/**
  * @RDE_HEADER@
  * AudioVideoHandlerImplTest
  * $Id$
  * $HeadURL$
  * $Author$
  * Created by Christian Fröbel, NLSE, 2018-01-09
  */

#include "audio_video_handler_impl_test.h"
#include <AudioVideoManagement/audio_video_handler_impl.h>
#include <AudioVideoManagement/asset.h>
#include <AudioVideoManagement/mounting_point.h>
#include <AudioVideoManagement/exercise.h>
#include <AudioVideoManagement/avm.hpp>
#include <InfrastructureManagement/ism.hpp>
#include <LtsUtilsCore/json_object.h>
#include <QtGlobal>
#include <boost/optional.hpp>
#include <map>
#include <string>
#include <vector>
#include <utility>
#include <memory>

using namespace AudioVideoManagement;
using namespace InfrastructureManagement;
using LtsUtils::JsonObject;

namespace
{

int streamCount(const Streams &streams)
{
  if (streams.second)
    return 2;
  return 1;
}

class DbMock : public AudioVideoHandlerImpl::IDbProxy
{
public:
  const Streams &findStreams(AssetId id) const override
  {
    auto   found = m_cache.find(id);
    Q_ASSERT(found != m_cache.end());
    return found->second;
  }

  const Streams &findStreams(Asset *asset) override
  {
    Q_ASSERT(asset);
    return findStreams(asset->data().id());
  }

  bool isEmpty() const { return m_cache.empty(); }

  int  deviceCount() const    { return m_cache.size(); }

  int  streamCount() const
  {
    int   count = 0;
    for (const auto &streams: m_cache)
      count += ::streamCount(streams.second);
    return count;
  }

  void insert(Streams &streams) override
  {
    streams.first.id = ++m_nextId;
    if (streams.second)
      streams.second->id = ++m_nextId;
    link(streams);
    auto   insertResult = m_cache.insert(std::make_pair(streams.assetId(), streams));
    Q_ASSERT(insertResult.second);
  }

  /**
   * We simply maintain the ids or give a new id to a possibly new entry.
   */
  void update(Streams &newStreams) override
  {
    auto   found = m_cache.find(newStreams.assetId());
    Q_ASSERT(found != m_cache.end());
    const Streams   oldStreams = found->second;

    newStreams.first.id = oldStreams.first.id;
    if (newStreams.second)
    {
      if (oldStreams.second)
        newStreams.second->id = oldStreams.second->id;
      else
        newStreams.second->id = ++m_nextId;
    }

    link(newStreams);
    found->second = newStreams; // update cache
  }

  void remove(Asset *asset) override
  {
    Q_ASSERT(asset);
    auto   count = m_cache.erase(asset->data().id());
    Q_ASSERT(count == 1);
  }

private:
  void link(Streams& streams)
  {
    if (!streams.second)
    {
      streams.first.link = 0;
      return;
    }

    streams.first.link = streams.second->id;
    streams.second->link = streams.first.id;
  }

  int                          m_nextId{0};
  std::map<AssetId, Streams>   m_cache;
};


class DtsSpy : public AudioVideoHandlerImpl::IDtsProxy
{
public:
  void publish(const Stream &stream) override
  {
    m_published.push_back(stream);
  }

  void remove(uint64_t streamId) override
  {
    m_removed.push_back(streamId);
  }

  bool isEmpty() const { return m_published.empty() && m_removed.empty(); }

  void reset()
  {
    m_published.clear();
    m_removed.clear();
  }

  std::vector<Stream>     m_published;
  std::vector<uint64_t>   m_removed;
};


Asset *createAsset(int id, MountingPointType mpType, const std::string &properties)
{
  InstrumentationAsset   data;
  data.id(id);
  data.name(QStringLiteral("ASSET_000%1").arg(id).toUtf8().constData());
  data.hostname(QStringLiteral("host_000%1").arg(id).toUtf8().constData());
  data.mountingPointTypeId(mpType);
  data.properties(properties);

  return new Asset(data);
}

MountingPoint *createMountingPoint(int id, MountingPointType mpType)
{
  StructureElement   data;
  data.id(id);
  data.name(QStringLiteral("MP_000%1").arg(id).toUtf8().constData());
  data.displayName(QStringLiteral("display name %1").arg(id).toUtf8().constData());
  data.structureElementTypeId(StructureElementType::MountingPoint);
  data.mountingPointTypeId(mpType);
  data.properties("{}");

