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post-rebase fix

tempestpy_adaptions
Sebastian Junges 8 years ago
parent
d4f7088cfd
commit
f2a8c1be40
1 changed files with 3 additions and 474 deletions
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  1. 477
      src/storm-dft/transformations/DftToGspnTransformator.cpp

477
src/storm-dft/transformations/DftToGspnTransformator.cpp
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@ -221,10 +221,7 @@ namespace storm {
builder.addInputArc(failedNodes[dftPand->children().at(j)->id()], tfs);
builder.addInhibitionArc(failedNodes[dftPand->children().at(j-1)->id()], tfs);
builder.addOutputArc(tfs, nodeFS);
<<<<<<< fcc5d69a44cb202290c4db3c5b2062ff35da5791
=======
>>>>>>> updated dft->gspn translation to now have basis support for spares
}
}
//
@ -238,11 +235,7 @@ namespace storm {
unavailableNode = addUnavailableNode(dftSpare);
}
uint64_t spareActive = builder.addPlace(defaultCapacity, 0, dftSpare->name() + STR_ACTIVATED);
<<<<<<< fcc5d69a44cb202290c4db3c5b2062ff35da5791
activeNodes.emplace(dftSpare->id(), spareActive);
=======
activeNodes.emplace(dftBE->id(), beActive);
>>>>>>> updated dft->gspn translation to now have basis support for spares
std::vector<uint64_t> cucNodes;
@ -278,127 +271,17 @@ namespace storm {
builder.addInputArc(failedNodes.at(child->id()), tnextcl);
builder.addOutputArc(tnextcl, failedNodes.at(child->id()));
nextclTransitions.push_back(tnextcl);
<<<<<<< fcc5d69a44cb202290c4db3c5b2062ff35da5791
=======
>>>>>>> updated dft->gspn translation to now have basis support for spares
++j;
}
builder.addOutputArc(nextconsiderTransitions.back(), nodeFailed);
builder.addOutputArc(nextclTransitions.back(), nodeFailed);
<<<<<<< fcc5d69a44cb202290c4db3c5b2062ff35da5791
=======
>>>>>>> updated dft->gspn translation to now have basis support for spares
if (isRepresentative) {
builder.addOutputArc(nextconsiderTransitions.back(), unavailableNode);
builder.addOutputArc(nextclTransitions.back(), unavailableNode);
}
<<<<<<< fcc5d69a44cb202290c4db3c5b2062ff35da5791
=======
// uint_fast64_t priority = getPriority(0, dftSpare);
//
// // This codeblock can be removed later, when I am 100% sure it is not needed anymore.
// /*
// storm::gspn::Place placeSPAREActivated;
// placeSPAREActivated.setName(dftSpare->name() + STR_ACTIVATED);
// placeSPAREActivated.setNumberOfInitialTokens(isBEActive(dftSpare));
// mGspn.addPlace(placeSPAREActivated);
//
// storm::gspn::ImmediateTransition<storm::gspn::GSPN::WeightType> immediateTransitionPCActivating;
// immediateTransitionPCActivating.setName(dftSpare->children()[0]->name() + STR_ACTIVATING);
// immediateTransitionPCActivating.setPriority(priority);
// immediateTransitionPCActivating.setWeight(0.0);
// immediateTransitionPCActivating.setInputArcMultiplicity(placeSPAREActivated, 1);
// immediateTransitionPCActivating.setOutputArcMultiplicity(placeSPAREActivated, 1);
// mGspn.addImmediateTransition(immediateTransitionPCActivating);
// */
//
// auto children = dftSpare->children();
//
// // Draw places and transitions that belong to each spare child.
// for (std::size_t i = 1; i < children.size(); i++) {
// auto placeChildClaimedPreexist = mGspn.getPlace(children[i]->name() + "_claimed");
//
// if (!placeChildClaimedPreexist.first) { // Only draw this place if it doesn't exist jet.
