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d68f678cc574af6efa4de1477dc72d801bbd8614
pilotclient/src/blackcore/vatsim/networkvatlib.cpp
Roland Winklmeier d68f678cc5 Upgrade to vatlib v0.9.7
2018-01-13 05:04:21 +01:00

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/* Copyright (C) 2013
* swift Project Community / Contributors
*
* This file is part of swift project. It is subject to the license terms in the LICENSE file found in the top-level
* directory of this distribution and at http://www.swift-project.org/license.html. No part of swift project,
* including this file, may be copied, modified, propagated, or distributed except according to the terms
* contained in the LICENSE file.
*/
//! \cond PRIVATE
#include "blackconfig/buildconfig.h"
#include "blackcore/application.h"
#include "blackcore/vatsim/networkvatlib.h"
#include "blackmisc/simulation/aircraftmodel.h"
#include "blackmisc/simulation/simulatedaircraft.h"
#include "blackmisc/aviation/aircraftsituation.h"
#include "blackmisc/aviation/altitude.h"
#include "blackmisc/aviation/comsystem.h"
#include "blackmisc/aviation/flightplan.h"
#include "blackmisc/aviation/heading.h"
#include "blackmisc/aviation/informationmessage.h"
#include "blackmisc/aviation/livery.h"
#include "blackmisc/aviation/transponder.h"
#include "blackmisc/geo/coordinategeodetic.h"
#include "blackmisc/geo/latitude.h"
#include "blackmisc/geo/longitude.h"
#include "blackmisc/network/network.h"
#include "blackmisc/network/textmessage.h"
#include "blackmisc/network/user.h"
#include "blackmisc/pq/angle.h"
#include "blackmisc/pq/frequency.h"
#include "blackmisc/pq/length.h"
#include "blackmisc/pq/speed.h"
#include "blackmisc/pq/time.h"
#include "blackmisc/pq/units.h"
#include "blackmisc/compare.h"
#include "blackmisc/json.h"
#include "blackmisc/logmessage.h"
#include "blackmisc/logcategory.h"
#include "blackmisc/statusmessage.h"
#include "blackmisc/verify.h"
#include "vatlib/vatlib.h"
#include <QChar>
#include <QCommandLineOption>
#include <QCoreApplication>
#include <QDateTime>
#include <QJsonDocument>
#include <QJsonParseError>
#include <QJsonValue>
#include <QList>
#include <QRegularExpression>
#include <QTextCodec>
#include <QVector>
#include <Qt>
#include <QtDebug>
#include <QtGlobal>
#include <algorithm>
#include <type_traits>
static_assert(! std::is_abstract<BlackCore::Vatsim::CNetworkVatlib>::value, "Must implement all pure virtuals");
static_assert(VAT_LIBVATLIB_VERSION == 907, "Wrong vatlib header installed");
using namespace BlackConfig;
using namespace BlackMisc;
using namespace BlackMisc::Aviation;
using namespace BlackMisc::Geo;
using namespace BlackMisc::Json;
using namespace BlackMisc::Network;
using namespace BlackMisc::PhysicalQuantities;
using namespace BlackMisc::Simulation;
namespace BlackCore
{
namespace Vatsim
{
const CLogCategoryList &CNetworkVatlib::getLogCategories()
{
static const CLogCategoryList cats({ CLogCategory::vatsimSpecific(), CLogCategory::network() });
return cats;
}
CNetworkVatlib::CNetworkVatlib(IOwnAircraftProvider *ownAircraft, QObject *parent)
: INetwork(parent), COwnAircraftAware(ownAircraft),
m_loginMode(LoginNormal),
m_status(vatStatusDisconnected),
m_tokenBucket(10, CTime(5, CTimeUnit::s()), 1)
{
connect(this, &CNetworkVatlib::terminate, this, &INetwork::terminateConnection, Qt::QueuedConnection);
Q_ASSERT_X(Vat_GetVersion() == VAT_LIBVATLIB_VERSION, "swift.network", "Wrong vatlib shared library installed");
Vat_SetNetworkLogHandler(SeverityLevel::SeverityError, CNetworkVatlib::networkLogHandler);
m_processingTimer.setObjectName(this->objectName().append(":m_processingTimer"));
m_positionUpdateTimer.setObjectName(this->objectName().append(":m_positionUpdateTimer"));
m_interimPositionUpdateTimer.setObjectName(this->objectName().append(":m_interimPositionUpdateTimer"));
connect(&m_processingTimer, &QTimer::timeout, this, &CNetworkVatlib::process);
connect(&m_positionUpdateTimer, &QTimer::timeout, this, &CNetworkVatlib::sendPositionUpdate);
connect(&m_interimPositionUpdateTimer, &QTimer::timeout, this, &CNetworkVatlib::sendInterimPositions);
connect(&m_scheduledConfigUpdate, &QTimer::timeout, this, &CNetworkVatlib::sendIncrementalAircraftConfig);
m_scheduledConfigUpdate.setSingleShot(true);
m_processingTimer.start(c_processingIntervalMsec);
}
void CNetworkVatlib::initializeSession()
{
Q_ASSERT_X(isDisconnected(), Q_FUNC_INFO, "attempted to reinitialize session while still connected");
int clientCapabilities = vatCapsAircraftInfo | vatCapsFastPos | vatCapsAtcInfo | vatCapsAircraftConfig;
if (m_loginMode == LoginStealth)
{
clientCapabilities |= vatCapsStealth;
}
int clientId = 0;
QString clientKey;
if (!getCmdLineClientIdAndKey(clientId, clientKey))
{
clientId = CBuildConfig::vatsimClientId();
clientKey = CBuildConfig::vatsimPrivateKey();
}
VatServerType serverType;
switch (m_server.getServerType())
{
case CServer::FSDServerVatsim: serverType = vatServerVatsim; break;
default: serverType = vatServerLegacyFsd; break;
}
m_net.reset(Vat_CreateNetworkSession(serverType, sApp->swiftVersionChar(),
CBuildConfig::getVersion().majorVersion(),
CBuildConfig::getVersion().minorVersion(),
"None", clientId, clientKey.toLocal8Bit().constData(),
clientCapabilities));
Vat_SetStateChangeHandler(m_net.data(), onConnectionStatusChanged, this);
Vat_SetTextMessageHandler(m_net.data(), onTextMessageReceived, this);
Vat_SetRadioMessageHandler(m_net.data(), onRadioMessageReceived, this);
Vat_SetDeletePilotHandler(m_net.data(), onPilotDisconnected, this);