  return new MountingPoint(data);
}

void setProperties(Asset *asset, const std::string &newProperties)
{
  Q_ASSERT(asset);
  InstrumentationAsset   data = asset->data();
  data.properties(newProperties);
  asset->update(data);
}

void setDisplayName(MountingPoint *mp, const std::string &newDisplayName)
{
  Q_ASSERT(mp);
  StructureElement   data = mp->data();
  data.displayName(newDisplayName);
  mp->update(data);
}

void setRecording(MountingPoint *mp, bool on)
{
  Q_ASSERT(mp);
  StructureElement   data = mp->data();
  if (on)
    data.properties(R"({"record": true})");
  else
    data.properties(R"({"record": false})");
  mp->update(data);
}

void mount(Asset *asset, MountingPoint *mp)
{
  Q_ASSERT(asset);
  InstrumentationAsset   data = asset->data();
  data.assetStateId(InstrumentationAssetState::Mounted);
  asset->update(data);
  asset->mount(mp);
}

Database::AvmDeviceConfig   dcEntry(int64_t id, const std::string &context, const std::string &type, const std::string &name, const std::string &controller, const std::string &definition, int32_t link)
{
  Database::AvmDeviceConfig   dc;
  dc.id         = id;
  dc.context    = QString::fromStdString(context);
  dc.type       = QString::fromStdString(type);
  dc.name       = QString::fromStdString(name);
  dc.controller = QString::fromStdString(controller);
  dc.definition = QString::fromStdString(definition);
  dc.link       = link;
  return dc;
}

bool operator==(const Database::AvmDeviceConfig &lhs, const Database::AvmDeviceConfig &rhs)
{
  if (lhs.id != rhs.id)
    return false;
  if (lhs.context != rhs.context)
    return false;
  if (lhs.type != rhs.type)
    return false;
  if (lhs.name != rhs.name)
    return false;
  if (lhs.controller != rhs.controller)
    return false;
  if (lhs.definition != rhs.definition)
    return false;
  if (lhs.link != rhs.link)
    return false;

  return true;
}

} // anonymous namespace


namespace AudioVideoManagement
{

AudioVideoHandlerImplTest::AudioVideoHandlerImplTest() = default;
AudioVideoHandlerImplTest::~AudioVideoHandlerImplTest() = default;

/**
 * Create Assets and MountingPoints.
 * They will be mounted already but left in the pool exercise.
 */
void AudioVideoHandlerImplTest::init()
{
  m_nextAssetId = 0;
  m_nextMpId = 0;
  m_pool.reset(new Exercise(ExerciseContext::defaultContext()));
  m_exercise.reset(new Exercise(ExerciseContext(42)));

  m_indoorCam        = createAsset(++m_nextAssetId, MountingPointType::IndoorCamera, R"({"type": "vapix"})");
  m_outdoorCam       = createAsset(++m_nextAssetId, MountingPointType::OutdoorCamera, R"({"type": "vapix"})");
  m_announcementUnit = createAsset(++m_nextAssetId, MountingPointType::AnnouncementUnit, R"({"type": "vapix"})");

  m_mpIndoor           = createMountingPoint(++m_nextMpId, MountingPointType::IndoorCamera);
  m_mpOutdoor          = createMountingPoint(++m_nextMpId, MountingPointType::OutdoorCamera);
  m_mpAnnouncementUnit = createMountingPoint(++m_nextMpId, MountingPointType::AnnouncementUnit);

  mount(m_indoorCam, m_mpIndoor);
  mount(m_outdoorCam, m_mpOutdoor);
  mount(m_announcementUnit, m_mpAnnouncementUnit);

  m_pool->add(std::unique_ptr<Asset>(m_indoorCam));
  m_pool->add(std::unique_ptr<Asset>(m_outdoorCam));
  m_pool->add(std::unique_ptr<Asset>(m_announcementUnit));
  m_pool->add(std::unique_ptr<MountingPoint>(m_mpIndoor));
  m_pool->add(std::unique_ptr<MountingPoint>(m_mpOutdoor));
  m_pool->add(std::unique_ptr<MountingPoint>(m_mpAnnouncementUnit));
}

void AudioVideoHandlerImplTest::cleanup()
{
  m_pool.reset();
  m_exercise.reset();
}

