qt-migration-legatus/qt6-after/qt6-migrated-legatus/Lts/Plugins/Timeline/Gui/EventTimelineClassic/detail_data.h

/**
  * @RDE_HEADER@
  * Model to handle datail data for the different event types
  * $Id$
  * $HeadURL$
  * $Author$
  *
  * Created by Mike Wille, SLSE, 2017-09-04
  */
#pragma once

#include "logger.h"

#include <LtsUtilsCore/data_modification_enum.h>
#include <LtsSession/lts_session.h>

#include <Services/ProjectDataManagement/pdm_enums.hpp> // needed for this header

#include <QHash>
#include <QMap>
#include <QObject>

#include "attribute_value_lookup.h"

namespace LtsSession
{
class LtsSession;
}
namespace LtsTimelineClassic
{
class Event;
}
namespace LtsWidgets
{
class LtsDateTimeEdit;
}


namespace Timeline
{
constexpr int markerTypeId = 999999; // HACK: there is no marker type

class DetailData : public QObject
{
  Q_OBJECT

public:
  enum class RequestResult
  {
    Error = 0,
    Okay = 1,
    InvalidAttributeType,
    NoValueTranslationForAttribute,
    NoUiTypeForAttribute,
    InvalidAttributeTypeJson,
    JsonCorrupted
  };

  struct GetDetailDataForAttributeResult
  {
    QString attributeType; // translated!  "Friendly Fire" instead of the key "FriendlyFire"
    QString attributeValue; // also translated!  "No" instead of the key "0"

    QString attributeTypeId; // "FriendlyFire" instead of the translated version "Friendly Fire"
    int attributeValueId = 0;
    RequestResult requestResult = RequestResult::Error;
  };

  using GetDetailDataResultList = QVector<GetDetailDataForAttributeResult>;

  enum AttributeUITypes // attribute ui types
  {
    ATTRIBUTE_UI_TYPE_TIME_RANGE_WIDGET = 0,
    ATTRIBUTE_UI_TYPE_DEFAULT_RANGE_WIDGET,
    ATTRIBUTE_UI_TYPE_AREA_RANGE_WIDGET,
    ATTRIBUTE_UI_TYPE_COMBO_BOX, // most attributes use this
    ATTRIBUTE_UI_TYPE_CHECKBOX,
    ATTRIBUTE_UI_TYPE_RAD_RANGE_WIDGET
  };

  enum UIParameterType
  {
    UI_PARAM_TYPE_N1,
    UI_PARAM_TYPE_N2,
    UI_PARAM_TYPE_O1,
    UI_PARAM_TYPE_O2,
    UI_PARAM_TYPE_RAD,

    UI_PARAM_TYPE_MIN,
    UI_PARAM_TYPE_MAX,
    UI_PARAM_TYPE_PREFIX,
    UI_PARAM_TYPE_SUFFIX
  };

  enum InterpreterTypes
  {
    INTERPRETER_TYPE_NONE = 0, // ERROR VALUE
    //INTERPRETER_TYPE_TOINT,
    INTERPRETER_TYPE_RANGE,
    INTERPRETER_TYPE_AREA, // for filter interpreter
    INTERPRETER_TYPE_ID_COMPARE, // or key compare
    INTERPRETER_TYPE_STR_COMPARE, // or value compare [deprecated - do not use]
    INTERPRETER_TYPE_POSITION, // for event info windows line edits !
    INTERPRETER_TYPE_TIME, // for event info windows line edits !
    INTERPRETER_TYPE_DURATION, // for event info windows line edits !
    INTERPRETER_TYPE_RAD
  };


  explicit DetailData(LtsSession::LtsSession *session, QObject *parent = nullptr);

  void populate();
  GetDetailDataResultList getDetailData(const LtsTimelineClassic::Event *event);
  GetDetailDataForAttributeResult getDetailDataForAttribute(const LtsTimelineClassic::Event *event, const QString &attributeType);
  void createRetrieveCurrentTimeCallback(LtsWidgets::LtsDateTimeEdit *dateTimeEdit);
  LtsSession::LtsSession *session() { return m_session; }


