all: Added missing unit qualifiers to get() calls.

src/inet/common/FingerprintCalculator.cc

@@ -63,8 +63,8 @@ bool FingerprintCalculator::addEventIngredient(cEvent *event, cSingleFingerprint
                     auto packet = dynamic_cast<Packet *>(cpacket);
                     if (packet == nullptr)
                         packet = dynamic_cast<Packet *>(cpacket->getEncapsulatedPacket());
-                    if (packet != nullptr && packet->getTotalLength().get() > 0) {
-                        if (packet->getTotalLength().get() % 8 == 0) {
+                    if (packet != nullptr && packet->getTotalLength().get<b>() > 0) {
+                        if (packet->getTotalLength().get<b>() % 8 == 0) {
                             const auto& content = packet->peekAllAsBytes();
                             for (auto byte : content->getBytes())
                                 hasher_ << byte;

src/inet/common/ResultFilters.cc

@@ -131,7 +131,7 @@ void DataAgeFilter::receiveSignal(cResultFilter *prev, simtime_t_cref t, cObject
 {
     if (auto packet = dynamic_cast<Packet *>(object)) {
         for (auto& region : packet->peekData()->getAllTags<CreationTimeTag>()) {
-            WeightedHistogramRecorder::cWeight weight(region.getLength().get());
+            WeightedHistogramRecorder::cWeight weight(region.getLength().get<b>());
             fire(this, t, t - region.getTag()->getCreationTime(), &weight);
         }
     }
@@ -245,7 +245,7 @@ Register_ResultFilter("packetLength", PacketLengthFilter);
 void PacketLengthFilter::receiveSignal(cResultFilter *prev, simtime_t_cref t, cObject *object, cObject *details)
 {
     auto packet = check_and_cast<Packet *>(object);
-    fire(this, t, packet->getDataLength().get(), details);
+    fire(this, t, packet->getDataLength().get<b>(), details);
 }
 
 Register_ResultFilter("flowPacketLength", FlowPacketLengthFilter);

src/inet/common/packet/Packet.cc

@@ -136,9 +136,9 @@ void Packet::parsimPack(cCommBuffer *buffer) const
     cPacket::parsimPack(buffer);
     buffer->packObject(const_cast<Chunk *>(content.get()));
     buffer->pack(frontIterator.getIndex());
-    buffer->pack(frontIterator.getPosition().get());
+    buffer->pack(frontIterator.getPosition().get<b>());
     buffer->pack(backIterator.getIndex());
-    buffer->pack(backIterator.getPosition().get());
+    buffer->pack(backIterator.getPosition().get<b>());
     tags.parsimPack(buffer);
     regionTags.parsimPack(buffer);
 }

src/inet/common/packet/serializer/StreamBufferChunkSerializer.cc

@@ -17,7 +17,7 @@ Register_Serializer(StreamBufferChunk, StreamBufferChunkSerializer);
 void StreamBufferChunkSerializer::serialize(MemoryOutputStream& stream, const Ptr<const Chunk>& chunk, b offset, b length) const
 {
     const auto& streamBufferChunk = staticPtrCast<const StreamBufferChunk>(chunk);
-    b currentStreamPosition = b((simTime() - streamBufferChunk->getStartTime()).dbl() * streamBufferChunk->getDatarate().get());
+    b currentStreamPosition = b((simTime() - streamBufferChunk->getStartTime()).dbl() * streamBufferChunk->getDatarate().get<bps>());
     if (length == b(-1))
         length = streamBufferChunk->getChunkLength() - offset;
     b copyLength = std::max(b(0), std::min(length, currentStreamPosition - offset));

src/inet/common/packet/tag/SharingRegionTagSet.cc

@@ -43,8 +43,8 @@ void SharingRegionTagSet::parsimPack(cCommBuffer *buffer) const
     buffer->pack(getNumTags());
     if (regionTags != nullptr) {
         for (auto regionTag : *regionTags) {
-            buffer->pack(regionTag.getOffset().get());
-            buffer->pack(regionTag.getLength().get());
+            buffer->pack(regionTag.getOffset().get<b>());
+            buffer->pack(regionTag.getLength().get<b>());
             buffer->packObject(const_cast<TagBase *>(regionTag.getTag().get()));
         }
     }

