/**
  * Handle incoming Function Topic Requests (and send them to Tetra)
  * $Id$
  * $HeadURL$
  * $Author$
  * Created by Christian Ehrlicher, SLSE, 2016-04-14
  */

#include "recv_from_dds_fts.h"
#include "main_handler.h"
#include "ism_handler.h"
#include "settings.h"

#include <LtsUtilsCore/json.h>


namespace TrainingAreaBase
{


RecvFromDdsFts::RecvFromDdsFts(MainHandler *mainHandler, const std::shared_ptr<Interface::Fts> &ftsTab,
                               const std::shared_ptr<SendToTab> &txCallback)
  : Interface::Fts::DemandBiteRequestHandler(ftsTab)
  , Interface::Fts::DemandInitRequestHandler(ftsTab)
  , Interface::Fts::SendSetVulnerabilityModelRequestHandler(ftsTab)
  , Interface::Fts::DemandConfigurationReportRequestHandler(ftsTab)
  , Interface::Fts::DemandVulnerabilityStateChangeRequestHandler(ftsTab)
  , Interface::Fts::SendLanguageSelectionRequestHandler(ftsTab)
  , Interface::Fts::SendEquipmentMessageRequestHandler(ftsTab)
  , Interface::Fts::SendOcDataRequestHandler(ftsTab)
  , Interface::Fts::SendFireSmokeMarkerDataRequestHandler(ftsTab)
  , Interface::Fts::SendGeopairingDataRequestHandler(ftsTab)
  , Interface::Fts::SendTargetDataRequestHandler(ftsTab)
  , Interface::Fts::SendCesHitInformationRequestHandler(ftsTab)
  , Interface::Fts::SendCesHitRequestHandler(ftsTab)
  , Interface::Fts::SendParticipantSwVerionsRequestHandler(ftsTab)
  , Interface::Fts::SendParticipantModeRequestHandler(ftsTab)
  , Interface::Fts::DemandParticipantModeRequestHandler(ftsTab)
  , Interface::Fts::SendParticipantConfigurationRequestHandler(ftsTab)
  , Interface::Fts::DemandParticipantConfigurationRequestHandler(ftsTab)
  , Interface::Fts::SendParticipantBlockedAreaRequestHandler(ftsTab)
  , Interface::Fts::SendParticipantBeStillWarningRequestHandler(ftsTab)
  , Interface::Fts::SendSetSanitationRequestHandler(ftsTab)
  , Interface::Fts::SendResetAllDusMinesRequestHandler(ftsTab)
  , Interface::Fts::SendSelectiveReammunitionRequestHandler(ftsTab)
  , Interface::Fts::SetDevicePowerRequestHandler(ftsTab)
  , Interface::Fts::AdlerCalculateTrajectoryRequestHandler(ftsTab)
  , Interface::Fts::SendOcCommandRequestHandler(ftsTab)
  , Interface::Fts::SendUasWaypointRequestHandler(ftsTab)
  , Interface::Fts::SendModifyUasStateRequestHandler(ftsTab)
  , Interface::Fts::SendExFireReadinessRequestHandler(ftsTab)
  , Interface::Fts::SendExFiredReportRequestHandler(ftsTab)
  , Interface::Fts::SendExConfirmationReportRequestHandler(ftsTab)
  , m_mainHandler(mainHandler)
  , m_ftsTab(ftsTab)
  , m_txCallback(txCallback)
  , m_logger(getLogger("RecvFromDdsFts"))
{
  m_categorieData = loadRemainEffectStructMap();
}

void RecvFromDdsFts::onDemandBiteRequest(const rti::core::SampleIdentity &cookie, const DemandBiteRequest &request)
{
  TetraIcd::DemandBite data;
  data.withSelfTest = request.withSelfTest();

  bool bRet = true;
  // TODO: fixme
  for (const int equipNo : request.equipmentNumbers())
  {
    data.header.equipmentNumber = equipNo;
    if (!m_txCallback->txData(data))
      bRet = false;
  }

  m_ftsTab->demandBiteReply(cookie, fillFro(request.requestId(), bRet));
}

void RecvFromDdsFts::onDemandInitRequest(const rti::core::SampleIdentity &cookie, const DemandInitRequest &request)
{
  TetraIcd::Init data;
  data.workstationId = request.workstationId();
  data.resetManipulation = request.resetManipulation();
  data.resetVulnerabilityState = request.resetVulnerabilityState();
  data.restockCharges = request.restockCharges();
  data.restockSanitationMaterial = request.restockSanitationMaterial();
  bool bRet = true;
  // TODO: fixme
  for (const int equipNo : request.equipmentNumbers())
  {
    data.header.equipmentNumber = equipNo;
    if (!m_txCallback->txData(data))
      bRet = false;
  }