/**
 * Assign a camera to an Exercise that neither has microphone nor speaker.
 */
void AudioVideoHandlerImplTest::testAssignCameraVideo()
{
  DbMock                  dbMock;
  DtsSpy                  dtsSpy;
  AudioVideoHandlerImpl   handler(m_exercise.get(), &dbMock, &dtsSpy);
  handler.onContextActivated();
  QVERIFY(dbMock.isEmpty());
  QVERIFY(dtsSpy.isEmpty());

  m_pool->moveMountedTo(m_indoorCam, m_exercise.get(), boost::none);
  QCOMPARE(dbMock.deviceCount(), 1);
  QCOMPARE(dbMock.streamCount(), 1);
  QCOMPARE(static_cast<int>(dtsSpy.m_published.size()), 1);
  QVERIFY(dtsSpy.m_removed.empty());

  // verify DB
  const Streams   &streams = dbMock.findStreams(m_indoorCam->data().id());
  QVERIFY(!streams.second);
  QVERIFY(streams.first == dcEntry(1, "ex_42", "AXIS_VIDEO_CHANNEL", "av_0001", "EXCAVS01", "url=rtsp://root:root@host_0001:554;mode=1;", 0));

  // verify DDS
  QCOMPARE(dtsSpy.m_published[0], Stream(1, "av_0001", StreamType::Video, m_mpIndoor->data().id()));
}

/**
 * Assign a Camera to an Exercise that has a microphone.
 */
void AudioVideoHandlerImplTest::testAssignCameraVideoAudioIn()
{
  testAssignCameraVideoAudio(R"({"type": "vapix", "hasMicrophone": true})", StreamType::AudioIn);
}

/**
 * Assign a Camera to an Exercise that has a speaker.
 */
void AudioVideoHandlerImplTest::testAssignCameraVideoAudioOut()
{
  testAssignCameraVideoAudio(R"({"type": "vapix", "hasSpeaker": true})", StreamType::AudioOut);
}

/**
 * Assign a Camera to an Exercise that has both, microphone and speaker.
 */
void AudioVideoHandlerImplTest::testAssignCameraVideoAudioInOut()
{
  testAssignCameraVideoAudio(R"({"type": "vapix", "hasMicrophone": true, "hasSpeaker": true})", StreamType::AudioInOut);
}

void AudioVideoHandlerImplTest::testAssignCameraVideoAudio(const std::string &camProperties, StreamType expectedStreamType)
{
  DbMock                  dbMock;
  DtsSpy                  dtsSpy;
  AudioVideoHandlerImpl   handler(m_exercise.get(), &dbMock, &dtsSpy);

  // Change the Asset's properties before activating the context.
  setProperties(m_outdoorCam, camProperties);
  handler.onContextActivated();

  m_pool->moveMountedTo(m_outdoorCam, m_exercise.get(), boost::none);
  QCOMPARE(dbMock.deviceCount(), 1);
  QCOMPARE(dbMock.streamCount(), 2);
  QCOMPARE(static_cast<int>(dtsSpy.m_published.size()), 2);
  QVERIFY(dtsSpy.m_removed.empty());

  // verfiy DB
  const Streams   &streams = dbMock.findStreams(m_outdoorCam->data().id());
  QVERIFY(streams.second);
  QVERIFY(streams.first   == dcEntry(1, "ex_42", "AXIS_VIDEO_CHANNEL", "av_0002", "EXCAVS01", "url=rtsp://root:root@host_0002:554;mode=1;", 2));
  QVERIFY(*streams.second == dcEntry(2, "ex_42", "AXIS_AUDIO_CHANNEL", "av_0002", "EXCAVS01", "url=http://root:root@host_0002:80;mode=1;", 1));

  // verify DDS
  const Stream   &videoStream = dtsSpy.m_published[0];
  QCOMPARE(videoStream, Stream(1, "av_0002", StreamType::Video, m_mpOutdoor->data().id()));
  const Stream   &audioStream = dtsSpy.m_published[1];
  QCOMPARE(audioStream, Stream(2, "av_0002", expectedStreamType, m_mpOutdoor->data().id()));
}

/**
 * Assign an AnnouncementUnit to an exercise.
 */
void AudioVideoHandlerImplTest::testAssignAnnouncementUnit()
{
  DbMock                  dbMock;
  DtsSpy                  dtsSpy;
  AudioVideoHandlerImpl   handler(m_exercise.get(), &dbMock, &dtsSpy);
  handler.onContextActivated();

  m_pool->moveMountedTo(m_announcementUnit, m_exercise.get(), boost::none);
  QCOMPARE(dbMock.deviceCount(), 1);
  QCOMPARE(dbMock.streamCount(), 1);
  QCOMPARE(static_cast<int>(dtsSpy.m_published.size()), 1);
  QVERIFY(dtsSpy.m_removed.empty());