// storm::gspn::Place placeChildClaimed;
// placeChildClaimed.setName(children[i]->name() + "_claimed");
// placeChildClaimed.setNumberOfInitialTokens(0);
// mGspn.addPlace(placeChildClaimed);
//
// storm::gspn::ImmediateTransition<storm::gspn::GSPN::WeightType> immediateTransitionSpareChildActivating;
// immediateTransitionSpareChildActivating.setName(children[i]->name() + STR_ACTIVATING);
// immediateTransitionSpareChildActivating.setPriority(priority);
// immediateTransitionSpareChildActivating.setWeight(0.0);
// immediateTransitionSpareChildActivating.setInputArcMultiplicity(placeChildClaimed, 1);
// immediateTransitionSpareChildActivating.setOutputArcMultiplicity(placeChildClaimed, 1);
// mGspn.addImmediateTransition(immediateTransitionSpareChildActivating);
// }
//
// auto placeChildClaimedExist = mGspn.getPlace(children[i]->name() + "_claimed");
//
// storm::gspn::Place placeSPAREClaimedChild;
// placeSPAREClaimedChild.setName(dftSpare->name() + "_claimed_" + children[i]->name());
// placeSPAREClaimedChild.setNumberOfInitialTokens(0);
// mGspn.addPlace(placeSPAREClaimedChild);
//
// storm::gspn::ImmediateTransition<storm::gspn::GSPN::WeightType> immediateTransitionChildClaiming;
// immediateTransitionChildClaiming.setName(dftSpare->name() + "_claiming_" + children[i]->name());
// immediateTransitionChildClaiming.setPriority(priority + 1); // Higher priority needed!
// immediateTransitionChildClaiming.setWeight(0.0);
// immediateTransitionChildClaiming.setInhibitionArcMultiplicity(placeChildClaimedExist.second, 1);
// immediateTransitionChildClaiming.setOutputArcMultiplicity(placeChildClaimedExist.second, 1);
// immediateTransitionChildClaiming.setOutputArcMultiplicity(placeSPAREClaimedChild, 1);
// mGspn.addImmediateTransition(immediateTransitionChildClaiming);
//
// storm::gspn::Place placeSPAREChildConsumed;
// if (i < children.size() - 1) {
// placeSPAREChildConsumed.setName(dftSpare->name() + "_" + children[i]->name() + "_consumed");
// }
// else {
// placeSPAREChildConsumed.setName(dftSpare->name() + STR_FAILED);
// }
// placeSPAREChildConsumed.setNumberOfInitialTokens(0);
// mGspn.addPlace(placeSPAREChildConsumed);
//
// storm::gspn::ImmediateTransition<storm::gspn::GSPN::WeightType> immediateTransitionChildConsuming1;
// immediateTransitionChildConsuming1.setName(dftSpare->name() + "_" + children[i]->name() + "_consuming1");
// immediateTransitionChildConsuming1.setPriority(priority);
// immediateTransitionChildConsuming1.setWeight(0.0);
// immediateTransitionChildConsuming1.setOutputArcMultiplicity(placeSPAREChildConsumed, 1);
// immediateTransitionChildConsuming1.setInhibitionArcMultiplicity(placeSPAREChildConsumed, 1);
// immediateTransitionChildConsuming1.setInhibitionArcMultiplicity(placeSPAREClaimedChild, 1);
// mGspn.addImmediateTransition(immediateTransitionChildConsuming1);
//
// storm::gspn::ImmediateTransition<storm::gspn::GSPN::WeightType> immediateTransitionChildConsuming2;
// immediateTransitionChildConsuming2.setName(dftSpare->name() + "_" + children[i]->name() + "_consuming2");
// immediateTransitionChildConsuming2.setPriority(priority);
// immediateTransitionChildConsuming2.setWeight(0.0);
// immediateTransitionChildConsuming2.setOutputArcMultiplicity(placeSPAREChildConsumed, 1);
// immediateTransitionChildConsuming2.setInhibitionArcMultiplicity(placeSPAREChildConsumed, 1);
// immediateTransitionChildConsuming2.setOutputArcMultiplicity(placeSPAREClaimedChild, 1);
// immediateTransitionChildConsuming2.setInputArcMultiplicity(placeSPAREClaimedChild, 1);
// mGspn.addImmediateTransition(immediateTransitionChildConsuming2);
// }
//
// // Draw connections between all spare childs.