src/inet/linklayer/ieee80211/mac/Ieee80211Mac.cc

@@ -204,7 +204,7 @@ void Ieee80211Mac::handleUpperCommand(cMessage *msg)
             Ieee80211ConfigureRadioCommand *newConfigureCommand = check_and_cast<Ieee80211ConfigureRadioCommand *>(msg->getControlInfo());
             if (newConfigureCommand->getChannelNumber() == -1 && oldConfigureCommand->getChannelNumber() != -1)
                 newConfigureCommand->setChannelNumber(oldConfigureCommand->getChannelNumber());
-            if (std::isnan(newConfigureCommand->getBitrate().get()) && !std::isnan(oldConfigureCommand->getBitrate().get()))
+            if (std::isnan(newConfigureCommand->getBitrate().get<bps>()) && !std::isnan(oldConfigureCommand->getBitrate().get<bps>()))
                 newConfigureCommand->setBitrate(oldConfigureCommand->getBitrate());
             delete pendingRadioConfigMsg;
             pendingRadioConfigMsg = nullptr;

src/inet/linklayer/ieee80211/mac/coordinationfunction/Dcf.cc

@@ -113,7 +113,7 @@ void Dcf::transmitControlResponseFrame(Packet *responsePacket, const Ptr<const I
     else
         throw cRuntimeError("Unknown received frame type");
     RateSelection::setFrameMode(responsePacket, responseHeader, responseMode);
-    emit(IRateSelection::datarateSelectedSignal, responseMode->getDataMode()->getNetBitrate().get(), responsePacket);
+    emit(IRateSelection::datarateSelectedSignal, responseMode->getDataMode()->getNetBitrate().get<bps>(), responsePacket);
     EV_DEBUG << "Datarate for " << responsePacket->getName() << " is set to " << responseMode->getDataMode()->getNetBitrate() << ".\n";
     tx->transmitFrame(responsePacket, responseHeader, modeSet->getSifsTime(), this);
     delete responsePacket;
@@ -178,7 +178,7 @@ void Dcf::transmitFrame(Packet *packet, simtime_t ifs)
     const auto& header = packet->peekAtFront<Ieee80211MacHeader>();
     auto mode = rateSelection->computeMode(packet, header);
     RateSelection::setFrameMode(packet, header, mode);
-    emit(IRateSelection::datarateSelectedSignal, mode->getDataMode()->getNetBitrate().get(), packet);
+    emit(IRateSelection::datarateSelectedSignal, mode->getDataMode()->getNetBitrate().get<bps>(), packet);
     EV_DEBUG << "Datarate for " << packet->getName() << " is set to " << mode->getDataMode()->getNetBitrate() << ".\n";
     auto pendingPacket = channelAccess->getInProgressFrames()->getPendingFrameFor(packet);
     auto duration = originatorProtectionMechanism->computeDurationField(packet, header, pendingPacket, pendingPacket == nullptr ? nullptr : pendingPacket->peekAtFront<Ieee80211DataOrMgmtHeader>());

src/inet/linklayer/ieee80211/mac/coordinationfunction/Hcf.cc

@@ -660,7 +660,7 @@ void Hcf::transmitFrame(Packet *packet, simtime_t ifs)
         }
         auto mode = rateSelection->computeMode(packet, header, txop);
         setFrameMode(packet, header, mode);
-        emit(IRateSelection::datarateSelectedSignal, mode->getDataMode()->getNetBitrate().get(), packet);
+        emit(IRateSelection::datarateSelectedSignal, mode->getDataMode()->getNetBitrate().get<bps>(), packet);
         EV_DEBUG << "Datarate for " << packet->getName() << " is set to " << mode->getDataMode()->getNetBitrate() << ".\n";
         if (txop->getProtectionMechanism() == TxopProcedure::ProtectionMechanism::SINGLE_PROTECTION) {
             auto pendingPacket = channelOwner->getInProgressFrames()->getPendingFrameFor(packet);
@@ -695,7 +695,7 @@ void Hcf::transmitControlResponseFrame(Packet *responsePacket, const Ptr<const I
     else
         throw cRuntimeError("Unknown received frame type");
     setFrameMode(responsePacket, responseHeader, responseMode);
-    emit(IRateSelection::datarateSelectedSignal, responseMode->getDataMode()->getNetBitrate().get(), responsePacket);
+    emit(IRateSelection::datarateSelectedSignal, responseMode->getDataMode()->getNetBitrate().get<bps>(), responsePacket);
     EV_DEBUG << "Datarate for " << responsePacket->getName() << " is set to " << responseMode->getDataMode()->getNetBitrate() << ".\n";
     tx->transmitFrame(responsePacket, responseHeader, modeSet->getSifsTime(), this);
     delete responsePacket;