Vat_SetDeleteAtcHandler(m_net.data(), onControllerDisconnected, this);
Vat_SetPilotPositionHandler(m_net.data(), onPilotPositionUpdate, this);
Vat_SetInterimPilotPositionHandler(m_net.data(), onInterimPilotPositionUpdate, this);
Vat_SetAtcPositionHandler(m_net.data(), onAtcPositionUpdate, this);
Vat_SetKillHandler(m_net.data(), onKicked, this);
Vat_SetPongHandler(m_net.data(), onPong, this);
Vat_SetMetarResponseHandler(m_net.data(), onMetarReceived, this);
Vat_SetClientQueryHandler(m_net.data(), onInfoQueryRequestReceived, this);
Vat_SetClientQueryResponseHandler(m_net.data(), onInfoQueryReplyReceived, this);
Vat_SetClientCapabilitiesReplyHandler(m_net.data(), onCapabilitiesReplyReceived, this);
Vat_SetControllerAtisHandler(m_net.data(), onAtisReplyReceived, this);
Vat_SetFlightPlanHandler(m_net.data(), onFlightPlanReceived, this);
Vat_SetServerErrorHandler(m_net.data(), onErrorReceived, this);
Vat_SetAircraftInfoRequestHandler(m_net.data(), onPilotInfoRequestReceived, this);
Vat_SetAircraftInfoHandler(m_net.data(), onPilotInfoReceived, this);
Vat_SetCustomPilotPacketHandler(m_net.data(), onCustomPacketReceived, this);
Vat_SetAircraftConfigHandler(m_net.data(), onAircraftConfigReceived, this);
}
CNetworkVatlib::~CNetworkVatlib()
{
BLACK_VERIFY_X(isDisconnected(), Q_FUNC_INFO, "CNetworkVatlib destroyed while still connected.");
terminateConnection();
}
void CNetworkVatlib::process()
{
if (!m_net) { return; }
sendIncrementalAircraftConfig();
Vat_ExecuteNetworkTasks(m_net.data());
}
void CNetworkVatlib::sendPositionUpdate()
{
if (!m_net) { return; }
if (isConnected())
{
CSimulatedAircraft myAircraft(getOwnAircraft());
if (m_loginMode == LoginAsObserver)
{
// Observer
VatAtcPosition pos;
pos.facility = vatFacilityTypeUnknown;
pos.visibleRange = 10; // NM
pos.latitude = myAircraft.latitude().value(CAngleUnit::deg());
pos.longitude = myAircraft.longitude().value(CAngleUnit::deg());
pos.elevation = 0;
pos.rating = vatAtcRatingObserver;
pos.frequency = 199998;
Vat_SendATCUpdate(m_net.data(), &pos);
}
else
{
// Normal / Stealth mode
VatPilotPosition pos;
//! \fixme we need to distinguish true and pressure altitude
pos.altitudePressure = myAircraft.getAltitude().value(CLengthUnit::ft());
pos.altitudeTrue = myAircraft.getAltitude().value(CLengthUnit::ft());
pos.heading = myAircraft.getHeading().value(CAngleUnit::deg());
pos.pitch = myAircraft.getPitch().value(CAngleUnit::deg());
pos.bank = myAircraft.getBank().value(CAngleUnit::deg());
pos.latitude = myAircraft.latitude().value(CAngleUnit::deg());
pos.longitude = myAircraft.longitude().value(CAngleUnit::deg());
pos.groundSpeed = myAircraft.getGroundSpeed().value(CSpeedUnit::kts());
pos.rating = vatPilotRatingUnknown;
pos.transponderCode = static_cast<qint16>(myAircraft.getTransponderCode());
pos.transponderMode = vatTransponderModeStandby;
switch (myAircraft.getTransponderMode())
{
case CTransponder::ModeC: pos.transponderMode = vatTransponderModeCharlie; break;
case CTransponder::StateIdent: pos.transponderMode = vatTransponderModeIdent; break;
default: pos.transponderMode = vatTransponderModeStandby; break;
}
Vat_SendPilotUpdate(m_net.data(), &pos);
}
}
}
void CNetworkVatlib::sendInterimPositions()
{
if (!m_net) { return; }
if (isConnected())
{
CSimulatedAircraft myAircraft(getOwnAircraft());
if (m_loginMode == LoginNormal)
{
VatInterimPilotPosition pos;
pos.altitudeTrue = myAircraft.getAltitude().value(CLengthUnit::ft());
pos.heading = myAircraft.getHeading().value(CAngleUnit::deg());
pos.pitch = myAircraft.getPitch().value(CAngleUnit::deg());
pos.bank = myAircraft.getBank().value(CAngleUnit::deg());
pos.latitude = myAircraft.latitude().value(CAngleUnit::deg());
pos.longitude = myAircraft.longitude().value(CAngleUnit::deg());
for (const auto &receiver : as_const(m_interimPositionReceivers))
{
Vat_SendInterimPilotUpdate(m_net.data(), toFSD(receiver), &pos);
}
}
}
}
//! Convert vatlib status code to INetwork::ConnectionStatus
INetwork::ConnectionStatus convertConnectionStatus(VatConnectionStatus status)
{
switch (status)
{
case vatStatusConnecting: return INetwork::Connecting;
case vatStatusConnected: return INetwork::Connected;
case vatStatusDisconnected: return INetwork::Disconnected;
case vatStatusDisconnecting: return INetwork::Disconnecting;
}
qFatal("unrecognised connection status");
return INetwork::DisconnectedError;
}
void CNetworkVatlib::changeConnectionStatus(VatConnectionStatus status)
{
if (m_status != status)
{
qSwap(m_status, status);
if (m_status == vatStatusConnected)
{
m_server.setConnectedSinceNow();
}
else
{
m_server.markAsDisconnected();
}
if (isDisconnected())
{
stopPositionTimers();
}
emit connectionStatusChanged(convertConnectionStatus(status), convertConnectionStatus(m_status));
}
}
QByteArray CNetworkVatlib::toFSD(const QString &qstr) const
{
Q_ASSERT_X(m_fsdTextCodec, Q_FUNC_INFO, "Missing codec");
return m_fsdTextCodec->fromUnicode(qstr);
}
QByteArray CNetworkVatlib::toFSD(const CCallsign &callsign) const
{
return toFSD(callsign.getStringAsSet());
}
std::function<const char **()> CNetworkVatlib::toFSD(const QStringList &qstrList) const
{
QVector<QByteArray> bytesVec;
bytesVec.reserve(qstrList.size());
for (auto i = qstrList.cbegin(); i != qstrList.cend(); ++i)
{
bytesVec.push_back(toFSD(*i));
}
return [ cstrVec = QVector<const char *>(), bytesVec = std::move(bytesVec) ]() mutable
{
Q_ASSERT_X(cstrVec.isEmpty(), Q_FUNC_INFO, "toFSD lambda called twice");
for (auto i = bytesVec.cbegin(); i != bytesVec.cend(); ++i)
{
cstrVec.push_back(i->constData());
}
return const_cast<const char **>(cstrVec.constData());