// for (std::size_t i = 1; i < children.size() - 1; i++) {
// auto placeSPAREChildConsumed = mGspn.getPlace(dftSpare->name() + "_" + children[i]->name() + "_consumed");
// auto immediateTransitionChildClaiming = mGspn.getImmediateTransition(dftSpare->name() + "_claiming_" + children[i + 1]->name());
// auto immediateTransitionChildConsuming1 = mGspn.getImmediateTransition(dftSpare->name() + "_" + children[i + 1]->name() + "_consuming1");
//
// immediateTransitionChildClaiming.second->setOutputArcMultiplicity(placeSPAREChildConsumed.second, 1);
// immediateTransitionChildClaiming.second->setInputArcMultiplicity(placeSPAREChildConsumed.second, 1);
//
// immediateTransitionChildConsuming1.second->setOutputArcMultiplicity(placeSPAREChildConsumed.second, 1);
// immediateTransitionChildConsuming1.second->setInputArcMultiplicity(placeSPAREChildConsumed.second, 1);
// }
>>>>>>> updated dft->gspn translation to now have basis support for spares
}
//
template <typename ValueType>
@ -427,18 +310,12 @@ namespace storm {
//
template <typename ValueType>
void DftToGspnTransformator<ValueType>::drawCONSTF(std::shared_ptr<storm::storage::DFTElement<ValueType> const> dftConstF, bool isRepresentative) {
<<<<<<< fcc5d69a44cb202290c4db3c5b2062ff35da5791
failedNodes.push_back(builder.addPlace(defaultCapacity, 1, dftConstF->name() + STR_FAILED));
uint64_t unavailableNode = 0;
if (isRepresentative) {
unavailableNode = addUnavailableNode(dftConstF, false);
}
=======
// storm::gspn::Place placeCONSTFFailed;
// placeCONSTFFailed.setName(dftConstF->name() + STR_FAILED);
// placeCONSTFFailed.setNumberOfInitialTokens(1);
// mGspn.addPlace(placeCONSTFFailed);
>>>>>>> updated dft->gspn translation to now have basis support for spares
}
//
template <typename ValueType>
@ -472,237 +349,13 @@ namespace storm {
}
template<typename ValueType>
<<<<<<< fcc5d69a44cb202290c4db3c5b2062ff35da5791
uint64_t DftToGspnTransformator<ValueType>::addUnavailableNode(std::shared_ptr<storm::storage::DFTElement<ValueType> const> dftElement, bool initialAvailable) {
uint64_t unavailableNode = builder.addPlace(defaultCapacity, initialAvailable ? 0 : 1, dftElement->name() + "_unavailable");
=======
uint64_t DftToGspnTransformator<ValueType>::addUnavailableNode(std::shared_ptr<storm::storage::DFTElement<ValueType> const> dftElement) {
uint64_t unavailableNode = builder.addPlace(defaultCapacity, 1, dftElement->name() + "_unavailable");
>>>>>>> updated dft->gspn translation to now have basis support for spares
assert(unavailableNode != 0);
unavailableNodes.emplace(dftElement->id(), unavailableNode);
return unavailableNode;
}
//
<<<<<<< fcc5d69a44cb202290c4db3c5b2062ff35da5791
=======
template <typename ValueType>
void DftToGspnTransformator<ValueType>::drawGSPNConnections() {
// // Check for every element, if they have parents (all will have at least 1, except the top event).