  // verfiy DB
  const Streams   &streams = dbMock.findStreams(m_announcementUnit->data().id());
  QVERIFY(!streams.second);
  QVERIFY(streams.first == dcEntry(1, "ex_42", "AXIS_AUDIO_CHANNEL", "av_0003", "EXCAVS01", "url=http://root:root@host_0003:80;codec=aac;mode=1;", 0));

  // verify DDS
  QCOMPARE(dtsSpy.m_published[0], Stream(1, "av_0003", StreamType::AudioOut, m_mpAnnouncementUnit->data().id()));
}

/**
 * In this test we assign Assets to the Exercise *before* the Exercise gets activated.
 */
void AudioVideoHandlerImplTest::testAssignBeforeActivation()
{
  DbMock                  dbMock;
  DtsSpy                  dtsSpy;
  AudioVideoHandlerImpl   handler(m_exercise.get(), &dbMock, &dtsSpy);

  m_pool->moveMountedTo(m_indoorCam, m_exercise.get(), boost::none);
  m_pool->moveMountedTo(m_outdoorCam, m_exercise.get(), boost::none);
  m_pool->moveMountedTo(m_announcementUnit, m_exercise.get(), boost::none);

  QVERIFY(dbMock.isEmpty());
  QVERIFY(dtsSpy.isEmpty());

  handler.onContextActivated();

  QCOMPARE(dbMock.deviceCount(), 3);
  QCOMPARE(dbMock.streamCount(), 3);
  QCOMPARE(static_cast<int>(dtsSpy.m_published.size()), 3);
}

void AudioVideoHandlerImplTest::testUnassignCameraVideo()
{
  DbMock                  dbMock;
  DtsSpy                  dtsSpy;
  AudioVideoHandlerImpl   handler(m_exercise.get(), &dbMock, &dtsSpy);

  m_pool->moveMountedTo(m_indoorCam, m_exercise.get(), boost::none);
  handler.onContextActivated();
  QCOMPARE(dbMock.deviceCount(), 1);
  QCOMPARE(dbMock.streamCount(), 1);
  QCOMPARE(static_cast<int>(dtsSpy.m_published.size()), 1);
  QVERIFY(dtsSpy.m_removed.empty());

  dtsSpy.reset();
  m_exercise->moveMountedTo(m_indoorCam, m_pool.get(), boost::none);
  QVERIFY(dbMock.isEmpty());
  QVERIFY(dtsSpy.m_published.empty());
  QCOMPARE(static_cast<int>(dtsSpy.m_removed.size()), 1);
  QCOMPARE(static_cast<int>(dtsSpy.m_removed[0]), 1);
}

/**
 * Update a Camera while it is assigned.
 */
void AudioVideoHandlerImplTest::testUpdateRemoveAssignedAsset()
{
  DbMock                  dbMock;
  DtsSpy                  dtsSpy;
  AudioVideoHandlerImpl   handler(m_exercise.get(), &dbMock, &dtsSpy);

  m_pool->moveMountedTo(m_indoorCam, m_exercise.get(), boost::none);
  handler.onContextActivated();
  QCOMPARE(dbMock.deviceCount(), 1);
  QCOMPARE(dbMock.streamCount(), 1);
  QCOMPARE(static_cast<int>(dtsSpy.m_published.size()), 1);
  QVERIFY(dtsSpy.m_removed.empty());


  // add microphone to Camera => one additional audio stream
  dtsSpy.reset();
  setProperties(m_indoorCam, R"({"type": "vapix", "hasMicrophone": true})");
  QCOMPARE(dbMock.deviceCount(), 1);
  QCOMPARE(dbMock.streamCount(), 2);
  QCOMPARE(static_cast<int>(dtsSpy.m_published.size()), 2); // one updated, one new
  QVERIFY(dtsSpy.m_removed.empty());

  // verify DB
  Streams   streams = dbMock.findStreams(m_indoorCam->data().id());
  QVERIFY(streams.second);
  QVERIFY(streams.first   == dcEntry(1, "ex_42", "AXIS_VIDEO_CHANNEL", "av_0001", "EXCAVS01", "url=rtsp://root:root@host_0001:554;mode=1;", 2));
  QVERIFY(*streams.second == dcEntry(2, "ex_42", "AXIS_AUDIO_CHANNEL", "av_0001", "EXCAVS01", "url=http://root:root@host_0001:80;mode=1;", 1));