src/inet/linklayer/ieee80211/mac/originator/TxopProcedure.cc

@@ -72,7 +72,7 @@ void TxopProcedure::startTxop(AccessCategory ac)
         throw cRuntimeError("Txop is already running");
     if (limit == -1) {
         auto referenceMode = modeSet->getSlowestMandatoryMode();
-        limit = getTxopLimit(referenceMode, ac).get();
+        limit = getTxopLimit(referenceMode, ac).get<s>();
     }
     // The STA selects between single and multiple protection when it transmits the first frame of a TXOP.
     // All subsequent frames transmitted by the STA in the same TXOP use the same class of duration settings.

src/inet/linklayer/ieee80211/mgmt/Ieee80211MgmtSta.cc

@@ -749,7 +749,7 @@ void Ieee80211MgmtSta::storeAPInfo(Packet *packet, const Ptr<const Ieee80211Mgmt
     ap->beaconInterval = body->getBeaconInterval();
     auto signalPowerInd = packet->getTag<SignalPowerInd>();
     if (signalPowerInd != nullptr) {
-        ap->rxPower = signalPowerInd->getPower().get();
+        ap->rxPower = signalPowerInd->getPower().get<W>();
         if (ap->address == assocAP.address)
             assocAP.rxPower = ap->rxPower;
     }

src/inet/mobility/single/GaussMarkovMobility.cc

@@ -25,7 +25,7 @@ void GaussMarkovMobility::initialize(int stage)
     if (stage == INITSTAGE_LOCAL) {
         speedMean = par("speed");
         speedStdDev = par("speedStdDev");
-        angleMean = deg(fmod(deg(par("angle")).get(), 360.0));
+        angleMean = deg(fmod(deg(par("angle")).get<deg>(), 360.0));
         angleStdDev = deg(par("angleStdDev"));
         alpha = par("alpha");
         if (alpha < 0.0 || alpha > 1.0)

src/inet/networklayer/configurator/base/L3NetworkConfiguratorBase.cc

@@ -404,7 +404,7 @@ double L3NetworkConfiguratorBase::computeWirelessLinkWeight(Link *link, const ch
             cModule *transmitterInterfaceModule = link->sourceInterfaceInfo->networkInterface;
             IRadio *transmitterRadio = check_and_cast<IRadio *>(transmitterInterfaceModule->getSubmodule("radio"));
             const FlatTransmitterBase *transmitter = dynamic_cast<const FlatTransmitterBase *>(transmitterRadio->getTransmitter());
-            double dataRate = transmitter ? transmitter->getBitrate().get() : 0;
+            double dataRate = transmitter ? transmitter->getBitrate().get<bps>() : 0;
             return dataRate != 0 ? 1 / dataRate : minLinkWeight;
         }
         else if (!strcmp(metric, "errorRate")) {

src/inet/networklayer/ipv6/Ipv6Header.cc

@@ -36,7 +36,7 @@ const Ipv6ExtensionHeader *Ipv6Header::findExtensionHeaderByType(IpProtocolId ex
 
 void Ipv6Header::addExtensionHeader(Ipv6ExtensionHeader *eh)
 {
-    ASSERT((eh->getByteLength() >= B(1)) && (eh->getByteLength().get() % 8 == 0));
+    ASSERT((eh->getByteLength() >= B(1)) && (eh->getByteLength().get<B>() % 8 == 0));
     int thisOrder = eh->getOrder();
     size_t i;
     for (i = 0; i < extensionHeader_arraysize; i++) {