};
}
QString CNetworkVatlib::fromFSD(const char *cstr) const
{
Q_ASSERT_X(m_fsdTextCodec, Q_FUNC_INFO, "Missing codec");
return m_fsdTextCodec->toUnicode(cstr);
}
QStringList CNetworkVatlib::fromFSD(const char **cstrArray, int size) const
{
QStringList qstrList;
qstrList.reserve(size);
for (int i = 0; i < size; ++i)
{
qstrList.push_back(fromFSD(cstrArray[i]));
}
return qstrList;
}
bool CNetworkVatlib::isInterimPositionUpdateEnabledForServer() const
{
const CFsdSetup::SendReceiveDetails d = m_server.getFsdSetup().getSendReceiveDetails();
return (d & CFsdSetup::SendIterimPositions) || (d & CFsdSetup::ReceiveInterimPositions);
}
void CNetworkVatlib::startPositionTimers()
{
m_positionUpdateTimer.start(c_updatePostionIntervalMsec);
if (isInterimPositionUpdateEnabledForServer()) { m_interimPositionUpdateTimer.start(c_updateInterimPostionIntervalMsec); }
}
void CNetworkVatlib::stopPositionTimers()
{
m_positionUpdateTimer.stop();
m_interimPositionUpdateTimer.stop();
}
QString CNetworkVatlib::convertToUnicodeEscaped(const QString &str)
{
QString escaped;
for (const auto &ch : str)
{
ushort code = ch.unicode();
if (code < 0x80)
{
escaped += ch;
}
else
{
escaped += "\\u";
escaped += QString::number(code, 16).rightJustified(4, '0');
}
}
return escaped;
}
VatSimType CNetworkVatlib::convertToSimType(CSimulatorPluginInfo &simInfo)
{
//! \fixme Define recognized simulators somewhere */
if (simInfo.getSimulator() == "fs9" || simInfo.getSimulator() == "fsx")
{
return vatSimTypeMSFS95;
}
else if (simInfo.getSimulator() == "xplane")
{
return vatSimTypeXPLANE10;
}
else
{
return vatSimTypeUnknown;
}
}
/********************************** * * * * * * * * * * * * * * * * * * * ************************************/
/********************************** INetwork functions ************************************/
/********************************** * * * * * * * * * * * * * * * * * * * ************************************/
void CNetworkVatlib::presetServer(const CServer &server)
{
Q_ASSERT_X(isDisconnected(), Q_FUNC_INFO, "Can't change server details while still connected");
// If the server type changed, we need to destroy the existing vatlib session
if (m_server.getServerType() != server.getServerType()) { m_net.reset(); }
m_server = server;
const QString codecName(server.getFsdSetup().getTextCodec());
Q_ASSERT_X(!codecName.isEmpty(), Q_FUNC_INFO, "Missing code name");
m_fsdTextCodec = QTextCodec::codecForName(codecName.toLocal8Bit());
if (!m_fsdTextCodec) { m_fsdTextCodec = QTextCodec::codecForName("latin1"); }
}
void CNetworkVatlib::presetSimulatorInfo(const CSimulatorPluginInfo &simInfo)
{
Q_ASSERT_X(isDisconnected(), Q_FUNC_INFO, "Can't change server details while still connected");
m_simulatorInfo = simInfo;
}
void CNetworkVatlib::presetCallsign(const CCallsign &callsign)
{
Q_ASSERT_X(isDisconnected(), Q_FUNC_INFO, "Can't change callsign while still connected");
m_ownCallsign = callsign;
updateOwnCallsign(callsign);
}
void CNetworkVatlib::presetIcaoCodes(const BlackMisc::Simulation::CSimulatedAircraft &ownAircraft)
{
Q_ASSERT_X(isDisconnected(), Q_FUNC_INFO, "Can't change ICAO codes while still connected");
m_ownAircraftIcaoCode = ownAircraft.getAircraftIcaoCode();
m_ownAirlineIcaoCode = ownAircraft.getAirlineIcaoCode();
m_ownLiveryDescription = ownAircraft.getLivery().getDescription();
updateOwnIcaoCodes(m_ownAircraftIcaoCode, m_ownAirlineIcaoCode);
}
void CNetworkVatlib::presetLoginMode(LoginMode mode)
{
Q_ASSERT_X(isDisconnected(), Q_FUNC_INFO, "Can't change login mode while still connected");
m_loginMode = mode;
m_net.reset(nullptr);
}
void CNetworkVatlib::initiateConnection()
{
Q_ASSERT_X(isDisconnected(), Q_FUNC_INFO, "Can't connect while still connected");
if (!m_net) { initializeSession(); }
QByteArray callsign = toFSD(m_loginMode == LoginAsObserver ?
m_ownCallsign.getAsObserverCallsignString() :
m_ownCallsign.asString());
QByteArray name = toFSD(m_server.getUser().getRealName());
if (m_loginMode == LoginAsObserver)
{
// Observer mode
VatAtcConnection info;
info.name = name.data();
info.rating = vatAtcRatingObserver;
info.callsign = callsign.data();
Vat_SpecifyATCLogon(m_net.data(), toFSD(m_server.getAddress()), m_server.getPort(),
toFSD(m_server.getUser().getId()),
toFSD(m_server.getUser().getPassword()),
&info);
}
else
{
// normal scenario, also used in STEALTH
VatPilotConnection info;
info.callsign = callsign.data();
info.name = name.data();
info.rating = vatPilotRatingStudent; // as documented, expected to be vatPilotRatingStudent only
info.simType = convertToSimType(m_simulatorInfo);
Vat_SpecifyPilotLogon(m_net.data(), toFSD(m_server.getAddress()), m_server.getPort(),
toFSD(m_server.getUser().getId()),
toFSD(m_server.getUser().getPassword()),
&info);
}
Vat_Logon(m_net.data());
startPositionTimers();
}
void CNetworkVatlib::terminateConnection()
{
stopPositionTimers();
if (m_net && !isDisconnected())
{
// Process all pending tasks before logging off
process();
Vat_Logoff(m_net.data());
}
}
void CNetworkVatlib::sendTextMessages(const BlackMisc::Network::CTextMessageList &messages)
{
Q_ASSERT_X(isConnected(), Q_FUNC_INFO, "Can't send to server when disconnected");
if (messages.isEmpty()) { return; }
CTextMessageList privateMessages = messages.getPrivateMessages();
privateMessages.markAsSent();
for (const auto &message : as_const(privateMessages))
{
if (message.getRecipientCallsign().isEmpty()) { continue; }
Vat_SendTextMessage(m_net.data(), toFSD(message.getRecipientCallsign()), toFSD(message.getMessage()));
emit textMessageSent(message);
}