  m_ftsTab->demandInitReply(cookie, fillFro(request.requestId(), bRet));
}

void RecvFromDdsFts::onSendSetVulnerabilityModelRequest(const rti::core::SampleIdentity &cookie, const SendSetVulnerabilityModelRequest &request)
{
  TetraIcd::SetVulnerabilityModel data;
  data.header.equipmentNumber = request.equipmentNumber();
  data.vulnerabilityModelMineIed = request.vulnerabilityModelMineIed();
  data.vulnerabilityModelAreaFire = request.vulnerabilityModelAreaFire();
  data.vulnerabilityModelOperatingResource = request.vulnerabilityModelOperationalResource();
  data.vulnerabilityModelAcWeaponry = request.vulnerabilityModelACWeaponry();

  m_ftsTab->sendSetVulnerabilityModelReply(cookie, fillFro(request.participantId(), m_txCallback->txData(data)));
}

void RecvFromDdsFts::onDemandConfigurationReportRequest(const rti::core::SampleIdentity &cookie, const DemandConfigurationReportRequest &request)
{
  TetraIcd::DemandEquipmentConfigurationReport data;
  data.header.equipmentNumber = request.equipmentNumber();

  m_ftsTab->demandConfigurationReportReply(cookie, fillFro(request.participantId(), m_txCallback->txData(data)));
}

void RecvFromDdsFts::onDemandVulnerabilityStateChangeRequest(const rti::core::SampleIdentity &cookie, const DemandVulnerabilityStateChangeRequest &request)
{
  TetraIcd::DemandVulnerabilityStateChange data;
  data.reqestedState = static_cast<TetraIcd::VulnerabilityState>(request.vulnerabilityState().underlying());
  data.workstationId = request.workstationId();
  data.vulnerabilityVitalityIndex = getVulnerabilityVitalityIndexFromVitalityAndVba(request.vulnerabilityKind(), request.vitality());

  bool bRet = true;
  // TODO: fixme
  for (const int equipNo : request.equipmentNumbers())
  {
    data.header.equipmentNumber = equipNo;
    if (!m_txCallback->txData(data))
      bRet = false;
  }

  m_ftsTab->demandVulnerabilityStateChangeReply(cookie, fillFro(request.requestId(), bRet));
}

void RecvFromDdsFts::onSendLanguageSelectionRequest(const rti::core::SampleIdentity &cookie, const SendLanguageSelectionRequest &request)
{
  TetraIcd::LanguageSelection data;
  data.header.equipmentNumber = request.equipmentNumber();
  data.languageSelection = static_cast<TetraIcd::Language>(request.language().underlying());

  m_ftsTab->sendLanguageSelectionReply(cookie, fillFro(request.participantId(), m_txCallback->txData(data)));
}

void RecvFromDdsFts::onSendEquipmentMessageRequest(const rti::core::SampleIdentity &cookie, const SendEquipmentMessageRequest &request)
{
  if (request.sender().is_set() &&
      request.subject().is_set() &&
      request.message().is_set())
  {
    // Message to O/C
    TetraIcd::EquipmentMessageOC data;
    data.senderId = request.sender().get();
    data.subject = request.subject().get();
    data.message = request.message().get();
    data.header.timeStamp = QDateTime::currentMSecsSinceEpoch();

    bool bRet = true;
    // TODO: fixme
    for (const int equipNo : request.equipmentNumbers())
    {
      data.header.equipmentNumber = equipNo;
      data.receiverId = equipNo;
      if (!m_txCallback->txData(data))
        bRet = false;
    }

    m_ftsTab->sendEquipmentMessageReply(cookie, fillFro(0, bRet));
  }
  else
  {
    TetraIcd::EquipmentMessage data;
    if (request.messageId().is_set())
      data.msgId = request.messageId().get();
    else if (request.message().is_set())
      data.message = request.message().get();
    else
    {
      m_ftsTab->sendEquipmentMessageReply(cookie, fillFro(0, false));
      ERROR_LOG(m_logger) << "Got SendEquipmentMessageRequest but neither message nor messageId is set!";
      return;
    }
    bool bRet = true;
    // TODO: fixme
    for (const int equipNo : request.equipmentNumbers())
    {
      data.header.equipmentNumber = equipNo;
      if (!m_txCallback->txData(data))
        bRet = false;
    }

    m_ftsTab->sendEquipmentMessageReply(cookie, fillFro(request.requestId(), bRet));
  }
}

void RecvFromDdsFts::onSendOcDataRequest(const rti::core::SampleIdentity &cookie, const SendOcDataRequest &request)
{
  TetraIcd::OpaquePayloadDataOut data;
  data.payloadType = TetraIcd::OpaquePayloadDataBase::Type::OC;
  data.header.equipmentNumber = request.equipmentNumber();
  data.payload = request.payload();

  m_ftsTab->sendOcDataReply(cookie, fillFro(request.participantId(), m_txCallback->txData(data)));
}

void RecvFromDdsFts::onSendFireSmokeMarkerDataRequest(const rti::core::SampleIdentity &cookie, const SendFireSmokeMarkerDataRequest &request)
{
  TetraIcd::OpaquePayloadDataOut data;
  data.payloadType = TetraIcd::OpaquePayloadDataBase::Type::FireSmokeMarker;
  data.header.equipmentNumber = request.equipmentNumber();
  data.payload = request.payload();

