void PhysicalSideworks::updatePFUConfigurationParameters(){
graph_t::vertex_descriptor zero = this->getFU(Fixed::ZERO+"_auto_0");
for(auto fu:fuList){
for(auto i : fu->inports){
if(!i.second->isConnected()){
addFixedConection(zero,getFU(fu->name),Fixed::FIXED_OUT,i.first);
}
}
}
getReadXbarLuts(IResourceCostConstants::MUXCOST[IResourceCostConstants::VIRTEX5]);
int mem_offset = 0x00D80000;
for (auto mem : fus_by_type[Mem::TYPE]){
mem->addProperty(Mem::PROP_BASEADDRESS,mem_offset);
mem_offset += std::pow(2,mem->getProperty(Mem::PROP_AWIDTH))*4;
// std::cout<<mem->name<<" "<<mem->getProperty(Mem::PROP_ID)<<" "<<nwords<<std::endl;
}
int bits = 0;
for(auto fu:fuList){
for(auto i : fu->inports){
(i.second)->setXbarBitPointer(bits);
bits += (i.second)->getConfSize();
}
}
xbar_conf_bits = bits;
for(auto fu:fuList){
fu->setConfBitPointer(bits);
bits +=fu->getConfSize();
}
fu_conf_bits = bits;
}
FunctionalUnitTest::MyStateInterface*
FunctionalUnitTest::WaitingForACKReconfiguration::doOnData(const CompoundPtr&)
{
// if this is called we assume this is the ack and throw it away
// we need to wakeup the other FUs
getFU()->wakeup();
return getFSM()->createState<ReadyForTransmissionReconfiguration>();
}
FunctionalUnitTest::MyStateInterface*
FunctionalUnitTest::ReadyForTransmissionReconfiguration::doWakeup()
{
getFU()->getReceptor()->wakeup();
return this;
}
FunctionalUnitTest::MyStateInterface*
FunctionalUnitTest::ReadyForTransmissionReconfiguration::doSendData(const CompoundPtr& compound)
{
getFU()->getConnector()->getAcceptor(compound)->sendData(compound);
return this;
}
FunctionalUnitTest::MyStateInterface*
FunctionalUnitTest::ReadyForTransmission::doSendData(const CompoundPtr& compound)
{
getFU()->getConnector()->getAcceptor(compound)->sendData(compound);
return getFSM()->createState<WaitingForACK>();
}