CTextMessageList radioMessages = messages.getRadioMessages();
radioMessages.markAsSent();
QVector<int> freqsVec;
for (const auto &message : radioMessages)
{
// I could send the same message to n frequencies in one step
// if this is really required, I need to group by message
// currently I send individual messages
freqsVec.clear();
freqsVec.push_back(message.getFrequency().valueRounded(CFrequencyUnit::kHz(), 0));
Vat_SendRadioMessage(m_net.data(), freqsVec.data(), freqsVec.size(), toFSD(message.getMessage()));
emit textMessageSent(message);
}
}
void CNetworkVatlib::sendCustomPacket(const CCallsign &callsign, const QString &packetId, const QStringList &data)
{
Q_ASSERT_X(isConnected(), Q_FUNC_INFO, "Can't send to server when disconnected");
Vat_SendCustomPilotPacket(m_net.data(), toFSD(callsign), toFSD(packetId), toFSD(data)(), data.size());
}
void CNetworkVatlib::sendIpQuery()
{
Q_ASSERT_X(isConnected(), Q_FUNC_INFO, "Can't send to server when disconnected");
Vat_SendClientQuery(m_net.data(), vatClientQueryIP, nullptr);
}
void CNetworkVatlib::sendFrequencyQuery(const CCallsign &callsign)
{
Q_ASSERT_X(isConnected(), Q_FUNC_INFO, "Can't send to server when disconnected");
Vat_SendClientQuery(m_net.data(), vatClientQueryFreq, toFSD(callsign));
}
void CNetworkVatlib::sendUserInfoQuery(const CCallsign &callsign)
{
Q_ASSERT_X(isConnected(), Q_FUNC_INFO, "Can't send to server when disconnected");
Vat_SendClientQuery(m_net.data(), vatClientQueryInfo, toFSD(callsign));
}
void CNetworkVatlib::setInterimPositionReceivers(const CCallsignSet &receivers)
{
m_interimPositionReceivers = receivers;
}
const CCallsignSet &CNetworkVatlib::getInterimPositionReceivers() const
{
return m_interimPositionReceivers;
}
QStringList CNetworkVatlib::vatlibArguments()
{
QStringList args;
int id = 0;
QString key;
if (!getCmdLineClientIdAndKey(id, key)) { return args; }
args << "--idAndKey";
args << sApp->getParserValue("clientIdAndKey"); // as typed in
return args;
}
void CNetworkVatlib::sendServerQuery(const CCallsign &callsign)
{
Q_ASSERT_X(isConnected(), Q_FUNC_INFO, "Can't send to server when disconnected");
Vat_SendClientQuery(m_net.data(), vatClientQueryServer, toFSD(callsign));
}
void CNetworkVatlib::sendAtcQuery(const CCallsign &callsign)
{
Q_ASSERT_X(isConnected(), Q_FUNC_INFO, "Can't send to server when disconnected");
Vat_SendClientQuery(m_net.data(), vatClientQueryAtc, toFSD(callsign));
}
void CNetworkVatlib::sendAtisQuery(const CCallsign &callsign)
{
Q_ASSERT_X(isConnected(), Q_FUNC_INFO, "Can't send to server when disconnected");
Vat_SendClientQuery(m_net.data(), vatClientQueryAtis, toFSD(callsign));
}
void CNetworkVatlib::sendFlightPlan(const CFlightPlan &flightPlan)
{
Q_ASSERT_X(isConnected(), Q_FUNC_INFO, "Can't send to server when disconnected");
VatFlightPlan vatlibFP;
QString route = QString(flightPlan.getRoute()).replace(" ", ".");
QString remarks = QString(flightPlan.getRemarks()).replace(":", ";").trimmed();
QString alt = flightPlan.getCruiseAltitude().isFlightLevel() ?
flightPlan.getCruiseAltitude().toQString() :
flightPlan.getCruiseAltitude().valueRoundedWithUnit(0);
alt = alt.remove('.').remove(','); // remove any separators
QByteArray acTypeTemp, altAptTemp, cruiseAltTemp, depAptTemp, destAptTemp, routeTemp, remarksTemp;
vatlibFP.aircraftType = acTypeTemp = toFSD(flightPlan.getPrefixIcaoSuffix());
vatlibFP.alternateAirport = altAptTemp = toFSD(flightPlan.getAlternateAirportIcao().asString());
vatlibFP.cruiseAltitude = cruiseAltTemp = toFSD(alt);
vatlibFP.departAirport = depAptTemp = toFSD(flightPlan.getOriginAirportIcao().asString());
vatlibFP.departTimeActual = flightPlan.getTakeoffTimeActual().toUTC().toString("hhmm").toInt();
vatlibFP.departTime = flightPlan.getTakeoffTimePlanned().toUTC().toString("hhmm").toInt();
vatlibFP.destAirport = destAptTemp = toFSD(flightPlan.getDestinationAirportIcao().asString());
QList<int> timeParts = flightPlan.getEnrouteTime().getHrsMinSecParts();
vatlibFP.enrouteHrs = timeParts[CTime::Hours];
vatlibFP.enrouteMins = timeParts[CTime::Minutes];
timeParts = flightPlan.getFuelTime().getHrsMinSecParts();
vatlibFP.fuelHrs = timeParts[CTime::Hours];
vatlibFP.fuelMins = timeParts[CTime::Minutes];
vatlibFP.remarks = remarksTemp = toFSD(remarks);
vatlibFP.route = routeTemp = toFSD(route);
vatlibFP.trueCruisingSpeed = flightPlan.getCruiseTrueAirspeed().valueRounded(CSpeedUnit::kts());
switch (flightPlan.getFlightRules())
{
default:
case CFlightPlan::IFR: vatlibFP.flightType = vatFlightTypeIFR; break;
case CFlightPlan::VFR: vatlibFP.flightType = vatFlightTypeVFR; break;
case CFlightPlan::SVFR: vatlibFP.flightType = vatFlightTypeSVFR; break;
case CFlightPlan::DVFR: vatlibFP.flightType = vatFlightTypeDVFR; break;
}
Vat_SendFlightPlan(m_net.data(), &vatlibFP);
}
void CNetworkVatlib::sendFlightPlanQuery(const CCallsign &callsign)
{
Q_ASSERT_X(isConnected(), Q_FUNC_INFO, "Can't send to server when disconnected");
Vat_SendClientQuery(m_net.data(), vatClientQueryFP, toFSD(callsign));
}
void CNetworkVatlib::sendRealNameQuery(const CCallsign &callsign)
{
Q_ASSERT_X(isConnected(), Q_FUNC_INFO, "Can't send to server when disconnected");
Vat_SendClientQuery(m_net.data(), vatClientQueryName, toFSD(callsign));
}
void CNetworkVatlib::sendCapabilitiesQuery(const CCallsign &callsign)
{
Q_ASSERT_X(isConnected(), Q_FUNC_INFO, "Can't send to server when disconnected");
Vat_SendClientQuery(m_net.data(), vatClientQueryCaps, toFSD(callsign));
}
void CNetworkVatlib::replyToFrequencyQuery(const CCallsign &callsign) // private
{
