C++ IArchive::labelElement方法代码示例

 void SusceptibilityVector::serialize(IArchive& ar, SusceptibilityVector* obj)
 {
     SusceptibilityVector& susceptibility = *obj;
     Susceptibility::serialize(ar, obj);
     ar.labelElement("m_relative_biting_rate") & susceptibility.m_relative_biting_rate;
     ar.labelElement("m_age_dependent_biting_risk") & susceptibility.m_age_dependent_biting_risk;
 }

 void AbstractBednet::serialize( IArchive& ar, AbstractBednet* obj )
 {
     BaseIntervention::serialize( ar, obj );
     AbstractBednet& bednet = *obj;
     ar.labelElement( "m_pEffectBlocking" ) & bednet.m_pEffectBlocking;
     ar.labelElement( "m_pEffectKilling" ) & bednet.m_pEffectKilling;
 }

 void serialize(IArchive& ar, IndividualHumanMalaria::gametocytes_strain_map_t& mapping)
 {
     size_t count = ar.IsWriter() ? mapping.size() : -1;
     ar.startArray(count);
     if (ar.IsWriter())
     {
         for (auto& entry : mapping)
         {
             StrainIdentity* strain = const_cast<StrainIdentity*>(&entry.first);
             ar.startObject();
                 ar.labelElement("key"); serialize(ar, strain);
                 ar.labelElement("value") & entry.second;
             ar.endObject();
         }
     }
     else
     {
         for (size_t i = 0; i < count; i++)
         {
             StrainIdentity* strain;
             int64_t value;
             ar.startObject();
                 ar.labelElement("key"); serialize(ar, strain);
                 ar.labelElement("value") & value;
             ar.endObject();
             mapping[*strain] = value;
         }
     }
     ar.endArray();
 }

 void BaseIntervention::serialize(IArchive& ar, BaseIntervention* obj)
 {
     BaseIntervention& intervention = *obj;
     ar.labelElement("cost_per_unit"        ) & intervention.cost_per_unit;
     ar.labelElement("expired"              ) & intervention.expired;
     ar.labelElement("dont_allow_duplicates") & intervention.dont_allow_duplicates;
 }

 void HIVARTStagingByCD4Diagnostic::serialize(IArchive& ar, HIVARTStagingByCD4Diagnostic* obj)
 {
     HIVARTStagingAbstract::serialize( ar, obj );
     HIVARTStagingByCD4Diagnostic& diag = *obj;
     ar.labelElement("threshold" ) & diag.threshold;
     ar.labelElement("ifActiveTB") & diag.ifActiveTB;
     ar.labelElement("ifPregnant") & diag.ifPregnant;
 }

 void InterventionsContainer::serialize(IArchive& ar, InterventionsContainer* obj)
 {
     InterventionsContainer& container = *obj;
     ar.labelElement("drugVaccineReducedAcquire") & container.drugVaccineReducedAcquire;
     ar.labelElement("drugVaccineReducedTransmit") & container.drugVaccineReducedTransmit;
     ar.labelElement("drugVaccineReducedMortality") & container.drugVaccineReducedMortality;
     ar.labelElement("interventions") & container.interventions;
 }

 void SimpleVaccine::serialize(IArchive& ar, SimpleVaccine* obj)
 {
     BaseIntervention::serialize( ar, obj );
     SimpleVaccine& vaccine = *obj;
     ar.labelElement("vaccine_type")  & vaccine.vaccine_type;
     ar.labelElement("vaccine_take")  & vaccine.vaccine_take;
     ar.labelElement("vaccine_took")  & vaccine.vaccine_took;
     ar.labelElement("waning_effect") & vaccine.waning_effect;
 }

    void IndividualHumanVector::serialize(IArchive& ar, IndividualHumanVector* obj)
    {
        IndividualHumanVector& individual = *obj;