  m_ftsTab->sendFireSmokeMarkerDataReply(cookie, fillFro(request.participantId(), m_txCallback->txData(data)));
}

void RecvFromDdsFts::onSendGeopairingDataRequest(const rti::core::SampleIdentity &cookie, const SendGeopairingDataRequest &request)
{
  TetraIcd::OpaquePayloadDataOut data;
  data.payloadType = TetraIcd::OpaquePayloadDataBase::Type::Geopairing;
  data.header.equipmentNumber = request.equipmentNumber();
  data.payload = request.payload();

  m_ftsTab->sendGeopairingDataReply(cookie, fillFro(request.participantId(), m_txCallback->txData(data)));
}

void RecvFromDdsFts::onSendTargetDataRequest(const rti::core::SampleIdentity &cookie, const SendTargetDataRequest &request)
{
  TetraIcd::OpaquePayloadDataOut data;
  data.payloadType = TetraIcd::OpaquePayloadDataBase::Type::Target;
  data.header.equipmentNumber = request.equipmentNumber();
  data.payload = request.payload();

  m_ftsTab->sendTargetDataReply(cookie, fillFro(request.participantId(), m_txCallback->txData(data)));
}

void RecvFromDdsFts::onSendCesHitInformationRequest(const rti::core::SampleIdentity &cookie, const SendCesHitInformation &request)
{
  TetraIcd::CesHitInformation data;
  data.header.equipmentNumber = request.equipmentNumber();
  data.header.timeStamp = request.effectTime();
  data.originatorEquipmentNumber = request.originatorEquipmentNumber();
  const auto &ct = m_mainHandler->pdmHandler()->chargeTypeFromId(request.chargeTypeId());
  data.chargeTasCodeDirect = ct.id();
  data.chargeTasCodeIndirect = ct.id();
  data.directionDegree = request.directionDegree();
  data.distance = request.distanceToOrignator();
  data.effectPercent = request.effectPercent();

  m_ftsTab->sendCesHitInformationReply(cookie, fillFro(request.participantId(), m_txCallback->txData(data)));
}

void RecvFromDdsFts::onSendCesHitRequest(const rti::core::SampleIdentity &cookie, const SendCesHitRequest &request)
{
  DEBUG_LOG(m_logger) << "onSendCesHitRequest: " << request.equipmentNumber() << " - " << request.effectTime()
                       << " request.chargeTypeId=" << request.chargeTypeId()
                       << " request.eventType()=" <<  request.eventType()
                       << " request.aesId()=" << request.aesId()
                       << " aesTypeFromId=" << m_mainHandler->aesHandler()->aesTypeFromId(request.aesId());

  // NOTE: igniterType/IgniterFunciton = 0 as long as SendCesHitRequest  does not contain values
  if (m_mainHandler->pdmHandler()->isSmartChargeType({request.chargeTypeId(), 0,0}))
  {
    // special handling for smart - must be send as singleFire
    m_ftsTab->sendCesHitReply(cookie,
                              fillFro(request.participantId(),
                                      m_mainHandler->aesHandler()->sendSingleFireSMArt(request)));
    return;
  }
  TetraIcd::CesHitRequest data;
  //test
  data.reserve2 = request.originatorEquipmentNumber();
  data.reserve1 = request.chargeTypeId();
  data.header.equipmentNumber = request.equipmentNumber();
  data.header.timeStamp = request.effectTime();
  const auto &ct = m_mainHandler->pdmHandler()->chargeTypeFromId(request.chargeTypeId());
  // GUEZE-359 Steilfeuer mit Sekundaerwirkung wird als Mun 371, ... gesendet. Fuehrt zu Treffer DUS statt WirkSim
//#ifdef GUEZ_MODE
//  if ( request.chargeTypeId() >  370 && request.chargeTypeId() < 390 )
//  {
//    data.chargeTasCodeDirect = 201;  // immer den direkten code (fuer wirkfelder: pseudo-osag code >= 201)
//    data.chargeTasCodeIndirect = 201;
//  }
//  else
//  {
//    data.chargeTasCodeDirect = ct.id();  // immer den direkten code (fuer wirkfelder: pseudo-osag code >= 201)
//    data.chargeTasCodeIndirect = ct.id();
//  }
//#else
  if ((request.eventType() == ProjectDataManagement::EventType::HitBuilding) && (ct.legacyId() > 0))
  {
    data.chargeTasCodeDirect = 201;  // immer den direkten code (fuer wirkfelder: pseudo-osag code >= 201)
    data.chargeTasCodeIndirect = 201;
  }
  else if (ct.legacyId() > 0)
  {
    data.chargeTasCodeDirect = ct.legacyId();
    data.chargeTasCodeIndirect = ct.legacyId();
  }
  else
  {
    data.chargeTasCodeDirect = ct.id();
    data.chargeTasCodeIndirect = ct.id();
  }
//#endif
  data.mineId = request.mineId();
  if (request.aesId() != 0)
  {
    //data.aesTetraIdUnused = m_mainHandler->aesHandler()->tetraIdFromDdsId(request.aesId());
    data.aesDdsId = request.aesId();
    //TODO: !!!!!! Use new EventType to check which AreaEffectSimulationType will be chosen.
    if (request.eventType() == ProjectDataManagement::EventType::ExplosionCluster)
      data.aesType = TetraIcd::AreaEffectSimulationType::ExplosionArea;
    else
      data.aesType = m_mainHandler->aesHandler()->aesTypeFromId(request.aesId());
    /*!
     \brief Take the new event type attribute to check if its is a HazardArea(DangerZone/Gefahrenbereich)
     *
     * */