QStringList response { QString::number(getOwnAircraft().getCom1System().getFrequencyActive().value(CFrequencyUnit::MHz()), 'f', 3)};
Vat_SendClientQueryResponse(m_net.data(), vatClientQueryFreq, toFSD(callsign), toFSD(response)(), response.size());
}
void CNetworkVatlib::replyToNameQuery(const CCallsign &callsign) // private
{
QStringList response { m_server.getUser().getRealName(), "" };
Vat_SendClientQueryResponse(m_net.data(), vatClientQueryName, toFSD(callsign), toFSD(response)(), response.size());
}
void CNetworkVatlib::replyToConfigQuery(const CCallsign &callsign)
{
QJsonObject config = getOwnAircraftParts().toJson();
config.insert("is_full_data", true);
QString data = QJsonDocument(QJsonObject { { "config", config } }).toJson(QJsonDocument::Compact);
data = convertToUnicodeEscaped(data);
Vat_SendAircraftConfig(m_net.data(), toFSD(callsign), toFSD(data));
}
void CNetworkVatlib::sendIcaoCodesQuery(const CCallsign &callsign)
{
Q_ASSERT_X(isConnected(), Q_FUNC_INFO, "Can't send to server when disconnected");
Vat_RequestAircraftInfo(m_net.data(), toFSD(callsign));
}
void CNetworkVatlib::sendAircraftInfo(const CCallsign &callsign) // private
{
const QByteArray acTypeICAObytes = toFSD(m_ownAircraftIcaoCode.getDesignator());
const QByteArray airlineICAObytes = toFSD(m_ownAirlineIcaoCode.getDesignator());
const QByteArray liverybytes = toFSD(m_ownLiveryDescription);
VatAircraftInfo aircraftInfo {acTypeICAObytes, airlineICAObytes, liverybytes};
Vat_SendAircraftInfo(m_net.data(), toFSD(callsign), &aircraftInfo);
}
void CNetworkVatlib::sendIncrementalAircraftConfig()
{
if (!isConnected()) { return; }
const CAircraftParts currentParts(getOwnAircraftParts());
// If it hasn't changed, return
if (m_sentAircraftConfig == currentParts) { return; }
if (!m_tokenBucket.tryConsume())
{
// If timer is not yet active, start it
if (!m_scheduledConfigUpdate.isActive()) m_scheduledConfigUpdate.start(1000);
return;
}
// Method could have been triggered by another change in aircraft config
// so a previous update might still be scheduled. Stop it.
if (m_scheduledConfigUpdate.isActive()) m_scheduledConfigUpdate.stop();
const QJsonObject previousConfig = m_sentAircraftConfig.toJson();
const QJsonObject currentConfig = currentParts.toJson();
const QJsonObject incrementalConfig = getIncrementalObject(previousConfig, currentConfig);
broadcastAircraftConfig(incrementalConfig);
m_sentAircraftConfig = currentParts;
}
void CNetworkVatlib::sendPing(const CCallsign &callsign)
{
Q_ASSERT_X(isConnected(), Q_FUNC_INFO, "Can't send to server when disconnected");
Vat_SendPing(m_net.data(), toFSD(callsign));
}
void CNetworkVatlib::sendMetarQuery(const CAirportIcaoCode &airportIcao)
{
Q_ASSERT_X(isConnected(), Q_FUNC_INFO, "Can't send to server when disconnected");
Vat_RequestMetar(m_net.data(), toFSD(airportIcao.asString()));
}
const QList<QCommandLineOption> &CNetworkVatlib::getCmdLineOptions()
{
static const QList<QCommandLineOption> e;
static const QList<QCommandLineOption> opts
{
QCommandLineOption({ "idAndKey", "clientIdAndKey" },
QCoreApplication::translate("networkvatlib", "Client id and key pair separated by ':', e.g. <id>:<key>."), "clientIdAndKey")
};
// only in not officially shipped versions
return (CBuildConfig::isLocalDeveloperDebugBuild()) ? opts : e;
}
bool CNetworkVatlib::getCmdLineClientIdAndKey(int &id, QString &key)
{
// init values
id = 0;
key = "";
// split parser values
const QString clientIdAndKey = sApp->getParserValue("clientIdAndKey").toLower();
if (clientIdAndKey.isEmpty() || !clientIdAndKey.contains(':')) { return false; }
const auto stringList = clientIdAndKey.split(':');
const QString clientIdAsString = stringList[0];
bool ok = true;
id = clientIdAsString.toInt(&ok, 0);
if (!ok) { return false; }
key = stringList[1];
return true;
}
void CNetworkVatlib::sendCustomFsinnQuery(const CCallsign &callsign)
{
Q_ASSERT_X(isConnected(), Q_FUNC_INFO, "Can't send to server when disconnected");
const CSimulatedAircraft myAircraft(getOwnAircraft());
QString modelString = myAircraft.getModel().getModelString();
if (modelString.isEmpty()) { modelString = defaultModelString(); }
const QStringList data { { "0" },
myAircraft.getAirlineIcaoCodeDesignator(),
myAircraft.getAircraftIcaoCodeDesignator(),
{ "" }, { "" }, { "" }, { "" },
myAircraft.getAircraftIcaoCombinedType(),
modelString
};
sendCustomPacket(callsign, "FSIPIR", data);
}
void CNetworkVatlib::sendCustomFsinnReponse(const CCallsign &callsign)
{
Q_ASSERT_X(isConnected(), Q_FUNC_INFO, "Can't send to server when disconnected");
static const QStringList dataTemplate{ "0", "", "", "", "", "", "", "", "" };
const CSimulatedAircraft myAircraft(getOwnAircraft());
QStringList data(dataTemplate);
data[1] = myAircraft.getAirlineIcaoCodeDesignator();
data[2] = myAircraft.getAircraftIcaoCodeDesignator();
data[7] = myAircraft.getAircraftIcaoCombinedType();
data[8] = myAircraft.hasModelString() ? myAircraft.getModel().getModelString() : defaultModelString();
sendCustomPacket(callsign, "FSIPI", data);
}
void CNetworkVatlib::broadcastAircraftConfig(const QJsonObject &config)
{
const QString dataStr = convertToUnicodeEscaped(QJsonDocument(QJsonObject { { "config", config } }).toJson(QJsonDocument::Compact));
const QByteArray data(toFSD(dataStr));
Vat_SendAircraftConfigBroadcast(m_net.data(), data);
}
void CNetworkVatlib::sendAircraftConfigQuery(const CCallsign &callsign)
{
static const QString dataStr { QJsonDocument(JsonPackets::aircraftConfigRequest()).toJson(QJsonDocument::Compact) };
static const QByteArray data(toFSD(dataStr));