// for (std::size_t i = 0; i < mDft.nrElements(); i++) {
// auto child = mDft.getElement(i);
// auto parents = child->parentIds();
//
// // Draw a connection to every parent.
// for (std::size_t j = 0; j < parents.size(); j++) {
// // Check the type of the parent and act accordingly (every parent gate has different entry points...).
// switch (mDft.getElement(parents[j])->type()) {
// case storm::storage::DFTElementType::AND:
// {
// auto andEntry = mGspn.getImmediateTransition(mDft.getElement(parents[j])->name() + STR_FAILING);
// auto childExit = mGspn.getPlace(child->name() + STR_FAILED);
// if (andEntry.first && childExit.first) { // Only add arcs if the objects have been found.
// andEntry.second->setInputArcMultiplicity(childExit.second, 1);
// andEntry.second->setOutputArcMultiplicity(childExit.second, 1);
// }
// break;
// }
// case storm::storage::DFTElementType::OR:
// {
// auto orEntry = mGspn.getImmediateTransition(mDft.getElement(parents[j])->name() + "_" + child->name() + STR_FAILING);
// auto childExit = mGspn.getPlace(child->name() + STR_FAILED);
// if (orEntry.first && childExit.first) { // Only add arcs if the objects have been found.
// orEntry.second->setInputArcMultiplicity(childExit.second, 1);
// orEntry.second->setOutputArcMultiplicity(childExit.second, 1);
// }
// break;
// }
// case storm::storage::DFTElementType::VOT:
// {
// auto childExit = mGspn.getPlace(child->name() + STR_FAILED);
// auto parentEntry = mGspn.getImmediateTransition(mDft.getElement(parents[j])->name() + "_" + child->name() + "_collecting");
//
// if (childExit.first && parentEntry.first) { // Only add arcs if the objects have been found.
// parentEntry.second->setInputArcMultiplicity(childExit.second, 1);
// parentEntry.second->setOutputArcMultiplicity(childExit.second, 1);
// }
//
// break;
// }
// case storm::storage::DFTElementType::PAND:
// {
// auto children = std::static_pointer_cast<storm::storage::DFTPand<ValueType> const>(mDft.getElement(parents[j]))->children();
// auto childExit = mGspn.getPlace(child->name() + STR_FAILED);
// auto pandEntry = mGspn.getImmediateTransition(mDft.getElement(parents[j])->name() + STR_FAILING);
//
// if (childExit.first && pandEntry.first) { // Only add arcs if the objects have been found.
// pandEntry.second->setInputArcMultiplicity(childExit.second, 1);
// pandEntry.second->setOutputArcMultiplicity(childExit.second, 1);
//
// if (children[0] == child) { // Current element is primary child.
// auto pandEntry2 = mGspn.getImmediateTransition(mDft.getElement(parents[j])->name() + "_0" + STR_FAILSAVING);
//
// if (pandEntry2.first) {
// pandEntry2.second->setInhibitionArcMultiplicity(childExit.second, 1);
// }
// }
// else { // Current element is not the primary child.
// for (std::size_t k = 1; k < children.size(); k++) {
// if (children[k] == child) {
// auto pandEntry2 = mGspn.getImmediateTransition(mDft.getElement(parents[j])->name() + "_" + std::to_string((k - 1)) + STR_FAILSAVING);
// auto pandEntry3 = mGspn.getImmediateTransition(mDft.getElement(parents[j])->name() + "_" + std::to_string((k)) + STR_FAILSAVING);
//
// if (pandEntry2.first) {
// pandEntry2.second->setInputArcMultiplicity(childExit.second, 1);
// pandEntry2.second->setOutputArcMultiplicity(childExit.second, 1);
// }
//
// if (pandEntry3.first) {
// pandEntry3.second->setInhibitionArcMultiplicity(childExit.second, 1);
// }
//
// continue;
// }
// }
// }
// }
//
// break;
// }
// case storm::storage::DFTElementType::SPARE:
// {
// // Check if current child is a primary or spare child.