  // verify DDS
  QCOMPARE(dtsSpy.m_published[0], Stream(1, "av_0001", StreamType::Video, m_mpIndoor->data().id()));
  QCOMPARE(dtsSpy.m_published[1], Stream(2, "av_0001", StreamType::AudioIn, m_mpIndoor->data().id()));


  // remove microphone again => removal of audio stream
  dtsSpy.reset();
  setProperties(m_indoorCam, R"({"type": "vapix", "hasMicrophone": false})");
  QCOMPARE(dbMock.deviceCount(), 1);
  QCOMPARE(dbMock.streamCount(), 1);
  QCOMPARE(static_cast<int>(dtsSpy.m_published.size()), 1); // one updated
  QCOMPARE(static_cast<int>(dtsSpy.m_removed.size()), 1);

  // verify DB
  streams = dbMock.findStreams(m_indoorCam->data().id());
  QVERIFY(!streams.second);
  QVERIFY(streams.first == dcEntry(1, "ex_42", "AXIS_VIDEO_CHANNEL", "av_0001", "EXCAVS01", "url=rtsp://root:root@host_0001:554;mode=1;", 0));

  // verify DDS
  QCOMPARE(dtsSpy.m_published[0], Stream(1, "av_0001", StreamType::Video, m_mpIndoor->data().id()));
  QCOMPARE(static_cast<int>(dtsSpy.m_removed[0]), 2);


  // unassign the Camera
  dtsSpy.reset();
  m_exercise->moveMountedTo(m_indoorCam, m_pool.get(), boost::none);
  QCOMPARE(dbMock.deviceCount(), 0);
  QVERIFY(dtsSpy.m_published.empty());
  QCOMPARE(static_cast<int>(dtsSpy.m_removed.size()), 1);

  // verify DDS
  QCOMPARE(static_cast<int>(dtsSpy.m_removed[0]), 1);
}

/**
 * Update the MountingPoint of an assigned Asset.
 */
void AudioVideoHandlerImplTest::testUpdateAssignedMountingPoint()
{
  DbMock                  dbMock;
  DtsSpy                  dtsSpy;
  AudioVideoHandlerImpl   handler(m_exercise.get(), &dbMock, &dtsSpy);

  m_pool->moveMountedTo(m_indoorCam, m_exercise.get(), boost::none);
  handler.onContextActivated();
  QCOMPARE(dbMock.deviceCount(), 1);
  QCOMPARE(dbMock.streamCount(), 1);
  QCOMPARE(static_cast<int>(dtsSpy.m_published.size()), 1);
  QVERIFY(dtsSpy.m_removed.empty());

  // Change the displayName of the MountingPoint.
  // We now distinguish between internal stream name and display name.
  // Updating the displayName property of a MountingPoint does not change the internal stream name.
  dtsSpy.reset();
  setDisplayName(m_mpIndoor, "updated display name");
  QCOMPARE(dbMock.deviceCount(), 1);
  QCOMPARE(dbMock.streamCount(), 1);
  QCOMPARE(static_cast<int>(dtsSpy.m_published.size()), 1);
  QVERIFY(dtsSpy.m_removed.empty());

  // verify DB
  Streams   streams = dbMock.findStreams(m_indoorCam->data().id());
  QVERIFY(!streams.second);
  QVERIFY(streams.first == dcEntry(1, "ex_42", "AXIS_VIDEO_CHANNEL", "av_0001", "EXCAVS01", "url=rtsp://root:root@host_0001:554;mode=1;", 0));

  // verify DDS
  QCOMPARE(dtsSpy.m_published[0], Stream(1, "av_0001", StreamType::Video, m_mpIndoor->data().id()));


  // set recording-flag on MountingPoint
  dtsSpy.reset();
  setRecording(m_mpIndoor, true);
  QCOMPARE(dbMock.deviceCount(), 1);
  QCOMPARE(dbMock.streamCount(), 1);
  QCOMPARE(static_cast<int>(dtsSpy.m_published.size()), 1);
  QVERIFY(dtsSpy.m_removed.empty());

  // verify DB
  streams = dbMock.findStreams(m_indoorCam->data().id());
  QVERIFY(!streams.second);
  QVERIFY(streams.first == dcEntry(1, "ex_42", "AXIS_VIDEO_CHANNEL", "av_0001", "EXCAVS01", "url=rtsp://root:root@host_0001:554;mode=1;recording=ECRS@EXCAVS01;recordcontrol=prealarm;", 0));

