void TermMgrModel::init()
{
slistHeader << tr("编号") << tr("机构编号") << tr("商户编号") << tr("终端编号") << tr("终端密钥") << tr("终端密钥长度") << tr("日期");
recData();
}
void MPIDistribution::MakeActivityValuesLocal(bool fullLayer)
{
if(m_commsHCsCreated == false && fullLayer == false)
{
this->MPICreateCommsHypercolumns();
}
else if(m_commsLayersCreated == false && fullLayer == true)
{
this->MPICreateCommLayer();
}
vector<int> localHypercolumns = ((PopulationColumns*)m_population)->GetLocalHypercolumnIndexes();
vector<Unit*> units = ((PopulationColumns*)m_population)->GetUnits();
int totMcs = ((PopulationColumns*)m_population)->GetNrUnitsTotal();
vector<float> data;
MPI_Comm* comm;
bool allLocal = true;
if(fullLayer == true && localHypercolumns.size()>0)
{
data = vector<float>(totMcs);
//
for(int i=0;i<units.size();i++)
data[units[i]->GetUnitIdLocal()] = units[i]->GetValue();
vector<float> recData(data.size());
if(recData.size()>0)
{
comm = m_mpiCommLayer;
MPI_Allreduce(&data[0],&recData[0],data.size(),MPI_FLOAT,MPI_SUM,*comm);
m_population->SetValuesBuffer(recData);
}
}
else
{
for(int i=0;i<localHypercolumns.size();i++)
{
Hypercolumn* h = (Hypercolumn*)((PopulationColumns*)m_population)->GetHypercolumn(i);
vector<RateUnit*> mcs = h->GetRateUnits();
if(fullLayer == false)
{
vector<MPI_Comm*> mpiComms = MPIGetCommHCs();
if(mpiComms.size()>0)
{
if(mpiComms.size()!=1)
{
//cerr<<"Assumption about locality of hypercolumns not correct!";
}
//assuming only one non-local hypercolumn on process
comm = mpiComms[localHypercolumns[i]];
data = vector<float>(h->GetTotalNrRateUnits());
allLocal = true;
}
}
else
{
data = vector<float>(totMcs);//mcsIndexes.size());
}
for(int j=0;j<mcs.size();j++)
{
data[mcs[j]->GetUnitIdLocalInHypercolumn()] = mcs[j]->GetValue();
}
if(units.size() < h->GetTotalNrRateUnits())
allLocal = false;
if(allLocal == false && fullLayer == false) // all local, no need to update
{
vector<float> recData(data.size());
// using allreduce
MPI_Allreduce(&data[0],&recData[0],data.size(),MPI_FLOAT,MPI_SUM,*comm);
// using allgatherv
/*for(int j=1;j<rcounts.size();j++)
{
displs[j] = rcounts[j-1]+displs[j-1];
}
MPI_Allgatherv( &data[i][0],data[i].size(),MPI_INT,&totalIndexes[0],&rcounts[0],&displs[0],MPI_INT,*comm);*/
h->SetValues(recData);
}
else if(allLocal == true)
h->SetValues(data);
}
}
}