// auto children = std::static_pointer_cast<storm::storage::DFTSpare<ValueType> const>(mDft.getElement(parents[j]))->children();
//
// if (child == children[0]) { // Primary child.
// auto spareExit = mGspn.getImmediateTransition(child->name() + STR_ACTIVATING);
//
// std::vector<int> ids = getAllBEIDsOfElement(child);
// for (std::size_t k = 0; k < ids.size(); k++) {
// auto childEntry = mGspn.getPlace(mDft.getElement(ids[k])->name() + STR_ACTIVATED);
//
// if (spareExit.first && childEntry.first) { // Only add arcs if the objects have been found.
// spareExit.second->setInhibitionArcMultiplicity(childEntry.second, 1);
// spareExit.second->setOutputArcMultiplicity(childEntry.second, 1);
// }
// }
//
// // Draw lines from "primary child_failed" to SPARE.
// auto childExit = mGspn.getPlace(child->name() + STR_FAILED);
// auto spareEntry = mGspn.getImmediateTransition(mDft.getElement(parents[j])->name() + "_claiming_" + children[1]->name());
// auto spareEntry2 = mGspn.getImmediateTransition(mDft.getElement(parents[j])->name() + "_" + children[1]->name() + "_consuming1");
//
// if (childExit.first && spareEntry.first && spareEntry2.first) { // Only add arcs if the objects have been found.
// spareEntry.second->setInputArcMultiplicity(childExit.second, 1);
// spareEntry.second->setOutputArcMultiplicity(childExit.second, 1);
//
// spareEntry2.second->setInputArcMultiplicity(childExit.second, 1);
// spareEntry2.second->setOutputArcMultiplicity(childExit.second, 1);
// }
// }
// else { // A spare child.
// auto spareExit = mGspn.getImmediateTransition(child->name() + STR_ACTIVATING);
// auto spareExit2 = mGspn.getImmediateTransition(mDft.getElement(parents[j])->name() + "_claiming_" + child->name());
//
// std::vector<int> ids = getAllBEIDsOfElement(child);
// for (std::size_t k = 0; k < ids.size(); k++) {
// auto childEntry = mGspn.getPlace(mDft.getElement(ids[k])->name() + STR_ACTIVATED);
//
// if (spareExit.first && spareExit2.first && childEntry.first) { // Only add arcs if the objects have been found.
// if (!spareExit.second->existsInhibitionArc(childEntry.second)) {
// spareExit.second->setInhibitionArcMultiplicity(childEntry.second, 1);
// }
// if (!spareExit.second->existsOutputArc(childEntry.second)) {
// spareExit.second->setOutputArcMultiplicity(childEntry.second, 1);
// }
// if (!spareExit2.second->existsInhibitionArc(childEntry.second)) {
// spareExit2.second->setInhibitionArcMultiplicity(childEntry.second, 1);
// }
// }
// }
//
// auto childExit = mGspn.getPlace(child->name() + STR_FAILED);
// auto spareEntry = mGspn.getImmediateTransition(mDft.getElement(parents[j])->name() + "_claiming_" + child->name());
// auto spareEntry2 = mGspn.getImmediateTransition(child->name() + STR_ACTIVATING);
// auto spareEntry3 = mGspn.getImmediateTransition(mDft.getElement(parents[j])->name() + "_" + child->name() + "_consuming2");
//
// if (childExit.first && spareEntry.first && spareEntry2.first && spareEntry3.first) { // Only add arcs if the objects have been found.