Vat_SendAircraftConfig(m_net.data(), toFSD(callsign), data);
}
/********************************** * * * * * * * * * * * * * * * * * * * ************************************/
/********************************** shimlib callbacks ************************************/
/********************************** * * * * * * * * * * * * * * * * * * * ************************************/
// Cast void* to a pointer of CNetworkVatlib
CNetworkVatlib *cbvar_cast(void *cbvar)
{
return static_cast<CNetworkVatlib *>(cbvar);
}
void CNetworkVatlib::onConnectionStatusChanged(VatFsdClient *, VatConnectionStatus, VatConnectionStatus newStatus, void *cbvar)
{
cbvar_cast(cbvar)->changeConnectionStatus(newStatus);
}
void CNetworkVatlib::onTextMessageReceived(VatFsdClient *, const char *from, const char *to, const char *msg, void *cbvar)
{
CTextMessage tm(cbvar_cast(cbvar)->fromFSD(msg), CCallsign(cbvar_cast(cbvar)->fromFSD(from)), CCallsign(cbvar_cast(cbvar)->fromFSD(to)));
tm.setCurrentUtcTime();
cbvar_cast(cbvar)->consolidateTextMessage(tm);
}
void CNetworkVatlib::onRadioMessageReceived(VatFsdClient *, const char *from, int numFreq, int *freqList, const char *msg, void *cbvar)
{
auto *self = cbvar_cast(cbvar);
const int com1 = self->getOwnAircraft().getCom1System().getFrequencyActive().valueInteger(CFrequencyUnit::kHz());
const int com2 = self->getOwnAircraft().getCom2System().getFrequencyActive().valueInteger(CFrequencyUnit::kHz());
QList<CFrequency> frequencies;
for (int i = 0; i < numFreq; ++i)
{
if (freqList[i] == com1 || freqList[i] == com2)
{
frequencies.push_back(CFrequency(freqList[i], CFrequencyUnit::kHz()));
}
}
if (frequencies.isEmpty()) { return; }
CTextMessageList messages(self->fromFSD(msg), frequencies, CCallsign(self->fromFSD(from)));
messages.setCurrentUtcTime();
emit cbvar_cast(cbvar)->textMessagesReceived(messages);
}
void CNetworkVatlib::onPilotDisconnected(VatFsdClient *, const char *callsign, void *cbvar)
{
auto *self = cbvar_cast(cbvar);
emit self->pilotDisconnected(CCallsign(self->fromFSD(callsign), CCallsign::Aircraft));
}
void CNetworkVatlib::onControllerDisconnected(VatFsdClient *, const char *callsign, void *cbvar)
{
emit cbvar_cast(cbvar)->atcDisconnected(CCallsign(cbvar_cast(cbvar)->fromFSD(callsign), CCallsign::Atc));
}
void CNetworkVatlib::onPilotPositionUpdate(VatFsdClient *, const char *callsignChar , const VatPilotPosition *position, void *cbvar)
{
const CCallsign callsign(callsignChar, CCallsign::Aircraft);
CAircraftSituation situation(
callsign,
CCoordinateGeodetic(position->latitude, position->longitude, position->altitudeTrue),
CHeading(position->heading, CHeading::True, CAngleUnit::deg()),
CAngle(position->pitch, CAngleUnit::deg()),
CAngle(position->bank, CAngleUnit::deg()),
CSpeed(position->groundSpeed, CSpeedUnit::kts()),
CAltitude({ 0, nullptr }, CAltitude::MeanSeaLevel)
);
situation.setCurrentUtcTime();
situation.setTimeOffsetMs(c_positionTimeOffsetMsec);
CTransponder::TransponderMode mode = CTransponder::StateStandby;
switch (position->transponderMode)
{
case vatTransponderModeCharlie: mode = CTransponder::ModeC; break;
case vatTransponderModeStandby: mode = CTransponder::StateStandby; break;
case vatTransponderModeIdent: mode = CTransponder::StateIdent; break;
default: break;
}
// I did have a situation where I got wrong transponder codes (KB)
// So I now check for a valid code in order to detect such codes
CTransponder transponder;
if (CTransponder::isValidTransponderCode(position->transponderCode))
{
transponder = CTransponder(position->transponderCode, mode);
}
else
{
CLogMessage(static_cast<CNetworkVatlib *>(nullptr)).debug("Wrong transponder code '%1' for '%2'") << position->transponderCode << callsign;
// I set a default: IFR standby is a reasonable default
transponder = CTransponder(2000, CTransponder::StateStandby);
}
emit cbvar_cast(cbvar)->aircraftPositionUpdate(situation, transponder);
}
void CNetworkVatlib::onAircraftConfigReceived(VatFsdClient *, const char *callsignChar, const char *aircraftConfig, void *cbvar)
{
const QByteArray json = cbvar_cast(cbvar)->fromFSD(aircraftConfig).toUtf8();
QJsonParseError parserError;
const QJsonDocument doc = QJsonDocument::fromJson(json, &parserError);
if (parserError.error != QJsonParseError::NoError)
{
CLogMessage(static_cast<CNetworkVatlib *>(nullptr)).warning("Failed to parse aircraft config packet: %1") << parserError.errorString();
}
auto *self = cbvar_cast(cbvar);
CCallsign callsign(self->fromFSD(callsignChar), CCallsign::Aircraft);
const QJsonObject packet = doc.object();
if (packet == JsonPackets::aircraftConfigRequest())
{
self->replyToConfigQuery(callsign);
return;
}
QJsonObject config = doc.object().value("config").toObject();
if (config.empty()) return;
const bool isFull = config.take("is_full_data").toBool(false);
emit self->aircraftConfigPacketReceived(callsign, config, isFull);
}
void CNetworkVatlib::onInterimPilotPositionUpdate(VatFsdClient *, const char *sender, const VatInterimPilotPosition *position, void *cbvar)
{
auto *self = cbvar_cast(cbvar);
CAircraftSituation situation(
CCallsign(self->fromFSD(sender), CCallsign::Aircraft),
CCoordinateGeodetic(position->latitude, position->longitude, position->altitudeTrue),
CHeading(position->heading, CHeading::True, CAngleUnit::deg()),
CAngle(position->pitch, CAngleUnit::deg()),
CAngle(position->bank, CAngleUnit::deg()),
CSpeed(0.0, nullptr), // There is no speed information in a interim packet
CAltitude({ 0, nullptr }, CAltitude::MeanSeaLevel)
);
situation.setCurrentUtcTime();
situation.setTimeOffsetMs(c_interimPositionTimeOffsetMsec);