    if ((request.eventType() == ProjectDataManagement::EventType::LeaveHazardDistance) ||
        (request.eventType() == ProjectDataManagement::EventType::EnterHazardDistance))
    {
      INFO_LOG(m_logger) << "HarzardArea: " << request.effectTime();
      data.reserve1 = request.mineId();
      data.aesType = TetraIcd::AreaEffectSimulationType::DangerZoneExplosion;
    }
    else if (request.eventType() == ProjectDataManagement::EventType::AirSupport)
    {
      data.aesType = TetraIcd::AreaEffectSimulationType::AirSupport;
    }

  }
  else
    data.originatorEquipmentNumber = request.originatorEquipmentNumber();
  const auto &tabPos = request.position();
  data.buildingId = tabPos.moutObjectId().is_set() ? tabPos.moutObjectId().get() : 0;
  data.roomId = tabPos.moutRoomId().is_set() ? tabPos.moutRoomId().get() : 0;
  data.remainEffectPercent = request.remainEffectPercent();
  data.relPosition = m_mainHandler->posHandler()->geographicToRelative(tabPos.position());

  // NOTE: igniterType/IgniterFunciton = 0 as long as SendCesHitRequest  does not contain values
  if (m_mainHandler->pdmHandler()->isSmartChargeType({request.chargeTypeId(),0,0}))
    data.remainEffectTasCodeDirect = calculateRemainEffectTasCode(ct.id(), request.remainEffectPercent());
  else if ((request.eventType() == ProjectDataManagement::EventType::HitBuilding) ||
           (request.eventType() == ProjectDataManagement::EventType::HitEffectSimulation)  // GUEZE-2873 / GUEZE-2888
           ) //Gebäude Sekudärwirkung
  {
    data.remainEffectTasCodeDirect = calculateRemainEffectTasCode(ct.id(), request.remainEffectPercent());
    DEBUG_LOG(m_logger) << "PDM::EventType = " << request.eventType()
                         << " equipmentNumber=" << request.equipmentNumber()
                         << " originatorEquipmentNumber=" << data.originatorEquipmentNumber
                         << " chargeType=" << ct.id()
                         << " remainEffectPercent()=" << request.remainEffectPercent()
                         << " -> remainEffectTasCodeDirect=" <<   data.remainEffectTasCodeDirect ;
  }
  else
    data.remainEffectTasCodeDirect = request.remainEffectPercent();//calculateRemainEffectTasCode(ct.id(), request.remainEffectPercent());

  // [GUEZE-3469] Funktionsraum dekontaminiert faelschlicherweise
  if (m_mainHandler->aesHandler()->aesTypeFromId(request.aesId()) == TetraIcd::AreaEffectSimulationType::FunctionalArea)
  {
      // GUEZSB60_ICD_52_Zentrale-TNE
      // 3.3.2.5.9.6 Trefferereignis Sekundärwirkung
      // 6 = Funktionsraum  0 = verlassen
      //                    1 = betreten Meldung wird einmalig beim Betreten des Funktionraums und beim Verlassen gesendet.
      // Feld Munitionsart: Betriebsmodus (MS-Byte) / Wartezeit (LS-Byte) für Entgiftungsmaßnahmen
      // Feld Verursacher: Funktionsraumkennung
      // Feld Reserve1: Betriebsmodus (MS-Byte) / Wartezeit (LS-Byte) für Instandsetzungsmaßnahmen
      // Feld Reserve2: Betriebsmodus (MS-Byte) / Wartezeit (LS-Byte) für San.-dienstliche Versorgung

      AreaEffectSimulation::FunctionalArea fa = m_mainHandler->aesHandler()->dtcAes()->functionalArea(request.aesId());
      DEBUG_LOG(m_logger) << "fa maintMode=" << fa.maintMode()
                          << " maintTime=" <<fa.maintTime()
                          << " deconMode=" << fa.deconMode()
                          << " deconTime=" << fa.deconTime()
                          << " medicMode=" << fa.medicMode()
                          << " medicTime=" << fa.medicTime();