// spareEntry.second->setInhibitionArcMultiplicity(childExit.second, 1);
//
// if (!spareEntry2.second->existsInhibitionArc(childExit.second)) {
// spareEntry2.second->setInhibitionArcMultiplicity(childExit.second, 1);
// }
//
// spareEntry3.second->setInputArcMultiplicity(childExit.second, 1);
// spareEntry3.second->setOutputArcMultiplicity(childExit.second, 1);
// }
// }
//
// break;
// }
// case storm::storage::DFTElementType::POR:
// {
// auto children = std::static_pointer_cast<storm::storage::DFTPand<ValueType> const>(mDft.getElement(parents[j]))->children();
// auto porEntry = mGspn.getImmediateTransition(mDft.getElement(parents[j])->name() + STR_FAILING);
// auto porEntry2 = mGspn.getImmediateTransition(mDft.getElement(parents[j])->name() + STR_FAILSAVING);
// auto childExit = mGspn.getPlace(child->name() + STR_FAILED);
//
// if (porEntry.first && porEntry2.first && childExit.first) { // Only add arcs if the objects have been found.
// if (children[0] == child) { // Current element is primary child.
// porEntry.second->setInputArcMultiplicity(childExit.second, 1);
// porEntry.second->setOutputArcMultiplicity(childExit.second, 1);
// porEntry2.second->setInhibitionArcMultiplicity(childExit.second, 1);
//
// }
// else { // Current element is not the primary child.
// porEntry2.second->setInputArcMultiplicity(childExit.second, 1);
// porEntry2.second->setOutputArcMultiplicity(childExit.second, 1);
// }
// }
//
// break;
// }
// case storm::storage::DFTElementType::SEQ:
// {
// // Sequences are realized with restrictions. Nothing to do here.
// break;
// }
// case storm::storage::DFTElementType::MUTEX:
// {
// // MUTEX are realized with restrictions. Nothing to do here.
// break;
// }
// case storm::storage::DFTElementType::BE:
// {
// // The parent is never a Basic Event.
// break;
// }
// case storm::storage::DFTElementType::CONSTF:
// {
// // The parent is never a Basic Event.
// break;
// }
// case storm::storage::DFTElementType::CONSTS:
// {
// // The parent is never a Basic Event.
// break;
// }
// case storm::storage::DFTElementType::PDEP:
// {
// // The parent is never a DEP. Hence the connections must be drawn somewhere else.
// break;
// }
// default:
// {
// STORM_LOG_ASSERT(false, "DFT type unknown.");
// break;
// }
// }
// }
// }
}
>>>>>>> updated dft->gspn translation to now have basis support for spares
template <typename ValueType>
bool DftToGspnTransformator<ValueType>::isBEActive(std::shared_ptr<storm::storage::DFTElement<ValueType> const> dftElement)
@ -744,38 +397,7 @@ namespace storm {
{
return mDft.maxRank() - dftElement->rank();
}
<<<<<<< fcc5d69a44cb202290c4db3c5b2062ff35da5791
=======
template <typename ValueType>
void DftToGspnTransformator<ValueType>::drawGSPNDependencies() {
// for (std::size_t i = 0; i < mDft.nrElements(); i++) {
// auto dftElement = mDft.getElement(i);
//
// if (dftElement->isDependency()) {
// std::string gateName = dftElement->name().substr(0, dftElement->name().find("_"));
// auto depEntry = mGspn.getTimedTransition(gateName + STR_FAILING);
// auto trigger = mGspn.getPlace(std::static_pointer_cast<storm::storage::DFTDependency<ValueType> const>(dftElement)->nameTrigger() + STR_FAILED);
//
// if (depEntry.first && trigger.first) { // Only add arcs if the objects have been found.
// if (!depEntry.second->existsInputArc(trigger.second)) {
// depEntry.second->setInputArcMultiplicity(trigger.second, 1);
// }
// if (!depEntry.second->existsOutputArc(trigger.second)){
// depEntry.second->setOutputArcMultiplicity(trigger.second, 1);
// }
// }
//
// auto dependent = mGspn.getPlace(std::static_pointer_cast<storm::storage::DFTDependency<ValueType> const>(dftElement)->nameDependent() + STR_FAILED);
//
// if (dependent.first) { // Only add arcs if the objects have been found.