situation.setInterimFlag(true);
emit self->aircraftInterimPositionUpdate(situation);
}
void CNetworkVatlib::onAtcPositionUpdate(VatFsdClient *, const char *callsign, const VatAtcPosition *pos, void *cbvar)
{
const int frequencyKHz = pos->frequency;
CFrequency freq(frequencyKHz, CFrequencyUnit::kHz());
freq.switchUnit(CFrequencyUnit::MHz()); // we would not need to bother, but this makes it easier to identify
emit cbvar_cast(cbvar)->atcPositionUpdate(
CCallsign(cbvar_cast(cbvar)->fromFSD(callsign), CCallsign::Atc), freq,
CCoordinateGeodetic(pos->latitude, pos->longitude, 0), CLength(pos->visibleRange, CLengthUnit::NM()));
}
void CNetworkVatlib::onKicked(VatFsdClient *, const char *reason, void *cbvar)
{
emit cbvar_cast(cbvar)->kicked(cbvar_cast(cbvar)->fromFSD(reason));
}
void CNetworkVatlib::onPong(VatFsdClient *, const char *sender, double elapsedTime, void *cbvar)
{
emit cbvar_cast(cbvar)->pongReceived(cbvar_cast(cbvar)->fromFSD(sender), CTime(elapsedTime, CTimeUnit::ms()));
}
void CNetworkVatlib::onCustomPacketReceived(VatFsdClient *, const char *callsign, const char *packetId, const char **data, int dataSize, void *cbvar)
{
cbvar_cast(cbvar)->customPacketDispatcher(cbvar_cast(cbvar)->fromFSD(callsign), cbvar_cast(cbvar)->fromFSD(packetId), cbvar_cast(cbvar)->fromFSD(data, dataSize));
}
void CNetworkVatlib::customPacketDispatcher(const CCallsign &callsign, const QString &packetId, const QStringList &data)
{
if (packetId.compare("FSIPI", Qt::CaseInsensitive) == 0)
{
if (data.size() < 9)
{
CLogMessage(this).warning("Malformed FSIPI packet");
}
else
{
// It doesn't matter whether it was a query or response. The information
// is the same for both.
emit customFSInnPacketReceived(callsign, data[1], data[2], data[7], data[8]);
}
}
else if (packetId.compare("FSIPIR", Qt::CaseInsensitive) == 0)
{
if (data.size() < 9)
{
CLogMessage(this).warning("Malformed FSIPIR packet");
}
else
{
sendCustomFsinnReponse(callsign);
// It doesn't matter whether it was a query or response. The information
// is the same for both.
emit customFSInnPacketReceived(callsign, data[1], data[2], data[7], data[8]);
}
}
else if (packetId.compare("FSIP2PR", Qt::CaseInsensitive) == 0)
{
// FSInn peer2peer protocol - ignore, not supported
}
else
{
CLogMessage(this).warning("Unknown custom packet from %1 - id: %2") << callsign.toQString() << packetId;
}
}
void CNetworkVatlib::consolidateTextMessage(const CTextMessage &textMessage)
{
if (textMessage.isSupervisorMessage())
{
emit this->textMessagesReceived(textMessage);
}
else
{
m_textMessagesToConsolidate.addConsolidatedTextMessage(textMessage);
m_dsSendTextMessage.inputSignal(); // trigger
}
}
void CNetworkVatlib::emitConsolidatedTextMessages()
{
emit this->textMessagesReceived(m_textMessagesToConsolidate);
m_textMessagesToConsolidate.clear();
}
void CNetworkVatlib::onMetarReceived(VatFsdClient *, const char *data, void *cbvar)
{
auto *self = cbvar_cast(cbvar);
emit self->metarReplyReceived(self->fromFSD(data));
}
void CNetworkVatlib::onInfoQueryRequestReceived(VatFsdClient *, const char *callsignString, VatClientQueryType type, const char *, void *cbvar)
{
auto *self = cbvar_cast(cbvar);
const CCallsign callsign(self->fromFSD(callsignString));
switch (type)
{
case vatClientQueryFreq:
QTimer::singleShot(0, self, [ = ]() { self->replyToFrequencyQuery(callsign); });
break;
case vatClientQueryName:
QTimer::singleShot(0, self, [ = ]() { self->replyToNameQuery(callsign); });
break;
default:
break;
}
}
void CNetworkVatlib::onInfoQueryReplyReceived(VatFsdClient *, const char *callsign, VatClientQueryType type, const char *data, const char *data2, void *cbvar)
{
auto *self = cbvar_cast(cbvar);
switch (type)
{
case vatClientQueryFreq: emit self->frequencyReplyReceived(self->fromFSD(callsign), CFrequency(self->fromFSD(data).toFloat(), CFrequencyUnit::MHz())); break;
case vatClientQueryServer: emit self->serverReplyReceived(self->fromFSD(callsign), self->fromFSD(data)); break;
case vatClientQueryAtc: emit self->atcReplyReceived(CCallsign(self->fromFSD(data2), CCallsign::Atc), *data == 'Y'); break;
case vatClientQueryName: emit self->realNameReplyReceived(self->fromFSD(callsign), self->fromFSD(data)); break;
case vatClientQueryIP: emit self->ipReplyReceived(self->fromFSD(data)); break;
default: break;
}
}
void CNetworkVatlib::onCapabilitiesReplyReceived(VatFsdClient *, const char *callsign, int capabilityFlags, void *cbvar)
{
int flags = 0;
if (capabilityFlags & vatCapsAtcInfo) { flags |= AcceptsAtisResponses; }
if (capabilityFlags & vatCapsFastPos) { flags |= SupportsInterimPosUpdates; }
if (capabilityFlags & vatCapsAircraftInfo) { flags |= SupportsIcaoCodes; }
if (capabilityFlags & vatCapsAircraftConfig) { flags |= SupportsAircraftConfigs; }
auto *self = cbvar_cast(cbvar);
emit self->capabilitiesReplyReceived(self->fromFSD(callsign), flags);
}
void CNetworkVatlib::onAtisReplyReceived(VatFsdClient *, const char *callsign, const VatControllerAtis *atis, void *cbvar)
{
auto *self = cbvar_cast(cbvar);
emit self->atisVoiceRoomReplyReceived(self->fromFSD(callsign), self->fromFSD(atis->voiceRoom));
emit self->atisLogoffTimeReplyReceived(self->fromFSD(callsign), self->fromFSD(atis->zuluLogoff));
CInformationMessage atisMessage;
atisMessage.setType(CInformationMessage::ATIS);
for (int i = 0; i < atis->textLineCount; ++i)
{
const QString fixed = cbvar_cast(cbvar)->fromFSD(atis->textLines[i]).trimmed();
if (! fixed.isEmpty())
{
// detect the stupid z1, z2, z3 placeholders
//! \fixme: Anything better as this stupid code here?