        IndividualHuman::serialize(ar, obj);
        ar.labelElement("m_strain_exposure");
            Kernel::serialize(ar, individual.m_strain_exposure);
        ar.labelElement("m_total_exposure") & individual.m_total_exposure;
    }

 void HIVSimpleDiagnostic::serialize(IArchive& ar, HIVSimpleDiagnostic* obj)
 {
     SimpleDiagnostic::serialize( ar, obj );
     HIVSimpleDiagnostic& hsd = *obj;
     ar.labelElement("firstUpdate"               ) & hsd.firstUpdate;
     ar.labelElement("result_of_positive_test"   ) & hsd.result_of_positive_test;
     ar.labelElement("original_days_to_diagnosis") & hsd.original_days_to_diagnosis;
     ar.labelElement("absoluteDuration"          ) & hsd.absoluteDuration;
     ar.labelElement("negative_diagnosis_event"  ) & hsd.negative_diagnosis_event;
 }

 void DiagnosticTreatNeg::serialize(IArchive& ar, DiagnosticTreatNeg* obj)
 {
     SimpleDiagnostic::serialize(ar, obj);
     DiagnosticTreatNeg& diagnostic = *obj;
     ar.labelElement("negative_diagnosis_config") & diagnostic.negative_diagnosis_config;
     ar.labelElement("negative_diagnosis_event") & diagnostic.negative_diagnosis_event;
     ar.labelElement("defaulters_config") & diagnostic.defaulters_config;
     ar.labelElement("defaulters_event") & diagnostic.defaulters_event;
     ar.labelElement("m_gets_positive_test_intervention") & diagnostic.m_gets_positive_test_intervention;
 }

    void HIVDelayedIntervention::serialize(IArchive& ar, HIVDelayedIntervention* obj)
    {
        DelayedIntervention::serialize( ar, obj );
        HIVDelayedIntervention& delayed = *obj;

        ar.labelElement("year2DelayMap"                 ) & delayed.year2DelayMap;
        ar.labelElement("days_remaining"                ) & delayed.days_remaining;
        ar.labelElement("broadcast_event"               ) & delayed.broadcast_event;
        ar.labelElement("broadcast_on_expiration_event" ) & delayed.broadcast_on_expiration_event;
    }

 void WaningEffectMapAbstract::serialize( IArchive& ar, WaningEffectMapAbstract* obj )
 {
     WaningEffectMapAbstract& effect = *obj;
     ar.labelElement( "m_Expired"                ) & effect.m_Expired;
     ar.labelElement( "m_EffectOriginal"         ) & effect.m_EffectOriginal;
     ar.labelElement( "m_EffectCurrent"          ) & effect.m_EffectCurrent;
     ar.labelElement( "m_ExpireAtDurationMapEnd" ) & effect.m_ExpireAtDurationMapEnd;
     ar.labelElement( "m_TimeSinceStart"         ) & effect.m_TimeSinceStart;
     ar.labelElement( "m_DurationMap"            ) & effect.m_DurationMap;
 }

 // !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
 // !!! In a scenario like 25_Madagascar that has 30000+ nodes,
 // !!! we really have to minimize the data that is being shared
 // !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
 void NodeInfo::serialize( IArchive& ar, bool firstTime )
 {
     if( firstTime )
     {
         ar.labelElement("m_Suid"             ) & m_Suid.data;
         ar.labelElement("m_ExternalId"       ) & m_ExternalId;
         ar.labelElement("m_Rank"             ) & m_Rank;
         ar.labelElement("m_LongitudeDegrees" ) & m_LongitudeDegrees;
         ar.labelElement("m_LatitudeDegrees"  ) & m_LatitudeDegrees;
     }
     ar.labelElement("m_Population" ) & m_Population;
 }

 void serialize(IArchive& ar, pfemp1_antibody_t& antibodies)
 {
     ar.startObject();
         ar.labelElement("minor") & antibodies.minor;
         ar.labelElement("major") & antibodies.major;
     ar.endObject();
 }

 void MultiEffectBoosterVaccine::serialize(IArchive& ar, MultiEffectBoosterVaccine* obj)
 {
     MultiEffectVaccine::serialize( ar, obj );
     MultiEffectBoosterVaccine& vaccine = *obj;
     ar.labelElement("prime_acquire")                 & vaccine.prime_acquire;
     ar.labelElement("prime_transmit")                & vaccine.prime_transmit;
     ar.labelElement("prime_mortality")               & vaccine.prime_mortality;
     ar.labelElement("boost_acquire")                 & vaccine.boost_acquire;
     ar.labelElement("boost_transmit")                & vaccine.boost_transmit;
     ar.labelElement("boost_mortality")               & vaccine.boost_mortality;
     ar.labelElement("boost_threshold_acquire")       & vaccine.boost_threshold_acquire;
     ar.labelElement("boost_threshold_transmit")      & vaccine.boost_threshold_transmit;
     ar.labelElement("boost_threshold_mortality")     & vaccine.boost_threshold_mortality;
 }