// depEntry.second->setOutputArcMultiplicity(dependent.second, 1);
// }
// }
// }
}
>>>>>>> updated dft->gspn translation to now have basis support for spares
template <typename ValueType>
void DftToGspnTransformator<ValueType>::drawGSPNRestrictions() {
@ -833,100 +455,7 @@ namespace storm {
// }
// }
}
<<<<<<< fcc5d69a44cb202290c4db3c5b2062ff35da5791
=======
template <typename ValueType>
std::vector<int> DftToGspnTransformator<ValueType>::getAllBEIDsOfElement(std::shared_ptr<storm::storage::DFTElement<ValueType> const> dftElement) {
// std::vector<int> ids;
//
// switch (dftElement->type()) {
// case storm::storage::DFTElementType::AND:
// {
// auto children = std::static_pointer_cast<storm::storage::DFTAnd<ValueType> const>(dftElement)->children();
//
// for (std::size_t i = 0; i < children.size(); i++) {
// std::vector<int> newIds = getAllBEIDsOfElement(children[i]);
// ids.insert(ids.end(), newIds.begin(), newIds.end());
// }
// break;
// }
// case storm::storage::DFTElementType::OR:
// {
// auto children = std::static_pointer_cast<storm::storage::DFTOr<ValueType> const>(dftElement)->children();
//
// for (std::size_t i = 0; i < children.size(); i++) {
// std::vector<int> newIds = getAllBEIDsOfElement(children[i]);
// ids.insert(ids.end(), newIds.begin(), newIds.end());
// }
// break;
// }
// case storm::storage::DFTElementType::VOT:
// {
// auto children = std::static_pointer_cast<storm::storage::DFTVot<ValueType> const>(dftElement)->children();
//
// for (std::size_t i = 0; i < children.size(); i++) {
// std::vector<int> newIds = getAllBEIDsOfElement(children[i]);
// ids.insert(ids.end(), newIds.begin(), newIds.end());
// }
// break;
// }
// case storm::storage::DFTElementType::PAND:
// {
// auto children = std::static_pointer_cast<storm::storage::DFTPand<ValueType> const>(dftElement)->children();
//
// for (std::size_t i = 0; i < children.size(); i++) {
// std::vector<int> newIds = getAllBEIDsOfElement(children[i]);
// ids.insert(ids.end(), newIds.begin(), newIds.end());
// }
// break;
// }
// case storm::storage::DFTElementType::SPARE:
// {
// auto children = std::static_pointer_cast<storm::storage::DFTSpare<ValueType> const>(dftElement)->children();
//
// // Only regard the primary child of a SPARE. The spare childs are not allowed to be listed here.
// for (std::size_t i = 0; i < 1; i++) {
// std::vector<int> newIds = getAllBEIDsOfElement(children[i]);
// ids.insert(ids.end(), newIds.begin(), newIds.end());
// }
// break;
// }
// case storm::storage::DFTElementType::POR:
// {
// auto children = std::static_pointer_cast<storm::storage::DFTPor<ValueType> const>(dftElement)->children();
//
// for (std::size_t i = 0; i < children.size(); i++) {
// std::vector<int> newIds = getAllBEIDsOfElement(children[i]);
// ids.insert(ids.end(), newIds.begin(), newIds.end());
// }
// break;
// }
// case storm::storage::DFTElementType::BE:
// case storm::storage::DFTElementType::CONSTF:
// case storm::storage::DFTElementType::CONSTS:
// {
// ids.push_back(dftElement->id());
// break;
// }
// case storm::storage::DFTElementType::SEQ:
// case storm::storage::DFTElementType::MUTEX:
// case storm::storage::DFTElementType::PDEP:
// {
// break;
// }
// default:
// {
// STORM_LOG_ASSERT(false, "DFT type unknown.");
// break;
// }
// }
//
// return ids;
}
>>>>>>> updated dft->gspn translation to now have basis support for spares
template <typename ValueType>
void DftToGspnTransformator<ValueType>::writeGspn(bool toFile) {
if (toFile) {

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