src/inet/physicallayer/wireless/common/medium/RadioMedium.cc

@@ -532,9 +532,9 @@ void RadioMedium::sendToAffectedRadios(IRadio *radio, const IWirelessSignal *tra
     if (neighborCache && rangeFilter != RANGE_FILTER_ANYWHERE) {
         double range;
         if (rangeFilter == RANGE_FILTER_COMMUNICATION_RANGE)
-            range = mediumLimitCache->getMaxCommunicationRange(radio).get();
+            range = mediumLimitCache->getMaxCommunicationRange(radio).get<m>();
         else if (rangeFilter == RANGE_FILTER_INTERFERENCE_RANGE)
-            range = mediumLimitCache->getMaxInterferenceRange(radio).get();
+            range = mediumLimitCache->getMaxInterferenceRange(radio).get<m>();
         else
             throw cRuntimeError("Unknown range filter %d", rangeFilter);
         if (std::isnan(range)) {

src/inet/physicallayer/wireless/common/neighborcache/GridNeighborCache.cc

@@ -39,7 +39,7 @@ void GridNeighborCache::initialize(int stage)
     else if (stage == INITSTAGE_PHYSICAL_LAYER_NEIGHBOR_CACHE) {
         constraintAreaMin = radioMedium->getMediumLimitCache()->getMinConstraintArea();
         constraintAreaMax = radioMedium->getMediumLimitCache()->getMaxConstraintArea();
-        maxSpeed = radioMedium->getMediumLimitCache()->getMaxSpeed().get();
+        maxSpeed = radioMedium->getMediumLimitCache()->getMaxSpeed().get<mps>();
         const Coord constraintAreaSize = constraintAreaMax - constraintAreaMin;
         if (std::isnan(cellSize.x))
             cellSize.x = constraintAreaSize.x / par("cellCountX").intValue();
@@ -86,7 +86,7 @@ void GridNeighborCache::addRadio(const IRadio *radio)
 {
     radios.push_back(radio);
     Coord radioPos = radio->getAntenna()->getMobility()->getCurrentPosition();
-    maxSpeed = radioMedium->getMediumLimitCache()->getMaxSpeed().get();
+    maxSpeed = radioMedium->getMediumLimitCache()->getMaxSpeed().get<mps>();
     if (maxSpeed != 0 && !refillCellsTimer->isScheduled() && initialized())
         scheduleAfter(refillPeriod, refillCellsTimer);
     Coord newConstraintAreaMin = radioMedium->getMediumLimitCache()->getMinConstraintArea();
@@ -113,7 +113,7 @@ void GridNeighborCache::removeRadio(const IRadio *radio)
             constraintAreaMin = newConstraintAreaMin;
             constraintAreaMax = newConstraintAreaMax;
         }
-        maxSpeed = radioMedium->getMediumLimitCache()->getMaxSpeed().get();
+        maxSpeed = radioMedium->getMediumLimitCache()->getMaxSpeed().get<mps>();
         fillCubeVector();
         if (maxSpeed == 0 && initialized())
             cancelEvent(refillCellsTimer);

src/inet/physicallayer/wireless/common/neighborcache/NeighborListNeighborCache.cc

@@ -32,7 +32,7 @@ void NeighborListNeighborCache::initialize(int stage)
         updateNeighborListsTimer = new cMessage("updateNeighborListsTimer");
     }
     else if (stage == INITSTAGE_PHYSICAL_LAYER_NEIGHBOR_CACHE) {
-        maxSpeed = radioMedium->getMediumLimitCache()->getMaxSpeed().get();
+        maxSpeed = radioMedium->getMediumLimitCache()->getMaxSpeed().get<mps>();
         updateNeighborLists();
         scheduleAfter(refillPeriod, updateNeighborListsTimer);
     }
@@ -97,7 +97,7 @@ void NeighborListNeighborCache::addRadio(const IRadio *radio)
     radios.push_back(newEntry);
     radioToEntry[radio] = newEntry;
     updateNeighborLists();
-    maxSpeed = radioMedium->getMediumLimitCache()->getMaxSpeed().get();
+    maxSpeed = radioMedium->getMediumLimitCache()->getMaxSpeed().get<mps>();
     if (maxSpeed != 0 && !updateNeighborListsTimer->isScheduled() && initialized())
         scheduleAfter(refillPeriod, updateNeighborListsTimer);
 }
@@ -108,7 +108,7 @@ void NeighborListNeighborCache::removeRadio(const IRadio *radio)
     if (it != radios.end()) {
         removeRadioFromNeighborLists(radio);
         radios.erase(it);
-        maxSpeed = radioMedium->getMediumLimitCache()->getMaxSpeed().get();
+        maxSpeed = radioMedium->getMediumLimitCache()->getMaxSpeed().get<mps>();
         if (maxSpeed == 0 && initialized())
             cancelEvent(updateNeighborListsTimer);
     }