      data.chargeTasCodeDirect = 0;
      data.reserve1 = 0;
      data.reserve2 = 0;
      if (fa.deconMode() == AreaEffectSimulation::AesOperatingMode_def::OmWaitingTime)
      {
          qint32 msb = AreaEffectSimulation::AesOperatingMode_def::OmWaitingTime << 8;
          qint32 lsb = fa.deconTime() / 1000 / 60 / 10; // dissolution in 10 minute steps
          data.chargeTasCodeIndirect = msb | lsb;
          DEBUG_LOG(m_logger) << "deconMode: remainEffectTasCodeDirect=" << data.chargeTasCodeIndirect
                              << " msb=" << msb
                              << " lsb=" << lsb;
      }
      if (fa.maintMode() == AreaEffectSimulation::AesOperatingMode_def::OmWaitingTime)
      {
          qint32 msb = AreaEffectSimulation::AesOperatingMode_def::OmWaitingTime << 8;
          qint32 lsb = fa.maintTime() / 1000 / 60 / 10; // dissolution in 10 minute steps
          data.reserve1 = msb | lsb;
          DEBUG_LOG(m_logger) << "maintMode: reserve1=" << data.reserve1
                              << " msb=" << msb
                              << " lsb=" << lsb;
      }
      if (fa.medicMode() == AreaEffectSimulation::AesOperatingMode_def::OmWaitingTime)
      {
          qint32 msb = AreaEffectSimulation::AesOperatingMode_def::OmWaitingTime << 8;
          qint32 lsb = fa.medicTime() / 1000 / 60 / 10; // dissolution in 10 minute steps
          data.reserve2 = msb | lsb;
          DEBUG_LOG(m_logger) << "medicMode: reserve2=" << data.reserve2
                              << " msb=" << msb
                              << " lsb=" << lsb;
      }
  }

  m_ftsTab->sendCesHitReply(cookie, fillFro(request.participantId(), m_txCallback->txData(data)));
}

void RecvFromDdsFts::onSendParticipantSwVerionsRequest(const rti::core::SampleIdentity &cookie, const SendParticipantSwVerionsRequest &request)
{
  DEBUG_LOG(m_logger) << "onSendParticipantSwVerionsRequest: " << request.equipmentNumber() << " - " << request.equipmentFunctionId();

  TetraIcd::ParticipantSwVersionsRequest data;
  data.header.equipmentNumber = request.equipmentNumber();
  data.equipmentFunctionId = request.equipmentFunctionId();

  m_ftsTab->sendParticipantSwVerionsReply(cookie, fillFro(request.equipmentNumber(), m_txCallback->txData(data)));
}

void RecvFromDdsFts::onSendParticipantModeRequest(const rti::core::SampleIdentity &cookie, const SendParticipantModeRequest &request)
{
  TetraIcd::ParticipantMode data;
  data.header.equipmentNumber = request.equipmentNumber();
  data.language = static_cast<TetraIcd::Language>(request.language().underlying());
  data.operationMode = static_cast<TetraIcd::ParticipantMode::OperationMode>(request.operationMode().underlying());
  data.reactivationDetoxication = request.reactivationDetoxication();
  data.reactivationMaintenance = request.reactivationMaintenance();
  data.reactivationMedic = request.reactivationMedic();
  data.modeVest = static_cast<TetraIcd::ParticipantMode::WphMode>(request.protectionModeVest().underlying());
  data.modeHelmet = static_cast<TetraIcd::ParticipantMode::WphMode>(request.protectionModeHelmet().underlying());
  data.personellProtectionMode = static_cast<TetraIcd::ParticipantMode::PersonellProtection>(request.personellProtection().underlying());
  data.protectionLevel = static_cast<TetraIcd::ParticipantMode::ProtectionLevel>(request.protectionLevel().underlying());
  data.handgrenadeSearchMode = static_cast<TetraIcd::ParticipantMode::HandgrenadeSearchMode>(request.handgrenadeSearchMode().underlying());
  data.internationalMode = static_cast<TetraIcd::ParticipantMode::InternationalMode>(request.internationalMode().underlying());
  data.abcProtectionMode = static_cast<TetraIcd::ParticipantMode::ABCProtectionMode>(request.abcProtectionMode().underlying());

  m_ftsTab->sendParticipantModeReply(cookie, fillFro(request.requestId(), m_txCallback->txData(data)));
}

void RecvFromDdsFts::onDemandParticipantModeRequest(const rti::core::SampleIdentity &cookie, const DemandParticipantModeRequest &request)
{
  TetraIcd::DemandParticipantMode data;
  data.header.equipmentNumber = request.equipmentNumber();

  m_ftsTab->demandParticipantModeReply(cookie, fillFro(request.equipmentNumber(), m_txCallback->txData(data)));
}