private:
  /**
   * @brief addRedirectedAttributeType just like "addAttributeType", but automatically redirects to "redirectionAttributeTypeId" (note that redirected attributes do not need to have ui types or interpreter types)
   * @param attributeTypeId
   * @param attributeText
   * @param redirectionAttributeTypeId
   */
  void addRedirectedAttributeType(const QString &newAttributeTypeId, const QString &attributeText, const QString &redirectToAttributeTypeId);
  void addAttributeType(const QString &attributeTypeId, const QString &attributeText, const int uiTypeId = ATTRIBUTE_UI_TYPE_COMBO_BOX, const int interpreterTypeId = INTERPRETER_TYPE_ID_COMPARE);

  void addAttributeTypeWithYesAndNo(const QString &attributeTypeId, const QString &attributeText)
  {
    addAttributeType(attributeTypeId, attributeText, ATTRIBUTE_UI_TYPE_CHECKBOX);
    attributeValueLookup.addValueToAttributeValueMap(attributeTypeId, 0, tr("No"));
    attributeValueLookup.addValueToAttributeValueMap(attributeTypeId, 1, tr("Yes"));
  }

  template <typename AttributeEnumType>
  void addAttributeValue(const QString &attributeTypeId, const AttributeEnumType &attributeEnum)
  {
    //qWarning() << "<<<" << attributeTypeId << ":" << (int)attributeEnum << "=>" << toString(attributeEnum);
    attributeValueLookup.addValueToAttributeValueMap(attributeTypeId, (int)attributeEnum, toString(attributeEnum));
  }

  void addEventType(int eventTypeId, const QString &eventTypeString);
  void addEventType(const ProjectDataManagement::EventType &eventType);

  GetDetailDataForAttributeResult getDetailDataForAttribute(const QString &attributeType, const QJsonValue &attributeValueJson);

  LtsSession::LtsSession *m_session;
  bool __already_populated__; // do not allow secondary population, this would take to much time to develop atm

  NGL::INGLLogger &m_logger;

public:

  class LookupBase
  {
  public:
    explicit LookupBase(const QString &lookupClassName);

  protected:
    QString m_lookupClassName;
    NGL::INGLLogger &m_logger;
  };


  class EventTypeLookup : public LookupBase
  {
  public:
    using EventTypeMap = QMap<int /* eventTypeId */, QString /* Event Name */>; // example: 3, 'Hit'

    EventTypeLookup();

    void        addEventType(const int key, const QString &value);
    int         getEventType(const QString &eventText) const;
    QString     getEventText(const int eventType) const;
    QStringList getEventTexts() const; // all texts
    bool        isEventExists(const int eventType) const;

  private:
    EventTypeMap m_eventTypeMap;
  };
  EventTypeLookup eventTypeLookup;


  class AttributeTypeLookup : public LookupBase
  {
  public:
    using AttributeTypeLookupMap = QMap<QString /* attributeTypeId */, QString /* name */>;
    using AttributeTypeList = QList<QString>;
    using AttributeTextList = QStringList;

    AttributeTypeLookup();

    void              addAttributeText(const QString &attributeType, const QString &attributeText);
    QString           getAttributeType(const QString &attributeText) const;
    AttributeTypeList getAttributeTypes() const;
    QString           getAttributeText(const QString &attributeType, const QString &defaultReturnValue = QString()) const;
    AttributeTextList getAttributeTexts() const;

  private:
    AttributeTypeLookupMap m_attributeTypeLookupMap;
  };
  AttributeTypeLookup attributeTypeLookup;


  class AttributeEventLookup : public LookupBase
  {
  public:
    using AttributeEventLookupMap = QMap<int /* eventTypeId */, QList<QString> /* attributeTypeId List */>;
    using AttributeList = QList<QString>;

    AttributeEventLookup();

    void addAttributesToEvent(const int eventType, const AttributeList &attributeTypeList);
    void addAttributesToEvent(const ProjectDataManagement::EventType &eventType, const AttributeList &attributeTypeList);
    bool isAttributeInEvent(const int eventType, const QString &attributeType);
    AttributeList getEventsAttributeList(const int eventType) const; // get all attribute types from the event

  private:
    AttributeEventLookupMap m_attributeEventLookupMap;
  };
  AttributeEventLookup attributeEventLookup;


  class AttributeParameterLookup : public LookupBase // as ui type is fixed for attribute type, it is perfectly okay to request parameters (min, max, etc.) by attribute type
  {
  public:
    using ParameterMap = QMap<int, QVariant>; // Parameter Type => Parameter String
    using AttributeParameterMap = QHash<QString, ParameterMap>;