src/inet/physicallayer/wireless/common/neighborcache/QuadTreeNeighborCache.cc

@@ -38,7 +38,7 @@ void QuadTreeNeighborCache::initialize(int stage)
         constraintAreaMin = radioMedium->getMediumLimitCache()->getMinConstraintArea();
         constraintAreaMax = radioMedium->getMediumLimitCache()->getMaxConstraintArea();
         quadTree = new QuadTree(constraintAreaMin, constraintAreaMax, maxNumOfPointsPerQuadrant, nullptr);
-        maxSpeed = radioMedium->getMediumLimitCache()->getMaxSpeed().get();
+        maxSpeed = radioMedium->getMediumLimitCache()->getMaxSpeed().get<mps>();
         rebuildQuadTree();
         scheduleAfter(refillPeriod, rebuildQuadTreeTimer);
     }
@@ -66,7 +66,7 @@ void QuadTreeNeighborCache::addRadio(const IRadio *radio)
 {
     radios.push_back(radio);
     Coord radioPos = radio->getAntenna()->getMobility()->getCurrentPosition();
-    maxSpeed = radioMedium->getMediumLimitCache()->getMaxSpeed().get();
+    maxSpeed = radioMedium->getMediumLimitCache()->getMaxSpeed().get<mps>();
     if (maxSpeed != 0 && !rebuildQuadTreeTimer->isScheduled() && initialized())
         scheduleAfter(refillPeriod, rebuildQuadTreeTimer);
     Coord newConstraintAreaMin = radioMedium->getMediumLimitCache()->getMinConstraintArea();
@@ -97,7 +97,7 @@ void QuadTreeNeighborCache::removeRadio(const IRadio *radio)
         }
         else if (initialized())
             quadTree->remove(check_and_cast<const cObject *>(radio));
-        maxSpeed = radioMedium->getMediumLimitCache()->getMaxSpeed().get();
+        maxSpeed = radioMedium->getMediumLimitCache()->getMaxSpeed().get<mps>();
         if (maxSpeed == 0 && initialized())
             cancelEvent(rebuildQuadTreeTimer);
     }

src/inet/physicallayer/wireless/common/pathloss/FreeSpacePathLoss.cc

@@ -46,7 +46,7 @@ std::ostream& FreeSpacePathLoss::printToStream(std::ostream& stream, int level,
 double FreeSpacePathLoss::computeFreeSpacePathLoss(m waveLength, m distance, double alpha, double systemLoss) const
 {
     // factor = waveLength ^ 2 / (16 * PI ^ 2 * systemLoss * distance ^ alpha)
-    return distance.get() == 0.0 ? 1.0 : (waveLength * waveLength).get() / (16 * M_PI * M_PI * systemLoss * pow(distance.get(), alpha));
+    return distance.get() == 0.0 ? 1.0 : (waveLength * waveLength).get() / (16 * M_PI * M_PI * systemLoss * pow(distance.get<m>(), alpha));
 }
 
 double FreeSpacePathLoss::computePathLoss(mps propagationSpeed, Hz frequency, m distance) const

src/inet/physicallayer/wireless/common/signal/PowerFunctions.h

@@ -401,8 +401,8 @@ class INET_API ObstacleLossFunction : public FunctionBase<double, Domain<m, m, m
     ObstacleLossFunction(const IObstacleLoss *obstacleLoss) : obstacleLoss(obstacleLoss) {}
 