void RecvFromDdsFts::onSendParticipantConfigurationRequest(const rti::core::SampleIdentity &cookie, const SendParticipantConfigurationRequest &request)
{
  TetraIcd::ParticipantConfiguration data;
  data.header.equipmentNumber = request.equipmentNumber();
  // positioning
  data.positionIntervallVehicle = request.positionIntervallVehicle();
  data.positionIntervallPersonell = request.positionIntervallPersonell();
  data.positionIntervallAircraft = request.positionIntervallAircraft();
  data.positionTransmissionIntervall = request.positionTransmissionIntervall();
  data.heightbarrier = request.heightbarrier();
  data.faultPositionHandling = static_cast<TetraIcd::ParticipantConfiguration::FaultPositionHandling>(request.faultPositionHandling().underlying());
  data.switchingPositionIntervall = static_cast<TetraIcd::ParticipantConfiguration::SwitchingPositionIntervall>(request.switchingPositionIntervall().underlying());
  // radio protocoll parameter
  data.waittimeAdditionalBroadcastDemand = request.waittimeAdditionalBroadcastDemand();
  data.factorWaittimeIncreaseAtHighload = request.factorWaittimeIncreaseHighload();
  // automatic vulnerability increase
  data.waittimeAutomaticVulnerabilityIncreaseLevel1 = request.waittimeAutomaticVulnerabilityIncreaseLevel1();
  data.waittimeAutomaticVulnerabilityIncreaseLevel2 = request.waittimeAutomaticVulnerabilityIncreaseLevel2();
  data.waittimeAutomaticVulnerabilityIncreaseLevel3 = request.waittimeAutomaticVulnerabilityIncreaseLevel3();
  // optical code
  data.opticalCode = static_cast<TetraIcd::ParticipantConfiguration::OpticalCode>(request.opticalCode().underlying());
  // vulnerability model
  data.vulnerabilityModel = request.vulnerabilityModel();
  data.validTimeOps = request.validTimeOps();

  m_ftsTab->sendParticipantConfigurationReply(cookie, fillFro(request.equipmentNumber(), m_txCallback->txData(data)));
}

void RecvFromDdsFts::onSendParticipantBlockedAreaRequest(const rti::core::SampleIdentity &cookie, const SendParticipantBlockedAreaRequest &request)
{
  TetraIcd::CesHitRequest data;
  data.header.equipmentNumber = request.equipmentNumber();
  data.header.timeStamp = QDateTime::currentMSecsSinceEpoch();  // TODO
  data.aesType = TetraIcd::AreaEffectSimulationType::SpecialArea;
  data.remainEffectPercent = request.blockedAreaMode() == BlockedAreaMode::Enter ? 1 : 0;

  m_ftsTab->sendParticipantBlockedAreaReply(cookie, fillFro(request.equipmentNumber(), m_txCallback->txData(data)));
}

void RecvFromDdsFts::onSendParticipantBeStillWarningRequest(const rti::core::SampleIdentity &cookie, const SendParticipantBeStillWarningRequest &request)
{
  TetraIcd::CesHitRequest data;
  data.header.equipmentNumber = request.equipmentNumber();
  data.header.timeStamp = QDateTime::currentMSecsSinceEpoch();  // TODO
  data.aesType = TetraIcd::AreaEffectSimulationType::BeStillWarning;
  data.remainEffectPercent = 0;

  WARNING_LOG(m_logger) << "sendParticipantBeStillWarningReply equipmentNumber=" << request.equipmentNumber();
  m_ftsTab->sendParticipantBeStillWarningReply(cookie, fillFro(request.equipmentNumber(), m_txCallback->txData(data)));
}

void RecvFromDdsFts::onSendSetSanitationRequest(const rti::core::SampleIdentity &cookie, const SendSetSanitationRequest &request)
{
  TetraIcd::Sanitation data;
  data.header.equipmentNumber = request.equipmentNumber();
  data.header.timeStamp = QDateTime::currentMSecsSinceEpoch();
  data.proceduresTaken = request.sanitationProceduresTaken();
  data.sanitationResult = TetraIcd::SanitationResult::NoEffect;
  data.sanitationEvaluation = TetraIcd::SanitationEvaluation::Okay; // To have a 0 for TETRA
  data.uniqeId = 0;
  data.originatorEquipmentNumber = request.originatorEquipmentNumber();
  data.qualification = static_cast<TetraIcd::Qualification>(request.qualification().underlying());
  m_ftsTab->sendSetSanitationReply(cookie, fillFro(request.equipmentNumber(), m_txCallback->txData(data)));
}

void RecvFromDdsFts::onSendSelectiveReammunitionRequest(const rti::core::SampleIdentity &cookie, const SendSelectiveReammunitionRequest &request)
{
  DEBUG_LOG(m_logger) << "onSendSelectiveReammunitionRequest for equipment number: " << request.equipmentNumber();
  TetraIcd::SelectiveReammunition data;
  data.header.equipmentNumber = request.equipmentNumber();
  data.header.timeStamp = QDateTime::currentMSecsSinceEpoch();
  data.gearId = request.gearId();
  for(auto ra : request.reammunition())
  {
    TetraIcd::Reammunition tra;
    tra.chargeTypeId = ra.chargeTypeId();
    tra.newDefaultStock = ra.newDefaultStock();
    tra.newStock = ra.newStock();
    tra.tracerRatio = ra.tracerRatio();
    data.reammunitions.push_back(tra);
  }
  m_ftsTab->sendSelectiveReammunitionReply(cookie, fillFro(request.equipmentNumber(), m_txCallback->txData(data)));
}

void RecvFromDdsFts::onSendResetAllDusMinesRequest(const rti::core::SampleIdentity &cookie, const SendResetAllDusMinesRequest &request)
{
  // We actually just need to have the call, no contents.
  Q_UNUSED(request);

  m_mainHandler->aesHandler()->resetAllDusMines();
  m_ftsTab->sendResetAllDusMinesReply(cookie, fillFro(0, m_txCallback->txData(TetraIcd::DusMineReactivation())));