  // verify DDS
  QCOMPARE(dtsSpy.m_published[0], Stream(1, "av_0001", StreamType::Video, m_mpIndoor->data().id())); // no change here
}

void AudioVideoHandlerImplTest::testDeviceDefinitionCameraVideo()
{
  QCOMPARE(AudioVideoHandlerImpl::deviceDefinitionCameraVideo("host", JsonObject::fromJson(R"({"type": "vapix"})"), JsonObject::fromJson(R"({})")),
           QStringLiteral("url=rtsp://root:root@host:554;mode=1;"));

  QCOMPARE(AudioVideoHandlerImpl::deviceDefinitionCameraVideo("host", JsonObject::fromJson(R"({"type": "vapix", "username": "user", "password": "1234"})"), JsonObject::fromJson(R"({})")),
           QStringLiteral("url=rtsp://user:1234@host:554;mode=1;"));

  QCOMPARE(AudioVideoHandlerImpl::deviceDefinitionCameraVideo("host", JsonObject::fromJson(R"({"type": "vapix", "port": 123})"), JsonObject::fromJson(R"({})")),
           QStringLiteral("url=rtsp://root:root@host:123;mode=1;"));

  QCOMPARE(AudioVideoHandlerImpl::deviceDefinitionCameraVideo("host", JsonObject::fromJson(R"({"type": "vapix"})"), JsonObject::fromJson(R"({"record": true})")),
           QStringLiteral("url=rtsp://root:root@host:554;mode=1;recording=ECRS@EXCAVS01;recordcontrol=prealarm;"));
}

void AudioVideoHandlerImplTest::testDeviceDefinitionCameraAudio()
{
  QCOMPARE(AudioVideoHandlerImpl::deviceDefinitionCameraAudio("host", JsonObject::fromJson(R"({"type": "vapix"})"), JsonObject::fromJson(R"({})")),
           QStringLiteral("url=http://root:root@host:80;mode=1;"));

  QCOMPARE(AudioVideoHandlerImpl::deviceDefinitionCameraAudio("host", JsonObject::fromJson(R"({"type": "vapix", "username": "user", "password": "1234"})"), JsonObject::fromJson(R"({})")),
           QStringLiteral("url=http://user:1234@host:80;mode=1;"));

  QCOMPARE(AudioVideoHandlerImpl::deviceDefinitionCameraAudio("host", JsonObject::fromJson(R"({"type": "vapix", "audioPort": 88})"), JsonObject::fromJson(R"({})")),
           QStringLiteral("url=http://root:root@host:88;mode=1;"));

  QCOMPARE(AudioVideoHandlerImpl::deviceDefinitionCameraAudio("host", JsonObject::fromJson(R"({"type": "vapix"})"), JsonObject::fromJson(R"({"record": true})")),
           QStringLiteral("url=http://root:root@host:80;mode=1;recording=ECRS@EXCAVS01;recordcontrol=prealarm;"));
}

void AudioVideoHandlerImplTest::testDeviceDefinitionAnnouncementUnit()
{
  QCOMPARE(AudioVideoHandlerImpl::deviceDefinitionAnnouncementUnit("host", JsonObject::fromJson(R"({"type": "vapix"})"), JsonObject::fromJson(R"({})")),
           QStringLiteral("url=http://root:root@host:80;codec=aac;mode=1;"));

  QCOMPARE(AudioVideoHandlerImpl::deviceDefinitionAnnouncementUnit("host", JsonObject::fromJson(R"({"type": "vapix", "username": "user", "password": "1234"})"), JsonObject::fromJson(R"({})")),
           QStringLiteral("url=http://user:1234@host:80;codec=aac;mode=1;"));

  QCOMPARE(AudioVideoHandlerImpl::deviceDefinitionAnnouncementUnit("host", JsonObject::fromJson(R"({"type": "vapix", "audioPort": 88})"), JsonObject::fromJson(R"({})")),
           QStringLiteral("url=http://root:root@host:88;codec=aac;mode=1;"));

  QCOMPARE(AudioVideoHandlerImpl::deviceDefinitionAnnouncementUnit("host", JsonObject::fromJson(R"({"type": "vapix"})"), JsonObject::fromJson(R"({"record": true})")),
           QStringLiteral("url=http://root:root@host:80;codec=aac;mode=1;recording=ECRS@EXCAVS01;"));
}

} // namespace AudioVideoManagement