     virtual double getValue(const Point<m, m, m, m, m, m, Hz>& p) const override {
-        Coord transmissionPosition(std::get<0>(p).get(), std::get<1>(p).get(), std::get<2>(p).get());
-        Coord receptionPosition(std::get<3>(p).get(), std::get<4>(p).get(), std::get<5>(p).get());
+        Coord transmissionPosition(std::get<0>(p).get<m>(), std::get<1>(p).get<m>(), std::get<2>(p).get<m>());
+        Coord receptionPosition(std::get<3>(p).get<m>(), std::get<4>(p).get<m>(), std::get<5>(p).get<m>());
         Hz frequency = std::get<6>(p);
         return obstacleLoss->computeObstacleLoss(frequency, transmissionPosition, receptionPosition);
     }

src/inet/physicallayer/wireless/ieee80211/bitlevel/errormodel/Ieee80211OfdmErrorModel.cc

@@ -151,8 +151,8 @@ const IReceptionSymbolModel *Ieee80211OfdmErrorModel::computeSymbolModel(const I
 
     snirFunction->partition(interval, [&] (const math::Interval<simsec, Hz>& i1, const math::IFunction<double, math::Domain<simsec, Hz>> *f1) {
 
-        auto intervalStartTime = std::get<0>(i1.getLower()).get();
-        auto intervalEndTime = std::get<0>(i1.getUpper()).get();
+        auto intervalStartTime = std::get<0>(i1.getLower()).get<simsec>();
+        auto intervalEndTime = std::get<0>(i1.getUpper()).get<simsec>();
         // sum SNIR
 
         int startTimeSlot = (int)std::floor((intervalStartTime - reception->getHeaderStartTime()) / SimTime(4, SIMTIME_US));

src/inet/physicallayer/wireless/ieee80211/mode/Ieee80211DsssMode.cc

@@ -18,7 +18,7 @@ Ieee80211DsssDataMode::Ieee80211DsssDataMode(const DpskModulationBase *modulatio
 
 const simtime_t Ieee80211DsssDataMode::getDuration(b length) const
 {
-    return (simtime_t)(lrint(ceil((double)length.get() / getGrossBitrate().get() * 1E+6))) / 1E+6;
+    return (simtime_t)(lrint(ceil((double)length.get() / getGrossBitrate().get<bps>() * 1E+6))) / 1E+6;
 }
 
 Ieee80211DsssMode::Ieee80211DsssMode(const char *name, const Ieee80211DsssPreambleMode *preambleMode, const Ieee80211DsssHeaderMode *headerMode, const Ieee80211DsssDataMode *dataMode) :

src/inet/physicallayer/wireless/ieee80211/mode/Ieee80211DsssMode.h

@@ -30,7 +30,7 @@ class INET_API Ieee80211DsssPreambleMode : public Ieee80211DsssChunkMode, public
 
     virtual bps getNetBitrate() const { return Mbps(1); }
     virtual bps getGrossBitrate() const { return getNetBitrate(); }
-    virtual const simtime_t getDuration() const override { return (double)getLength().get() / getNetBitrate().get(); }
+    virtual const simtime_t getDuration() const override { return (double)getLength().get<b>() / getNetBitrate().get<bps>(); }
     virtual const DbpskModulation *getModulation() const { return &DbpskModulation::singleton; }
 
     virtual Ptr<Ieee80211PhyPreamble> createPreamble() const override { return makeShared<Ieee80211DsssPhyPreamble>(); }
@@ -49,7 +49,7 @@ class INET_API Ieee80211DsssHeaderMode : public Ieee80211DsssChunkMode, public I
     virtual b getLength() const override { return getSignalFieldLength() + getServiceFieldLength() + getLengthFieldLength() + getCrcFieldLength(); }
     virtual bps getNetBitrate() const override { return Mbps(1); }
     virtual bps getGrossBitrate() const override { return getNetBitrate(); }
-    virtual const simtime_t getDuration() const override { return (double)getLength().get() / getNetBitrate().get(); }
+    virtual const simtime_t getDuration() const override { return (double)getLength().get<b>() / getNetBitrate().get<bps>(); }
     virtual const simtime_t getSymbolInterval() const override { return -1; }
     virtual const DbpskModulation *getModulation() const override { return &DbpskModulation::singleton; }