}

void RecvFromDdsFts::onDemandParticipantConfigurationRequest(const rti::core::SampleIdentity &cookie, const DemandParticipantConfigurationRequest &request)
{
  TetraIcd::DemandParticipantConfiguration data;
  data.header.equipmentNumber = request.equipmentNumber();

  m_ftsTab->demandParticipantConfigurationReply(cookie, fillFro(request.equipmentNumber(), m_txCallback->txData(data)));
}

void RecvFromDdsFts::onSetDevicePowerRequest(const rti::core::SampleIdentity &cookie, const SetDevicePowerRequest &request)
{
  TetraIcd::SetDevicePowerRequest data;
  data.header.equipmentNumber = request.equipmentNumber();
  data.header.timeStamp = QDateTime::currentMSecsSinceEpoch();
  data.powerType = static_cast<TetraIcd::PowerMethod>(request.powerType().underlying());
  data.subdeviceId = request.subdeviceId();

  m_ftsTab->setDevicePowerReply(cookie, fillFro(request.equipmentNumber(), m_txCallback->txData(data)));
}

void RecvFromDdsFts::onAdlerCalculateTrajectoryRequest(const rti::core::SampleIdentity &cookie, const AdlerCalculateTrajectoryRequest &request)
{
  DEBUG_LOG(m_logger) << "onSendCalculateTrajectoryAdlerRequest";
}


void RecvFromDdsFts::onSendOcCommandRequest(const rti::core::SampleIdentity &cookie, const SendOcCommandRequest &request)
{
  TetraIcd::OcCommand data;
  data.action = request.action();

  bool bRet = true;

  for (const int equipNo : request.equipmentNumbers())
  {
    data.header.equipmentNumber = equipNo;
    if (!m_txCallback->txData(data))
      bRet = false;
  }

  m_ftsTab->sendOcCommandReply(cookie, fillFro(request.requestId(), bRet));
}


void RecvFromDdsFts::onSendUasWaypointRequest(const rti::core::SampleIdentity &cookie, const SendUasWaypointRequest &request)
{
  TetraIcd::UAVPerformMission mission;
  mission.header.equipmentNumber = request.equipmentNumber();
  mission.header.timeStamp = QDateTime::currentMSecsSinceEpoch();
  mission.missionName = QString::fromStdString(request.name());
  mission.missionId = request.planId();

  ERROR_LOG(m_logger) << "####################### request.equipmentNumber(): " << request.equipmentNumber() << ", request.name(): " << request.name() << ", mission.header.equipmentNumber: " << mission.header.equipmentNumber << ", properties: " << request.properties();

  TetraIcd::UAVAction action;
  action.task = TetraIcd::UAVActionTask::Loiter;


  auto &pos = action.absPosition;


  double lat = 0, lon = 0, z = 0;

  try
  {
    const auto props = LtsUtils::JsonObject::fromJsonSafe(request.properties());

    lat = props.value<double>("location_y");
    lon = props.value<double>("location_x");
    z   = props.valueOr<double>("location_z", 0);
  }
  catch (const std::exception &ex)
  {
    ERROR_LOG(m_logger) << "props is missing critical values: " << ex.what();
    m_ftsTab->sendUasWaypointReply(cookie, fillFro(request.equipmentNumber(), false));
    return;
  }

  pos.lat = lat;
  pos.lon = lon;
  pos.z   = z;

  mission.actions.push_back(action);

  bool ret = m_txCallback->txData(mission); // send waypoint to uav via uas tab plugin
  m_ftsTab->sendUasWaypointReply(cookie, fillFro(request.equipmentNumber(), ret));
}

void RecvFromDdsFts::onSendModifyUasStateRequest(const rti::core::SampleIdentity &cookie, const SendModifyUasStateRequest &request)
{
  TetraIcd::UAVChangeState changeState;
  changeState.header.equipmentNumber = request.equipmentNumber();
  changeState.header.timeStamp = QDateTime::currentMSecsSinceEpoch();
  changeState.requestedState = static_cast<TetraIcd::UAVState>(request.uasState().underlying());
  m_ftsTab->sendModifyUasStateReply(cookie, fillFro(request.equipmentNumber(), m_txCallback->txData(changeState)));
}

void RecvFromDdsFts::onSendExFireReadinessRequest(const rti::core::SampleIdentity &cookie, const SendExFireReadinessRequest &request)
{
  TetraIcd::ExFireReadiness fireReadiness;
  fireReadiness.header.equipmentNumber = 100;
  fireReadiness.header.timeStamp = QDateTime::currentMSecsSinceEpoch();
  fireReadiness.partyId = request.partyId();
  fireReadiness.reference = QString::fromStdString(request.reference());
  
  m_ftsTab->sendExFireReadinessReply(cookie, fillFro(request.participantId(), m_txCallback->txData(fireReadiness)));
}

void RecvFromDdsFts::onSendExFiredReportRequest(const rti::core::SampleIdentity &cookie, const SendExFiredReportRequest &request)
{
  TetraIcd::ExFiredReport firedReport;
  firedReport.header.equipmentNumber = request.participantId();
  firedReport.header.timeStamp = QDateTime::currentMSecsSinceEpoch();
  firedReport.partyId = request.partyId();
  firedReport.reference = QString::fromStdString(request.reference());
  firedReport.unitIdentifier = QString::fromStdString(request.unitIdentifier());
  firedReport.identifier = QString::fromStdString(request.identifier());
  
  m_ftsTab->sendExFiredReportReply(cookie, fillFro(request.participantId(), m_txCallback->txData(firedReport)));