const QString test = fixed.toLower().remove(QRegularExpression("[\\n\\t\\r]"));
if (test == "z") return;
if (test.startsWith("z") && test.length() == 2) return; // z1, z2, ..
if (test.length() == 1) return; // sometimes just z
// append
if (!atisMessage.isEmpty()) atisMessage.appendMessage("\n");
atisMessage.appendMessage(fixed);
}
}
emit self->atisReplyReceived(CCallsign(self->fromFSD(callsign), CCallsign::Atc), atisMessage);
}
void CNetworkVatlib::onFlightPlanReceived(VatFsdClient *, const char *callsignChar, const VatFlightPlan *fp, void *cbvar)
{
CFlightPlan::FlightRules rules = CFlightPlan::VFR;
switch (fp->flightType)
{
case vatFlightTypeVFR: rules = CFlightPlan::VFR; break;
case vatFlightTypeIFR: rules = CFlightPlan::IFR; break;
case vatFlightTypeDVFR: rules = CFlightPlan::DVFR; break;
case vatFlightTypeSVFR: rules = CFlightPlan::SVFR; break;
default: rules = CFlightPlan::UNKNOWN; break;
}
auto *self = cbvar_cast(cbvar);
QString cruiseAltString = self->fromFSD(fp->cruiseAltitude);
thread_local const QRegularExpression withUnit("\\D+");
if (!cruiseAltString.isEmpty() && !withUnit.match(cruiseAltString).hasMatch())
{
cruiseAltString += "ft";
}
CAltitude cruiseAlt;
cruiseAlt.parseFromString(cruiseAltString);
const QString depTimePlanned = QString("0000").append(QString::number(fp->departTime)).right(4);
const QString depTimeActual = QString("0000").append(QString::number(fp->departTimeActual)).right(4);
const CCallsign callsign(self->fromFSD(callsignChar), CCallsign::Aircraft);
const CFlightPlan flightPlan(
callsign,
self->fromFSD(fp->aircraftType),
self->fromFSD(fp->departAirport),
self->fromFSD(fp->destAirport),
self->fromFSD(fp->alternateAirport),
QDateTime::fromString(depTimePlanned, "hhmm"),
QDateTime::fromString(depTimeActual, "hhmm"),
CTime(fp->enrouteHrs * 60 + fp->enrouteMins, BlackMisc::PhysicalQuantities::CTimeUnit::min()),
CTime(fp->fuelHrs * 60 + fp->fuelMins, BlackMisc::PhysicalQuantities::CTimeUnit::min()),
cruiseAlt,
CSpeed(fp->trueCruisingSpeed, BlackMisc::PhysicalQuantities::CSpeedUnit::kts()),
rules,
self->fromFSD(fp->route),
self->fromFSD(fp->remarks)
);
emit self->flightPlanReplyReceived(callsign, flightPlan);
}
void CNetworkVatlib::onErrorReceived(VatFsdClient *, VatServerError error, const char *msg, const char *data, void *cbvar)
{
auto *self = cbvar_cast(cbvar);
switch (error)
{
case vatServerErrorCsInUs: CLogMessage(self).error("The requested callsign is already taken"); emit self->terminate(); break;
case vatServerErrorCallsignInvalid: CLogMessage(self).error("The requested callsign is not valid"); emit self->terminate(); break;
case vatServerErrorCidInvalid: CLogMessage(self).error("Wrong user ID or password"); emit self->terminate(); break;
case vatServerErrorRevision: CLogMessage(self).error("This server does not support our protocol version"); emit self->terminate(); break;
case vatServerErrorLevel: CLogMessage(self).error("You are not authorized to use the requested pilot rating"); emit self->terminate(); break;
case vatServerErrorServFull: CLogMessage(self).error("The server is full"); emit self->terminate(); break;
case vatServerErrorCsSuspended: CLogMessage(self).error("Your user account is suspended"); emit self->terminate(); break;
case vatServerErrorInvPos: CLogMessage(self).error("You are not authorized to use the requested rating"); emit self->terminate(); break;
case vatServerErrorUnAuth: CLogMessage(self).error("This software is not authorized for use on this network"); emit self->terminate(); break;
case vatServerErrorNone: CLogMessage(self).info("OK"); break;
case vatServerErrorSyntax: CLogMessage(self).info("Malformed packet: Syntax error: %1") << self->fromFSD(data); break;
case vatServerErrorSrcInvalid: CLogMessage(self).info("Server: source invalid %1") << self->fromFSD(data); break;
case vatServerErrorNoSuchCs: CLogMessage(self).info("Shim lib: %1 (%2)") << self->fromFSD(msg) << self->fromFSD(data); break;
case vatServerErrorNoFP: CLogMessage(self).info("Server: no flight plan"); break;
case vatServerErrorNoWeather: CLogMessage(self).info("Server: requested weather profile does not exist"); break;
// we have no idea what these mean
case vatServerErrorRegistered:
case vatServerErrorInvalidCtrl: CLogMessage(self).info("Server: ") << self->fromFSD(msg); break;
default: qFatal("vatlib: %s (error %d)", msg, error); emit self->terminate();
}
}
void CNetworkVatlib::onPilotInfoRequestReceived(VatFsdClient *, const char *callsignChar, void *cbvar)
{
auto *self = cbvar_cast(cbvar);
const CCallsign callsign(self->fromFSD(callsignChar));
QTimer::singleShot(0, self, [ = ]() { self->sendAircraftInfo(callsign); });
}
void CNetworkVatlib::onPilotInfoReceived(VatFsdClient *, const char *callsignChar, const VatAircraftInfo *aircraftInfo, void *cbvar)
{
auto *self = cbvar_cast(cbvar);
const CCallsign callsign(self->fromFSD(callsignChar), CCallsign::Aircraft);
emit self->icaoCodesReplyReceived(
callsign,
self->fromFSD(aircraftInfo->aircraftType).trimmed().toUpper(),
self->fromFSD(aircraftInfo->airline).trimmed().toUpper(),
self->fromFSD(aircraftInfo->livery).trimmed().toUpper()
);
}
void CNetworkVatlib::networkLogHandler(SeverityLevel /** severity **/, const char *context, const char *message)
{
QString errorMessage("vatlib ");
errorMessage += context;
errorMessage += ": ";
errorMessage += message;
CLogMessage(static_cast<CNetworkVatlib *>(nullptr)).error(errorMessage);
}
const QJsonObject &CNetworkVatlib::JsonPackets::aircraftConfigRequest()
{
static const QJsonObject jsonObject{ { "request", "full" } };
return jsonObject;
}
} // namespace
} // namespace
//! \endcond
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