    AttributeParameterLookup();

    void addParameter(const QString &attributeType, const ParameterMap &parameterMap); // add a parameter map to the lookup
    ParameterMap getParameterMap(const QString &attributeType) const;
    QVariant getParameterValue(const QString &attributeType, const int parameterType) const;

  private:
    AttributeParameterMap m_attributeParameterMap;
  };
  AttributeParameterLookup attributeParameterLookup;


  class AttributeUITypeLookup : public LookupBase
  {
  public:
    using AttributeUITypeLookupMap = QHash<QString, int>;

    AttributeUITypeLookup();

    void       addUITypeToAttribute(const QString &attributeType, const int uiType);
    int        getUIType(const QString &attributeType) const;

  private:
    AttributeUITypeLookupMap m_attributeUITypeLookupMap;
  };
  AttributeUITypeLookup attributeUITypeLookup;


  class AttributeInterpreterLookup : public LookupBase
  {
  public:
    using AttributeInterpreterLookupMap = QHash<QString, int>;

    AttributeInterpreterLookup();

    void addInterpreterTypeToAttribute(const QString &attributeType, const int interpreterType);
    int  getInterpreterType(const QString &attributeType) const;

  private:
    AttributeInterpreterLookupMap m_attributeInterpreterLookupMap;
  };
  AttributeInterpreterLookup attributeInterpreterLookup;


  class AttributeValueLookup : public LookupBase
  {
  public:
    AttributeValueLookup();

    void              addValueToAttributeValueMap(const QString &attributeType, const int valueKey, const QString &valueValue /* ^^ */);
    void              removeValueFromAttributeValueMap(const QString &attributeType, const int valueKey);
    void              addValuesToAttributeValueMap(const QString &attributeType, const AttributeValueMap &avm); // add a VALUE (consisting of id & string) to the map coresponding to the attribute type
    void              clear(); // clears map for updating map and sets to uninitialized

    AttributeValueMap getAttributeValueMap(const QString &attributeType) const;
    QString           getValueStringFromValueId(const QString &attributeType, const int attributeValueId, const QString &defaultValue = QString()) const;

  private:
    AtributeValueLookupMap m_attributeTypeValueMap; // contains a map for each attribute type, that contain a map for their keys & values
  };
  AttributeValueLookup attributeValueLookup;

  class AttributeValueLookupDtc : public LookupBase
  {
  public:
    AttributeValueLookupDtc() : LookupBase(QStringLiteral("AttributeValueLookupDtc")) {}
    ~AttributeValueLookupDtc() { qDeleteAll(m_provider); }

    // takes ownership on provider
    void addHandlerForDtc(const QString &attributeType, AttributeValueLookupProvider *provider)
    {
      auto &p = m_provider[attributeType];
      delete p;
      p = provider;
    }
    AttributeValueMap getAttributeValueMap(int eventType, const QString &attributeType) const
    {
      const auto provider = m_provider.value(attributeType);
      if (!provider)
        return {};
      return provider->getAttributeValueMap(eventType);
    }
    QString getValueStringFromValueId(const QString &attributeType, int attributeValueId) const
    {
      const auto provider = m_provider.value(attributeType);
      if (!provider)
        return {};
      return provider->getValueStringFromValueId(attributeValueId);
    }
  private:
    QHash<QString, AttributeValueLookupProvider*> m_provider;
  };
  AttributeValueLookupDtc m_attributeValueLookupDtc;
  AttributeValueMap operatorsForEventType(int eventType) const;
  QString operatorNameFromId(int id) const;

  class AttributeRedirectionLookup : public LookupBase
  {
  public:
    using AttributeRedirectionMap = QHash<QString, QString>;

    explicit AttributeRedirectionLookup();

    void    addRedirection(const QString &attributeType, const QString &redirectTo);
    QString getRedirection(const QString &attributeType) const; // returns redirection, or if no redirection for attribute type, then returns original attribute type

  private:
    AttributeRedirectionMap m_attributeRedirectionMap;
  };
  AttributeRedirectionLookup attributeRedirectionLookup;
};

} // namespace Timeline