}

void RecvFromDdsFts::onSendExConfirmationReportRequest(const rti::core::SampleIdentity &cookie, const SendExConfirmationReportRequest &request)
{
  TetraIcd::ExConfirmationReport confirmationReport;
  confirmationReport.header.equipmentNumber = request.participantId();
  confirmationReport.header.timeStamp = QDateTime::currentMSecsSinceEpoch();
  confirmationReport.partyId = request.partyId();
  confirmationReport.reference = QString::fromStdString(request.reference());
  confirmationReport.unitIdentifier = QString::fromStdString(request.unitIdentifier());
  confirmationReport.identifier = QString::fromStdString(request.identifier());

  m_ftsTab->sendExConfirmationReportReply(cookie, fillFro(request.participantId(), m_txCallback->txData(confirmationReport)));

}

Core::FunctionReplyObject RecvFromDdsFts::fillFro(int participantId, bool bSuccess)
{
  if (bSuccess)
    return Core::FunctionReplyObject(participantId);
  return Core::FunctionReplyObject(participantId, tr_lts("dds", "Error sending telegram to tetra."));
}

// Charge Type ID is already baseChargeType
int RecvFromDdsFts::getDestructiveCategorie(const int destructiveFactor) const
{
  int categorie = 0;
  if (destructiveFactor > 100)
    categorie = 5;
  else if (destructiveFactor > 50)
    categorie = 4;
  else if (destructiveFactor > 10)
    categorie = 3;
  else if (destructiveFactor > 1)
    categorie = 2;
  else if (destructiveFactor > 0)
    categorie = 1;
  else
    categorie = 0;

  return categorie;
}

QMap<int, QVector<RecvFromDdsFts::RemainEffectStruct>> RecvFromDdsFts::loadRemainEffectStructMap()
{
  QMap<int, QVector<RemainEffectStruct>> map;

  // remainingEffects liefert ein Array, in einem QJsonObject "verkleidet".
  // Dann werden alle keys ermittelt, damit man aus dem Array/QJsonObject
  // per value() wieder an die eigentlichen values kommt...
  // Sieht irgendwie sehr kompliziert aus. Sollte remainingEffects vielleicht besser ein array liefern???

  QJsonObject obj = Settings::remainingEffects();

  QVector<RemainEffectStruct> resVec;

  QStringList keyList = obj.keys();
  for (const auto &key : qAsConst(keyList))
  {
    const auto &val = obj.value(key).toObject();

    resVec.clear();
    resVec.resize(val.size());

    QStringList x = val.keys();
    int i=0;
    for (const auto &resElement : qAsConst(x))
    {
      const auto val2 = val.value(resElement).toInt();

      RemainEffectStruct res(resElement.toInt(), static_cast<RemainEffectStruct::Category>(val2));

      resVec[i++] = res;
    }

    std::sort(resVec.begin(), resVec.end(), [](const RemainEffectStruct &a, const RemainEffectStruct &b)
    {
      return a.remainEffectMax < b.remainEffectMax;
    });

    map.insert(key.toInt(), resVec);
  }
  return map;
}

int RecvFromDdsFts::calculateRemainEffectTasCode(int chargeTypeIdBase, int remainEffectPercent) const
{
  if (remainEffectPercent < 0)
    return 0;
  if (remainEffectPercent > 100)
    remainEffectPercent = 100;

  const int destructiveFactor = m_mainHandler->pdmHandler()->buildingChargeEffect(chargeTypeIdBase).destructiveFactor();
  const int categorie = getDestructiveCategorie(destructiveFactor);
  const auto &value = m_categorieData.value(categorie);

  // must be sorted, but loadRemainEffectStructMap() ensures this.
  for (const auto &remainEffect : value)
  {
    if (remainEffectPercent <= remainEffect.remainEffectMax)
      return (remainEffect.chargeTypeId()); // always return OSAG as the TNE is not capable of handling ULEIS IED charges (yet).
  }
  return 0;
}

uint32_t RecvFromDdsFts::getVulnerabilityVitalityIndexFromVitalityAndVba(uint32_t vulnerabilityKind, uint32_t vitality)
{
  uint32_t ret = vulnerabilityKind;

  if (vitality == UINT16_MAX || vitality == 0)
    vitality = 0;
  else
  {
    vitality /= 10;
    vitality += 1;
    if (vitality > 11)
    {
      ERROR_LOG(m_logger) << "Cant convert Vitality!";
      return 0;
    }
  }

  ret += vitality << 12;
  return ret;
}

}