sWireEnd source=walker.getInc();
if(refinst==source.inst) {//source is our child primitive?
prim->xdlNetHeader(pins,source.pindex); //go in one
xdlWireInner1(source.inst,source.pindex,source.busid,walker);
fprintf(fout,";\n");
}
walker.seekNext();
}
}
// register submit from child
void ReductionMgr::remoteRegister(ReductionRegisterMsg *msg) {
int setID = msg->reductionSetID;
int size = msg->dataSize;
ReductionSet *set = getSet(setID,size);
if ( set->getData(set->nextSequenceNumber)->submitsRecorded ) {
NAMD_die("ReductionMgr::remoteRegister called while reductions outstanding on parent!");
}
set->submitsRegistered++;
set->addToRemoteSequenceNumber[childIndex(msg->sourceNode)]
= set->nextSequenceNumber;
// CkPrintf("[%d] reduction register received from node[%d] %d\n",
// CkMyPe(),childIndex(msg->sourceNode),msg->sourceNode);
delete msg;
}